https://github.com/emkcosta/KillifishAutomaticFeederPaper
Tip revision: 451bc5d78cd266a00b53612585d201d404f73920 authored by Emma on 24 October 2022, 20:33:32 UTC
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Tip revision: 451bc5d
GOBP_sexDEG_DR_mUP_220716.txt
GOBPID Pvalue OddsRatio ExpCount Count Size Term enrichment padj
GO:0006082 2.30373454438517e-27 3.02839796127196 66.2678803641092 161 1120 organic acid metabolic process 2.33208705357143 5.55430398651265e-24
GO:0044281 1.13374239653061e-26 2.50040749311426 116.205461638492 231 1964 small molecule metabolic process 1.08813790800602 1.36672645901765e-23
GO:0043436 2.82027174784866e-26 3.00970442361171 63.8420026007802 155 1079 oxoacid metabolic process 2.41904382340083 2.26655839468771e-23
GO:0019752 3.40724188813857e-25 2.97940694338739 62.0669700910273 150 1049 carboxylic acid metabolic process 2.47682435766598 2.05371504807552e-22
GO:0032787 1.43123401307722e-21 3.26007281447948 40.3524057217165 108 682 monocarboxylic acid metabolic process 4.21900396453419 6.90141041105834e-19
GO:0044282 1.37590886689805e-20 3.76057653810223 27.5130039011704 84 465 small molecule catabolic process 7.05875823794658 5.52886046348532e-18
GO:0009063 8.02228956963048e-20 8.067283431455 7.2184655396619 40 122 cellular amino acid catabolic process 48.8309594195109 2.76310573605416e-17
GO:0044283 7.83581328305353e-19 2.96664037191721 43.1332899869961 107 729 small molecule biosynthetic process 3.65833648514134 2.36151822818026e-16
GO:0046395 2.58537001969417e-18 4.55374809792762 16.3302990897269 59 276 carboxylic acid catabolic process 14.0730676328502 6.44215106166172e-16
GO:0016054 2.67198302018321e-18 4.40943706591934 17.3361508452536 61 293 organic acid catabolic process 12.9106920290277 6.44215106166172e-16
GO:1901606 9.29185734710188e-18 8.60151036178434 5.85760728218465 34 99 alpha-amino acid catabolic process 63.0323436384042 2.03660618762387e-15
GO:0006629 3.08940189104169e-15 2.15937789826639 87.0357607282185 161 1471 lipid metabolic process 1.35193389902493 6.20712329941793e-13
GO:1901605 1.26554947223364e-14 4.62359530391699 12.1885565669701 45 206 alpha-amino acid metabolic process 19.2678386275804 2.34710752119639e-12
GO:1901615 5.07271758887306e-14 2.80413542926239 34.4947984395319 83 583 organic hydroxy compound metabolic process 4.43706621867727 8.73594436198067e-12
GO:0016053 7.44179879435799e-14 3.56824652487021 19.1111833550065 57 323 organic acid biosynthetic process 9.92715352394828 1.19614512621314e-11
GO:0046394 3.71277634582115e-13 3.50202773856736 18.6970091027308 55 316 carboxylic acid biosynthetic process 10.0079113924051 5.59468985610925e-11
GO:0044255 9.48744860625546e-13 2.18597530709385 64.9661898569571 124 1098 cellular lipid metabolic process 1.86883918766029 1.34554344645188e-10
GO:0006081 1.4557473510678e-11 7.4782412626832 4.31924577373212 23 73 cellular aldehyde metabolic process 78.4218427472321 1.94989270190248e-09
GO:0009074 5.68673375985705e-11 17.3762019230769 1.59752925877763 14 27 aromatic amino acid family catabolic process 348.943758573388 7.20823485032448e-09
GO:0017144 5.97945653282827e-11 10.0486315138395 2.78088426527958 18 47 drug metabolic process 148.05794477139 7.20823485032448e-09
GO:0016101 1.58511435890084e-10 5.30023605179495 6.50845253576073 27 110 diterpenoid metabolic process 40.5446280991736 1.81986224729044e-08
GO:0006575 4.75968662472407e-10 3.89741496598639 10.7685305591678 35 182 cellular modified amino acid metabolic process 19.1990701606086 5.21618384191352e-08
GO:0006631 5.09809096033356e-10 2.78383301334121 23.0162548764629 56 389 fatty acid metabolic process 6.72424845196635 5.34412926320183e-08
GO:0006721 5.75219960123714e-10 4.94085535775637 6.86345903771131 27 116 terpenoid metabolic process 36.4588287752675 5.77856384940948e-08
GO:0001523 7.80724134052973e-10 5.28028468706435 6.03511053315995 25 102 retinoid metabolic process 43.6610918877355 7.52930354880687e-08
GO:0006558 1.14668318055033e-09 32.1444444444444 0.887516254876463 10 15 L-phenylalanine metabolic process 807.555555555556 9.53328671829948e-08
GO:0006559 1.14668318055033e-09 32.1444444444444 0.887516254876463 10 15 L-phenylalanine catabolic process 807.555555555556 9.53328671829948e-08
GO:1902221 1.14668318055033e-09 32.1444444444444 0.887516254876463 10 15 erythrose 4-phosphate/phosphoenolpyruvate family amino acid metabolic process 807.555555555556 9.53328671829948e-08
GO:1902222 1.14668318055033e-09 32.1444444444444 0.887516254876463 10 15 erythrose 4-phosphate/phosphoenolpyruvate family amino acid catabolic process 807.555555555556 9.53328671829948e-08
GO:0006066 1.95832255107572e-09 2.64166018107126 24.4954486345904 57 414 alcohol metabolic process 6.0426731078905 1.57383855688119e-07
GO:0009072 3.38831571746645e-09 9.68379888268156 2.3667100130039 15 40 aromatic amino acid family metabolic process 170.34375 2.63523522413278e-07
GO:0019369 5.24435874002619e-09 8.33600346395324 2.78088426527958 16 47 arachidonic acid metabolic process 131.607062019013 3.95129653818848e-07
GO:0001676 7.62324771071071e-09 4.81197224312348 6.21261378413524 24 105 long-chain fatty acid metabolic process 39.5537414965986 5.56959097894652e-07
GO:0003008 7.94509405281436e-09 1.72176767030179 104.549414824447 161 1767 system process 0.936931206560315 5.63400640039277e-07
GO:0006520 8.95002640468563e-09 2.73460107482431 20.3537061118335 49 344 cellular amino acid metabolic process 7.52374594375338 6.16528961762773e-07
GO:0006720 2.27354875742332e-08 4.02866582854531 8.04681404421326 27 136 isoprenoid metabolic process 26.5241133217993 1.52264612615212e-06
GO:0006805 2.36171668294689e-08 5.15533285612026 5.14759427828348 21 87 xenobiotic metabolic process 50.4122076892588 1.53894565475269e-06
GO:0120254 2.49909296749043e-08 4.6641770011274 6.09427828348505 23 103 olefinic compound metabolic process 39.3920256386087 1.58560872226827e-06
GO:0071466 5.49140271350361e-08 4.85939257592801 5.38426527958388 21 91 cellular response to xenobiotic stimulus 46.0777683854607 3.31155667260034e-06
GO:0009065 5.494079921361e-08 10.7290274684484 1.77503250975293 12 30 glutamine family amino acid catabolic process 242.266666666667 3.31155667260034e-06
GO:0034308 6.72476659016022e-08 4.79061772208051 5.44343302990897 21 92 primary alcohol metabolic process 45.0815217391304 3.95449079240885e-06
GO:0072330 1.39768360153194e-07 3.06406569287823 12.721066319896 34 215 monocarboxylic acid biosynthetic process 13.3646295294754 8.02336943641314e-06
GO:0042737 1.59013057707682e-07 11.053531701891 1.59752925877763 11 27 drug catabolic process 274.170096021948 8.91582516588886e-06
GO:0019319 1.99363077159006e-07 4.24297511797512 6.27178153446034 22 106 hexose biosynthetic process 35.5767176931292 1.09241904325082e-05
GO:0009410 2.12752832461643e-07 4.41548215563964 5.79843953185956 21 98 response to xenobiotic stimulus 39.7303206997085 1.13988239792227e-05
GO:0043648 2.24588860986593e-07 3.89255079006772 7.33680104031209 24 124 dicarboxylic acid metabolic process 28.3610822060354 1.17713857356234e-05
GO:0007586 2.62648539384246e-07 3.85374248485797 7.39596879063719 24 125 digestion 27.90912 1.34733112437323e-05
GO:0042445 2.77668946774405e-07 3.08414767289833 11.8927178153446 32 201 hormone metabolic process 14.391722977154 1.38165763678818e-05
GO:0006572 2.80801427634263e-07 96.033185840708 0.414174252275683 6 7 tyrosine catabolic process 2224.89795918367 1.38165763678818e-05
GO:0046364 2.9846962373927e-07 3.9656504113795 6.92262678803641 23 117 monosaccharide biosynthetic process 30.5288918109431 1.43922052567076e-05
GO:0006094 5.14770643592437e-07 4.14480507009795 6.09427828348505 21 103 gluconeogenesis 35.9666321048167 2.43355298372817e-05
GO:0006570 6.45790797668674e-07 18.3249920810896 0.887516254876463 8 15 tyrosine metabolic process 646.044444444444 2.99423387149841e-05
GO:0033559 6.65979856744109e-07 4.25606150206978 5.68010403120936 20 96 unsaturated fatty acid metabolic process 39.4314236111111 3.02958006530198e-05
GO:0008610 9.07068217435893e-07 1.90146168342476 45.4408322496749 79 768 lipid biosynthetic process 2.43365817599826 4.04989161525544e-05
GO:0006536 9.33030570964876e-07 6.75035063113604 2.60338101430429 13 44 glutamate metabolic process 122.009297520661 4.09006673926603e-05
GO:0042738 1.11417451197711e-06 10.0375 1.53836150845254 10 26 exogenous drug catabolic process 268.786982248521 4.79691919353003e-05
GO:0019373 1.22452071322942e-06 16.0332594235033 0.94668400520156 8 16 epoxygenase P450 pathway 567.8125 5.17950778876514e-05
GO:0046503 1.58423302464068e-06 4.9623128549303 4.02340702210663 16 68 glycerolipid catabolic process 62.8719723183391 6.58549279725634e-05
GO:0005975 1.78301036694692e-06 1.9508209404981 38.6365409622887 69 653 carbohydrate metabolic process 2.94020529585445 7.28616609272716e-05
GO:0006006 3.28578112409719e-06 2.65782313693171 13.9044213263979 33 235 glucose metabolic process 10.8575826165686 0.000132033638169972
GO:0008202 3.66480648225327e-06 2.35670756414204 19.2295188556567 41 325 steroid metabolic process 7.05297041420118 0.000144849974241191
GO:0043650 3.74267503517388e-06 12.8248337028825 1.06501950585176 8 18 dicarboxylic acid biosynthetic process 448.641975308642 0.000145541766287165
GO:0006690 3.9231135867516e-06 3.88454161871883 5.79843953185956 19 98 icosanoid metabolic process 35.9464806330696 0.000150136934248541
GO:0016042 4.44127711579872e-06 2.30905832518736 20.0578673602081 42 339 lipid catabolic process 6.64056177722087 0.00016731123634673
GO:0022600 5.21367297745123e-06 3.979759198968 5.38426527958388 18 91 digestive system process 39.4952300446806 0.000193387162286691
GO:0032501 5.56824584325458e-06 1.35377453351572 408.375812743823 473 6902 multicellular organismal process 0.180412306210867 0.000203409708001315
GO:0046487 5.89772739572898e-06 16.0166112956811 0.828348504551365 7 14 glyoxylate metabolic process 648.928571428571 0.000210166414035776
GO:0005996 5.92754713995553e-06 2.39106832914172 17.572821846554 38 297 monosaccharide metabolic process 7.82754594202406 0.000210166414035776
GO:0008652 6.86221921630217e-06 4.09237686149321 4.97009102730819 17 84 cellular amino acid biosynthetic process 43.7769274376417 0.000239779862760935
GO:0015711 7.32742819827856e-06 2.1669134913011 23.2529258777633 46 393 organic anion transport 5.41162454920394 0.000252377562657851
GO:0016051 7.45081939109285e-06 2.50245872848613 15.0877763328999 34 255 carbohydrate biosynthetic process 9.50065359477124 0.000253013035942604
GO:0034754 7.77254484823919e-06 3.39448818897638 7.1592977893368 21 121 cellular hormone metabolic process 26.061744416365 0.000260272300404232
GO:0046461 1.02530454616648e-05 5.67378488143587 2.72171651495449 12 46 neutral lipid catabolic process 103.04347826087 0.000329601234774317
GO:0046464 1.02530454616648e-05 5.67378488143587 2.72171651495449 12 46 acylglycerol catabolic process 103.04347826087 0.000329601234774317
GO:0050892 1.02530454616648e-05 5.67378488143587 2.72171651495449 12 46 intestinal absorption 103.04347826087 0.000329601234774317
GO:0019318 1.31126529014434e-05 2.39193277310924 16.1527958387516 35 273 hexose metabolic process 8.53292007138161 0.000415981659807633
GO:0015849 1.71830708913879e-05 2.16731318905676 21.1820546163849 42 358 organic acid transport 5.95440217221685 0.000538030959988782
GO:0009064 1.75520569565926e-05 3.96627086559972 4.7925877763329 16 81 glutamine family amino acid metabolic process 44.3103185490017 0.000542538581055704
GO:1901575 1.83042645920021e-05 1.44480218454309 139.458387516255 185 2357 organic substance catabolic process 0.605072605292569 0.000558627619383759
GO:0006639 1.93209680699347e-05 3.06566480273377 8.16514954486346 22 138 acylglycerol metabolic process 20.9903381642512 0.000582285675207657
GO:0044242 2.09183956428819e-05 2.43951789705584 14.4960988296489 32 245 cellular lipid catabolic process 9.68663057059559 0.000622645085123312
GO:0019433 2.36428466480156e-05 6.42 2.07087126137841 10 35 triglyceride catabolic process 148.326530612245 0.000695157356931289
GO:0006091 2.51775676985998e-05 1.89449241312728 32.5422626788036 57 550 generation of precursor metabolites and energy 3.42376859504132 0.000731362840015952
GO:0006638 2.72546587107494e-05 2.98775456128397 8.34265279583875 22 141 neutral lipid metabolic process 20.106634475127 0.000776910712501821
GO:0006694 2.73900500052488e-05 2.57828282828283 12.0702210663199 28 204 steroid biosynthetic process 12.2251057285659 0.000776910712501821
GO:1901685 2.85585289503115e-05 11.2093023255814 1.00585175552666 7 17 glutathione derivative metabolic process 440.103806228374 0.000791432336772425
GO:1901687 2.85585289503115e-05 11.2093023255814 1.00585175552666 7 17 glutathione derivative biosynthetic process 440.103806228374 0.000791432336772425
GO:0010817 4.35514818995527e-05 1.87487816764133 31.6547464239272 55 535 regulation of hormone levels 3.49148397239934 0.00119321162340706
GO:0042537 4.57404983059052e-05 8.01219512195122 1.42002600780234 8 24 benzene-containing compound metabolic process 252.361111111111 0.00120286764386044
GO:0006063 4.57404983059052e-05 8.01219512195122 1.42002600780234 8 24 uronic acid metabolic process 252.361111111111 0.00120286764386044
GO:0019585 4.57404983059052e-05 8.01219512195122 1.42002600780234 8 24 glucuronate metabolic process 252.361111111111 0.00120286764386044
GO:0044057 4.58995533949234e-05 1.79092484638412 37.8673602080624 63 640 regulation of system process 2.7947021484375 0.00120286764386044
GO:0034370 5.05333788148631e-05 13.7133375474083 0.769180754226268 6 13 triglyceride-rich lipoprotein particle remodeling 645.08875739645 0.00131006426153371
GO:0043588 5.35706434987852e-05 2.24419942829565 16.5669700910273 34 280 skin development 7.87984693877551 0.00137403001569756
GO:1903034 5.546905622559e-05 2.51228179794587 11.8927178153446 27 201 regulation of response to wounding 12.1430162619737 0.00140774625852524
GO:0019751 5.81844077173674e-05 2.82039182039182 8.75682704811443 22 148 polyol metabolic process 18.249634769905 0.00146127715631847
GO:0009056 6.8788220096907e-05 1.37768040637481 168.036410923277 213 2840 catabolic process 0.479841549295775 0.00170977730570766
GO:0016052 7.09483654338798e-05 2.42475171886937 12.721066319896 28 215 carbohydrate catabolic process 11.0061654948621 0.00174547458225596
GO:0097052 7.39806133784635e-05 19.9806629834254 0.532509752925878 5 9 L-kynurenine metabolic process 1121.60493827161 0.00179391716176824
GO:0055088 7.44055230928346e-05 2.84873949579832 8.28348504551365 21 140 lipid homeostasis 19.4678571428571 0.00179391716176824
GO:1901617 8.06064602379906e-05 2.22162975439659 16.2119635890767 33 274 organic hydroxy compound biosynthetic process 7.98670680377218 0.00192417995677025
GO:0046942 8.33261197421482e-05 2.13405936294242 18.3420026007802 36 310 carboxylic acid transport 6.80665972944849 0.00196960073233646
GO:0006641 8.59185635872821e-05 3.11955735570664 6.56762028608583 18 111 triglyceride metabolic process 26.5449233016801 0.00200682041357285
GO:0019637 8.70224378700878e-05 1.56836390828486 65.5578673602081 96 1108 organophosphate metabolic process 1.42084479140872 0.00200682041357285
GO:0030033 8.73978197532762e-05 7.1209657551121 1.53836150845254 8 26 microvillus assembly 215.029585798817 0.00200682041357285
GO:1901135 9.08985568164468e-05 1.55235911333472 68.9895968790637 100 1166 carbohydrate derivative metabolic process 1.33646572851725 0.00206751340079673
GO:0010951 9.34794268563824e-05 2.47404844290657 11.5968790637191 26 196 negative regulation of endopeptidase activity 12.2974802165764 0.00210634484253026
GO:0030258 9.96129441063957e-05 2.19385199170047 16.389466840052 33 277 lipid modification 7.81464635274798 0.00222376674296778
GO:0042572 0.000104435506346909 5.1752688172043 2.425877763329 10 41 retinol metabolic process 108.090422367638 0.00229823084303811
GO:1901564 0.000104854994912564 1.29214560055622 392.578023407022 447 6635 organonitrogen compound metabolic process 0.184493298707671 0.00229823084303811
GO:0055086 0.000105848037693064 1.72477292522085 39.7607282184655 64 672 nucleobase-containing small molecule metabolic process 2.57511337868481 0.00229909566556737
GO:0045777 0.000107043876848541 4.64703471693695 2.89921976592978 11 49 positive regulation of blood pressure 83.2444814660558 0.00230431059894493
GO:0052695 0.000133021414352668 10.6644542772861 0.887516254876463 6 15 cellular glucuronidation 484.533333333333 0.00283818256640959
GO:0046146 0.000140745365912948 15.9834254143646 0.591677503250975 5 10 tetrahydrobiopterin metabolic process 908.5 0.00292531963117343
GO:0006729 0.000140745365912948 15.9834254143646 0.591677503250975 5 10 tetrahydrobiopterin biosynthetic process 908.5 0.00292531963117343
GO:0034371 0.000140745365912948 15.9834254143646 0.591677503250975 5 10 chylomicron remodeling 908.5 0.00292531963117343
GO:0042493 0.000146903372510378 1.85822067665651 27.7496749024707 48 469 response to drug 3.96506653452203 0.00302721394121813
GO:0032528 0.0001491742592964 5.54921881669939 2.07087126137841 9 35 microvillus organization 133.49387755102 0.00304795880647135
GO:0072521 0.000156014579607092 1.82813640629888 29.3472041612484 50 496 purine-containing compound metabolic process 3.69284924557752 0.0031280828202909
GO:0008210 0.000156429121665849 6.4079822616408 1.65669700910273 8 28 estrogen metabolic process 185.408163265306 0.0031280828202909
GO:0044275 0.000156987980611862 4.41407119021135 3.01755526657997 11 51 cellular carbohydrate catabolic process 76.8435217224145 0.0031280828202909
GO:0010466 0.00016694675337161 2.37504154204054 12.0110533159948 26 203 negative regulation of peptidase activity 11.4640005823971 0.00329925100310617
GO:0061041 0.000171110257350583 2.59194778720326 9.40767230169051 22 159 regulation of wound healing 15.8118745302797 0.00335403927213217
GO:0072329 0.000183752146972131 2.64677657480315 8.81599479843953 21 149 monocarboxylic acid catabolic process 17.1870636457817 0.00357279376088554
GO:1901607 0.00020404521288386 3.66463259598271 4.14174252275683 13 70 alpha-amino acid biosynthetic process 48.2061224489796 0.00393562406610389
GO:0090303 0.000236472646163362 3.60119940029985 4.20091027308192 13 71 positive regulation of wound healing 46.8577663162071 0.00452488531666561
GO:0046337 0.000265061174258231 5.82463213061883 1.77503250975293 8 30 phosphatidylethanolamine metabolic process 161.511111111111 0.00498824557187291
GO:0006688 0.000265061174258231 5.82463213061883 1.77503250975293 8 30 glycosphingolipid biosynthetic process 161.511111111111 0.00498824557187291
GO:0030324 0.000266894931054171 2.29620700739312 12.3660598179454 26 209 lung development 10.8152285890891 0.00498824557187291
GO:0042558 0.000293472620217155 4.97412836312144 2.24837451235371 9 38 pteridine-containing compound metabolic process 113.247922437673 0.00544278836418123
GO:0042559 0.000296933603959142 8.72425583266291 1.00585175552666 6 17 pteridine-containing compound biosynthetic process 377.231833910035 0.00546493831408773
GO:0019674 0.000323720356172898 3.70515675860887 3.78673602080624 12 64 NAD metabolic process 53.232421875 0.0059128013540368
GO:0006112 0.000346286653830816 2.95878011777109 6.09427828348505 16 103 energy reserve metabolic process 27.4031482703365 0.0062774219728278
GO:0030323 0.00036002358672792 2.24646115130544 12.6027308192458 26 213 respiratory tube development 10.4128369591571 0.00647773781791802
GO:0018958 0.00039041284372547 3.05303726751998 5.56176853055917 15 94 phenol-containing compound metabolic process 30.8454051607062 0.00697083928001045
GO:0035090 0.000400341821836283 11.4151539068666 0.71001300390117 5 12 maintenance of apical/basal cell polarity 630.902777777778 0.00697083928001045
GO:0006538 0.000400341821836283 11.4151539068666 0.71001300390117 5 12 glutamate catabolic process 630.902777777778 0.00697083928001045
GO:0045199 0.000400341821836283 11.4151539068666 0.71001300390117 5 12 maintenance of epithelial cell apical/basal polarity 630.902777777778 0.00697083928001045
GO:0008217 0.000401885798391312 2.36393339030152 10.6501950585176 23 180 regulation of blood pressure 12.8984567901235 0.00697083928001045
GO:0042221 0.000447641922399692 1.28058950231662 257.143042912874 302 4346 response to chemical 0.290524275142638 0.00770903339218327
GO:0050877 0.000459951696016619 1.54451391189729 54.3159947984395 79 918 nervous system process 1.70332160944746 0.00786484779500758
GO:0001944 0.000481746445942402 1.55954588285358 51.0617685305592 75 863 vasculature development 1.82976197988907 0.00817951183920515
GO:0060541 0.000558748210541148 2.13833188994737 13.6677503250975 27 231 respiratory system development 9.19379321976725 0.00942057297632663
GO:0031667 0.000566497250327021 1.71671082327544 31.0039011703511 50 524 response to nutrient levels 3.30873783579046 0.00948489493429478
GO:1901616 0.000577495585382307 3.43954820235444 4.02340702210663 12 68 organic hydroxy compound catabolic process 47.1539792387543 0.0096023576300465
GO:0042403 0.000587800248197889 7.38104152484683 1.12418725617685 6 19 thyroid hormone metabolic process 301.994459833795 0.00967475229216401
GO:0000096 0.000589874984217383 4.00833333333333 2.95838751625488 10 50 sulfur amino acid metabolic process 72.68 0.00967475229216401
GO:0009913 0.000597698806780975 2.12775184376985 13.7269180754226 27 232 epidermal cell differentiation 9.11470719381689 0.00973683664289818
GO:0043129 0.000618972098724671 9.98756906077348 0.769180754226268 5 13 surfactant homeostasis 537.573964497041 0.00981680029900872
GO:0019227 0.000618972098724671 9.98756906077348 0.769180754226268 5 13 neuronal action potential propagation 537.573964497041 0.00981680029900872
GO:0098870 0.000618972098724671 9.98756906077348 0.769180754226268 5 13 action potential propagation 537.573964497041 0.00981680029900872
GO:0006547 0.000618972098724671 9.98756906077348 0.769180754226268 5 13 histidine metabolic process 537.573964497041 0.00981680029900872
GO:1903036 0.000622965759331537 3.03969594594595 5.20676202860858 14 88 positive regulation of response to wounding 32.8486570247934 0.00981680029900872
GO:0000272 0.000666075796155423 4.92717039058503 2.01170351105332 8 34 polysaccharide catabolic process 125.743944636678 0.0104279788605891
GO:0006090 0.000719301514332298 2.3030888030888 10.4135240572172 22 176 pyruvate metabolic process 12.9048295454545 0.0111886190390656
GO:0009611 0.000727427911096785 1.57852171559818 44.3166449934981 66 749 response to wounding 2.13764324840776 0.0112424916259894
GO:0009991 0.000733810697676736 1.67596759675968 32.9564369310793 52 557 response to extracellular stimulus 3.0454248039478 0.0112689018605007
GO:0008544 0.000774109936868347 1.88933333333333 19.8211963589077 35 335 epidermis development 5.6667409222544 0.0117456395172607
GO:0019400 0.000774598375464311 5.60077519379845 1.59752925877763 7 27 alditol metabolic process 174.471879286694 0.0117456395172607
GO:0008285 0.000780803076218981 1.56283846310606 46.091677503251 68 779 negative regulation of cell population proliferation 2.03605227728515 0.0117461069089431
GO:0042632 0.000784372962397276 3.11550940947437 4.7334200260078 13 80 cholesterol homeostasis 36.9078125 0.0117461069089431
GO:0034368 0.000798007783400284 6.85335018963338 1.18335500650195 6 20 protein-lipid complex remodeling 272.55 0.011763240258514
GO:0034369 0.000798007783400284 6.85335018963338 1.18335500650195 6 20 plasma lipoprotein particle remodeling 272.55 0.011763240258514
GO:0006790 0.000804690831650859 1.8170355120947 22.8979193758127 39 387 sulfur compound metabolic process 4.73148648919336 0.011763240258514
GO:0065008 0.00080503303303808 1.26814567837907 247.853706111834 290 4189 regulation of biological quality 0.300284008390605 0.011763240258514
GO:0072376 0.000819231807076612 4.74435411020777 2.07087126137841 8 35 protein activation cascade 118.661224489796 0.0118273217251435
GO:0072378 0.000819231807076612 4.74435411020777 2.07087126137841 8 35 blood coagulation, fibrin clot formation 118.661224489796 0.0118273217251435
GO:0009117 0.000824135234269644 1.64953709386123 34.7314694408322 54 587 nucleotide metabolic process 2.84755738328172 0.0118273217251435
GO:0055092 0.000884752169144207 3.0694799658994 4.7925877763329 13 81 sterol homeostasis 36.0021338210639 0.0126221152651283
GO:0070189 0.000916173199472148 8.87722529158993 0.828348504551365 5 14 kynurenine metabolic process 463.520408163265 0.0129934916701609
GO:0072337 0.000980654793397131 5.33370247323736 1.65669700910273 7 28 modified amino acid transport 162.232142857143 0.0138266591045642
GO:0044248 0.000992760171106346 1.31783874675153 146.440182054616 181 2475 cellular catabolic process 0.536887256402408 0.0139159579798686
GO:0006753 0.00100125104126471 1.63362053990203 35.0273081924577 54 592 nucleoside phosphate metabolic process 2.79965987947407 0.0139538512167007
GO:0042180 0.00103413150657853 1.98534985282518 15.6794538361508 29 265 cellular ketone metabolic process 7.50345318618726 0.0143292589790852
GO:0046165 0.00104783919866646 2.22988554592328 10.7093628088427 22 181 alcohol biosynthetic process 12.2017032447117 0.0144362303313419
GO:0042762 0.00106178904458829 6.39601769911504 1.24252275682705 6 21 regulation of sulfur metabolic process 247.210884353741 0.0144631264774145
GO:0034367 0.00106178904458829 6.39601769911504 1.24252275682705 6 21 protein-containing complex remodeling 247.210884353741 0.0144631264774145
GO:0006163 0.00116356449576322 1.70269614778285 28.0455136540962 45 474 purine nucleotide metabolic process 3.63924050632911 0.0157604157263209
GO:1900048 0.00122748273738997 5.09090909090909 1.71586475942783 7 29 positive regulation of hemostasis 151.236623067776 0.0164414493324845
GO:0030194 0.00122748273738997 5.09090909090909 1.71586475942783 7 29 positive regulation of blood coagulation 151.236623067776 0.0164414493324845
GO:0006000 0.00130774909203188 7.98895027624309 0.887516254876463 5 15 fructose metabolic process 403.777777777778 0.017324910533592
GO:0019395 0.00130781157906004 2.57181208053691 6.86345903771131 16 116 fatty acid oxidation 21.6052318668252 0.017324910533592
GO:0006633 0.00137669132293691 2.33412153768388 8.87516254876463 19 150 fatty acid biosynthetic process 15.3435555555556 0.0180434214410669
GO:0006793 0.00138068429588913 1.27599941223924 192.117685305592 229 3247 phosphorus metabolic process 0.394662472544603 0.0180434214410669
GO:0001573 0.00138762455121276 5.9958517699115 1.30169050715215 6 22 ganglioside metabolic process 225.247933884298 0.0180434214410669
GO:1900046 0.00140045735565719 2.89814814814815 5.02925877763329 13 85 regulation of hemostasis 32.6934256055363 0.0180434214410669
GO:0030193 0.00140045735565719 2.89814814814815 5.02925877763329 13 85 regulation of blood coagulation 32.6934256055363 0.0180434214410669
GO:1901565 0.00140695281249298 1.38810715425201 86.0299089726918 113 1454 organonitrogen compound catabolic process 0.971190795585483 0.0180434214410669
GO:0042402 0.0014543568015315 4.2690317812269 2.24837451235371 8 38 cellular biogenic amine catabolic process 100.664819944598 0.0185526679814415
GO:0072524 0.00148317642340898 3.48405797101449 3.31339401820546 10 56 pyridine-containing compound metabolic process 57.9400510204082 0.0187221903499427
GO:0008206 0.00148317642340898 3.48405797101449 3.31339401820546 10 56 bile acid metabolic process 57.9400510204082 0.0187221903499427
GO:0009150 0.0015088343227426 1.71081212514184 26.0338101430429 42 440 purine ribonucleotide metabolic process 3.94183884297521 0.0189468726673562
GO:0050820 0.00152039364790832 4.86922817660937 1.77503250975293 7 30 positive regulation of coagulation 141.322222222222 0.0189577774752163
GO:0019693 0.00152542879725921 1.68724441605381 27.6313394018205 44 467 ribose phosphate metabolic process 3.66584284397654 0.0189577774752163
GO:0051239 0.0016446769259897 1.28765356533905 163.77633289987 198 2768 regulation of multicellular organismal process 0.46955659644492 0.0203349541977495
GO:0003013 0.00167811971682149 1.59841142354895 35.0273081924577 53 592 circulatory system process 2.74781432615047 0.0206425848839623
GO:0009310 0.00173632647496734 4.13103497603891 2.3075422626788 8 39 amine catabolic process 95.568704799474 0.0211428440966983
GO:0006040 0.00173632647496734 4.13103497603891 2.3075422626788 8 39 amino sugar metabolic process 95.568704799474 0.0211428440966983
GO:0006071 0.00178447379276728 5.64276418532015 1.36085825747724 6 23 glycerol metabolic process 206.086956521739 0.0216066837933445
GO:0006534 0.00181026550238722 7.26217980914114 0.94668400520156 5 16 cysteine metabolic process 354.8828125 0.0216066837933445
GO:0044241 0.00181026550238722 7.26217980914114 0.94668400520156 5 16 lipid digestion 354.8828125 0.0216066837933445
GO:0048875 0.00181026550238722 7.26217980914114 0.94668400520156 5 16 chemical homeostasis within a tissue 354.8828125 0.0216066837933445
GO:0051968 0.00186499331600757 4.66602067183463 1.83420026007802 7 31 positive regulation of synaptic transmission, glutamatergic 132.351716961498 0.022041661200462
GO:0034311 0.00186499331600757 4.66602067183463 1.83420026007802 7 31 diol metabolic process 132.351716961498 0.022041661200462
GO:0009066 0.00195342658503218 3.33842592592593 3.43172951885566 10 58 aspartate family amino acid metabolic process 54.013079667063 0.0229135512647629
GO:0022900 0.00195777335567862 2.15351823060334 10.5318595578674 21 178 electron transport chain 12.0429869965913 0.0229135512647629
GO:0040011 0.00200252984080584 1.32327102384124 117.507152145644 147 1986 locomotion 0.67719504811627 0.023324151913927
GO:0052548 0.00206546592820658 1.72769559839192 23.3120936280884 38 394 regulation of endopeptidase activity 4.44780849802881 0.0238574397077915
GO:0008283 0.00206810655285294 1.32083961202963 118.51300390117 148 2003 cell population proliferation 0.670277658898572 0.0238574397077915
GO:0001568 0.00210419679728239 1.49039695726469 48.7542262678804 69 824 blood vessel development 1.84650120180978 0.0241581832297516
GO:0050818 0.00214436313378371 2.74485125858124 5.26592977893368 13 89 regulation of coagulation 29.8207297058452 0.0245026517324764
GO:0034637 0.00222046356066603 2.61337209302326 5.91677503250975 14 100 cellular carbohydrate biosynthetic process 25.438 0.0252161475596851
GO:0034440 0.00222772270021275 2.42522476889958 7.2184655396619 16 122 lipid oxidation 19.5323837678044 0.0252161475596851
GO:0052547 0.002250315223884 1.68118454210427 25.7971391417425 41 436 regulation of peptidase activity 3.91891465364868 0.0253528504896464
GO:0006796 0.00227044239386837 1.26166991865551 190.165149544863 225 3214 phosphate-containing compound metabolic process 0.395772578664671 0.0254606354028681
GO:0048513 0.00241408098965241 1.25020363353047 211.169700910273 247 3569 animal organ development 0.352337431986673 0.0267491733146279
GO:0003401 0.002428773063788 3.88013169387892 2.425877763329 8 41 axis elongation 86.4723378941107 0.0267491733146279
GO:0098856 0.00244082046006559 6.65653775322284 1.00585175552666 5 17 intestinal lipid absorption 314.359861591696 0.0267491733146279
GO:0006590 0.00244082046006559 6.65653775322284 1.00585175552666 5 17 thyroid hormone generation 314.359861591696 0.0267491733146279
GO:0050667 0.00244082046006559 6.65653775322284 1.00585175552666 5 17 homocysteine metabolic process 314.359861591696 0.0267491733146279
GO:0006687 0.00249462002612558 2.83021092624132 4.7334200260078 12 80 glycosphingolipid metabolic process 34.06875 0.0272150628189537
GO:0009888 0.00266939120218784 1.3081250173404 121.116384915475 150 2047 tissue development 0.650444882343578 0.0289905503985355
GO:0006898 0.00269779918152127 1.80703786301302 18.22366710013 31 308 receptor-mediated endocytosis 5.93765812109968 0.0291676853212905
GO:0042219 0.0027330085001196 4.30649970184854 1.95253576072822 7 33 cellular modified amino acid catabolic process 116.795224977043 0.029416444168698
GO:0016125 0.00274636247567255 2.08632254301546 10.8276983094928 21 183 sterol metabolic process 11.3938905312192 0.0294287996837623
GO:0046173 0.00277459704473104 2.78899970949937 4.7925877763329 12 81 polyol biosynthetic process 33.2327389117513 0.0295997941364891
GO:0042573 0.00282904457637151 5.04809035863996 1.47919375812744 6 25 retinoic acid metabolic process 174.432 0.0298465058063867
GO:0043651 0.00282904457637151 5.04809035863996 1.47919375812744 6 25 linoleic acid metabolic process 174.432 0.0298465058063867
GO:0008015 0.00283736190888225 1.57541205689772 33.4297789336801 50 565 blood circulation 2.84595504738037 0.0298465058063867
GO:0033344 0.00284757921768152 3.76574931524716 2.4850455136541 8 42 cholesterol efflux 82.4036281179138 0.0298465058063867
GO:0006672 0.00285961959405861 2.35798288282741 7.39596879063719 16 125 ceramide metabolic process 18.60608 0.0298465058063867
GO:0042127 0.0029321620658085 1.32969106278401 101.413524057217 128 1714 regulation of cell population proliferation 0.791668311890955 0.0303531307319623
GO:0009259 0.00293333863979561 1.64282374941561 26.9804941482445 42 456 ribonucleotide metabolic process 3.67007156048015 0.0303531307319623
GO:0016477 0.00299165890277401 1.33426466430508 97.8634590377113 124 1654 cell migration 0.823579640576727 0.030824314592257
GO:0048514 0.00303692131772255 1.4965427467667 43.5474642392718 62 736 blood vessel morphogenesis 2.0796535326087 0.0311575204128896
GO:0060395 0.00307955429930408 2.7489659560929 4.851755526658 12 82 SMAD protein signal transduction 32.4271267102915 0.031461039896704
GO:0030216 0.00312474394832834 2.15165741926305 9.5260078023407 19 161 keratinocyte differentiation 13.318544809228 0.0317880070017706
GO:0005977 0.00318636483045241 2.60688405797101 5.50260078023407 13 93 glycogen metabolic process 27.31067175396 0.0320096900259199
GO:0006073 0.00318636483045241 2.60688405797101 5.50260078023407 13 93 cellular glucan metabolic process 27.31067175396 0.0320096900259199
GO:0044042 0.00318636483045241 2.60688405797101 5.50260078023407 13 93 glucan metabolic process 27.31067175396 0.0320096900259199
GO:0033002 0.00324962062154491 1.91821361312887 13.9044213263979 25 235 muscle cell proliferation 8.22544137618832 0.0321407755562724
GO:0045661 0.00325273713634611 3.08076923076923 3.66840052015605 10 62 regulation of myoblast differentiation 47.2684703433923 0.0321407755562724
GO:0042398 0.00325273713634611 3.08076923076923 3.66840052015605 10 62 cellular modified amino acid biosynthetic process 47.2684703433923 0.0321407755562724
GO:0019320 0.00325273713634611 3.08076923076923 3.66840052015605 10 62 hexose catabolic process 47.2684703433923 0.0321407755562724
GO:0060441 0.00326887994188809 4.14671260407694 2.01170351105332 7 34 epithelial tube branching involved in lung morphogenesis 110.025951557093 0.0321684471016008
GO:1901071 0.00349646284100735 4.79535398230088 1.53836150845254 6 26 glucosamine-containing compound metabolic process 161.272189349112 0.0340547502017662
GO:0009068 0.00349646284100735 4.79535398230088 1.53836150845254 6 26 aspartate family amino acid catabolic process 161.272189349112 0.0340547502017662
GO:0006665 0.00350293573207715 2.0005980556828 11.7743823146944 22 199 sphingolipid metabolic process 10.0941895406682 0.0340547502017662
GO:0046164 0.00360300621691488 3.2749974775502 3.13589076723017 9 53 alcohol catabolic process 58.2164471342115 0.0347473919559271
GO:0006775 0.00360300621691488 3.2749974775502 3.13589076723017 9 53 fat-soluble vitamin metabolic process 58.2164471342115 0.0347473919559271
GO:0030855 0.00365427265157052 1.50297264715352 40.5299089726918 58 685 epithelial cell differentiation 2.24595876178805 0.0351013998523367
GO:0007584 0.0037519463660628 1.9229810316364 13.3127438231469 24 225 response to nutrient 8.61392592592593 0.0358965979705452
GO:1905039 0.00381572972972187 2.15889164045245 8.99349804941482 18 152 carboxylic acid transmembrane transport 14.1559903047091 0.0362193873163758
GO:1903825 0.00381572972972187 2.15889164045245 8.99349804941482 18 152 organic acid transmembrane transport 14.1559903047091 0.0362193873163758
GO:0006576 0.00383105781570338 2.44191576086957 6.27178153446034 14 106 cellular biogenic amine metabolic process 22.6397294410822 0.036222276053572
GO:0044272 0.00386010179948235 1.94885183646828 12.6027308192458 23 213 sulfur compound biosynthetic process 9.21135577156208 0.0363543181193436
GO:0030903 0.00415575378216915 5.70481452249408 1.12418725617685 5 19 notochord development 251.662049861496 0.0388353580186427
GO:0006646 0.00415575378216915 5.70481452249408 1.12418725617685 5 19 phosphatidylethanolamine biosynthetic process 251.662049861496 0.0388353580186427
GO:0060602 0.00427413840259108 4.56668773704172 1.59752925877763 6 27 branch elongation of an epithelium 149.547325102881 0.0397874428133092
GO:0045861 0.00435174013825726 1.74284604377004 18.815344603381 31 318 negative regulation of proteolysis 5.57009216407579 0.040354021051301
GO:0051674 0.00444897955805527 1.30658575485276 105.377763328999 131 1781 localization of cell 0.750409604657813 0.0408208904532579
GO:0048870 0.00444897955805527 1.30658575485276 105.377763328999 131 1781 cell motility 0.750409604657813 0.0408208904532579
GO:1901136 0.00445288021120151 1.9558384351202 12.0110533159948 22 203 carbohydrate derivative catabolic process 9.70030818510519 0.0408208904532579
GO:0051591 0.00454237807011079 2.38962765957447 6.39011703511053 14 108 response to cAMP 21.8089849108368 0.041175160733275
GO:0097746 0.00457095529223877 2.2340239276335 7.75097529258778 16 131 blood vessel diameter maintenance 16.9407377192471 0.041175160733275
GO:0035150 0.00457095529223877 2.2340239276335 7.75097529258778 16 131 regulation of tube size 16.9407377192471 0.041175160733275
GO:0035296 0.00457095529223877 2.2340239276335 7.75097529258778 16 131 regulation of tube diameter 16.9407377192471 0.041175160733275
GO:0032094 0.00457691541954281 3.86019780807271 2.13003901170351 7 36 response to food 98.1404320987654 0.041175160733275
GO:0009887 0.00460893479127806 1.37561780001544 67.8062418725618 89 1146 animal organ morphogenesis 1.23133350998541 0.0413090772556558
GO:0031099 0.00476211146905102 1.8554245098805 14.3185955786736 25 242 regeneration 7.75647155248959 0.0425238916736371
GO:0072662 0.00491273790769792 2.7116454179858 4.49674902470741 11 76 protein localization to peroxisome 34.6035318559557 0.0433868538295227
GO:0072663 0.00491273790769792 2.7116454179858 4.49674902470741 11 76 establishment of protein localization to peroxisome 34.6035318559557 0.0433868538295227
GO:0006625 0.00491273790769792 2.7116454179858 4.49674902470741 11 76 protein targeting to peroxisome 34.6035318559557 0.0433868538295227
GO:0072359 0.00496409750551846 1.35375447611131 75.0838751625488 97 1269 circulatory system development 1.09446887995921 0.0435249672420067
GO:0035295 0.0049644819541899 1.36432980267041 70.6462938881665 92 1194 tube development 1.1725573708857 0.0435249672420067
GO:0051384 0.0050238323775088 2.09573016182492 9.23016905071522 18 156 response to glucocorticoid 13.439349112426 0.043834577895173
GO:0070371 0.0050361584724027 1.74035317200785 18.22366710013 30 308 ERK1 and ERK2 cascade 5.74612076235453 0.043834577895173
GO:0006699 0.00511086842984627 3.36842105263158 2.72171651495449 8 46 bile acid biosynthetic process 68.695652173913 0.0443248337566883
GO:0046174 0.00517236120509853 4.35880933226066 1.65669700910273 6 28 polyol catabolic process 139.05612244898 0.0446973579408335
GO:0005978 0.00525977846818971 3.06531749592651 3.31339401820546 9 56 glycogen biosynthetic process 52.1460459183674 0.0447817989547668
GO:0009250 0.00525977846818971 3.06531749592651 3.31339401820546 9 56 glucan biosynthetic process 52.1460459183674 0.0447817989547668
GO:0006734 0.00525977846818971 3.06531749592651 3.31339401820546 9 56 NADH metabolic process 52.1460459183674 0.0447817989547668
GO:0031649 0.00527500244842545 5.32412523020258 1.18335500650195 5 20 heat generation 227.125 0.0447817989547668
GO:0034312 0.00527500244842545 5.32412523020258 1.18335500650195 5 20 diol biosynthetic process 227.125 0.0447817989547668
GO:0046486 0.00555697752385496 1.58608310712968 27.1579973992198 41 459 glycerolipid metabolic process 3.5360094170808 0.0470100800351379
GO:0005976 0.00569765287878461 2.17677169832784 7.92847854356307 16 134 polysaccharide metabolic process 16.1906883492983 0.0480316122054185
GO:0046365 0.00575307006922292 2.80955165692008 3.96423927178153 10 67 monosaccharide catabolic process 40.4767208732457 0.0483297976895347
GO:1903035 0.00580619827928177 2.31523840206186 6.56762028608583 14 111 negative regulation of response to wounding 20.6460514568623 0.0486067501782929
GO:1903522 0.0060398824615148 1.71518375241779 18.4603381014304 30 312 regulation of blood circulation 5.59972879684418 0.0503880851720145
GO:0006766 0.00612217658722099 2.05071081003721 9.40767230169051 18 159 vitamin metabolic process 12.936988252047 0.0507236005216145
GO:0030856 0.00612217658722099 2.05071081003721 9.40767230169051 18 159 regulation of epithelial cell differentiation 12.936988252047 0.0507236005216145
GO:0005980 0.00620145993580509 4.16900731050404 1.71586475942783 6 29 glycogen catabolic process 129.631391200951 0.0508561901538302
GO:0009251 0.00620145993580509 4.16900731050404 1.71586475942783 6 29 glucan catabolic process 129.631391200951 0.0508561901538302
GO:0044247 0.00620145993580509 4.16900731050404 1.71586475942783 6 29 cellular polysaccharide catabolic process 129.631391200951 0.0508561901538302
GO:0030282 0.00656664221905337 2.14019388516033 8.04681404421326 16 136 bone mineralization 15.7179930795848 0.0534331760722569
GO:0046185 0.00659163163712454 4.99102209944751 1.24252275682705 5 21 aldehyde catabolic process 206.009070294785 0.0534331760722569
GO:0006577 0.00659163163712454 4.99102209944751 1.24252275682705 5 21 amino-acid betaine metabolic process 206.009070294785 0.0534331760722569
GO:0043574 0.00660434942742951 2.59147418700517 4.67425227568271 11 79 peroxisomal transport 32.0253164556962 0.0534331760722569
GO:0072523 0.00665596016678799 2.93979478583886 3.43172951885566 9 58 purine-containing compound catabolic process 48.6117717003567 0.0535371419175969
GO:0072525 0.00666161035888804 3.19955654101996 2.84005201560468 8 48 pyridine-containing compound biosynthetic process 63.0902777777778 0.0535371419175969
GO:0042060 0.00678400603772748 1.49690495636848 34.9681404421326 50 591 wound healing 2.60105760118644 0.0543396629799367
GO:0044262 0.00708826593417332 1.67721098563804 19.4661898569571 31 329 cellular carbohydrate metabolic process 5.20385066656812 0.0565887720771254
GO:0044058 0.00737172650777929 3.99502212389381 1.77503250975293 6 30 regulation of digestive system process 121.133333333333 0.058464580954789
GO:0006760 0.00737172650777929 3.99502212389381 1.77503250975293 6 30 folic acid-containing compound metabolic process 121.133333333333 0.058464580954789
GO:0035265 0.00779537301358785 1.85214140842413 12.6027308192458 22 213 organ growth 8.81086204236373 0.0614556282607332
GO:0051346 0.00779984332135395 1.58867076113183 24.4362808842653 37 413 negative regulation of hydrolase activity 3.94145477783185 0.0614556282607332
GO:0061045 0.00787661576873276 2.40367483296214 5.44343302990897 12 92 negative regulation of wound healing 25.7608695652174 0.061858373349885
GO:0001892 0.00804375269224901 2.14854349561053 7.51430429128739 15 127 embryonic placenta development 16.8981337962676 0.0627649908241875
GO:0001502 0.00812222195651037 4.69710757231069 1.30169050715215 5 22 cartilage condensation 187.706611570248 0.0627649908241875
GO:0043649 0.00812222195651037 4.69710757231069 1.30169050715215 5 22 dicarboxylic acid catabolic process 187.706611570248 0.0627649908241875
GO:0000097 0.00812222195651037 4.69710757231069 1.30169050715215 5 22 sulfur amino acid biosynthetic process 187.706611570248 0.0627649908241875
GO:0030011 0.00812222195651037 4.69710757231069 1.30169050715215 5 22 maintenance of cell polarity 187.706611570248 0.0627649908241875
GO:0045445 0.00828625268230212 2.29001433349259 6.15344603381014 13 104 myoblast differentiation 21.8389423076923 0.0633423931335336
GO:0060043 0.00832009065132476 2.82411699418946 3.55006501950585 9 60 regulation of cardiac muscle cell proliferation 45.425 0.0633423931335336
GO:0019934 0.00832830303746585 3.39135541461123 2.3667100130039 7 40 cGMP-mediated signaling 79.49375 0.0633423931335336
GO:0010837 0.00832830303746585 3.39135541461123 2.3667100130039 7 40 regulation of keratinocyte proliferation 79.49375 0.0633423931335336
GO:0034377 0.00832830303746585 3.39135541461123 2.3667100130039 7 40 plasma lipoprotein particle assembly 79.49375 0.0633423931335336
GO:0015980 0.00846112874077591 1.70170709793351 17.3361508452536 28 293 energy derivation by oxidation of organic compounds 5.92621929201272 0.0641502559560085
GO:0051248 0.00852494119995952 1.34721141374838 65.8537061118335 85 1113 negative regulation of protein metabolic process 1.24676190637641 0.0644314521413868
GO:0060429 0.00880522465416311 1.33029010386863 72.184655396619 92 1220 epithelium development 1.12311206664875 0.0663418645037102
GO:1900047 0.00926212902973279 2.76961495773926 3.60923276983095 9 61 negative regulation of hemostasis 43.9478634775598 0.069350910219521
GO:0030195 0.00926212902973279 2.76961495773926 3.60923276983095 9 61 negative regulation of blood coagulation 43.9478634775598 0.069350910219521
GO:0072073 0.00945453505566109 1.95276330141801 9.82184655396619 18 166 kidney epithelium development 11.8689214690086 0.070572396344269
GO:0045604 0.00953233992009937 2.44682363119516 4.91092327698309 11 83 regulation of epidermal cell differentiation 29.0129191464654 0.0706128733094114
GO:0009112 0.00954291214969365 3.29138166894665 2.425877763329 7 41 nucleobase metabolic process 75.6632956573468 0.0706128733094114
GO:0071385 0.0095478211111025 2.58207885304659 4.26007802340702 10 72 cellular response to glucocorticoid stimulus 35.0501543209877 0.0706128733094114
GO:0071827 0.00962241470978103 2.97571288609292 3.01755526657997 8 51 plasma lipoprotein particle organization 55.8861976163014 0.0709469170192112
GO:0055085 0.00970601794489247 1.29186152970579 90.5266579973992 112 1530 transmembrane transport 0.869340851809133 0.0713451501985846
GO:0070372 0.00979782591233332 1.69777215458664 16.7444733420026 27 283 regulation of ERK1 and ERK2 cascade 6.12556031415051 0.071768698557992
GO:0042430 0.00988270755755012 4.43585021485574 1.36085825747724 5 23 indole-containing compound metabolic process 171.739130434783 0.071768698557992
GO:0017014 0.00988270755755012 4.43585021485574 1.36085825747724 5 23 protein nitrosylation 171.739130434783 0.071768698557992
GO:0018119 0.00988270755755012 4.43585021485574 1.36085825747724 5 23 peptidyl-cysteine S-nitrosylation 171.739130434783 0.071768698557992
GO:0015718 0.010045472347166 1.83404655939747 12.129388816645 21 205 monocarboxylic acid transport 9.07959547888162 0.0727316331201718
GO:0042446 0.0102825918040815 2.71716960190983 3.66840052015605 9 62 hormone biosynthetic process 42.5416233090531 0.0742255354480253
GO:0060840 0.0105877433020204 2.13764880952381 7.04096228868661 14 119 artery development 17.9634206623826 0.0762001465706602
GO:0032269 0.0106602770083415 1.3420433914195 62.8953185955787 81 1063 negative regulation of cellular protein metabolic process 1.30248705937951 0.0764938329378311
GO:0046434 0.0111666547648668 2.00531319910515 8.52015604681404 16 144 organophosphate catabolic process 14.0200617283951 0.0798896280062134
GO:0008203 0.0112674743534243 1.91356576485612 9.99934980494148 18 169 cholesterol metabolic process 11.4512797170967 0.0802872644490381
GO:0046470 0.0113280856341116 2.38036256501218 5.02925877763329 11 85 phosphatidylcholine metabolic process 27.6636678200692 0.0802872644490381
GO:0097237 0.0113554364069357 2.11733490566038 7.1001300390117 14 120 cellular response to toxic substance 17.6652777777778 0.0802872644490381
GO:0044264 0.0113554364069357 2.11733490566038 7.1001300390117 14 120 cellular polysaccharide metabolic process 17.6652777777778 0.0802872644490381
GO:0061572 0.0117316946582033 1.80424438923744 12.3068920676203 21 208 actin filament bundle organization 8.81957285502959 0.0821275957983046
GO:0046688 0.0118303746691694 3.55039331366765 1.95253576072822 6 33 response to copper ion 100.110192837466 0.0821275957983046
GO:0000038 0.0118303746691694 3.55039331366765 1.95253576072822 6 33 very long-chain fatty acid metabolic process 100.110192837466 0.0821275957983046
GO:0042044 0.0118882334855281 4.20209363186973 1.42002600780234 5 24 fluid transport 157.725694444444 0.0821275957983046
GO:0042759 0.0118882334855281 4.20209363186973 1.42002600780234 5 24 long-chain fatty acid biosynthetic process 157.725694444444 0.0821275957983046
GO:0009067 0.0118882334855281 4.20209363186973 1.42002600780234 5 24 aspartate family amino acid biosynthetic process 157.725694444444 0.0821275957983046
GO:0044062 0.0118882334855281 4.20209363186973 1.42002600780234 5 24 regulation of excretion 157.725694444444 0.0821275957983046
GO:0010544 0.0118882334855281 4.20209363186973 1.42002600780234 5 24 negative regulation of platelet activation 157.725694444444 0.0821275957983046
GO:0098656 0.0120511707992221 1.4808506543495 31.0039011703511 44 524 anion transmembrane transport 2.9116892954956 0.0827559270020497
GO:0006749 0.0120778818823566 2.84306479428431 3.13589076723017 8 53 glutathione metabolic process 51.747953008188 0.0827559270020497
GO:0030148 0.0120821593964005 2.03844332923019 7.86931079323797 15 133 sphingolipid biosynthetic process 15.4078806037651 0.0827559270020497
GO:1902652 0.0121501089331906 1.8601598642249 10.8276983094928 19 183 secondary alcohol metabolic process 10.3087580996745 0.0828583643934297
GO:0009062 0.0121658486085749 2.09740070093458 7.1592977893368 14 121 fatty acid catabolic process 17.3744962775767 0.0828583643934297
GO:0048660 0.0123149683932317 1.93461358239419 9.34850455136541 17 158 regulation of smooth muscle cell proliferation 12.373417721519 0.0834202278709663
GO:0042246 0.0123175450527018 2.34846125324435 5.08842652795839 11 86 tissue regeneration 27.0240670632774 0.0834202278709663
GO:0060711 0.0125741406518019 2.61800020179598 3.78673602080624 9 64 labyrinthine layer development 39.92431640625 0.0846181564063236
GO:0050819 0.0125741406518019 2.61800020179598 3.78673602080624 9 64 negative regulation of coagulation 39.92431640625 0.0846181564063236
GO:0071384 0.0125997171919827 2.46239316239316 4.43758127438231 10 75 cellular response to corticosteroid stimulus 32.3022222222222 0.0846181564063236
GO:0048659 0.013056358961557 1.9208554800246 9.40767230169051 17 159 smooth muscle cell proliferation 12.2182666824888 0.0874413373786495
GO:0098754 0.0139208992112572 2.05862958715596 7.277633289987 14 123 detoxification 16.8140657016326 0.0914824585753417
GO:0035239 0.0139299831611694 1.33593904097501 59.1677503250975 76 1000 tube morphogenesis 1.38092 0.0914824585753417
GO:0019363 0.0139603372916589 3.02388434946575 2.60338101430429 7 44 pyridine nucleotide biosynthetic process 65.6973140495868 0.0914824585753417
GO:0019359 0.0139603372916589 3.02388434946575 2.60338101430429 7 44 nicotinamide nucleotide biosynthetic process 65.6973140495868 0.0914824585753417
GO:0065005 0.0139603372916589 3.02388434946575 2.60338101430429 7 44 protein-lipid complex assembly 65.6973140495868 0.0914824585753417
GO:0003416 0.0139603372916589 3.02388434946575 2.60338101430429 7 44 endochondral bone growth 65.6973140495868 0.0914824585753417
GO:0070633 0.0139603372916589 3.02388434946575 2.60338101430429 7 44 transepithelial transport 65.6973140495868 0.0914824585753417
GO:0031960 0.0141021788710123 1.86366266454506 10.2360208062419 18 173 response to corticosteroid 10.9278626081727 0.0914824585753417
GO:0007600 0.014132142576984 1.50154953157838 27.0988296488947 39 458 sensory perception 3.37822505291661 0.0914824585753417
GO:0006144 0.0141530307128173 3.99171270718232 1.47919375812744 5 25 purine nucleobase metabolic process 145.36 0.0914824585753417
GO:0098743 0.0141530307128173 3.99171270718232 1.47919375812744 5 25 cell aggregation 145.36 0.0914824585753417
GO:0044342 0.0141530307128173 3.99171270718232 1.47919375812744 5 25 type B pancreatic cell proliferation 145.36 0.0914824585753417
GO:0008209 0.0141530307128173 3.99171270718232 1.47919375812744 5 25 androgen metabolic process 145.36 0.0914824585753417
GO:0048869 0.014261245373917 1.18121559375351 250.634590377113 280 4236 cellular developmental process 0.28353133044608 0.0919354614880051
GO:0048844 0.0144920856190581 2.28714444621007 5.20676202860858 11 88 artery morphogenesis 25.8096590909091 0.0931744491401309
GO:0050878 0.0149117039963096 1.45883502235964 31.4180754226268 44 531 regulation of body fluid levels 2.83542759459642 0.0949710121896762
GO:0071825 0.0149649847880118 2.72170590177855 3.25422626788036 8 55 protein-lipid complex subunit organization 48.0528925619835 0.0949710121896762
GO:0001754 0.0149649847880118 2.72170590177855 3.25422626788036 8 55 eye photoreceptor cell differentiation 48.0528925619835 0.0949710121896762
GO:1990748 0.0149670703615825 2.10379153857415 6.62678803641092 13 112 cellular detoxification 18.8305165816327 0.0949710121896762
GO:0051604 0.0149841286373449 1.63279660078849 17.3361508452536 27 293 protein maturation 5.71456860301227 0.0949710121896762
GO:0007585 0.0150078621502558 2.38855721393035 4.55591677503251 10 77 respiratory gaseous exchange by respiratory system 30.6459773992242 0.0949710121896762
GO:0060425 0.0152252791209376 2.52579005783048 3.90507152145644 9 66 lung morphogenesis 37.5413223140496 0.0960946281690594
GO:1901700 0.0153624419933868 1.24822230517669 107.685305591678 129 1820 response to oxygen-containing compound 0.707622871633861 0.0967071740105891
GO:0006643 0.0154715582739752 1.70314164142582 14.2002600780234 23 240 membrane lipid metabolic process 7.25538194444445 0.0971404348920681
GO:0060045 0.0156891921386894 3.30508086664632 2.07087126137841 6 35 positive regulation of cardiac muscle cell proliferation 88.9959183673469 0.0972297964292756
GO:0042133 0.0156891921386894 3.30508086664632 2.07087126137841 6 35 neurotransmitter metabolic process 88.9959183673469 0.0972297964292756
GO:0045907 0.0156891921386894 3.30508086664632 2.07087126137841 6 35 positive regulation of vasoconstriction 88.9959183673469 0.0972297964292756
GO:0120178 0.0157126984736865 2.94410444716442 2.66254876462939 7 45 steroid hormone biosynthetic process 62.8098765432099 0.0972297964292756
GO:0006953 0.0157126984736865 2.94410444716442 2.66254876462939 7 45 acute-phase response 62.8098765432099 0.0972297964292756
GO:0042391 0.0157277563697294 1.50629432931838 25.6196358907672 37 433 regulation of membrane potential 3.58575703107916 0.0972297964292756
GO:0015850 0.0163932268776456 1.71547275430771 13.4902470741222 22 228 organic hydroxy compound transport 7.68967374576793 0.100881948229489
GO:0031214 0.0165737249936392 1.82789351194869 10.4135240572172 18 176 biomineral tissue development 10.5584969008264 0.100881948229489
GO:0110148 0.0165737249936392 1.82789351194869 10.4135240572172 18 176 biomineralization 10.5584969008264 0.100881948229489
GO:0045956 0.0166903087775339 3.80136806103657 1.53836150845254 5 26 positive regulation of calcium ion-dependent exocytosis 134.39349112426 0.100881948229489
GO:0009110 0.0166903087775339 3.80136806103657 1.53836150845254 5 26 vitamin biosynthetic process 134.39349112426 0.100881948229489
GO:0006085 0.0166903087775339 3.80136806103657 1.53836150845254 5 26 acetyl-CoA biosynthetic process 134.39349112426 0.100881948229489
GO:0051004 0.0166903087775339 3.80136806103657 1.53836150845254 5 26 regulation of lipoprotein lipase activity 134.39349112426 0.100881948229489
GO:0071320 0.0166951046634451 2.48206973095029 3.96423927178153 9 67 cellular response to cAMP 36.4290487859211 0.100881948229489
GO:0009247 0.0166951046634451 2.48206973095029 3.96423927178153 9 67 glycolipid biosynthetic process 36.4290487859211 0.100881948229489
GO:0007031 0.0169440057917972 2.22893228763324 5.32509752925878 11 90 peroxisome organization 24.6753086419753 0.102129994910057
GO:0007167 0.0174826429039519 1.29484427122899 70.5871261378414 88 1193 enzyme linked receptor protein signaling pathway 1.12345766622706 0.105113845489846
GO:0070373 0.0177430396893114 2.31900161030596 4.67425227568271 10 79 negative regulation of ERK1 and ERK2 cascade 29.1139240506329 0.106414101221218
GO:0007589 0.018280139927619 2.20091768631813 5.38426527958388 11 91 body fluid secretion 24.1359739161937 0.109162622623173
GO:0002063 0.0183223171329647 2.61025385764062 3.37256176853056 8 57 chondrocyte development 44.739919975377 0.109162622623173
GO:0051017 0.0183371473091601 1.7447484123107 12.0702210663199 20 204 actin filament bundle assembly 8.7322183775471 0.109162622623173
GO:0035249 0.0184402791415871 2.11150542108226 6.09427828348505 12 103 synaptic transmission, glutamatergic 20.5523612027524 0.109506189680706
GO:0090407 0.0191458949624766 1.38617817101124 39.7015604681404 53 671 organophosphate biosynthetic process 2.1388767349042 0.113417082934966
GO:0046496 0.0196750497069358 2.79651162790698 2.78088426527958 7 47 nicotinamide nucleotide metabolic process 57.5780896333182 0.114963042801018
GO:0019362 0.0196750497069358 2.79651162790698 2.78088426527958 7 47 pyridine nucleotide metabolic process 57.5780896333182 0.114963042801018
GO:0006778 0.0196750497069358 2.79651162790698 2.78088426527958 7 47 porphyrin-containing compound metabolic process 57.5780896333182 0.114963042801018
GO:0098868 0.0196750497069358 2.79651162790698 2.78088426527958 7 47 bone growth 57.5780896333182 0.114963042801018
GO:0030857 0.0196750497069358 2.79651162790698 2.78088426527958 7 47 negative regulation of epithelial cell differentiation 57.5780896333182 0.114963042801018
GO:0045682 0.0196929641961097 2.17359480355402 5.44343302990897 11 92 regulation of epidermis development 23.6141304347826 0.114963042801018
GO:0051966 0.0199416271276503 2.39900110987791 4.08257477243173 9 69 regulation of synaptic transmission, glutamatergic 34.3478260869565 0.115853645794614
GO:0035690 0.0199416271276503 2.39900110987791 4.08257477243173 9 69 cellular response to drug 34.3478260869565 0.115853645794614
GO:0009651 0.0203405073204217 3.09142163859549 2.18920676202861 6 37 response to salt stress 79.6347699050402 0.116486848336192
GO:0006735 0.0203405073204217 3.09142163859549 2.18920676202861 6 37 NADH regeneration 79.6347699050402 0.116486848336192
GO:0006692 0.0203405073204217 3.09142163859549 2.18920676202861 6 37 prostanoid metabolic process 79.6347699050402 0.116486848336192
GO:0006693 0.0203405073204217 3.09142163859549 2.18920676202861 6 37 prostaglandin metabolic process 79.6347699050402 0.116486848336192
GO:0061718 0.0203405073204217 3.09142163859549 2.18920676202861 6 37 glucose catabolic process to pyruvate 79.6347699050402 0.116486848336192
GO:0061621 0.0203405073204217 3.09142163859549 2.18920676202861 6 37 canonical glycolysis 79.6347699050402 0.116486848336192
GO:0033692 0.0208289083501739 2.25336463223787 4.7925877763329 10 81 cellular polysaccharide biosynthetic process 27.693949093126 0.119001180171254
GO:0006165 0.0212523515150288 1.84520303220511 9.17100130039012 16 155 nucleoside diphosphate phosphorylation 12.1007284079084 0.121133379439088
GO:0008016 0.0214109092472177 1.62676800868646 15.4427828348505 24 261 regulation of heart contraction 6.40155018276302 0.121749297629816
GO:0048857 0.0217254514957405 2.3595094703517 4.14174252275683 9 70 neural nucleus development 33.3734693877551 0.12279247761324
GO:0001894 0.0217319808245508 1.60677966101695 16.2711313394018 25 275 tissue homeostasis 6.00661157024793 0.12279247761324
GO:0009653 0.021747153853527 1.18821838350696 175.905721716515 200 2973 anatomical structure morphogenesis 0.411145086584282 0.12279247761324
GO:0001503 0.0218588475737573 1.45155285926028 27.927178153446 39 472 ossification 3.1807939528871 0.123061353940378
GO:0043616 0.0218968564248952 2.72811495556816 2.84005201560468 7 48 keratinocyte proliferation 55.2039930555556 0.123061353940378
GO:0030154 0.0220534986585272 1.16685655481642 246.137841352406 273 4160 cell differentiation 0.286636117788462 0.1236534541063
GO:0045616 0.0221867841800569 2.50754315029781 3.49089726918075 8 59 regulation of keratinocyte differentiation 41.7581154840563 0.123824853375271
GO:0034381 0.0221867841800569 2.50754315029781 3.49089726918075 8 59 plasma lipoprotein particle clearance 41.7581154840563 0.123824853375271
GO:0043491 0.0223012067013878 1.61981903370829 15.5019505851756 24 262 protein kinase B signaling 6.35277664471767 0.124113500572538
GO:0003015 0.0223654931736765 1.54427163593448 19.5845253576073 29 331 heart process 4.80946687233596 0.124113500572538
GO:0051271 0.0223929376810676 1.53192640692641 20.4128738621586 30 345 negative regulation of cellular component movement 4.57971014492754 0.124113500572538
GO:0042490 0.0225105499096382 2.22191358024691 4.851755526658 10 82 mechanoreceptor differentiation 27.0226055919096 0.124479210624169
GO:0016338 0.0226295144800238 3.47033389382657 1.65669700910273 5 28 calcium-independent cell-cell adhesion via plasma membrane cell-adhesion molecules 115.880102040816 0.124850708035097
GO:0030336 0.0231201085790228 1.55227148330597 18.815344603381 28 318 negative regulation of cell migration 5.03105098690716 0.127266168456676
GO:0003014 0.0234170932666453 1.86319345199428 8.52015604681404 15 144 renal system process 13.1438078703704 0.128607316323193
GO:0006664 0.0236487962274534 1.96390484003281 7.04096228868661 13 119 glycolipid metabolic process 16.6803191864981 0.12906038114384
GO:1903509 0.0236487962274534 1.96390484003281 7.04096228868661 13 119 liposaccharide metabolic process 16.6803191864981 0.12906038114384
GO:0046939 0.0236601777128069 1.81877608009266 9.28933680104031 16 157 nucleotide phosphorylation 11.7943932816747 0.12906038114384
GO:0043086 0.023784656581547 1.34363880107909 45.5 59 769 negative regulation of catalytic activity 1.81281822778303 0.129371645068202
GO:0034220 0.0238245584447457 1.26788065805218 75.202210663199 92 1271 ion transmembrane transport 1.03478864285356 0.129371645068202
GO:0019220 0.0241889925993924 1.23063170815165 102.892717815345 122 1739 regulation of phosphate metabolic process 0.733019611318462 0.131055418330641
GO:0055021 0.0242883868945065 2.19132420091324 4.91092327698309 10 83 regulation of cardiac muscle tissue growth 26.3753810422413 0.131298880723442
GO:0048731 0.0244250845805095 1.15582067595137 289.507802340702 317 4893 system development 0.240582347375884 0.131742458442077
GO:0003018 0.0248196906499176 1.73882975849587 10.8868660598179 18 184 vascular process in circulatory system 9.66032608695652 0.133572040528909
GO:0070848 0.0254738301982417 1.33119856813366 47.4525357607282 61 802 response to growth factor 1.72320134825032 0.136787092668064
GO:0060038 0.0256313652975689 2.28428729982559 4.26007802340702 9 72 cardiac muscle cell proliferation 31.5451388888889 0.13726464075538
GO:0060411 0.0257781954600655 2.00083518930958 6.39011703511053 12 108 cardiac septum morphogenesis 18.6934156378601 0.13726464075538
GO:0060674 0.0258474271683709 2.90366049879324 2.3075422626788 6 39 placenta blood vessel development 71.6765285996055 0.13726464075538
GO:1901031 0.0258474271683709 2.90366049879324 2.3075422626788 6 39 regulation of response to reactive oxygen species 71.6765285996055 0.13726464075538
GO:0009435 0.0258474271683709 2.90366049879324 2.3075422626788 6 39 NAD biosynthetic process 71.6765285996055 0.13726464075538
GO:0009164 0.0260520258434027 3.32550644567219 1.71586475942783 5 29 nucleoside catabolic process 108.026159334126 0.137738253897186
GO:0000303 0.0260520258434027 3.32550644567219 1.71586475942783 5 29 response to superoxide 108.026159334126 0.137738253897186
GO:1904035 0.0261584545205859 2.07073218608912 5.68010403120936 11 96 regulation of epithelial cell apoptotic process 21.6872829861111 0.137738253897186
GO:0051899 0.0261651266216968 2.16156156156156 4.97009102730819 10 84 membrane depolarization 25.7511337868481 0.137738253897186
GO:0009308 0.0262236880641146 1.75815482426038 10.1768530559168 17 172 amine metabolic process 10.4411168199026 0.137745777609107
GO:0032502 0.026806733583821 1.14527647133002 370.685955786736 399 6265 developmental process 0.1847079857504 0.140115738002935
GO:0009712 0.0268492206376424 2.60086533261222 2.95838751625488 7 50 catechol-containing compound metabolic process 50.876 0.140115738002935
GO:0006584 0.0268492206376424 2.60086533261222 2.95838751625488 7 50 catecholamine metabolic process 50.876 0.140115738002935
GO:0009719 0.0272410426181094 1.22131563581686 106.146944083225 125 1794 response to endogenous stimulus 0.70569991138553 0.141713543017798
GO:0070887 0.0273142388146568 1.17077048770846 199.040312093628 223 3364 cellular response to chemical stimulus 0.35805341158606 0.141713543017798
GO:0051174 0.027331728537236 1.2238110113237 103.366059817945 122 1747 regulation of phosphorus metabolic process 0.726321580309888 0.141713543017798
GO:0090287 0.0276185893977641 1.53842076094552 18.2828348504551 27 309 regulation of cellular response to growth factor stimulus 5.13809030068809 0.142893603085857
GO:0071300 0.0277599914548985 2.24843923418424 4.31924577373212 9 73 cellular response to retinoic acid 30.6868080315256 0.143317643250022
GO:0061061 0.0278501825691361 1.33655653996737 44.1391417425228 57 746 muscle structure development 1.86102466056681 0.143476047380742
GO:0098742 0.027979554065765 1.59834941458391 15.0286085825748 23 254 cell-cell adhesion via plasma-membrane adhesion molecules 6.47761795523591 0.143835191583282
GO:0046513 0.0281433987533748 2.13259259259259 5.02925877763329 10 85 ceramide biosynthetic process 25.1487889273356 0.144369647647631
GO:1901566 0.0286761719331432 1.21676098887493 108.217815344603 127 1829 organonitrogen compound biosynthetic process 0.689812781799577 0.146579871748499
GO:0031644 0.0288480277337208 1.85291838842975 7.98764629388817 14 135 regulation of nervous system process 13.9577503429355 0.146579871748499
GO:1904019 0.0288480277337208 1.85291838842975 7.98764629388817 14 135 epithelial cell apoptotic process 13.9577503429355 0.146579871748499
GO:0009069 0.0289390373091189 2.81806350858928 2.3667100130039 6 40 serine family amino acid metabolic process 68.1375 0.146579871748499
GO:0006084 0.0289390373091189 2.81806350858928 2.3667100130039 6 40 acetyl-CoA metabolic process 68.1375 0.146579871748499
GO:0061620 0.0289390373091189 2.81806350858928 2.3667100130039 6 40 glycolytic process through glucose-6-phosphate 68.1375 0.146579871748499
GO:0046031 0.029078110324676 1.80665350527156 8.75682704811443 15 148 ADP metabolic process 12.4429327976625 0.146975521997471
GO:0042491 0.0295898488534385 2.5415785764623 3.01755526657997 7 51 inner ear auditory receptor cell differentiation 48.9004229142637 0.14924921670636
GO:0000305 0.0297880857105274 3.19226519337017 1.77503250975293 5 30 response to oxygen radical 100.944444444444 0.149935437678667
GO:0030500 0.0299115767570512 2.0228478641658 5.79843953185956 11 98 regulation of bone mineralization 20.811120366514 0.150243357419272
GO:0050673 0.0304775456572227 1.4194693373635 27.7496749024707 38 469 epithelial cell proliferation 3.13901100649661 0.152767905570819
GO:0042325 0.0310926859697977 1.23131586345966 89.9349804941482 107 1520 regulation of phosphorylation 0.841494979224377 0.155527937496229
GO:0022610 0.0315832489227625 1.22712620027435 92.7750325097529 110 1568 biological adhesion 0.812934389316951 0.157654685616523
GO:0009165 0.0318200688765795 1.52951950010774 17.6911573472042 26 299 nucleotide biosynthetic process 5.28428093645485 0.158508648887259
GO:0046683 0.0321196018980969 1.74380982818183 9.6443433029909 16 163 response to organophosphorus 10.9420753509729 0.159670845724354
GO:0060122 0.032264087336449 2.73735777496839 2.425877763329 6 41 inner ear receptor cell stereocilium organization 64.854253420583 0.159730420057861
GO:0042168 0.032264087336449 2.73735777496839 2.425877763329 6 41 heme metabolic process 64.854253420583 0.159730420057861
GO:0009636 0.0324049514211077 1.59004950896843 14.4369310793238 22 244 response to toxic substance 6.71425692018275 0.159819355347245
GO:0031102 0.0324146266133567 2.07691197691198 5.14759427828348 10 87 neuron projection regeneration 24.0058131853613 0.159819355347245
GO:0042634 0.0338447671022049 3.0692732681683 1.83420026007802 5 31 regulation of hair cycle 94.5369406867846 0.165343298929909
GO:0035886 0.0338447671022049 3.0692732681683 1.83420026007802 5 31 vascular associated smooth muscle cell differentiation 94.5369406867846 0.165343298929909
GO:0070168 0.0338447671022049 3.0692732681683 1.83420026007802 5 31 negative regulation of biomineral tissue development 94.5369406867846 0.165343298929909
GO:0110150 0.0338447671022049 3.0692732681683 1.83420026007802 5 31 negative regulation of biomineralization 94.5369406867846 0.165343298929909
GO:0006096 0.0339464674285793 1.80771169354839 8.16514954486346 14 138 glycolytic process 13.3574879227053 0.165343298929909
GO:0006757 0.0339464674285793 1.80771169354839 8.16514954486346 14 138 ATP generation from ADP 13.3574879227053 0.165343298929909
GO:0097006 0.0340345606562314 1.97711564659859 5.91677503250975 11 100 regulation of plasma lipoprotein particle levels 19.987 0.165438156738254
GO:0035088 0.0342869943943021 2.28286347798543 3.78673602080624 8 64 establishment or maintenance of apical/basal cell polarity 35.48828125 0.165663213396117
GO:0019229 0.0342869943943021 2.28286347798543 3.78673602080624 8 64 regulation of vasoconstriction 35.48828125 0.165663213396117
GO:0061245 0.0342869943943021 2.28286347798543 3.78673602080624 8 64 establishment or maintenance of bipolar cell polarity 35.48828125 0.165663213396117
GO:0043408 0.0348012063460744 1.31961230106498 43.8433029908973 56 741 regulation of MAPK cascade 1.8531327800452 0.167002138981759
GO:0007155 0.0349980048770002 1.22190365491412 92.242522756827 109 1559 cell adhesion 0.814871624176449 0.167002138981759
GO:2000146 0.0350473172593829 1.48933038999264 19.5253576072822 28 330 negative regulation of cell motility 4.67180899908173 0.167002138981759
GO:0035383 0.035048976493061 1.90112240622726 6.68595578673602 12 113 thioester metabolic process 17.0757302842822 0.167002138981759
GO:0006637 0.035048976493061 1.90112240622726 6.68595578673602 12 113 acyl-CoA metabolic process 17.0757302842822 0.167002138981759
GO:0070167 0.035048976493061 1.90112240622726 6.68595578673602 12 113 regulation of biomineral tissue development 17.0757302842822 0.167002138981759
GO:0110149 0.035048976493061 1.90112240622726 6.68595578673602 12 113 regulation of biomineralization 17.0757302842822 0.167002138981759
GO:1901293 0.035341899708781 1.51257459505541 17.8686605981795 26 302 nucleoside phosphate biosynthetic process 5.17981667470725 0.167746283872164
GO:0072091 0.0356226036261086 2.43073811931244 3.13589076723017 7 53 regulation of stem cell proliferation 45.2794588821645 0.167746283872164
GO:0003044 0.0356226036261086 2.43073811931244 3.13589076723017 7 53 regulation of systemic arterial blood pressure mediated by a chemical signal 45.2794588821645 0.167746283872164
GO:0098815 0.0356226036261086 2.43073811931244 3.13589076723017 7 53 modulation of excitatory postsynaptic potential 45.2794588821645 0.167746283872164
GO:0048662 0.0356226036261086 2.43073811931244 3.13589076723017 7 53 negative regulation of smooth muscle cell proliferation 45.2794588821645 0.167746283872164
GO:0021762 0.0356226036261086 2.43073811931244 3.13589076723017 7 53 substantia nigra development 45.2794588821645 0.167746283872164
GO:0061615 0.0358277721031744 2.66113569321534 2.4850455136541 6 42 glycolytic process through fructose-6-phosphate 61.8027210884354 0.16838354491375
GO:0042303 0.0362397561571451 1.95501174144111 5.97594278283485 11 101 molting cycle 19.5931771394961 0.169329558323405
GO:0042633 0.0362397561571451 1.95501174144111 5.97594278283485 11 101 hair cycle 19.5931771394961 0.169329558323405
GO:0019935 0.0362397561571451 1.95501174144111 5.97594278283485 11 101 cyclic-nucleotide-mediated signaling 19.5931771394961 0.169329558323405
GO:1901361 0.0364528631553916 1.33301698292274 39.5240572171652 51 668 organic cyclic compound catabolic process 2.07669242353616 0.169995847326207
GO:0001932 0.0368676776581007 1.23738783018366 77.628088426528 93 1312 regulation of protein phosphorylation 0.98168059376859 0.170955276581945
GO:0000271 0.0371212807910226 2.02405063291139 5.26592977893368 10 89 polysaccharide biosynthetic process 22.9390228506502 0.170955276581945
GO:1904705 0.0371549419033343 2.24265764188742 3.84590377113134 8 65 regulation of vascular associated smooth muscle cell proliferation 34.4047337278107 0.170955276581945
GO:0060389 0.0371549419033343 2.24265764188742 3.84590377113134 8 65 pathway-restricted SMAD protein phosphorylation 34.4047337278107 0.170955276581945
GO:0060412 0.0371549419033343 2.24265764188742 3.84590377113134 8 65 ventricular septum morphogenesis 34.4047337278107 0.170955276581945
GO:1990874 0.0371549419033343 2.24265764188742 3.84590377113134 8 65 vascular associated smooth muscle cell proliferation 34.4047337278107 0.170955276581945
GO:0007588 0.0371549419033343 2.24265764188742 3.84590377113134 8 65 excretion 34.4047337278107 0.170955276581945
GO:0050953 0.0374485049695163 1.6483664317745 11.4193758127438 18 193 sensory perception of light stimulus 8.78036994281726 0.17197780091715
GO:0010035 0.037868457528176 1.35002614180665 35.204811443433 46 595 response to inorganic substance 2.36090671562743 0.173575762548351
GO:0048871 0.0381474836182757 1.36894345043751 31.7139141742523 42 536 multicellular organismal homeostasis 2.65628480730675 0.17430690516721
GO:0060713 0.0382278150668764 2.95539185594434 1.89336801040312 5 32 labyrinthine layer morphogenesis 88.720703125 0.17430690516721
GO:0043062 0.0383171545991793 1.419943070628 24.7912873862159 34 419 extracellular structure organization 3.51889086984011 0.17430690516721
GO:0030198 0.0383171545991793 1.419943070628 24.7912873862159 34 419 extracellular matrix organization 3.51889086984011 0.17430690516721
GO:0060119 0.0389226671560816 2.37885535213591 3.19505851755527 7 54 inner ear receptor cell development 43.6179698216735 0.176395771641565
GO:0019748 0.0389226671560816 2.37885535213591 3.19505851755527 7 54 secondary metabolic process 43.6179698216735 0.176395771641565
GO:0046717 0.0396346137731522 2.58903372398948 2.54421326397919 6 43 acid secretion 58.9616008653326 0.178989389962635
GO:0045665 0.0396434401659257 1.99861111111111 5.32509752925878 10 90 negative regulation of neuron differentiation 22.4320987654321 0.178989389962635
GO:0006956 0.0401797229767683 2.20383821393073 3.90507152145644 8 66 complement activation 33.3700642791552 0.18107161139624
GO:0060113 0.0402789391064656 2.08478502147372 4.61508452535761 9 78 inner ear receptor cell differentiation 26.8786982248521 0.181180078704643
GO:0007275 0.0403727370046656 1.13439881729041 319.032509752926 344 5392 multicellular organism development 0.214987694705421 0.181263815490221
GO:0045229 0.0405606537221029 1.41240428067443 24.9096228868661 34 421 external encapsulating structure organization 3.48553664219904 0.181277844305131
GO:0051241 0.0405993340922128 1.25714397806908 62.3628088426528 76 1054 negative regulation of multicellular organismal process 1.24304627892658 0.181277844305131
GO:0050793 0.0406014251035964 1.16915238199622 157.031209362809 177 2654 regulation of developmental process 0.456589959050024 0.181277844305131
GO:0003279 0.0413168622067497 1.71548284118117 9.17100130039012 15 155 cardiac septum development 11.3444328824142 0.184131154862243
GO:0071363 0.0420427649888702 1.29889522522702 45.2633289986996 57 765 cellular response to growth factor stimulus 1.76972959118288 0.186958265918834
GO:0060420 0.0422808846397909 1.97379972565158 5.38426527958388 10 91 regulation of heart growth 21.941794469267 0.186958265918834
GO:0014855 0.0422808846397909 1.97379972565158 5.38426527958388 10 91 striated muscle cell proliferation 21.941794469267 0.186958265918834
GO:0051702 0.0422808846397909 1.97379972565158 5.38426527958388 10 91 biological process involved in interaction with symbiont 21.941794469267 0.186958265918834
GO:0071470 0.0424164958347584 2.32913436692506 3.25422626788036 7 55 cellular response to osmotic stress 42.0462809917355 0.186958265918834
GO:0001706 0.0424164958347584 2.32913436692506 3.25422626788036 7 55 endoderm formation 42.0462809917355 0.186958265918834
GO:0040007 0.0425101779348268 1.24830071074007 65.2620286085826 79 1103 growth 1.17986140165 0.186989184683812
GO:1901137 0.0425786239698933 1.31395459295146 40.8257477243173 52 690 carbohydrate derivative biosynthetic process 1.98454106280193 0.186989184683812
GO:0010640 0.0429416437093241 2.84964483030781 1.95253576072822 5 33 regulation of platelet-derived growth factor receptor signaling pathway 83.425160697888 0.18824055087851
GO:0060193 0.0431764118886711 2.05485967972094 4.67425227568271 9 79 positive regulation of lipase activity 26.2025316455696 0.188242909699071
GO:0042440 0.0431764118886711 2.05485967972094 4.67425227568271 9 79 pigment metabolic process 26.2025316455696 0.188242909699071
GO:0006695 0.0431764118886711 2.05485967972094 4.67425227568271 9 79 cholesterol biosynthetic process 26.2025316455696 0.188242909699071
GO:0048661 0.0434523079394689 1.89155214276317 6.15344603381014 11 104 positive regulation of smooth muscle cell proliferation 18.4791050295858 0.189103816682418
GO:0001933 0.0435857502492536 1.41045998204711 24.1996098829649 33 409 negative regulation of protein phosphorylation 3.58444772568313 0.189342781713424
GO:0046467 0.0445780179119935 1.66373224091345 10.0585175552666 16 170 membrane lipid biosynthetic process 10.0595155709343 0.193305038103986
GO:0051240 0.0450317901479674 1.21430515301817 85.7932379713914 101 1450 positive regulation of multicellular organismal process 0.872851367419738 0.194922165254487
GO:0033865 0.046041175326313 1.72355769230769 8.52015604681404 14 144 nucleoside bisphosphate metabolic process 12.2675540123457 0.19822370305668
GO:0033875 0.046041175326313 1.72355769230769 8.52015604681404 14 144 ribonucleoside bisphosphate metabolic process 12.2675540123457 0.19822370305668
GO:0034032 0.046041175326313 1.72355769230769 8.52015604681404 14 144 purine nucleoside bisphosphate metabolic process 12.2675540123457 0.19822370305668
GO:0042310 0.0462105181350981 2.02577730534148 4.7334200260078 9 80 vasoconstriction 25.5515625 0.198244767301995
GO:0031103 0.0462105181350981 2.02577730534148 4.7334200260078 9 80 axon regeneration 25.5515625 0.198244767301995
GO:0042326 0.0474241577331918 1.37790127492645 26.9804941482445 36 456 negative regulation of phosphorylation 3.1457756232687 0.202289678612669
GO:0001655 0.0475758597473361 1.41450124107974 22.6612483745124 31 383 urogenital system development 3.83989256181445 0.202289678612669
GO:0009187 0.0479924081984434 2.45592239618788 2.66254876462939 6 45 cyclic nucleotide metabolic process 53.837037037037 0.202289678612669
GO:0006007 0.0479924081984434 2.45592239618788 2.66254876462939 6 45 glucose catabolic process 53.837037037037 0.202289678612669
GO:0003254 0.0479924081984434 2.45592239618788 2.66254876462939 6 45 regulation of membrane depolarization 53.837037037037 0.202289678612669
GO:0048009 0.0479924081984434 2.45592239618788 2.66254876462939 6 45 insulin-like growth factor receptor signaling pathway 53.837037037037 0.202289678612669
GO:0070570 0.0479924081984434 2.45592239618788 2.66254876462939 6 45 regulation of neuron projection regeneration 53.837037037037 0.202289678612669
GO:0014014 0.0479924081984434 2.45592239618788 2.66254876462939 6 45 negative regulation of gliogenesis 53.837037037037 0.202289678612669
GO:0051180 0.0479924081984434 2.45592239618788 2.66254876462939 6 45 vitamin transport 53.837037037037 0.202289678612669
GO:0055023 0.0479924081984434 2.45592239618788 2.66254876462939 6 45 positive regulation of cardiac muscle tissue growth 53.837037037037 0.202289678612669
GO:0003281 0.0487748608379671 1.85147239622973 6.27178153446034 11 106 ventricular septum development 17.7883588465646 0.205228951972668
GO:0033993 0.0490370923026207 1.25351071692535 57.5110533159948 70 972 response to lipid 1.34623363647141 0.205972873765886
GO:1902653 0.0493832193582136 1.99750277469478 4.7925877763329 9 81 secondary alcohol biosynthetic process 24.9245541838134 0.207065985865483
GO:0009179 0.0497667951156662 1.66736499068901 9.40767230169051 15 159 purine ribonucleoside diphosphate metabolic process 10.7808235433725 0.207832059597444
GO:0009135 0.0497667951156662 1.66736499068901 9.40767230169051 15 159 purine nucleoside diphosphate metabolic process 10.7808235433725 0.207832059597444
GO:0060416 0.0499969284805132 2.23565891472868 3.37256176853056 7 57 response to growth hormone 39.1474299784549 0.207832059597444
GO:1905517 0.0499969284805132 2.23565891472868 3.37256176853056 7 57 macrophage migration 39.1474299784549 0.207832059597444
GO:0007595 0.0499969284805132 2.23565891472868 3.37256176853056 7 57 lactation 39.1474299784549 0.207832059597444
GO:0046530 0.0502211558414293 2.09501653883901 4.08257477243173 8 69 photoreceptor cell differentiation 30.5314009661836 0.208060914282747
GO:0001822 0.0502245757414179 1.44428086070215 19.3478543563069 27 327 kidney development 4.58799764329602 0.208060914282747
GO:0060191 0.0515949093582268 1.8320587690026 6.33094928478544 11 107 regulation of lipase activity 17.4574198619967 0.213005695997748
GO:0072080 0.0515949093582268 1.8320587690026 6.33094928478544 11 107 nephron tubule development 17.4574198619967 0.213005695997748
GO:0001508 0.0516857777580901 1.77703538728038 7.1001300390117 12 120 action potential 15.1416666666667 0.213016085768812
GO:0060428 0.0525489307713612 2.39435840707965 2.72171651495449 6 46 lung epithelium development 51.5217391304348 0.215309573904419
GO:0043094 0.0525489307713612 2.39435840707965 2.72171651495449 6 46 cellular metabolic compound salvage 51.5217391304348 0.215309573904419
GO:0043403 0.0525489307713612 2.39435840707965 2.72171651495449 6 46 skeletal muscle tissue regeneration 51.5217391304348 0.215309573904419
GO:0062012 0.0525994769928257 1.36451362203705 27.2171651495449 36 460 regulation of small molecule metabolic process 3.09130434782609 0.215309573904419
GO:0051897 0.053070989463794 1.62115934641633 10.295188556567 16 174 positive regulation of protein kinase B signaling 9.60232527414454 0.216871450164758
GO:0010559 0.0533727029133426 2.65930018416206 2.07087126137841 5 35 regulation of glycoprotein biosynthetic process 74.1632653061224 0.217274637435264
GO:0060042 0.0538980209182923 2.06108289821901 4.14174252275683 8 70 retina morphogenesis in camera-type eye 29.665306122449 0.217274637435264
GO:0071616 0.0538980209182923 2.06108289821901 4.14174252275683 8 70 acyl-CoA biosynthetic process 29.665306122449 0.217274637435264
GO:0035384 0.0538980209182923 2.06108289821901 4.14174252275683 8 70 thioester biosynthetic process 29.665306122449 0.217274637435264
GO:0003007 0.0540541103710426 1.44321188683086 18.6378413524057 26 315 heart morphogenesis 4.76109851347947 0.217274637435264
GO:0060393 0.0540882218066058 2.19167046663627 3.43172951885566 7 58 regulation of pathway-restricted SMAD protein phosphorylation 37.8091557669441 0.217274637435264
GO:0046622 0.0540882218066058 2.19167046663627 3.43172951885566 7 58 positive regulation of organ growth 37.8091557669441 0.217274637435264
GO:0031424 0.0540882218066058 2.19167046663627 3.43172951885566 7 58 keratinization 37.8091557669441 0.217274637435264
GO:0048286 0.0540882218066058 2.19167046663627 3.43172951885566 7 58 lung alveolus development 37.8091557669441 0.217274637435264
GO:0007507 0.0541181162044606 1.29657716361458 39.7015604681404 50 671 heart development 2.01780824047566 0.217274637435264
GO:0040013 0.0541609527576083 1.4040882586801 22.0695708712614 30 373 negative regulation of locomotion 3.91794665382487 0.217274637435264
GO:0009185 0.0544146924141021 1.64429478839826 9.5260078023407 15 161 ribonucleoside diphosphate metabolic process 10.5146406388642 0.217929939219934
GO:0010632 0.0552224191123058 1.46326893201384 16.981144343303 24 287 regulation of epithelial cell migration 5.29422476902718 0.220798096981375
GO:0006869 0.0555735951556657 1.35142663750911 28.2230169050715 37 477 lipid transport 2.95474423040579 0.221834334305149
GO:0010631 0.0557081000995713 1.39990750528541 22.1287386215865 30 374 epithelial cell migration 3.897023077583 0.222003684859614
GO:0001890 0.0559961771521382 1.58250214849345 11.1827048114434 17 189 placenta development 8.64729430866997 0.222783470484827
GO:0030301 0.0561513032172919 1.94324624291328 4.91092327698309 9 83 cholesterol transport 23.7378429380171 0.223032606354021
GO:0006140 0.0565947138198146 1.70444286053694 7.98764629388817 13 135 regulation of nucleotide metabolic process 12.960768175583 0.224424103650614
GO:0048708 0.0572591045692309 1.85839793281654 5.68010403120936 10 96 astrocyte differentiation 19.7157118055556 0.226685880322522
GO:0048483 0.057359742634448 2.33579753939132 2.78088426527958 6 47 autonomic nervous system development 49.3526482571299 0.226712031953531
GO:0060047 0.0574679908637809 1.43309076207803 18.7561768530559 26 317 heart contraction 4.70121107782941 0.22676812761469
GO:0071364 0.0577427318572171 2.02822651603139 4.20091027308192 8 71 cellular response to epidermal growth factor stimulus 28.8355485022813 0.227479945274102
GO:0007601 0.0582749177294376 1.57324469703345 11.2418725617685 17 190 visual perception 8.55650969529086 0.229202001053302
GO:0090132 0.0588977577638942 1.39161849710983 22.2470741222367 30 376 epithelium migration 3.85567564508828 0.231274420144542
GO:0042462 0.0590922279828303 2.57333808590269 2.13003901170351 5 36 eye photoreceptor cell development 70.1003086419753 0.231284678030201
GO:1905207 0.0590922279828303 2.57333808590269 2.13003901170351 5 36 regulation of cardiocyte differentiation 70.1003086419753 0.231284678030201
GO:0009132 0.0601374716126428 1.59061792210319 10.4726918075423 16 177 nucleoside diphosphate metabolic process 9.27958121867918 0.234994236722985
GO:0019217 0.0606233901890792 1.83690932311622 5.73927178153446 10 97 regulation of fatty acid metabolic process 19.3112976936975 0.23608161691608
GO:0061326 0.0607054496730042 1.77617105425782 6.50845253576073 11 110 renal tubule development 16.5181818181818 0.23608161691608
GO:0051896 0.060709499165479 1.50414095057235 13.7860858257477 20 233 regulation of protein kinase B signaling 6.69380537493783 0.23608161691608
GO:0010876 0.0614615870783256 1.31822784810127 32.0097529258778 41 541 lipid localization 2.54533092342858 0.238479652243576
GO:0071496 0.0616229047481326 1.3931637292951 21.4778933680104 29 363 cellular response to external stimulus 3.99889200039463 0.238479652243576
GO:0007178 0.0616229047481326 1.3931637292951 21.4778933680104 29 363 transmembrane receptor protein serine/threonine kinase signaling pathway 3.99889200039463 0.238479652243576
GO:0072001 0.0619188917599213 1.41065216669556 19.7620286085826 27 334 renal system development 4.39770160278246 0.23924110261726
GO:0046839 0.0624258692358125 2.28002528445006 2.84005201560468 6 48 phospholipid dephosphorylation 47.3177083333333 0.240562294429155
GO:0044092 0.0624867716118894 1.21689015950809 67.5695708712614 80 1142 negative regulation of molecular function 1.11458374866965 0.240562294429155
GO:0045936 0.0625601653285276 1.3031443651938 34.7314694408322 44 587 negative regulation of phosphate metabolic process 2.32023194193326 0.240562294429155
GO:0035315 0.0628814700873041 2.10867339476379 3.55006501950585 7 60 hair cell differentiation 35.3305555555556 0.24141277767594
GO:0035637 0.0630227567383102 1.55504719244921 11.3602080624187 17 192 multicellular organismal signaling 8.37917751736111 0.241570534969898
GO:0001649 0.0634193408797038 1.45126898596525 16.389466840052 23 277 osteoblast differentiation 5.44657170040011 0.2422158096136
GO:2001057 0.0634924892890066 1.89184531806764 5.02925877763329 9 85 reactive nitrogen species metabolic process 22.6339100346021 0.2422158096136
GO:0009119 0.0634924892890066 1.89184531806764 5.02925877763329 9 85 ribonucleoside metabolic process 22.6339100346021 0.2422158096136
GO:0045444 0.0646417323106991 1.47554910899295 14.7327698309493 21 249 fat cell differentiation 6.15425557652296 0.246210452766344
GO:0009566 0.0651424987329291 1.6631884057971 8.16514954486346 13 138 fertilization 12.4033816425121 0.24696519093537
GO:0003016 0.0651471843363316 2.49274861878453 2.18920676202861 5 37 respiratory system process 66.3623082542001 0.24696519093537
GO:0070873 0.0651471843363316 2.49274861878453 2.18920676202861 5 37 regulation of glycogen metabolic process 66.3623082542001 0.24696519093537
GO:0010563 0.0653172859910046 1.29817573150836 34.8498049414824 44 589 negative regulation of phosphorus metabolic process 2.3045016012291 0.24722131322498
GO:1901701 0.0657731102613856 1.20241128887957 75.202210663199 88 1271 cellular response to oxygen-containing compound 0.989797832294711 0.248556377492478
GO:0006835 0.0664163699937077 1.69781421842048 7.39596879063719 12 125 dicarboxylic acid transport 13.95456 0.249812586669001
GO:0006939 0.0664163699937077 1.69781421842048 7.39596879063719 12 125 smooth muscle contraction 13.95456 0.249812586669001
GO:0021549 0.0664163699937077 1.69781421842048 7.39596879063719 12 125 cerebellum development 13.95456 0.249812586669001
GO:0006970 0.0673317087376577 1.74075705679578 6.62678803641092 11 112 response to osmotic stress 15.9335140306122 0.252860980944693
GO:0090130 0.0692489916381132 1.3673166322314 22.6020806241873 30 382 tissue migration 3.73550615388833 0.259656794462661
GO:0060078 0.0693718205148755 1.61094874100719 9.05266579973992 14 153 regulation of postsynaptic membrane potential 10.8667606476142 0.25971344605802
GO:0007623 0.0696874755981495 1.47600062134314 14.0227568270481 20 237 circadian rhythm 6.46976090014065 0.260490703359904
GO:0051216 0.0701715201350789 1.4912413899342 13.1944083224967 19 223 cartilage development 6.94222686963341 0.261894017098569
GO:0007565 0.0704969725140724 1.50859296128472 12.3660598179454 18 209 female pregnancy 7.48746594629244 0.262685043607781
GO:0048568 0.0706013721517388 1.32582453341171 27.927178153446 36 472 embryonic organ development 2.93611749497271 0.262685043607781
GO:0046620 0.0708131798620751 1.72357085214508 6.68595578673602 11 113 regulation of organ growth 15.6527527605921 0.263067144295012
GO:0035050 0.0714153692961034 1.84308033808589 5.14759427828348 9 87 embryonic heart tube development 21.6052318668252 0.263719290949829
GO:0001570 0.0714738798272989 1.77530864197531 5.91677503250975 10 100 vasculogenesis 18.17 0.263719290949829
GO:0097106 0.0715356351228487 2.41704336179474 2.24837451235371 5 38 postsynaptic density organization 62.915512465374 0.263719290949829
GO:1901658 0.0715356351228487 2.41704336179474 2.24837451235371 5 38 glycosyl compound catabolic process 62.915512465374 0.263719290949829
GO:0006739 0.0715356351228487 2.41704336179474 2.24837451235371 5 38 NADP metabolic process 62.915512465374 0.263719290949829
GO:0001525 0.0719428929139672 1.27962001794182 36.9206762028609 46 624 angiogenesis 2.14656270545694 0.264815747810038
GO:0046686 0.0724952182749731 2.03171247357294 3.66840052015605 7 62 response to cadmium ion 33.0879292403746 0.265632175168632
GO:0019226 0.0724952182749731 2.03171247357294 3.66840052015605 7 62 transmission of nerve impulse 33.0879292403746 0.265632175168632
GO:0007157 0.0724952182749731 2.03171247357294 3.66840052015605 7 62 heterophilic cell-cell adhesion via plasma membrane cell adhesion molecules 33.0879292403746 0.265632175168632
GO:0001704 0.0730058960287059 1.66805461411833 7.51430429128739 12 127 formation of primary germ layer 13.5185070370141 0.26679046009927
GO:0006164 0.0730625705983273 1.50063060538117 12.4252275682705 18 210 purine nucleotide biosynthetic process 7.41632653061224 0.26679046009927
GO:0007369 0.0732951216529198 1.51987212772213 11.5968790637191 17 196 gastrulation 8.04066014160766 0.26679046009927
GO:0060669 0.073324696907725 2.17608608205953 2.95838751625488 6 50 embryonic placenta morphogenesis 43.608 0.26679046009927
GO:0014070 0.0733646101392849 1.21118124112136 63.5461638491547 75 1074 response to organic cyclic compound 1.18142900242398 0.26679046009927
GO:0048709 0.0744077472512635 1.70671836020605 6.74512353706112 11 114 oligodendrocyte differentiation 15.3793474915359 0.269653402152479
GO:0051336 0.0747842748174063 1.1872240946243 80.4089726918075 93 1359 regulation of hydrolase activity 0.914953372740312 0.269653402152479
GO:0071479 0.0748229473413557 1.90660886256081 4.43758127438231 8 75 cellular response to ionizing radiation 25.8417777777778 0.269653402152479
GO:0072089 0.0748229473413557 1.90660886256081 4.43758127438231 8 75 stem cell proliferation 25.8417777777778 0.269653402152479
GO:0070849 0.0748229473413557 1.90660886256081 4.43758127438231 8 75 response to epidermal growth factor 25.8417777777778 0.269653402152479
GO:0007193 0.0748229473413557 1.90660886256081 4.43758127438231 8 75 adenylate cyclase-inhibiting G protein-coupled receptor signaling pathway 25.8417777777778 0.269653402152479
GO:0072522 0.0751689796449168 1.47655628561777 13.3127438231469 19 225 purine-containing compound biosynthetic process 6.81935802469136 0.270496134214768
GO:0003151 0.0753457615492937 1.75567765567766 5.97594278283485 10 101 outflow tract morphogenesis 17.8119792177238 0.270728213256851
GO:0048856 0.0771861072249704 1.10729929656997 345.243823146944 366 5835 anatomical structure development 0.195323407414261 0.276928131725303
GO:0002763 0.0776105095997835 1.9952934662237 3.72756827048114 7 63 positive regulation of myeloid leukocyte differentiation 32.0458553791887 0.278037055936223
GO:1901657 0.0778081158579415 1.61116728457477 8.40182054616385 13 142 glycosyl compound metabolic process 11.7144415790518 0.278331405539313
GO:0045776 0.0782544892338013 2.34579135521612 2.3075422626788 5 39 negative regulation of blood pressure 59.7304404996713 0.279099960861975
GO:0042311 0.0782544892338013 2.34579135521612 2.3075422626788 5 39 vasodilation 59.7304404996713 0.279099960861975
GO:0046390 0.0783796418723265 1.48495215200407 12.5435630689207 18 212 ribose phosphate biosynthetic process 7.27705589177643 0.279133407022421
GO:0046460 0.0791560099816297 2.12758112094395 3.01755526657997 6 51 neutral lipid biosynthetic process 41.9146482122261 0.28065461774369
GO:0046463 0.0791560099816297 2.12758112094395 3.01755526657997 6 51 acylglycerol biosynthetic process 41.9146482122261 0.28065461774369
GO:0006195 0.0791560099816297 2.12758112094395 3.01755526657997 6 51 purine nucleotide catabolic process 41.9146482122261 0.28065461774369
GO:0015909 0.0795215130096169 1.87844006782314 4.49674902470741 8 76 long-chain fatty acid transport 25.1662049861496 0.281172249463228
GO:0061448 0.0796674274041135 1.39823517340447 17.6911573472042 24 299 connective tissue development 4.87779778749678 0.281172249463228
GO:0045216 0.0798896259326535 1.42075341470503 15.9752925877763 22 270 cell-cell junction organization 5.48340192043896 0.281172249463228
GO:0016126 0.0799252086507834 1.79675360710322 5.26592977893368 9 89 sterol biosynthetic process 20.6451205655852 0.281172249463228
GO:0007492 0.0799252086507834 1.79675360710322 5.26592977893368 9 89 endoderm development 20.6451205655852 0.281172249463228
GO:0072009 0.0800017267240872 1.63931243218548 7.63263979193758 12 129 nephron epithelium development 13.1025779700739 0.281172249463228
GO:0048878 0.0815619216915481 1.19167380275144 71.4154746423927 83 1207 chemical homeostasis 1.03518621353345 0.286163917896617
GO:0040008 0.0816593842857207 1.24454684053182 43.665799739922 53 738 regulation of growth 1.76814579798915 0.286163917896617
GO:0001837 0.0818748166173452 1.56545017482517 9.28933680104031 14 157 epithelial to mesenchymal transition 10.3200941214654 0.286502442473758
GO:0003231 0.0821250091806984 1.53781693167168 10.1176853055917 15 171 cardiac ventricle development 9.32081666153688 0.286546160831641
GO:0003206 0.0821250091806984 1.53781693167168 10.1176853055917 15 171 cardiac chamber morphogenesis 9.32081666153688 0.286546160831641
GO:0048146 0.0829309412916849 1.96015231878145 3.78673602080624 7 64 positive regulation of fibroblast proliferation 31.05224609375 0.288523087235573
GO:0010518 0.0829309412916849 1.96015231878145 3.78673602080624 7 64 positive regulation of phospholipase activity 31.05224609375 0.288523087235573
GO:0003143 0.0843917226065457 1.85108775988946 4.55591677503251 8 77 embryonic heart tube morphogenesis 24.5167819193793 0.292371718762825
GO:0098773 0.0844009607046563 1.77444814403749 5.32509752925878 9 90 skin epidermis development 20.1888888888889 0.292371718762825
GO:0098869 0.0844009607046563 1.77444814403749 5.32509752925878 9 90 cellular oxidant detoxification 20.1888888888889 0.292371718762825
GO:0060421 0.0852398908406508 2.08118507118122 3.07672301690507 6 52 positive regulation of heart growth 40.3180473372781 0.29379603456924
GO:0030449 0.0852398908406508 2.08118507118122 3.07672301690507 6 52 regulation of complement activation 40.3180473372781 0.29379603456924
GO:0034331 0.0852398908406508 2.08118507118122 3.07672301690507 6 52 cell junction maintenance 40.3180473372781 0.29379603456924
GO:0043090 0.0852995537944702 2.27861089187056 2.3667100130039 5 40 amino acid import 56.78125 0.29379603456924
GO:0071704 0.0857197930489825 1.1101797458308 619.900520156047 639 10477 organic substance metabolic process 0.105774723233498 0.294822283938797
GO:0009116 0.0858744219259982 1.65806871366508 6.92262678803641 11 117 nucleoside metabolic process 14.6007743443641 0.29493337786835
GO:0007599 0.0868802401293937 1.33973706850023 22.2470741222367 29 376 hemostasis 3.72715312358533 0.297963383999955
GO:0031952 0.0884556308730374 1.92622293504411 3.84590377113134 7 65 regulation of protein autophosphorylation 30.1041420118343 0.302935406299564
GO:0030901 0.0890238958825076 1.75268671665629 5.38426527958388 9 91 midbrain development 19.7476150223403 0.304017865400461
GO:0010633 0.0890238958825076 1.75268671665629 5.38426527958388 9 91 negative regulation of epithelial cell migration 19.7476150223403 0.304017865400461
GO:0035924 0.0894331835779836 1.82451694646817 4.61508452535761 8 78 cellular response to vascular endothelial growth factor stimulus 23.8921761998685 0.304983600574991
GO:0090092 0.0902578221933501 1.4227215980025 14.4960988296489 20 245 regulation of transmembrane receptor protein serine/threonine kinase signaling pathway 6.05414410662224 0.307361030096281
GO:1900542 0.0912637444052248 1.59799554565702 7.81014304291287 12 132 regulation of purine nucleotide metabolic process 12.5137741046832 0.309911109522531
GO:0022037 0.0912637444052248 1.59799554565702 7.81014304291287 12 132 metencephalon development 12.5137741046832 0.309911109522531
GO:0014003 0.09157401261272 2.0367633214084 3.13589076723017 6 53 oligodendrocyte development 38.810964756141 0.310527347973654
GO:1903018 0.0926655908025287 2.21516267648864 2.425877763329 5 41 regulation of glycoprotein metabolic process 54.0452111838191 0.312470964230625
GO:0048679 0.0926655908025287 2.21516267648864 2.425877763329 5 41 regulation of axon regeneration 54.0452111838191 0.312470964230625
GO:1900371 0.0926655908025287 2.21516267648864 2.425877763329 5 41 regulation of purine nucleotide biosynthetic process 54.0452111838191 0.312470964230625
GO:0099084 0.0926655908025287 2.21516267648864 2.425877763329 5 41 postsynaptic specialization organization 54.0452111838191 0.312470964230625
GO:0008360 0.0938332870092396 1.46195619453576 12.0110533159948 17 203 regulation of cell shape 7.49569268849038 0.315966557233627
GO:0001667 0.0941982216454762 1.28218773425961 29.5838751625488 37 500 ameboidal-type cell migration 2.68916 0.31675301588179
GO:0044706 0.0945098527005675 1.42733016128947 13.7269180754226 19 232 multi-multicellular organism process 6.41405321046373 0.317358293678368
GO:0046128 0.0946452141908637 1.79869460666438 4.67425227568271 8 79 purine ribonucleoside metabolic process 23.2911392405063 0.317370808642799
GO:0016310 0.0948473228448474 1.13521902477422 133.837451235371 148 2262 phosphorylation 0.525571057904361 0.317606799137399
GO:0030183 0.0952233113083261 1.58467853264371 7.86931079323797 12 133 B cell differentiation 12.326304483012 0.318423583307038
GO:0071559 0.0953704687429833 1.38660707952047 16.3302990897269 22 276 response to transforming growth factor beta 5.2475845410628 0.318473961411818
GO:0016485 0.0958392712086884 1.43979820627803 12.8985695708713 18 218 protein processing 6.88199646494403 0.319596795137134
GO:0009152 0.0980679136048296 1.47044151302425 11.2418725617685 16 190 purine ribonucleotide biosynthetic process 8.05318559556787 0.325781757834669
GO:0038084 0.0981554307947998 1.99419247787611 3.19505851755527 6 54 vascular endothelial growth factor signaling pathway 37.3868312757202 0.325781757834669
GO:0031638 0.0981554307947998 1.99419247787611 3.19505851755527 6 54 zymogen activation 37.3868312757202 0.325781757834669
GO:0060349 0.0983696058497051 1.61209702931902 7.1001300390117 11 120 bone morphogenesis 13.8798611111111 0.325781757834669
GO:0007613 0.0983696058497051 1.61209702931902 7.1001300390117 11 120 memory 13.8798611111111 0.325781757834669
GO:0014074 0.0988806178367723 1.48953815191367 10.4135240572172 15 176 response to purine-containing compound 8.79874741735537 0.326662683994068
GO:0050890 0.0989065778994896 1.36889728964011 17.2769830949285 23 292 cognition 4.90136517170201 0.326662683994068
GO:0071772 0.0994134902066708 1.51203547297297 9.5851755526658 14 162 response to BMP 9.69288218259412 0.326993076245953
GO:0071773 0.0994134902066708 1.51203547297297 9.5851755526658 14 162 cellular response to BMP stimulus 9.69288218259412 0.326993076245953
GO:0051147 0.0994134902066708 1.51203547297297 9.5851755526658 14 162 regulation of muscle cell differentiation 9.69288218259412 0.326993076245953
GO:0042417 0.100346377113252 2.15514409437061 2.4850455136541 5 42 dopamine metabolic process 51.5022675736961 0.327825359376763
GO:0046456 0.100346377113252 2.15514409437061 2.4850455136541 5 42 icosanoid biosynthetic process 51.5022675736961 0.327825359376763
GO:1903725 0.100346377113252 2.15514409437061 2.4850455136541 5 42 regulation of phospholipid metabolic process 51.5022675736961 0.327825359376763
GO:0010543 0.100346377113252 2.15514409437061 2.4850455136541 5 42 regulation of platelet activation 51.5022675736961 0.327825359376763
GO:0030808 0.100346377113252 2.15514409437061 2.4850455136541 5 42 regulation of nucleotide biosynthetic process 51.5022675736961 0.327825359376763
GO:0019439 0.101825043666242 1.23936583395476 37.9856957087126 46 642 aromatic compound catabolic process 2.02788210518143 0.331950099641079
GO:0048705 0.101884310964081 1.3974780432756 14.7327698309493 20 249 skeletal system morphogenesis 5.86119578716472 0.331950099641079
GO:0034614 0.102467946190858 1.48024001655287 10.4726918075423 15 177 cellular response to reactive oxygen species 8.69960739251173 0.333401104272819
GO:0009914 0.10302145385259 1.3266541141813 20.8862158647594 27 353 hormone transport 3.93703504562271 0.334750303556059
GO:0030509 0.103540615632614 1.52749360613811 8.81599479843953 13 149 BMP signaling pathway 10.6396108283411 0.335984420309869
GO:0060485 0.104447456057149 1.35860336055446 17.3953185955787 23 294 mesenchyme development 4.83490675181637 0.338471527626058
GO:0038066 0.104980606504193 1.95335921979411 3.25422626788036 6 55 p38MAPK cascade 36.0396694214876 0.339287188045052
GO:1901028 0.104980606504193 1.95335921979411 3.25422626788036 6 55 regulation of mitochondrial outer membrane permeabilization involved in apoptotic signaling pathway 36.0396694214876 0.339287188045052
GO:0042278 0.105576833686249 1.74917231115026 4.7925877763329 8 81 purine nucleoside metabolic process 22.1551592745008 0.340745629958589
GO:0034109 0.1060483500983 1.62947845804989 6.39011703511053 10 108 homotypic cell-cell adhesion 15.5778463648834 0.340745629958589
GO:0001764 0.106134064096219 1.4710559687425 10.5318595578674 15 178 neuron migration 8.60213356899381 0.340745629958589
GO:0001836 0.106240252153156 1.83110941669844 4.02340702210663 7 68 release of cytochrome c from mitochondria 27.5064878892734 0.340745629958589
GO:0090398 0.106240252153156 1.83110941669844 4.02340702210663 7 68 cellular senescence 27.5064878892734 0.340745629958589
GO:0048589 0.106279848083309 1.20976555614313 47.334200260078 56 800 developmental growth 1.589875 0.340745629958589
GO:0021782 0.107717969264467 1.54601623679862 8.04681404421326 12 136 glial cell development 11.7884948096886 0.344584595383518
GO:0007596 0.108121957925175 1.31142671493549 21.8920676202861 28 370 blood coagulation 3.71628926223521 0.344584595383518
GO:0007568 0.108145268236908 1.32596478081679 20.1170351105332 26 340 aging 4.08667820069204 0.344584595383518
GO:1904707 0.108334767026423 2.09828438499564 2.54421326397919 5 43 positive regulation of vascular associated smooth muscle cell proliferation 49.1346673877772 0.344584595383518
GO:0042181 0.108334767026423 2.09828438499564 2.54421326397919 5 43 ketone biosynthetic process 49.1346673877772 0.344584595383518
GO:0051294 0.108334767026423 2.09828438499564 2.54421326397919 5 43 establishment of spindle orientation 49.1346673877772 0.344584595383518
GO:0042692 0.110789483059541 1.27338582341143 27.3355006501951 34 462 muscle cell differentiation 2.89434230992673 0.350298940913597
GO:0090277 0.110946257917937 1.61290684624018 6.44928478543563 10 109 positive regulation of peptide hormone secretion 15.2933254776534 0.350298940913597
GO:0072006 0.110961518464438 1.48168460264901 9.76267880364109 14 165 nephron development 9.34361799816345 0.350298940913597
GO:0006959 0.110961518464438 1.48168460264901 9.76267880364109 14 165 humoral immune response 9.34361799816345 0.350298940913597
GO:0033866 0.111293649415104 1.72541499370768 4.851755526658 8 82 nucleoside bisphosphate biosynthetic process 21.6180844735277 0.350298940913597
GO:0021675 0.111293649415104 1.72541499370768 4.851755526658 8 82 nerve development 21.6180844735277 0.350298940913597
GO:0034030 0.111293649415104 1.72541499370768 4.851755526658 8 82 ribonucleoside bisphosphate biosynthetic process 21.6180844735277 0.350298940913597
GO:0034033 0.111293649415104 1.72541499370768 4.851755526658 8 82 purine nucleoside bisphosphate biosynthetic process 21.6180844735277 0.350298940913597
GO:0071560 0.112040204191303 1.36585365853659 15.797789336801 21 267 cellular response to transforming growth factor beta stimulus 5.35243866515171 0.351123609304004
GO:0031018 0.112045431613209 1.9141592920354 3.31339401820546 6 56 endocrine pancreas development 34.7640306122449 0.351123609304004
GO:0009311 0.112045431613209 1.9141592920354 3.31339401820546 6 56 oligosaccharide metabolic process 34.7640306122449 0.351123609304004
GO:0003205 0.112138191275024 1.40418899704692 13.1944083224967 18 223 cardiac chamber development 6.57684650807376 0.351123609304004
GO:0002920 0.112564988833512 1.80145036259065 4.08257477243173 7 69 regulation of humoral immune response 26.7149758454106 0.351546875748182
GO:1903779 0.112564988833512 1.80145036259065 4.08257477243173 7 69 regulation of cardiac conduction 26.7149758454106 0.351546875748182
GO:0007186 0.112717822927979 1.20554797635289 46.6241872561769 55 788 G protein-coupled receptor signaling pathway 1.60940439073411 0.351568785354926
GO:0050817 0.113331427705057 1.30361757105943 22.0104031209363 28 372 coagulation 3.67643658226385 0.35302593307092
GO:0043524 0.113702243056709 1.4530218384967 10.6501950585176 15 180 negative regulation of neuron apoptotic process 8.41203703703704 0.353724010335131
GO:0050796 0.11408340984468 1.41567515864128 12.3660598179454 17 209 regulation of insulin secretion 7.07149561594286 0.354452449916913
GO:0015918 0.114328739878621 1.65138352022657 5.68010403120936 9 96 sterol transport 17.744140625 0.354593903188198
GO:0006928 0.114454818265801 1.12317787288606 135.908322496749 149 2297 movement of cell or subcellular component 0.513120310435011 0.354593903188198
GO:0048646 0.11457015785301 1.16250218416914 73.8413524057217 84 1248 anatomical structure formation involved in morphogenesis 0.979952539447732 0.354593903188198
GO:0044106 0.114981120604347 1.47183388157895 9.82184655396619 14 166 cellular amine metabolic process 9.23138336478444 0.355409592021898
GO:1904036 0.116622756785989 2.04434055815271 2.60338101430429 5 44 negative regulation of epithelial cell apoptotic process 46.926652892562 0.360022364418719
GO:0090276 0.116776522876237 1.38123660850934 14.1410923276983 19 239 regulation of peptide hormone secretion 6.04383676756359 0.360036057103079
GO:0021575 0.119345255511173 1.87649661634565 3.37256176853056 6 57 hindbrain morphogenesis 33.5549399815328 0.367485837851134
GO:0031016 0.119821332460505 1.63250428816467 5.73927178153446 9 97 pancreas development 17.3801679243278 0.368481163982498
GO:0031669 0.120197326913611 1.37489017881175 14.2002600780234 19 240 cellular response to nutrient levels 5.99357638888889 0.369166567119383
GO:0007611 0.121021849691125 1.3612240019125 15.0877763328999 20 255 learning or memory 5.58861976163014 0.371086383426065
GO:0008637 0.121130229679101 1.50918050611157 8.22431729518856 12 139 apoptotic mitochondrial changes 11.2851301692459 0.371086383426065
GO:0048839 0.121377638285621 1.40088431211831 12.4843953185956 17 211 inner ear development 6.93807416724692 0.371372444043951
GO:0032024 0.12322032654646 1.67977593651535 4.97009102730819 8 84 positive regulation of insulin secretion 20.6009070294785 0.376055958612046
GO:0006635 0.12322032654646 1.67977593651535 4.97009102730819 8 84 fatty acid beta-oxidation 20.6009070294785 0.376055958612046
GO:1902600 0.124710874626463 1.47281323877069 9.11183355006502 13 154 proton transmembrane transport 9.95994265474785 0.378664136399579
GO:0098609 0.125135459066375 1.18186676067056 53.5468140442133 62 905 cell-cell adhesion 1.37546472940386 0.378664136399579
GO:0009395 0.125201550359432 1.99309392265193 2.66254876462939 5 45 phospholipid catabolic process 44.8641975308642 0.378664136399579
GO:0006656 0.125201550359432 1.99309392265193 2.66254876462939 5 45 phosphatidylcholine biosynthetic process 44.8641975308642 0.378664136399579
GO:0032881 0.125201550359432 1.99309392265193 2.66254876462939 5 45 regulation of polysaccharide metabolic process 44.8641975308642 0.378664136399579
GO:0070839 0.125201550359432 1.99309392265193 2.66254876462939 5 45 metal ion export 44.8641975308642 0.378664136399579
GO:0071495 0.125263645226401 1.14110701004727 90.408322496749 101 1528 cellular response to endogenous stimulus 0.786012753214002 0.378664136399579
GO:0007043 0.125641254070857 1.42677573822825 10.8276983094928 15 183 cell-cell junction assembly 8.13849323658515 0.378664136399579
GO:0009166 0.125792691804843 1.74491279069767 4.20091027308192 7 71 nucleotide catabolic process 25.2311049394961 0.378664136399579
GO:0002062 0.125802560454609 1.49728563474388 8.28348504551365 12 140 chondrocyte differentiation 11.1244897959184 0.378664136399579
GO:0002576 0.125802560454609 1.49728563474388 8.28348504551365 12 140 platelet degranulation 11.1244897959184 0.378664136399579
GO:0055017 0.126392932212773 1.56514161220044 6.62678803641092 10 112 cardiac muscle tissue growth 14.485012755102 0.379582943194251
GO:0090100 0.126422689085435 1.5273492286115 7.45513654096229 11 126 positive regulation of transmembrane receptor protein serine/threonine kinase signaling pathway 12.5894431846813 0.379582943194251
GO:0018198 0.126874913246315 1.84028250510551 3.43172951885566 6 58 peptidyl-cysteine modification 32.4078478002378 0.379994305387411
GO:0045197 0.126874913246315 1.84028250510551 3.43172951885566 6 58 establishment or maintenance of epithelial cell apical/basal polarity 32.4078478002378 0.379994305387411
GO:0048732 0.12737382629114 1.24062171993846 30.4713914174252 37 515 gland development 2.53479121500613 0.381015254575605
GO:0051094 0.127730688931245 1.14544709330399 82.8940182054616 93 1401 positive regulation of developmental process 0.860917637600551 0.381609282544278
GO:0031668 0.128266514357834 1.33817485961665 16.0936280884265 21 272 cellular response to extracellular stimulus 5.15746647923875 0.382735849154378
GO:0048598 0.129288624244331 1.21314421722446 37.8673602080624 45 640 embryonic morphogenesis 1.9962158203125 0.385241534189393
GO:0002532 0.12942581613165 1.65784548046189 5.02925877763329 8 85 production of molecular mediator involved in inflammatory response 20.1190311418685 0.385241534189393
GO:0050896 0.131008077062157 1.08270280062409 489.139791937581 506 8267 response to stimulus 0.134527034541753 0.389470374595389
GO:0043409 0.131507337774697 1.39724453246293 11.7743823146944 16 199 negative regulation of MAPK cascade 7.34122875684958 0.38999285531955
GO:0007188 0.131507337774697 1.39724453246293 11.7743823146944 16 199 adenylate cyclase-modulating G protein-coupled receptor signaling pathway 7.34122875684958 0.38999285531955
GO:0048678 0.131789024674006 1.54983818770227 6.68595578673602 10 113 response to axon injury 14.2297752369019 0.390348081681852
GO:0006026 0.132688880633977 1.71794871794872 4.26007802340702 7 72 aminoglycan catabolic process 24.5351080246914 0.391072202224517
GO:0003407 0.132688880633977 1.71794871794872 4.26007802340702 7 72 neural retina development 24.5351080246914 0.391072202224517
GO:1903351 0.132688880633977 1.71794871794872 4.26007802340702 7 72 cellular response to dopamine 24.5351080246914 0.391072202224517
GO:0042551 0.134061625918953 1.94434712302924 2.72171651495449 5 46 neuron maturation 42.9347826086956 0.391072202224517
GO:0046427 0.134061625918953 1.94434712302924 2.72171651495449 5 46 positive regulation of receptor signaling pathway via JAK-STAT 42.9347826086956 0.391072202224517
GO:0032371 0.134061625918953 1.94434712302924 2.72171651495449 5 46 regulation of sterol transport 42.9347826086956 0.391072202224517
GO:0032374 0.134061625918953 1.94434712302924 2.72171651495449 5 46 regulation of cholesterol transport 42.9347826086956 0.391072202224517
GO:0003230 0.134061625918953 1.94434712302924 2.72171651495449 5 46 cardiac atrium development 42.9347826086956 0.391072202224517
GO:0030224 0.134061625918953 1.94434712302924 2.72171651495449 5 46 monocyte differentiation 42.9347826086956 0.391072202224517
GO:0034383 0.134061625918953 1.94434712302924 2.72171651495449 5 46 low-density lipoprotein particle clearance 42.9347826086956 0.391072202224517
GO:0097300 0.134628754809767 1.80543496410085 3.49089726918075 6 59 programmed necrotic cell death 31.3185866130422 0.391072202224517
GO:0031050 0.134628754809767 1.80543496410085 3.49089726918075 6 59 dsRNA processing 31.3185866130422 0.391072202224517
GO:0043392 0.134628754809767 1.80543496410085 3.49089726918075 6 59 negative regulation of DNA binding 31.3185866130422 0.391072202224517
GO:0009409 0.134628754809767 1.80543496410085 3.49089726918075 6 59 response to cold 31.3185866130422 0.391072202224517
GO:0048546 0.134628754809767 1.80543496410085 3.49089726918075 6 59 digestive tract morphogenesis 31.3185866130422 0.391072202224517
GO:0070918 0.134628754809767 1.80543496410085 3.49089726918075 6 59 production of small RNA involved in gene silencing by RNA 31.3185866130422 0.391072202224517
GO:0048738 0.135170743751583 1.31788811283193 17.0994798439532 22 289 cardiac muscle tissue development 4.78610169897391 0.392174083255195
GO:0000165 0.136846135174517 1.16969369340294 55.795188556567 64 943 MAPK cascade 1.30771021389959 0.396447229896904
GO:0042472 0.137136868408966 1.57835616104207 5.91677503250975 9 100 inner ear morphogenesis 16.353 0.396447229896904
GO:0030510 0.137136868408966 1.57835616104207 5.91677503250975 9 100 regulation of BMP signaling pathway 16.353 0.396447229896904
GO:0006897 0.137548759200949 1.20040076462643 39.9382314694408 47 675 endocytosis 1.87432647462277 0.397161746626931
GO:0006865 0.138276253227082 1.4014505537587 11.0052015604681 15 186 amino acid transport 7.87807839056538 0.398784744653701
GO:0010038 0.138706156220955 1.26957147353748 22.5429128738622 28 381 response to metal ion 3.50479812070735 0.399546645936347
GO:0048771 0.139731448373415 1.38194570409336 11.8927178153446 16 201 tissue remodeling 7.19586148857702 0.401168059385813
GO:0030334 0.139763816886825 1.1585402007466 62.481144343303 71 1056 regulation of cell migration 1.15687234561524 0.401168059385813
GO:1903350 0.139768216459595 1.69180173831337 4.31924577373212 7 73 response to dopamine 23.8675173578533 0.401168059385813
GO:0030278 0.140413859045873 1.46269062717829 8.46098829648895 12 143 regulation of ossification 10.6626240891975 0.402541990677289
GO:2000026 0.140672388832647 1.13389318271899 88.1599479843953 98 1490 regulation of multicellular organismal development 0.80206297013648 0.402804191776143
GO:0043627 0.142308296380933 1.6156501726122 5.14759427828348 8 87 response to estrogen 19.2046505482891 0.403786955355047
GO:0034103 0.142308296380933 1.6156501726122 5.14759427828348 8 87 regulation of tissue remodeling 19.2046505482891 0.403786955355047
GO:0045103 0.142600675334486 1.77187807276303 3.55006501950585 6 60 intermediate filament-based process 30.2833333333333 0.403786955355047
GO:0042059 0.142600675334486 1.77187807276303 3.55006501950585 6 60 negative regulation of epidermal growth factor receptor signaling pathway 30.2833333333333 0.403786955355047
GO:0140253 0.142600675334486 1.77187807276303 3.55006501950585 6 60 cell-cell fusion 30.2833333333333 0.403786955355047
GO:1902893 0.142600675334486 1.77187807276303 3.55006501950585 6 60 regulation of pri-miRNA transcription by RNA polymerase II 30.2833333333333 0.403786955355047
GO:0044273 0.142600675334486 1.77187807276303 3.55006501950585 6 60 sulfur compound catabolic process 30.2833333333333 0.403786955355047
GO:0000768 0.142600675334486 1.77187807276303 3.55006501950585 6 60 syncytium formation by plasma membrane fusion 30.2833333333333 0.403786955355047
GO:0030866 0.142600675334486 1.77187807276303 3.55006501950585 6 60 cortical actin cytoskeleton organization 30.2833333333333 0.403786955355047
GO:0034404 0.142943649822299 1.52010582010582 6.80429128738622 10 115 nucleobase-containing small molecule biosynthetic process 13.7391304347826 0.403786955355047
GO:0045638 0.14318165060176 1.56109154080008 5.97594278283485 9 101 negative regulation of myeloid cell differentiation 16.0307812959514 0.403786955355047
GO:0042461 0.143192802500442 1.89792159957906 2.78088426527958 5 47 photoreceptor cell development 41.1272068809416 0.403786955355047
GO:0019432 0.143192802500442 1.89792159957906 2.78088426527958 5 47 triglyceride biosynthetic process 41.1272068809416 0.403786955355047
GO:0042594 0.14487178263229 1.35828667413214 12.8394018205462 17 217 response to starvation 6.55970608847077 0.408044238231837
GO:0009743 0.145568096504651 1.30296963630297 17.2769830949285 22 292 response to carbohydrate 4.68826233814975 0.409527048626271
GO:0006469 0.145908009211618 1.32119973999443 15.5019505851756 20 262 negative regulation of protein kinase activity 5.29398053726473 0.410004907003744
GO:0006940 0.147026494533474 1.6664352655328 4.37841352405722 7 74 regulation of smooth muscle contraction 23.2268078889701 0.412666913061939
GO:0071774 0.148154326178344 1.42187810204487 9.40767230169051 13 159 response to fibroblast growth factor 9.34338040425616 0.415348930716263
GO:0051093 0.148343624116313 1.16272442291251 55.203511053316 63 933 negative regulation of developmental process 1.31501948904581 0.41539660597495
GO:1901655 0.148698894953122 1.50566037735849 6.86345903771131 10 116 cellular response to ketone 13.5032699167658 0.415908394120623
GO:1901654 0.14901881096165 1.35143431777284 12.8985695708713 17 218 response to ketone 6.49966332800269 0.416320223903288
GO:0007163 0.149487614336641 1.30638193572107 16.4486345903771 21 278 establishment or maintenance of cell polarity 4.93724444904508 0.417146571950974
GO:0006949 0.150784145993232 1.73954143201931 3.60923276983095 6 61 syncytium formation 29.2985756517065 0.420278122531426
GO:0034656 0.152584306368422 1.85365540280098 2.84005201560468 5 48 nucleobase-containing small molecule catabolic process 39.4314236111111 0.423855252874838
GO:0070266 0.152584306368422 1.85365540280098 2.84005201560468 5 48 necroptotic process 39.4314236111111 0.423855252874838
GO:0009260 0.152594923059046 1.35960778713885 12.0702210663199 16 204 ribonucleotide biosynthetic process 6.98577470203768 0.423855252874838
GO:0022612 0.153107808521264 1.4121068717342 9.46684005201561 13 160 gland morphogenesis 9.226953125 0.424790479107902
GO:0019216 0.153441656036258 1.2373474731828 25.5604681404421 31 432 regulation of lipid metabolic process 3.01820773319616 0.425227393911975
GO:0006809 0.15445921262678 1.64181486548108 4.43758127438231 7 75 nitric oxide biosynthetic process 22.6115555555556 0.426394842361957
GO:0035904 0.15445921262678 1.64181486548108 4.43758127438231 7 75 aorta development 22.6115555555556 0.426394842361957
GO:0051145 0.15445921262678 1.64181486548108 4.43758127438231 7 75 smooth muscle cell differentiation 22.6115555555556 0.426394842361957
GO:0032526 0.154570341030423 1.49148494288681 6.92262678803641 10 117 response to retinoic acid 13.2734312221492 0.426394842361957
GO:0071260 0.155667364161997 1.52766429735282 6.09427828348505 9 103 cellular response to mechanical stimulus 15.4142709020643 0.427827903005366
GO:0006767 0.155667364161997 1.52766429735282 6.09427828348505 9 103 water-soluble vitamin metabolic process 15.4142709020643 0.427827903005366
GO:0001656 0.155799626229246 1.57553858366867 5.26592977893368 8 89 metanephros development 18.3512182805201 0.427827903005366
GO:0051781 0.155799626229246 1.57553858366867 5.26592977893368 8 89 positive regulation of cell division 18.3512182805201 0.427827903005366
GO:0035051 0.156181820736857 1.36903431763767 11.2418725617685 15 190 cardiocyte differentiation 7.54986149584487 0.428179895468115
GO:0060249 0.156282997931124 1.21826086956522 29.2880364109233 35 495 anatomical structure homeostasis 2.59544944393429 0.428179895468115
GO:0045926 0.157400411512951 1.30474661774822 15.6794538361508 20 265 negative regulation of growth 5.1747953008188 0.430751863970176
GO:0032496 0.158438368765627 1.27080561493729 19.2886866059818 24 326 response to lipopolysaccharide 4.10327825661485 0.432988942565933
GO:0045596 0.15857703703265 1.18267116098601 40.4707412223667 47 684 negative regulation of cell differentiation 1.82532659621764 0.432988942565933
GO:0051653 0.159172245391617 1.70835967130215 3.66840052015605 6 62 spindle localization 28.3610822060354 0.434122492804513
GO:0008152 0.161068761591378 1.08166008876283 645.342652795839 659 10907 metabolic process 0.100653693412627 0.438798626211089
GO:1901292 0.162061587950261 1.61790810021346 4.49674902470741 7 76 nucleoside phosphate catabolic process 22.0204293628809 0.438972032772388
GO:1904894 0.162224836665366 1.81140130587644 2.89921976592978 5 49 positive regulation of receptor signaling pathway via STAT 37.838400666389 0.438972032772388
GO:0009593 0.162224836665366 1.81140130587644 2.89921976592978 5 49 detection of chemical stimulus 37.838400666389 0.438972032772388
GO:0006636 0.162224836665366 1.81140130587644 2.89921976592978 5 49 unsaturated fatty acid biosynthetic process 37.838400666389 0.438972032772388
GO:0007520 0.162224836665366 1.81140130587644 2.89921976592978 5 49 myoblast fusion 37.838400666389 0.438972032772388
GO:0030513 0.162224836665366 1.81140130587644 2.89921976592978 5 49 positive regulation of BMP signaling pathway 37.838400666389 0.438972032772388
GO:0002791 0.163200601948777 1.2524805102764 21.1820546163849 26 358 regulation of peptide secretion 3.68605848756281 0.441117322083521
GO:0033673 0.164671668687774 1.28599873291701 16.6853055916775 21 282 negative regulation of kinase activity 4.79817413610985 0.443993043909324
GO:0002793 0.164673292747994 1.3714532208589 10.4726918075423 14 177 positive regulation of peptide secretion 8.11963356634428 0.443993043909324
GO:0060322 0.164816994731997 1.1541630553148 53.7834850455137 61 909 head development 1.3413959657792 0.443993043909324
GO:0033273 0.16665378184471 1.46391437308868 7.04096228868661 10 119 response to vitamin 12.8310147588447 0.448021183642047
GO:0045765 0.166683949285324 1.26789254752556 18.5195058517555 23 313 regulation of angiogenesis 4.26573712092601 0.448021183642047
GO:0061014 0.167757691264442 1.67827200745226 3.72756827048114 6 63 positive regulation of mRNA catabolic process 27.4678760393046 0.449904108607976
GO:0007606 0.167757691264442 1.67827200745226 3.72756827048114 6 63 sensory perception of chemical stimulus 27.4678760393046 0.449904108607976
GO:0045667 0.168479912478549 1.38357487922705 9.6443433029909 13 163 regulation of osteoblast differentiation 8.89043622266551 0.451338965539757
GO:0048638 0.168958652616124 1.2305072906662 24.0221066319896 29 406 regulation of developmental growth 3.19669247009148 0.452119102616509
GO:0009988 0.169828574484632 1.59468438538206 4.55591677503251 7 77 cell-cell recognition 21.4521841794569 0.453057196724916
GO:0030512 0.169828574484632 1.59468438538206 4.55591677503251 7 77 negative regulation of transforming growth factor beta receptor signaling pathway 21.4521841794569 0.453057196724916
GO:0003333 0.169872959701088 1.53736008334892 5.38426527958388 8 91 amino acid transmembrane transport 17.5534355754136 0.453057196724916
GO:0048639 0.170715595620602 1.31817045195099 13.1944083224967 17 223 positive regulation of developmental growth 6.21146614651411 0.454801437614665
GO:0032268 0.171389263406767 1.09248444951734 153.126137841352 164 2588 regulation of cellular protein metabolic process 0.444908016788937 0.455977407540592
GO:0060351 0.172102629971771 1.77102516881522 2.95838751625488 5 50 cartilage development involved in endochondral bone morphogenesis 36.34 0.455977407540592
GO:0035036 0.172102629971771 1.77102516881522 2.95838751625488 5 50 sperm-egg recognition 36.34 0.455977407540592
GO:0035329 0.172102629971771 1.77102516881522 2.95838751625488 5 50 hippo signaling 36.34 0.455977407540592
GO:0070268 0.172102629971771 1.77102516881522 2.95838751625488 5 50 cornification 36.34 0.455977407540592
GO:0030162 0.172403137136517 1.16442295254868 44.5533159947984 51 753 regulation of proteolysis 1.63431268286747 0.456134181922844
GO:0060419 0.172861434207892 1.45050505050505 7.1001300390117 10 120 heart growth 12.6180555555556 0.456134181922844
GO:0098739 0.172861434207892 1.45050505050505 7.1001300390117 10 120 import across plasma membrane 12.6180555555556 0.456134181922844
GO:0050708 0.172918557560132 1.25383968485814 19.5253576072822 24 330 regulation of protein secretion 4.00440771349862 0.456134181922844
GO:0006936 0.17394675228117 1.23024594453166 23.1937581274382 28 392 muscle contraction 3.31086005830904 0.458344939617379
GO:0010001 0.174240124491243 1.29171144064761 15.0286085825748 19 254 glial cell differentiation 5.3510757021514 0.458616746886886
GO:0042592 0.175462489381708 1.10153671278991 118.335500650195 128 2000 homeostatic process 0.58144 0.461330492801852
GO:0010823 0.176532872296107 1.64922184925236 3.78673602080624 6 64 negative regulation of mitochondrion organization 26.6162109375 0.463134662792071
GO:0030850 0.176532872296107 1.64922184925236 3.78673602080624 6 64 prostate gland development 26.6162109375 0.463134662792071
GO:0045595 0.177008177814075 1.10835159674389 100.999349804941 110 1707 regulation of cell differentiation 0.685931220183338 0.463876865988842
GO:0033013 0.177754880630358 1.57211485970084 4.61508452535761 7 78 tetrapyrrole metabolic process 20.9056541748849 0.464740263714963
GO:0010517 0.177754880630358 1.57211485970084 4.61508452535761 7 78 regulation of phospholipase activity 20.9056541748849 0.464740263714963
GO:0040012 0.177915911824517 1.12980726529887 68.3979193758127 76 1156 regulation of locomotion 1.03336286682391 0.464740263714963
GO:0030879 0.179142395341493 1.36517925247902 9.76267880364109 13 165 mammary gland development 8.67621671258035 0.467437570528507
GO:0006022 0.179891857199268 1.34638554216867 10.6501950585176 14 180 aminoglycan metabolic process 7.85123456790124 0.468885694818849
GO:0006937 0.180201090648375 1.33054003724395 11.537711313394 15 195 regulation of muscle contraction 7.16765285996055 0.469184481158997
GO:0007417 0.180489665816447 1.13016766897782 66.5637191157347 74 1125 central nervous system development 1.06238419753086 0.469428893509658
GO:1901342 0.181934980170152 1.25028951828759 18.7561768530559 23 317 regulation of vasculature development 4.15876364577217 0.472362921543486
GO:1901889 0.18220552344896 1.73240451597406 3.01755526657997 5 51 negative regulation of cell junction assembly 34.9288735101884 0.472362921543486
GO:0032467 0.18220552344896 1.73240451597406 3.01755526657997 5 51 positive regulation of cytokinesis 34.9288735101884 0.472362921543486
GO:0048562 0.183392633006126 1.25555019305019 17.8686605981795 22 302 embryonic organ morphogenesis 4.38292180167536 0.474929793961084
GO:0048762 0.183760106174739 1.28921755917071 14.2594278283485 18 241 mesenchymal cell differentiation 5.63110139288235 0.475370832604394
GO:0006470 0.184503544197897 1.22972502610512 21.5370611183355 26 364 protein dephosphorylation 3.56554160125589 0.476782470590708
GO:0043467 0.185113598205308 1.33822979041916 10.7093628088427 14 181 regulation of generation of precursor metabolites and energy 7.76472024663472 0.477051173991535
GO:0007420 0.185287936810746 1.14638716994121 50.5292587776333 57 854 brain development 1.42008402393476 0.477051173991535
GO:0097345 0.185489879898453 1.62115644217789 3.84590377113134 6 65 mitochondrial outer membrane permeabilization 25.803550295858 0.477051173991535
GO:1901185 0.185489879898453 1.62115644217789 3.84590377113134 6 65 negative regulation of ERBB signaling pathway 25.803550295858 0.477051173991535
GO:0010906 0.185596848280406 1.42440476190476 7.2184655396619 10 122 regulation of glucose metabolic process 12.2077398548777 0.477051173991535
GO:0048511 0.188084571241154 1.23731158523265 19.7620286085826 24 334 rhythmic process 3.90906809136219 0.482930672270951
GO:0030072 0.188942996028358 1.25656905246395 17.0403120936281 21 288 peptide hormone secretion 4.60033275462963 0.484593555096903
GO:2000145 0.189231314382788 1.12626367061851 65.8537061118335 73 1113 regulation of cell motility 1.07074846077033 0.484593555096903
GO:2000045 0.189335184115007 1.36780146356984 8.99349804941482 12 152 regulation of G1/S transition of mitotic cell cycle 9.43732686980609 0.484593555096903
GO:1903580 0.192521016279631 1.69542729516868 3.07672301690507 5 52 positive regulation of ATP metabolic process 33.5983727810651 0.491703570180286
GO:0021587 0.192521016279631 1.69542729516868 3.07672301690507 5 52 cerebellum morphogenesis 33.5983727810651 0.491703570180286
GO:0046209 0.194063164898337 1.52883083784645 4.7334200260078 7 80 nitric oxide metabolic process 19.8734375 0.494097266695943
GO:0035308 0.194063164898337 1.52883083784645 4.7334200260078 7 80 negative regulation of protein dephosphorylation 19.8734375 0.494097266695943
GO:0061337 0.194073045027398 1.38187662582222 8.16514954486346 11 138 cardiac conduction 10.4951690821256 0.494097266695943
GO:1902110 0.194620539792055 1.59402654867257 3.90507152145644 6 66 positive regulation of mitochondrial membrane permeability involved in apoptotic process 25.0275482093664 0.494421642963551
GO:0070265 0.194620539792055 1.59402654867257 3.90507152145644 6 66 necrotic cell death 25.0275482093664 0.494421642963551
GO:0007179 0.194815661889412 1.29667609216548 12.6027308192458 16 213 transforming growth factor beta receptor signaling pathway 6.40789966717362 0.494421642963551
GO:0006821 0.196099130582572 1.4354051054384 6.44928478543563 9 109 chloride transport 13.7639929298881 0.49715562968936
GO:0051146 0.197790997597836 1.22177300920887 20.8270481144343 25 352 striated muscle cell differentiation 3.66614475723141 0.500918167235695
GO:0007267 0.199207056717601 1.09813805718687 102.715214564369 111 1736 cell-cell signaling 0.669234720423029 0.503975040657015
GO:0003073 0.199642545794808 1.46626908275352 5.62093628088427 8 95 regulation of systemic arterial blood pressure 16.1063711911357 0.504547356301135
GO:0007605 0.200341568221393 1.37098512235818 8.22431729518856 11 139 sensory perception of sound 10.3447026551421 0.505783791603957
GO:0050714 0.201168916995965 1.34834844254839 9.11183355006502 12 154 positive regulation of protein secretion 9.19379321976725 0.506895717599064
GO:0048592 0.201208063131213 1.31433823529412 10.8868660598179 14 184 eye morphogenesis 7.51358695652174 0.506895717599064
GO:0009267 0.201412732252137 1.32980304719435 9.99934980494148 13 169 cellular response to starvation 8.27036868456987 0.506895717599064
GO:0060350 0.202433493526507 1.50806620574062 4.7925877763329 7 81 endochondral bone morphogenesis 19.3857643651882 0.50883696823491
GO:0034330 0.202887061008552 1.13828067153241 49.0500650195059 55 829 cell junction organization 1.45414781714129 0.50883696823491
GO:0017158 0.203036329161601 1.65999079189687 3.13589076723017 5 53 regulation of calcium ion-dependent exocytosis 32.3424706301175 0.50883696823491
GO:0051293 0.203036329161601 1.65999079189687 3.13589076723017 5 53 establishment of spindle localization 32.3424706301175 0.50883696823491
GO:0043470 0.203239319954466 1.4210942736893 6.50845253576073 9 110 regulation of carbohydrate catabolic process 13.5148760330579 0.50883696823491
GO:0021695 0.203916443249526 1.56778615987233 3.96423927178153 6 67 cerebellar cortex development 24.2860325239474 0.510002639703949
GO:0046887 0.206697607643367 1.36026247941296 8.28348504551365 11 140 positive regulation of hormone secretion 10.1974489795918 0.515389176091024
GO:0030902 0.206711461335554 1.30656067251462 10.946033810143 14 185 hindbrain development 7.43257852447042 0.515389176091024
GO:0009952 0.206711461335554 1.30656067251462 10.946033810143 14 185 anterior/posterior pattern specification 7.43257852447042 0.515389176091024
GO:0060041 0.20720656972875 1.33882598470572 9.17100130039012 12 155 retina development in camera-type eye 9.07554630593132 0.515557316425198
GO:0010675 0.20720656972875 1.33882598470572 9.17100130039012 12 155 regulation of cellular carbohydrate metabolic process 9.07554630593132 0.515557316425198
GO:0061035 0.210939878976905 1.48785529715762 4.851755526658 7 82 regulation of cartilage development 18.9158239143367 0.524305204343627
GO:0031400 0.211390938939041 1.15251188661493 37.8673602080624 43 640 negative regulation of protein modification process 1.9074951171875 0.524885225316196
GO:0032515 0.213368977871755 1.54239223522695 4.02340702210663 6 68 negative regulation of phosphoprotein phosphatase activity 23.5769896193772 0.52870771392477
GO:0051148 0.213368977871755 1.54239223522695 4.02340702210663 6 68 negative regulation of muscle cell differentiation 23.5769896193772 0.52870771392477
GO:0043549 0.214205192245827 1.11848803875049 60.7652795838752 67 1027 regulation of kinase activity 1.15422065762864 0.530212888052888
GO:0043603 0.214416244650173 1.11088667807777 69.4037711313394 76 1173 cellular amide metabolic process 1.0036273674005 0.530212888052888
GO:0051246 0.214902926598551 1.07550237202625 161.705461638492 171 2733 regulation of protein metabolic process 0.4159793522516 0.530871881177362
GO:0003341 0.215270437467218 1.43311990831859 5.73927178153446 8 97 cilium movement 15.449038154958 0.531235439850013
GO:0007169 0.21573263519817 1.12945451542305 50.2925877763329 56 850 transmembrane receptor protein tyrosine kinase signaling pathway 1.4083321799308 0.531831680432298
GO:0016311 0.216224546509532 1.16248196832727 32.3055916775033 37 546 dephosphorylation 2.255128876008 0.532499879095487
GO:0006814 0.216668531343317 1.28010635437517 11.9518855656697 15 202 sodium ion transport 6.67949220664641 0.532859086392052
GO:0090257 0.217186192921957 1.2330050757017 16.5078023407022 20 279 regulation of muscle system process 4.66849089811282 0.532859086392052
GO:0018212 0.217399265194856 1.18996960486322 23.9037711313394 28 404 peptidyl-tyrosine modification 3.11709636310166 0.532859086392052
GO:0098661 0.217833042865494 1.39330625087551 6.62678803641092 9 112 inorganic anion transmembrane transport 13.0365114795918 0.532859086392052
GO:0007338 0.217833042865494 1.39330625087551 6.62678803641092 9 112 single fertilization 13.0365114795918 0.532859086392052
GO:0045766 0.217917486181072 1.29127528901734 11.0643693107932 14 187 positive regulation of angiogenesis 7.27444307815494 0.532859086392052
GO:1904018 0.217917486181072 1.29127528901734 11.0643693107932 14 187 positive regulation of vasculature development 7.27444307815494 0.532859086392052
GO:0007498 0.219180240908291 1.3630579297246 7.51430429128739 10 127 mesoderm development 11.2654225308451 0.534205760976022
GO:0046883 0.219394120042648 1.22386344042761 17.4544863459038 21 295 regulation of hormone secretion 4.38460212582591 0.534205760976022
GO:0046328 0.219513505157351 1.3201751017587 9.28933680104031 12 157 regulation of JNK cascade 8.84579496125603 0.534205760976022
GO:0043410 0.219518444616609 1.16011948880354 32.3647594278283 37 547 positive regulation of MAPK cascade 2.24689096918876 0.534205760976022
GO:0035019 0.219576071807233 1.46817625458996 4.91092327698309 7 83 somatic stem cell population maintenance 18.4627667295689 0.534205760976022
GO:0009880 0.222969357780159 1.51780446691951 4.08257477243173 6 69 embryonic pattern specification 22.8985507246377 0.541368702525643
GO:0061005 0.222969357780159 1.51780446691951 4.08257477243173 6 69 cell differentiation involved in kidney development 22.8985507246377 0.541368702525643
GO:0002526 0.223254056617626 1.41709780734171 5.79843953185956 8 98 acute inflammatory response 15.1353602665556 0.541514618214383
GO:0002237 0.224576520448095 1.20163886864284 20.2945383615085 24 343 response to molecule of bacterial origin 3.70661884078913 0.54208703694547
GO:0072348 0.224614247162391 1.59337016574586 3.25422626788036 5 55 sulfur compound transport 30.0330578512397 0.54208703694547
GO:0035196 0.224614247162391 1.59337016574586 3.25422626788036 5 55 production of miRNAs involved in gene silencing by miRNA 30.0330578512397 0.54208703694547
GO:0007218 0.224614247162391 1.59337016574586 3.25422626788036 5 55 neuropeptide signaling pathway 30.0330578512397 0.54208703694547
GO:2000351 0.224614247162391 1.59337016574586 3.25422626788036 5 55 regulation of endothelial cell apoptotic process 30.0330578512397 0.54208703694547
GO:0007229 0.225279159824373 1.3798130282592 6.68595578673602 9 113 integrin-mediated signaling pathway 12.8067977132117 0.543148054336562
GO:0032409 0.226493342527302 1.22338456240045 16.6261378413524 20 281 regulation of transporter activity 4.6022720077 0.545179230866032
GO:0030073 0.226573865337107 1.23842198855729 14.7919375812744 18 250 insulin secretion 5.23296 0.545179230866032
GO:1901214 0.227086575845984 1.19003876622282 22.1879063719116 26 375 regulation of neuron death 3.35943111111111 0.545868129974744
GO:0022617 0.228335685012758 1.4490083559851 4.97009102730819 7 84 extracellular matrix disassembly 18.0257936507936 0.547233932967951
GO:0001942 0.228335685012758 1.4490083559851 4.97009102730819 7 84 hair follicle development 18.0257936507936 0.547233932967951
GO:0050886 0.228335685012758 1.4490083559851 4.97009102730819 7 84 endocrine process 18.0257936507936 0.547233932967951
GO:0008284 0.230014665287064 1.11709986320109 54.4343302990897 60 920 positive regulation of cell population proliferation 1.28804347826087 0.550710385309943
GO:0050954 0.232115300278094 1.30203172583064 9.40767230169051 12 159 sensory perception of mechanical stimulus 8.62465883469799 0.553578148051872
GO:0008643 0.232115300278094 1.30203172583064 9.40767230169051 12 159 carbohydrate transport 8.62465883469799 0.553578148051872
GO:0051270 0.232183503395722 1.10181572629052 70.8237971391417 77 1197 regulation of cellular component movement 0.976466507399102 0.553578148051872
GO:0038034 0.23270865311979 1.49398506637168 4.14174252275683 6 70 signal transduction in absence of ligand 22.2489795918367 0.553578148051872
GO:0097192 0.23270865311979 1.49398506637168 4.14174252275683 6 70 extrinsic apoptotic signaling pathway in absence of ligand 22.2489795918367 0.553578148051872
GO:0061614 0.23270865311979 1.49398506637168 4.14174252275683 6 70 pri-miRNA transcription by RNA polymerase II 22.2489795918367 0.553578148051872
GO:0055006 0.232819677363998 1.36657681940701 6.74512353706112 9 114 cardiac cell development 12.5831024930748 0.553578148051872
GO:0048145 0.233251353860698 1.33996265172736 7.63263979193758 10 129 regulation of fibroblast proliferation 10.9188149750616 0.554058142027727
GO:0048545 0.233666704843543 1.17293351915976 25.0871261378414 29 424 response to steroid hormone 2.9310364008544 0.554498450174982
GO:0022898 0.23393374220385 1.22288295137757 15.797789336801 19 267 regulation of transmembrane transporter activity 4.84268260180392 0.554586285598312
GO:0070374 0.235201418803928 1.26899857954545 11.2418725617685 14 190 positive regulation of ERK1 and ERK2 cascade 7.04653739612188 0.556467314182177
GO:0010565 0.235201418803928 1.26899857954545 11.2418725617685 14 190 regulation of cellular ketone metabolic process 7.04653739612188 0.556467314182177
GO:0045668 0.235650405549566 1.56201928285126 3.31339401820546 5 56 negative regulation of osteoblast differentiation 28.9700255102041 0.556467314182177
GO:0050999 0.235650405549566 1.56201928285126 3.31339401820546 5 56 regulation of nitric-oxide synthase activity 28.9700255102041 0.556467314182177
GO:0045937 0.236931718988573 1.10467980295567 64.1970091027308 70 1085 positive regulation of phosphate metabolic process 1.08042217927754 0.558399193041494
GO:0010562 0.236931718988573 1.10467980295567 64.1970091027308 70 1085 positive regulation of phosphorus metabolic process 1.08042217927754 0.558399193041494
GO:0046889 0.237212211707216 1.43033194195985 5.02925877763329 7 85 positive regulation of lipid biosynthetic process 17.6041522491349 0.558514299244235
GO:0048144 0.240411257062562 1.3287037037037 7.69180754226268 10 130 fibroblast proliferation 10.7514792899408 0.565035617224197
GO:0035335 0.240450660834519 1.35359035034448 6.80429128738622 9 115 peptidyl-tyrosine dephosphorylation 12.3652173913043 0.565035617224197
GO:0032412 0.241745742530442 1.2223547371434 14.9694408322497 18 253 regulation of ion transmembrane transporter activity 5.1095939633489 0.567036491413009
GO:0046879 0.241772506500445 1.18642243638575 20.5312093628088 24 347 hormone secretion 3.62165618849089 0.567036491413009
GO:1902108 0.242577818779632 1.47089857045609 4.20091027308192 6 71 regulation of mitochondrial membrane permeability involved in apoptotic process 21.626661376711 0.567269758562262
GO:1902686 0.242577818779632 1.47089857045609 4.20091027308192 6 71 mitochondrial outer membrane permeabilization involved in programmed cell death 21.626661376711 0.567269758562262
GO:0086001 0.242577818779632 1.47089857045609 4.20091027308192 6 71 cardiac muscle cell action potential 21.626661376711 0.567269758562262
GO:0043583 0.244621098046382 1.22740976828323 14.0819245773732 17 238 ear development 5.453181272509 0.570034284340425
GO:0042552 0.244994386593735 1.2843754203973 9.5260078023407 12 161 myelination 8.41171251109139 0.570034284340425
GO:0090596 0.24562259753621 1.20457918168327 16.8628088426528 20 285 sensory organ morphogenesis 4.4739919975377 0.570034284340425
GO:0050790 0.24599102340495 1.06857087683028 147.150195058518 155 2487 regulation of catalytic activity 0.455339215468486 0.570034284340425
GO:0046425 0.246199042545344 1.41212834854283 5.08842652795839 7 86 regulation of receptor signaling pathway via JAK-STAT 17.197133585722 0.570034284340425
GO:0033627 0.246199042545344 1.41212834854283 5.08842652795839 7 86 cell adhesion mediated by integrin 17.197133585722 0.570034284340425
GO:0022404 0.246199042545344 1.41212834854283 5.08842652795839 7 86 molting cycle process 17.197133585722 0.570034284340425
GO:0022405 0.246199042545344 1.41212834854283 5.08842652795839 7 86 hair cycle process 17.197133585722 0.570034284340425
GO:0048608 0.246424897447739 1.15402849694308 28.1046814044213 32 475 reproductive structure development 2.57701939058172 0.570034284340425
GO:0045598 0.246533928907983 1.29926255510238 8.63849154746424 11 146 regulation of fat cell differentiation 9.37652467629949 0.570034284340425
GO:0035850 0.246833593053257 1.53187420314492 3.37256176853056 5 57 epithelial cell differentiation involved in kidney development 27.9624499846106 0.570034284340425
GO:0021545 0.246833593053257 1.53187420314492 3.37256176853056 5 57 cranial nerve development 27.9624499846106 0.570034284340425
GO:0099601 0.246833593053257 1.53187420314492 3.37256176853056 5 57 regulation of neurotransmitter receptor activity 27.9624499846106 0.570034284340425
GO:0048010 0.247649733921025 1.31763085399449 7.75097529258778 10 131 vascular endothelial growth factor receptor signaling pathway 10.5879610745295 0.571229179443439
GO:0001657 0.247824853462396 1.37109887227905 5.97594278283485 8 101 ureteric bud development 14.249583374179 0.571229179443439
GO:0007569 0.248168099086226 1.34084661902144 6.86345903771131 9 116 cell aging 12.1529429250892 0.571474008497507
GO:0010634 0.249370294302643 1.26422764227642 10.4726918075423 13 177 positive regulation of epithelial cell migration 7.53965974017683 0.573694446148543
GO:0042327 0.250658427674782 1.10218383311604 59.7002600780234 65 1009 positive regulation of phosphorylation 1.16007468953846 0.576108168850238
GO:0006468 0.251257165681505 1.07791973623203 104.312743823147 111 1763 protein phosphorylation 0.648893287334119 0.576934310912485
GO:0035304 0.251532197887741 1.27572383073497 9.5851755526658 12 162 regulation of protein dephosphorylation 8.30818472793781 0.577016297913742
GO:0097305 0.252087121387782 1.21186921723335 15.0877763328999 18 255 response to alcohol 5.02975778546713 0.577190930357022
GO:1901215 0.252087121387782 1.21186921723335 15.0877763328999 18 255 negative regulation of neuron death 5.02975778546713 0.577190930357022
GO:0051851 0.252567722247419 1.44851166532582 4.26007802340702 6 72 modulation by host of symbiont process 21.0300925925926 0.577742673945471
GO:0071901 0.253432315408464 1.28961918471504 8.69765929778934 11 147 negative regulation of protein serine/threonine kinase activity 9.24938682956176 0.579170912274699
GO:0043666 0.254963463970462 1.30673952641166 7.81014304291287 10 132 regulation of phosphoprotein phosphatase activity 10.428145087236 0.581533142661831
GO:0030534 0.254963463970462 1.30673952641166 7.81014304291287 10 132 adult behavior 10.428145087236 0.581533142661831
GO:0042102 0.255289482834731 1.39437984496124 5.14759427828348 7 87 positive regulation of T cell proliferation 16.8040692297529 0.581533142661831
GO:0046777 0.255430774814964 1.19538778773724 16.981144343303 20 287 protein autophosphorylation 4.41185397418932 0.581533142661831
GO:0072163 0.256204901324097 1.35641836108883 6.03511053315995 8 102 mesonephric epithelium development 13.9715494040754 0.582196057580017
GO:0072164 0.256204901324097 1.35641836108883 6.03511053315995 8 102 mesonephric tubule development 13.9715494040754 0.582196057580017
GO:0045104 0.258150449638818 1.50286667361618 3.43172951885566 5 58 intermediate filament cytoskeleton organization 27.0065398335315 0.586064721355169
GO:0001501 0.26087953455736 1.13247576288221 33.0747724317295 37 559 skeletal system development 2.15145880869557 0.591703252885978
GO:0061458 0.261709024066423 1.14337547711139 28.3413524057217 32 479 reproductive system development 2.53415910844182 0.593026745323445
GO:0033555 0.262669170526925 1.42679302602034 4.31924577373212 6 73 multicellular organismal response to stress 20.4578720210171 0.59464354003795
GO:0042471 0.263845959524017 1.31606064617296 6.98179453836151 9 118 ear morphogenesis 11.7444699798908 0.596649319322637
GO:0003170 0.264476769289108 1.37706957603598 5.20676202860858 7 88 heart valve development 16.4243285123967 0.596649319322637
GO:0002027 0.26467122024301 1.3420469132921 6.09427828348505 8 103 regulation of heart rate 13.7015741351683 0.596649319322637
GO:0007272 0.264792522470021 1.25876216152854 9.70351105331599 12 164 ensheathment of neurons 8.10678167757287 0.596649319322637
GO:0008366 0.264792522470021 1.25876216152854 9.70351105331599 12 164 axon ensheathment 8.10678167757287 0.596649319322637
GO:0018108 0.269556826014014 1.15246395067859 23.7262678803641 27 401 peptidyl-tyrosine phosphorylation 3.05091386247598 0.606239841834175
GO:2001244 0.269587643604471 1.47493349703294 3.49089726918075 5 59 positive regulation of intrinsic apoptotic signaling pathway 26.0988221775352 0.606239841834175
GO:0120034 0.269803131600195 1.28548387096774 7.92847854356307 10 134 positive regulation of plasma membrane bounded cell projection assembly 10.1191802183114 0.606239841834175
GO:0098657 0.271313635610252 1.22664835164835 11.5968790637191 14 196 import into cell 6.62172011661808 0.608940504905861
GO:0050680 0.27151017949971 1.2504476177999 9.76267880364109 12 165 negative regulation of epithelial cell proliferation 8.00881542699724 0.608940504905861
GO:0032879 0.271851798266321 1.05702173662794 172.59232769831 180 2917 regulation of localization 0.384374505296755 0.609140042397861
GO:0019932 0.272700022967951 1.16520821030404 19.998699609883 23 338 second-messenger-mediated signaling 3.6580476874059 0.609728126812266
GO:1904888 0.272872936055759 1.40571317022384 4.37841352405722 6 74 cranial skeletal system development 19.90869247626 0.609728126812266
GO:0001707 0.272872936055759 1.40571317022384 4.37841352405722 6 74 mesoderm formation 19.90869247626 0.609728126812266
GO:0031100 0.273754086379584 1.36018150879183 5.26592977893368 7 89 animal organ regeneration 16.0573159954551 0.611130650241831
GO:0055123 0.274516205096202 1.26152159473756 8.87516254876463 11 150 digestive system development 8.88311111111111 0.612265097582742
GO:1990823 0.277322174819584 1.27511111111111 7.98764629388817 10 135 response to leukemia inhibitory factor 9.96982167352538 0.617381129723007
GO:1990830 0.277322174819584 1.27511111111111 7.98764629388817 10 135 cellular response to leukemia inhibitory factor 9.96982167352538 0.617381129723007
GO:0015698 0.278282868272118 1.24224105515865 9.82184655396619 12 166 inorganic anion transport 7.91261431267238 0.618948335243614
GO:0009725 0.279416148495261 1.08833732349636 61.297789336801 66 1036 response to hormone 1.11732457774929 0.619569509434361
GO:0032872 0.279706083285344 1.2080582359912 12.6027308192458 15 213 regulation of stress-activated MAPK cascade 6.00740593797527 0.619569509434361
GO:0060999 0.281131913447197 1.44801607232546 3.55006501950585 5 60 positive regulation of dendritic spine development 25.2361111111111 0.619569509434361
GO:0097722 0.281131913447197 1.44801607232546 3.55006501950585 5 60 sperm motility 25.2361111111111 0.619569509434361
GO:0050766 0.281131913447197 1.44801607232546 3.55006501950585 5 60 positive regulation of phagocytosis 25.2361111111111 0.619569509434361
GO:0050885 0.281131913447197 1.44801607232546 3.55006501950585 5 60 neuromuscular process controlling balance 25.2361111111111 0.619569509434361
GO:0032873 0.281131913447197 1.44801607232546 3.55006501950585 5 60 negative regulation of stress-activated MAPK cascade 25.2361111111111 0.619569509434361
GO:0070303 0.281131913447197 1.44801607232546 3.55006501950585 5 60 negative regulation of stress-activated protein kinase signaling cascade 25.2361111111111 0.619569509434361
GO:0030317 0.281131913447197 1.44801607232546 3.55006501950585 5 60 flagellated sperm motility 25.2361111111111 0.619569509434361
GO:0045124 0.281131913447197 1.44801607232546 3.55006501950585 5 60 regulation of bone resorption 25.2361111111111 0.619569509434361
GO:0006109 0.281491814857252 1.19792881074666 13.5494148244473 16 229 regulation of carbohydrate metabolic process 5.54375393299136 0.619609641530496
GO:0048593 0.281664109132071 1.25242332750675 8.93433029908973 11 151 camera-type eye morphogenesis 8.76584360335073 0.619609641530496
GO:1904892 0.283114582244544 1.34370038292706 5.32509752925878 7 90 regulation of receptor signaling pathway via STAT 15.7024691358025 0.621221422537269
GO:0060021 0.283114582244544 1.34370038292706 5.32509752925878 7 90 roof of mouth development 15.7024691358025 0.621221422537269
GO:0070527 0.283169781571322 1.38524432474028 4.43758127438231 6 75 platelet aggregation 19.3813333333333 0.621221422537269
GO:0002761 0.28490269360669 1.26490299823633 8.04681404421326 10 136 regulation of myeloid leukocyte differentiation 9.82374567474048 0.62275647714028
GO:0035270 0.28490269360669 1.26490299823633 8.04681404421326 10 136 endocrine system development 9.82374567474048 0.62275647714028
GO:0048565 0.28490269360669 1.26490299823633 8.04681404421326 10 136 digestive tract development 9.82374567474048 0.62275647714028
GO:0045471 0.28490269360669 1.26490299823633 8.04681404421326 10 136 response to ethanol 9.82374567474048 0.62275647714028
GO:0060537 0.285343406054711 1.12774869636491 28.6963589076723 32 485 muscle tissue development 2.47184610479328 0.623154847824193
GO:0045597 0.286520489054813 1.09044782404923 54.6710013003901 59 924 positive regulation of cell differentiation 1.25563379621821 0.624647117286391
GO:0032868 0.286923439716322 1.15397105641942 20.1762028608583 23 341 response to insulin 3.59396634015875 0.624647117286391
GO:0060070 0.287063046849158 1.14998068045472 21.1228868660598 24 357 canonical Wnt signaling pathway 3.42160393569192 0.624647117286391
GO:0043405 0.287063046849158 1.14998068045472 21.1228868660598 24 357 regulation of MAP kinase activity 3.42160393569192 0.624647117286391
GO:0065009 0.287520153036572 1.05140956189369 184.958387516255 192 3126 regulation of molecular function 0.35700821418528 0.625077627566433
GO:0019218 0.287907344146383 1.28054146186777 7.1592977893368 9 121 regulation of steroid metabolic process 11.169319035585 0.625355501564802
GO:0007612 0.288867074913544 1.24345411371185 8.99349804941482 11 152 learning 8.65088296398892 0.626875353390238
GO:0045859 0.290513872292757 1.08944186072171 53.7834850455137 58 909 regulation of protein kinase activity 1.27542567238022 0.629361928006087
GO:0050905 0.290534975475228 1.30069233901987 6.27178153446034 8 106 neuromuscular process 12.936988252047 0.629361928006087
GO:0007626 0.291789732742563 1.19581005586592 12.721066319896 15 215 locomotory behavior 5.89616008653326 0.63015270413973
GO:1902476 0.292551384123165 1.32761166482097 5.38426527958388 7 91 chloride transmembrane transport 15.3592561284869 0.63015270413973
GO:1901016 0.292770106969872 1.42205998421468 3.60923276983095 5 61 regulation of potassium ion transmembrane transporter activity 24.4154797097554 0.63015270413973
GO:0009145 0.292770106969872 1.42205998421468 3.60923276983095 5 61 purine nucleoside triphosphate biosynthetic process 24.4154797097554 0.63015270413973
GO:0042509 0.293550483881699 1.3653603034134 4.49674902470741 6 76 regulation of tyrosine phosphorylation of STAT protein 18.8746537396122 0.63015270413973
GO:1905710 0.293550483881699 1.3653603034134 4.49674902470741 6 76 positive regulation of membrane permeability 18.8746537396122 0.63015270413973
GO:0035794 0.293550483881699 1.3653603034134 4.49674902470741 6 76 positive regulation of mitochondrial membrane permeability 18.8746537396122 0.63015270413973
GO:0048332 0.293550483881699 1.3653603034134 4.49674902470741 6 76 mesoderm morphogenesis 18.8746537396122 0.63015270413973
GO:0043523 0.294246160617131 1.17863576610351 14.6144343302991 17 247 regulation of neuron apoptotic process 5.06302348833779 0.63015270413973
GO:0060173 0.294440659689919 1.21188236291211 10.8868660598179 13 184 limb development 6.97690217391304 0.63015270413973
GO:0048736 0.294440659689919 1.21188236291211 10.8868660598179 13 184 appendage development 6.97690217391304 0.63015270413973
GO:0051302 0.294440659689919 1.21188236291211 10.8868660598179 13 184 regulation of cell division 6.97690217391304 0.63015270413973
GO:0051100 0.294440659689919 1.21188236291211 10.8868660598179 13 184 negative regulation of binding 6.97690217391304 0.63015270413973
GO:0048729 0.294559144572989 1.09703952281848 44.1983094928479 48 747 tissue morphogenesis 1.56298554324393 0.63015270413973
GO:0070997 0.295374189813796 1.13120353626683 25.0279583875163 28 423 neuron death 2.84336245102806 0.631255889425587
GO:0090101 0.29605596771093 1.26912083918557 7.2184655396619 9 122 negative regulation of transmembrane receptor protein serine/threonine kinase signaling pathway 10.9869658693899 0.631255889425587
GO:1902107 0.296122111547217 1.2346112268718 9.05266579973992 11 153 positive regulation of leukocyte differentiation 8.53816908026827 0.631255889425587
GO:1903708 0.296122111547217 1.2346112268718 9.05266579973992 11 153 positive regulation of hemopoiesis 8.53816908026827 0.631255889425587
GO:0003012 0.296794403720135 1.11838273209915 29.8205461638492 33 504 muscle system process 2.36052059712774 0.632130130184846
GO:0070302 0.297891745558867 1.18977737013258 12.7802340702211 15 216 regulation of stress-activated protein kinase signaling cascade 5.84169238683128 0.633907324397553
GO:0050730 0.301058324358508 1.16091093996586 16.5669700910273 19 280 regulation of peptidyl-tyrosine phosphorylation 4.40344387755102 0.639544525725606
GO:1902806 0.301071354914377 1.20475227502528 10.946033810143 13 185 regulation of cell cycle G1/S phase transition 6.90168005843682 0.639544525725606
GO:0051153 0.302057613281501 1.31190150478796 5.44343302990897 7 92 regulation of striated muscle cell differentiation 15.0271739130435 0.640596425582108
GO:0060285 0.304005856506804 1.34603639536333 4.55591677503251 6 77 cilium-dependent cell motility 18.3875864395345 0.640596425582108
GO:0001539 0.304005856506804 1.34603639536333 4.55591677503251 6 77 cilium or flagellum-dependent cell motility 18.3875864395345 0.640596425582108
GO:0003179 0.304005856506804 1.34603639536333 4.55591677503251 6 77 heart valve morphogenesis 18.3875864395345 0.640596425582108
GO:0032835 0.304005856506804 1.34603639536333 4.55591677503251 6 77 glomerulus development 18.3875864395345 0.640596425582108
GO:0007260 0.304005856506804 1.34603639536333 4.55591677503251 6 77 tyrosine phosphorylation of STAT protein 18.3875864395345 0.640596425582108
GO:0099173 0.304031560189264 1.18380441396095 12.8394018205462 15 217 postsynapse organization 5.78797596041538 0.640596425582108
GO:0099565 0.304261472904051 1.25790057830481 7.277633289987 9 123 chemical synaptic transmission, postsynaptic 10.8090422367638 0.640596425582108
GO:1905953 0.304489217634631 1.39701463603761 3.66840052015605 5 62 negative regulation of lipid localization 23.6342351716962 0.640596425582108
GO:0021879 0.304489217634631 1.39701463603761 3.66840052015605 5 62 forebrain neuron differentiation 23.6342351716962 0.640596425582108
GO:0030501 0.304489217634631 1.39701463603761 3.66840052015605 5 62 positive regulation of bone mineralization 23.6342351716962 0.640596425582108
GO:0007517 0.305607071250067 1.13299306625578 22.3062418725618 25 377 muscle organ development 3.19604021698598 0.642387662409687
GO:0051348 0.306604332221532 1.14696365009168 18.5195058517555 21 313 negative regulation of transferase activity 3.89480345823679 0.643922513054107
GO:0050866 0.307743404725054 1.19770461590014 11.0052015604681 13 186 negative regulation of cell activation 6.82766793849 0.644840758629319
GO:0031532 0.307977564699507 1.23522825150732 8.22431729518856 10 139 actin cytoskeleton reorganization 9.40427514103825 0.644840758629319
GO:0045639 0.308111386951877 1.27450110864745 6.39011703511053 8 108 positive regulation of myeloid cell differentiation 12.4622770919067 0.644840758629319
GO:0001823 0.308111386951877 1.27450110864745 6.39011703511053 8 108 mesonephros development 12.4622770919067 0.644840758629319
GO:0046890 0.309158140049855 1.18700132978723 11.9518855656697 14 202 regulation of lipid biosynthetic process 6.23419272620331 0.646470317138076
GO:0000302 0.311466387753432 1.16321508730277 14.7919375812744 17 250 response to reactive oxygen species 4.94224 0.648247499625344
GO:0071868 0.311626399404014 1.29655669731386 5.50260078023407 7 93 cellular response to monoamine stimulus 14.7057463290554 0.648247499625344
GO:0071870 0.311626399404014 1.29655669731386 5.50260078023407 7 93 cellular response to catecholamine stimulus 14.7057463290554 0.648247499625344
GO:0009060 0.311626399404014 1.29655669731386 5.50260078023407 7 93 aerobic respiration 14.7057463290554 0.648247499625344
GO:0120162 0.311626399404014 1.29655669731386 5.50260078023407 7 93 positive regulation of cold-induced thermogenesis 14.7057463290554 0.648247499625344
GO:0046902 0.311626399404014 1.29655669731386 5.50260078023407 7 93 regulation of mitochondrial membrane permeability 14.7057463290554 0.648247499625344
GO:0072593 0.311890128397096 1.14719909465686 17.6319895968791 20 298 reactive oxygen species metabolic process 4.09215801090041 0.648247499625344
GO:0017015 0.3125195113263 1.24687545239589 7.33680104031209 9 124 regulation of transforming growth factor beta receptor signaling pathway 10.6354058272633 0.648996160041094
GO:0030203 0.312882858388307 1.2027566499979 10.1176853055917 12 171 glycosaminoglycan metabolic process 7.45665332922951 0.649191541802244
GO:0031399 0.313653549387843 1.05692719706891 106.028608582575 111 1792 regulation of protein modification process 0.628061099928253 0.64939612080221
GO:0000003 0.313672320849607 1.06525625344427 79.5806241872562 84 1345 reproduction 0.843703099736046 0.64939612080221
GO:0010243 0.313789498438231 1.06956401360132 69.8179453836151 74 1180 response to organonitrogen compound 0.965656420568802 0.64939612080221
GO:0043407 0.314526771163174 1.32724926253687 4.61508452535761 6 78 negative regulation of MAP kinase activity 17.9191321499014 0.64980637984097
GO:0048645 0.314526771163174 1.32724926253687 4.61508452535761 6 78 animal organ formation 17.9191321499014 0.64980637984097
GO:0042531 0.316276418183786 1.3728329205563 3.72756827048114 5 63 positive regulation of tyrosine phosphorylation of STAT protein 22.8898966994205 0.650633484847361
GO:0072577 0.316276418183786 1.3728329205563 3.72756827048114 5 63 endothelial cell apoptotic process 22.8898966994205 0.650633484847361
GO:0050795 0.316276418183786 1.3728329205563 3.72756827048114 5 63 regulation of behavior 22.8898966994205 0.650633484847361
GO:0014009 0.316276418183786 1.3728329205563 3.72756827048114 5 63 glial cell proliferation 22.8898966994205 0.650633484847361
GO:0051289 0.316276418183786 1.3728329205563 3.72756827048114 5 63 protein homotetramerization 22.8898966994205 0.650633484847361
GO:0098655 0.31740604548506 1.08305364971639 47.5117035110533 51 803 cation transmembrane transport 1.43712324114583 0.652400661265541
GO:1903844 0.320825725247998 1.23604041486471 7.39596879063719 9 125 regulation of cellular response to transforming growth factor beta stimulus 10.46592 0.658540755760193
GO:0006644 0.320939605150654 1.11206125032743 26.3296488946684 29 445 phospholipid metabolic process 2.66092665067542 0.658540755760193
GO:0045833 0.321250894427221 1.28156464403457 5.56176853055917 7 94 negative regulation of lipid metabolic process 14.3945224083296 0.658618968081657
GO:0046034 0.321632996798157 1.13164777680907 19.6436931079324 22 332 ATP metabolic process 3.62661489330817 0.658710105406492
GO:1901698 0.321841768630795 1.06471498719044 73.9005201560468 78 1249 response to nitrogen compound 0.908499417628578 0.658710105406492
GO:0007610 0.323261421784997 1.09464114198655 35.0273081924577 38 592 behavior 1.97013102629657 0.661054527500957
GO:0051149 0.325104178073318 1.30897684567826 4.67425227568271 6 79 positive regulation of muscle cell differentiation 17.4683544303797 0.664259468927771
GO:0010212 0.325602369149641 1.20045103387325 9.28933680104031 11 157 response to ionizing radiation 8.10864538115137 0.664714066062475
GO:0014812 0.325904768405857 1.24933698534846 6.50845253576073 8 110 muscle cell migration 12.0132231404959 0.664768525064738
GO:0019933 0.328119091564097 1.34947092424384 3.78673602080624 5 64 cAMP-mediated signaling 22.18017578125 0.668090946206776
GO:1903307 0.328119091564097 1.34947092424384 3.78673602080624 5 64 positive regulation of regulated secretory pathway 22.18017578125 0.668090946206776
GO:0045637 0.32837483247636 1.13868847202181 16.8628088426528 19 285 regulation of myeloid cell differentiation 4.25029239766082 0.668090946206776
GO:0001558 0.328642000083466 1.10515956330044 27.3946684005202 30 463 regulation of cell growth 2.54281169385499 0.668090946206776
GO:0009790 0.330395518389704 1.06416978886782 68.2204161248375 72 1153 embryo development 0.984076382813716 0.67103318171022
GO:0003208 0.330924285795708 1.2669133192389 5.62093628088427 7 95 cardiac ventricle morphogenesis 14.0930747922438 0.67103318171022
GO:1900407 0.330924285795708 1.2669133192389 5.62093628088427 7 95 regulation of cellular response to oxidative stress 14.0930747922438 0.67103318171022
GO:0021700 0.333915978788594 1.13434385469342 16.9219765929779 19 286 developmental maturation 4.22062203530735 0.676530609125463
GO:0022904 0.334869396877698 1.237121391514 6.56762028608583 8 111 respiratory electron transport chain 11.7977436896356 0.677878010455224
GO:0050731 0.335143338225892 1.16194661458333 12.1885565669701 14 206 positive regulation of peptidyl-tyrosine phosphorylation 5.99443868413611 0.677878010455224
GO:0045600 0.335729125087506 1.29119827792394 4.7334200260078 6 80 positive regulation of fat cell differentiation 17.034375 0.677925394125608
GO:0030865 0.335729125087506 1.29119827792394 4.7334200260078 6 80 cortical cytoskeleton organization 17.034375 0.677925394125608
GO:0062197 0.337716177408561 1.10852469329978 23.667100130039 26 400 cellular response to chemical stress 2.952625 0.681367116093758
GO:0034329 0.339028999169458 1.09527114882634 29.4655396618986 32 498 cell junction assembly 2.34447831486589 0.68344391053308
GO:0006801 0.3400048592029 1.3268876611418 3.84590377113134 5 65 superoxide metabolic process 21.5029585798817 0.684402149832167
GO:0043434 0.340425103683787 1.0912093565962 31.4180754226268 34 531 response to peptide hormone 2.19101223218814 0.684402149832167
GO:1990845 0.340575724656296 1.18406337371855 9.40767230169051 11 159 adaptive thermogenesis 7.90593726513983 0.684402149832167
GO:0006110 0.340639809124264 1.25259123769706 5.68010403120936 7 96 regulation of glycolytic process 13.8009982638889 0.684402149832167
GO:0001934 0.341096865485465 1.06806961346036 53.7834850455137 57 909 positive regulation of protein phosphorylation 1.25343557458056 0.684707885144603
GO:0071248 0.341643959282023 1.16365412799218 11.3010403120936 13 191 cellular response to metal ion 6.47487733340643 0.684707885144603
GO:0014065 0.341643959282023 1.16365412799218 11.3010403120936 13 191 phosphatidylinositol 3-kinase signaling 6.47487733340643 0.684707885144603
GO:0045927 0.343163775474654 1.1195586337661 18.9336801040312 21 320 positive regulation of growth 3.72626953125 0.687182610190525
GO:0046847 0.346392775612386 1.27389380530973 4.7925877763329 6 81 filopodium assembly 16.6163694558756 0.692120981449891
GO:0014743 0.346392775612386 1.27389380530973 4.7925877763329 6 81 regulation of muscle hypertrophy 16.6163694558756 0.692120981449891
GO:0022414 0.346491092745757 1.0540482868529 79.3439531859558 83 1341 reproductive process 0.838639789888232 0.692120981449891
GO:0098660 0.347186082587126 1.07116605412629 46.091677503251 49 779 inorganic ion transmembrane transport 1.46715531745548 0.692935136686723
GO:0071695 0.347918880788693 1.1435941300687 13.2535760728218 15 224 anatomical structure maturation 5.43187978316327 0.693205753915401
GO:0017148 0.348109942957394 1.1760345200857 9.46684005201561 11 160 negative regulation of translation 7.807421875 0.693205753915401
GO:0001889 0.348471743569252 1.16567983051768 10.4135240572172 12 176 liver development 7.0389979338843 0.693205753915401
GO:1905952 0.348471743569252 1.16567983051768 10.4135240572172 12 176 regulation of lipid localization 7.0389979338843 0.693205753915401
GO:0061564 0.349365715224822 1.07753804388009 38.3407022106632 41 648 axon development 1.77414361377839 0.693771867328761
GO:0045913 0.350390760253145 1.23858742463394 5.73927178153446 7 97 positive regulation of carbohydrate metabolic process 13.5179083855883 0.693771867328761
GO:0071867 0.350390760253145 1.23858742463394 5.73927178153446 7 97 response to monoamine 13.5179083855883 0.693771867328761
GO:0071869 0.350390760253145 1.23858742463394 5.73927178153446 7 97 response to catecholamine 13.5179083855883 0.693771867328761
GO:1903313 0.350390760253145 1.23858742463394 5.73927178153446 7 97 positive regulation of mRNA metabolic process 13.5179083855883 0.693771867328761
GO:0001947 0.351921606695593 1.30504483289557 3.90507152145644 5 66 heart looping 20.856290174472 0.693771867328761
GO:0006027 0.351921606695593 1.30504483289557 3.90507152145644 5 66 glycosaminoglycan catabolic process 20.856290174472 0.693771867328761
GO:0032413 0.351921606695593 1.30504483289557 3.90507152145644 5 66 negative regulation of ion transmembrane transporter activity 20.856290174472 0.693771867328761
GO:0070059 0.351921606695593 1.30504483289557 3.90507152145644 5 66 intrinsic apoptotic signaling pathway in response to endoplasmic reticulum stress 20.856290174472 0.693771867328761
GO:0070169 0.351921606695593 1.30504483289557 3.90507152145644 5 66 positive regulation of biomineral tissue development 20.856290174472 0.693771867328761
GO:0110151 0.351921606695593 1.30504483289557 3.90507152145644 5 66 positive regulation of biomineralization 20.856290174472 0.693771867328761
GO:0001659 0.355679121697733 1.15853411621786 10.4726918075423 12 177 temperature homeostasis 6.95968591400938 0.700034581561823
GO:0015908 0.355679121697733 1.15853411621786 10.4726918075423 12 177 fatty acid transport 6.95968591400938 0.700034581561823
GO:0034762 0.356987825661863 1.08218722372606 31.6547464239272 34 535 regulation of transmembrane transport 2.1583719102105 0.701032050273292
GO:0060998 0.357086425346766 1.2570447135538 4.851755526658 6 82 regulation of dendritic spine development 16.2135633551457 0.701032050273292
GO:0098916 0.357407719067426 1.06984657529526 42.3641092327698 45 716 anterograde trans-synaptic signaling 1.59492915327237 0.701032050273292
GO:0007268 0.357407719067426 1.06984657529526 42.3641092327698 45 716 chemical synaptic transmission 1.59492915327237 0.701032050273292
GO:0051338 0.357639743606864 1.05446129112731 67.8062418725618 71 1146 regulation of transferase activity 0.982299766392856 0.701032050273292
GO:0062014 0.360170506686646 1.22489138768209 5.79843953185956 7 98 negative regulation of small molecule metabolic process 13.2434402332362 0.705419245833878
GO:0032465 0.361971111577947 1.20185750742585 6.74512353706112 8 114 regulation of cytokinesis 11.1849799938443 0.707468104284768
GO:0032963 0.361971111577947 1.20185750742585 6.74512353706112 8 114 collagen metabolic process 11.1849799938443 0.707468104284768
GO:0048469 0.363258075443265 1.16029584011669 9.5851755526658 11 162 cell maturation 7.61583600060966 0.707468104284768
GO:0046850 0.363857506973502 1.28390661201212 3.96423927178153 5 67 regulation of bone remodeling 20.2383604366229 0.707468104284768
GO:0072132 0.363857506973502 1.28390661201212 3.96423927178153 5 67 mesenchyme morphogenesis 20.2383604366229 0.707468104284768
GO:0035272 0.363857506973502 1.28390661201212 3.96423927178153 5 67 exocrine system development 20.2383604366229 0.707468104284768
GO:0061371 0.363857506973502 1.28390661201212 3.96423927178153 5 67 determination of heart left/right asymmetry 20.2383604366229 0.707468104284768
GO:0032768 0.363857506973502 1.28390661201212 3.96423927178153 5 67 regulation of monooxygenase activity 20.2383604366229 0.707468104284768
GO:0034113 0.363857506973502 1.28390661201212 3.96423927178153 5 67 heterotypic cell-cell adhesion 20.2383604366229 0.707468104284768
GO:0009605 0.36430110432698 1.03497078471237 157.74122236671 162 2666 response to external stimulus 0.414142357795 0.707759840880216
GO:0050804 0.366522106145581 1.08140342491841 28.8738621586476 31 488 modulation of chemical synaptic transmission 2.36524959688256 0.710929040962989
GO:0099177 0.366522106145581 1.08140342491841 28.8738621586476 31 488 regulation of trans-synaptic signaling 2.36524959688256 0.710929040962989
GO:0043954 0.367801517830366 1.24063326054476 4.91092327698309 6 83 cellular component maintenance 15.8252286253448 0.712264626095591
GO:0014910 0.367801517830366 1.24063326054476 4.91092327698309 6 83 regulation of smooth muscle cell migration 15.8252286253448 0.712264626095591
GO:0071214 0.369845303677492 1.09280877136408 22.1287386215865 24 374 cellular response to abiotic stimulus 3.1176184620664 0.713602954929501
GO:0104004 0.369845303677492 1.09280877136408 22.1287386215865 24 374 cellular response to environmental stimulus 3.1176184620664 0.713602954929501
GO:0042116 0.369972498408078 1.21149309066397 5.85760728218465 7 99 macrophage activation 12.9772472196715 0.713602954929501
GO:0060993 0.369972498408078 1.21149309066397 5.85760728218465 7 99 kidney morphogenesis 12.9772472196715 0.713602954929501
GO:0021510 0.369972498408078 1.21149309066397 5.85760728218465 7 99 spinal cord development 12.9772472196715 0.713602954929501
GO:0045834 0.370865856070038 1.15258181605292 9.6443433029909 11 163 positive regulation of lipid metabolic process 7.5226768037939 0.714487635006586
GO:0014013 0.371056752755026 1.19054230474335 6.80429128738622 8 115 regulation of gliogenesis 10.9913043478261 0.714487635006586
GO:0007009 0.371320201851204 1.16244931062449 8.69765929778934 10 147 plasma membrane organization 8.40853348141978 0.714487635006586
GO:0045165 0.373551459775954 1.12180344637658 13.4902470741222 15 228 cell fate commitment 5.2429593721145 0.718207790685667
GO:0050918 0.375801041029196 1.26343944575989 4.02340702210663 5 68 positive chemotaxis 19.647491349481 0.72195721906087
GO:0009612 0.376669175484196 1.10991683953518 15.4427828348505 17 261 response to mechanical stimulus 4.53443137945714 0.723048871092672
GO:0044703 0.377071532532978 1.05444500674764 52.4817945383615 55 887 multi-organism reproductive process 1.27019493650614 0.723245397722363
GO:0048015 0.378347150104803 1.11298027607632 14.4960988296489 16 245 phosphatidylinositol-mediated signaling 4.84331528529779 0.724888806518018
GO:1901379 0.378529658816335 1.22464261402315 4.97009102730819 6 84 regulation of potassium ion transmembrane transport 15.4506802721088 0.724888806518018
GO:0014706 0.3793484749387 1.07736493548071 27.0988296488947 29 458 striated muscle tissue development 2.51201350088671 0.725130406765263
GO:0043506 0.379790278067057 1.1983829290656 5.91677503250975 7 100 regulation of JUN kinase activity 12.719 0.725130406765263
GO:0001654 0.379914412716871 1.08644572132157 22.2470741222367 24 376 eye development 3.08454051607062 0.725130406765263
GO:0050773 0.379953192049569 1.1651281773639 7.81014304291287 9 132 regulation of dendrite development 9.3853305785124 0.725130406765263
GO:0008543 0.380159615989752 1.17943664285128 6.86345903771131 8 116 fibroblast growth factor receptor signaling pathway 10.8026159334126 0.725130406765263
GO:0048468 0.380822676701513 1.03307694627937 135.434980494148 139 2289 cell development 0.48203452185801 0.725820927689602
GO:0051047 0.384003742146263 1.08855128420346 20.3537061118335 22 344 positive regulation of secretion 3.37800838290968 0.73130570482989
GO:0061008 0.384718821955097 1.13079690568126 10.7093628088427 12 181 hepaticobiliary system development 6.65547449711547 0.732089249987165
GO:0071396 0.386064169688136 1.06269113149847 35.9739921976593 38 608 cellular response to lipid 1.86780427631579 0.734069963026889
GO:0046888 0.387741016283027 1.24361187845304 4.08257477243173 5 69 negative regulation of hormone secretion 19.0821256038647 0.736677376090133
GO:0090066 0.388213324345082 1.06261932035128 35.0273081924577 37 592 regulation of anatomical structure size 1.91828547297297 0.736993956689758
GO:0034765 0.388587007743993 1.06679603386984 31.1222366710013 33 526 regulation of ion transmembrane transport 2.16719195015108 0.737122954894388
GO:0061053 0.38926262948285 1.20905679399574 5.02925877763329 6 85 somite development 15.0892733564014 0.737267139705223
GO:0060079 0.389274603419638 1.1685347545719 6.92262678803641 8 117 excitatory postsynaptic potential 10.6187449777193 0.737267139705223
GO:0060415 0.389617490537617 1.18555170707571 5.97594278283485 7 101 muscle tissue morphogenesis 12.4683854524066 0.737337338843167
GO:0030168 0.392018103529645 1.12406655312459 10.7685305591678 12 182 platelet activation 6.5825383407801 0.741298547145078
GO:0030036 0.394571547450465 1.04842618517478 50.8250975292588 53 859 actin cytoskeleton organization 1.30510204219922 0.743799602878334
GO:0071900 0.394898061293083 1.06240487062405 32.1872561768531 34 544 regulation of protein serine/threonine kinase activity 2.08754595588235 0.743799602878334
GO:0016049 0.394898061293083 1.06240487062405 32.1872561768531 34 544 cell growth 2.08754595588235 0.743799602878334
GO:0030111 0.39536574841039 1.0731484303566 24.3771131339402 26 412 regulation of Wnt signaling pathway 2.78313224620605 0.743799602878334
GO:0120161 0.395474625614289 1.13730158730159 8.87516254876463 10 150 regulation of cold-induced thermogenesis 8.07555555555555 0.743799602878334
GO:0106106 0.395474625614289 1.13730158730159 8.87516254876463 10 150 cold-induced thermogenesis 8.07555555555555 0.743799602878334
GO:0099536 0.395500245080889 1.05205842499601 43.9616384915475 46 743 synaptic signaling 1.51403226887468 0.743799602878334
GO:0030308 0.397196126038038 1.11298114383668 11.7743823146944 13 199 negative regulation of cell growth 5.96474836494028 0.745271771863313
GO:0022604 0.397746283957568 1.07352246942909 23.4304291287386 25 396 regulation of cell morphogenesis 2.89670696867667 0.745271771863313
GO:0048699 0.398321573328994 1.03282012164522 101.236020806242 104 1711 generation of neurons 0.645488110930716 0.745271771863313
GO:0007416 0.39932789507113 1.11741491814168 10.8276983094928 12 183 synapse assembly 6.51079458926812 0.745271771863313
GO:0002065 0.399447891848087 1.17299061607507 6.03511053315995 7 102 columnar/cuboidal epithelial cell differentiation 12.2251057285659 0.745271771863313
GO:0090181 0.3996665826802 1.22439439014025 4.14174252275683 5 70 regulation of cholesterol metabolic process 18.5408163265306 0.745271771863313
GO:0048747 0.3996665826802 1.22439439014025 4.14174252275683 5 70 muscle fiber development 18.5408163265306 0.745271771863313
GO:0021885 0.3996665826802 1.22439439014025 4.14174252275683 5 70 forebrain cell migration 18.5408163265306 0.745271771863313
GO:1901652 0.399808063520708 1.05524161873147 37.1573472041612 39 628 response to peptide 1.79680210150513 0.745271771863313
GO:0042063 0.399915092634655 1.07827442827443 20.5312093628088 22 347 gliogenesis 3.31985150611665 0.745271771863313
GO:0043507 0.399992398503164 1.19386061946903 5.08842652795839 6 86 positive regulation of JUN kinase activity 14.7404002163332 0.745271771863313
GO:0021766 0.399992398503164 1.19386061946903 5.08842652795839 6 86 hippocampus development 14.7404002163332 0.745271771863313
GO:0099537 0.401410802144046 1.0501358339187 43.074122236671 45 728 trans-synaptic signaling 1.54278242362034 0.747337022370113
GO:0050808 0.404451231323919 1.06212121212121 28.4005201560468 30 480 synapse organization 2.36588541666667 0.752416603952136
GO:0042476 0.405585225773446 1.13714919930236 7.98764629388817 9 135 odontogenesis 8.97283950617284 0.753944471349096
GO:0002790 0.406972764603509 1.06205069996216 27.4538361508453 29 464 peptide secretion 2.44746767241379 0.755267391670466
GO:0046903 0.408209695743482 1.03056113822694 97.5084525357607 100 1648 secretion 0.669022174568762 0.755267391670466
GO:0048754 0.409120525425173 1.11548571307114 9.94018205461638 11 168 branching morphogenesis of an epithelial tube 7.08156179138322 0.755267391670466
GO:0051260 0.409120525425173 1.11548571307114 9.94018205461638 11 168 protein homooligomerization 7.08156179138322 0.755267391670466
GO:0007423 0.409428715803155 1.05413988657845 33.370611183355 35 564 sensory organ development 1.99923922337911 0.755267391670466
GO:0098662 0.409824834409963 1.04774098882222 41.239921976593 43 697 inorganic cation transmembrane transport 1.60826579993372 0.755267391670466
GO:0002009 0.410221004643899 1.05116749490316 36.3289986996099 38 614 morphogenesis of an epithelium 1.83147831807234 0.755267391670466
GO:0045453 0.410711132997122 1.17903965912815 5.14759427828348 6 87 bone resorption 14.4034879112168 0.755267391670466
GO:0006813 0.411220638154952 1.10098674067222 11.8927178153446 13 201 potassium ion transport 5.84663745946883 0.755267391670466
GO:0045778 0.411567246612061 1.20575924995815 4.20091027308192 5 71 positive regulation of ossification 18.0222178139258 0.755267391670466
GO:0045652 0.411567246612061 1.20575924995815 4.20091027308192 5 71 regulation of megakaryocyte differentiation 18.0222178139258 0.755267391670466
GO:1901568 0.411567246612061 1.20575924995815 4.20091027308192 5 71 fatty acid derivative metabolic process 18.0222178139258 0.755267391670466
GO:0061028 0.411567246612061 1.20575924995815 4.20091027308192 5 71 establishment of endothelial barrier 18.0222178139258 0.755267391670466
GO:0042129 0.411622294755285 1.12112676056338 8.99349804941482 10 152 regulation of T cell proliferation 7.86443905817174 0.755267391670466
GO:0044344 0.411622294755285 1.12112676056338 8.99349804941482 10 152 cellular response to fibroblast growth factor stimulus 7.86443905817174 0.755267391670466
GO:0062013 0.411622294755285 1.12112676056338 8.99349804941482 10 152 positive regulation of small molecule metabolic process 7.86443905817174 0.755267391670466
GO:0055002 0.411622294755285 1.12112676056338 8.99349804941482 10 152 striated muscle cell development 7.86443905817174 0.755267391670466
GO:0051403 0.413350867884762 1.07676607913856 17.7503250975293 19 300 stress-activated MAPK cascade 3.83588888888889 0.757862313665523
GO:0048017 0.415974605846935 1.08410681136656 14.8511053315995 16 251 inositol lipid-mediated signaling 4.61452992809638 0.762093293842676
GO:0033674 0.418747771229811 1.04323380622457 42.3641092327698 44 716 positive regulation of kinase activity 1.55948628319965 0.765427265569282
GO:0035023 0.419093890083043 1.14864540877487 6.15344603381014 7 104 regulation of Rho protein signal transduction 11.7594304733728 0.765427265569282
GO:1902882 0.419093890083043 1.14864540877487 6.15344603381014 7 104 regulation of response to oxidative stress 11.7594304733728 0.765427265569282
GO:0055013 0.419093890083043 1.14864540877487 6.15344603381014 7 104 cardiac muscle cell development 11.7594304733728 0.765427265569282
GO:2001235 0.419699230643962 1.11320901320901 9.05266579973992 10 153 positive regulation of apoptotic signaling pathway 7.76197189115298 0.765427265569282
GO:0002224 0.419699230643962 1.11320901320901 9.05266579973992 10 153 toll-like receptor signaling pathway 7.76197189115298 0.765427265569282
GO:0019233 0.421411208390391 1.16458018562487 5.20676202860858 6 88 sensory perception of pain 14.0779958677686 0.767968574020585
GO:0051402 0.422145688511311 1.07343679145463 16.8628088426528 18 285 neuron apoptotic process 4.02659279778393 0.768551300686122
GO:0035725 0.422687276943093 1.11922516648169 8.10598179453836 9 137 sodium ion transmembrane transport 8.71277105866056 0.768551300686122
GO:0048640 0.422687276943093 1.11922516648169 8.10598179453836 9 137 negative regulation of developmental growth 8.71277105866056 0.768551300686122
GO:0060294 0.423432882758675 1.1876803826173 4.26007802340702 5 72 cilium movement involved in cell motility 17.5250771604938 0.769326812608264
GO:0006508 0.423972150264962 1.02534678772065 102.83355006502 105 1738 proteolysis 0.631603724238937 0.769466918266351
GO:0071805 0.424467441432703 1.10130053658502 10.0585175552666 11 170 potassium ion transmembrane transport 6.9159169550173 0.769466918266351
GO:2001056 0.424467441432703 1.10130053658502 10.0585175552666 11 170 positive regulation of cysteine-type endopeptidase activity 6.9159169550173 0.769466918266351
GO:0021761 0.425756398438424 1.12685673920295 7.1592977893368 8 121 limbic system development 9.92828358718667 0.771223648861788
GO:0055007 0.427773746422308 1.1054012345679 9.11183355006502 10 154 cardiac muscle cell differentiation 7.66149434980604 0.77429617314128
GO:0030010 0.428620732820605 1.09156856506522 11.0643693107932 12 187 establishment of cell polarity 6.2352369241328 0.775166549822371
GO:0046916 0.428897626488197 1.13684543584876 6.21261378413524 7 105 cellular transition metal ion homeostasis 11.5365079365079 0.775166549822371
GO:0021537 0.430632497810188 1.06516653230268 17.9278283485046 19 303 telencephalon development 3.76030672374168 0.777112951661966
GO:0150063 0.430803362117229 1.05568512028734 22.8387516254876 24 386 visual system development 2.92678998093909 0.777112951661966
GO:0010952 0.431984185360682 1.07564547788011 14.0227568270481 15 237 positive regulation of peptidase activity 4.85232067510549 0.777112951661966
GO:0045669 0.43208521721045 1.15046913316985 5.26592977893368 6 89 positive regulation of osteoblast differentiation 13.7634137103901 0.777112951661966
GO:0048704 0.43208521721045 1.15046913316985 5.26592977893368 6 89 embryonic skeletal system morphogenesis 13.7634137103901 0.777112951661966
GO:0051961 0.432138881517005 1.09434093437152 10.1176853055917 11 171 negative regulation of nervous system development 6.83526555179371 0.777112951661966
GO:0022008 0.432230803889961 1.02238500031452 108.98699609883 111 1842 neurogenesis 0.594427173409444 0.777112951661966
GO:0050678 0.43273053016663 1.05311930170687 23.8446033810143 25 403 regulation of epithelial cell proliferation 2.79695090789304 0.777348215187358
GO:1903532 0.433006492325434 1.06142322097378 18.9336801040312 20 320 positive regulation of secretion by cell 3.548828125 0.777348215187358
GO:0045017 0.433999609339849 1.06530581626019 16.981144343303 18 287 glycerolipid biosynthetic process 3.97066857677039 0.778551382528554
GO:0015749 0.43485818305088 1.11689423114327 7.2184655396619 8 122 monosaccharide transmembrane transport 9.76619188390218 0.779511583149198
GO:0030104 0.435253743952186 1.17013324666883 4.31924577373212 5 73 water homeostasis 17.0482266841809 0.779640993067401
GO:0045333 0.435944705771956 1.08529054464467 11.1235370611183 12 188 cellular respiration 6.16908103214124 0.780298949974896
GO:0060147 0.438680844236588 1.12528384621408 6.27178153446034 7 106 regulation of posttranscriptional gene silencing 11.3198647205411 0.783451492929196
GO:1905954 0.438680844236588 1.12528384621408 6.27178153446034 7 106 positive regulation of lipid localization 11.3198647205411 0.783451492929196
GO:0048644 0.438680844236588 1.12528384621408 6.27178153446034 7 106 muscle organ morphogenesis 11.3198647205411 0.783451492929196
GO:1903578 0.439763428738834 1.10185264236319 8.22431729518856 9 139 regulation of ATP metabolic process 8.46384762693442 0.784803572679
GO:0010033 0.440554021848556 1.01520696852043 201.762028608583 204 3410 response to organic substance 0.318769188431472 0.785632948725495
GO:0071241 0.442307778718691 1.07136418269231 13.1352405721717 14 222 cellular response to inorganic substance 5.16151286421557 0.785864160562563
GO:0090288 0.442725976850871 1.13669405815424 5.32509752925878 6 90 negative regulation of cellular response to growth factor stimulus 13.4592592592593 0.785864160562563
GO:0050810 0.442725976850871 1.13669405815424 5.32509752925878 6 90 regulation of steroid biosynthetic process 13.4592592592593 0.785864160562563
GO:0051262 0.442725976850871 1.13669405815424 5.32509752925878 6 90 protein tetramerization 13.4592592592593 0.785864160562563
GO:0051179 0.443158820782756 1.01220044572708 399.441482444733 402 6751 localization 0.160267242402421 0.785864160562563
GO:0042330 0.443169817331011 1.03377873061774 40.7665799739922 42 689 taxis 1.60755475321294 0.785864160562563
GO:0042098 0.443264015757037 1.07908346230795 11.1827048114434 12 189 T cell proliferation 6.1039724531788 0.785864160562563
GO:0002064 0.44361248065099 1.06121687196715 16.0936280884265 17 272 epithelial cell development 4.17509191176471 0.785864160562563
GO:1903409 0.443943171582833 1.10710498409332 7.277633289987 8 123 reactive oxygen species biosynthetic process 9.60803754379007 0.785864160562563
GO:2000736 0.443943171582833 1.10710498409332 7.277633289987 8 123 regulation of stem cell differentiation 9.60803754379007 0.785864160562563
GO:1900076 0.447020469162073 1.15309472335655 4.37841352405722 5 74 regulation of cellular response to insulin stimulus 16.59057706355 0.789185357273378
GO:0021872 0.447020469162073 1.15309472335655 4.37841352405722 5 74 forebrain generation of neurons 16.59057706355 0.789185357273378
GO:2000116 0.447469410317622 1.06114839671887 15.146944083225 16 256 regulation of cysteine-type endopeptidase activity 4.43603515625 0.789185357273378
GO:0060966 0.448437967426183 1.11395348837209 6.33094928478544 7 107 regulation of gene silencing by RNA 11.109267184907 0.789185357273378
GO:0090559 0.448437967426183 1.11395348837209 6.33094928478544 7 107 regulation of membrane permeability 11.109267184907 0.789185357273378
GO:0019915 0.448437967426183 1.11395348837209 6.33094928478544 7 107 lipid storage 11.109267184907 0.789185357273378
GO:0016525 0.448437967426183 1.11395348837209 6.33094928478544 7 107 negative regulation of angiogenesis 11.109267184907 0.789185357273378
GO:2000181 0.448437967426183 1.11395348837209 6.33094928478544 7 107 negative regulation of blood vessel morphogenesis 11.109267184907 0.789185357273378
GO:0007266 0.450576231095054 1.07294612246941 11.2418725617685 12 190 Rho protein signal transduction 6.0398891966759 0.7923700169002
GO:0034219 0.45300687229018 1.09748451716492 7.33680104031209 8 124 carbohydrate transmembrane transport 9.45369406867846 0.793742770865978
GO:1903510 0.45300687229018 1.09748451716492 7.33680104031209 8 124 mucopolysaccharide metabolic process 9.45369406867846 0.793742770865978
GO:0034332 0.453326536337533 1.12324310255075 5.38426527958388 6 91 adherens junction organization 13.1650766815602 0.793742770865978
GO:0034764 0.453332142464725 1.06648737486927 12.2477243172952 13 207 positive regulation of transmembrane transport 5.5126140633387 0.793742770865978
GO:0034767 0.453332142464725 1.06648737486927 12.2477243172952 13 207 positive regulation of ion transmembrane transport 5.5126140633387 0.793742770865978
GO:0010594 0.453332142464725 1.06648737486927 12.2477243172952 13 207 regulation of endothelial cell migration 5.5126140633387 0.793742770865978
GO:0043542 0.455816794558392 1.05281022740642 16.2119635890767 17 274 endothelial cell migration 4.11436411103415 0.797513999767985
GO:0035821 0.456783052941241 1.08500655836949 8.34265279583875 9 141 modulation of process of other organism 8.22544137618832 0.798554653187593
GO:0030155 0.4570740030688 1.02521286710896 47.925877763329 49 810 regulation of cell adhesion 1.35700350556318 0.798554653187593
GO:1901343 0.458163572013511 1.10284749405173 6.39011703511053 7 108 negative regulation of vasculature development 10.9044924554184 0.799878618482675
GO:0007422 0.458724089704268 1.13654301499605 4.43758127438231 5 75 peripheral nervous system development 16.1511111111111 0.800277699187403
GO:0048880 0.461521813083025 1.03803121012857 23.1937581274382 24 392 sensory system development 2.83788004997918 0.803744770956633
GO:0030182 0.46169593546388 1.01589172471805 91.7691807542263 93 1551 neuron differentiation 0.702448161602859 0.803744770956633
GO:0007189 0.462044899438363 1.08802850266265 7.39596879063719 8 125 adenylate cyclase-activating G protein-coupled receptor signaling pathway 9.30304 0.803744770956633
GO:0051817 0.462044899438363 1.08802850266265 7.39596879063719 8 125 modulation of process of other organism involved in symbiotic interaction 9.30304 0.803744770956633
GO:0007399 0.463435314622467 1.01179839633448 152.593628088427 154 2579 nervous system development 0.42070043770779 0.804924974120054
GO:0014909 0.46388018213214 1.11010495986829 5.44343302990897 6 92 smooth muscle cell migration 12.8804347826087 0.804924974120054
GO:0009306 0.46405877811152 1.03455882352941 25.2054616384915 26 426 protein secretion 2.60320923978928 0.804924974120054
GO:0035592 0.46405877811152 1.03455882352941 25.2054616384915 26 426 establishment of protein localization to extracellular region 2.60320923978928 0.804924974120054
GO:0009746 0.464523329189855 1.05158368813526 14.3185955786736 15 242 response to hexose 4.65388293149375 0.805151507316133
GO:0071417 0.467231305273579 1.02313701353222 42.1274382314694 43 712 cellular response to organonitrogen compound 1.54121559777806 0.809263417395545
GO:0043255 0.467852390542136 1.09195926432589 6.44928478543563 7 109 regulation of carbohydrate biosynthetic process 10.7053278343574 0.809757439768191
GO:0007219 0.469258465892971 1.05085495283019 13.371911573472 14 226 Notch signaling pathway 4.98042133291565 0.81160843706453
GO:0031529 0.470356033776281 1.12045755194148 4.49674902470741 5 76 ruffle organization 15.7288781163435 0.812341258907316
GO:0003229 0.470356033776281 1.12045755194148 4.49674902470741 5 76 ventricular cardiac muscle tissue development 15.7288781163435 0.812341258907316
GO:0007259 0.473716708201002 1.06866334255471 8.46098829648895 9 143 receptor signaling pathway via JAK-STAT 7.99696806689814 0.816939137979994
GO:0043406 0.474084757656074 1.04044275992764 16.389466840052 17 277 positive regulation of MAP kinase activity 4.02572690899138 0.816939137979994
GO:0021954 0.474380443009942 1.09726884345438 5.50260078023407 6 93 central nervous system neuron development 12.6049254249046 0.816939137979994
GO:0030219 0.474380443009942 1.09726884345438 5.50260078023407 6 93 megakaryocyte differentiation 12.6049254249046 0.816939137979994
GO:0006650 0.474712456370789 1.03272077387122 21.3595578673602 22 361 glycerophospholipid metabolic process 3.06734908418444 0.816939137979994
GO:0032091 0.477499316318388 1.08128245653646 6.50845253576073 7 110 negative regulation of protein binding 10.5115702479339 0.819979239062417
GO:0010717 0.477499316318388 1.08128245653646 6.50845253576073 7 110 regulation of epithelial to mesenchymal transition 10.5115702479339 0.819979239062417
GO:0014068 0.477499316318388 1.08128245653646 6.50845253576073 7 110 positive regulation of phosphatidylinositol 3-kinase signaling 10.5115702479339 0.819979239062417
GO:0034249 0.477963408861791 1.05434418430116 10.4726918075423 11 177 negative regulation of cellular amide metabolic process 6.37971208784194 0.820192013356426
GO:0030900 0.479689398897226 1.02540698475851 26.3888166449935 27 446 forebrain development 2.46631744052766 0.822568378905556
GO:0042593 0.480158274028296 1.03638345067854 16.4486345903771 17 278 glucose homeostasis 3.99681693494126 0.82278720588644
GO:1901699 0.480580143056468 1.01675025720165 45.3224967490247 46 766 cellular response to nitrogen compound 1.42447627293117 0.822925230759336
GO:0006879 0.481908129419994 1.1048189073051 4.55591677503251 5 77 cellular iron ion homeostasis 15.3229886996121 0.823444720079097
GO:0010611 0.481908129419994 1.1048189073051 4.55591677503251 5 77 regulation of cardiac muscle hypertrophy 15.3229886996121 0.823444720079097
GO:0008344 0.481908129419994 1.1048189073051 4.55591677503251 5 77 adult locomotory behavior 15.3229886996121 0.823444720079097
GO:0051606 0.482672559247765 1.04088785046729 13.4902470741222 14 228 detection of stimulus 4.89342874730686 0.823583538815542
GO:0001763 0.482672559247765 1.04088785046729 13.4902470741222 14 228 morphogenesis of a branching structure 4.89342874730686 0.823583538815542
GO:0034284 0.483955257509214 1.03764877337867 14.4960988296489 15 245 response to monosaccharide 4.54060807996668 0.825188207818045
GO:0071322 0.48554176614297 1.0479574777031 10.5318595578674 11 178 cellular response to carbohydrate stimulus 6.3082312839288 0.827235371752586
GO:1905114 0.485842093074103 1.01568781253064 41.4174252275683 42 700 cell surface receptor signaling pathway involved in cell-cell signaling 1.55742857142857 0.827235371752586
GO:0071383 0.487233504167088 1.03016420943962 17.5136540962289 18 296 cellular response to steroid hormone stimulus 3.73287983929876 0.829019039200317
GO:2000377 0.488211491881853 1.03932707013328 12.5435630689207 13 212 regulation of reactive oxygen species metabolic process 5.25565147739409 0.829619414238079
GO:0071692 0.488593009171196 1.02142338416848 25.501300390117 26 431 protein localization to extracellular region 2.54316029737135 0.829619414238079
GO:0009617 0.488693281655238 1.01756781840842 32.4830949284785 33 549 response to bacterium 1.98940945783193 0.829619414238079
GO:0060968 0.488962748914272 1.06060606060606 7.57347204161248 8 128 regulation of gene silencing 8.8720703125 0.829619414238079
GO:0006812 0.490158318380703 1.00982045205979 65.4395318595579 66 1106 cation transport 0.980366830276414 0.831063084118055
GO:0033500 0.492273479902623 1.02835743999591 16.5669700910273 17 280 carbohydrate homeostasis 3.93992346938776 0.834062796939722
GO:0051048 0.493096378892193 1.04164680332645 10.5910273081925 11 179 negative regulation of secretion 6.2379451327986 0.834751826734855
GO:1901264 0.493372606012928 1.08960871868614 4.61508452535761 5 78 carbohydrate derivative transport 14.9326101249178 0.834751826734855
GO:0060828 0.493898065364104 1.02465331278891 18.5786736020806 19 314 regulation of canonical Wnt signaling pathway 3.50146050549718 0.834927030842821
GO:0021953 0.494168756952595 1.0375229979665 11.5968790637191 12 196 central nervous system neuron differentiation 5.67576009995835 0.834927030842821
GO:0009144 0.495196159774659 1.0724619667893 5.62093628088427 6 95 purine nucleoside triphosphate metabolic process 12.0797783933518 0.835491911278309
GO:0007200 0.495196159774659 1.0724619667893 5.62093628088427 6 95 phospholipase C-activating G protein-coupled receptor signaling pathway 12.0797783933518 0.835491911278309
GO:0043281 0.496026523224921 1.03110532407407 13.6085825747724 14 230 regulation of cysteine-type endopeptidase activity involved in apoptotic process 4.80869565217391 0.836307655591109
GO:1901216 0.497856469075463 1.05176742225724 7.63263979193758 8 129 positive regulation of neuron death 8.73505198004928 0.838220633338646
GO:0008593 0.497856469075463 1.05176742225724 7.63263979193758 8 129 regulation of Notch signaling pathway 8.73505198004928 0.838220633338646
GO:0010647 0.499140475901498 1.00445024624696 111.590377113134 112 1886 positive regulation of cell communication 0.572123218581072 0.839554717631089
GO:0001101 0.499807737633627 1.03972403776325 9.6443433029909 10 163 response to acid chemical 6.83879709435809 0.839554717631089
GO:0050768 0.499807737633627 1.03972403776325 9.6443433029909 10 163 negative regulation of neurogenesis 6.83879709435809 0.839554717631089
GO:0051050 0.500041714856178 1.00730364721078 57.629388816645 58 974 positive regulation of transport 1.11087452407355 0.839554717631089
GO:0006935 0.500922894121497 1.00963706904844 40.648244473342 41 687 chemotaxis 1.57842993925448 0.840448919782136
GO:1903131 0.501821365719631 1.01631592133283 22.6612483745124 23 383 mononuclear cell differentiation 2.84895254586234 0.840762473455106
GO:0010721 0.50204657726856 1.02884130074266 12.6618985695709 13 214 negative regulation of cell development 5.15787405013538 0.840762473455106
GO:0023061 0.502155936032913 1.01094610165152 33.6664499349805 34 569 signal release 1.90813593978274 0.840762473455106
GO:0009142 0.504742094387225 1.07480961624608 4.67425227568271 5 79 nucleoside triphosphate biosynthetic process 14.5569620253165 0.842751516321053
GO:0043647 0.504742094387225 1.07480961624608 4.67425227568271 5 79 inositol phosphate metabolic process 14.5569620253165 0.842751516321053
GO:1905897 0.504742094387225 1.07480961624608 4.67425227568271 5 79 regulation of response to endoplasmic reticulum stress 14.5569620253165 0.842751516321053
GO:0032410 0.504742094387225 1.07480961624608 4.67425227568271 5 79 negative regulation of transporter activity 14.5569620253165 0.842751516321053
GO:0043266 0.505499916484685 1.06047197640118 5.68010403120936 6 96 regulation of potassium ion transport 11.8294270833333 0.84305791430065
GO:0043010 0.505752237610525 1.01640521233442 19.7028608582575 20 333 camera-type eye development 3.27715102489877 0.84305791430065
GO:0044238 0.505974617168412 1.00171315059727 589.665799739922 590 9966 primary metabolic process 0.10793571512599 0.84305791430065
GO:0001738 0.507685380112885 1.03290043290043 9.70351105331599 10 164 morphogenesis of a polarized epithelium 6.75565139797739 0.845324206803982
GO:0045664 0.508931358962605 1.02367628067155 12.721066319896 13 215 regulation of neuron differentiation 5.11000540832883 0.846230004454372
GO:0061138 0.508931358962605 1.02367628067155 12.721066319896 13 215 morphogenesis of a branching epithelium 5.11000540832883 0.846230004454372
GO:0051259 0.509306438801666 1.02150229357798 13.7269180754226 14 232 protein complex oligomerization 4.72614447086801 0.846270037181817
GO:0031032 0.510012509148077 1.01798657718121 15.7386215864759 16 266 actomyosin structure organization 4.10876816100401 0.846276778772205
GO:0032869 0.510012509148077 1.01798657718121 15.7386215864759 16 266 cellular response to insulin stimulus 4.10876816100401 0.846276778772205
GO:0051347 0.510741787034987 1.00451825619734 47.8075422626788 48 808 positive regulation of transferase activity 1.33589844132928 0.846904022380574
GO:0048667 0.513387469343643 1.00399269717463 43.8433029908973 44 741 cell morphogenesis involved in neuron differentiation 1.45603289860695 0.848635202932952
GO:0097696 0.515493362643444 1.02986290213113 8.75682704811443 9 148 receptor signaling pathway via STAT 7.46575967859752 0.848635202932952
GO:0021987 0.515493362643444 1.02986290213113 8.75682704811443 9 148 cerebral cortex development 7.46575967859752 0.848635202932952
GO:0031623 0.515502549191599 1.03452129864979 7.75097529258778 8 131 receptor internalization 8.47036885962356 0.848635202932952
GO:0014066 0.515527430109588 1.02616487455197 9.76267880364109 10 165 regulation of phosphatidylinositol 3-kinase signaling 6.67401285583104 0.848635202932952
GO:0008037 0.515527430109588 1.02616487455197 9.76267880364109 10 165 cell recognition 6.67401285583104 0.848635202932952
GO:1904659 0.5155717740467 1.04057089038615 6.74512353706112 7 114 glucose transmembrane transport 9.78685749461373 0.848635202932952
GO:0046330 0.515726893818634 1.04874550228533 5.73927178153446 6 97 positive regulation of JNK cascade 11.5867786162185 0.848635202932952
GO:0040014 0.516009625673873 1.06040515653775 4.7334200260078 5 80 regulation of multicellular organism growth 14.1953125 0.848635202932952
GO:0006446 0.516009625673873 1.06040515653775 4.7334200260078 5 80 regulation of translational initiation 14.1953125 0.848635202932952
GO:1903201 0.516009625673873 1.06040515653775 4.7334200260078 5 80 regulation of oxidative stress-induced cell death 14.1953125 0.848635202932952
GO:1904063 0.516009625673873 1.06040515653775 4.7334200260078 5 80 negative regulation of cation transmembrane transport 14.1953125 0.848635202932952
GO:0051704 0.516579212590864 1.00146554316853 57.9252275682705 58 979 multi-organism process 1.09955646722125 0.848992829963581
GO:0009792 0.521072025551708 1.0008084401148 44.9674902470741 45 760 embryo development ending in birth or egg hatching 1.41559903047091 0.855793360766463
GO:0031098 0.52232783295503 1.00654245484284 19.8803641092328 20 336 stress-activated protein kinase signaling cascade 3.21889172335601 0.857271889213464
GO:0003158 0.523331269961017 1.01951566951567 9.82184655396619 10 166 endothelium development 6.59384526056031 0.858334484269396
GO:0051046 0.524285464432167 0.999911752455047 41.0032509752926 41 693 regulation of secretion 1.55121613996073 0.859314925048236
GO:0006024 0.524938488389679 1.03086419753086 6.80429128738622 7 115 glycosaminoglycan biosynthetic process 9.61739130434783 0.859800744230649
GO:0030239 0.525871875588111 1.03727395151982 5.79843953185956 6 98 myofibril assembly 11.3515201999167 0.860530510792404
GO:0045685 0.527168628967392 1.04637976155859 4.7925877763329 5 81 regulation of glial cell differentiation 13.846974546563 0.860530510792404
GO:0001708 0.527168628967392 1.04637976155859 4.7925877763329 5 81 cell fate specification 13.846974546563 0.860530510792404
GO:0017156 0.527168628967392 1.04637976155859 4.7925877763329 5 81 calcium-ion regulated exocytosis 13.846974546563 0.860530510792404
GO:2000243 0.527168628967392 1.04637976155859 4.7925877763329 5 81 positive regulation of reproductive process 13.846974546563 0.860530510792404
GO:0010950 0.529883431214099 1.00972178032312 11.8927178153446 12 201 positive regulation of endopeptidase activity 5.39689611643276 0.864376828590794
GO:0022603 0.530719956119689 0.996338081620832 67.2145643693108 67 1136 regulation of anatomical structure morphogenesis 0.943350463697679 0.865156060990243
GO:0061351 0.531094355739008 1.01295116772824 9.88101430429129 10 167 neural precursor cell proliferation 6.51511348560364 0.865181413301856
GO:0043280 0.53191358359039 1.01511323116159 8.87516254876463 9 150 positive regulation of cysteine-type endopeptidase activity involved in apoptotic process 7.268 0.865346592467227
GO:0035194 0.53191358359039 1.01511323116159 8.87516254876463 9 150 post-transcriptional gene silencing by RNA 7.268 0.865346592467227
GO:0055076 0.532936225424566 1.01782705099778 7.86931079323797 8 133 transition metal ion homeostasis 8.21753632200803 0.866425650369945
GO:0009791 0.534236214140133 1.02133560913164 6.86345903771131 7 116 post-embryonic development 9.45228894173603 0.866821221894491
GO:0000902 0.534434817122548 0.995101968118265 74.3146944083225 74 1256 cell morphogenesis 0.852329201996024 0.866821221894491
GO:0051172 0.535024427486408 0.995272983752389 142.53511053316 142 2409 negative regulation of nitrogen compound metabolic process 0.444600218393698 0.866821221894491
GO:0060348 0.535060162023585 1.00220646917985 14.9694408322497 15 253 bone development 4.25799496945742 0.866821221894491
GO:2000134 0.535929899922306 1.02604910077077 5.85760728218465 6 99 negative regulation of G1/S transition of mitotic cell cycle 11.1233547597184 0.866821221894491
GO:0030029 0.536262660348834 0.994569434667854 57.2743823146944 57 968 actin filament-based process 1.10529719622977 0.866821221894491
GO:0048167 0.536934544134003 1.00433712343219 11.9518855656697 12 202 regulation of synaptic plasticity 5.34359376531713 0.866821221894491
GO:0021543 0.536934544134003 1.00433712343219 11.9518855656697 12 202 pallium development 5.34359376531713 0.866821221894491
GO:0060562 0.538095179730977 0.996567079900413 22.0695708712614 22 373 epithelial tube morphogenesis 2.87316087947157 0.866821221894491
GO:0071902 0.538095179730977 0.996567079900413 22.0695708712614 22 373 positive regulation of protein serine/threonine kinase activity 2.87316087947157 0.866821221894491
GO:0043154 0.538212927903796 1.03271866255292 4.851755526658 5 82 negative regulation of cysteine-type endopeptidase activity involved in apoptotic process 13.5113027959548 0.866821221894491
GO:1901983 0.538212927903796 1.03271866255292 4.851755526658 5 82 regulation of protein acetylation 13.5113027959548 0.866821221894491
GO:0048008 0.538212927903796 1.03271866255292 4.851755526658 5 82 platelet-derived growth factor receptor signaling pathway 13.5113027959548 0.866821221894491
GO:0010660 0.538212927903796 1.03271866255292 4.851755526658 5 82 regulation of muscle cell apoptotic process 13.5113027959548 0.866821221894491
GO:0016441 0.540049538599294 1.00789420206031 8.93433029908973 9 151 posttranscriptional gene silencing 7.17205385728696 0.868618704178051
GO:0008277 0.540049538599294 1.00789420206031 8.93433029908973 9 151 regulation of G protein-coupled receptor signaling pathway 7.17205385728696 0.868618704178051
GO:0009749 0.542095337870221 0.99824831838565 14.0227568270481 14 237 response to glucose 4.52883263009845 0.870952213681171
GO:1903706 0.542222842279319 0.99364406779661 25.1462938881665 25 425 regulation of hemopoiesis 2.51487889273356 0.870952213681171
GO:0099175 0.543461043913255 1.01198026779422 6.92262678803641 7 117 regulation of postsynapse organization 9.29140185550442 0.872359904710291
GO:0060560 0.545343795682706 0.993693946188341 18.1053315994798 18 306 developmental growth involved in morphogenesis 3.49288735101884 0.874522179322471
GO:0015800 0.545896258764131 1.0150630766334 5.91677503250975 6 100 acidic amino acid transport 10.902 0.874522179322471
GO:0000079 0.545896258764131 1.0150630766334 5.91677503250975 6 100 regulation of cyclin-dependent protein serine/threonine kinase activity 10.902 0.874522179322471
GO:0071407 0.547585287524648 0.99029612919397 40.3524057217165 40 682 cellular response to organic cyclic compound 1.56259406093859 0.876102145144496
GO:0070085 0.547609262850583 0.993715083798883 15.0877763328999 15 255 glycosylation 4.19146482122261 0.876102145144496
GO:0010927 0.548132372127938 1.000776138401 8.99349804941482 9 152 cellular component assembly involved in morphogenesis 7.07799515235457 0.876357525994999
GO:0006487 0.549136736241836 1.01940784813713 4.91092327698309 5 83 protein N-linked glycosylation 13.1876905211206 0.877225392180224
GO:0009967 0.549834757850496 0.990966012800074 100.762678803641 100 1703 positive regulation of signal transduction 0.626506572457364 0.877225392180224
GO:0045931 0.550130565315843 1.00165860642143 7.98764629388817 8 135 positive regulation of mitotic cell cycle 7.9758573388203 0.877225392180224
GO:0010469 0.550130565315843 1.00165860642143 7.98764629388817 8 135 regulation of signaling receptor activity 7.9758573388203 0.877225392180224
GO:0048666 0.55193179509939 0.989733757580702 77.6872561768531 77 1313 neuron development 0.811551715837118 0.879432933079308
GO:0006023 0.552609246625944 1.00279349116558 6.98179453836151 7 118 aminoglycan biosynthetic process 9.13458776213732 0.879432933079308
GO:0008645 0.552609246625944 1.00279349116558 6.98179453836151 7 118 hexose transmembrane transport 9.13458776213732 0.879432933079308
GO:0070301 0.555766496757384 1.00430833721472 5.97594278283485 6 101 cellular response to hydrogen peroxide 10.6871875306343 0.883291380146377
GO:0055072 0.555766496757384 1.00430833721472 5.97594278283485 6 101 iron ion homeostasis 10.6871875306343 0.883291380146377
GO:0007254 0.556345106789715 0.988905068996602 13.1352405721717 13 222 JNK cascade 4.79283337391445 0.883628493063243
GO:0023056 0.557732286236091 0.989148894029995 112.00455136541 111 1893 positive regulation of signaling 0.562829274255054 0.884730767781574
GO:2000027 0.557869895892057 0.988517950079047 12.129388816645 12 205 regulation of animal organ morphogenesis 5.18834027364664 0.884730767781574
GO:0032870 0.558139982495137 0.986139929706153 44.5533159947984 44 753 cellular response to hormone stimulus 1.40999525580723 0.884730767781574
GO:0060997 0.55993465253459 1.00643401636478 4.97009102730819 5 84 dendritic spine morphogenesis 12.875566893424 0.885828377467779
GO:0048814 0.55993465253459 1.00643401636478 4.97009102730819 5 84 regulation of dendrite morphogenesis 12.875566893424 0.885828377467779
GO:0000288 0.55993465253459 1.00643401636478 4.97009102730819 5 84 nuclear-transcribed mRNA catabolic process, deadenylation-dependent decay 12.875566893424 0.885828377467779
GO:0032355 0.561690921549361 0.987508626639061 10.1176853055917 10 171 response to estradiol 6.21387777435792 0.888024138921646
GO:0043687 0.563089204431609 0.982695081887721 23.3712613784135 23 395 post-translational protein modification 2.67848101265823 0.889651423253348
GO:0046718 0.564128210873689 0.986834551647595 9.11183355006502 9 154 viral entry into host cell 6.89534491482543 0.890709310030429
GO:0060964 0.565536409564216 0.993777654867257 6.03511053315995 6 102 regulation of gene silencing by miRNA 10.4786620530565 0.891181884613937
GO:0043297 0.565536409564216 0.993777654867257 6.03511053315995 6 102 apical junction assembly 10.4786620530565 0.891181884613937
GO:1902807 0.565536409564216 0.993777654867257 6.03511053315995 6 102 negative regulation of cell cycle G1/S phase transition 10.4786620530565 0.891181884613937
GO:0006119 0.567060694475353 0.985991508963715 8.10598179453836 8 137 oxidative phosphorylation 7.74468538547605 0.892417320091434
GO:0032368 0.567060694475353 0.985991508963715 8.10598179453836 8 137 regulation of lipid transport 7.74468538547605 0.892417320091434
GO:0055001 0.569590817407331 0.979394189161343 13.2535760728218 13 224 muscle cell development 4.70762914540816 0.895814390586481
GO:0002792 0.570601653975324 0.99378453038674 5.02925877763329 5 85 negative regulation of peptide secretion 12.5743944636678 0.896234910576225
GO:0050764 0.570601653975324 0.99378453038674 5.02925877763329 5 85 regulation of phagocytosis 12.5743944636678 0.896234910576225
GO:0042113 0.574143280842867 0.976014254385965 14.3185955786736 14 242 B cell activation 4.34362406939417 0.901210579500099
GO:1901890 0.57520204165153 0.983464099990877 6.09427828348505 6 103 positive regulation of cell junction assembly 10.2761806013762 0.902285050372049
GO:0001935 0.576684129213281 0.975255623721881 10.2360208062419 10 173 endothelial cell proliferation 6.07103478231815 0.904021739618479
GO:0003002 0.579228284021352 0.973002653976389 18.4603381014304 18 312 regionalization 3.35983727810651 0.906868529954947
GO:0042542 0.579881164212024 0.973272327799044 9.23016905071522 9 156 response to hydrogen peroxide 6.71967455621302 0.906868529954947
GO:0043270 0.58107438788456 0.976739243375998 42.8966189856957 42 725 positive regulation of ion transport 1.45187158145065 0.906868529954947
GO:0002028 0.581133089498297 0.981447377395812 5.08842652795839 5 86 regulation of sodium ion transport 12.2836668469443 0.906868529954947
GO:0009205 0.581133089498297 0.981447377395812 5.08842652795839 5 86 purine ribonucleoside triphosphate metabolic process 12.2836668469443 0.906868529954947
GO:0035418 0.581133089498297 0.981447377395812 5.08842652795839 5 86 protein localization to synapse 12.2836668469443 0.906868529954947
GO:0010657 0.581133089498297 0.981447377395812 5.08842652795839 5 86 muscle cell apoptotic process 12.2836668469443 0.906868529954947
GO:0001701 0.582457976628151 0.973429196623945 28.6963589076723 28 485 in utero embryonic development 2.16286534169412 0.908348112322427
GO:0050900 0.583405559318048 0.972727482839115 27.6905071521456 27 468 leukocyte migration 2.23989151873767 0.909237752757475
GO:0010811 0.587660764699555 0.966628670846207 9.28933680104031 9 157 positive regulation of cell-substrate adhesion 6.63434622094203 0.914468060086731
GO:0055067 0.587660764699555 0.966628670846207 9.28933680104031 9 157 monovalent inorganic cation homeostasis 6.63434622094203 0.914468060086731
GO:0043009 0.587899416480478 0.974167732042049 44.0208062418726 43 744 chordate embryonic development 1.4114890449763 0.914468060086731
GO:2001237 0.588367324823353 0.967644084934277 7.2184655396619 7 122 negative regulation of extrinsic apoptotic signaling pathway 8.5454178984144 0.914605815698971
GO:2000117 0.591524672211783 0.969411130575394 5.14759427828348 5 87 negative regulation of cysteine-type endopeptidase activity 12.0029065926807 0.91892138189601
GO:0045446 0.591911184295559 0.963381038769065 8.28348504551365 8 140 endothelial cell differentiation 7.41632653061224 0.918929726552861
GO:0044270 0.592530157212216 0.970725699611101 36.979843953186 36 625 cellular nitrogen compound catabolic process 1.6745472 0.919298718815091
GO:0003006 0.593718964733964 0.973556317895941 53.2509752925878 52 900 developmental process involved in reproduction 1.16646913580247 0.920122254224998
GO:1904062 0.593953716630061 0.964501242456514 19.6436931079324 19 332 regulation of cation transmembrane transport 3.13207649876615 0.920122254224998
GO:1904029 0.594205868862846 0.963462054170019 6.21261378413524 6 105 regulation of cyclin-dependent protein kinase activity 9.88843537414966 0.920122254224998
GO:0009314 0.597020059514843 0.965948394600716 27.8680104031209 27 471 response to radiation 2.21144874031401 0.923886626117
GO:0000904 0.599333947212463 0.971867251573527 55.3810143042913 54 936 cell morphogenesis involved in differentiation 1.11994575936884 0.926227100943077
GO:1902533 0.599780846850731 0.972733281259388 61.4752925877763 60 1039 positive regulation of intracellular signal transduction 1.00989235040356 0.926227100943077
GO:0033135 0.600039192196571 0.956070886751246 8.34265279583875 8 141 regulation of peptidyl-serine phosphorylation 7.31150344550073 0.926227100943077
GO:1902105 0.600069154571998 0.959351652526276 16.6261378413524 16 281 regulation of leukocyte differentiation 3.68181760616 0.926227100943077
GO:0042475 0.601772471237167 0.957664913798842 5.20676202860858 5 88 odontogenesis of dentin-containing tooth 11.7316632231405 0.927075672941092
GO:0001885 0.601772471237167 0.957664913798842 5.20676202860858 5 88 endothelial cell development 11.7316632231405 0.927075672941092
GO:0031341 0.601772471237167 0.957664913798842 5.20676202860858 5 88 regulation of cell killing 11.7316632231405 0.927075672941092
GO:0035107 0.603015497918887 0.953607103218646 9.40767230169051 9 159 appendage morphogenesis 6.4684941260235 0.927804955636526
GO:0035108 0.603015497918887 0.953607103218646 9.40767230169051 9 159 limb morphogenesis 6.4684941260235 0.927804955636526
GO:0036473 0.603537370340422 0.953761061946903 6.27178153446034 6 106 cell death in response to oxidative stress 9.70274118903524 0.92801568870584
GO:0034599 0.604598665923959 0.958242032316106 19.7620286085826 19 334 cellular response to oxidative stress 3.09467890566173 0.929055056432547
GO:0050671 0.605702489314195 0.950970648645067 7.33680104031209 7 124 positive regulation of lymphocyte proliferation 8.27198231009365 0.929566328285502
GO:1903959 0.605702489314195 0.950970648645067 7.33680104031209 7 124 regulation of anion transmembrane transport 8.27198231009365 0.929566328285502
GO:0002521 0.606546707447941 0.962465564738292 31.0630689206762 30 525 leukocyte differentiation 1.97768707482993 0.930262881698772
GO:0031346 0.60739588301261 0.960328317373461 26.9804941482445 26 456 positive regulation of cell projection organization 2.27194906124961 0.930262881698772
GO:0043149 0.608085566801022 0.948869841479962 8.40182054616385 8 142 stress fiber assembly 7.20888712557032 0.930262881698772
GO:0015748 0.608085566801022 0.948869841479962 8.40182054616385 8 142 organophosphate ester transport 7.20888712557032 0.930262881698772
GO:0030038 0.608085566801022 0.948869841479962 8.40182054616385 8 142 contractile actin filament bundle assembly 7.20888712557032 0.930262881698772
GO:0006826 0.611872903024472 0.946198368850303 5.26592977893368 5 89 iron ion transport 11.4695114253251 0.933845217555944
GO:0061180 0.611872903024472 0.946198368850303 5.26592977893368 5 89 mammary gland epithelium development 11.4695114253251 0.933845217555944
GO:1903312 0.611872903024472 0.946198368850303 5.26592977893368 5 89 negative regulation of mRNA metabolic process 11.4695114253251 0.933845217555944
GO:0042058 0.612751196256119 0.94425216857969 6.33094928478544 6 107 regulation of epidermal growth factor receptor signaling pathway 9.52222901563455 0.933845217555944
GO:0051963 0.612751196256119 0.94425216857969 6.33094928478544 6 107 regulation of synapse assembly 9.52222901563455 0.933845217555944
GO:0006942 0.612751196256119 0.94425216857969 6.33094928478544 6 107 regulation of striated muscle contraction 9.52222901563455 0.933845217555944
GO:0032946 0.614224549730558 0.942845880961766 7.39596879063719 7 125 positive regulation of mononuclear cell proliferation 8.14016 0.935400565143386
GO:0048585 0.614547696054386 0.973339444922434 103.30689206762 101 1746 negative regulation of response to stimulus 0.601987983661559 0.935400565143386
GO:0009101 0.615124110289046 0.952061802745294 19.8803641092328 19 336 glycoprotein biosynthetic process 3.05794713718821 0.935687211297722
GO:0035195 0.616048165829172 0.941775478360844 8.46098829648895 8 143 gene silencing by miRNA 7.10841605946501 0.936501972140058
GO:0055117 0.621822722211155 0.935001624959376 5.32509752925878 5 90 regulation of cardiac muscle contraction 11.216049382716 0.94175081447674
GO:0002456 0.621822722211155 0.935001624959376 5.32509752925878 5 90 T cell mediated immunity 11.216049382716 0.94175081447674
GO:0032922 0.621822722211155 0.935001624959376 5.32509752925878 5 90 circadian regulation of gene expression 11.216049382716 0.94175081447674
GO:0045921 0.621844585917449 0.93492972410203 6.39011703511053 6 108 positive regulation of exocytosis 9.34670781893004 0.94175081447674
GO:0061097 0.621844585917449 0.93492972410203 6.39011703511053 6 108 regulation of protein tyrosine kinase activity 9.34670781893004 0.94175081447674
GO:0006493 0.621844585917449 0.93492972410203 6.39011703511053 6 108 protein O-linked glycosylation 9.34670781893004 0.94175081447674
GO:0014902 0.622646406946103 0.934857663995831 7.45513654096229 7 126 myotube differentiation 8.01146384479718 0.942373187160738
GO:0050806 0.625507261567217 0.93471306391591 9.5851755526658 9 162 positive regulation of synaptic transmission 6.23113854595336 0.946109164139624
GO:0050801 0.626394392984144 0.959076720046697 45.6775032509753 44 772 ion homeostasis 1.34144540793041 0.946856978987317
GO:0016055 0.627400423215882 0.95414073063287 34.4356306892068 33 582 Wnt signaling pathway 1.77020228858894 0.947783471411961
GO:0042775 0.631619012087528 0.924065270461262 5.38426527958388 5 91 mitochondrial ATP synthesis coupled electron transport 10.9708972346335 0.952366127669187
GO:0010827 0.631619012087528 0.924065270461262 5.38426527958388 5 91 regulation of glucose transmembrane transport 10.9708972346335 0.952366127669187
GO:0055008 0.631619012087528 0.924065270461262 5.38426527958388 5 91 cardiac muscle tissue morphogenesis 10.9708972346335 0.952366127669187
GO:2001257 0.632853337641258 0.928578635570866 9.6443433029909 9 163 regulation of cation channel activity 6.15491738492228 0.953630873158171
GO:0030335 0.63510640308671 0.952173913043478 37.630689206762 36 636 positive regulation of cell migration 1.61712353150587 0.955745167246232
GO:0198738 0.635313950429652 0.950540843123418 34.553966189857 33 584 cell-cell signaling by wnt 1.75809837680615 0.955745167246232
GO:0007411 0.635793267792519 0.939932380223138 20.1170351105332 19 340 axon guidance 2.98641868512111 0.955745167246232
GO:0071478 0.635842077255478 0.929531630890114 11.7743823146944 11 199 cellular response to radiation 5.04709477033408 0.955745167246232
GO:0048863 0.637456476103817 0.934275386132106 15.9752925877763 15 270 stem cell differentiation 3.73868312757202 0.957306393446297
GO:0045860 0.638880757610796 0.950521061388913 37.6898569570871 36 637 positive regulation of protein kinase activity 1.61205020590533 0.957306393446297
GO:0048013 0.639180932633512 0.919277339996156 7.57347204161248 7 128 ephrin receptor signaling pathway 7.7630615234375 0.957306393446297
GO:0010595 0.639180932633512 0.919277339996156 7.57347204161248 7 128 positive regulation of endothelial cell migration 7.7630615234375 0.957306393446297
GO:0051101 0.639180932633512 0.919277339996156 7.57347204161248 7 128 regulation of DNA binding 7.7630615234375 0.957306393446297
GO:0002573 0.639356150535529 0.930147538843191 13.9044213263979 13 235 myeloid leukocyte differentiation 4.27722951561793 0.957306393446297
GO:2000379 0.639660140954784 0.91682266848196 6.50845253576073 6 110 positive regulation of reactive oxygen species metabolic process 9.0099173553719 0.957306393446297
GO:0001666 0.640454316184432 0.941102290821604 24.3179453836151 23 411 response to hypoxia 2.47399672036041 0.957900345112076
GO:0042773 0.641259174728642 0.91338032641138 5.44343302990897 5 92 ATP synthesis coupled electron transport 10.7336956521739 0.958509528996129
GO:0007409 0.643152672130936 0.946966994583293 34.6723016905072 33 586 axonogenesis 1.74611818425375 0.960744171318269
GO:0035303 0.64540524693065 0.925911483720023 13.963589076723 13 236 regulation of dephosphorylation 4.24105860384947 0.963097128361866
GO:0051960 0.645790086576063 0.943130012467204 30.5897269180754 29 517 regulation of nervous system development 1.97138677611125 0.963097128361866
GO:0097485 0.645926195172599 0.933980326137189 20.2353706111834 19 342 neuron projection guidance 2.95159194282001 0.963097128361866
GO:0035305 0.647289713329465 0.91167873935697 7.63263979193758 7 129 negative regulation of dephosphorylation 7.64317048254312 0.963342900516877
GO:0032231 0.647289713329465 0.91167873935697 7.63263979193758 7 129 regulation of actin filament bundle assembly 7.64317048254312 0.963342900516877
GO:0070665 0.647289713329465 0.91167873935697 7.63263979193758 7 129 positive regulation of leukocyte proliferation 7.64317048254312 0.963342900516877
GO:0009199 0.650740920849023 0.902938221998995 5.50260078023407 5 93 ribonucleoside triphosphate metabolic process 10.5041045207538 0.96582070860251
GO:0014032 0.650740920849023 0.902938221998995 5.50260078023407 5 93 neural crest cell development 10.5041045207538 0.96582070860251
GO:0008361 0.651400911295765 0.921713250517598 14.0227568270481 13 237 regulation of cell size 4.20534458509142 0.96582070860251
GO:0036293 0.651800298555218 0.935968186532521 25.501300390117 24 431 response to decreased oxygen levels 2.34753258218894 0.96582070860251
GO:0031401 0.652486898993208 0.956115650207508 68.6345903771131 66 1160 positive regulation of protein modification process 0.89121581450654 0.96582070860251
GO:0031344 0.652651433948155 0.949006887221744 47.1566970091027 45 797 regulation of cell projection organization 1.28721412952272 0.96582070860251
GO:0120035 0.653803840162259 0.948099708806105 46.1508452535761 44 780 regulation of plasma membrane bounded cell projection organization 1.31406969099277 0.96582070860251
GO:0098771 0.654058720914298 0.946566432664492 43.074122236671 41 728 inorganic ion homeostasis 1.40564620818742 0.96582070860251
GO:0018105 0.654094743296305 0.927858016423039 19.2886866059818 18 326 peptidyl-serine phosphorylation 3.07745869246114 0.96582070860251
GO:0044237 0.654699842134592 0.974310666727339 612.918725617685 608 10359 cellular metabolic process 0.102949167832623 0.96582070860251
GO:0060538 0.654739835277049 0.912899106002554 10.8868660598179 10 184 skeletal muscle organ development 5.36684782608696 0.96582070860251
GO:0090175 0.655290509396094 0.904203693199723 7.69180754226268 7 130 regulation of establishment of planar polarity 7.52603550295858 0.96582070860251
GO:1902414 0.655290509396094 0.904203693199723 7.69180754226268 7 130 protein localization to cell junction 7.52603550295858 0.96582070860251
GO:0000041 0.655290509396094 0.904203693199723 7.69180754226268 7 130 transition metal ion transport 7.52603550295858 0.96582070860251
GO:1904064 0.655290509396094 0.904203693199723 7.69180754226268 7 130 positive regulation of cation transmembrane transport 7.52603550295858 0.96582070860251
GO:0018209 0.655918050414185 0.928101528101528 20.3537061118335 19 344 peptidyl-serine modification 2.91737087614927 0.96582070860251
GO:0001818 0.656274224990755 0.916266917937297 13.0169050715215 12 220 negative regulation of cytokine production 4.50495867768595 0.96582070860251
GO:0007389 0.656815632793708 0.931201201201201 23.4895968790637 22 397 pattern specification process 2.536276481673 0.96582070860251
GO:0042158 0.656966388265498 0.899398897979629 6.62678803641092 6 112 lipoprotein biosynthetic process 8.69100765306122 0.96582070860251
GO:0043502 0.656966388265498 0.899398897979629 6.62678803641092 6 112 regulation of muscle adaptation 8.69100765306122 0.96582070860251
GO:0030098 0.660859637184481 0.925189178767911 20.4128738621586 19 345 lymphocyte differentiation 2.90048309178744 0.97095221526617
GO:0048706 0.66318176521409 0.896849212303076 7.75097529258778 7 131 embryonic skeletal system development 7.41157275217062 0.973770545634087
GO:0048584 0.66540266589947 0.962919594067135 134.014954486346 130 2265 positive regulation of response to stimulus 0.460428148862867 0.976436900476946
GO:0000910 0.668088824598836 0.905133510463555 12.0702210663199 11 204 cytokinesis 4.8027201076509 0.979782333398902
GO:0002824 0.669221487192067 0.882750153468385 5.62093628088427 5 95 positive regulation of adaptive immune response based on somatic recombination of immune receptors built from immunoglobulin superfamily domains 10.0664819944598 0.980008991505647
GO:0035282 0.669221487192067 0.882750153468385 5.62093628088427 5 95 segmentation 10.0664819944598 0.980008991505647
GO:0050767 0.669462799257487 0.926595376579723 25.7379713914174 24 435 regulation of neurogenesis 2.30455806579469 0.980008991505647
GO:0110020 0.670962074601675 0.889612403100775 7.81014304291287 7 132 regulation of actomyosin structure organization 7.2997015610652 0.981012469293292
GO:0008584 0.670962074601675 0.889612403100775 7.81014304291287 7 132 male gonad development 7.2997015610652 0.981012469293292
GO:0010923 0.673749054090854 0.882620452310718 6.74512353706112 6 114 negative regulation of phosphatase activity 8.38873499538319 0.984490284492757
GO:0060218 0.678217177890274 0.872988889563475 5.68010403120936 5 96 hematopoietic stem cell differentiation 9.85785590277778 0.988626802146005
GO:0043462 0.678217177890274 0.872988889563475 5.68010403120936 5 96 regulation of ATPase activity 9.85785590277778 0.988626802146005
GO:0120193 0.678217177890274 0.872988889563475 5.68010403120936 5 96 tight junction organization 9.85785590277778 0.988626802146005
GO:0001906 0.678630177333737 0.882490463885813 7.86931079323797 7 133 cell killing 7.19034428175702 0.988626802146005
GO:0046546 0.678630177333737 0.882490463885813 7.86931079323797 7 133 development of primary male sexual characteristics 7.19034428175702 0.988626802146005
GO:0071456 0.68038902639485 0.898726730260117 13.2535760728218 12 224 cellular response to hypoxia 4.34550382653061 0.990223967811682
GO:0036294 0.680547952992102 0.901272071387887 14.3185955786736 13 242 cellular response to decreased oxygen levels 4.03336520729458 0.990223967811682
GO:0034766 0.681940461377157 0.874462125517577 6.80429128738622 6 115 negative regulation of ion transmembrane transport 8.24347826086957 0.991053919457701
GO:0046849 0.681940461377157 0.874462125517577 6.80429128738622 6 115 bone remodeling 8.24347826086957 0.991053919457701
GO:0060996 0.686184955541452 0.875480681193921 7.92847854356307 7 134 dendritic spine development 7.083426152818 0.995127085798072
GO:0031398 0.686184955541452 0.875480681193921 7.92847854356307 7 134 positive regulation of protein ubiquitination 7.083426152818 0.995127085798072
GO:0050729 0.686184955541452 0.875480681193921 7.92847854356307 7 134 positive regulation of inflammatory response 7.083426152818 0.995127085798072
GO:0048864 0.68704817158982 0.863439827047802 5.73927178153446 5 97 stem cell development 9.65564884684876 0.995127085798072
GO:0014031 0.68704817158982 0.863439827047802 5.73927178153446 5 97 mesenchymal cell development 9.65564884684876 0.995127085798072
GO:0032147 0.687219659001986 0.912846510624528 22.8387516254876 21 386 activation of protein kinase activity 2.5609412333217 0.995127085798072
GO:0032989 0.687963762975297 0.939791946605096 58.1027308192458 55 982 cellular component morphogenesis 1.03632181714859 0.995606622168932
GO:0044409 0.688693849765128 0.882229621408312 10.1176853055917 9 171 entry into host 5.59248999692213 0.996065310008232
GO:0001824 0.689997056680995 0.866452131938858 6.86345903771131 6 116 blastocyst development 8.10196195005945 0.996551272354682
GO:1901184 0.689997056680995 0.866452131938858 6.86345903771131 6 116 regulation of ERBB signaling pathway 8.10196195005945 0.996551272354682
GO:0051345 0.690553206099866 0.935402950317206 50.943433029909 48 861 positive regulation of hydrolase activity 1.17649439311715 0.996551272354682
GO:0072175 0.690683192079915 0.876213777811759 9.05266579973992 8 153 epithelial tube formation 6.20957751292238 0.996551272354682
GO:0043413 0.69180478933703 0.893343371604241 14.4369310793238 13 244 macromolecule glycosylation 3.96751545283526 0.996976298321327
GO:0006486 0.69180478933703 0.893343371604241 14.4369310793238 13 244 protein glycosylation 3.96751545283526 0.996976298321327
GO:0009100 0.692780439883674 0.911233034601181 23.9629388816645 22 405 glycoprotein metabolic process 2.43706752019509 0.997785926260178
GO:0007006 0.695290856248696 0.876755888140648 10.1768530559168 9 172 mitochondrial membrane organization 5.52765008112493 1
GO:2000147 0.696739866311133 0.924804082646896 38.6365409622887 36 653 positive regulation of cell motility 1.53402015435884 1
GO:0046661 0.697617711598064 0.870151565774686 9.11183355006502 8 154 male sex differentiation 6.12919547984483 1
GO:0034763 0.697917922236008 0.858586462568763 6.92262678803641 6 117 negative regulation of transmembrane transport 7.9640587332895 1
GO:0014897 0.697917922236008 0.858586462568763 6.92262678803641 6 117 striated muscle hypertrophy 7.9640587332895 1
GO:0010648 0.698416112685267 0.94612415499115 89.1066319895969 85 1506 negative regulation of cell communication 0.680963617861445 1
GO:0035264 0.699925888400969 0.877163904235727 11.3010403120936 10 191 multicellular organism growth 4.9806748718511 1
GO:0009628 0.70020970412665 0.943076127333427 79.9356306892068 76 1351 response to abiotic stimulus 0.756585165140716 1
GO:0043500 0.700950756366705 0.86178715221441 8.04681404421326 7 136 muscle adaptation 6.87662197231834 1
GO:0019953 0.701302950938847 0.925149700598802 41.831599479844 39 707 sexual reproduction 1.41768814181883 1
GO:0031047 0.70179976200064 0.871348907717712 10.2360208062419 9 173 gene silencing by RNA 5.46393130408634 1
GO:0007519 0.70179976200064 0.871348907717712 10.2360208062419 9 173 skeletal muscle tissue development 5.46393130408634 1
GO:0023057 0.703101583917659 0.944649587938414 89.2249674902471 85 1508 negative regulation of signaling 0.67915854610952 1
GO:0140353 0.704212694907852 0.844951216645116 5.85760728218465 5 99 lipid export from cell 9.26946229976533 1
GO:0006919 0.704212694907852 0.844951216645116 5.85760728218465 5 99 activation of cysteine-type endopeptidase activity involved in apoptotic process 9.26946229976533 1
GO:0007368 0.705702315572261 0.850861251580278 6.98179453836151 6 118 determination of left/right symmetry 7.82964665326056 1
GO:0051492 0.705702315572261 0.850861251580278 6.98179453836151 6 118 regulation of stress fiber assembly 7.82964665326056 1
GO:0010921 0.706069923125361 0.872283272283272 11.3602080624187 10 192 regulation of phosphatase activity 4.92892795138889 1
GO:0043200 0.708160221237779 0.855098389982111 8.10598179453836 7 137 response to amino acid 6.77659971229154 1
GO:0048858 0.708663684706046 0.926903684855339 49.2275682704811 46 832 cell projection morphogenesis 1.20744152181953 1
GO:0051480 0.712390958548919 0.892306614349776 19.998699609883 18 338 regulation of cytosolic calcium ion concentration 2.86281992927419 1
GO:0014896 0.713349663258392 0.843272769989819 7.04096228868661 6 119 muscle hypertrophy 7.69860885530683 1
GO:2001236 0.714550710484007 0.860730379899175 10.3543563068921 9 175 regulation of extrinsic apoptotic signaling pathway 5.33975510204082 1
GO:0022407 0.715529004985283 0.901736330277192 26.3888166449935 24 446 regulation of cell-cell adhesion 2.19228216935792 1
GO:0071333 0.717817848842468 0.85245316150538 9.28933680104031 8 157 cellular response to glucose stimulus 5.89719664083736 1
GO:0009968 0.717847179973328 0.937856463878327 82.4206762028609 78 1393 negative regulation of signal transduction 0.730377350809014 1
GO:1902106 0.720710693194481 0.827232965009208 5.97594278283485 5 101 negative regulation of leukocyte differentiation 8.90598960886188 1
GO:0014033 0.720710693194481 0.827232965009208 5.97594278283485 5 101 neural crest cell differentiation 8.90598960886188 1
GO:0009141 0.720859554609034 0.835817419655333 7.1001300390117 6 120 nucleoside triphosphate metabolic process 7.57083333333333 1
GO:0006810 0.721776889132006 0.960521913683506 307.672301690507 300 5200 transport 0.201590236686391 1
GO:0002695 0.724348246624809 0.846711012564671 9.34850455136541 8 158 negative regulation of leukocyte activation 5.82278481012658 1
GO:0120032 0.725543417011376 0.865559829925086 13.7269180754226 12 232 regulation of plasma membrane bounded cell projection assembly 4.05098097502973 1
GO:0060326 0.727229651472121 0.87483568846533 16.981144343303 15 287 cell chemotaxis 3.30889048064199 1
GO:0097529 0.727408314104791 0.859942903171011 12.6618985695709 11 214 myeloid leukocyte migration 4.36435496549917 1
GO:0070663 0.727408314104791 0.859942903171011 12.6618985695709 11 214 regulation of leukocyte proliferation 4.36435496549917 1
GO:0030099 0.72855589870189 0.897795719595028 28.6963589076723 26 485 myeloid cell differentiation 2.00837496014454 1
GO:1903707 0.728709367608412 0.818647832773253 6.03511053315995 5 102 negative regulation of hemopoiesis 8.7322183775471 1
GO:0001838 0.729088194717949 0.835635600629481 8.28348504551365 7 140 embryonic epithelial tube formation 6.48928571428571 1
GO:0046474 0.729307632729969 0.866642309097552 14.8511053315995 13 251 glycerophospholipid biosynthetic process 3.74930556657831 1
GO:0032990 0.73066932443756 0.918444129722616 50.7067620286086 47 857 cell part morphogenesis 1.16276283308984 1
GO:0002040 0.730776471721811 0.84104491857682 9.40767230169051 8 159 sprouting angiogenesis 5.74977255646533 1
GO:0006888 0.730888681188543 0.861582803414324 13.7860858257477 12 233 endoplasmic reticulum to Golgi vesicle-mediated transport 4.0162832249627 1
GO:0040017 0.733451611450779 0.907883805331662 39.2873862158648 36 664 positive regulation of locomotion 1.48361518362607 1
GO:0031647 0.734857309490608 0.878268368402898 20.2945383615085 18 343 regulation of protein stability 2.77996413059185 1
GO:0043112 0.735583511692162 0.848663101604278 11.6560468140442 10 197 receptor metabolic process 4.68190368213559 1
GO:0051272 0.736655286858437 0.906374944065077 39.3465539661899 36 665 positive regulation of cellular component movement 1.47915653796144 1
GO:0071326 0.737102252183998 0.83545337845723 9.46684005201561 8 160 cellular response to monosaccharide stimulus 5.678125 1
GO:0071331 0.737102252183998 0.83545337845723 9.46684005201561 8 160 cellular response to hexose stimulus 5.678125 1
GO:0030218 0.737102252183998 0.83545337845723 9.46684005201561 8 160 erythrocyte differentiation 5.678125 1
GO:0007154 0.737685348145318 0.958566800910524 358.615734720416 350 6061 cell communication 0.173114881833951 1
GO:0055065 0.738099826171144 0.903504336367258 37.2756827048114 34 630 metal ion homeostasis 1.55651297556059 1
GO:1903792 0.738401148862633 0.851433842480805 12.7802340702211 11 216 negative regulation of anion transport 4.28390775034293 1
GO:0090068 0.740514009371618 0.868989611106003 18.22366710013 16 308 positive regulation of cell cycle process 3.06459773992242 1
GO:0007162 0.740514009371618 0.868989611106003 18.22366710013 16 308 negative regulation of cell adhesion 3.06459773992242 1
GO:0031175 0.741570114257282 0.924939497832006 70.6462938881665 66 1194 neuron projection development 0.841182461722347 1
GO:0043269 0.743751206275074 0.927956147220047 79.9947984395319 75 1352 regulation of ion transport 0.745526023248486 1
GO:0002821 0.744207115976728 0.801997879345946 6.15344603381014 5 104 positive regulation of adaptive immune response 8.39959319526627 1
GO:0001678 0.744849712523766 0.83527075179625 10.6501950585176 9 180 cellular glucose homeostasis 5.04722222222222 1
GO:0060491 0.746516985399793 0.849864778873688 13.963589076723 12 236 regulation of cell projection assembly 3.91482332663028 1
GO:0030177 0.746818927694322 0.839564961787184 11.7743823146944 10 199 positive regulation of Wnt signaling pathway 4.58826797303098 1
GO:0120039 0.748346379500826 0.9093747923726 48.9908972691808 45 828 plasma membrane bounded cell projection morphogenesis 1.19263285024155 1
GO:0010821 0.750636558270988 0.830356451488011 10.7093628088427 9 181 regulation of mitochondrion organization 4.9916058728366 1
GO:0022408 0.750636558270988 0.830356451488011 10.7093628088427 9 181 negative regulation of cell-cell adhesion 4.9916058728366 1
GO:0097306 0.751707178332422 0.793922651933702 6.21261378413524 5 105 cellular response to alcohol 8.24036281179138 1
GO:0090090 0.752313539730549 0.835087719298246 11.8335500650195 10 200 negative regulation of canonical Wnt signaling pathway 4.5425 1
GO:0001736 0.755348094953657 0.811011146947321 8.52015604681404 7 144 establishment of planar polarity 6.13377700617284 1
GO:0007164 0.755348094953657 0.811011146947321 8.52015604681404 7 144 establishment of tissue polarity 6.13377700617284 1
GO:0016331 0.755463503490506 0.819111651527072 9.6443433029909 8 163 morphogenesis of embryonic epithelium 5.47103767548647 1
GO:0032092 0.759042317341927 0.786007330014769 6.27178153446034 5 106 positive regulation of protein binding 8.08561765752937 1
GO:0008654 0.759798047932619 0.852465909773533 17.3953185955787 15 294 phospholipid biosynthetic process 3.15320005553242 1
GO:0045619 0.761378495744891 0.813804082096765 9.70351105331599 8 164 regulation of lymphocyte differentiation 5.40452111838192 1
GO:0006836 0.761587071884013 0.847328244274809 16.3302990897269 14 276 neurotransmitter transport 3.33937198067633 1
GO:1903793 0.761589772377501 0.884830471591443 32.4239271781534 29 548 positive regulation of anion transport 1.75465528264692 1
GO:0046700 0.762975705722609 0.889937626141465 36.6840052015605 33 620 heterocycle catabolic process 1.55985952133195 1
GO:0002221 0.763056093941923 0.826273148148148 11.9518855656697 10 202 pattern recognition receptor signaling pathway 4.45299480443094 1
GO:0050670 0.763056093941923 0.826273148148148 11.9518855656697 10 202 regulation of lymphocyte proliferation 4.45299480443094 1
GO:0070482 0.76482925928136 0.87397836070678 27.1579973992198 24 459 response to oxygen levels 2.06985917097413 1
GO:0051098 0.765461429350887 0.869217721462111 25.0279583875163 22 423 regulation of binding 2.23407049723633 1
GO:0015914 0.766213450728486 0.778247210486405 6.33094928478544 5 107 phospholipid transport 7.93519084636213 1
GO:0019886 0.766213450728486 0.778247210486405 6.33094928478544 5 107 antigen processing and presentation of exogenous peptide antigen via MHC class II 7.93519084636213 1
GO:0080135 0.767466727767115 0.897085249257107 45.2041612483745 41 764 regulation of cellular response to stress 1.27629793591184 1
GO:0051208 0.767773624545414 0.799230383135352 8.63849154746424 7 146 sequestering of calcium ion 5.96687933946331 1
GO:0034341 0.768304004787262 0.821934369602763 12.0110533159948 10 203 response to interferon-gamma 4.40923099322963 1
GO:0031324 0.768397763812511 0.937833433782004 154.60533159948 147 2613 negative regulation of cellular metabolic process 0.391195132700008 1
GO:0009855 0.769576786367883 0.787080377386089 7.51430429128739 6 127 determination of bilateral symmetry 6.75925351850704 1
GO:0050821 0.769590642938963 0.826874515654571 13.1352405721717 11 222 protein stabilization 4.05547439331223 1
GO:0051234 0.770593234828139 0.950172670594593 314.831599479844 305 5321 establishment of localization 0.195734891211439 1
GO:0051049 0.771213921462376 0.927288591580019 107.566970091027 101 1818 regulation of transport 0.555249969441389 1
GO:0032504 0.771874005351829 0.892865628442448 43.1924577373212 39 730 multicellular organism reproduction 1.32976168136611 1
GO:0002495 0.77322164804941 0.770637772890629 6.39011703511053 5 108 antigen processing and presentation of peptide antigen via MHC class II 7.7889231824417 1
GO:0032411 0.77322164804941 0.770637772890629 6.39011703511053 5 108 positive regulation of transporter activity 7.7889231824417 1
GO:2001233 0.773435474925819 0.86189873934152 24.0812743823147 21 407 regulation of apoptotic signaling pathway 2.30348507989786 1
GO:0006473 0.774527008899859 0.822916448044998 13.1944083224967 11 223 protein acetylation 4.01918397715619 1
GO:0060071 0.775989697207279 0.780574495865371 7.57347204161248 6 128 Wnt signaling pathway, planar cell polarity pathway 6.654052734375 1
GO:0051250 0.775989697207279 0.780574495865371 7.57347204161248 6 128 negative regulation of lymphocyte activation 6.654052734375 1
GO:0010810 0.779420527203186 0.834351503759398 16.5669700910273 14 280 regulation of cell-substrate adhesion 3.24464285714286 1
GO:0001936 0.779732539202576 0.787783825388971 8.75682704811443 7 148 regulation of endothelial cell proliferation 5.80670197224251 1
GO:0055080 0.779813586304911 0.887845053053813 42.3049414824447 38 715 cation homeostasis 1.35059905129835 1
GO:0071310 0.780202629365601 0.936032299733791 165.255526657997 157 2793 cellular response to organic substance 0.365689683263963 1
GO:0043393 0.780584929263672 0.82370636045469 14.3777633289987 12 243 regulation of protein binding 3.69252654575014 1
GO:0006979 0.78177904587085 0.866186996995883 28.518855656697 25 482 response to oxidative stress 1.95524353919526 1
GO:0071453 0.782054078858967 0.827716663756475 15.5019505851756 13 262 cellular response to oxygen levels 3.44108734922207 1
GO:0009799 0.782267745201318 0.774174401036046 7.63263979193758 6 129 specification of symmetry 6.55128898503696 1
GO:0007283 0.783497537566127 0.858207961656237 25.3237971391417 22 428 spermatogenesis 2.18217748274959 1
GO:0051051 0.783497537566127 0.858207961656237 25.3237971391417 22 428 negative regulation of transport 2.18217748274959 1
GO:0050870 0.783555143982103 0.809183673469388 12.1885565669701 10 206 positive regulation of T cell activation 4.28174191724008 1
GO:0060284 0.783960384083862 0.876015764667642 34.9681404421326 31 591 regulation of cell development 1.61265571273559 1
GO:1903530 0.784286292617687 0.880370528140857 38.1631989596879 34 645 regulation of secretion by cell 1.48495883660838 1
GO:1901653 0.786232109656044 0.858995766948161 26.4479843953186 23 447 cellular response to peptide 2.09154742779354 1
GO:0002504 0.786754215570503 0.755853722704551 6.50845253576073 5 110 antigen processing and presentation of peptide or polysaccharide antigen via MHC class II 7.50826446280992 1
GO:1990542 0.786754215570503 0.755853722704551 6.50845253576073 5 110 mitochondrial transmembrane transport 7.50826446280992 1
GO:0007166 0.787790171824135 0.935602405166654 177.799089726918 169 3005 cell surface receptor signaling pathway 0.340057751778096 1
GO:0007156 0.788411804998345 0.767877533542678 7.69180754226268 6 130 homophilic cell adhesion via plasma membrane adhesion molecules 6.4508875739645 1
GO:0032944 0.788475181029614 0.805019740552736 12.2477243172952 10 207 regulation of mononuclear cell proliferation 4.24047235641439 1
GO:0051494 0.788591725739511 0.797493784063641 11.1235370611183 9 188 negative regulation of cytoskeleton organization 4.62681077410593 1
GO:0046578 0.788887904147336 0.811263160617741 13.371911573472 11 226 regulation of Ras protein signal transduction 3.91318819014801 1
GO:0061013 0.788887904147336 0.811263160617741 13.371911573472 11 226 regulation of mRNA catabolic process 3.91318819014801 1
GO:0000187 0.789420520517294 0.788255223037832 9.99934980494148 8 169 activation of MAPK activity 5.089457652043 1
GO:0043547 0.789627734523002 0.856913588434246 26.5071521456437 23 448 positive regulation of GTPase activity 2.08222058354592 1
GO:0048812 0.789973020014751 0.888519498533746 47.8075422626788 43 808 neuron projection morphogenesis 1.19674235369081 1
GO:0031589 0.790443906798064 0.853879614909027 25.4421326397919 22 430 cell-substrate adhesion 2.1619253650622 1
GO:0051716 0.790522191413642 0.948096533682928 411.275032509753 400 6951 cellular response to stimulus 0.150425111340557 1
GO:2001234 0.790819350260814 0.821005831745482 15.6202860858257 13 264 negative regulation of apoptotic signaling pathway 3.3891471533517 1
GO:0016358 0.791486514473496 0.833980925468032 18.9336801040312 16 320 dendrite development 2.8390625 1
GO:0001505 0.792174655365333 0.824872211895911 16.7444733420026 14 283 regulation of neurotransmitter levels 3.17621645918915 1
GO:0032102 0.792544609834138 0.846962687015562 23.3120936280884 20 394 negative regulation of response to external stimulus 2.34095184106779 1
GO:0052126 0.793313754458253 0.800897867564534 12.3068920676203 10 208 movement in host environment 4.19979659763314 1
GO:0035148 0.794724769178781 0.783334702033889 10.0585175552666 8 170 tube formation 5.02975778546713 1
GO:0072659 0.795408131172671 0.8386309680823 21.1820546163849 18 358 protein localization to plasma membrane 2.55188664523579 1
GO:0070661 0.796308031557109 0.821759259259259 16.8036410923277 14 284 leukocyte proliferation 3.15388811743702 1
GO:1904375 0.796805130424401 0.771210163652024 8.93433029908973 7 151 regulation of protein localization to cell periphery 5.57826411122319 1
GO:0034612 0.797704680578781 0.82530260707635 17.9278283485046 15 303 response to tumor necrosis factor 2.96866320295396 1
GO:0097061 0.799651260780475 0.741622347291785 6.62678803641092 5 112 dendritic spine organization 7.24250637755102 1
GO:0007015 0.799992880659615 0.859679025455109 31.0039011703511 27 524 actin filament organization 1.78671843132685 1
GO:0009058 0.800277317231639 0.944768111791851 359.562418725618 348 6077 biosynthetic process 0.171220475403568 1
GO:0045807 0.800301931303528 0.755583649388959 7.81014304291287 6 132 positive regulation of endocytosis 6.2568870523416 1
GO:0032874 0.800301931303528 0.755583649388959 7.81014304291287 6 132 positive regulation of stress-activated MAPK cascade 6.2568870523416 1
GO:0007173 0.802267827106352 0.765838011226945 8.99349804941482 7 152 epidermal growth factor receptor signaling pathway 5.50510734072022 1
GO:1901888 0.802861808460776 0.805971839492658 14.6736020806242 12 248 regulation of cell junction assembly 3.54513527575442 1
GO:0097191 0.803492961643676 0.811137738217505 15.797789336801 13 267 extrinsic apoptotic signaling pathway 3.31341441176058 1
GO:0021915 0.803501630275332 0.7841836299106 11.3010403120936 9 191 neural tube development 4.48260738466599 1
GO:0003300 0.805865488868065 0.734704317577246 6.68595578673602 5 113 cardiac muscle hypertrophy 7.11488761845094 1
GO:0051341 0.805865488868065 0.734704317577246 6.68595578673602 5 113 regulation of oxidoreductase activity 7.11488761845094 1
GO:0043620 0.806050203144621 0.749581910668246 7.86931079323797 6 133 regulation of DNA-templated transcription in response to stress 6.16315224150602 1
GO:0030178 0.806996526995777 0.796222083390474 13.6085825747724 11 230 negative regulation of Wnt signaling pathway 3.77826086956522 1
GO:0032943 0.807591675112042 0.807899971582836 15.8569570871261 13 268 mononuclear cell proliferation 3.28873357095121 1
GO:0061387 0.807617775361044 0.760539449930976 9.05266579973992 7 153 regulation of extent of cell growth 5.43338032380708 1
GO:0034101 0.81003827697681 0.768930995095075 10.2360208062419 8 173 erythrocyte homeostasis 4.85682782585452 1
GO:0050865 0.810766937178963 0.857383814060063 33.370611183355 29 564 regulation of cell activation 1.65651249937126 1
GO:0048523 0.810927974492642 0.939736568784817 298.619635890767 287 5047 negative regulation of cellular process 0.204724686421975 1
GO:0023052 0.81163627232578 0.941948395463727 357.136540962289 345 6036 signaling 0.172058273289356 1
GO:0070304 0.811668886626019 0.743673949115044 7.92847854356307 6 134 positive regulation of stress-activated protein kinase signaling cascade 6.07150813098686 1
GO:0019722 0.811859805679985 0.784818481848185 12.5435630689207 10 212 calcium-mediated signaling 4.04280882876469 1
GO:0006873 0.811923940953313 0.865568864476945 38.7548764629389 34 655 cellular ion homeostasis 1.43996270613601 1
GO:0098876 0.811925875784451 0.727913224187744 6.74512353706112 5 114 vesicle-mediated transport to the plasma membrane 6.99061249615266 1
GO:0090263 0.812855873635472 0.75531297790434 9.11183355006502 7 154 positive regulation of canonical Wnt signaling pathway 5.36304604486423 1
GO:0009266 0.815413509670554 0.795687301395011 14.8511053315995 12 251 response to temperature stimulus 3.46089744607228 1
GO:0034446 0.81715927995714 0.737857583864993 7.98764629388817 6 135 substrate adhesion-dependent cell spreading 5.98189300411523 1
GO:0010976 0.817612517369796 0.771305156432792 11.4785435630689 9 194 positive regulation of neuron projection development 4.34504198108194 1
GO:0045787 0.81808840697532 0.833047184891362 24.850455136541 21 420 positive regulation of cell cycle 2.16309523809524 1
GO:0071375 0.818146236623998 0.826377326377326 22.6612483745124 19 383 cellular response to peptide hormone stimulus 2.35348253788628 1
GO:0048534 0.821719187671853 0.883116739097488 59.1677503250975 53 1000 hematopoietic or lymphoid organ development 0.96301 1
GO:0045930 0.822316441782928 0.815704638772948 20.5312093628088 17 347 negative regulation of mitotic cell cycle 2.56533980018105 1
GO:0042752 0.822522750276699 0.73213070115725 8.04681404421326 6 136 regulation of circadian rhythm 5.89424740484429 1
GO:0080134 0.822764702210089 0.899084911948471 84.3732119635891 77 1426 regulation of response to stress 0.688028774374519 1
GO:0034248 0.823353567647134 0.838174397919065 28.2230169050715 24 477 regulation of cellular amide metabolic process 1.91659085215511 1
GO:0000082 0.82336347058523 0.795198925633708 16.0936280884265 13 272 G1/S transition of mitotic cell cycle 3.19271734429066 1
GO:0009755 0.823446482966074 0.788973190769714 14.9694408322497 12 253 hormone-mediated signaling pathway 3.40639597556594 1
GO:1990778 0.824360291092826 0.828774520391934 24.9687906371912 21 422 protein localization to cell periphery 2.14264055164978 1
GO:0071222 0.824467018339273 0.755041706261218 10.4135240572172 8 176 cellular response to lipopolysaccharide 4.6926652892562 1
GO:0043087 0.825290210253252 0.846581079850678 32.6014304291287 28 551 regulation of GTPase activity 1.67575205615265 1
GO:0032970 0.82627115609239 0.836268533526914 28.2821846553966 24 478 regulation of actin filament-based process 1.90858003186219 1
GO:0048813 0.826583286004077 0.762949070254678 11.5968790637191 9 196 dendrite morphogenesis 4.25682007496876 1
GO:0018394 0.826583286004077 0.762949070254678 11.5968790637191 9 196 peptidyl-lysine acetylation 4.25682007496876 1
GO:0010628 0.828553511704069 0.881626491703513 61.4752925877763 55 1039 positive regulation of gene expression 0.925734654536595 1
GO:0048232 0.828911091607662 0.828775203775204 26.1521456436931 22 442 male gamete generation 2.04612927663234 1
GO:0050679 0.829132595334058 0.769363538295577 12.7802340702211 10 216 positive regulation of epithelial cell proliferation 3.89446159122085 1
GO:0055082 0.830581928577436 0.868125676628407 48.8133940182055 43 825 cellular chemical homeostasis 1.14793021120294 1
GO:0010975 0.830678423701349 0.8432350718065 32.7197659297789 28 553 regulation of neuron projection development 1.66365280289331 1
GO:0050807 0.831214868347986 0.782369600483929 15.0877763328999 12 255 regulation of synapse organization 3.35317185697809 1
GO:0007098 0.832874705543576 0.720937248592116 8.16514954486346 6 138 centrosome cycle 5.72463768115942 1
GO:0007044 0.832874705543576 0.720937248592116 8.16514954486346 6 138 cell-substrate junction assembly 5.72463768115942 1
GO:0008406 0.833255611556272 0.765593129361245 12.8394018205462 10 217 gonad development 3.85865064027692 1
GO:0002683 0.834181688466555 0.814890853734575 22.9570871261378 19 388 negative regulation of immune system process 2.29321660112658 1
GO:0019827 0.835210965637486 0.754769832461286 11.7152145643693 9 198 stem cell population maintenance 4.1712580348944 1
GO:0050921 0.837866225604331 0.715466764255772 8.22431729518856 6 139 positive regulation of chemotaxis 5.64256508462295 1
GO:0030100 0.839725800327781 0.767730174986402 14.0819245773732 11 238 regulation of endocytosis 3.5285290586823 1
GO:0043279 0.839988836630922 0.695744887079577 7.04096228868661 5 119 response to alkaloid 6.41550737942236 1
GO:0060048 0.841993022566061 0.725388863555758 9.46684005201561 7 160 cardiac muscle contraction 4.968359375 1
GO:0038127 0.842366403607756 0.737276336822565 10.6501950585176 8 180 ERBB signaling pathway 4.48641975308642 1
GO:2001242 0.842366403607756 0.737276336822565 10.6501950585176 8 180 regulation of intrinsic apoptotic signaling pathway 4.48641975308642 1
GO:0046651 0.842378518661831 0.772665544027378 15.2652795838752 12 258 lymphocyte proliferation 3.27564449251848 1
GO:0043488 0.843501411121051 0.746761887605976 11.8335500650195 9 200 regulation of mRNA stability 4.08825 1
GO:0048609 0.844966498522366 0.851605836247115 42.7782834850455 37 723 multicellular organismal reproductive process 1.28611575022622 1
GO:0009581 0.845168370631874 0.689646889262551 7.1001300390117 5 120 detection of external stimulus 6.30902777777778 1
GO:0051222 0.845593983749583 0.802343207225415 22.0695708712614 18 373 positive regulation of protein transport 2.35076799229492 1
GO:0006811 0.845868998823222 0.923180808093209 217.204811443433 205 3671 ion transport 0.276401260559232 1
GO:0071674 0.846608246166682 0.732963356958846 10.7093628088427 8 181 mononuclear cell migration 4.43698299807698 1
GO:0098727 0.847522136218584 0.742820477247503 11.8927178153446 9 201 maintenance of cell number 4.04767208732457 1
GO:0032956 0.847883871336021 0.81210172689294 25.4421326397919 21 430 regulation of actin cytoskeleton organization 2.06365603028664 1
GO:0043543 0.848613402935744 0.77389124986379 16.5078023407022 13 279 protein acylation 3.03451908377333 1
GO:0055074 0.848844957308591 0.814782581176024 26.5663198959688 22 449 calcium ion homeostasis 1.9828274661336 1
GO:0030097 0.849241256283366 0.866342959366215 56.8010403120936 50 960 hemopoiesis 0.985785590277778 1
GO:0051928 0.850208742841188 0.683654029338922 7.1592977893368 5 121 positive regulation of calcium ion transport 6.20517724199167 1
GO:0031929 0.850208742841188 0.683654029338922 7.1592977893368 5 121 TOR signaling 6.20517724199167 1
GO:0048259 0.850208742841188 0.683654029338922 7.1592977893368 5 121 regulation of receptor-mediated endocytosis 6.20517724199167 1
GO:1903531 0.850860008616947 0.715928982245561 9.5851755526658 7 162 negative regulation of secretion by cell 4.84644109129706 1
GO:0043271 0.851064158513109 0.783616350461862 18.815344603381 15 318 negative regulation of ion transport 2.69520588584312 1
GO:0090087 0.854695494694546 0.842317073170732 40.8849154746424 35 691 regulation of peptide transport 1.33188545722238 1
GO:0009582 0.855112274525049 0.677763611465269 7.2184655396619 5 122 detection of abiotic stimulus 6.10386992743886 1
GO:1903322 0.855140621026467 0.711290001987676 9.6443433029909 7 163 positive regulation of protein modification by small protein conjugation or removal 4.78715796605066 1
GO:0071356 0.855293044602731 0.768007787151201 16.6261378413524 13 281 cellular response to tumor necrosis factor 2.991476805005 1
GO:0006954 0.856850230845138 0.840974124809741 40.9440832249675 35 692 inflammatory response 1.3280388586321 1
GO:0071219 0.858790699740328 0.720318484176577 10.8868660598179 8 184 cellular response to molecule of bacterial origin 4.29347826086957 1
GO:0002262 0.859096411909925 0.731238794501836 12.0702210663199 9 204 myeloid cell homeostasis 3.92949826989619 1
GO:0106027 0.859881324610212 0.671973031182695 7.277633289987 5 123 neuron projection organization 6.00502346486879 1
GO:1903076 0.859881324610212 0.671973031182695 7.277633289987 5 123 regulation of protein localization to plasma membrane 6.00502346486879 1
GO:0030004 0.859881324610212 0.671973031182695 7.277633289987 5 123 cellular monovalent inorganic cation homeostasis 6.00502346486879 1
GO:1903039 0.860000252806402 0.74018691588785 13.2535760728218 10 224 positive regulation of leukocyte cell-cell adhesion 3.62125318877551 1
GO:0043085 0.860234855395623 0.888204377556555 96.2067620286086 87 1626 positive regulation of catalytic activity 0.597906255815326 1
GO:1902904 0.862674071608436 0.71619877986145 10.946033810143 8 185 negative regulation of supramolecular fiber organization 4.24718772826881 1
GO:0097581 0.864518284219956 0.666279771577139 7.33680104031209 5 124 lamellipodium organization 5.90855879292404 1
GO:0072507 0.865182242371609 0.806017943340241 28.0455136540962 23 474 divalent inorganic cation homeostasis 1.86005625879044 1
GO:0042157 0.865336025402638 0.684296810339339 8.57932379713914 6 145 lipoprotein metabolic process 5.18525564803805 1
GO:0045137 0.866982498014004 0.733230452674897 13.371911573472 10 226 development of primary sexual characteristics 3.55744380922547 1
GO:0044070 0.867789358042644 0.853744507235522 55.2626788036411 48 934 regulation of anion transport 0.999775321084511 1
GO:0006874 0.868971100909728 0.796068656885515 25.9154746423927 21 438 cellular calcium ion homeostasis 1.9889597798211 1
GO:0048583 0.869007965774967 0.918456385241799 243.001950585176 229 4107 regulation of response to stimulus 0.246684012502424 1
GO:0001841 0.869025571469 0.660681399631676 7.39596879063719 5 125 neural tube formation 5.8144 1
GO:0050803 0.869372541922308 0.74790873857917 15.7386215864759 12 266 regulation of synapse structure or activity 3.08157612075301 1
GO:0031023 0.869517271153662 0.679361567635904 8.63849154746424 6 146 microtubule organizing center organization 5.11446800525427 1
GO:1900180 0.869517271153662 0.679361567635904 8.63849154746424 6 146 regulation of protein localization to nucleus 5.11446800525427 1
GO:0044843 0.872795808718217 0.758668664383562 18.1053315994798 14 306 cell cycle G1/S phase transition 2.71669016190354 1
GO:1903037 0.872795808718217 0.758668664383562 18.1053315994798 14 306 regulation of leukocyte cell-cell adhesion 2.71669016190354 1
GO:0043487 0.873423922136223 0.71633974534158 12.3068920676203 9 208 regulation of RNA stability 3.77981693786982 1
GO:0150115 0.873589870395269 0.674496328375071 8.69765929778934 6 147 cell-substrate junction organization 5.04512008885187 1
GO:0007160 0.875514058200119 0.741961302895323 15.8569570871261 12 268 cell-matrix adhesion 3.03575406549343 1
GO:0010646 0.876847896453689 0.912381846820047 215.903120936281 202 3649 regulation of cell communication 0.275650363821019 1
GO:0043618 0.877660906846664 0.649759985508559 7.51430429128739 5 127 regulation of transcription from RNA polymerase II promoter in response to stress 5.63271126542253 1
GO:0010769 0.877660906846664 0.649759985508559 7.51430429128739 5 127 regulation of cell morphogenesis involved in differentiation 5.63271126542253 1
GO:0007276 0.878095169484629 0.811125673510995 33.9031209362809 28 573 gamete generation 1.54954329346479 1
GO:0043066 0.87834938878709 0.846171163714617 54.5526657997399 47 922 negative regulation of apoptotic process 1.00459484003934 1
GO:1902532 0.878930342426885 0.813105969117122 35.0273081924577 29 592 negative regulation of intracellular signal transduction 1.50352104638422 1
GO:0071216 0.880131233474918 0.709112594629516 12.4252275682705 9 210 cellular response to biotic stimulus 3.70816326530612 1
GO:0006475 0.88081099398778 0.696279330425672 11.2418725617685 8 190 internal protein amino acid acetylation 4.02659279778393 1
GO:0007010 0.883348696679278 0.874955640030112 93.0117035110533 83 1572 cytoskeleton organization 0.610278311934684 1
GO:0006875 0.883563080652159 0.804247954016111 32.9564369310793 27 557 cellular metal ion homeostasis 1.58127826358828 1
GO:0023051 0.883786954009991 0.910111291555604 218.388166449935 204 3691 regulation of signaling 0.27208024145958 1
GO:0035567 0.885898952950318 0.676214785403668 10.1176853055917 7 171 non-canonical Wnt signaling pathway 4.34971444205055 1
GO:0007548 0.88710284285071 0.730340928559191 16.0936280884265 12 272 sex differentiation 2.94712370242215 1
GO:0030048 0.887490520247656 0.688614672707992 11.3602080624187 8 192 actin filament-based movement 3.94314236111111 1
GO:0006417 0.887949257194924 0.771897783894356 24.1404421326398 19 408 regulation of translation 2.07390186466744 1
GO:1904951 0.88828120988672 0.766870535336565 23.0162548764629 18 389 positive regulation of establishment of protein localization 2.16136557384633 1
GO:0030595 0.889644033255232 0.698537572631716 12.6027308192458 9 213 leukocyte chemotaxis 3.60444356278516 1
GO:0050772 0.889702842702295 0.634033149171271 7.69180754226268 5 130 positive regulation of axonogenesis 5.37573964497041 1
GO:0070507 0.890711870596924 0.684844489722539 11.4193758127438 8 193 regulation of microtubule cytoskeleton organization 3.90238664125211 1
GO:1901576 0.891014159362909 0.91897163405198 355.06566970091 338 6001 organic substance biosynthetic process 0.170539259953925 1
GO:0030003 0.892063650296316 0.808234376028357 37.630689206762 31 636 cellular cation homeostasis 1.39252304101895 1
GO:0051224 0.893483794916355 0.628957291940717 7.75097529258778 5 131 negative regulation of protein transport 5.29398053726473 1
GO:0097435 0.898161402653273 0.825721879908179 49.8784135240572 42 843 supramolecular fiber organization 1.07386346846333 1
GO:0051028 0.899213005332677 0.642280554891174 9.11183355006502 6 154 mRNA transport 4.59689660988362 1
GO:0051223 0.899747076644909 0.804670612127752 38.9915474642393 32 659 regulation of protein transport 1.3388566389043 1
GO:0060401 0.899917160835238 0.673774590743973 11.5968790637191 8 196 cytosolic calcium ion transport 3.7838400666389 1
GO:0032270 0.900169940164396 0.865312969356506 92.7750325097529 82 1568 positive regulation of cellular protein metabolic process 0.606005635672636 1
GO:0045785 0.902165946274363 0.771871871871872 27.927178153446 22 472 positive regulation of cell adhesion 1.79429402470554 1
GO:0007030 0.902484009029552 0.637925402387599 9.17100130039012 6 155 Golgi organization 4.53777315296566 1
GO:0051099 0.902836843487371 0.670162718943207 11.6560468140442 8 197 positive regulation of binding 3.74552294570847 1
GO:1902115 0.904105804760644 0.681587178520411 12.8985695708713 9 218 regulation of organelle assembly 3.44099823247201 1
GO:0007269 0.904105804760644 0.681587178520411 12.8985695708713 9 218 neurotransmitter secretion 3.44099823247201 1
GO:0099643 0.904105804760644 0.681587178520411 12.8985695708713 9 218 signal release from synapse 3.44099823247201 1
GO:0019079 0.904162297373282 0.61420189301469 7.92847854356307 5 134 viral genome replication 5.05959010915571 1
GO:0072503 0.904312994856498 0.765779854885345 26.8621586475943 21 454 cellular divalent inorganic cation homeostasis 1.85123910807506 1
GO:1903169 0.905663353008165 0.633628318584071 9.23016905071522 6 156 regulation of calcium ion transmembrane transport 4.47978303747534 1
GO:0050863 0.906042764784529 0.725665983606557 18.8745123537061 14 319 regulation of T cell activation 2.49977889368226 1
GO:0043069 0.907154085021839 0.827030207822978 55.6768530559168 47 941 negative regulation of programmed cell death 0.964436278135838 1
GO:1904950 0.907508567273903 0.609434764130897 7.98764629388817 5 135 negative regulation of establishment of protein localization 4.98491083676269 1
GO:0002244 0.908460638062652 0.663052437283059 11.7743823146944 8 199 hematopoietic progenitor cell differentiation 3.67061437842479 1
GO:2000241 0.908752932767513 0.629388149797808 9.28933680104031 6 157 regulation of reproductive process 4.42289748062802 1
GO:0051701 0.910210219242346 0.695973303670745 15.4427828348505 11 261 biological process involved in interaction with host 2.93404383376639 1
GO:0045580 0.910752300747078 0.604740415840749 8.04681404421326 5 136 regulation of T cell differentiation 4.91187283737024 1
GO:0006941 0.911167272518552 0.659552845528455 11.8335500650195 8 200 striated muscle contraction 3.634 1
GO:0002520 0.911351598632143 0.832139855477078 62.3628088426528 53 1054 immune system development 0.866861220830378 1
GO:0010942 0.912474438281297 0.801279069767442 42.7782834850455 35 723 positive regulation of cell death 1.21659597994372 1
GO:0016458 0.913275424770619 0.681896551724138 14.3185955786736 10 242 gene silencing 3.10258862099583 1
GO:0016573 0.913768404599639 0.640632701527983 10.6501950585176 7 180 histone acetylation 3.92561728395062 1
GO:0046822 0.913895920900151 0.600117194039846 8.10598179453836 5 137 regulation of nucleocytoplasmic transport 4.84042836592253 1
GO:0030516 0.913895920900151 0.600117194039846 8.10598179453836 5 137 regulation of axon extension 4.84042836592253 1
GO:0019725 0.91494412347104 0.825556966972836 59.2860858257477 50 1002 cellular homeostasis 0.904876873000506 1
GO:0007265 0.915004871449118 0.759669406824768 28.3413524057217 22 479 Ras protein signal transduction 1.74223438705375 1
GO:0010608 0.915596767226739 0.791466262341628 39.5832249674902 32 669 posttranscriptional regulation of gene expression 1.29913017443432 1
GO:0048872 0.916599355681184 0.706160665371781 17.9869960988296 13 304 homeostasis of number of cells 2.55594269390582 1
GO:0022409 0.916701511804932 0.697530459845408 16.8036410923277 12 284 positive regulation of cell-cell adhesion 2.70333267208887 1
GO:0002822 0.916941831251902 0.595563494371287 8.16514954486346 5 138 regulation of adaptive immune response based on somatic recombination of immune receptors built from immunoglobulin superfamily domains 4.77053140096618 1
GO:1901990 0.917146393350014 0.753221188260558 27.27633289987 21 461 regulation of mitotic cell cycle phase transition 1.79544609709158 1
GO:0048002 0.918881243128583 0.649269429757235 12.0110533159948 8 203 antigen processing and presentation of peptide antigen 3.52738479458371 1
GO:0040029 0.9190987051037 0.633222591362126 10.7685305591678 7 182 regulation of gene expression, epigenetic 3.83981403212172 1
GO:0046660 0.919892413552184 0.591077760369424 8.22431729518856 5 139 female sex differentiation 4.70213757051912 1
GO:0006820 0.920054091277954 0.886064014556281 176.674902470741 161 2986 anion transport 0.328096197077767 1
GO:0006839 0.920714513255524 0.701241529405946 18.1053315994798 13 306 mitochondrial transport 2.52264086462472 1
GO:0031396 0.921649404056232 0.659174990751017 13.3127438231469 9 225 regulation of protein ubiquitination 3.23022222222222 1
GO:0070252 0.922750025768794 0.586658481686106 8.28348504551365 5 140 actin-mediated cell contraction 4.63520408163265 1
GO:0048588 0.922989592010124 0.689775258149423 16.981144343303 12 287 developmental cell growth 2.64711238451359 1
GO:0031331 0.924461990223691 0.740834520229994 26.3888166449935 20 446 positive regulation of cellular catabolic process 1.82690180779827 1
GO:0009416 0.924588643664473 0.704418789808917 19.407022106632 14 328 response to light stimulus 2.36447798929209 1
GO:0051282 0.925517000234941 0.58230419239519 8.34265279583875 5 141 regulation of sequestering of calcium ion 4.56968965343796 1
GO:0051283 0.925517000234941 0.58230419239519 8.34265279583875 5 141 negative regulation of sequestering of calcium ion 4.56968965343796 1
GO:0051209 0.925517000234941 0.58230419239519 8.34265279583875 5 141 release of sequestered calcium ion into cytosol 4.56968965343796 1
GO:0071702 0.925772421145773 0.881166591692907 169.870611183355 154 2871 organic substance transport 0.339476146055615 1
GO:0018393 0.926558696582062 0.622419649856284 10.946033810143 7 185 internal peptidyl-lysine acetylation 3.71628926223521 1
GO:1901991 0.926722516350474 0.664425770308123 14.6736020806242 10 248 negative regulation of mitotic cell cycle phase transition 2.95427939646202 1
GO:0006352 0.926954815097644 0.68469844741222 17.0994798439532 12 289 DNA-templated transcription, initiation 2.61060092671304 1
GO:0022412 0.926954815097644 0.68469844741222 17.0994798439532 12 289 cellular process involved in reproduction in multicellular organism 2.61060092671304 1
GO:0032886 0.927668639242334 0.674013330918937 15.9161248374512 11 269 regulation of microtubule-based process 2.76212324318348 1
GO:0051962 0.928263147916763 0.699861550632911 19.5253576072822 14 330 positive regulation of nervous system development 2.33590449954086 1
GO:0006367 0.928282685391575 0.650008362093868 13.4902470741222 9 228 transcription initiation from RNA polymerase II promoter 3.1457756232687 1
GO:0050920 0.928282685391575 0.650008362093868 13.4902470741222 9 228 regulation of chemotaxis 3.1457756232687 1
GO:0051247 0.928532956907937 0.849588537128473 97.6267880364109 85 1650 positive regulation of protein metabolic process 0.567291092745638 1
GO:0071346 0.928908511528121 0.618899138192369 11.0052015604681 7 186 cellular response to interferon-gamma 3.67643658226385 1
GO:0001775 0.93054211726733 0.84141117092182 88.1599479843953 76 1490 cell activation 0.622008017656862 1
GO:1902531 0.931094592801333 0.85701508314022 113.720416124837 100 1922 regulation of intracellular signal transduction 0.49186753739222 1
GO:0048519 0.932559027358696 0.900176142927404 326.428478543563 306 5517 negative regulation of biological process 0.182671327922799 1
GO:0000077 0.932827819026634 0.593611725663717 9.82184655396619 6 166 DNA damage checkpoint 3.95630715633619 1
GO:0032535 0.932999666052324 0.735958005249344 27.8680104031209 21 471 regulation of cellular component size 1.7200156869109 1
GO:0070201 0.934329548187062 0.773661687468727 40.4115734720416 32 683 regulation of establishment of protein localization 1.24641738604769 1
GO:0072331 0.934366518529071 0.674761629243317 17.3361508452536 12 293 signal transduction by p53 class mediator 2.53980826800545 1
GO:0031497 0.935724179012416 0.5655090765588 8.57932379713914 5 145 chromatin assembly 4.32104637336504 1
GO:0061025 0.937345846331364 0.586201245493281 9.94018205461638 6 168 membrane fusion 3.86267006802721 1
GO:0045786 0.937862833472954 0.767120298223396 39.46488946684 31 667 negative regulation of cell cycle 1.26609109238484 1
GO:0043244 0.938071941702442 0.561459190470593 8.63849154746424 5 146 regulation of protein-containing complex disassembly 4.26205667104522 1
GO:0009966 0.938325473603986 0.878477525711315 189.691807542263 172 3206 regulation of signal transduction 0.304057932549271 1
GO:0060548 0.938438352079151 0.807534398644847 61.6527958387516 51 1042 negative regulation of cell death 0.853472762036686 1
GO:0045862 0.93855013241841 0.713477702413412 24.6137841352406 18 416 positive regulation of proteolysis 1.88990846893491 1
GO:0007346 0.939093504136597 0.773952778383522 42.8966189856957 34 725 regulation of mitotic cell cycle 1.17532461355529 1
GO:0048675 0.939501998332678 0.582564200010858 9.99934980494148 6 169 axon extension 3.81709323903225 1
GO:0007159 0.939711380461284 0.692345388611193 21.1228868660598 15 357 leukocyte cell-cell adhesion 2.13850245980745 1
GO:0050727 0.941482401407951 0.682195216049383 19.998699609883 14 338 regulation of inflammatory response 2.22663772276881 1
GO:0051249 0.942718095077878 0.707988996119567 24.7912873862159 18 419 regulation of lymphocyte activation 1.86294222520947 1
GO:0140352 0.943326968741388 0.83377088528501 92.3016905071521 79 1560 export from cell 0.589838099934254 1
GO:0051090 0.943779356502073 0.722690231406664 28.3413524057217 21 479 regulation of DNA-binding transcription factor activity 1.66304191491495 1
GO:0044093 0.944340406964475 0.848500058116804 116.915474642393 102 1976 positive regulation of molecular function 0.474658452031667 1
GO:0032940 0.945874235917908 0.829046741671562 89.2841352405722 76 1509 secretion by cell 0.606443073390889 1
GO:0006909 0.946448094023487 0.666384340297384 18.9928478543563 13 321 phagocytosis 2.29238846672684 1
GO:0015931 0.946769899381803 0.634582775546631 15.3244473342003 10 259 nucleobase-containing compound transport 2.70866564302858 1
GO:0043401 0.947710423793735 0.605183589895925 12.8394018205462 8 217 steroid hormone mediated signaling pathway 3.08692051222154 1
GO:0051592 0.948693474217912 0.542041928403845 8.93433029908973 5 151 response to calcium ion 3.98447436515942 1
GO:0043433 0.94901180246314 0.58574299659571 11.5968790637191 7 196 negative regulation of DNA-binding transcription factor activity 3.31086005830904 1
GO:0010977 0.949321070060571 0.565028445006321 10.295188556567 6 174 negative regulation of neuron projection development 3.6008719778042 1
GO:0006950 0.950348707250589 0.878658702144991 230.340052015605 210 3893 response to stress 0.251770831731874 1
GO:0042177 0.95060861226523 0.538316984252264 8.99349804941482 5 152 negative regulation of protein catabolic process 3.93221952908587 1
GO:0007224 0.95060861226523 0.538316984252264 8.99349804941482 5 152 smoothened signaling pathway 3.93221952908587 1
GO:1901988 0.951326732136949 0.62689594356261 15.5019505851756 10 262 negative regulation of cell cycle phase transition 2.64699026863236 1
GO:0048284 0.95245861802554 0.534642377183814 9.05266579973992 5 153 organelle fusion 3.88098594557649 1
GO:0032103 0.953049926524157 0.709878003446994 28.8146944083225 21 487 positive regulation of response to external stimulus 1.60885275900307 1
GO:0002446 0.953051311608617 0.731926759970536 34.6131339401821 26 585 neutrophil mediated immunity 1.38043684710351 1
GO:0007050 0.953202719458386 0.610351874169378 14.3185955786736 9 242 cell cycle arrest 2.79232975889625 1
GO:0043604 0.953296441034026 0.776302291120483 52.7184655396619 42 891 amide biosynthetic process 0.961277571827516 1
GO:0097190 0.953622448582851 0.745206807410599 39.2282184655397 30 663 apoptotic signaling pathway 1.24007834947414 1
GO:0002685 0.954077312499359 0.593652082487534 13.0760728218466 8 221 regulation of leukocyte migration 2.97618803873795 1
GO:0051924 0.954170369803597 0.621872265966754 15.6202860858257 10 264 regulation of calcium ion transport 2.607036271809 1
GO:0032434 0.954245383552146 0.531017093700174 9.11183355006502 5 154 regulation of proteasomal ubiquitin-dependent protein catabolic process 3.83074717490302 1
GO:1903305 0.95450097542792 0.554999223723024 10.4726918075423 6 177 regulation of regulated secretory pathway 3.47984295700469 1
GO:0006807 0.955042865042179 0.890674999849907 561.679453836151 538 9493 nitrogen compound metabolic process 0.108475145474415 1
GO:0002819 0.955970762702899 0.52744014732965 9.17100130039012 5 155 regulation of adaptive immune response 3.78147762747138 1
GO:0031570 0.956118271016279 0.551733895863346 10.5318595578674 6 178 DNA integrity checkpoint 3.44085342759753 1
GO:1903829 0.956207476302859 0.65928171641791 20.649544863459 14 349 positive regulation of cellular protein localization 2.0884886002578 1
GO:0002694 0.956383009981775 0.709837911682174 30.1755526657997 22 510 regulation of leukocyte activation 1.53687043444829 1
GO:0050769 0.956647793418048 0.629257951669327 16.981144343303 11 287 positive regulation of neurogenesis 2.42651968580413 1
GO:0046649 0.956944418318973 0.743844931349816 40.5890767230169 31 686 lymphocyte activation 1.19692900067149 1
GO:0120031 0.957481878098531 0.736567529555011 38.3407022106632 29 648 plasma membrane bounded cell projection assembly 1.25488206828227 1
GO:0097553 0.957636570970937 0.523910577732245 9.23016905071522 5 156 calcium ion transmembrane import into cytosol 3.73315253122945 1
GO:1903364 0.957636570970937 0.523910577732245 9.23016905071522 5 156 positive regulation of cellular protein catabolic process 3.73315253122945 1
GO:0048193 0.958103856237277 0.685123805810099 25.5604681404421 18 432 Golgi vesicle transport 1.75250771604938 1
GO:0050657 0.958480144804139 0.567481613993242 11.9518855656697 7 202 nucleic acid transport 3.11709636310166 1
GO:0050658 0.958480144804139 0.567481613993242 11.9518855656697 7 202 RNA transport 3.11709636310166 1
GO:0009892 0.958717689512213 0.863257681240137 188.922626788036 169 3193 negative regulation of metabolic process 0.301192251410436 1
GO:0051091 0.95912942614465 0.624642888581237 17.0994798439532 11 289 positive regulation of DNA-binding transcription factor activity 2.39305084948696 1
GO:0001816 0.959188270294917 0.734089318060102 38.4590377113134 29 650 cytokine production 1.24717159763314 1
GO:0002440 0.959244585385523 0.52042744984007 9.28933680104031 5 157 production of molecular mediator of immune response 3.68574790052335 1
GO:0110053 0.959272724843659 0.644973110928812 19.5845253576073 13 331 regulation of actin filament organization 2.15596790828853 1
GO:0050770 0.959743412504585 0.582545699776227 13.3127438231469 8 225 regulation of axonogenesis 2.87130864197531 1
GO:0030030 0.96005203212833 0.826665324436263 105.673602080624 90 1786 cell projection organization 0.51266601375135 1
GO:1901987 0.960974977575557 0.697498255756005 29.2880364109233 21 495 regulation of cell cycle phase transition 1.55726966636058 1
GO:0051056 0.961671262729056 0.665403481432948 23.3712613784135 16 395 regulation of small GTPase mediated signal transduction 1.86329113924051 1
GO:0051495 0.961839113072295 0.607264957264957 15.9752925877763 10 270 positive regulation of cytoskeleton organization 2.49245541838134 1
GO:0010605 0.962109554382121 0.855819154884575 173.716514954486 154 2936 negative regulation of macromolecule metabolic process 0.32461123402802 1
GO:0000122 0.962229756848077 0.764808362369338 53.4284785435631 42 903 negative regulation of transcription by RNA polymerase II 0.935898426433851 1
GO:0051236 0.962593124642641 0.558765954114791 12.129388816645 7 205 establishment of RNA localization 3.02653182629387 1
GO:0010639 0.962655721345435 0.663605322029907 23.4304291287386 16 396 negative regulation of organelle organization 1.85389245995307 1
GO:0009890 0.962690022880505 0.815778483456389 95.2009102730819 80 1609 negative regulation of biosynthetic process 0.561478105791653 1
GO:0034097 0.962792177066706 0.791477193586183 71.2379713914174 58 1204 response to cytokine 0.726992527676295 1
GO:0010959 0.962999574230969 0.604895700297999 16.0344603381014 10 271 regulation of metal ion transport 2.47409485164962 1
GO:0032880 0.963365218004348 0.774989834238285 60.2327698309493 48 1018 regulation of protein localization 0.841590081866289 1
GO:0010941 0.963494387699639 0.819877363311191 101.768530559168 86 1720 regulation of cell death 0.528197674418605 1
GO:0051493 0.963571389697573 0.723788638262322 37.630689206762 28 636 regulation of cytoskeleton organization 1.25776274672679 1
GO:0006413 0.963879875677226 0.555919130536403 12.1885565669701 7 206 translational initiation 2.99721934206806 1
GO:0051251 0.964128398665416 0.602544529262086 16.0936280884265 10 272 positive regulation of lymphocyte activation 2.45593641868512 1
GO:0060627 0.964462607912776 0.714623611682435 35.3823146944083 26 598 regulation of vesicle-mediated transport 1.32107023411371 1
GO:0097193 0.964599393168576 0.6247987827736 18.6378413524057 12 315 intrinsic apoptotic signaling pathway 2.19743008314437 1
GO:0009895 0.964606291593942 0.634764661013147 19.8803641092328 13 336 negative regulation of catabolic process 2.09227962018141 1
GO:0043068 0.964705154420632 0.725539883022333 38.8732119635891 29 657 positive regulation of programmed cell death 1.2207372193611 1
GO:0002274 0.96501850479553 0.737985946651853 43.4882964889467 33 735 myeloid leukocyte activation 1.10992641954741 1
GO:1902905 0.965962607789984 0.584823447198586 14.9102730819246 9 252 positive regulation of supramolecular fiber organization 2.57511337868481 1
GO:0043312 0.966342091643176 0.70282608421504 33.1931079323797 24 561 neutrophil degranulation 1.38560820536285 1
GO:0070588 0.966609014522374 0.620614115155719 18.7561768530559 12 317 calcium ion transmembrane transport 2.16978972822896 1
GO:0120036 0.96720224673673 0.816311777798774 103.30689206762 87 1746 plasma membrane bounded cell projection organization 0.518544104738174 1
GO:0002478 0.967294107664483 0.526917404129793 11.0052015604681 6 186 antigen processing and presentation of exogenous peptide antigen 3.15123135622615 1
GO:0032101 0.968596479358434 0.765573472013389 59.6410923276983 47 1008 regulation of response to external stimulus 0.840488394431847 1
GO:0051254 0.968766455181141 0.812724294542476 101.354356306892 85 1713 positive regulation of RNA metabolic process 0.526331214649555 1
GO:0030031 0.968907720943555 0.718362056309685 39.2282184655397 29 663 cell projection assembly 1.19874240449167 1
GO:0002283 0.969275681036469 0.697429306985225 33.4297789336801 24 565 neutrophil activation involved in immune response 1.36605842274258 1
GO:0042981 0.969628247810639 0.803451675565924 91.7100130039012 76 1550 regulation of apoptotic process 0.57478459937565 1
GO:0019884 0.969647308414842 0.521054167071866 11.1235370611183 6 188 antigen processing and presentation of exogenous antigen 3.08454051607062 1
GO:0045893 0.96980552127657 0.802218486842376 90.6449934980494 75 1532 positive regulation of transcription, DNA-templated 0.580628915596943 1
GO:0031330 0.970276495420621 0.588805970149254 16.4486345903771 10 278 negative regulation of cellular catabolic process 2.35106878525956 1
GO:0034504 0.970653120530802 0.600401830561447 17.7503250975293 11 300 protein localization to nucleus 2.22077777777778 1
GO:0002699 0.97076466768949 0.518170607863049 11.1827048114434 6 189 positive regulation of immune effector process 3.0519862265894 1
GO:0010948 0.971016660887271 0.630357142857143 21.5370611183355 14 364 negative regulation of cell cycle process 1.91990701606086 1
GO:0010564 0.971092072933342 0.741693991568316 49.760078023407 38 841 regulation of cell cycle process 0.976217373292935 1
GO:0008286 0.972509616600832 0.487961257758679 9.88101430429129 5 167 insulin receptor signaling pathway 3.25755674280182 1
GO:0010720 0.972608770543109 0.626686789772727 21.6553966189857 14 366 positive regulation of cell development 1.8989817552032 1
GO:0051235 0.972675803025298 0.635159488196071 22.8979193758127 15 387 maintenance of location 1.8198024958436 1
GO:0017038 0.972812324227797 0.534134741414822 12.6618985695709 7 214 protein import 2.77731679622674 1
GO:0007281 0.972812324227797 0.534134741414822 12.6618985695709 7 214 germ cell development 2.77731679622674 1
GO:0031327 0.972865032771478 0.799866577718479 93.2483745123537 77 1576 negative regulation of cellular biosynthetic process 0.563291536756938 1
GO:0006611 0.972886710737905 0.512497010284621 11.3010403120936 6 191 protein export from nucleus 2.98840492311066 1
GO:0030217 0.973167380506712 0.551554527057776 14.0227568270481 8 237 T cell differentiation 2.58790436005626 1
GO:0061024 0.97375085669413 0.753083366820191 57.9843953185956 45 980 membrane organization 0.851364014993753 1
GO:0042119 0.973872669054822 0.688174523405447 33.8439531859558 24 572 neutrophil activation 1.33282801114969 1
GO:0043067 0.9748242971601 0.796900143035938 93.5442132639792 77 1581 regulation of programmed cell death 0.559734289341208 1
GO:0046488 0.974865951294027 0.506944773082202 11.4193758127438 6 193 phosphatidylinositol metabolic process 2.92678998093909 1
GO:0000226 0.97577760327672 0.697148626095249 37.5715214564369 27 635 microtubule cytoskeleton organization 1.21666563333127 1
GO:0007165 0.976011562468068 0.869144023400393 327.138491547464 300 5529 signal transduction 0.178312998095083 1
GO:0010256 0.97635076645082 0.672678515090966 31.7139141742523 22 536 endomembrane system organization 1.39138728001782 1
GO:0038093 0.976474030242915 0.523862008156067 12.8985695708713 7 218 Fc receptor signaling pathway 2.67633195858934 1
GO:0019882 0.976640094851121 0.541933519218142 14.2594278283485 8 241 antigen processing and presentation 2.50271173016993 1
GO:0006403 0.976640094851121 0.541933519218142 14.2594278283485 8 241 RNA localization 2.50271173016993 1
GO:0002253 0.976673409004522 0.648002585914973 26.9213263979194 18 455 activation of immune response 1.57980920178722 1
GO:0031345 0.977315626427736 0.521354395202574 12.9577373211964 7 219 negative regulation of cell projection organization 2.65194637309481 1
GO:0036230 0.977317798318917 0.680427997490038 34.1989596879064 24 578 granulocyte activation 1.30530046335652 1
GO:0009896 0.977635037485062 0.66412649123085 30.6488946684005 21 518 positive regulation of catabolic process 1.42204946259 1
GO:0045935 0.977709620370348 0.806356543561059 111.412873862159 93 1883 positive regulation of nucleobase-containing compound metabolic process 0.476581561439822 1
GO:1903362 0.977727575281766 0.569314079422383 16.981144343303 10 287 regulation of cellular protein catabolic process 2.20592698709466 1
GO:0044249 0.977733009157694 0.869035235366697 348.971391417425 321 5898 cellular biosynthetic process 0.167668092396098 1
GO:1990138 0.978129391474851 0.518870327910616 13.0169050715215 7 220 neuron projection extension 2.62789256198347 1
GO:0060402 0.978415391428346 0.470336753485925 10.2360208062419 5 173 calcium ion transport into cytosol 3.03551739115908 1
GO:0033209 0.978415391428346 0.470336753485925 10.2360208062419 5 173 tumor necrosis factor-mediated signaling pathway 3.03551739115908 1
GO:0010629 0.978984470906729 0.761598613511003 69.9362808842653 55 1182 negative regulation of gene expression 0.71529084032627 1
GO:0034250 0.979276170167037 0.467521004282585 10.295188556567 5 174 positive regulation of cellular amide metabolic process 3.00072664817017 1
GO:0043065 0.979346590350719 0.688865563627324 37.9856957087126 27 642 positive regulation of apoptotic process 1.19027862695432 1
GO:0045944 0.979677497264738 0.75854244302935 68.9304291287386 54 1165 positive regulation of transcription by RNA polymerase II 0.722930980493286 1
GO:0008219 0.979870887100831 0.81514624652434 131.234070221066 111 2218 cell death 0.409972590844155 1
GO:0019538 0.980068615324944 0.864907476814997 334.356957087126 306 5651 protein metabolic process 0.174110811299914 1
GO:1901796 0.980788493177865 0.488413465924642 11.8335500650195 6 200 regulation of signal transduction by p53 class mediator 2.7255 1
GO:0042110 0.980797491804423 0.643682998568056 28.5780234070221 19 483 T cell activation 1.47983831213645 1
GO:0006333 0.98090227461779 0.461988304093567 10.4135240572172 5 176 chromatin assembly or disassembly 2.93291580578512 1
GO:0022406 0.981122180656743 0.509163005036974 13.2535760728218 7 224 membrane docking 2.53487723214286 1
GO:2000113 0.981220315527948 0.77797619047619 86.9765929778934 70 1470 negative regulation of cellular macromolecule biosynthetic process 0.588597343699385 1
GO:0045055 0.981295782095028 0.728619625483837 54.4934980494148 41 921 regulated exocytosis 0.878252760713052 1
GO:0016241 0.981669754245402 0.459270204291404 10.4726918075423 5 177 regulation of macroautophagy 2.89986913083724 1
GO:0051651 0.981741855153182 0.525868440502587 14.6736020806242 8 248 maintenance of location in cell 2.36342351716962 1
GO:0030041 0.981808654863464 0.506791835573572 13.3127438231469 7 225 actin filament polymerization 2.51239506172839 1
GO:0017157 0.982380282098662 0.523649612203402 14.7327698309493 8 249 regulation of exocytosis 2.34447831486589 1
GO:0071345 0.982720473843273 0.746541967076338 66.0903771131339 51 1117 cellular response to cytokine stimulus 0.742709120622206 1
GO:0002684 0.983207197949244 0.721367113444431 53.6651495448635 40 907 positive regulation of immune system process 0.883487368245752 1
GO:0007018 0.983383836117079 0.576158400782226 20.1170351105332 12 340 microtubule-based movement 1.88615916955017 1
GO:0061136 0.983560979936277 0.478412443014213 12.0702210663199 6 204 regulation of proteasomal protein catabolic process 2.61966551326413 1
GO:0030833 0.983560979936277 0.478412443014213 12.0702210663199 6 204 regulation of actin filament polymerization 2.61966551326413 1
GO:1905475 0.983731581789537 0.499807078466449 13.4902470741222 7 228 regulation of protein localization to membrane 2.44671437365343 1
GO:0009408 0.983802180268046 0.45130228887135 10.6501950585176 5 180 response to heat 2.80401234567901 1
GO:0007093 0.983802180268046 0.45130228887135 10.6501950585176 5 180 mitotic cell cycle checkpoint 2.80401234567901 1
GO:0010558 0.983967696185657 0.774458878033875 89.757477243173 72 1517 negative regulation of macromolecule biosynthetic process 0.568481403248353 1
GO:0002444 0.984434525496876 0.670568885448916 37.5123537061118 26 634 myeloid leukocyte mediated immunity 1.17530276945735 1
GO:0009987 0.98447415793039 0.70296793864037 879.351105331599 868 14862 cellular process 0.0714036049522199 1
GO:1903311 0.984511128405939 0.582972046740163 21.5370611183355 13 364 regulation of mRNA metabolic process 1.78277080062794 1
GO:0001817 0.984612327840917 0.660567898301057 35.1456436931079 24 594 regulation of cytokine production 1.23592830663538 1
GO:1903508 0.984699089714548 0.778372286414566 95.4375812743823 77 1613 positive regulation of nucleic acid-templated transcription 0.537745664584366 1
GO:0051301 0.984726599669187 0.682264557406442 41.1215864759428 29 695 cell division 1.09089591636044 1
GO:0002376 0.984821951406011 0.825525938772433 174.071521456437 150 2942 immune system process 0.314891436108291 1
GO:1902680 0.984942985386362 0.77780572215874 95.4967490247074 77 1614 positive regulation of RNA biosynthetic process 0.537079519507899 1
GO:1903320 0.985309647457802 0.529337220666921 16.389466840052 9 277 regulation of protein modification by small protein conjugation or removal 2.13126718711309 1
GO:0043903 0.985389925388587 0.471172896579052 12.2477243172952 6 207 regulation of biological process involved in symbiotic interaction 2.54428341384863 1
GO:1902903 0.985648471150688 0.614215288772187 26.7438231469441 17 452 regulation of supramolecular fiber organization 1.51191361892082 1
GO:0048518 0.985827483193604 0.858969249985131 365.834200260078 335 6183 positive regulation of biological process 0.159221327807965 1
GO:0044089 0.985953191389832 0.661055058545555 36.5656697009103 25 618 positive regulation of cellular component biogenesis 1.18937275478891 1
GO:0051054 0.98595595332835 0.468807500219048 12.3068920676203 6 208 positive regulation of DNA metabolic process 2.51987795857988 1
GO:0031503 0.985993182017997 0.541389843451699 17.8094928478544 10 301 protein-containing complex localization 2.00549662807254 1
GO:0051253 0.98602450532795 0.760606586791688 82.479843953186 65 1394 negative regulation of RNA metabolic process 0.607774866254022 1
GO:2000058 0.986284167837682 0.441093860921633 10.8868660598179 5 184 regulation of ubiquitin-dependent protein catabolic process 2.68342391304348 1
GO:0030307 0.98650136626236 0.466465408256681 12.3660598179454 6 209 positive regulation of cell growth 2.49582198209748 1
GO:0002682 0.986584626895128 0.761814885875418 84.8465539661899 67 1434 regulation of immune system process 0.592013250623919 1
GO:0002250 0.986683651838933 0.563840042548948 20.5312093628088 12 347 adaptive immune response 1.81082809424545 1
GO:0006816 0.986894607319956 0.601650557143316 25.6788036410923 16 434 calcium ion transport 1.54346025611077 1
GO:0050867 0.987166339521505 0.5498349135724 19.2886866059818 11 326 positive regulation of cell activation 1.88066920094847 1
GO:0051168 0.987533074113249 0.46184977336499 12.4843953185956 6 211 nuclear export 2.44873205902832 1
GO:0010638 0.987656959574901 0.668505613627565 40.4707412223667 28 684 positive regulation of organelle organization 1.08742861051264 1
GO:1903507 0.98797146394507 0.74628605275477 76.2672301690507 59 1289 negative regulation of nucleic acid-templated transcription 0.645210021420133 1
GO:0006260 0.988096515489878 0.517527159603684 16.7444733420026 9 283 DNA replication 2.04185343805017 1
GO:0000086 0.988180859365778 0.532057057057057 18.1053315994798 10 306 G2/M transition of mitotic cell cycle 1.94049297278824 1
GO:1902679 0.988188675260225 0.745623488780343 76.3263979193758 59 1290 negative regulation of RNA biosynthetic process 0.644210083528634 1
GO:0019058 0.988358774576788 0.577796916010499 23.3712613784135 14 395 viral life cycle 1.63037974683544 1
GO:0006323 0.988404128415335 0.431331703046222 11.1235370611183 5 188 DNA packaging 2.57045043005885 1
GO:0007204 0.988578463907367 0.530228208005986 18.1644993498049 10 307 positive regulation of cytosolic calcium ion concentration 1.92787191376036 1
GO:0045321 0.988816609448885 0.745235857921443 77.628088426528 60 1312 leukocyte activation 0.633342318560381 1
GO:0002460 0.988859528826256 0.477834826672036 14.0819245773732 7 238 adaptive immune response based on somatic recombination of immune receptors built from immunoglobulin superfamily domains 2.24542758279782 1
GO:0007005 0.989058211101901 0.639333317341905 34.7314694408322 23 587 mitochondrion organization 1.21284851510147 1
GO:0001819 0.989126113772449 0.54105255839822 19.5845253576073 11 331 positive regulation of cytokine production 1.82428053778261 1
GO:0051173 0.989239224570276 0.819087713738314 184.130039011704 158 3112 positive regulation of nitrogen compound metabolic process 0.296437292246284 1
GO:0031329 0.989337706657233 0.707726607677837 57.2743823146944 42 968 regulation of cellular catabolic process 0.814429513011406 1
GO:0043299 0.989720899098469 0.641792309647994 36.0923276983095 24 610 leukocyte degranulation 1.17194302606826 1
GO:0012501 0.989759908713552 0.786125568881849 122.122236671001 100 2064 programmed cell death 0.426516209963344 1
GO:0006887 0.989789289178211 0.715615066163968 62.0078023407022 46 1048 exocytosis 0.761009702231805 1
GO:0016192 0.989825642789575 0.795767464417693 137.328348504551 114 2321 vesicle-mediated transport 0.384511645632547 1
GO:0030001 0.989990783191583 0.610977718901216 29.9980494148244 19 507 metal ion transport 1.34305132484468 1
GO:0016050 0.990021296300541 0.570110103626943 23.667100130039 14 400 vesicle organization 1.589875 1
GO:0002697 0.990040204194831 0.548738799399182 21.0637191157347 12 356 regulation of immune effector process 1.72042671379876 1
GO:0010389 0.990073698927584 0.471609355330286 14.2594278283485 7 241 regulation of G2/M transition of mitotic cell cycle 2.18987276389869 1
GO:0000075 0.990449980987145 0.469569520039584 14.3185955786736 7 242 cell cycle checkpoint 2.17181203469708 1
GO:0045892 0.99094997191088 0.731111753451432 73.7821846553966 56 1247 negative regulation of transcription, DNA-templated 0.654349910514987 1
GO:0002696 0.991339617564229 0.516029143897996 18.6378413524057 10 315 positive regulation of leukocyte activation 1.83119173595364 1
GO:0006605 0.99169926618057 0.587713542925643 27.8680104031209 17 471 protein targeting 1.39239365130882 1
GO:0044772 0.991725170397945 0.637479526675132 37.8081924577373 25 639 mitotic cell cycle phase transition 1.11248258110653 1
GO:0006986 0.991749007941147 0.413034045876602 11.5968790637191 5 196 response to unfolded protein 2.36490004164931 1
GO:0031325 0.991829224488281 0.81564165346392 195.963589076723 168 3312 positive regulation of cellular metabolic process 0.278280998389694 1
GO:0002275 0.991861509708135 0.631674791812888 36.6248374512354 24 619 myeloid cell activation involved in immune response 1.13811165541378 1
GO:0006518 0.992378514882176 0.677770631540302 51.1801040312094 36 865 peptide metabolic process 0.874229008653814 1
GO:0051130 0.992595912471298 0.729402276826813 77.8055916775032 59 1315 positive regulation of cellular component organization 0.619948242709884 1
GO:0044839 0.992986704179875 0.505859235441229 18.9928478543563 10 321 cell cycle G2/M phase transition 1.76337574363603 1
GO:0045934 0.993048842311341 0.741039184047092 88.1599479843953 68 1490 negative regulation of nucleobase-containing compound metabolic process 0.556533489482456 1
GO:0007033 0.993055012812858 0.40444822212778 11.8335500650195 5 200 vacuole organization 2.27125 1
GO:0007017 0.993659068166922 0.670898845992963 51.6534460338101 36 873 microtubule-based process 0.858279897497668 1
GO:0008064 0.99375080307992 0.425974647213585 13.4902470741222 6 228 regulation of actin polymerization or depolymerization 2.0971837488458 1
GO:0002449 0.994004295105029 0.424034683916028 13.5494148244473 6 229 lymphocyte mediated immunity 2.07890772487176 1
GO:0030522 0.994129953574349 0.497679324894515 19.2886866059818 10 326 intracellular receptor signaling pathway 1.70969927358952 1
GO:0007264 0.994151326865411 0.628375306846077 39.8198959687906 26 673 small GTPase mediated signal transduction 1.04303323478956 1
GO:0070555 0.994162323847088 0.39620755712263 12.0702210663199 5 204 response to interleukin-1 2.18305459438677 1
GO:0030832 0.994247982963302 0.422112041719343 13.6085825747724 6 230 regulation of actin filament length 2.06086956521739 1
GO:0051726 0.994414053989486 0.723604799020946 80.9414824447334 61 1368 regulation of cell cycle 0.592260225368489 1
GO:1902749 0.994490497575338 0.442732168986022 15.146944083225 7 256 regulation of cell cycle G2/M phase transition 1.94076538085938 1
GO:0034655 0.995008811139388 0.594481069613134 33.962288686606 21 574 nucleobase-containing compound catabolic process 1.1581116682247 1
GO:0010506 0.99506258742329 0.516398694206303 22.3062418725618 12 377 regulation of autophagy 1.53409930415327 1
GO:0051650 0.995113427540257 0.437369262950658 15.3244473342003 7 259 establishment of vesicle localization 1.89606595012 1
GO:2001020 0.995131628469974 0.41459012575687 13.8452535760728 6 234 regulation of response to DNA damage stimulus 1.99101468332238 1
GO:0065007 0.995340106020992 0.825132743602174 664.631339401821 631 11233 biological regulation 0.0908641919499804 1
GO:0032271 0.995390256027556 0.454441393773964 16.8628088426528 8 285 regulation of protein polymerization 1.78959679901508 1
GO:0140056 0.995512382930895 0.384449535103086 12.4252275682705 5 210 organelle localization by membrane tethering 2.06009070294785 1
GO:0051258 0.995548966121004 0.499475975232596 21.1228868660598 11 357 protein polymerization 1.56823513719213 1
GO:0002768 0.995581310582549 0.523225566703828 23.8446033810143 13 403 immune response-regulating cell surface receptor signaling pathway 1.45441447210438 1
GO:0006915 0.995636984672764 0.755828817149822 117.566319895969 93 1987 apoptotic process 0.427998396218602 1
GO:0035556 0.995705261930553 0.79033595098156 174.189856957087 145 2944 intracellular signal transduction 0.303981615149456 1
GO:0002764 0.995727302405989 0.521850328032915 23.9037711313394 13 404 immune response-regulating signaling pathway 1.44722331144006 1
GO:0031349 0.995759036184432 0.483589743589744 19.8211963589077 10 335 positive regulation of defense response 1.61906883492983 1
GO:0008154 0.99584045456577 0.430414244186047 15.5611183355006 7 263 actin polymerization or depolymerization 1.83882953346152 1
GO:0051321 0.995891692477098 0.380681666533216 12.5435630689207 5 212 meiotic cell cycle 2.02140441438234 1
GO:0009891 0.995904816005683 0.753186287260053 116.678803641092 92 1972 positive regulation of biosynthetic process 0.42986187970327 1
GO:0018193 0.99600166058609 0.713391265359282 81.9473342002601 61 1385 peptidyl-amino acid modification 0.577810215172881 1
GO:0034976 0.99617230400216 0.463910773093648 18.5786736020806 9 314 response to endoplasmic reticulum stress 1.65858655523551 1
GO:1903050 0.99621829148729 0.40378942591332 14.2002600780234 6 240 regulation of proteolysis involved in cellular protein catabolic process 1.89270833333333 1
GO:0051128 0.996220148299677 0.778765223828971 157.445383615085 129 2661 regulation of cellular component organization 0.331020498604631 1
GO:0051656 0.996237479594762 0.562646008431567 30.7080624187256 18 519 establishment of organelle localization 1.21420695646363 1
GO:0090316 0.996240114029761 0.376985910280473 12.6618985695709 5 214 positive regulation of intracellular protein transport 1.98379771159053 1
GO:0050776 0.996321138642783 0.641275943550474 49.4050715214564 33 835 regulation of immune response 0.859994980099681 1
GO:0006338 0.996560042486315 0.373360215757639 12.7802340702211 5 216 chromatin remodeling 1.94723079561042 1
GO:0031328 0.996588953305496 0.746400631122214 115.081274382315 90 1945 positive regulation of cellular biosynthetic process 0.432273114769265 1
GO:1902275 0.996853699424594 0.369802609394859 12.8985695708713 5 218 regulation of chromatin organization 1.91166568470667 1
GO:0035966 0.996991325709378 0.368048742706666 12.9577373211964 5 219 response to topologically incorrect protein 1.89424740935343 1
GO:0044770 0.997095997087494 0.597719348335799 40.1157347204161 25 678 cell cycle phase transition 0.988178835895963 1
GO:0099111 0.997249389261993 0.364589727849396 13.0760728218466 5 221 microtubule-based transport 1.86011752421122 1
GO:0050778 0.997403583966262 0.576720176552391 36.5656697009103 22 618 positive regulation of immune response 1.04664802421424 1
GO:0045732 0.997424253750385 0.388588440948323 14.7327698309493 6 249 positive regulation of protein catabolic process 1.75835873614942 1
GO:0006464 0.997437869052773 0.802406911409357 244.303641092328 209 4129 cellular protein modification process 0.222746786679361 1
GO:0036211 0.997437869052773 0.802406911409357 244.303641092328 209 4129 protein modification process 0.222746786679361 1
GO:0009607 0.99755386811269 0.688153285396191 76.444733420026 55 1292 response to biotic stimulus 0.598677021729337 1
GO:0006913 0.997669714654701 0.474171545917931 22.1879063719116 11 375 nucleocytoplasmic transport 1.42129777777778 1
GO:0099003 0.997750825661965 0.4061615034755 16.4486345903771 7 278 vesicle-mediated transport in synapse 1.64574814968169 1
GO:0099504 0.997832547664232 0.382188026226219 14.9694408322497 6 253 synaptic vesicle cycle 1.70319798778297 1
GO:0051129 0.997879919367341 0.61949931436213 49.4642392717815 32 836 negative regulation of cellular component organization 0.83194066069916 1
GO:0000956 0.997901831429597 0.354586630829725 13.4310793237971 5 227 nuclear-transcribed mRNA catabolic process 1.76308486483339 1
GO:0016579 0.997907097333094 0.423242028563536 18.0461638491547 8 305 protein deubiquitination 1.56259070142435 1
GO:0051169 0.997912425934486 0.470195463927525 22.3654096228869 11 378 nuclear transport 1.39882702052014 1
GO:0002366 0.998015610188661 0.600117901355866 44.6716514954486 28 755 leukocyte activation involved in immune response 0.892522257795711 1
GO:0010557 0.998111633390931 0.723842176706419 109.164499349805 83 1845 positive regulation of macromolecule biosynthetic process 0.443037286741431 1
GO:0051648 0.998174203358609 0.398663071564993 16.7444733420026 7 283 vesicle localization 1.58810822959458 1
GO:0033043 0.998197192079602 0.685595080300728 80.7639791937581 58 1365 regulation of organelle organization 0.565610701874438 1
GO:1901362 0.998219313832986 0.796314774686716 250.042912873862 213 4226 organic cyclic compound biosynthetic process 0.216708300026272 1
GO:0006952 0.998266654433388 0.688261515601783 83.1898569570871 60 1406 defense response 0.55148732621219 1
GO:0022607 0.998350647092385 0.772522558393457 185.431729518856 152 3134 cellular component assembly 0.281190426835551 1
GO:1903827 0.998353380746715 0.567754341900589 38.7548764629389 23 655 regulation of cellular protein localization 0.97409241885671 1
GO:0002263 0.998409874901859 0.593240470791491 45.1449934980494 28 763 cell activation involved in immune response 0.873904313008765 1
GO:0048522 0.998580779853403 0.80851680934962 338.380364109233 297 5719 positive regulation of cellular process 0.164995151949458 1
GO:0044782 0.998612168206761 0.456156458381152 23.0162548764629 11 389 cilium organization 1.32083451735053 1
GO:0009894 0.998631707705369 0.651602368608316 67.3920676202861 46 1139 regulation of catabolic process 0.644266145387302 1
GO:0002443 0.998647302492915 0.601834453236072 49.2275682704811 31 832 leukocyte mediated immunity 0.81371059079142 1
GO:0016236 0.998655621388401 0.425370739339155 20.1762028608583 9 341 macroautophagy 1.40633465484473 1
GO:0032388 0.998717079508963 0.364172959305703 15.6794538361508 6 265 positive regulation of intracellular transport 1.55243859024564 1
GO:0006357 0.998736093285426 0.725260027772045 121.648894668401 93 2056 regulation of transcription by RNA polymerase II 0.399752929643144 1
GO:0072594 0.998769006931068 0.546062992125984 36.7431729518856 21 621 establishment of protein localization to organelle 0.989443549830023 1
GO:0065003 0.998814478751411 0.705155765347284 103.780234070221 77 1754 protein-containing complex assembly 0.454764415332148 1
GO:0009893 0.998890928268594 0.777406986651519 219.098179453836 182 3703 positive regulation of metabolic process 0.241167560967018 1
GO:0009615 0.998925118409864 0.35853326154985 15.9161248374512 6 269 response to virus 1.50661267810008 1
GO:0002429 0.998949831829508 0.433026396562308 22.0104031209363 10 372 immune response-activating cell surface receptor signaling pathway 1.31301306509423 1
GO:0002757 0.998949831829508 0.433026396562308 22.0104031209363 10 372 immune response-activating signal transduction 1.31301306509423 1
GO:0010604 0.99896772226146 0.769177307760132 201.170351105332 165 3400 positive regulation of macromolecule metabolic process 0.259346885813149 1
GO:0070646 0.998995802738846 0.398549959525569 19.1111833550065 8 323 protein modification by small protein removal 1.39328470511555 1
GO:0031334 0.999073736200777 0.37639375597324 17.6911573472042 7 299 positive regulation of protein-containing complex assembly 1.42269102135323 1
GO:0006402 0.999118577354432 0.44174438835173 23.7262678803641 11 401 mRNA catabolic process 1.24296490693466 1
GO:0044087 0.999141131700807 0.636700178222953 67.332899869961 45 1138 regulation of cellular component biogenesis 0.631368509486936 1
GO:0050851 0.999201983199455 0.323465884546302 14.6736020806242 5 248 antigen receptor-mediated signaling pathway 1.47713969823101 1
GO:0043624 0.999238412081608 0.322117561815053 14.7327698309493 5 249 cellular protein complex disassembly 1.46529894679118 1
GO:0070925 0.999239215240478 0.597945723190342 54.1976592977893 34 916 organelle assembly 0.736279819225415 1
GO:0043207 0.999291513034688 0.64468341396126 73.7821846553966 50 1247 response to external biotic stimulus 0.584240991531239 1
GO:0051707 0.999291513034688 0.64468341396126 73.7821846553966 50 1247 response to other organism 0.584240991531239 1
GO:0071103 0.999372140732516 0.364907672100749 18.22366710013 7 308 DNA conformation change 1.34076151121606 1
GO:0044267 0.999409113803485 0.788383199007282 307.908972691808 264 5204 cellular protein metabolic process 0.177126800704951 1
GO:0140014 0.999424497082673 0.362447872694246 18.3420026007802 7 310 mitotic nuclear division 1.32351716961498 1
GO:0080090 0.999443084470737 0.792971926887619 343.350455136541 298 5803 regulation of primary metabolic process 0.160792597220076 1
GO:0022411 0.999533397128313 0.511466578107415 37.2165149544863 20 629 cellular component disassembly 0.918509456805538 1
GO:0071705 0.99954007152313 0.72240573591575 147.150195058518 113 2487 nitrogen compound transport 0.331956976438316 1
GO:0030705 0.999546227448531 0.30798396706749 15.3836150845254 5 260 cytoskeleton-dependent intracellular transport 1.3439349112426 1
GO:0043043 0.999610726511744 0.532860367623347 42.8374512353706 24 724 peptide biosynthetic process 0.831934312139434 1
GO:0006914 0.999613479949056 0.49119631203223 34.8498049414824 18 589 autophagy 0.942750655048267 1
GO:0061919 0.999613479949056 0.49119631203223 34.8498049414824 18 589 process utilizing autophagic mechanism 0.942750655048267 1
GO:1903047 0.999618367893158 0.584379719525351 56.9193758127438 35 962 mitotic cell cycle process 0.687183665354144 1
GO:0042176 0.999656862394445 0.428105073679714 26.6254876462939 12 450 regulation of protein catabolic process 1.07674074074074 1
GO:0000278 0.999667538913488 0.616666666666667 70.7646293888166 46 1196 mitotic cell cycle 0.584319526627219 1
GO:0033157 0.999682568695942 0.324534635337199 17.5136540962289 6 296 regulation of intracellular protein transport 1.24429327976625 1
GO:0043412 0.999685178117908 0.765593736710379 255.723016905072 212 4322 macromolecule modification 0.206215479876426 1
GO:0060271 0.99971487202899 0.380658127605963 22.424577373212 9 379 cilium assembly 1.13846325213553 1
GO:0032386 0.999750981648803 0.3928531546622 24.1404421326398 10 408 regulation of intracellular transport 1.09152729719339 1
GO:0006401 0.999767172068065 0.405340315234957 25.7379713914174 11 435 RNA catabolic process 1.0562557801559 1
GO:0072657 0.999780726096851 0.518822663908399 43.9024707412224 24 742 protein localization to membrane 0.792060505227367 1
GO:0032259 0.999787619467784 0.373404734497773 22.8387516254876 9 386 methylation 1.09754624285216 1
GO:0033044 0.999790527430768 0.314566253292687 18.0461638491547 6 305 regulation of chromosome organization 1.17194302606826 1
GO:0006412 0.999801228488974 0.503972999548221 41.4174252275683 22 700 translation 0.815795918367347 1
GO:0032984 0.999816948284162 0.352643577652166 21.4778933680104 8 363 protein-containing complex disassembly 1.10314262079852 1
GO:0060341 0.999847090817301 0.555488481975839 56.2685305591678 33 951 regulation of cellular localization 0.662991305847738 1
GO:0043161 0.999849351777435 0.407907186631148 27.8680104031209 12 471 proteasome-mediated ubiquitin-dependent protein catabolic process 0.982866106806226 1
GO:0051171 0.999855527201599 0.769961611393836 330.984395318596 281 5594 regulation of nitrogen compound metabolic process 0.163160986751089 1
GO:0019221 0.999863719692093 0.501789403748789 43.4291287386216 23 734 cytokine-mediated signaling pathway 0.775694377417606 1
GO:0007049 0.999867938550037 0.671693990161546 120.228868660598 86 2032 cell cycle 0.378447788145576 1
GO:0033554 0.999872498490942 0.681678420760759 130.642392717815 95 2208 cellular response to stress 0.354062877415459 1
GO:0007249 0.99987340656336 0.325098336898765 20.3537061118335 7 344 I-kappaB kinase/NF-kappaB signaling 1.07482084910763 1
GO:0002252 0.999874316567978 0.59302792100688 71.7113133940182 45 1212 immune effector process 0.556624350553867 1
GO:0000280 0.999876834833789 0.376305220883534 25.1462938881665 10 425 nuclear division 1.00595155709343 1
GO:0022402 0.999884566565233 0.621382351591411 86.5032509752926 57 1462 cell cycle process 0.484546027872543 1
GO:0006366 0.999887945736408 0.679418176764708 130.997399219766 95 2214 transcription by RNA polymerase II 0.352146437754652 1
GO:0016197 0.999893025133148 0.274983037704759 17.1586475942783 5 290 endosomal transport 1.08026159334126 1
GO:0006955 0.999898442943387 0.656146351575456 111.649544863459 78 1887 immune response 0.398020764615733 1
GO:0016569 0.999898742826089 0.410882793897169 29.9388816644993 13 506 covalent chromatin modification 0.922565576715774 1
GO:0000209 0.999919818776945 0.315506109956884 20.9453836150845 7 354 protein polyubiquitination 1.01495419579304 1
GO:0016570 0.999932592060102 0.390317616043074 29.0513654096229 12 491 histone modification 0.904426313147863 1
GO:0043254 0.999937178862385 0.411773393194707 32.128088426528 14 543 regulation of protein-containing complex assembly 0.862746694070524 1
GO:0051640 0.999937597094526 0.491382708086997 46.1508452535761 24 780 organelle localization 0.716765285996055 1
GO:0031347 0.999938997460098 0.440070921985816 36.5065019505852 17 617 regulation of defense response 0.811397229759725 1
GO:0043122 0.999948887674576 0.260957642725599 18.0461638491547 5 305 regulation of I-kappaB kinase/NF-kappaB signaling 0.976619188390218 1
GO:0033036 0.999949413568754 0.714973388763078 202.590377113134 157 3424 macromolecule localization 0.243325188062276 1
GO:0010498 0.999952493121164 0.395097373188406 31.0630689206762 13 525 proteasomal protein catabolic process 0.856997732426304 1
GO:0045087 0.999954261587354 0.472438804963077 43.9616384915475 22 743 innate immune response 0.724102389461805 1
GO:0044085 0.999955575007366 0.711413524670277 199.691157347204 154 3375 cellular component biogenesis 0.245656406035665 1
GO:1901360 0.999963073447607 0.75376762275158 349.326397919376 294 5904 organic cyclic compound metabolic process 0.153253203009672 1
GO:0051052 0.999963503133362 0.300408893432149 21.9512353706112 7 371 regulation of DNA metabolic process 0.924070589431928 1
GO:0033365 0.999964137925666 0.538594413626691 62.9544863459038 36 1064 protein localization to organelle 0.577795522641189 1
GO:0043933 0.999968103089164 0.643617311237536 120.406371911573 83 2035 protein-containing complex subunit organization 0.36417002215528 1
GO:0090150 0.999969729582674 0.297059319177621 22.1879063719116 7 375 establishment of protein localization to membrane 0.904462222222222 1
GO:0044403 0.999972718337967 0.544769328969348 67.332899869961 39 1138 biological process involved in symbiotic interaction 0.547186041555345 1
GO:0002831 0.999977164661207 0.292169299009244 22.5429128738622 7 381 regulation of response to biotic stimulus 0.876199530176838 1
GO:0031323 0.999978084040522 0.748202548567609 357.314044213264 300 6039 regulation of cellular metabolic process 0.149467277072271 1
GO:0050789 0.999979475273539 0.74654987655929 630.669050715215 575 10659 regulation of biological process 0.0919580699542516 1
GO:0016043 0.99998634509023 0.745877842294225 383.643693107932 324 6484 cellular component organization 0.140027690236223 1
GO:0007059 0.999987441674478 0.238209136235009 19.7028608582575 5 333 chromosome segregation 0.819287756224693 1
GO:0042886 0.999987876872514 0.635561371954847 128.630689206762 88 2174 amide transport 0.338312870429065 1
GO:0048285 0.99998946985424 0.329519774011299 28.518855656697 10 482 organelle fission 0.782097415678105 1
GO:0009057 0.999989791136673 0.579519594259957 91.8875162548765 57 1553 macromolecule catabolic process 0.429424552275906 1
GO:0030163 0.999990591779402 0.503068033457927 61.5344603381014 33 1040 protein catabolic process 0.554373150887574 1
GO:0044257 0.999994868229919 0.446870709491458 50.351755526658 24 851 cellular protein catabolic process 0.602153269603328 1
GO:0018205 0.999995281752028 0.302191229807054 27.927178153446 9 472 peptidyl-lysine modification 0.734029373743177 1
GO:0006974 0.999995715514224 0.455865584546247 53.4284785435631 26 903 cellular response to DNA damage stimulus 0.579365692554289 1
GO:0015833 0.999996135274261 0.614027567104135 126.618985695709 84 2140 peptide transport 0.333278015547209 1
GO:0018130 0.99999691271683 0.692231518618128 240.339401820546 184 4062 heterocycle biosynthetic process 0.202624946029793 1
GO:0019438 0.999997221037326 0.691013806739698 240.635240572172 184 4067 aromatic compound biosynthetic process 0.202127035059242 1
GO:0019222 0.999997430408496 0.727583430297548 392.045513654096 327 6626 regulation of metabolic process 0.135331787106906 1
GO:0006325 0.999998868895772 0.397642481781494 46.9791937581274 20 794 chromatin organization 0.5764264731075 1
GO:0050794 0.999998957874993 0.718064215501365 602.091027308192 536 10176 regulation of cellular process 0.0940514553914007 1
GO:0051603 0.999999033906728 0.387910939635078 45.7366710013004 19 773 proteolysis involved in cellular protein catabolic process 0.577762752937514 1
GO:0009889 0.999999426051188 0.672208814084484 241.641092327698 181 4084 regulation of biosynthetic process 0.197179624554291 1
GO:0006281 0.999999429469006 0.288847429519071 32.3055916775033 10 546 DNA repair 0.609494290812972 1
GO:0098542 0.999999436646176 0.415309122594255 53.8426527958388 24 910 defense response to other organism 0.526603067262408 1
GO:0071840 0.999999462879779 0.711408808335522 394.648894668401 325 6670 cellular component organization or biogenesis 0.132735356459701 1
GO:0044419 0.999999478367695 0.576185205681609 121.4122236671 76 2052 biological process involved in interspecies interaction between organisms 0.327954660313335 1
GO:0015031 0.999999519990691 0.578481169474727 124.015604681404 78 2096 protein transport 0.322601938989569 1
GO:0034654 0.999999521673922 0.66778946588161 236.611833550065 176 3999 nucleobase-containing compound biosynthetic process 0.199969972488121 1
GO:0016567 0.999999576694611 0.405344114864777 52.8368010403121 23 893 protein ubiquitination 0.524058591834713 1
GO:0044271 0.999999585279857 0.683598696008388 280.632639791938 216 4743 cellular nitrogen compound biosynthetic process 0.174462635638818 1
GO:0016032 0.9999995906646 0.448905842200361 64.1970091027308 31 1085 viral process 0.478472679394338 1
GO:0008104 0.999999841760999 0.617430871543577 176.142392717815 120 2977 protein localization 0.24602458282506 1
GO:0045184 0.999999863952399 0.56888123759817 130.287386215865 81 2202 establishment of protein localization 0.303532582467759 1
GO:0031326 0.999999881514911 0.652110914688367 236.848504551365 173 4003 regulation of cellular biosynthetic process 0.196168761512802 1
GO:0060255 0.999999889996714 0.690079365079365 358.615734720416 286 6061 regulation of macromolecule metabolic process 0.141459589155743 1
GO:0006511 0.999999903308052 0.305187345351714 39.5832249674902 13 669 ubiquitin-dependent protein catabolic process 0.527771633363944 1
GO:0019941 0.999999919405801 0.303249890206412 39.8198959687906 13 673 modification-dependent protein catabolic process 0.521516617394779 1
GO:1903506 0.999999927549669 0.623937053952658 197.501950585176 137 3338 regulation of nucleic acid-templated transcription 0.223410113797544 1
GO:0022613 0.999999928715948 0.181699380232122 25.5604681404421 5 432 ribonucleoprotein complex biogenesis 0.486807698902606 1
GO:0034641 0.999999932685518 0.687024005340732 367.25422626788 293 6207 cellular nitrogen compound metabolic process 0.138184412641688 1
GO:2001141 0.999999932879727 0.623186896069435 197.679453836151 137 3341 regulation of RNA biosynthetic process 0.223009078520779 1
GO:0006355 0.999999942538971 0.619295995556064 194.602730819246 134 3289 regulation of transcription, DNA-templated 0.225077446117276 1
GO:0043632 0.999999953460175 0.29757591442374 40.5299089726918 13 685 modification-dependent macromolecule catabolic process 0.503404550055943 1
GO:0070727 0.999999974681986 0.546439948088721 129.991547464239 78 2197 cellular macromolecule localization 0.293622556848634 1
GO:0006397 0.999999975381875 0.211331153100775 30.7080624187256 7 519 mRNA processing 0.472191594180301 1
GO:0046907 0.999999975939489 0.525810076793407 116.382964889467 67 1967 intracellular transport 0.314645127057041 1
GO:0006259 0.99999998158535 0.356590437318806 54.4343302990897 21 920 DNA metabolic process 0.450815217391304 1
GO:0034622 0.99999998886366 0.393592004703116 65.5578673602081 28 1108 cellular protein-containing complex assembly 0.414413064160878 1
GO:0044265 0.999999989502095 0.425647626709574 75.6163849154746 35 1278 cellular macromolecule catabolic process 0.389368903387286 1
GO:0006725 0.999999991686501 0.66131107363662 335.776983094928 258 5675 cellular aromatic compound metabolic process 0.145560286440645 1
GO:2000112 0.999999992051595 0.61646194571918 223.062418725618 155 3770 regulation of cellular macromolecule biosynthetic process 0.198154493453131 1
GO:0019219 0.999999992110757 0.62027063653794 229.866710013004 161 3885 regulation of nucleobase-containing compound metabolic process 0.193820074901156 1
GO:0051649 0.999999994003397 0.584997608227697 182.177503250975 119 3079 establishment of localization in cell 0.228077535159707 1
GO:0032446 0.999999994489713 0.358111421776393 59.1677503250975 23 1000 protein modification by small protein conjugation 0.41791 1
GO:0034613 0.99999999458426 0.526443556698836 129.222366710013 75 2184 cellular protein localization 0.285700448818581 1
GO:0051252 0.99999999496636 0.606250415164526 213.832249674902 146 3614 regulation of RNA metabolic process 0.203110084407039 1
GO:0006886 0.999999995090236 0.41827395091053 76.7997399219766 35 1298 intracellular protein transport 0.37746230422055 1
GO:0006351 0.999999995264296 0.599638412758307 204.779583875163 138 3461 transcription, DNA-templated 0.209329682687871 1
GO:0097659 0.999999995400492 0.600957507235401 207.146293888166 140 3501 nucleic acid-templated transcription 0.207538532468097 1
GO:0032774 0.999999996590879 0.59840396851073 207.797139141743 140 3512 RNA biosynthetic process 0.206240497921866 1
GO:0010556 0.999999996818744 0.609999142514766 227.38166449935 157 3843 regulation of macromolecule biosynthetic process 0.193158494050471 1
GO:0051641 0.999999998060564 0.604588096802848 226.198309492848 155 3823 cellular localization 0.192698364846936 1
GO:0006996 0.99999999935821 0.605283882224349 245.60533159948 170 4151 organelle organization 0.17926618733511 1
GO:0046483 0.999999999640896 0.634592552465905 333.646944083225 249 5639 heterocycle metabolic process 0.14228204061466 1
GO:0070647 0.999999999762526 0.359535977934615 71.1196358907672 28 1202 protein modification by small protein conjugation or removal 0.352130808054241 1
GO:0010468 0.999999999976792 0.590784978863853 271.757477243173 187 4593 regulation of gene expression 0.161065914587411 1
GO:0016071 0.999999999984779 0.244851670506912 52.185955786736 14 882 mRNA metabolic process 0.326998524277436 1
GO:0044260 0.999999999985024 0.63435139859322 469.555266579974 373 7936 cellular macromolecule metabolic process 0.107611935046908 1
GO:0006396 0.999999999996756 0.244569928722789 55.795188556567 15 943 RNA processing 0.306494581382717 1
GO:0051276 0.999999999996819 0.31295096347019 72.3621586475943 25 1223 chromosome organization 0.303698062951243 1
GO:0009059 0.999999999999599 0.567776163131513 285.484395318596 192 4825 macromolecule biosynthetic process 0.149851647024081 1
GO:0034645 0.999999999999677 0.563901934856292 280.277633289987 187 4737 cellular macromolecule biosynthetic process 0.151422274149279 1
GO:0043170 0.999999999999911 0.605197132961695 529.610533159948 423 8951 macromolecule metabolic process 0.0959294999035264 1
GO:0006139 0.999999999999949 0.569888538594021 323.884265279584 223 5474 nucleobase-containing compound metabolic process 0.135222887108808 1
GO:0010467 1 0.539523956159259 327.256827048114 217 5531 gene expression 0.128886474456476 1
