| Term es nes pval sidak fdr geneset_size leading_edge leading_edge_size |
| Pyrimidine nucleotide metabolic process 0.7604833439915452 3.8259142102521286 0.0001302876608415 0.5765980856471642 0.1417772162791421 19 P62380,Q9H773,P78549,P60891,P33316,P15531,P34896 7 |
| Cytoplasmic translation 0.4571879817961012 3.8146127137166914 0.0001363966722804 0.5933221019327133 0.1417772162791421 119 Q7Z478,P56537,P62847,P62841,P08865,P62913,P67809,P18621,P62081,O60524,Q07020,P30050,O43583,P63220,Q9Y3U8,P61313,Q9H2P9,P61513,Q9NR50,P60842,P08708,P42766,P05388,P39019,P62244,P50914,P46777,Q9UET6,P62910,P84098,P32969,P46778,P62899,P46776,P62495,P62857,Q15056,Q9BZG8,P63173,Q14240,P61254,Q9BQC3,Q9H074,P20042,P62906,P62273,P62249,P62753,P61927,P41214,Q92597,P62888,P62854,P05386,P60866,P62701,P62829,P62280,P26373,P62277,P62263,Q9ULC4 62 |
| Pyrimidine containing compound metabolic process 0.6199750374098215 3.6025129366421873 0.0003151557107627 0.8749566378565722 0.1816512276614925 31 P62380,P33316,Q9H773,P78549,P60891,P32321,P15531,P34896 8 |
| Deoxyribose phosphate metabolic process 0.7596268673468818 3.542472126791882 0.000396395311967 0.9268425877335228 0.1816512276614925 17 P62380,P55263,Q9H773,P32321,P78549,P33316,P34896 7 |
| Cellular response to reactive oxygen species 0.5798673794675716 3.48548199348891 0.0004912512848735 0.9608787560084636 0.1816512276614925 36 Q99720,P04179,P27695,Q13131,Q9NRM2,P00374,P04083,P30044,P06493,Q96EB6 10 |
| Response to reactive oxygen species 0.5273409215607439 3.4354101504024483 0.000591657622095 0.9798334225108316 0.1816512276614925 43 Q99720,P04179,P27695,Q13131,Q9NRM2,P00374,P04083,P30044,P06493,Q96EB6,Q16611 11 |
| Base excision repair 0.6455367159056884 3.3550377819353367 0.0007935414569562 0.9946799752667844 0.1816512276614925 23 Q9UGN5,P27695,P35244,Q96T60,P39748,P15927,P54098,P18887,P78549,P29372,P18858 11 |
| Pyrimidine containing compound biosynthetic process 0.7060900152028332 3.2166274525958287 0.0012970690712763 0.9998085762331408 0.1816512276614925 17 P62380,P60891,P33316,P15531,P34896 5 |
| Regulation of ubiquitin protein transferase activity 0.6178964994478799 3.2044525268394697 0.0013531960425718 0.9998678701819464 0.1816512276614925 24 Q9UL15,Q13257,P62081,O95816,Q9UNE7,P60866,Q8TDB6,P61927,Q96GG9,O43684,P62841,P63208,Q99497,P62913,P46777,Q13526 16 |
| Pyrimidine deoxyribonucleotide metabolic process 0.8971950273658479 3.1740167432725266 0.0015034501781028 0.9999510259273922 0.1816512276614925 8 P62380,Q9H773,P78549,P33316,P34896 5 |
| Cellular response to toxic substance 0.5848551553727054 3.0616207359585355 0.002201421900134 0.9999995137706006 0.1816512276614925 26 P30041,Q16881,P04179,P28161,P78417,P00374,P30048,P00390,P30044,P21266,P14550,P10768,P35754,O43708,P11766 15 |
| Deoxyribonucleotide biosynthetic process 0.8120432283125396 3.014851975598678 0.0025710470058082 0.9999999577839012 0.1816512276614925 10 P62380,P33316,P34896,P55263 4 |
| Response to toxic substance 0.455950077089775 3.005901653213032 0.0026479462545392 0.999999974612749 0.1816512276614925 47 P00374,P30048,P14550,Q86WA6,O43708,P11766,P30041,Q16881,P04179,P78417,P30044,P00390,P16455,P28161,P21266,P25325,P06493,P10768,P35754,Q16611 20 |
| Water soluble vitamin metabolic process 0.5960281192089463 2.993573456754825 0.0027573112544767 0.9999999876837355 0.1816512276614925 23 Q9Y4U1,P78417,P00374,P49914,P50747,Q96RQ3,Q8IYS1,P14550,P34896,Q9H2D1,Q8NFF5 11 |
| Deoxyribonucleoside monophosphate biosynthetic process 0.8686720576896654 2.9170546340028656 0.0035335387336214 0.999999999927577 0.1816512276614925 7 P33316,P32321,P34896,P55263 4 |
| Cellular oxidant detoxification 0.592869346882643 2.850899627089696 0.0043595728963963 0.999999999999695 0.1816512276614925 20 P30041,Q16881,P04179,P28161,P00374,P30048,P00390,P30044,P35754,O43708 10 |
| Detoxification 0.5430714078566878 2.7846799043238404 0.0053580588352626 0.9999999999999996 0.1816512276614925 27 P30041,Q16881,P04179,P28161,P78417,P00374,P30048,P00390,P30044,P21266,P14550,P10768,P35754,O43708,P11766 15 |
| Myeloid cell apoptotic process 0.8369891526434085 2.769919400334376 0.0056070165729766 1.0 0.1816512276614925 7 P62330,P42771,P14174,P04083 4 |
| Dephosphorylation 0.3766499772678807 2.7684048449546337 0.0056331432539085 1.0 0.1816512276614925 106 Q9NQ88,P36873,Q15257,P30307,P43378,P54098,Q9NQG5,P62258,P51452,P24666,P62140,P31946,Q13362,Q9NPH0,Q9NY27,P78330,Q9H3S7,Q96T60,Q96PE3,P78318,P49902,P10586,Q9H0P0,Q96DE0,Q9UNI6,P62136,Q5TFE4,Q969T7,A6NDG6,Q9H0R4,P67870,Q9H2U2,P60510,O60942,O95429,Q99956,Q15435,P53041,Q96P16,Q13613,P63167,Q9NP77 42 |
| Folic acid metabolic process 0.8074795317861728 2.7492329141447476 0.0059734922802401 1.0 0.1824127550021478 8 P00374,P34896,P49914 3 |
| Response to hydrogen peroxide 0.5030217332390923 2.708719907730859 0.0067543334082407 1.0 0.194548398081903 34 Q99720,P04179,P27695,Q13131,Q9NRM2,P04083,P06493,Q96EB6,Q16611 9 |
| Intrinsic apoptotic signaling pathway in response to dna damage 0.5165785418515201 2.7066491957418206 0.0067966034983306 1.0 0.1949147681521264 30 P04179,P14174,P13693,Q8N2W9,O96017,P42575,Q96EB6,Q16611 8 |
| Nucleoside monophosphate biosynthetic process 0.5386794284893196 2.6944076528393865 0.0070513863591448 1.0 0.1956795177081621 26 P33316,P55263,P04183,P49915,P11908,P60891,P32321,P34896,P20839 9 |
| Regulation of phospholipase activity 0.7706932913691009 2.691805848400246 0.0071066303142328 1.0 0.1956795177081621 9 P18085,P04083 2 |
| Deoxyribonucleoside triphosphate metabolic process 0.7704263991234904 2.690454351741409 0.0071354796338205 1.0 0.1956795177081621 9 P62380,P55263,Q9H773,P33316,Q96DE0 5 |
| Protein deneddylation 0.768394646176415 2.6801589012812808 0.0073587219077693 1.0 0.1956795177081621 9 Q9BT78,Q9UBW8,Q9UNS2,Q92905,Q7L5N1 5 |
| Base excision repair gap filling 0.7228590519744068 2.669014500552014 0.0076074165864163 1.0 0.1956795177081621 11 P54098,Q96T60,P27695,P18858 4 |
| Negative regulation of ubiquitin protein transferase activity 0.669120824117843 2.6569628106277614 0.0078848140580307 1.0 0.1956795177081621 14 Q9UL15,Q13257,P62081,O95816,P60866,P61927,Q8TDB6,O43684,P62841,Q99497,P62913,P46777 12 |
| Negative regulation of cellular amide metabolic process 0.3577249690376695 2.6510145131491263 0.0080250392953873 1.0 0.1956795177081621 94 P27695,Q96B26,Q13131,P56537,Q9H074,P00374,P31483,Q9UIV1,Q86TB9,O15514,P34896,P67809 12 |
| Positive regulation of actin filament polymerization 0.6155535336461848 2.636633465503572 0.0083733253373206 1.0 0.1956795177081621 17 P61586,O95429,O43639,P62330,P35080,Q9UQB8,P07737,P50552 8 |
| Monocarboxylic acid biosynthetic process 0.4438108127859722 2.6341277366854263 0.0084353746641625 1.0 0.1956795177081621 44 P28161,O75477,Q99714,P14174,Q13131,P56537,P54619,P04083,Q14353,P38398,Q96EB6,Q8IVS2 12 |
| Pyrimidine deoxyribonucleotide biosynthetic process 0.8756637658045762 2.624355495190772 0.0086813121994941 1.0 0.1981112561414411 6 P62380,P33316,P34896 3 |
| Regulation of ubiquitin protein ligase activity 0.6808359997612441 2.6214592862313006 0.0087554219431944 1.0 0.1981112561414411 13 Q13257,P62081,O95816,P60866,P61927,P62841,P63208,P62913,P46777 9 |
| Pyrimidine nucleoside triphosphate metabolic process 0.6947509848388911 2.604194849664343 0.0092090385403162 1.0 0.20113515964214 12 P62380,P33316,Q9H773 3 |
| Protein dephosphorylation 0.3835281076739163 2.578533370895165 0.0099220715664603 1.0 0.2078808125379674 76 P36873,Q15257,P30307,P43378,P54098,Q9NQG5,P62258,P51452,P24666,P62140,P31946,Q13362,Q9NY27,Q9H3S7,P10586,Q9UNI6,P62136,A6NDG6,P67870,Q9H2U2,P60510,O60942,Q15435,Q99956,P53041,Q96P16,Q13613,P63167,Q9NP77 29 |
| Peptidyl tyrosine dephosphorylation 0.5552652499353192 2.575955370553191 0.009996354798917 1.0 0.2078808125379674 20 Q9UNI6,Q9H3S7,Q99956,P30307,P43378,P54098,Q13613,P10586,P51452,O60942,P24666 11 |
| Deoxyribonucleoside monophosphate metabolic process 0.7478503365155903 2.575357160456436 0.0100136624412439 1.0 0.2078808125379674 9 P33316,P32321,P34896,P55263 4 |
| Folic acid containing compound metabolic process 0.6302018222974785 2.5296156203590705 0.0114187545031678 1.0 0.2219808440552285 15 P00374,P34896,P49914 3 |
| Cellular response to hydrogen peroxide 0.5243149069594049 2.5288923529086293 0.0114423115492385 1.0 0.2219808440552285 25 Q99720,P27695,Q9NRM2,Q13131,P04083,Q96EB6 6 |
| Negative regulation of dna damage response signal transduction by p53 class mediator 0.9149218165186878 2.5182193137315094 0.0117949852408325 1.0 0.2236723593973728 5 Q9BW85,O75832,P14174 3 |
| Midbrain development 0.539462080736659 2.4894639005501227 0.0127935910243948 1.0 0.2256324235211449 21 P61586,P19622,Q16352,P12277,O15027,P62258,Q9UN36,O75489,P63167 9 |
| Deoxyribose phosphate catabolic process 0.7525171754371576 2.478043322822257 0.0132105103785244 1.0 0.2311313699117973 8 P33316,Q9H773,P78549 3 |
| Pyrimidine deoxyribonucleoside triphosphate metabolic process 0.8985402640335293 2.449981322171106 0.0142863625249203 1.0 0.2439881362811435 5 P62380,Q9H773 2 |
| Regulation of fatty acid metabolic process 0.5855463402417261 2.435945723763384 0.0148529129925254 1.0 0.2486543505043092 17 Q15120,O75477,P56537,P04083,Q96EB6,Q2T9J0 6 |
| Negative regulation of ubiquitin protein ligase activity 0.7181434599156159 2.4215524722031097 0.0154543697106566 1.0 0.2559773416966795 9 Q13257,P62081,O95816,P60866,P61927,P62841,P62913,P46777 8 |
| Regulation of fatty acid biosynthetic process 0.7171540353908297 2.416383592219713 0.0156755376200379 1.0 0.2559773416966795 9 Q96EB6,O75477,P04083,P56537 4 |
| Organonitrogen compound biosynthetic process 0.2351196884572563 2.390518219821546 0.0168246143331218 1.0 0.2559773416966795 623 P49458,Q13131,P33908,P00374,P31483,Q8N442,P41567,P62487,Q9Y5T5,P62841,Q13126,P67809,Q96QK1,Q9H553,Q96B26,Q9Y285,P63220,Q9Y3U8,P49915,P61513,P58546,Q86TB9,Q9BTE6,Q14353,P07741,P62380,P49770,Q96CD2,Q9UIV1,Q969T7,Q9NRK6,Q96GX9,Q9BV57,P48651,P60891,Q9UGM6,P34896,Q15118,O43324,Q9H074,O75821,P49914,P12277,P61927,P62888,P62854,P52788,P33316,P26373,P15531,Q9ULC4,P56537,P62847,Q9NWS8,Q14232,Q8WUX2,O15514,Q8NFF5,Q16706,P78330,Q07666,Q07020,P61313,Q96EN8,Q9UBQ5,Q92905,Q92499,P08708,Q8IXQ6,Q9BX40,Q15120,P83436,Q5TAX3,Q4G176,P32969,Q6P087,P62899,P11908,P30419,Q01469,P61254,P55263,O96007,P54819,Q9BQC3,O43639,O00303,Q96C86,Q86W50,Q7L3T8,Q9BUT1,P32321,O94822,Q9NQT5,Q96QD8,Q9Y5P6,Q9Y6E2,P48047,O00178,O95352,P14550,P17174,Q9Y5S9,Q99873,P62913,Q15418,Q6UW63,Q12904,P19623,P62081,P51114,P49903,Q8NFG4,Q8N543,O96017,P42766,Q99497,Q9Y2Q9,Q86YN1,Q9UET6,P46778,P35790,P00491,P46776,P62495,P62857,Q15056,P63173,Q14558,Q96P11,Q05639,P62906,P62273,P62753,P62249,P54577,Q92597,P05386,Q8IZD4,P41214,Q96PZ0,Q9NZB8,Q9NRF8,Q13144,P08865,P49366,P06733,P06132,P00492,P63241,O95396,O95394,O75794,P18621,O75175,O60524,O43716,O43583,Q9H2P9,Q9NR50,O60841,Q9P0S9,Q07021,P57772,P05388,P62244,P50914,P20839,P24534,P61586,P62136,P62910,P84098,Q567V2,Q96I59,P61457,P00403,P04844,P30050,Q9UQ80,Q9Y2G5 181 |
| Positive regulation of supramolecular fiber organization 0.3999846074329974 2.3895485193412935 0.0168690955193637 1.0 0.2559773416966795 52 P61586,O00401,Q16625,O15013,O95429,O43639,O15144,P62330,P35080,P07737,Q9UQB8,P50552,P60981,P35240,Q9Y2X7,P36405,Q9Y6W5 17 |
| Postsynapse organization 0.4651209862525624 2.389291371438036 0.0168809084676355 1.0 0.2559773416966795 35 O60678,P61160,Q99538,O00401,Q05086,P62330,Q16352,Q9UQB8,Q9UJU6,Q12959,Q16643,P46109,Q96EY1,P23528,Q9Y6W5,P18085,Q96QK1 17 |
| Regulation of myeloid cell apoptotic process 0.8185441382649474 2.370828300399219 0.0177482738708731 1.0 0.2607296535685514 6 P42771,P14174,P04083 3 |
| Negative regulation of fat cell differentiation 0.7518256558044658 2.3613543766940515 0.0182083215633803 1.0 0.2657125863541082 7 Q8N4Q0,P04179 2 |
| Pteridine containing compound metabolic process 0.5566345424237366 2.34358618071528 0.0190993492307876 1.0 0.2733435624399059 18 P00374,P34896,P49914 3 |
| Modified amino acid transport 0.8115838352654087 2.3394325179684645 0.0193130602375877 1.0 0.2757336478942177 6 Q9H2D1,O43772 2 |
| Mitochondrial dna replication 0.701571486305931 2.334585195937536 0.0195651006621275 1.0 0.2772421713825911 9 Q96QE5,P54098 2 |
| Tetrahydrofolate metabolic process 0.6611084508349189 2.3270024445217263 0.019965135143531 1.0 0.2772421713825911 11 P00374,P34896 2 |
| Positive regulation of phospholipase activity 0.7419341405412926 2.3126469282992494 0.0207420591449005 1.0 0.2809244831967547 7 P18085 1 |
| Protein adp ribosylation 0.6116155548598076 2.306363203837827 0.0210903462321589 1.0 0.2813585868244481 14 Q9ULX3,Q9UGN5,Q9NWY4,Q96T60,P18887,Q8IXQ6,Q96EB6,P18085 8 |
| Negative regulation of signal transduction by p53 class mediator 0.7146193858855499 2.286053999658652 0.0222510996503899 1.0 0.2820909345050884 8 Q9BW85,Q96EB6,O75832,P14174 4 |
| Tissue regeneration 0.7145970044888618 2.285939408582856 0.0222578035414473 1.0 0.2820909345050884 8 P58107,P58546,P04083 3 |
| One carbon metabolic process 0.6077934751492808 2.2825921820894988 0.0224544019030443 1.0 0.2837341665756335 14 P00374,P34896,P35219,P49914 4 |
| Regulation of megakaryocyte differentiation 0.7135096983097715 2.2803707721948636 0.0225857075787878 1.0 0.2848476619305635 8 Q9GZP4,P26583,Q99873,P56537 4 |
| Viral gene expression 0.4274756121559628 2.2736981424246197 0.0229841419442591 1.0 0.2862943300867782 41 P08047,Q16706,Q9ULC4,Q9NZI7,P56537,Q9H1E3,O00303,Q12824,Q99873,O94992,Q00403 11 |
| Positive regulation of cytoskeleton organization 0.3842927480873218 2.265718760318286 0.0234686081563535 1.0 0.2915234263640451 59 P61586,O00401,Q16625,O15013,O95429,O43639,O15144,P62330,Q9UHV9,P35080,P07737,Q9UQB8,P50552,P60981,P35240,Q9Y2X7,P36405,Q9Y6W5 18 |
| Cell redox homeostasis 0.6043775101465844 2.2612980212551412 0.0237408086918251 1.0 0.2920584486376559 14 Q16881,P27695,P30048,P30044,P00390,Q9Y2X7 6 |
| Fatty acid biosynthetic process 0.4550790896278158 2.259741384560158 0.0238373062020027 1.0 0.2920584486376559 34 P28161,O75477,P14174,Q13131,P56537,P54619,P04083,P38398,Q96EB6,Q8IVS2 10 |
| Protein tetramerization 0.467506340766516 2.251564553129983 0.0243498032119207 1.0 0.2957850865300718 29 P04179,Q99714,Q9Y285,P04183,Q8N684,Q9Y5T5,O43809,P50552,P34896 9 |
| Leukocyte homeostasis 0.6014792565897463 2.243195028815221 0.0248842407362257 1.0 0.2984299125384455 14 P14174,P09429,P62753,P07948,P04083,O95067,O95999,Q96EY1,Q16611 9 |
| Regulation of establishment of protein localization to mitochondrion 0.5267724895264884 2.2407532751127155 0.0250420610907131 1.0 0.2991711068899877 19 O95817,O95429,Q13131,P19784,P49840,Q9H300 6 |
| Nucleoside phosphate catabolic process 0.5020023312938519 2.2319201345469986 0.0256202418932225 1.0 0.30394085526564 22 Q9UKK9,Q9H773,O43598,O95822,P49902,P00491,Q9BY32,P78549,P33316,P00492,Q96DE0 11 |
| Stress granule assembly 0.5552969817712086 2.2293271888981985 0.02579214287532 1.0 0.3044520078272076 17 Q13131 1 |
| Isoprenoid biosynthetic process 0.656671777697059 2.1940724356606265 0.028230202520969 1.0 0.3210455445315725 10 Q03426,P53602,Q86YH6,Q5T2R2 4 |
| Response to fungus 0.674488707935377 2.1906658813878046 0.0284759798123968 1.0 0.3232832406928903 9 P81605,Q16611,Q9UDY8 3 |
| Methionine metabolic process 0.7172354475803706 2.189889796026377 0.0285322301899579 1.0 0.3233652754861905 7 Q96GX9,Q13126,P52788 3 |
| Unsaturated fatty acid biosynthetic process 0.6724365461441265 2.179670622284823 0.0292818857126819 1.0 0.3304776817740504 9 Q96EB6,Q15185,P14174,P04083 4 |
| Negative regulation of fatty acid biosynthetic process 0.8997780795573099 2.1792903765641043 0.0293101036746239 1.0 0.3304776817740504 4 Q96EB6,O75477 2 |
| Gtp biosynthetic process 0.8344235909614319 2.17788564551668 0.0294145514545174 1.0 0.3306441495138351 5 P15531 1 |
| Positive regulation of actin filament bundle assembly 0.6059669880686723 2.17585292668835 0.0295662596405514 1.0 0.3306441495138351 13 P61586,O95429,P35080,P07737,P35240 5 |
| Nucleotide excision repair 0.4857185789567441 2.171694895558727 0.029878683808675 1.0 0.3323436735278598 24 Q15054,P35244,Q96T60,P78549,Q96EB6 5 |
| Substantia nigra development 0.5322026793563019 2.169631401086971 0.0300347805925409 1.0 0.333111102112865 18 P61586,Q16352,O15027,Q9UN36,O75489,P62258,P63167 7 |
| Prostanoid biosynthetic process 0.6905181979265111 2.161838912493947 0.0306305949558578 1.0 0.3361720537917443 8 Q96EB6,Q15185,P14174,P04083 4 |
| Protein homotetramerization 0.5004645372169203 2.160803182887342 0.0307105461093724 1.0 0.3364896381020272 20 P04179,Q99714,P04183,Q9Y5T5,P34896 5 |
| Protein targeting to peroxisome 0.6656638812346305 2.143294375689916 0.0320894681699071 1.0 0.3475568670750529 9 Q92930 1 |
| Pyrimidine containing compound catabolic process 0.6655386152053941 2.142620283716603 0.0321436010744178 1.0 0.3475724470276393 9 Q9H773,P78549 2 |
| Neural nucleus development 0.4974262567609207 2.1372941772263783 0.0325740721633185 1.0 0.3496311296825445 20 P61586,Q16352,O15027,P62258,Q9UN36,O75489,P63167 7 |
| Response to ionizing radiation 0.3782302085379498 2.136987339984866 0.0325990213394125 1.0 0.3496311296825445 54 P04179,Q9NXR7,Q13131,Q9H1E3,Q96B01,P04083,O96017,Q16611,Q9Y620,Q96EB6,P16455 11 |
| V d j recombination 0.6812282629827884 2.1135256462981946 0.0345558022988814 1.0 0.3600791026278388 8 P26583,P18858 2 |
| Phenol containing compound metabolic process 0.5944737960303237 2.105591779588395 0.0352398273325162 1.0 0.3632830165962378 13 P07858,Q96QK1,P58546,P30046,Q99497,O14908,P16930 7 |
| Presynapse organization 0.816870637763691 2.1020202398599785 0.0355515028639281 1.0 0.365261235031885 5 O00560,P62330 2 |
| Proteasome assembly 0.6569000161254639 2.0960218030960056 0.0360802568685763 1.0 0.3666954919955767 9 Q5JS54,O75832 2 |
| Glycine metabolic process 0.6970926990137285 2.0885885814162557 0.0367447739362343 1.0 0.3698855050734714 7 P00374 1 |
| Superoxide metabolic process 0.6758095746908452 2.085235211364465 0.0370479551501701 1.0 0.3698855050734714 8 P00374 1 |
| Peroxisome organization 0.5761416315821305 2.083539418564373 0.0372020825370258 1.0 0.3698855050734714 14 Q92930 1 |
| Dttp metabolic process 0.8761583443116513 2.083250278697683 0.037228416307137 1.0 0.3698855050734714 4 P62380 1 |
| Peroxisomal transport 0.6366417305918143 2.082660010601884 0.0372822249693489 1.0 0.3698855050734714 10 Q92930 1 |
| Cellular ketone metabolic process 0.4139034239618786 2.0790735873184274 0.0376105873440586 1.0 0.3700499915870505 40 Q15118,Q01469,Q04760,O75477,Q15120,Q99714,P56537,Q5T2R2,O43488,P04083,Q86YH6,P14550,O95825,P30419,P38398,Q96EB6,Q2T9J0,P55809 18 |
| Fatty acid homeostasis 0.7531059437478946 2.0713862204566933 0.0383227175764386 1.0 0.3746875107781406 6 Q13131 1 |
| Cellular response to mechanical stimulus 0.545622400709374 2.0685936627666224 0.0385842331209007 1.0 0.3748182646030359 16 O95817,P58546,P42575,Q16611,Q96QD8 5 |
| Skeletal muscle tissue regeneration 0.6929394563396515 2.0675706279988444 0.0386804164127998 1.0 0.3752000392041585 7 P58546,P04083 2 |
| Nucleoside monophosphate metabolic process 0.420884667987958 2.064400204584258 0.0389797871033459 1.0 0.3758928007802189 38 P33316,P55263,P54819,P04183,P49915,P49902,Q9P2T1,P00491,P34896,P11908,P60891,P32321,P07741,P00492,P20839 15 |
| Nuclear transcribed mrna catabolic process deadenylation dependent decay 0.437294432930644 2.06094025261804 0.0393087404772751 1.0 0.3763726912308575 33 Q96B26,Q9H074,Q9UIV1,Q86TB9,O15514,P67809 6 |
| Protein neddylation 0.6885015462468278 2.0450633712960107 0.0408486108488563 1.0 0.381639429403763 7 P61081,Q13564,Q8TBC4,Q96GG9,P62913,P46777 6 |
| Cellular modified amino acid metabolic process 0.3684578436791036 2.040380050200972 0.0413124873363419 1.0 0.3838535831004487 57 Q9Y4U1,P00374,Q8WUX2,O43708,P04179,Q04760,P78417,Q8IYS1,Q14353,Q99497,P00390,P28161,P07858,P21266,P48651,P34896,Q92820,P49914,P12277,Q9H2D1 20 |
| Regulation of dna directed dna polymerase activity 0.6459935210608795 2.0368781386009913 0.0416622553922956 1.0 0.3848798831478738 9 Q9Y248,Q9BRX5,Q9BRT9,P40937 4 |
| Regulation of peptidyl tyrosine phosphorylation 0.4343185355259821 2.032450472106811 0.0421080729335057 1.0 0.3868312661133756 33 Q9H2J4,Q92796,P14174,O43639,Q9UIV1,P35240 6 |
| Negative regulation of erk1 and erk2 cascade 0.5127250462692562 2.028889399528201 0.0424695567121742 1.0 0.3892285783266587 18 O14745,P41240,P56537,Q96S59,Q8NFG4,Q99956,P07948,Q12959,Q9UN36,P51452,Q13485,Q13526 12 |
| Reactive oxygen species metabolic process 0.3844339935229411 2.028273052565397 0.0425323876666436 1.0 0.3892285783266587 45 P04179,Q15120,P61586,P56537,P00374,P30048,P30044,P38398,O75489,P18085 10 |
| Glycosyl compound biosynthetic process 0.6850064635828943 2.027302554685488 0.0426314804185317 1.0 0.3892285783266587 7 P07741,Q13126,P00491,P55263 4 |
| Nucleobase containing small molecule biosynthetic process 0.6850064635828943 2.027302554685488 0.0426314804185317 1.0 0.3892285783266587 7 P07741,Q13126,P00491,P55263 4 |
| Deoxyribonucleoside triphosphate catabolic process 0.7989877671822602 2.0241385270769587 0.0429559004733954 1.0 0.3908098200310573 5 P33316,Q9H773,Q96DE0 3 |
| Nucleoside triphosphate catabolic process 0.7989877671822602 2.0241385270769587 0.0429559004733954 1.0 0.3908098200310573 5 P33316,Q9H773,Q96DE0 3 |
| Pyrimidine deoxyribonucleoside monophosphate metabolic process 0.8610515576398232 2.021358630050782 0.0432426539562258 1.0 0.3914066216058409 4 P33316,P34896 2 |
| Pyrimidine deoxyribonucleoside monophosphate biosynthetic process 0.8610515576398232 2.021358630050782 0.0432426539562258 1.0 0.3914066216058409 4 P33316,P34896 2 |
| Dtmp metabolic process 0.8610515576398232 2.021358630050782 0.0432426539562258 1.0 0.3914066216058409 4 P33316,P34896 2 |
| Regulation of muscle organ development 0.6830467763425243 2.0173306030410836 0.0436610240142529 1.0 0.3942602423027124 7 P58546,Q13131 2 |
| Ires dependent viral translational initiation 0.5938813551116426 2.0170165163797895 0.0436937897397335 1.0 0.3942602423027124 12 Q15366,P56537,O00303,P41214,P05455,Q9ULC4 6 |
| Response to oxygen radical 0.8574138122169843 2.0064018461599606 0.0448133915146207 1.0 0.3994988774691289 4 P00374 1 |
| Cellular response to oxygen radical 0.8574138122169843 2.0064018461599606 0.0448133915146207 1.0 0.3994988774691289 4 P00374 1 |
| Protein homooligomerization 0.3823300775102886 2.003646507441402 0.0451079401952858 1.0 0.399934669518905 45 Q99720,P04179,Q6NYC1,Q99714,P14174,P04183,Q96CX2,Q9Y5T5,O95999,Q99873,P50552,P34896,Q96QK1 13 |
| Regulation of protein targeting 0.4561264421541233 2.003053769585245 0.0451715174032116 1.0 0.399934669518905 26 O95817,O95429,Q13131,Q9NQG6,P19784,P49840 6 |
| Negative regulation of histone h3 k9 methylation 0.7373510719679977 1.9978929747635363 0.0457282644513177 1.0 0.4014528947096799 6 Q12824,Q96EB6 2 |
| Regulation of fat cell differentiation 0.5612100192259682 1.9883130785801304 0.0467770752308815 1.0 0.4017772790101715 14 Q8N4Q0,P04179,Q8NFG4,Q16539,O75962,O96017,Q96EB6 7 |
| Late endosome to vacuole transport via multivesicular body sorting pathway 0.7349466156772282 1.9866305438395604 0.0469633538685327 1.0 0.4017772790101715 6 Q9H3S7,Q9NP79 2 |
| Regulation of cellular ketone metabolic process 0.4763109973461913 1.9725619585545344 0.048545490729289 1.0 0.4032821874690057 20 Q15120,O75477,P56537,P04083,Q96EB6,Q2T9J0 6 |
| Hydrogen peroxide metabolic process 0.6331729054390474 1.9669181671567868 0.0491926457494167 1.0 0.4048652950347777 9 P30044,P04179,P30048 3 |
| Positive regulation of muscle cell differentiation 0.6322764264484099 1.962008891420192 0.0497614490843818 1.0 0.4087503339484217 9 P04179,Q96EB6,Q96TA1 3 |
| Leukocyte apoptotic process 0.4627437699447885 1.9473753981506443 0.051489745316096 1.0 0.4160060455674372 23 P42771,P14174,P04083,Q96EB6,Q96EY1,Q16611 6 |
| Protein localization to cilium 0.5547805132182393 1.9470583893659832 0.0515277348739533 1.0 0.4160060455674372 14 Q96C92,Q15276,A0AVF1,P36405,P18085 5 |
| Vesicle mediated transport to the plasma membrane 0.3617768071466834 1.936882846632992 0.0527596657202109 1.0 0.4231407866007288 55 Q96C92,Q15276,Q4J6C6,Q9HD26,Q8IYI6,Q9H3S7,P62330,P61006,Q07960,Q15286,Q9UBQ0,O15027,Q9UMY4,O75608,Q15036,P61026,P36405,Q96QK1 18 |
| Lymphocyte homeostasis 0.5932961839038952 1.9365827224086043 0.0527963716453001 1.0 0.4231407866007288 11 P14174,P62753,P07948,O95067,O95999,Q96EY1,Q16611 7 |
| Positive regulation of lipase activity 0.6267673998184363 1.931791530304232 0.0533852419020737 1.0 0.4268230976800948 9 P40616,P61586,P18085 3 |
| Response to temperature stimulus 0.3633102416672281 1.9286401528442871 0.0537755506560739 1.0 0.4283795689964915 51 Q9UDY4,P04179,Q99615,Q13131,Q9UNE7,O95817,P00403,Q9NR50,Q96EY1,P62258,P17612,O15514,Q96EB6 13 |
| Pigment biosynthetic process 0.4474875390264625 1.928273016876813 0.0538211762361493 1.0 0.4283795689964915 26 P49915,Q9NRK6,Q9P0S9,P34896,P60891,P30046,P07741,P06132,O14908 9 |
| Serine family amino acid metabolic process 0.5239470063340015 1.920596573786108 0.0547825874544019 1.0 0.4310584696874349 16 P00374,Q96I15 2 |
| Release of sequestered calcium ion into cytosol by endoplasmic reticulum 0.6636687981170889 1.9182118724491597 0.0550841514247772 1.0 0.432447956280969 7 P28161,P78417,Q9P2D1,P17612 4 |
| Positive regulation of establishment of protein localization to mitochondrion 0.5639674565353764 1.916823028156471 0.0552604183580816 1.0 0.4328951537884872 13 P49840,P19784,Q13131 3 |
| Cellular modified amino acid biosynthetic process 0.465882337962018 1.9148150719777095 0.055516091652791 1.0 0.4331200932836807 21 P00374,P49914,P48651,Q14353 4 |
| Regulation of cell cycle g1 s phase transition 0.3635513372128428 1.9133979196856248 0.0556971305193334 1.0 0.4331200932836807 47 P42771,P27695,O75179,P04083,O00213,O96017,Q9UL46,P42575,P24941,P61289 10 |
| Positive regulation of calcium ion transport into cytosol 0.6626370536969164 1.9129088021852705 0.0557597285319508 1.0 0.4331200932836807 7 P19174,P28161,P27695,P78417,P42858,Q16611 6 |
| Protein targeting to membrane 0.4097011321295563 1.911628182466098 0.0559239018735953 1.0 0.4334595261553873 37 P60059,P49458,P09132,O43765,Q7L5D6,Q9H9H4,Q9NQG6,O00560,Q92930,P40855 10 |
| Chaperone mediated autophagy 0.622239886580354 1.906895420566063 0.0565341313181733 1.0 0.4336239148119229 9 Q9UNE7,Q05639,P13473,O95817 4 |
| Apical protein localization 0.8329392240428841 1.9052522676541368 0.0567472869098537 1.0 0.4336239148119229 4 Q9HD26,P18085 2 |
| Unsaturated fatty acid metabolic process 0.4646745393726164 1.9051401836630608 0.0567618511734624 1.0 0.4336239148119229 21 Q8N4Q0,P28161,Q14914,P14174,P04083,Q96EB6 6 |
| Pigment metabolic process 0.4255045127778002 1.903279062477577 0.0570041413913378 1.0 0.4336239148119229 31 P49915,Q9NRK6,Q9P0S9,P34896,P60891,P30046,Q9BUT1,P30519,P07741,P06132,O14908 11 |
| Folic acid containing compound biosynthetic process 0.7169519239205562 1.9019651875385144 0.0571757059067936 1.0 0.4336239148119229 6 P00374 1 |
| Megakaryocyte differentiation 0.5745478687928821 1.900455167793412 0.0573734130442291 1.0 0.4336239148119229 12 Q9GZP4,P26583,P56537,Q06546,Q99873 5 |
| Regulation of alpha beta t cell differentiation 0.6406263915346003 1.8996291931921765 0.0574817983583963 1.0 0.4336239148119229 8 P61586,P09429,P04083,Q13951,Q9UDY8 5 |
| Positive regulation of cellular amide metabolic process 0.341857674551446 1.8955466907326148 0.0580200121600582 1.0 0.4368236178610638 72 P56537,Q9NWS8,Q8N442,P62487,Q9Y5T5,Q13144,O15514,P63241,P67809,O75794,P51114,Q07666,Q07021,P46777,P61586,Q6P087,Q567V2,P08047,P61254,Q96P11,O43639,Q9H074,P49840 23 |
| Positive regulation by host of viral transcription 0.6589369976945645 1.8938699628707545 0.0582422723229856 1.0 0.4368236178610638 7 P08047,Q12824 2 |
| Deoxyribonucleoside triphosphate biosynthetic process 0.8300129168471211 1.8930990773070495 0.0583446948659183 1.0 0.4368236178610638 4 P62380 1 |
| Negative regulation of transporter activity 0.5729973138548786 1.891055263524304 0.0586169675093528 1.0 0.4371842200117353 12 P28161,P78417,O95747,Q9HD26,P30405,P62258 6 |
| Establishment of protein localization to endoplasmic reticulum 0.4557644399854273 1.8897564521527035 0.0587905401986672 1.0 0.4371842200117353 23 P49458,P09132,O43765,P33908,Q7L5D6,P61026 6 |
| Negative regulation of cyclin dependent protein serine threonine kinase activity 0.6383169717248518 1.8873333774276075 0.0591154998054879 1.0 0.4377439602956113 8 P42771 1 |
| Translational initiation 0.3422700044350419 1.8826825640268277 0.0597433997512935 1.0 0.4402647226378244 71 Q7Z478,Q9Y6E2,P56537,Q14232,P41567,P62487,Q13144,O15514,O75794,Q07666,O43583,Q9NR50,Q9UBQ5,O60841,Q92905,Q92499,P60842,P08708,P49770,P62136,Q15056,Q14240,O43639,Q9H074,O75821,P20042,P19525,O00303,O15372,P41214,Q9ULC4 31 |
| Regeneration 0.4131841142787794 1.8816834510686171 0.0598790079938802 1.0 0.4402647226378244 35 P00374,P04083,P58107,P58546,P62841,P06493,P11908,P19784,Q7Z4V5,P10586,Q16611 11 |
| Protein maturation by iron sulfur cluster transfer 0.6560573855864844 1.8790303221046387 0.0602403530529798 1.0 0.4419859496523413 7 Q86SX6,O76071,Q86U28 3 |
| Protein peptidyl prolyl isomerization 0.44561051965765 1.8728410559165647 0.0610903367116699 1.0 0.4428042428023902 25 Q5T1M5,Q9H2H8,Q15257,Q96BP3,P30405,Q9Y3C6,Q14318,P26885,O43447,Q13526,Q08752,Q8WUA2 12 |
| Positive regulation of stress fiber assembly 0.5697307801334481 1.8712282739639217 0.0613134473787193 1.0 0.4436204199829936 12 O95429,P35240,P61586,P35080 4 |
| Negative regulation of smooth muscle cell proliferation 0.6544173598883969 1.87056999750302 0.0614047064045593 1.0 0.4436204199829936 7 P04179,Q9UN36 2 |
| Regulation of nuclear transcribed mrna catabolic process deadenylation dependent decay 0.5558051611084793 1.8657814676158384 0.0620719461854786 1.0 0.447950281224745 13 Q9UIV1,P67809 2 |
| Protein import into peroxisome membrane 0.8226808576249703 1.8625946510734583 0.0625193174784399 1.0 0.4497027460063141 4 Q92930 1 |
| Positive regulation of ubiquitin protein transferase activity 0.6140985948881511 1.8619886787936433 0.0626046860317379 1.0 0.4498262625984135 9 Q9UNE7,Q96GG9,P63208,Q9BTE7,Q13526 5 |
| Serine family amino acid catabolic process 0.8208269267896705 1.8548695015432948 0.06361486413135 1.0 0.4555957044629589 4 Q96I15 1 |
| Regulation of muscle cell differentiation 0.451169951644835 1.851694943145601 0.0640696405843694 1.0 0.4573629321369059 23 P04179,O75179,Q96TA1,Q96EB6,P67809 5 |
| Regulation of nucleotide metabolic process 0.4598024548464014 1.8422139245149385 0.0654438644343824 1.0 0.4626852780666928 20 Q15118,Q15120,Q13131,P56537,P00403,Q9NQ88,Q8NFG4,P54619,Q9Y2X7,P36404 10 |
| Neuron projection organization 0.4450797681629523 1.832937256277654 0.0668119024394791 1.0 0.4656476110660915 24 O60678,Q99538,P61160,O00401,Q05086,Q9UQB8,Q9UJU6,Q16643,P23528,Q96QK1 10 |
| Regulation of cd4 positive alpha beta t cell differentiation 0.8148876404494468 1.8300889530898632 0.0672366385417266 1.0 0.4656476110660915 4 P09429,Q9UDY8,P04083 3 |
| Prostanoid metabolic process 0.5353621425063413 1.8215904906607696 0.068517144886552 1.0 0.472458752406142 14 Q8N4Q0,Q14914,P14174,P04083 4 |
| Erk1 and erk2 cascade 0.3554790954601864 1.8173330671615977 0.0691661296592478 1.0 0.472458752406142 48 P56537,P09429,Q9UN36,P30046,P51452,P20248,P14174,Q04721,Q8NFG4,P07948,Q12959,P49407,P18615,Q13641,Q96GX9,Q13485,Q99956,P06493,Q13526 19 |
| Response to monosaccharide 0.396740255229373 1.8141194686059772 0.0696593348665057 1.0 0.472458752406142 38 P04179,Q15120,P61586,P49770,Q13131,Q16822,Q14232,Q9NR50,Q12824,P17612,P55809 11 |
| Cellular macromolecule biosynthetic process 0.2316331246271214 1.812385773123843 0.0699266095552713 1.0 0.472458752406142 615 P49458,O75179,P33908,P00374,P31483,P17096,Q8N442,P41567,P54098,P62487,Q9Y5T5,Q15185,P62841,P46976,P67809,Q9H553,Q96B26,Q9Y285,P63220,Q9Y3U8,P61513,Q9Y248,P58546,Q86TB9,Q9BTE6,P49770,Q15054,Q9UIV1,Q969T7,Q9NRK6,Q9BRT9,Q9UGM6,Q5TKA1,P34896,O43929,O43324,Q96QE5,Q9H074,O75821,P61927,P15927,Q01105,P62888,P62854,P49840,P33316,P18858,P26373,Q9ULC4,Q56NI9,P56537,Q9Y5K5,P35244,P62847,Q9NWS8,Q14232,Q9NY12,Q15004,O15514,P40937,Q16706,P31949,Q07666,Q07020,P61313,Q9UBQ5,Q92905,Q92499,P08708,Q9BX40,Q9UNN5,P83436,Q9H1E3,Q5TAX3,P32969,Q6P087,P62899,P30419,P61254,Q9BQC3,O75312,O43639,O00303,Q96C86,Q86W50,Q7L3T8,Q9Y5B9,P24941,O94822,Q9NQT5,Q9Y5P6,Q9Y6E2,P12004,O00178,P04183,O95352,Q9Y5S9,Q9BRX5,Q99873,Q96EB6,P62913,Q15418,Q6UW63,Q12904,P62081,P51114,Q96S55,Q96T60,Q96TA1,Q8N543,Q99741,P42766,Q9NR33,Q9Y2Q9,Q96HR8,Q86YN1,Q9UET6,P39748,P46778,P46776,P62495,P62857,Q96EY1,Q15056,P63173,Q96P11,Q05639,P62906,P62273,P62753,P62249,P54577,Q92597,P05386,P06493,Q8IZD4,P41214,P49427,Q96PZ0,Q9UBD5,Q9UKK3,Q9BY42,Q13144,P08865,P49366,P63241,P62140,O95394,O75794,P18621,O75175,O60524,O43913,O43716,O43583,Q9H2P9,Q9NR50,O60841,P31350,Q07021,P78362,P57772,P05388,P62244,P50914,P46777,P24534,P61586,P62136,P62910,P84098,Q567V2,Q96I59,P04844,P30050,Q9UQ80,Q9Y2G5 177 |
| Pyrimidine nucleoside monophosphate biosynthetic process 0.6240531978465238 1.8110979544000976 0.070125690135582 1.0 0.472458752406142 8 P33316,P34896 2 |
| Pyrimidine nucleoside monophosphate metabolic process 0.6240531978465238 1.8110979544000976 0.070125690135582 1.0 0.472458752406142 8 P33316,P34896 2 |
| Positive regulation of translation 0.3435350970238051 1.8046476506663236 0.0711298364729371 1.0 0.4768012209100542 65 P61586,Q96P11,P56537,O43639,Q9H074,Q8N442,Q6P087,Q567V2,Q9Y5T5,O15514,P63241,P67809 12 |
| Aromatic amino acid family metabolic process 0.749101663898234 1.8038855937248792 0.0712492438470921 1.0 0.477008942547364 5 O43708,P61457,P16930 3 |
| Nucleoside salvage 0.6931981035362305 1.7892195663545567 0.0735794617427814 1.0 0.4826186019961773 6 P07741,Q13126,P00491,P55263 4 |
| Purine ribonucleoside salvage 0.6931981035362305 1.7892195663545567 0.0735794617427814 1.0 0.4826186019961773 6 P07741,Q13126,P00491,P55263 4 |
| Purine nucleoside biosynthetic process 0.6931981035362305 1.7892195663545567 0.0735794617427814 1.0 0.4826186019961773 6 P07741,Q13126,P00491,P55263 4 |
| Regulation of smooth muscle cell differentiation 0.6902349539361538 1.775080481652925 0.0758845992858177 1.0 0.4916844959619386 6 O75179,P04179 2 |
| Rna splicing via endonucleolytic cleavage and ligation 0.8008426966292228 1.7712996475573335 0.0765108860439784 1.0 0.4920779759796914 4 O94992,Q92499,Q9Y224 3 |
| Regulation of proteasomal protein catabolic process 0.3272912364625304 1.7654209135223211 0.0774930511110545 1.0 0.4920779759796914 76 Q9UL15,Q9GZP4,Q9GZU8,Q9Y5K5,P17612,O00487,P62913,Q04323,O95816,Q9UNE7,Q9UL46,Q99497,O00560,Q15370,P60520,O14965,P17980,O75832,P61289,Q9NZL4,P62333,O43765,Q06323,P54578,P49840,P24941,Q9NZM5 27 |
| Regulation of presynapse organization 0.7980736416869516 1.7596785089792388 0.0784623316762489 1.0 0.4933627642864995 4 P62330 1 |
| Regulation of release of sequestered calcium ion into cytosol 0.5387584673899035 1.7585096765905468 0.0786608265597652 1.0 0.4939832861000905 13 P28161,P27695,P78417,P07948,P17612,P42858,Q9P2D1,Q13557 8 |
| Icosanoid metabolic process 0.4627505678540098 1.7575665426548188 0.0788212903051293 1.0 0.4942064932059248 19 Q8N4Q0,Q14914,P14174,P04083 4 |
| Regulation of intrinsic apoptotic signaling pathway in response to dna damage 0.5375391390184765 1.750803500422336 0.0799797634507011 1.0 0.5001429318599023 13 Q8N2W9,P14174,P13693 3 |
| Peptidyl serine modification 0.3217738405754117 1.750397639451049 0.0800497230658765 1.0 0.5001429318599023 79 Q99986,Q15120,Q9UGN5,Q14149,P14174,Q9NWY4,Q13131,O43639,P35080,O96017,P06493,P17612,P19784,P41227,Q15208,P24941,Q16611,Q6UW63 18 |
| Regulation of cd4 positive alpha beta t cell activation 0.7369007849710454 1.7493933615054829 0.0802230475906271 1.0 0.5001429318599023 5 P09429,Q9UDY8,P04083 3 |
| Peptidyl arginine modification 0.6303318385907065 1.7456188705280888 0.0808772009810692 1.0 0.5023220505377896 7 Q99497,Q9ULX3,Q99873,Q86X55 4 |
| Positive regulation of leukocyte apoptotic process 0.6823683628704931 1.7374672985250277 0.0823047213205825 1.0 0.506668972106037 6 P42771,P04083 2 |
| Cellular glucan metabolic process 0.508846489515252 1.7372376595888048 0.0823452301542861 1.0 0.506668972106037 15 P62140,P11216,P62136,P36873,Q15185,P46976 6 |
| Regulation of alpha beta t cell activation 0.5475659430352854 1.7358590567772312 0.0825887587852829 1.0 0.5067129449972664 12 P61586,O14617,P09429,P04083,P04439,P00491,Q13951,P78540,Q9UDY8 9 |
| Dna dependent dna replication 0.3125077509527162 1.7355884587648711 0.0826366280930326 1.0 0.5067129449972664 84 O43929,Q15054,Q96QE5,O75312,Q9H1E3,P24941,Q96S55,Q96T60,P39748,P49427,Q9Y248,P54098,Q9BRX5,P18858,Q96EY1,Q9NR33 16 |
| Dna dealkylation involved in dna repair 0.7921207244902178 1.7346626359679602 0.0828005780496874 1.0 0.5067129449972664 4 P16455 1 |
| Regulation of protein tyrosine kinase activity 0.5084576214864215 1.7346098573048567 0.0828099323315778 1.0 0.5067129449972664 15 O43639,Q92796 2 |
| Negative regulation of lipid biosynthetic process 0.5752046418788532 1.7334975201283558 0.0830072778904957 1.0 0.5067129449972664 10 Q96EB6,O75477,Q13131 3 |
| Rrna 3 end processing 0.5909359467690511 1.7332920787780377 0.0830437679718079 1.0 0.5067129449972664 9 P63220,Q96B26,Q9NQT5 3 |
| Histone serine phosphorylation 0.7906398789282152 1.7284328774161477 0.0839106453430669 1.0 0.5096451350670989 4 Q99986,Q13131 2 |
| Monocarboxylic acid transport 0.5456206797305411 1.7239127049631209 0.0847236033901492 1.0 0.5134049247863396 12 P04083,Q13131 2 |
| P body assembly 0.5891264864057439 1.7231831393032433 0.0848554117886659 1.0 0.5134208910595458 9 Q86TB9 1 |
| Icosanoid transport 0.7892714394613665 1.7226736225351649 0.0849475629538747 1.0 0.5134208910595458 4 P04083 1 |
| Pyridine containing compound metabolic process 0.5571104062644565 1.7223875642175694 0.0849993349055524 1.0 0.5134208910595458 11 Q9Y617,Q6SZW1,Q4G0N4,P43490,P00491,O00764,Q8IXQ6,Q13126 8 |
| Pyrimidine nucleotide catabolic process 0.9665824206683508 1.7146453762220943 0.0864102640160746 1.0 0.516082445579001 3 Q9H773,P78549 2 |
| Positive regulation of cellular response to transforming growth factor beta stimulus 0.6240326912846688 1.71273315329721 0.0867616429319799 1.0 0.5174320043212838 7 Q13485,O00560,Q8NFG4,Q9GZN8 4 |
| Positive regulation of striated muscle cell differentiation 0.7860936221443559 1.7092906609456533 0.0873971223701977 1.0 0.5193436208593009 4 Q9UGN5,Q96TA1 2 |
| Protein complex oligomerization 0.3373419591624158 1.7074442116362023 0.0877395187437284 1.0 0.5204405266489502 64 Q9H6R7,Q99720,P04179,Q6NYC1,Q99714,P14174,Q9Y285,P04183,Q96CX2,Q9Y5T5,Q8N684,O43809,O95999,Q99873,P50552,P34896,Q96QK1 17 |
| Negative regulation of ion transmembrane transporter activity 0.554242829544348 1.7052608516652734 0.0881457854216862 1.0 0.5222703431274347 11 P28161,P78417,Q9HD26,O95747,P62258 5 |
| Alpha beta t cell activation 0.4928144809639534 1.7049359975482936 0.0882063617713708 1.0 0.5222703431274347 16 P61586,O14617,P09429,P04083,P04439,Q9UJZ1,P35268,P00491,Q13951,P78540,Q9UDY8 11 |
| Cd4 positive alpha beta t cell differentiation 0.674857023909208 1.7014519342161076 0.0888581562411836 1.0 0.5247165609371954 6 P09429,Q9UDY8,P04083 3 |
| Positive regulation of alpha beta t cell differentiation 0.6216677171219341 1.700365512809804 0.0890621945894944 1.0 0.5254510156639586 7 P61586,Q9UDY8,Q13951,P04083 4 |
| Cellular metabolic compound salvage 0.5293821347680279 1.6991440924475043 0.0892920373125436 1.0 0.5259115916239454 13 P55263,Q96GX9,Q9BV57,P00491,P07741,Q13126 6 |
| Positive regulation of alpha beta t cell activation 0.5840806650430741 1.6949537106052297 0.0900842022910364 1.0 0.5286435928039824 9 P61586,P04083,P04439,Q13951,Q9UDY8 5 |
| Regulation of cardiac muscle contraction by regulation of the release of sequestered calcium ion 0.7240082257292983 1.691570909500276 0.0907278170114453 1.0 0.5308988641718442 5 P28161,P78417,P17612 3 |
| Vitamin metabolic process 0.4010455315790108 1.6894756973635463 0.0911283053117153 1.0 0.531885106861004 32 Q99538,Q9Y4U1,Q8N2W9,P00374,P49914,P50747,Q9H2D1,P34896,Q8NFF5 9 |
| Cellular response to chemical stress 0.2980522935295039 1.684261711850533 0.0921311014752894 1.0 0.5330673204657976 93 Q99720,P04179,P27695,Q13131,Q9NRM2,P00374,Q9BUP0,P04083,O95352,P30044,P16455 11 |
| Motor behavior 0.7798720870978137 1.6830549980984155 0.092364445080332 1.0 0.5339490620068975 4 Q13131 1 |
| Pteridine containing compound biosynthetic process 0.5975654034164142 1.6682751303748788 0.0952611225032549 1.0 0.5435487578126899 8 P00374,P49914 2 |
| Positive regulation of carbohydrate metabolic process 0.5632143270666446 1.6641794943395212 0.0960765646397099 1.0 0.544615795646963 10 Q13131 1 |
| Hepatocyte apoptotic process 0.7742911555971107 1.6594831004791746 0.0970184832456579 1.0 0.544615795646963 4 Q13131 1 |
| Purine nucleobase metabolic process 0.5341186092274309 1.6530763131816544 0.0983153333645916 1.0 0.545812971336989 12 Q9P2T1,P49915,P60891,P07741,P34896 5 |
| Negative regulation of protein localization to cell surface 0.7726137771574481 1.6523917069007843 0.0984547250328238 1.0 0.545812971336989 4 P62330 1 |
| Dendritic spine morphogenesis 0.4734608982364477 1.650269611194738 0.0988878047946972 1.0 0.5458275819462957 17 O00401,O60678,P61160,Q05086,Q9UQB8,P23528,Q9UJU6 7 |
| Amino acid salvage 0.7709880228348993 1.6455156571406744 0.0998635165197856 1.0 0.5489164624704218 4 Q96GX9,Q13126 2 |
| L methionine salvage from methylthioadenosine 0.7709880228348993 1.6455156571406744 0.0998635165197856 1.0 0.5489164624704218 4 Q96GX9,Q13126 2 |
| Positive regulation of leukocyte proliferation 0.4840258588236891 1.643481585402521 0.1002833322716454 1.0 0.5497689474029966 16 P14174,O43639,P09429,P04083,P04439,P00491,P49366,Q96EY1 8 |
| Positive regulation of release of sequestered calcium ion into cytosol 0.6624508150646479 1.6417623082490636 0.100639273151156 1.0 0.5500521794065586 6 P19174,P28161,P27695,P78417,P42858 5 |
| Nuclear transcribed mrna catabolic process exonucleolytic 0.4833757315839236 1.6389268310237146 0.101228499024109 1.0 0.5522228602531716 16 Q96B26,Q9UIV1,Q969T7,P62487,Q5RKV6,Q9NQT5 6 |
| Dna strand elongation involved in dna replication 0.5194317204810801 1.6358884805687246 0.1018629293121544 1.0 0.5528125644424575 13 Q15054 1 |
| Dump metabolic process 0.9303761931499174 1.6356479315772383 0.1019132926564627 1.0 0.5528125644424575 2 P33316 1 |
| Glucan biosynthetic process 0.5576070177149685 1.6316501140094133 0.1027532146956198 1.0 0.5546065664980335 10 P62140,P46976,Q15185,P62136 4 |
| Amino acid betaine transport 0.9286917462099976 1.6288005114705602 0.1033552564043662 1.0 0.5558222344289458 2 O43772 1 |
| Spermine metabolic process 0.928691746209996 1.6288005114705535 0.1033552564043676 1.0 0.5558222344289458 2 P52788 1 |
| Interleukin 8 production 0.5298227682295047 1.626537212663936 0.103835423766418 1.0 0.5559240707494266 12 P62820,Q6GQQ9,P09429,O95999,Q13546,P04083,P09525,Q99497,P49407 9 |
| Negative regulation of ion transmembrane transport 0.4923409957437084 1.6253143621537849 0.1040955927385673 1.0 0.5565702648771743 15 P28161,P78417,O95747,Q9HD26,P30405,P62258 6 |
| Protein heterotetramerization 0.5894420164951445 1.6241760646172008 0.1043382376895671 1.0 0.5565702648771743 8 P31350,Q9Y285,Q8N684,O43809 4 |
| Maternal placenta development 0.7659027405157663 1.6239896398772282 0.1043780196563166 1.0 0.5565702648771743 4 Q96EP5,P07858 2 |
| Energy reserve metabolic process 0.4577034217929338 1.6225498116443942 0.1046856766759898 1.0 0.557309704079765 18 P62140,P11216,P62136,P36873,Q15185,P46976 6 |
| Viral translation 0.4799198364764039 1.6146959608028324 0.1063765526990179 1.0 0.5611230970107722 16 Q15366,P56537,O00303,O75821,P41214,P05455,Q9ULC4 7 |
| Polyamine metabolic process 0.706898516055142 1.6144824009352154 0.1064228311644142 1.0 0.5611230970107722 5 Q96QD8,P19623,P52788 3 |
| Glutathione metabolic process 0.4283485953815528 1.6111841821120387 0.1071395843944027 1.0 0.564451037272748 21 P28161,P04179,Q04760,Q9Y4U1,P00390,Q8WUX2,P21266,O43708 8 |
| Response to axon injury 0.490129810240057 1.6102643356109143 0.107340161591193 1.0 0.5645728894922756 15 P04179,P00374,P10586 3 |
| Serine family amino acid biosynthetic process 0.586817428217266 1.6099008973587483 0.1074194930734999 1.0 0.5645728894922756 8 P00374 1 |
| Positive regulation of cation channel activity 0.6039820011366779 1.6075368499212654 0.1079366525307352 1.0 0.5650398095974046 7 P28161,P78417,P27695 3 |
| Modification of postsynaptic structure 0.60267632426045 1.6006610605985832 0.1094520101517606 1.0 0.5679704509469812 7 P07737,Q9UQB8,P61586,P35080 4 |
| Hemoglobin metabolic process 0.9211117349803508 1.597971451888284 0.110049330684053 1.0 0.5679704509469812 2 Q9NRK6 1 |
| Hemoglobin biosynthetic process 0.9211117349803508 1.597971451888284 0.110049330684053 1.0 0.5679704509469812 2 Q9NRK6 1 |
| Regulation of hemoglobin biosynthetic process 0.9211117349803508 1.597971451888284 0.110049330684053 1.0 0.5679704509469812 2 Q9NRK6 1 |
| Positive regulation of g1 s transition of mitotic cell cycle 0.4882069529488065 1.5971669543268834 0.1102284967189346 1.0 0.5679704509469812 15 O75179,P27695,P04083 3 |
| Positive regulation of smooth muscle cell differentiation 0.9208309938236978 1.596829175401806 0.1103037905991004 1.0 0.5679704509469812 2 P04179 1 |
| Negative regulation of histone h3 k9 trimethylation 0.9208309938236972 1.596829175401804 0.1103037905991008 1.0 0.5679704509469812 2 Q12824 1 |
| Regulation of reactive oxygen species metabolic process 0.3871097111673539 1.5958677848682277 0.1105183153629494 1.0 0.5679704509469812 34 P04179,Q15120,P61586,P56537,P00403,P00374,Q9NQ88,P38398,Q9H300,P18085 10 |
| Sulfur amino acid biosynthetic process 0.6513035974561525 1.5879280608268909 0.1123026073626558 1.0 0.5728909498562088 6 Q96GX9,Q13126 2 |
| Methionine biosynthetic process 0.6513035974561525 1.5879280608268909 0.1123026073626558 1.0 0.5728909498562088 6 Q96GX9,Q13126 2 |
| Protein kinase a signaling 0.5647930815843738 1.5865402764992356 0.1126168031636614 1.0 0.5740497941789109 9 Q8WZ42,P14174 2 |
| Response to ethanol 0.4275511312870107 1.5842222999898827 0.1131431403054847 1.0 0.5753378615611887 20 P04179,P55809,P61586,Q13131,P06493,Q16611,P16455 7 |
| Purine nucleobase biosynthetic process 0.5484780556156413 1.5785494030487344 0.1144394479706176 1.0 0.57593377611002 10 P34896,P49915,P60891 3 |
| Phenol containing compound biosynthetic process 0.5983595236597798 1.5779079001225211 0.1145867698104439 1.0 0.57593377611002 7 Q99497,P30046,Q96QK1 3 |
| Exonucleolytic catabolism of deadenylated mrna 0.5329841677762874 1.5776882876195053 0.1146372383357778 1.0 0.57593377611002 11 Q9UIV1,Q969T7,Q96B26,Q9NQT5 4 |
| U4 snrna 3 end processing 0.5808025247750251 1.577138266520706 0.114763713882346 1.0 0.57593377611002 8 Q96B26,Q13868,Q9NPD3,Q5RKV6,Q9NQT5 5 |
| Positive regulation of endothelial cell proliferation 0.4978966802002079 1.5762513987206603 0.1149678774200266 1.0 0.57593377611002 14 P08047,Q96EB6,P26583,Q9H2J4 4 |
| Secondary metabolite biosynthetic process 0.6980445424096227 1.574447053459234 0.1153841329494866 1.0 0.57593377611002 5 Q9BUT1,P30046 2 |
| Mitochondrial transcription 0.6484219571010358 1.5739826101767425 0.115491469790721 1.0 0.57593377611002 6 Q13131 1 |
| Regulation of carbohydrate catabolic process 0.4508703307202912 1.571348136168434 0.1161018058419478 1.0 0.5770968435067731 18 P62140,P62136,P56537,Q13131,P54619,P49840,Q9Y2X7 7 |
| Regulation of calcium ion transport into cytosol 0.4840340214482947 1.568713359233056 0.1167147443388789 1.0 0.5788349275633425 15 P28161,P27695,P78417,P07948,P17612,P42858,Q9P2D1,Q16611,Q13557 9 |
| Mitochondrion distribution 0.6965236828922844 1.5675610665549358 0.1169836042422707 1.0 0.5796460276659597 5 P27695 1 |
| Arachidonic acid secretion 0.9273360693096564 1.5662799179334803 0.1172831002678882 1.0 0.5799326942832086 3 P04083 1 |
| Pyrimidine nucleoside triphosphate biosynthetic process 0.5462405416687884 1.5655092840165177 0.1174635422283785 1.0 0.5799326942832086 10 P62380 1 |
| Muscle cell cellular homeostasis 0.6465172637034202 1.5647588228849998 0.1176394701259753 1.0 0.5799326942832086 6 P13473 1 |
| Negative regulation of fatty acid metabolic process 0.645371947344449 1.5592101206080984 0.1189466562444967 1.0 0.5833250145640896 6 Q96EB6,O75477 2 |
| Cholesterol efflux 0.5946585686358682 1.558376415458627 0.1191440440332323 1.0 0.5834254747165556 7 P61916,Q96EB6 2 |
| Nucleoside diphosphate catabolic process 0.9107243121841666 1.5556884398957134 0.119782196796895 1.0 0.5849412446542424 2 Q9UKK9 1 |
| Ribonucleoside diphosphate catabolic process 0.9107243121841666 1.5556884398957134 0.119782196796895 1.0 0.5849412446542424 2 Q9UKK9 1 |
| Regulation of translational elongation 0.5757406403393396 1.549517844778696 0.1212572851863287 1.0 0.5888954010045093 8 Q9H2P9,P49458,Q9Y5T5,P63241 4 |
| Prosthetic group metabolic process 0.6432243091242779 1.5488008691191468 0.1214295965704947 1.0 0.5889335433668997 6 O95396,Q96EN8,O96007,Q9NZB8 4 |
| Dephosphorylation of rna polymerase ii c terminal domain 0.9219320415613644 1.545788467476796 0.1221556631417999 1.0 0.589571022764705 3 Q96P16,Q9NP77 2 |
| Positive regulation of myeloid cell apoptotic process 0.921089581578214 1.5425929007578791 0.1229295816100688 1.0 0.5923240293948554 3 P42771,P04083 2 |
| Regulation of dna damage response signal transduction by p53 class mediator 0.5047596723974451 1.5421931229246042 0.1230266707505991 1.0 0.5923240293948554 13 Q9BW85,O43324,O75832,P14174 4 |
| Inner cell mass cell proliferation 0.6416671912190748 1.5412500814060195 0.1232559329350571 1.0 0.5925627796207263 6 O75312,Q9BRT9,Q9BRX2,Q86XI2 4 |
| Smooth muscle cell differentiation 0.5910475600641254 1.5392988870475364 0.1237313455439512 1.0 0.5927848475382809 7 O75179,P04179 2 |
| Cardiac conduction system development 0.7453145975903873 1.5365823251582142 0.124395623560642 1.0 0.5927848475382809 4 Q04721 1 |
| Postsynaptic cytoskeleton organization 0.689202582038377 1.5343784776379843 0.1249365692450277 1.0 0.5927848475382809 5 Q9Y6W5,Q16352,Q9UJU6 3 |
| Postsynaptic actin cytoskeleton organization 0.689202582038377 1.5343784776379843 0.1249365692450277 1.0 0.5927848475382809 5 Q9Y6W5,Q16352,Q9UJU6 3 |
| Translational elongation 0.3882142307257479 1.534279111130101 0.1249610024077463 1.0 0.5927848475382809 30 P49458,O60524,Q9BQC3,Q05639,Q9H2P9,O00178,P05386,Q9Y5T5,P57772,O94822,P63241,P24534 12 |
| Regulation of leukocyte apoptotic process 0.5034798606324054 1.5339990680600075 0.1250298820517512 1.0 0.5927848475382809 13 P42771,P14174,P04083 3 |
| T cell differentiation involved in immune response 0.6890565483207752 1.5337160187130654 0.1250995311966778 1.0 0.5927848475382809 5 Q9UDY8,P04083 2 |
| Regulation of glycogen metabolic process 0.7442210760383325 1.5319292496342498 0.1255398946855503 1.0 0.593397497073741 4 P62140,P62136 2 |
| Regulation of glucan biosynthetic process 0.7442210760383325 1.5319292496342498 0.1255398946855503 1.0 0.593397497073741 4 P62140,P62136 2 |
| Actin polymerization dependent cell motility 0.743924829120441 1.5306685141587495 0.1258513391829754 1.0 0.5942129085546928 4 O15145 1 |
| Corpus callosum development 0.7432651876861143 1.5278610310806076 0.1265470453336092 1.0 0.5962745765753 4 Q99622 1 |
| Negative regulation of intrinsic apoptotic signaling pathway in response to dna damage 0.5541668455766608 1.5265034286620218 0.1268845372179026 1.0 0.5962745765753 9 P14174,P13693 2 |
| Mismatch repair 0.5020235617249893 1.5246713074028633 0.1273411017974832 1.0 0.5962745765753 13 Q15054,Q9UQ84,P09429,P35244,P15927,P18858 6 |
| Regulation of protein modification by small protein conjugation or removal 0.292188681427212 1.5241902852592184 0.1274611840972921 1.0 0.5962745765753 88 Q9UL15,Q8N2W9,Q5VTR2,O43684,P62841,P62913,Q04323,O95816,P62081,Q9UNE7,Q96GG9,P63208,O95999,Q99497,P38398,P49407,P46777,Q96FW1,P26368,O75832,Q9NZL4,Q13257,Q96MG7,O60678,Q05086,Q13404,P60866,P61927,Q8TDB6,P31689,Q13309,P49840,Q9NZM5,Q9UDY8,Q13526 35 |
| Regulation of ryanodine sensitive calcium release channel activity 0.6380510487776092 1.523703033708384 0.1275829112967739 1.0 0.5962745765753 6 P28161,P78417,P17612 3 |
| Hydrogen peroxide catabolic process 0.7419278341931607 1.5221680963623645 0.1279669668651801 1.0 0.5971861140538944 4 P30044 1 |
| Negative regulation of vascular associated smooth muscle cell proliferation 0.7418779383909615 1.5219556694456082 0.1280201887920264 1.0 0.5971861140538944 4 P04179 1 |
| Rna decapping 0.5384855434915463 1.5202431394729743 0.1284498788618771 1.0 0.5984665233508581 10 Q96F86,Q96C86,Q9UIV1,Q86TB9,Q96DE0 5 |
| Regulation of sulfur metabolic process 0.7412720520688153 1.5193760081540342 0.128667877441434 1.0 0.5984665233508581 4 P08047,Q15120 2 |
| Positive regulation of t cell proliferation 0.5231049737388873 1.5180828839180869 0.128993505443187 1.0 0.5986440067041326 11 O43639,P09429,P04083,P04439,P49366,Q96EY1 6 |
| Positive regulation of nitric oxide metabolic process 0.6368401964683588 1.5178239338896722 0.1290587898018915 1.0 0.5986440067041326 6 P04179,O95865 2 |
| T cell receptor signaling pathway 0.4166267274565651 1.51533104296496 0.1296885906622309 1.0 0.6007204662978056 21 P19174,P49770,P41240,Q07666,Q96IZ0,Q14232,Q9NR50,P04439,Q9UJZ1,Q13144,O95999,P46109,P51452,Q9UDY8,Q9UI10 15 |
| Negative regulation of nf kappab transcription factor activity 0.4311324324441759 1.5127470503484606 0.1303439232648389 1.0 0.6025099451357432 19 Q9UNN5,P42771,Q8N2W9,P09525,O75832,Q86VX2,P51617,Q96EB6,Q9UN86 9 |
| Nuclear ncrna surveillance 0.6357552953534737 1.5125549033641572 0.1303927565807412 1.0 0.6025099451357432 6 Q96B26 1 |
| Regulation of lipase activity 0.4996770221618373 1.5096333632888264 0.1311370032638397 1.0 0.6044581925424785 13 P40616,P18085,P04083 3 |
| Purine containing compound salvage 0.5508575596653574 1.5077673090060806 0.1316140917368917 1.0 0.6058105715956301 9 P07741,Q13126,P00491,P55263 4 |
| Negative regulation of proteolysis involved in cellular protein catabolic process 0.3852711833084848 1.5063844453112714 0.1319685113886857 1.0 0.6065462469785478 30 Q9UL15,P60520,Q9GZU8,Q9H2J4,P62081,O43765,Q9Y5K5,Q9NZM5,P54578,P19784,Q99497,O00560,O14908,P62913,Q04323,P46777 16 |
| Cytoplasmic sequestering of protein 0.521076716271344 1.5058240266027525 0.1321123537342425 1.0 0.6065462469785478 11 P31946,Q9HD26,Q7L5D6,O75832,Q9UN86 5 |
| Cellular modified amino acid catabolic process 0.5676946884774077 1.5055298574953633 0.1321879065472839 1.0 0.6065462469785478 8 P49914 1 |
| Alpha beta t cell differentiation 0.5203929608577486 1.5016898544356037 0.1331772252873793 1.0 0.6091795963908141 11 P61586,P09429,P04083,Q13951,Q9UDY8 5 |
| Pyridine containing compound biosynthetic process 0.6323777403035449 1.496142518619525 0.1346165199244189 1.0 0.6126301436414769 6 Q9Y617,Q4G0N4,P43490,O00764,Q8IXQ6 5 |
| Ribonucleoside monophosphate biosynthetic process 0.4165358555501793 1.495326626975113 0.1348292191928961 1.0 0.6126301436414769 20 P55263,P49915,P11908,P60891,P20839 5 |
| Regulation of postsynapse organization 0.4513725378939484 1.4899881374030508 0.1362273550750068 1.0 0.6132250797946949 17 P61160,Q05086,Q96QK1,Q9UQB8,P23528,P18085,Q9UJU6 7 |
| Viral protein processing 0.547665816530609 1.4896805619006728 0.1363082479744579 1.0 0.6132250797946949 9 P49840,Q16706,Q99873,Q8IXQ6 4 |
| Positive regulation of cytoplasmic translation 0.5183666351110857 1.4894337423343211 0.1363731887666102 1.0 0.6132250797946949 11 P67809 1 |
| Positive regulation of plasma membrane bounded cell projection assembly 0.393412322548569 1.488121222986567 0.1367189274618736 1.0 0.6132250797946949 27 Q96C92,O00401,P27695,P61160,Q16625,O15144,P07737,Q16181,Q9Y6W5,Q15555 10 |
| Purine deoxyribonucleotide metabolic process 0.6785607589195667 1.486049870822156 0.1372659303293213 1.0 0.6132250797946949 5 P55263,Q96DE0 2 |
| Positive regulation of protein polymerization 0.3684151619648114 1.4854780806284975 0.1374172256204877 1.0 0.6132638837569263 37 P61586,Q16625,O95429,O43639,P62330,P35080,P07737,Q9UQB8,P36405,Q9Y2X7,P50552 11 |
| Tetrahydrofolate interconversion 0.5806235019443837 1.4841205878926802 0.1377769322959645 1.0 0.6137759725076883 7 P34896 1 |
| Escrt complex disassembly 0.5805716929480761 1.483845976190906 0.1378497867424357 1.0 0.6137759725076883 7 Q9NZZ3,Q9HD42,Q9NP79 3 |
| Purine ribonucleoside metabolic process 0.562674204133385 1.4780340462983017 0.1393986655997374 1.0 0.6183413572937917 8 P55263,P49902,P00491,P07741,Q13126 5 |
| Negative regulation of inflammatory response to antigenic stimulus 0.5625324288532341 1.47725708106152 0.139606737996448 1.0 0.6184028561095875 8 P25786,P07948,P28070,Q16539 4 |
| Positive regulation of blood vessel endothelial cell migration 0.5056655628729594 1.4765826446378891 0.1397875467646141 1.0 0.6184028561095875 12 P08047,P09429,Q96EB6,P04083 4 |
| Protein heterooligomerization 0.545283563722216 1.476171185202814 0.1398979428522673 1.0 0.6184447537614856 9 P31350,Q9Y285,Q8N684,O43809 4 |
| Regulation of striated muscle cell differentiation 0.5055477216611204 1.475848606870645 0.1399845387152665 1.0 0.6184447537614856 12 Q9UGN5,Q96TA1,Q16539,P49840,P67809 5 |
| Positive regulation of muscle tissue development 0.6757060030214221 1.473068022096311 0.1407326950052969 1.0 0.6196748039085038 5 Q13131 1 |
| Positive regulation of skeletal muscle tissue development 0.6757060030214221 1.473068022096311 0.1407326950052969 1.0 0.6196748039085038 5 Q13131 1 |
| Dendritic spine development 0.3956142615829059 1.4720596322965935 0.1410047751477381 1.0 0.6197644404896211 26 O60678,P61160,O00401,Q05086,O43639,P62330,Q9UQB8,Q9UJU6,P23528,P18085 10 |
| Rna destabilization 0.3275882903426055 1.4703342763401404 0.1414712421169963 1.0 0.6204416974758696 48 Q96B26,Q9H074,Q9UIV1,Q86TB9,O15514,P67809 6 |
| Muscle cell migration 0.5037091648158107 1.4643935133782948 0.1430864594401029 1.0 0.6250319777926614 12 P31949,P27695,P04083 3 |
| Regulation of dna primase activity 0.7269156871778444 1.4581743229432145 0.1447924994060412 1.0 0.6276097635786073 4 Q9Y248,Q9BRX5 2 |
| N terminal protein amino acid modification 0.5564829308577639 1.444080398694236 0.1487163610838315 1.0 0.635985296482366 8 P41227,Q86UY6,Q9GZZ1,P50579 4 |
| Negative regulation of calcium ion transmembrane transport 0.6216441324174473 1.4439050410936498 0.1487656884233796 1.0 0.635985296482366 6 P28161,P62258 2 |
| Positive regulation of protein depolymerization 0.6685158077519517 1.4403422509154675 0.149770593322239 1.0 0.6369354181518304 5 O75083,P48681,P60981 3 |
| Regulation of alcohol biosynthetic process 0.5722330862967131 1.4396049700488838 0.1499791927055489 1.0 0.6371726599514491 7 Q13131 1 |
| T cell activation involved in immune response 0.5553942883865937 1.4381053578831209 0.1504041626526451 1.0 0.6378585535943516 8 P62753,Q9UDY8,P04083 3 |
| Aldehyde catabolic process 0.6194112298128638 1.4330242333403511 0.1518509120589832 1.0 0.6396820619147707 6 P10768,P14550,P11766 3 |
| Protein localization to ciliary membrane 0.6668919373718105 1.4329460376716516 0.1518732592293354 1.0 0.6396820619147707 5 Q15276 1 |
| Regulation of signal transduction by p53 class mediator 0.3427164165217501 1.432597147449675 0.1519729974297292 1.0 0.6396820619147707 43 Q9BW85,Q9UNS2,P62841,Q96EB6,P62913,P63241,P62081,P14174,P52564,O96017,P46777,O14965,O75832,Q96S44,O43324,P61254,P60866,P61927,Q9NZM5,O94992 20 |
| Modification of postsynaptic actin cytoskeleton 0.6666702459673158 1.431936163521739 0.1521620914409149 1.0 0.6396820619147707 5 P07737,P61586,P35080 3 |
| Formation of translation preinitiation complex 0.5229534739895358 1.4292963523828408 0.1529190739652808 1.0 0.6424549120222881 10 Q7Z478,O43583,P20042,P40429,P41214,Q15056,Q9ULC4 7 |
| Regulation of t cell receptor signaling pathway 0.5701394262937538 1.4284845620908388 0.1531524349983057 1.0 0.6429926539050229 7 P51452,Q9UDY8 2 |
| Crd mediated mrna stabilization 0.5367708108560526 1.427834446342759 0.15333951555376 1.0 0.6429926539050229 9 P67809 1 |
| Negative regulation of nuclear transcribed mrna catabolic process deadenylation dependent decay 0.5367708108560526 1.427834446342759 0.15333951555376 1.0 0.6429926539050229 9 P67809 1 |
| Protein localization to cytoplasmic stress granule 0.6179599178505872 1.4259497529850882 0.1538828465372841 1.0 0.6444507260349915 6 P31483 1 |
| Protein trimerization 0.7192097539564429 1.425270760055338 0.1540789489585461 1.0 0.6444545005266774 4 Q99720 1 |
| Cd4 positive alpha beta t cell activation 0.5528319274770672 1.4240365273774265 0.154435898507725 1.0 0.6450796930825493 8 P09429,Q9UDY8,P04083 3 |
| Activation of phospholipase d activity 0.8895541482064576 1.4228268704826983 0.1547863498417219 1.0 0.6450796930825493 3 P18085 1 |
| Negative regulation of t cell differentiation 0.7180299280407344 1.420230303342437 0.1555406442044651 1.0 0.6450796930825493 4 P09429,P04083 2 |
| Negative regulation of cd4 positive alpha beta t cell activation 0.7180299280407344 1.420230303342437 0.1555406442044651 1.0 0.6450796930825493 4 P09429,P04083 2 |
| Regulation of anion transport 0.5069196277661427 1.4200864266511493 0.155582521356455 1.0 0.6450796930825493 11 P14174,Q13131 2 |
| Negative regulation of histone h4 acetylation 0.888781283194101 1.4198893734119935 0.1556398901089015 1.0 0.6450796930825493 3 Q13363 1 |
| Negative regulation of protein modification by small protein conjugation or removal 0.3560171906771845 1.4186751112587908 0.1559937565503704 1.0 0.6459101181457898 39 Q9UL15,Q13257,P62081,O95816,O60678,Q96FW1,P60866,Q8TDB6,P61927,P31689,O43684,P62841,P26368,Q99497,P62913,P49407,Q04323,P46777 18 |
| Cellular response to aldehyde 0.6161759903929641 1.4172515265937713 0.1564094017984421 1.0 0.6466960025527333 6 Q99497,P10768,P14550,P11766 4 |
| Base excision repair ap site formation 0.8764738910724366 1.4161188056136076 0.1567407229778856 1.0 0.6469723459087195 2 P78549 1 |
| Viral transcription 0.4404409847978389 1.4103056938587089 0.1584494379906442 1.0 0.6491547751580778 17 P08047,Q9H1E3,Q12824,O94992,Q00403 5 |
| Short chain fatty acid metabolic process 0.7156732445236573 1.4101601326766489 0.1584924047469225 1.0 0.6491547751580778 4 Q16822 1 |
| Regulation of dendritic cell differentiation 0.7155321309297153 1.4095570717606918 0.1586705102763035 1.0 0.6492498050759914 4 P09382 1 |
| Regulation of glycogen catabolic process 0.8731049971925886 1.4023904500803777 0.1607986835605226 1.0 0.6534985315866958 2 P62140 1 |
| Tubulin deacetylation 0.5317969785449081 1.3995525373613045 0.1616473553359472 1.0 0.6546083140336683 9 P51956,Q13131 2 |
| 5 phosphoribose 1 diphosphate metabolic process 0.659550365086853 1.3994862659138942 0.1616672140025539 1.0 0.6546083140336683 5 P60891 1 |
| Cellular carbohydrate biosynthetic process 0.449043859842519 1.3970670619462264 0.1623934056025842 1.0 0.6554995276082275 16 P62140,Q9NPH2,P62136,Q16822,A6NDG6,Q15185,P49840,P46976 8 |
| Response to heat 0.3435062662345362 1.3967672118320693 0.1624835851484918 1.0 0.6554995276082275 42 Q9UDY4,P49770,Q99615,O95817,Q9UNE7,P07948,Q14232,Q9NR50,Q96EY1,O60884,P62258,P17612,Q13144,O15514,P51617,Q96EB6 16 |
| Nucleoside monophosphate catabolic process 0.6586120163669633 1.3952073851056028 0.162953310655332 1.0 0.6565847506719397 5 P00491,P00492,P49902 3 |
| N acetylneuraminate metabolic process 0.658224391102674 1.3934396715303687 0.1634868762125561 1.0 0.6565847506719397 5 Q9UJ70 1 |
| Multicellular organismal movement 0.516842876395504 1.3934320167614482 0.163489189583545 1.0 0.6565847506719397 10 P28161,P78417,Q99622,Q7Z406,Q96QK1 5 |
| Negative regulation of lymphocyte differentiation 0.6577690362461155 1.391362985174248 0.1641153830398409 1.0 0.656859870467713 5 O15347,P09429,Q13951,P04083 4 |
| Positive regulation of megakaryocyte differentiation 0.8809921907019634 1.3902831882004285 0.1644429008968346 1.0 0.6569747875926841 3 Q9GZP4 1 |
| B cell homeostasis 0.6102586767872721 1.3883818894169306 0.1650207881799035 1.0 0.6588844545003896 6 O95999,P07948,Q16611,P14174 4 |
| Regulation of calcium ion transmembrane transporter activity 0.4569377459976948 1.3831644092262458 0.1666144599508898 1.0 0.6632401797441578 15 P54652,P28161,P27695,P78417,P17612,P42858,P62258,Q13557 8 |
| Regulation of skeletal muscle tissue development 0.6090262476489682 1.3823659606088323 0.1668593622887191 1.0 0.6634143180568965 6 Q13131 1 |
| Regulation of protein deacetylation 0.4142534824571374 1.3810678368388052 0.167258103719718 1.0 0.6637993093473287 19 Q13363,P51956,Q13131,Q96EB6,Q9NS73 5 |
| Negative regulation of cell aging 0.6073535630997791 1.3741994338681696 0.1693797764696918 1.0 0.6688222142328363 6 Q96EB6,P14174,P67809 3 |
| Response to activity 0.4548783174996922 1.3690231321189952 0.1709920442203421 1.0 0.6729495964662151 15 Q13131 1 |
| Regulation of protein folding 0.7058973386883947 1.368363788986484 0.1711982329379573 1.0 0.6731048176662078 4 Q9H2J4,Q9Y2G5 2 |
| Organic acid biosynthetic process 0.2842969502069445 1.367918375724883 0.1713376271773139 1.0 0.6731048176662078 87 Q13131,P56537,P00374,P54619,P14550,Q15185,P17174,Q96EB6,Q13126,Q8IVS2,O75477,P78330,P14174,P49903,Q14353,P38398,P28161,Q4G176,Q96GX9,Q9BV57,P61457,P34896,Q01469,Q99714,P04083 25 |
| Polyamine biosynthetic process 0.705243561069864 1.3655674652229954 0.1720747641463273 1.0 0.6749109871193177 4 Q96QD8,P52788 2 |
| Negative regulation of cellular protein catabolic process 0.3655674787856404 1.3621449049255492 0.1731521591742306 1.0 0.6770074937244964 33 Q9UL15,P60520,Q9GZU8,Q9H2J4,P62081,O43765,Q9Y5K5,Q9NZM5,P54578,P19784,Q99497,O00560,O14908,P62913,Q04323,P46777,Q96QK1 17 |
| Regulation of hydrogen peroxide biosynthetic process 0.8629983155530659 1.361219874821514 0.1734442151536543 1.0 0.677199900213598 2 P04179 1 |
| Positive regulation of hydrogen peroxide metabolic process 0.8629983155530659 1.361219874821514 0.1734442151536543 1.0 0.677199900213598 2 P04179 1 |
| Negative regulation of ubiquitin dependent protein catabolic process 0.3793549330782788 1.361013655572732 0.1735093740692814 1.0 0.677199900213598 27 Q9UL15,Q9H2J4,P62081,O43765,Q9Y5K5,P62829,O15372,Q9NZM5,P54578,P19784,Q99497,O00560,O14908,P62913,Q04323,P46777 16 |
| Catechol containing compound metabolic process 0.6045539351039155 1.3605271138396124 0.1736631787231934 1.0 0.6773993653803574 6 Q99497,P58546,P00492,Q96QK1 4 |
| Golgi to plasma membrane transport 0.3704892878660699 1.3560357023730245 0.1750878087873384 1.0 0.6799372322630063 29 Q15276,Q4J6C6,P50570,Q9Y6D5,Q9HD26,Q8IYI6,Q9NV70,Q96KP1,O15027,O75608,Q9UJY5,P61026,P36405,Q9H4A6,Q8TAG9 15 |
| Quaternary ammonium group transport 0.8719396750387136 1.3558764820680833 0.1751384714394857 1.0 0.6799372322630063 3 O43772 1 |
| Intra golgi vesicle mediated transport 0.4431743039088976 1.3555407982781928 0.1752453192305276 1.0 0.6799518386144474 16 P54920,P83436,Q9UP83,P61923,O14579 5 |
| Glycine biosynthetic process 0.8710414617423995 1.3524629771073102 0.1762272547403487 1.0 0.6805299771017326 3 P00374 1 |
| Amine biosynthetic process 0.5556972746617822 1.3516660189401184 0.176482180319331 1.0 0.6807464686469634 7 Q96QD8,P19623,P52788,Q96QK1 4 |
| Regulation of glycolytic process 0.485419380716374 1.3502199357415137 0.1769454452956111 1.0 0.6817962921067112 12 P56537,Q13131 2 |
| Negative regulation of proteasomal protein catabolic process 0.3884165990420933 1.348957294014255 0.1773506836410572 1.0 0.6818475163845659 24 Q9UL15,P60520,Q9GZU8,O43765,Q9Y5K5,P54578,Q9NZM5,Q99497,O00560,P62913,Q04323 11 |
| Negative regulation of alpha beta t cell activation 0.6484499853435624 1.3488415611649085 0.1773878620551721 1.0 0.6818475163845659 5 P09429,P04083 2 |
| Double strand break repair via break induced replication 0.5386556634748051 1.3460883033389062 0.178274040368257 1.0 0.6844560944522835 8 Q9Y248 1 |
| Positive regulation of cell cycle g1 s phase transition 0.3957805408778405 1.3442087289880666 0.1788808997616051 1.0 0.6848348850512652 21 O75179,P27695,P04083 3 |
| Positive regulation of cilium assembly 0.5542123896979504 1.343758991041614 0.1790263344949767 1.0 0.6848348850512652 7 Q96C92,Q16181,P27695,Q15555 4 |
| Female genitalia development 0.8576642335766473 1.3395036136707337 0.1804067788201551 1.0 0.6848348850512652 2 Q16611 1 |
| Negative regulation of lipid metabolic process 0.4621477202496559 1.3393521327905555 0.1804560645482351 1.0 0.6848348850512652 14 Q96EB6,O75477,Q13131 3 |
| Uv damage excision repair 0.6000500672766754 1.3385232828889704 0.1807259157375691 1.0 0.6848348850512652 6 Q15054 1 |
| Positive regulation of cd4 positive alpha beta t cell differentiation 0.8573834924199939 1.338360959344588 0.1807787989806901 1.0 0.6848348850512652 2 P04083 1 |
| Positive regulation of t helper cell differentiation 0.8573834924199939 1.338360959344588 0.1807787989806901 1.0 0.6848348850512652 2 P04083 1 |
| Positive regulation of cd4 positive alpha beta t cell activation 0.8573834924199939 1.338360959344588 0.1807787989806901 1.0 0.6848348850512652 2 P04083 1 |
| Regulation of t helper cell differentiation 0.8573834924199939 1.338360959344588 0.1807787989806901 1.0 0.6848348850512652 2 P04083 1 |
| Rrna catabolic process 0.4503747699499038 1.338089845014898 0.1808671506991301 1.0 0.6848348850512652 15 Q96B26,Q9BQ61,Q13868,Q9Y2L1,Q9BRX2,Q9NPD3,Q5RKV6,Q9NQT5 8 |
| Long chain fatty acid transport 0.4832522848314881 1.3366728661785676 0.1813294426280056 1.0 0.6858079148935351 12 O43772,P04083 2 |
| Vascular endothelial growth factor production 0.8666295850821464 1.3356981809001656 0.181647944205948 1.0 0.6861764793055422 3 Q9UN36 1 |
| Negative regulation of transferase activity 0.3001492437395737 1.3305225964631104 0.1833461463481593 1.0 0.6894818593571603 74 Q9UL15,P30048,O43684,P62841,O95373,P62913,Q96EB6,P51452,P10644,P62081,O95816,O95684,P07948,P37198,Q86XI2,Q99497,Q15208,P46777,P42574,P42771,Q9Y224,Q15750,Q14240,Q13257,P61981,P49840,P60866,Q8TDB6,P61927,P31689,P62829,P35240,O94992,Q8TBX8 34 |
| Biological process involved in interaction with symbiont 0.3829353847233037 1.3289617387508823 0.183860593264062 1.0 0.6904901798498865 25 P08047,P81605,Q12824 3 |
| Positive regulation of amyloid precursor protein catabolic process 0.5351822161507297 1.3269670141676304 0.184519594458925 1.0 0.6915291165062897 8 P08047,P07948,P49840 3 |
| Neutrophil clearance 0.8537338573834977 1.323509604741316 0.1856659643387943 1.0 0.6930688742380834 2 P04083 1 |
| Neutrophil homeostasis 0.8537338573834977 1.323509604741316 0.1856659643387943 1.0 0.6930688742380834 2 P04083 1 |
| Chemokine c x c motif ligand 2 production 0.8537338573834969 1.3235096047413133 0.1856659643387952 1.0 0.6930688742380834 2 P14174 1 |
| Positive regulation of chemokine c x c motif ligand 2 production 0.8537338573834969 1.3235096047413133 0.1856659643387952 1.0 0.6930688742380834 2 P14174 1 |
| Ribonucleoside metabolic process 0.518365544832861 1.323069901006365 0.1858121331125708 1.0 0.6932221889199758 9 P55263,P49902,P00491,P07741,Q13126 5 |
| Negative regulation of phagocytosis 0.5337457053008583 1.319057202923984 0.1871499893990347 1.0 0.69579232720076 8 Q99439,P09429 2 |
| Purine nucleoside monophosphate biosynthetic process 0.4379807954285413 1.318782111222102 0.1872419664060669 1.0 0.69579232720076 16 P11908,P20839,P55263,P49915 4 |
| Regulation of hydrogen peroxide metabolic process 0.6942364504201526 1.3184742716412343 0.1873449322481124 1.0 0.69579232720076 4 P04179 1 |
| Intermediate filament bundle assembly 0.8520494104435767 1.316657247055828 0.187953540369999 1.0 0.6958472456923577 2 P07197 1 |
| Ubiquinone metabolic process 0.6413896947181044 1.3166061490252927 0.1879706766026161 1.0 0.6958472456923577 5 Q5T2R2 1 |
| Cellular response to dexamethasone stimulus 0.5952415018563142 1.3150212630571618 0.1885027564721224 1.0 0.6958472456923577 6 Q16822 1 |
| Replicative senescence 0.5951777718857834 1.3147097265660042 0.1886074764063496 1.0 0.6958472456923577 6 P42771 1 |
| Dna dealkylation 0.5168977108338237 1.314704546672825 0.1886092179391654 1.0 0.6958472456923577 9 P16455,P27695 2 |
| Inflammatory cell apoptotic process 0.6408489655603946 1.314136837235551 0.1888001595183559 1.0 0.6961016501861799 5 P42771,P04083 2 |
| Deadenylation dependent decapping of nuclear transcribed mrna 0.6403543659048028 1.3118781362369936 0.1895612556089658 1.0 0.6970594001923615 5 Q86TB9 1 |
| Lung alveolus development 0.850645704660308 1.3109480506533175 0.1898753153198376 1.0 0.6977256712254312 2 Q16706 1 |
| Branched chain amino acid metabolic process 0.4265660232285561 1.30899912016297 0.190534648768248 1.0 0.6983500216789423 17 Q6NVY1,Q99714,P21953 3 |
| Regulation of histone h4 k16 acetylation 0.6393246638430778 1.3071756409776534 0.1911530664216507 1.0 0.6983500216789423 5 Q12824,Q96EB6 2 |
| Activation induced cell death of t cells 0.6914809671162416 1.3066826216136953 0.1913205231916652 1.0 0.6983500216789423 4 Q96EY1 1 |
| Hepatocyte differentiation 0.8589499605282866 1.3065258485092357 0.191373794660826 1.0 0.6983500216789423 3 P04083 1 |
| Methylguanosine cap decapping 0.5314013570704538 1.3061466779802704 0.1915026818454124 1.0 0.6983500216789423 8 Q96F86,Q96C86,Q86TB9,Q9UIV1 4 |
| Interstrand cross link repair 0.5471492675842007 1.306132226451684 0.1915075954544329 1.0 0.6983500216789423 7 Q9H1E3,Q96B01 2 |
| Nucleotide excision repair dna incision 0.638646019061087 1.3040762864316082 0.1922075732851682 1.0 0.6991309790905265 5 P19447,P78549,P18074 3 |
| Regulation of reactive oxygen species biosynthetic process 0.5461669054734026 1.3008973450782635 0.1932935950055063 1.0 0.7001452787788687 7 P04179,P61586 2 |
| Wnt protein secretion 0.8478382930937707 1.2995328615395072 0.1937611235102703 1.0 0.7004048742016596 2 Q9H3S7 1 |
| Self proteolysis 0.6898099628752004 1.2995316826586405 0.1937615278022884 1.0 0.7004048742016596 4 Q9Y6W3 1 |
| Regulation of histone h4 acetylation 0.5139271005760162 1.2977719753559105 0.194365702395862 1.0 0.7004048742016596 9 Q12824,Q96EB6,Q13363 3 |
| Pyrimidine nucleoside metabolic process 0.6371722922641387 1.2973456152735765 0.194512295901972 1.0 0.7004048742016596 5 P04183 1 |
| Trna methylation 0.4349474579601591 1.2973105147298736 0.194524367980347 1.0 0.7004048742016596 16 Q96FX7,Q99714,Q9UET6,Q9UJA5,Q7Z2T5 5 |
| Negative regulation of protein catabolic process 0.3183489182941608 1.297191218982806 0.1945654013004212 1.0 0.7004048742016596 46 Q9UL15,Q9GZU8,Q9H2J4,Q9Y5K5,P10619,P19784,P62913,Q04323,Q96QK1,P62081,Q9UMY4,Q99497,O00560,P46777,P60520,O60493,O14908,Q13485,Q13257,O43765,P54578,Q9NZM5,Q13526 23 |
| Positive regulation of mitotic cell cycle 0.3133984769112192 1.295098276117982 0.1952863295318549 1.0 0.7012023024453541 49 P27695,O75179,P30307,Q14674,P04083,Q13042,P06493,P51452,Q7L2J0 9 |
| Trna threonylcarbamoyladenosine metabolic process 0.5448557799220359 1.2939100643232335 0.1956964877266269 1.0 0.7019108390673362 7 Q96S44,Q99714 2 |
| Histone dephosphorylation 0.8458731049971968 1.2915449388043811 0.1965147827862603 1.0 0.702956026920108 2 P60510 1 |
| Regulation of protein neddylation 0.6879213483146218 1.2914494989226744 0.1965478559652929 1.0 0.702956026920108 4 Q96GG9,P62913,P46777 3 |
| Response to bacterium 0.2983631454386131 1.2888012497493333 0.1974671914520724 1.0 0.703632099081624 73 P81605,Q9UDY8,Q9NZZ3,O75179,P09429,P11802,Q16822,P30048,Q9Y2X7,P11766,P04179,P26583,P14174,Q04721,O95999,P61586,Q9UQB8,O00401,P62888,Q9P2D1,Q63HN8 21 |
| Negative regulation of muscle cell differentiation 0.4755035633712071 1.2882187057587262 0.1976698422677758 1.0 0.703632099081624 12 O75179 1 |
| Pigment cell differentiation 0.5894351054449884 1.2866331042783736 0.1982221995476045 1.0 0.7042506811428179 6 P04179 1 |
| Regulation of polysaccharide metabolic process 0.5434642965983039 1.2864940425912916 0.1982706966164664 1.0 0.7042506811428179 7 P62140,P62136 2 |
| Regulation of cholesterol biosynthetic process 0.5892547986760891 1.2857514537246402 0.1985298176724079 1.0 0.7044124138607869 6 Q13131 1 |
| Positive regulation of protein modification by small protein conjugation or removal 0.3258594938300163 1.2848586807028215 0.1988416720950359 1.0 0.7047607034598908 44 Q96MG7,Q8N2W9,Q9UNE7,Q5VTR2,Q05086,Q13404,P49840,Q96GG9,O75832,Q13309,P63208,O95999,P38398,Q9NZM5,Q9UDY8,Q9NZL4 16 |
| Cell junction disassembly 0.6339028437440145 1.2824130467011543 0.1996977898810552 1.0 0.7055204188834711 5 P62330 1 |
| Viral translational termination reinitiation 0.5883159072160852 1.2811604593659056 0.2001373113693541 1.0 0.7065044456292527 6 P56537 1 |
| Middle ear morphogenesis 0.6854815791615936 1.2810088970594136 0.2001905410674762 1.0 0.7065044456292527 4 O95747,O75569 2 |
| Establishment of pigment granule localization 0.6853932584269679 1.2806309501642914 0.2003233235752057 1.0 0.7065949958834531 4 Q9Y4I1,P62820,Q9H0F7 3 |
| Positive regulation of peptidyl lysine acetylation 0.4638559396288277 1.2792268498285175 0.200817183414852 1.0 0.7072024248822018 13 Q12824,Q969T9,Q13131 3 |
| Inflammatory response to antigenic stimulus 0.4526203706985813 1.276020151948616 0.201948395526589 1.0 0.7087865825876741 14 P26583,Q04721,P09429,P07948,Q16539,Q99497,P28070,P25786 8 |
| Barbed end actin filament capping 0.4831709540510166 1.2758198187092709 0.2020192200219568 1.0 0.7087865825876741 11 P58546 1 |
| Maintenance of synapse structure 0.5867578060013383 1.2735414294757677 0.2028259809943076 1.0 0.7094263632892521 6 P62330,Q12959 2 |
| Cilium organization 0.3053468171642894 1.2733893341681128 0.2028799202736355 1.0 0.7094263632892521 64 Q8IVD9,Q96FJ2,A0AVF1,Q92930,P62820,P61160,Q9UBB4,Q9H3S7,Q96EX3,P61421,P61006,Q9NVG8,P27695,Q9Y277,Q8NCM8,Q9BW83,Q15555,P18085,Q96C92,Q15051,P36405,Q16181,Q15691,P63167 24 |
| T cell homeostasis 0.586124178582807 1.270442967442881 0.2039268861255569 1.0 0.7101909930750655 6 Q96EY1,P62753,O95067 3 |
| Pyridine nucleotide metabolic process 0.5860033726812868 1.269852219183159 0.2041372757512398 1.0 0.7104301208117052 6 Q9BQG2,Q6SZW1,Q4G0N4,P43490,Q8IXQ6 5 |
| Regulation of epithelial cell migration 0.3114474789105435 1.269521143142045 0.2042552545098455 1.0 0.7104301208117052 48 P08047,Q9Y6W3,P61586,Q99538,P09429,Q9H3S7,P62330,P35080,P04083,P07737,P67870,Q96EB6 12 |
| Regulation of calcium ion transmembrane transport 0.3843094723705046 1.2683053970607363 0.2046889104553528 1.0 0.7109679059312837 22 P19174,P54652,P28161,P27695,P78417,P07948,P17612,P42858,P62258,Q9P2D1,Q13557 11 |
| Dna unwinding involved in dna replication 0.4399714661847476 1.26661563425005 0.2052927594087445 1.0 0.7123151189164015 15 Q9Y248,Q9BRX5,P17096 3 |
| Positive regulation of amyloid beta formation 0.6302140688680755 1.2655650644489636 0.2056688402984279 1.0 0.7132376363376397 5 P08047,P49840 2 |
| Positive regulation of epithelial cell migration 0.3536213774887047 1.2625165726921577 0.206762966708323 1.0 0.7141564904953022 34 P08047,Q9Y6W3,Q99538,P62330,P04083,P07737,Q96EB6 7 |
| Aggrephagy 0.6808781518150484 1.2613108487359377 0.2071968740598908 1.0 0.7141564904953022 4 Q562E7,O95817 2 |
| Negative regulation of intrinsic apoptotic signaling pathway by p53 class mediator 0.6286758684305859 1.2585397425858385 0.2081966236238883 1.0 0.7165138997991813 5 P14174 1 |
| Branched chain amino acid catabolic process 0.4293233699836271 1.2575051466229823 0.2085707765821847 1.0 0.7165138997991813 16 Q6NVY1,Q99714,P21953 3 |
| Dna ligation 0.4936114694129312 1.2568390108221068 0.2088119367706946 1.0 0.7165138997991813 10 P09429,Q96T60,P16455,P18858 4 |
| Regulation of protein adp ribosylation 0.582801922272824 1.2541968041447151 0.2097704812021854 1.0 0.7165138997991813 6 Q96T60,Q9NWY4 2 |
| Peptidyl tyrosine modification 0.3101937249025935 1.2539824678742275 0.2098483779637279 1.0 0.7165138997991813 48 Q9H2J4,Q92796,P14174,O43639,Q9UIV1,Q86XI2,P35240 7 |
| Protein maturation by 4fe 4s cluster transfer 0.8366086468276266 1.2539220105268114 0.2098703539132835 1.0 0.7165138997991813 2 Q86SX6 1 |
| Cellular detoxification of aldehyde 0.627053170491862 1.2511287722701174 0.2108874997365406 1.0 0.7181280063305224 5 P10768,P14550,P11766 3 |
| Neutral lipid catabolic process 0.6267065666666963 1.249545855394183 0.2114654926192969 1.0 0.7186622942173325 5 Q8WTS1,O94830 2 |
| Pinocytosis 0.51996625421823 1.2431537511651374 0.2138111816486927 1.0 0.7224890133989638 8 Q9Y5X3,P50570,P50897,Q9H223,Q9P2R3,Q9BZG1,Q9UKG1 7 |
| Positive regulation of meiotic cell cycle 0.8415471120919833 1.2404930195800568 0.2147930944849716 1.0 0.7240281385022911 3 Q96B01 1 |
| Negative regulation of establishment of protein localization to mitochondrion 0.6752808988764195 1.237365457247375 0.2159514367836188 1.0 0.7263720943522437 4 O95429,P31689,O95817 3 |
| Antigen receptor mediated signaling pathway 0.3778347168608947 1.2347292005946089 0.2169313044770944 1.0 0.7264120027740625 23 P19174,P49770,P41240,Q07666,Q96IZ0,P07948,Q14232,Q9NR50,P04439,Q9UJZ1,Q13144,O95999,P46109,P51452,Q9UDY8,Q9UI10 16 |
| Female meiosis i 0.6744506925461423 1.233814478408869 0.2172720430639203 1.0 0.7264120027740625 4 O14965,O95067 2 |
| Purine deoxyribonucleoside triphosphate metabolic process 0.8397797975719457 1.2337951837925178 0.217279234548136 1.0 0.7264120027740625 3 P55263 1 |
| Positive regulation of mitochondrial fission 0.5026507476944041 1.2334813073450837 0.2173962465392849 1.0 0.7264120027740625 9 Q9NX47,O14965,Q96QK1,Q9NQG6 4 |
| T helper 1 cell differentiation 0.8393862987585996 1.2323041303700706 0.2178354974965275 1.0 0.7264120027740625 3 P04083 1 |
| T helper 1 type immune response 0.8393862987585996 1.2323041303700706 0.2178354974965275 1.0 0.7264120027740625 3 P04083 1 |
| Response to calcium ion 0.3680298172748102 1.2270298366921777 0.2198113768987113 1.0 0.7292034477910289 26 Q9H553,Q99538,Q13131,Q8WZ42,P50995,P30405,Q9Y696 7 |
| Positive regulation of stress activated protein kinase signaling cascade 0.4452180624264738 1.226824779473765 0.2198884552453195 1.0 0.7292034477910289 14 P29372,Q99873,O00560,Q9NS73 4 |
| Regulation of acyl coa biosynthetic process 0.8295901179112912 1.2254640952724365 0.2204004101462178 1.0 0.7292034477910289 2 Q15120 1 |
| Hypoxia inducible factor 1alpha signaling pathway 0.8295901179112912 1.2254640952724365 0.2204004101462178 1.0 0.7292034477910289 2 Q15120 1 |
| Release of cytochrome c from mitochondria 0.4446330286781701 1.2229380821894529 0.2213530835192165 1.0 0.7303876632780153 14 P04179,O75832,Q16611 3 |
| Negative regulation of oxidative stress induced intrinsic apoptotic signaling pathway 0.531246279483747 1.2213702910472113 0.2219458504347475 1.0 0.7308810930941563 7 Q9UL15,Q99497,P04179,Q96EB6 4 |
| Uv protection 0.6713483146067517 1.2205469197330368 0.2222576142733521 1.0 0.7311708469446926 4 P39748,P18074,P19447 3 |
| Response to gamma radiation 0.3759838210913193 1.2190895129141386 0.222810219811343 1.0 0.7313187419872528 23 P04179,Q16611,Q13131 3 |
| Negative regulation of sister chromatid cohesion 0.6702247191011361 1.21574264718997 0.2240829727459785 1.0 0.7324337404521677 4 P41227,Q14674,P46100 3 |
| Transcription initiation from rna polymerase ii promoter 0.359189710833791 1.212523150345611 0.2253121863173304 1.0 0.733583328328897 28 P53999,P09429,P11802,O15514,P52657,O60244,Q15370,Q00403,Q15369 9 |
| Skeletal muscle contraction 0.6185159743466939 1.2121477054094978 0.2254558452366617 1.0 0.733583328328897 5 P28161,Q7Z406,Q99622 3 |
| N terminal protein amino acid acetylation 0.6180435636436336 1.209991298428039 0.2262822318754178 1.0 0.733583328328897 5 P41227,Q9GZZ1 2 |
| Intraciliary transport 0.5134749506423615 1.2073970493441688 0.2272792713444431 1.0 0.733583328328897 8 Q9BW83,Q96EX3,P36405 3 |
| Polyadenylation dependent rna catabolic process 0.5282146328801068 1.2052142214100203 0.2281206136736799 1.0 0.733583328328897 7 Q96B26 1 |
| Smooth muscle cell apoptotic process 0.5273274477048928 1.2004868944656386 0.2299502994511213 1.0 0.733583328328897 7 P04179,P42771 2 |
| Lipopolysaccharide mediated signaling pathway 0.4703535797991077 1.1979140717938972 0.23095047094669 1.0 0.7351915608468921 11 P14174,P07948,Q16539,O95999,Q9UDY8 5 |
| Endocytic recycling 0.3572317547016004 1.1945430146653009 0.232265625080499 1.0 0.7375543364805695 28 Q96C92,Q9H3S7,P62330,Q07960,Q15286,Q9UBQ0,Q9UMY4,Q15036,Q96QK1 9 |
| Polyol biosynthetic process 0.4697124019085404 1.1940190733003522 0.232470507207869 1.0 0.7375543364805695 11 Q9NPH2,P00374,Q16822,A6NDG6,P61457 5 |
| Deoxyribonucleoside metabolic process 0.6643004363009225 1.1904208435856622 0.2338810246800693 1.0 0.7391850688978138 4 P04183 1 |
| Cell cycle g1 s phase transition 0.2892318585751196 1.188877987313355 0.2344876834789948 1.0 0.7403928962314266 75 P42771,P27695,O75179,O75312,P24941,P62753,P04083,O00213,O96017,Q9UL46,P42575,P49427,P61289 13 |
| Response to mechanical stimulus 0.3516553747764445 1.1875897746406834 0.2349950683395656 1.0 0.7416399381663995 30 Q99439,P61586,Q96QD8,P78330,O95817,Q8WZ42,P58546,O95999,Q16611,P42575 10 |
| Regulation of amyloid precursor protein catabolic process 0.4098291964096306 1.1868398699171412 0.2352907890026667 1.0 0.7418633098764771 17 P42574,P08047,P27695,O95197,P07948,Q9NZ52,P49840,Q13526 8 |
| Regulation of dendritic spine morphogenesis 0.4489564368814955 1.183281872934728 0.2366974544425892 1.0 0.7430024675790011 13 P61160,Q05086,Q9UQB8,P23528,Q9UJU6 5 |
| Negative regulation of viral transcription 0.6625150151088922 1.1827930520690892 0.2368911748512188 1.0 0.7430024675790011 4 O94992 1 |
| Negative regulation of transport 0.281098815059494 1.177037905360578 0.2391803772384322 1.0 0.7465695528395908 81 O95747,P09429,Q9HD26,P30405,P62258,Q13557,Q96QK1,O00233,P78417,P62330,Q9UMY4,Q99497,O00560,P28161,Q99439,Q07960,Q9UJ41,Q01469,O95817,O95429,P04083,O75608,P30533,P49840 24 |
| Negative regulation of establishment of protein localization 0.3679223603569251 1.1729856789785886 0.2408015486896368 1.0 0.749161422769444 24 O00233,O95817,Q9HD26,O75608,Q9UMY4 5 |
| Negative regulation of erad pathway 0.8236450435271037 1.172742111428062 0.2408992385830792 1.0 0.749161422769444 3 O43765,Q04323 2 |
| Camera type eye morphogenesis 0.4565197377562289 1.169554550459554 0.2421802765177596 1.0 0.7503152202494798 12 Q16611,Q99622 2 |
| Establishment of protein localization to vacuole 0.3974495903068523 1.1687864720096697 0.2424896721095477 1.0 0.7505686894578024 18 Q9H3S7,P13473,Q9H9H4 3 |
| Keratinocyte migration 0.6076642415849965 1.162639715578329 0.2449757100061242 1.0 0.7536399472627847 5 P58107,P62330 2 |
| Regulation of keratinocyte migration 0.6076642415849965 1.162639715578329 0.2449757100061242 1.0 0.7536399472627847 5 P58107,P62330 2 |
| Inositol phosphate metabolic process 0.5052247991754235 1.1619778164661003 0.245244475966696 1.0 0.7536399472627847 8 Q96PE3 1 |
| Aromatic amino acid family catabolic process 0.8135878719820404 1.1607623804687657 0.2457385456432832 1.0 0.7536399472627847 2 P16930 1 |
| L phenylalanine metabolic process 0.8135878719820404 1.1607623804687657 0.2457385456432832 1.0 0.7536399472627847 2 P16930 1 |
| Tyrosine catabolic process 0.8135878719820404 1.1607623804687657 0.2457385456432832 1.0 0.7536399472627847 2 P16930 1 |
| Regulation of intrinsic apoptotic signaling pathway in response to dna damage by p53 class mediator 0.519231154152721 1.157365187642296 0.2471231907083222 1.0 0.755600978407604 7 Q96EB6,P14174 2 |
| Fatty acid metabolic process 0.2772990086510256 1.1554889737674725 0.2478902453419968 1.0 0.755600978407604 105 Q8N4Q0,P05165,Q14914,Q13131,P56537,P42126,Q16822,P54619,O95372,Q15185,Q96EB6,Q8IVS2,P11766,Q96CM8,O75477,P14174,P50542,P38398,Q2T9J0,P28161,Q15120,Q4G176,Q16539,O15254,Q15118,Q01469,Q99714,Q8WTS1,P04083,O75608,Q9BWD1,Q9BUT1 32 |
| Negative regulation of signaling receptor activity 0.5188235922642159 1.1551956218486727 0.2480103272062557 1.0 0.755600978407604 7 Q86XI2 1 |
| Production of sirna involved in rna interference 0.6557590634697132 1.153947989118834 0.2485214929352852 1.0 0.7562073503166213 4 Q15631 1 |
| Sulfur amino acid metabolic process 0.4443352286573538 1.1535652198054642 0.2486784643930213 1.0 0.7562073503166213 13 Q96GX9,Q9BV57,Q13126,P52788 4 |
| Negative regulation of proteasomal ubiquitin dependent protein catabolic process 0.3724541909703778 1.1527454430828636 0.2490148832766725 1.0 0.7562073503166213 21 Q9UL15,O43765,Q9Y5K5,P54578,Q9NZM5,Q99497,O00560,P62913,Q04323 9 |
| Positive regulation of chromatin binding 0.6552779436145351 1.1518950364240224 0.2493642081460383 1.0 0.7562073503166213 4 Q8IXQ6,Q8TDB6 2 |
| Dendrite morphogenesis 0.3455790109824833 1.1518217859650102 0.2493943135371363 1.0 0.7562073503166213 32 Q6SZW1,P61160,O60678,O00401,Q05086,Q13641,Q9UQB8,Q9UJX6,O75147,P23528,P00492,Q9UJU6 12 |
| Protein k48 linked ubiquitination 0.4436181433127987 1.1489567863721188 0.2505738000806485 1.0 0.7588543550651781 13 Q05086,P49427,P63208,Q8TDB6 4 |
| Regulation of translational initiation 0.3140681916661858 1.1481813318935088 0.2508937141719416 1.0 0.7594745014585255 44 Q14240,O75794,P49770,Q9Y6E2,Q07666,P62136,O43639,Q9H074,P19525,O60841,Q9UBQ5,P41567,P62487,Q13144,O15514,Q92499,Q15056 17 |
| Regulation of synapse assembly 0.4876206405525701 1.1478433285429774 0.2510332467769975 1.0 0.7595483007986588 9 Q13641,P62330 2 |
| Toll like receptor 4 signaling pathway 0.6043068585276864 1.147337114490793 0.2512423204307847 1.0 0.7598323455119012 5 P07948 1 |
| Positive regulation of cellular response to insulin stimulus 0.5020388088747354 1.1444511673522837 0.2524365785938369 1.0 0.7609718931695343 8 Q9H1E3 1 |
| Positive regulation of actin filament depolymerization 0.6535045803193418 1.1443296042798248 0.252486970330823 1.0 0.7609718931695343 4 O75083,P60981 2 |
| Renal system vasculature development 0.8093767546322319 1.1437859912725177 0.2527124008830015 1.0 0.7609718931695343 2 O95747 1 |
| Positive regulation of ryanodine sensitive calcium release channel activity 0.8090960134755785 1.1426550750549624 0.2531818291331622 1.0 0.7609718931695343 2 P28161 1 |
| Regulation of skeletal muscle contraction by calcium ion signaling 0.8090960134755785 1.1426550750549624 0.2531818291331622 1.0 0.7609718931695343 2 P28161 1 |
| Fat cell differentiation 0.347628529298919 1.141850752513793 0.2535160620665935 1.0 0.7609718931695343 29 Q8N4Q0,P04179,Q96EB6,Q13363 4 |
| Smooth muscle cell proliferation 0.3710310756691044 1.141101235903954 0.2538277970486273 1.0 0.7609718931695343 21 Q9UN36 1 |
| Regulation of ligase activity 0.6525280898876409 1.1401648372684965 0.2542176338036661 1.0 0.7609718931695343 4 Q9UBB9,P18887,Q13155 3 |
| Negative regulation of alpha beta t cell differentiation 0.8146588037068214 1.1388301951445317 0.2547739850527524 1.0 0.7609718931695343 3 P09429,P04083 2 |
| Negative regulation of cd4 positive alpha beta t cell differentiation 0.8146588037068214 1.1388301951445317 0.2547739850527524 1.0 0.7609718931695343 3 P09429,P04083 2 |
| Response to hyperoxia 0.6521450700963441 1.1385314619199187 0.2548986291661208 1.0 0.7609718931695343 4 P04179 1 |
| Icosanoid biosynthetic process 0.4605689522854821 1.138519084123879 0.2549037946199979 1.0 0.7609718931695343 11 Q96EB6,Q15185,P14174,P04083 4 |
| Positive regulation of signal transduction by p53 class mediator 0.421249972858663 1.1381761822928214 0.2550469220254989 1.0 0.7609718931695343 15 O43324,P62081,P61254,P60866,P61927,P62841,O94992,P63241 8 |
| S adenosylmethionine metabolic process 0.5155890461819816 1.1379822199392533 0.2551279067540322 1.0 0.7609718931695343 7 Q96GX9,Q9NZL9 2 |
| Tyrosine metabolic process 0.8138163437236774 1.1356549544965104 0.256100999785664 1.0 0.7616060390379801 3 P61457,P16930 2 |
| Response to carbohydrate 0.3005785043319254 1.1351673360376788 0.2563052126023701 1.0 0.7616863228664537 47 P04179,Q15120,P61586,P49770,Q13131,Q13485,Q16822,Q14232,P07948,Q9NR50,P52564,Q12824,P17612,Q13144,P55809 15 |
| Regulation of lymphocyte differentiation 0.3929628004450088 1.135039066039885 0.2563589503886487 1.0 0.7616863228664537 18 P61586,O14617,Q5JVF3,P09429,P12956,O15347,P04083,O15360,Q9BXW9,P00491,Q13951,Q9UDY8 12 |
| Organic hydroxy compound biosynthetic process 0.2985677328035501 1.1335842564551897 0.2569689800014898 1.0 0.7624314851167545 57 Q9NPH2,Q15738,O75477,Q99714,Q13131,P00374,Q16822,A6NDG6,P14324,P53602,Q99497,P17174,P61457,P30046,Q03426,O14908,Q96EB6,Q96QK1 18 |
| Regulation of histone phosphorylation 0.5146126534460295 1.132788010072158 0.2573032877304269 1.0 0.7624314851167545 7 P60510,Q9NY27 2 |
| Positive regulation of myeloid leukocyte cytokine production involved in immune response 0.4997719305867896 1.1319865893762782 0.2576400725400045 1.0 0.7628200674572743 8 O95999,Q96EB6,P14174 3 |
| Regulation of extrinsic apoptotic signaling pathway via death domain receptors 0.4848235342665956 1.1319255802573718 0.2576657232102497 1.0 0.7628200674572743 9 P38398,P26583,Q9UNN5 3 |
| Regulation of inflammatory response to antigenic stimulus 0.472113168755605 1.1304742491797364 0.2582764431236921 1.0 0.7630894219491325 10 P07948,Q16539,Q99497,P28070,P25786 5 |
| Cellular response to abiotic stimulus 0.2694138988496511 1.1297578431532502 0.2585782763387241 1.0 0.7630894219491325 87 Q99439,Q9NXR7,Q15054,O95817,Q9H1E3,Q96B01,Q9BUP0,P58546,P16455,O96017,P42575,P38398,Q96EB6,Q16611,Q96QD8 15 |
| Isopentenyl diphosphate biosynthetic process 0.6499276893916064 1.1290780194128718 0.2588649228475779 1.0 0.7631059896414268 4 P53602 1 |
| Neuron projection regeneration 0.4843003610503145 1.1289492939460957 0.2589192245023519 1.0 0.7631059896414268 9 P00374 1 |
| Energy homeostasis 0.4717456743532229 1.1283178031340624 0.2591857274224367 1.0 0.7634954512155252 10 Q13131 1 |
| Negative regulation of interleukin 8 production 0.6488764044944002 1.1245975861830546 0.260759597053809 1.0 0.7661539401640542 4 P09525,P49407,P04083 3 |
| Positive regulation of mitotic cell cycle phase transition 0.3308818770332454 1.1223173501779404 0.2617275317189904 1.0 0.767793821838831 38 P27695,O75179,P04083,P30307,Q13042,P06493,Q7L2J0 7 |
| Regulation of macrophage apoptotic process 0.8101635277262056 1.1218960858783684 0.2619066250966297 1.0 0.767793821838831 3 P42771 1 |
| Macrophage apoptotic process 0.8101635277262056 1.1218960858783684 0.2619066250966297 1.0 0.767793821838831 3 P42771 1 |
| Alpha amino acid metabolic process 0.2747134257901026 1.121260451158255 0.2621770146756748 1.0 0.7680278443906325 83 P00374,O95865,P17174,O94760,O43708,Q13126,P78330,P49903,P49915,Q99497,Q96I15,Q6NVY1,P16930,Q9ULX3,Q96GX9,Q9BV57,P25325,P61457,P34896,Q99714,P49914,Q96RQ3,P52788,Q9NQR4 24 |
| Negative regulation of mapk cascade 0.3307401986893291 1.120841558634278 0.2623553107223744 1.0 0.7680278443906325 38 P56537,Q99956,O75832,Q9UN36,Q15208 5 |
| Mature b cell differentiation 0.8096040438079221 1.1197899851094772 0.2628032679981003 1.0 0.7680278443906325 3 Q9UDY8,P09382 2 |
| Regulation of skeletal muscle contraction 0.8093232238135462 1.1187330080034763 0.2632540590066869 1.0 0.7680278443906325 3 P28161,Q99622 2 |
| Cytoplasmic sequestering of transcription factor 0.5538065941546291 1.1125559923336303 0.2658991698322559 1.0 0.7705542161416677 6 O75832,Q9UN86 2 |
| Cytoplasmic sequestering of nf kappab 0.6458315492353026 1.1116268093693211 0.2662986406361658 1.0 0.7707353372690433 4 O75832,Q9UN86 2 |
| Positive regulation of protein acetylation 0.3990713009709992 1.1085518519691873 0.2676235587085838 1.0 0.7732128748321588 17 Q12824,Q969T9,Q13131 3 |
| Amp salvage 0.6450239585097108 1.1081881171444803 0.2677805816213487 1.0 0.7733278092707603 4 P07741,P55263 2 |
| Negative regulation of histone acetylation 0.4953820958624478 1.1078653222139403 0.2679199839599262 1.0 0.7733917786431831 8 P38398,Q96EB6,Q13363 3 |
| Regulation of mitotic cell cycle spindle assembly checkpoint 0.5093331094701214 1.1047197388315817 0.2692810476597267 1.0 0.7762281451081484 7 Q9Y6G9,Q5JVF3,Q13257,P14635 4 |
| Regulation of cellular protein catabolic process 0.265942459786741 1.102677782274972 0.2701671185259067 1.0 0.7771575725237159 96 Q9UL15,Q9GZP4,Q9GZU8,Q9H2J4,Q9Y5K5,P17612,P19784,O00487,P62913,Q04323,Q96QK1,O95816,P62081,Q9UNE7,Q9UL46,Q99497,O00560,Q15370,P60520,O14965,Q9UNN5,P17980,O75832,O14908,P61289,Q9NZL4,P62333,O43765,Q06323,P54578,P49840,P24941,Q9NZM5 33 |
| Synaptic membrane adhesion 0.7984278495227451 1.0997653611237843 0.2714343682662954 1.0 0.7787936077154521 2 P10586 1 |
| Transmembrane receptor protein tyrosine phosphatase signaling pathway 0.797866367209438 1.097512897405842 0.2724172458753604 1.0 0.7805665307532048 2 P10586 1 |
| Spermidine metabolic process 0.6420731690695921 1.0956296889089487 0.2732408637065526 1.0 0.7812855079048434 4 P19623,Q96QD8 2 |
| Positive regulation of dna ligation 0.797304884896129 1.0952609536081237 0.2734023285557985 1.0 0.7812855079048434 2 P09429 1 |
| Developmental pigmentation 0.5071820268095413 1.093293458749792 0.2742649739815055 1.0 0.7812855079048434 7 P04179 1 |
| Hydrogen sulfide metabolic process 0.7967434025828267 1.0930095342508126 0.274389613647831 1.0 0.7812855079048434 2 P08047 1 |
| Hydrogen sulfide biosynthetic process 0.7967434025828267 1.0930095342508126 0.274389613647831 1.0 0.7812855079048434 2 P08047 1 |
| Neural tube patterning 0.8021148773917205 1.0916330535867351 0.2749944216375848 1.0 0.7812855079048434 3 Q14318 1 |
| Dorsal ventral neural tube patterning 0.8021148773917205 1.0916330535867351 0.2749944216375848 1.0 0.7812855079048434 3 Q14318 1 |
| Positive regulation of calcium ion transmembrane transporter activity 0.4923522780497535 1.091231839204212 0.2751708812738178 1.0 0.7812855079048434 8 P28161,P78417,P27695,P42858 4 |
| Muscle organ development 0.3126911280044205 1.090464553405765 0.2755085593853095 1.0 0.7812855079048434 43 P61586,Q13131,Q13485,Q8WZ42,Q96TA1,Q16539,O75446,P58546,Q9Y5B6,Q7Z406,Q96EB6,Q9P2D1,P60660 13 |
| Ribonucleoside monophosphate catabolic process 0.6407332007100524 1.0899300566550554 0.2757439553892284 1.0 0.7812855079048434 4 P00491,P49902 2 |
| Purine nucleoside monophosphate catabolic process 0.6407332007100524 1.0899300566550554 0.2757439553892284 1.0 0.7812855079048434 4 P00491,P49902 2 |
| Positive regulation of viral life cycle 0.5056113866981817 1.084954456153172 0.2779418272855514 1.0 0.7841894854617522 7 P09382 1 |
| Regulation of cell aging 0.4132969885178227 1.0838082073152715 0.2784498454635602 1.0 0.7843901176404492 15 O43324,P67809,P14174,Q9NRM2 4 |
| Synaptic transmission gabaergic 0.5898488298533568 1.0815556682368912 0.2794500121312575 1.0 0.7843901176404492 5 P27695 1 |
| Response to cold 0.442009996650807 1.07912797836803 0.2805306803757994 1.0 0.7843901176404492 12 P04179,P17612,Q13131 3 |
| Histone h4 acetylation 0.3391271619248013 1.0785779063835252 0.2807759347574554 1.0 0.7843901176404492 31 Q9GZZ1,Q13363,Q9NV56,O00213,Q12824,P38398,Q96EB6 7 |
| Regulation of peroxisome proliferator activated receptor signaling pathway 0.793093767546328 1.078388406803188 0.2808604585022194 1.0 0.7843901176404492 2 Q96EB6 1 |
| Regulation of carbohydrate metabolic process 0.3240498939737999 1.0783085407127635 0.2808960868744945 1.0 0.7843901176404492 39 P62140,Q15118,Q15120,Q9UNI6,P62136,Q13131,P56537,Q9NQ88,P54619,P49840,Q9Y2X7,Q96EB6 12 |
| Peptidyl arginine n methylation 0.5891031211931679 1.078169137143128 0.2809582823499821 1.0 0.7843901176404492 5 Q99873,Q86X55 2 |
| Peptidyl arginine methylation 0.5891031211931679 1.078169137143128 0.2809582823499821 1.0 0.7843901176404492 5 Q99873,Q86X55 2 |
| Regulation of dna damage response signal transduction by p53 class mediator resulting in transcription of p21 class mediator 0.7925322852330188 1.076141066657465 0.2818641717634444 1.0 0.7843901176404492 2 Q9UNS2 1 |
| Ribosome associated ubiquitin dependent protein catabolic process 0.5462688006570602 1.0758429463659454 0.2819975016379339 1.0 0.7843901176404492 6 O94822,O60524 2 |
| Pigmentation 0.4033614968083819 1.0742922656439402 0.2826917104333544 1.0 0.7854399840010133 16 Q9Y4I1,P04179,P62820,Q13561,O14617,Q9BXS5,P48444,Q9H0F7 8 |
| N glycan processing 0.6369251172666641 1.07374388832246 0.2829374850263613 1.0 0.7855134800733253 4 P33908 1 |
| Regulation of focal adhesion disassembly 0.6366230083790183 1.0724605585193812 0.2835132202389081 1.0 0.7857366389478311 4 P62330 1 |
| Nuclear transcribed mrna catabolic process exonucleolytic 3 5 0.4620509013728522 1.0715069325606057 0.2839415552370932 1.0 0.7861211815340373 10 Q96B26,Q9NQT5 2 |
| Positive regulation of jnk cascade 0.4883565757223006 1.0693172905515205 0.284926722045502 1.0 0.7874076645295912 8 O00560,Q9NS73 2 |
| Myeloid leukocyte cytokine production 0.4737939685994628 1.0692616113835052 0.2849518034008693 1.0 0.7874076645295912 9 O95999,Q96EB6,P14174 3 |
| Regulation of dendrite development 0.3599952782237827 1.0664335924267625 0.2862276830924795 1.0 0.7892872016886567 22 P61586,Q6SZW1,P61160,P62330,Q9UQB8,Q9UJX6,Q86X55,Q16643,O75147,Q9UJU6 10 |
| Positive regulation of histone h3 k9 acetylation 0.7947205841055993 1.0639025525744017 0.2873728465667202 1.0 0.7897963733142724 3 P38398,Q12824 2 |
| Cardiac myofibril assembly 0.7947205841055842 1.0639025525743455 0.2873728465667455 1.0 0.7897963733142724 3 O75147,Q8WZ42 2 |
| Positive regulation of small molecule metabolic process 0.3733157726685047 1.0619338119907862 0.2882657339450583 1.0 0.7908061458052078 19 Q96EB6,P04083,Q13131 3 |
| Smooth muscle cell migration 0.460386415340267 1.0617708678173745 0.2883397181112075 1.0 0.7908061458052078 10 P31949,P27695 2 |
| Regulation of unsaturated fatty acid biosynthetic process 0.7933164841336838 1.0586453536294458 0.2897613236423146 1.0 0.79121222593944 3 Q96EB6,P04083 2 |
| Negative regulation of intracellular transport 0.3826289727089776 1.057556172895894 0.2902578323952858 1.0 0.791398463267505 18 O95817,O95429,Q07960,Q9UMY4,Q99497,Q96QK1 6 |
| Positive regulation of erk1 and erk2 cascade 0.3605558350461011 1.0556449843215785 0.2911304407991097 1.0 0.7923540813373284 21 P14174,Q04721,Q13641,P09429,P30046,P49407,P18615 7 |
| Negative regulation of tor signaling 0.4379332237238304 1.0538007507370657 0.2919741497316597 1.0 0.7934345587180495 12 P49840,Q96EB6,Q9Y664,Q13131 4 |
| Pyridine nucleotide biosynthetic process 0.6320224719101071 1.0529330276781823 0.2923716876638034 1.0 0.7939413963896448 4 Q8IXQ6,P43490,Q4G0N4 3 |
| Mesoderm development 0.3912873434278104 1.0521226790519598 0.2927432682519728 1.0 0.7945811389710634 17 P63173,Q16881,O95747,Q9HCM4,P17612,P35240,Q96PZ0,Q13485,Q9Y2G5 9 |
| Cellular response to calcium ion 0.41791826888854 1.0460429230201038 0.2955412154629642 1.0 0.7963236782332609 14 P30405,Q9Y696,Q99538,Q13131 4 |
| Ubiquitin dependent protein catabolic process via the multivesicular body sorting pathway 0.4358575901548053 1.0409231129873089 0.297911233759951 1.0 0.8000905935996078 12 Q9H3S7,Q9H9H4 2 |
| Negative regulation of protein serine threonine kinase activity 0.3547425135181603 1.0404426495995551 0.2981342956457626 1.0 0.800363782694119 23 O94992,Q15208,P42771 3 |
| White fat cell differentiation 0.7881620708494315 1.0393714020433544 0.2986320389688779 1.0 0.8004717518355725 3 Q13363 1 |
| Response to isoquinoline alkaloid 0.7872745916063848 1.036056970068698 0.3001755652248516 1.0 0.8032284090154651 3 P53041 1 |
| Dna damage response signal transduction resulting in transcription 0.5787472446524374 1.0312208727233936 0.30243725464703 1.0 0.8066879393056805 5 O96017,Q92993,Q9UNS2 3 |
| Peroxisome proliferator activated receptor signaling pathway 0.5370807255844019 1.0311999683383968 0.3024470555069334 1.0 0.8066879393056805 6 Q96EB6,Q15120 2 |
| Inclusion body assembly 0.4543717605403727 1.026642902862467 0.3045886441671355 1.0 0.8101075390832362 10 P49427,P62333,O95817 3 |
| Positive regulation of muscle hypertrophy 0.4652579541613186 1.0209185400625858 0.3072930344202942 1.0 0.812712451899062 9 P58546 1 |
| Negative regulation of actin filament depolymerization 0.3954843341850936 1.0190736272305687 0.3081680134828781 1.0 0.8135637060218791 16 P58546 1 |
| Negative regulation of macrophage migration 0.7782144862436915 1.0190375720742946 0.3081851296142592 1.0 0.8135637060218791 2 P14174 1 |
| Negative regulation of macrophage chemotaxis 0.7782144862436915 1.0190375720742946 0.3081851296142592 1.0 0.8135637060218791 2 P14174 1 |
| Chaperone cofactor dependent protein refolding 0.4035960289124772 1.0177612627019377 0.3087914253334767 1.0 0.8135637060218791 15 Q9UDY4,O14657,Q99615 3 |
| Negative regulation of receptor mediated endocytosis 0.4405193023312289 1.0173241435471696 0.3089992548049172 1.0 0.8136363611549836 11 O00560,P62330,P30533 3 |
| T cell apoptotic process 0.4317521015620442 1.015490579637047 0.3098720348170865 1.0 0.8144684505568109 12 Q96EY1,P62753,Q16611 3 |
| Polysaccharide metabolic process 0.3571507322026673 1.015488623886237 0.3098729666267092 1.0 0.8144684505568109 20 P62140,P11216,P62136,P36873,Q15185,P46976 6 |
| Regulation of lipid metabolic process 0.2876339330511788 1.0151042478829857 0.3100561369539345 1.0 0.8144684505568109 61 Q15120,O75477,O60869,Q13131,P56537,Q05639,P11802,P04083,P61916,Q13613,P38398,Q96EB6,Q2T9J0,Q63HN8 14 |
| Cellular response to ethanol 0.7810003290217544 1.0126614615758942 0.3112218917253346 1.0 0.8149276461774394 3 Q13131 1 |
| Endothelial cell proliferation 0.3666762206196523 1.0106435420817066 0.3121870678191802 1.0 0.8164892542963177 19 Q12904,P08047,Q9H2J4,P26583,P09429,Q96EB6 6 |
| Cellular response to heat 0.3333816909655659 1.009629468820825 0.3126728455616794 1.0 0.8169952971403365 29 Q99615,O95817,P62258,P17612,O15514,Q96EB6 6 |
| Benzene containing compound metabolic process 0.5325429643613955 1.0092056788071575 0.3128760037259688 1.0 0.8169952971403365 6 P21266,P16930 2 |
| Negative regulation of golgi to plasma membrane protein transport 0.7795236421942758 1.0071649243020169 0.3138555257508688 1.0 0.8182573311670872 3 Q9HD26 1 |
| Alditol biosynthetic process 0.7789946644201009 1.0051968963813849 0.3148020493486987 1.0 0.8187764988275581 3 Q16822,A6NDG6 2 |
| Smoothened signaling pathway 0.3501083534766854 1.00178535758867 0.3164472706060925 1.0 0.8194201758855375 23 Q5GLZ8,Q15738,A0AVF1,Q9BW83,Q14318,P17612,P36405 7 |
| Apoptotic cell clearance 0.4615006375709203 0.999694624508934 0.3174583142853451 1.0 0.8205152982077336 9 Q6NYC1,P04083 2 |
| Regulation of pro b cell differentiation 0.7728804042672699 0.9978738466198126 0.318340535445258 1.0 0.8213054729439353 2 O43809 1 |
| Regulation of lymphoid progenitor cell differentiation 0.7728804042672699 0.9978738466198126 0.318340535445258 1.0 0.8213054729439353 2 O43809 1 |
| Nucleobase containing small molecule interconversion 0.6188202247191164 0.997074636000205 0.3187282834790483 1.0 0.8215442586275119 4 P00568,P54819,P35754 3 |
| Regulation of nuclear transcribed mrna poly a tail shortening 0.571078854554081 0.9965709601881608 0.3189728075204512 1.0 0.8217381735458043 5 Q9UIV1 1 |
| Dendrite development 0.2887543648093995 0.9940582007978164 0.3201945334994343 1.0 0.8232204531622461 52 Q6SZW1,Q9Y296,Q9UJX6,Q16643,O75147,P00492,P61160,P62330,Q86X55,P23528,P61586,Q13641,Q9UQB8,P18085,O60678,O00401,Q05086,O43639,Q9UJU6 19 |
| Regulation of cytoplasmic translation 0.3916384558590277 0.992213679210592 0.3210933009886045 1.0 0.8237772902842613 16 P67809 1 |
| Negative regulation of proteolysis 0.2829135519804003 0.9909816716939543 0.3216945300024223 1.0 0.8246782432553352 66 Q9UL15,Q9GZU8,Q9H2J4,Q9Y5K5,P30048,P19784,P62913,Q15418,Q04323,P30740,P62081,P78318,P30044,Q9UMY4,Q99497,O00560,P60520,P07858,Q5JVF3,O43765,P54578,Q9NZM5 22 |
| Short chain fatty acid catabolic process 0.7750878914487846 0.9906777360173016 0.3218429658682968 1.0 0.8247382295521702 3 Q16822 1 |
| Regulation of steroid biosynthetic process 0.4186187616513488 0.9890604689661114 0.3226335572290262 1.0 0.8255704298807517 13 O75477,Q13131 2 |
| Negative regulation of dendrite development 0.7697922515440849 0.9856513650955132 0.3243042230529855 1.0 0.8271889618165092 2 P62330 1 |
| Organic acid catabolic process 0.2540469035738072 0.9846702704954976 0.324786060405823 1.0 0.827513256977222 91 P05165,P42126,Q16822,O95865,P14550,P17174,O94760,O43708,Q8IVS2,P21953,P50542,Q8IYS1,Q9UJ70,Q96I15,Q9UKG9,Q2T9J0,Q6NVY1,P16930,Q4G176,P25325,O15254,P34896,Q99714,P49914,Q96RQ3,Q9BWD1,Q9BUT1 27 |
| Synaptic vesicle membrane organization 0.6155162837542277 0.9831439528869276 0.3255365947139041 1.0 0.8283501585531611 4 Q5SQN1,O00161 2 |
| Actin polymerization or depolymerization 0.285971219850828 0.982463741265638 0.3258714374252907 1.0 0.8284811350970684 59 P47755,P61586,O00401,O95429,O43639,O15144,P62330,P35080,P07737,Q9UQB8,P58546,O15145,P60981,P50552,P23528 15 |
| Protein repair 0.7689500280741246 0.9823219600835208 0.325941259183883 1.0 0.8284811350970684 2 P22061 1 |
| Transcription preinitiation complex assembly 0.39832733681321 0.9820531285868628 0.3260736750191384 1.0 0.8284984439238201 15 P52657,Q00403 2 |
| Nucleobase biosynthetic process 0.3813339934559639 0.9803520771986473 0.3269123566496656 1.0 0.8299899555277886 17 P49915,Q9NRF8,P60891,P07741,P34896 5 |
| Regulation of actin filament length 0.2876620463961671 0.9792933657984972 0.3274350474838587 1.0 0.8306775281552048 51 P47755,P61586,O95429,O43639,O15144,P62330,P35080,P07737,Q9UQB8,P58546,O15145,P60981,P50552 13 |
| Positive regulation of protein secretion 0.3292854467679003 0.9777903538742136 0.3281780228436322 1.0 0.8314874530174994 30 O00233,Q9H3S7,Q8WZ42,Q16822,P62330,O00213,Q96QK1 7 |
| Positive regulation of lymphocyte differentiation 0.4338495811126899 0.9772495181793192 0.3284456384270542 1.0 0.8316420080863146 11 P61586,Q5JVF3,P04083,Q13951,Q9UDY8 5 |
| Negative regulation of lymphocyte activation 0.3619308817835464 0.9741452008704832 0.3299844490299903 1.0 0.8339377110351788 19 P42574,P10644,P32119,O15347,P09429,P07948,P04083,Q12959,Q13951,P78540,Q96IZ0,P51452 12 |
| Oocyte maturation 0.5248261790579387 0.9719010143956982 0.3310997951024923 1.0 0.8358908803983014 6 Q15645,Q5TAX3,O14965 3 |
| Purine nucleoside monophosphate metabolic process 0.3390342462457835 0.9718252581770728 0.331137487944324 1.0 0.8358908803983014 26 P55263,P54819,P49915,Q9P2T1,P49902,P00491,P11908,P07741,P20839 9 |
| Positive regulation of reactive oxygen species biosynthetic process 0.7691659646167066 0.9687248040552556 0.3326825134172813 1.0 0.835941264215008 3 P00403,P04179 2 |
| Protein deglycosylation 0.5240064871016807 0.9679464939387382 0.3330710925097586 1.0 0.835941264215008 6 P33908 1 |
| Regulation of neuronal synaptic plasticity 0.455828484891004 0.9677309005453626 0.333178781458876 1.0 0.835941264215008 9 Q16643,Q9UBB6,P61006 3 |
| Regulation of myotube differentiation 0.5646735336723689 0.9677180506976384 0.3331852006702935 1.0 0.835941264215008 5 Q96TA1 1 |
| Regulation of histone h3 k14 acetylation 0.7685305518978427 0.966373438869244 0.33385735001379 1.0 0.8362677025985518 3 Q96EB6 1 |
| Regulation of cellular response to heat 0.4694708866343643 0.9661897695189684 0.3339492311468444 1.0 0.8362677025985518 8 Q96EB6 1 |
| Rna polymerase ii preinitiation complex assembly 0.4554744395296575 0.965739118978963 0.3341747394944119 1.0 0.8365148317666569 9 P52657,P09429,P62333,Q00403 4 |
| Cytoplasmic translational initiation 0.3434802928148938 0.9651890763263844 0.3344501173045762 1.0 0.8368865605997665 24 P41214,Q15056,Q9ULC4,P56537 4 |
| Pseudouridine synthesis 0.4234254973302517 0.9640928111822752 0.3349993965339597 1.0 0.837656017560281 12 Q96HR8,Q8WWH5,Q96PZ0,Q6P087 4 |
| Positive regulation of i kappab kinase nf kappab signaling 0.31297053472252 0.9624167841524062 0.3358402859369853 1.0 0.839091865924377 39 Q9UDY8,P61586,P09382,O75179,Q13404,P53041,O43657,Q13325,Q9Y3E0 9 |
| Positive regulation of interleukin 8 production 0.4682841621069039 0.959741015596934 0.3371855750558699 1.0 0.8402652428451108 8 Q99497,O95999,P09429,P62820 4 |
| Regulation of peptidase activity 0.2651975599343385 0.9580145589530562 0.3380554171866015 1.0 0.8411216641881641 82 Q9UDY8,Q9Y5K5,P09429,P30048,O00487,Q96EB6,Q15418,Q04323,P30740,Q99538,P78318,P30044,Q9UL46,O95999,Q99497,P16455,P25788,P61586,P07858,Q5JVF3,P42575,P61289,Q92688,Q06323,P54578,P63167,Q16611 27 |
| Cdp choline pathway 0.7624929814710908 0.9568560033037964 0.3386399406146156 1.0 0.84214344831955 2 O96017 1 |
| Purine nucleotide salvage 0.5212324440800362 0.9545758889563568 0.3397922150255517 1.0 0.842949635245008 6 P07741,P55263 2 |
| Nucleotide salvage 0.5212324440800362 0.9545758889563568 0.3397922150255517 1.0 0.842949635245008 6 P07741,P55263 2 |
| Folic acid containing compound catabolic process 0.7650416900368884 0.9534777400954128 0.3403480693474439 1.0 0.842949635245008 3 P49914 1 |
| Regulation of peptidyl lysine acetylation 0.3272070872738827 0.9528802752367076 0.3406507350800607 1.0 0.842949635245008 29 Q13363,Q13131,Q969T9,Q12824,Q96EB6 5 |
| Regulation of cd8 positive alpha beta t cell activation 0.7613700168444744 0.9524382632278108 0.3408747619178269 1.0 0.842949635245008 2 Q13951 1 |
| Cd8 positive alpha beta t cell activation 0.7613700168444744 0.9524382632278108 0.3408747619178269 1.0 0.842949635245008 2 Q13951 1 |
| Positive regulation of cd8 positive alpha beta t cell activation 0.7613700168444744 0.9524382632278108 0.3408747619178269 1.0 0.842949635245008 2 Q13951 1 |
| Cobalamin metabolic process 0.6081592256224415 0.9522041716631066 0.3409934457562489 1.0 0.842949635245008 4 Q9Y4U1 1 |
| Histone h2a ubiquitination 0.4668538212643461 0.951974373980662 0.3411099783415094 1.0 0.842949635245008 8 Q96FW1 1 |
| Urate metabolic process 0.7610892756878259 0.9513343597454604 0.3414346700189903 1.0 0.842949635245008 2 P60891 1 |
| Allantoin metabolic process 0.7610892756878208 0.9513343597454406 0.3414346700190003 1.0 0.842949635245008 2 P49902 1 |
| Imp catabolic process 0.7610892756878208 0.9513343597454406 0.3414346700190003 1.0 0.842949635245008 2 P49902 1 |
| Lysosomal microautophagy 0.6078049610243625 0.9507173146615344 0.3417478962352458 1.0 0.842949635245008 4 O95352,Q676U5 2 |
| Actin filament severing 0.4798780352512197 0.9490148859399062 0.3426130411302353 1.0 0.842949635245008 7 P60983,P60981 2 |
| Dna integration 0.7602470522178653 0.9480239365512696 0.3431172686369943 1.0 0.842949635245008 2 Q12824 1 |
| Cellular response to ionizing radiation 0.3259864120949296 0.9472358916619444 0.3435185899846242 1.0 0.842949635245008 30 Q9NXR7,Q9H1E3,Q96B01,O96017,Q96EB6,P16455 6 |
| Late endosome to golgi transport 0.7596855699045566 0.9458180677267471 0.3442413885054014 1.0 0.843110625921224 2 Q9UMY4 1 |
| Dna damage response signal transduction by p53 class mediator 0.3411452487998525 0.94556421097381 0.344370905606167 1.0 0.843110625921224 24 Q9BW85,O43324,P14174,O75832,P42575,Q96EB6 6 |
| Oxidative demethylation 0.7628246387412543 0.945296462682271 0.3445075438277545 1.0 0.843110625921224 3 Q6NYC1 1 |
| Oxidative rna demethylation 0.7628246387412543 0.945296462682271 0.3445075438277545 1.0 0.843110625921224 3 Q6NYC1 1 |
| Tetrahydrobiopterin metabolic process 0.7628147889292775 0.9452601392406812 0.3445260831948236 1.0 0.843110625921224 3 P00374 1 |
| Protein poly adp ribosylation 0.6064664285008768 0.945102069537148 0.3446067688725924 1.0 0.843110625921224 4 Q9UGN5 1 |
| Positive regulation of leukocyte cell cell adhesion 0.3250774338209345 0.9388405957876542 0.3478125925280306 1.0 0.8471831094220422 30 P61586,P09382,O43639,P09429,P07948,P04083,P04439,P00491,Q13951,O95999,P49366,Q96EY1,Q9UDY8 13 |
| Defense response to bacterium 0.3570549461282595 0.9368068041549488 0.3488579446952036 1.0 0.8475384910532461 19 P81605 1 |
| Positive regulation of smooth muscle cell apoptotic process 0.5575521624520718 0.9357505211465238 0.3494016520782446 1.0 0.8480298934815925 5 P04179 1 |
| Regulation of fc receptor mediated stimulatory signaling pathway 0.6034002762344244 0.9322552919451648 0.3512046067816263 1.0 0.8488624354458071 4 Q9UJ41,P07948 2 |
| Signal transduction in absence of ligand 0.3827393702098174 0.930371386527192 0.3521788282040794 1.0 0.8498259542787944 16 P42575,Q16611,P62136,O95817 4 |
| Ribonucleoside monophosphate metabolic process 0.3237564692402642 0.926659230100684 0.3541034917749972 1.0 0.8498259542787944 30 P55263,P54819,P49915,Q9P2T1,P49902,P00491,P11908,P60891,P07741,P20839 10 |
| Cellular response to ketone 0.336476288499067 0.9265904159038229 0.3541392328983113 1.0 0.8498259542787944 25 Q13131,Q9H4A6,P11802,Q16822,Q96C86,P26038,Q13185,Q99497,Q96EB6,O95831 10 |
| Regulation of tetrapyrrole metabolic process 0.7572446636845698 0.9247540678589672 0.3550938479745307 1.0 0.8498259542787944 3 Q9NRK6 1 |
| Negative regulation of cellular macromolecule biosynthetic process 0.2680995749017585 0.924727203764058 0.3551078251637436 1.0 0.8498259542787944 111 Q96B26,P56537,Q9H074,P00374,P31483,Q9UIV1,Q86TB9,O15514,P34896,P67809 10 |
| Female sex differentiation 0.3553883922455944 0.9240875668840624 0.355440726040471 1.0 0.8498259542787944 19 P49770,Q05086,Q16611,Q13144,P42575,Q96EB6,Q9P2D1,Q13485 8 |
| Ketone biosynthetic process 0.5148182857532337 0.9237396019063004 0.3556219080904901 1.0 0.8498259542787944 6 Q5T2R2 1 |
| Negative regulation of cellular senescence 0.6008332890387905 0.9215177085221674 0.3567802000915487 1.0 0.8498259542787944 4 P67809 1 |
| Synapse organization 0.2713423458309276 0.9208636510016528 0.3571216181860586 1.0 0.8498259542787944 74 Q9UJX6,Q9UJU6,P07437,Q16643,O75147,Q96QK1,Q99538,P61160,P62330,Q13136,Q12959,O00560,P46109,P10586,P23528,P61586,Q13641,P35080,Q16539,P07737,Q9UQB8,O95793,Q96EY1,Q9Y6W5,P18085,O60678,O00401,Q05086,Q16352,Q13526 30 |
| Regulation of chromatin binding 0.4610859460245102 0.9207257795428868 0.3571936133526625 1.0 0.8498259542787944 8 Q8IXQ6,P56545,Q7L2J0,Q8TDB6 4 |
| Gmp biosynthetic process 0.4163456627547434 0.9206231989680964 0.3572471858847135 1.0 0.8498259542787944 12 P20839,P55263,P49915 3 |
| Pathway restricted smad protein phosphorylation 0.513671560953139 0.9182392083248478 0.3584936459250774 1.0 0.8511965761417604 6 O00560,P67870,Q13485 3 |
| Polyol metabolic process 0.334925822448627 0.9134196814261883 0.3610218582819298 1.0 0.8539831734581214 25 Q9NPH2,P00374,Q16822,Q96PE3,Q13572 5 |
| Collagen catabolic process 0.7537904456898825 0.912074023197712 0.3617297518735569 1.0 0.8539831734581214 3 P12955 1 |
| Dna damage induced protein phosphorylation 0.5985049998019174 0.9117931945856298 0.3618775935215734 1.0 0.8539831734581214 4 O96017 1 |
| Purine nucleotide catabolic process 0.4063617465883263 0.9115125852050192 0.3620253575721348 1.0 0.8539831734581214 13 O43598,P49902,P00491,Q9BY32,P00492,Q96DE0 6 |
| Regulation of cellular carbohydrate catabolic process 0.47263986750972 0.9110999929745114 0.3622426901592597 1.0 0.8539831734581214 7 P62140,P49840,P62136 3 |
| Transcytosis 0.4726196595076328 0.9109943940902868 0.3622983274102087 1.0 0.8539831734581214 7 P30533 1 |
| Positive regulation of cell activation 0.2819727323963852 0.910750148510578 0.3624270344346367 1.0 0.8539831734581214 47 P61586,P09382,P14174,Q5JVF3,P09429,O43639,Q96FZ2,P04083,P04439,Q13951,Q5RKV6,O95999,P49366,Q96EY1,Q15418,Q9UDY8,Q9NQT5 17 |
| Apoptotic process involved in development 0.5120747674079034 0.910586733648273 0.3625131630991536 1.0 0.8539831734581214 6 Q16611 1 |
| Detoxification of nitrogen compound 0.7528000393409637 0.908443706411834 0.363643842930474 1.0 0.8539831734581214 3 P21266 1 |
| Positive regulation of dendritic spine morphogenesis 0.4587593100129785 0.9081552126504324 0.3637962230452265 1.0 0.8539831734581214 8 Q9UQB8,P61160,Q9UJU6 3 |
| Pyridine containing compound catabolic process 0.5513247430661518 0.9079042902947968 0.3639287907087649 1.0 0.8539831734581214 5 Q6SZW1,Q13126,P00491 3 |
| Cellular response to nitrosative stress 0.5974718187502795 0.9074825223418114 0.3641516878186799 1.0 0.8539831734581214 4 Q99497 1 |
| Regulation of transposition 0.5972330922387794 0.9064869087293964 0.3646781909325796 1.0 0.8539831734581214 4 Q6GMV2 1 |
| Transposition 0.5972330922387794 0.9064869087293964 0.3646781909325796 1.0 0.8539831734581214 4 Q6GMV2 1 |
| Regulation of histone h2b ubiquitination 0.5971910112359551 0.9063114251068444 0.3647710399441215 1.0 0.8539831734581214 4 Q9NW82,Q6PD62,Q5VTR2 3 |
| Rna guanine n7 methylation 0.5970983538886653 0.9059250480739452 0.3649755254667137 1.0 0.8539831734581214 4 Q9UI30 1 |
| Negative regulation of dephosphorylation 0.4212336384424909 0.901931190961328 0.367093421083285 1.0 0.857417919782347 11 O95429,P62258,Q15257 3 |
| Actin filament depolymerization 0.3411911572140362 0.8994820732235564 0.3683959402818404 1.0 0.8586359088689115 21 P47755,P58546,P23528,P60981 4 |
| Regulation of intrinsic apoptotic signaling pathway by p53 class mediator 0.4207036446332588 0.8987834145272412 0.368768036006925 1.0 0.8590725640062998 11 P63241,Q96EB6,P61254,P14174 4 |
| Nucleoside triphosphate metabolic process 0.2808996447724292 0.8980489839872839 0.3691594352937424 1.0 0.8590725640062998 47 P62380,P61586,P55263,Q9H773,P00403,P48047,Q8NFG4,O00178,Q9NRF8,P62826,Q9BY32,P33316,P15531,P20839,Q96DE0 15 |
| Regulation of small molecule metabolic process 0.279541940008268 0.8969721204550604 0.3697337939284666 1.0 0.8590725640062998 58 Q13131,P56537,Q9NQ88,P54619,Q9Y2X7,Q96EB6,P62140,O75477,Q8NFG4,Q99497,P38398,Q2T9J0,Q15120,Q9UNI6,P62136,A6NDG6,P36404,Q15118,Q01469,P00403,P04083,P49840 22 |
| Negative regulation of transmembrane transport 0.3408271062849722 0.8965773718788079 0.3699444770518649 1.0 0.8590725640062998 21 P28161,Q01469,Q9HD26,O95747,P78417,P49840,P30405,P62258 8 |
| Positive regulation of secretion 0.2802609168028365 0.896038732244244 0.3702320772597511 1.0 0.8590725640062998 55 P14174,O00233,Q9H3S7,Q16822,P62330,O00213,O00560,Q92930 8 |
| Regulation of nitric oxide synthase activity 0.4696731607574679 0.8956134882985456 0.370459229267283 1.0 0.8590725640062998 7 P00374,O95865 2 |
| Leucine metabolic process 0.5485473328112477 0.895520846286694 0.37050872720974 1.0 0.8590725640062998 5 Q96RQ3,P35914 2 |
| Isoprenoid metabolic process 0.3370190067760392 0.8935719294405101 0.3715509708652618 1.0 0.8590725640062998 23 Q5T2R2,P14324,P61916,P53602,Q86YH6,Q03426 6 |
| Bile acid biosynthetic process 0.4425741580124133 0.8934790946348646 0.3716006624877486 1.0 0.8590725640062998 9 Q96EB6 1 |
| Positive regulation of hemopoiesis 0.3417479511569486 0.8932499890984491 0.3717233132885305 1.0 0.8590725640062998 20 P61586,P09382,Q04721,P09429,P04083,Q13951,Q9UDY8 7 |
| Regulation of cellular response to transforming growth factor beta stimulus 0.3604449339891921 0.893095313074831 0.3718061327200535 1.0 0.8590725640062998 18 Q9GZN8,Q9UNE7,Q8NFG4,Q9UPN9,Q9Y3F4,O00560,O14908,Q96EB6,Q13485 9 |
| Eye morphogenesis 0.3851010730564633 0.8930813016814108 0.3718136355186665 1.0 0.8590725640062998 15 Q16611,Q99622 2 |
| Response to l glutamate 0.5938356041638164 0.8923346661581335 0.3722135785101965 1.0 0.8590725640062998 4 P12004,Q9UQB8 2 |
| Protein mono adp ribosylation 0.745929253228529 0.892060905272965 0.3723602881282613 1.0 0.8590725640062998 2 Q8IXQ6 1 |
| Protein localization to vacuole 0.3367753951514029 0.8915742772336822 0.3726211626126297 1.0 0.8590734668273 23 Q9H3S7,P13473,Q9H9H4 3 |
| Muscle cell apoptotic process 0.384811466194438 0.8911457437324747 0.3728509871712249 1.0 0.8593029739278125 15 P04179,P42771,O95817 3 |
| Negative regulation of calcium ion transport 0.4553836321072541 0.8899551006719728 0.3734899954659068 1.0 0.859372985641468 8 P28161,P78417,P62258,Q9UKS6 4 |
| Mrna pseudouridine synthesis 0.5471266453473648 0.8891956107504109 0.3738979613435629 1.0 0.859372985641468 5 Q96PZ0 1 |
| Protein localization to endoplasmic reticulum 0.3139807104773334 0.8890951186471941 0.3739519621001284 1.0 0.859372985641468 35 P60520,P49458,P09132,O43765,P33908,Q7L5D6,O15027,P61026 8 |
| Amyloid beta formation 0.3937920747006839 0.888389608377704 0.3743312131840013 1.0 0.8597105439281589 14 P42574,P08047,P27695,P49840,Q13526 5 |
| Regulation of cyclin dependent protein kinase activity 0.3293205700655154 0.8878298997423681 0.3746322569123959 1.0 0.8598031894899663 26 O94992,P42771,O75832,P30307 4 |
| Negative regulation of extrinsic apoptotic signaling pathway via death domain receptors 0.507253096320204 0.8875292347759507 0.3747940337299476 1.0 0.8598752857331249 6 P38398,P26583 2 |
| Tyrosine phosphorylation of stat protein 0.4676087811245639 0.8848572897246313 0.3762336059863662 1.0 0.861292155117095 7 P35240,Q8IXQ6,Q9UIV1,P07948 4 |
| Positive regulation of dna binding 0.3679551609418217 0.884831698709903 0.3762474102162785 1.0 0.861292155117095 17 P26583,P15531,O60869,Q00403 4 |
| Cellular response to nitrogen starvation 0.5919380473371869 0.8844446509352561 0.3764562285025143 1.0 0.861292155117095 4 O95352 1 |
| Positive regulation of dendritic cell differentiation 0.7459675705125692 0.8834673125952759 0.3769838359027102 1.0 0.8618530640884091 3 P09382 1 |
| Post translational protein modification 0.3757718047961723 0.8823141582950438 0.3776069420879691 1.0 0.8621504192290916 16 Q56NI9,P61081,Q8TBC4,O95352,Q9HA64,Q92905 6 |
| Positive regulation of endothelial cell migration 0.3374147699338835 0.8818982762460117 0.3778318193251015 1.0 0.8623455641067024 22 P08047,Q96EB6,Q99538,P04083 4 |
| Positive regulation of mitotic cell cycle spindle assembly checkpoint 0.5448832369102657 0.8792204061268342 0.3792817821969354 1.0 0.8634763933285433 5 Q13257 1 |
| Dendritic cell differentiation 0.4664823531185748 0.8789954164419754 0.379403761068168 1.0 0.8634763933285433 7 Q04721,P09429,P09382 3 |
| Nucleoside monophosphate phosphorylation 0.5905808327704788 0.8788078530502875 0.3795054675954286 1.0 0.8634763933285433 4 P00568,P54819 2 |
| Regulation of microtubule based movement 0.5443665665087223 0.8769253607611444 0.3805271802663501 1.0 0.8649060237894023 5 P27695 1 |
| Reactive oxygen species biosynthetic process 0.4394666441283941 0.8761764673858167 0.3809341075506416 1.0 0.8652346327148871 9 P04179,P61586 2 |
| Vascular associated smooth muscle cell proliferation 0.4279667214867528 0.8738402374478513 0.3822052642567071 1.0 0.867001093316108 10 P04179 1 |
| Purine nucleoside triphosphate catabolic process 0.7427691988323357 0.8718180165103823 0.3833076642836865 1.0 0.8675005567310079 3 Q96DE0 1 |
| Dopamine metabolic process 0.54291962851882 0.8705027717374008 0.384025705147109 1.0 0.8683694038910974 5 Q99497,P00492,Q96QK1 3 |
| Rescue of stalled ribosome 0.4645436297249213 0.8689187925229899 0.384891549922834 1.0 0.8699803654045519 7 O94822,O60524 2 |
| Negative regulation of cell differentiation 0.2565406171633272 0.8672497749944547 0.385805169148854 1.0 0.8703046838939265 84 Q8N4Q0,P04179,O75179,Q9GZS3,P04083,P67809 6 |
| Mrna methylation 0.4375330884893434 0.8654336143733711 0.386800837926867 1.0 0.871376409516354 9 Q96FX7,Q9UJA5,Q15007 3 |
| Tolerance induction 0.5873517677664535 0.8654193008973716 0.3868086911861559 1.0 0.871376409516354 4 P09429,P07948 2 |
| Gmp salvage 0.7408031451839439 0.8646712005464005 0.3872192807660941 1.0 0.8713998608847917 3 P07741,P55263 2 |
| Positive regulation of catecholamine metabolic process 0.7408031451839359 0.8646712005463714 0.3872192807661101 1.0 0.8713998608847917 3 Q99497,Q96QK1 2 |
| Positive regulation of cellular amine metabolic process 0.7408031451839359 0.8646712005463714 0.3872192807661101 1.0 0.8713998608847917 3 Q99497,Q96QK1 2 |
| Purine ribonucleotide salvage 0.5413459733330843 0.8635257264075457 0.3878484809613813 1.0 0.8715240620150841 5 P07741,P55263 2 |
| Negative regulation of protein dephosphorylation 0.4504369713333485 0.86337336789741 0.3879322172508823 1.0 0.8715240620150841 8 P62258,Q15257 2 |
| Negative regulation of neuron death 0.2853893198298141 0.8623520960855809 0.3884937929567771 1.0 0.8716003599805788 45 P51858,P04179,P61586,Q9UGN5,Q99538,P19622,O75312,Q01105,Q96EB6,Q96QK1 10 |
| Deoxyribonucleoside monophosphate catabolic process 0.7375070185289224 0.859444895639929 0.3900951093200877 1.0 0.8729797164709306 2 P00491 1 |
| Regulation of b cell differentiation 0.7369455362156153 0.8572791943355232 0.3912906040897805 1.0 0.8730981570844751 2 Q5JVF3 1 |
| Positive regulation of intrinsic apoptotic signaling pathway in response to dna damage 0.7384382279499715 0.8560890501641009 0.3919485248640408 1.0 0.8730981570844751 3 Q8N2W9 1 |
| Positive regulation of response to endoplasmic reticulum stress 0.4248245367448659 0.8558631314679991 0.3920734901886318 1.0 0.8730981570844751 10 O43639,Q96EB6,Q16611 3 |
| Positive regulation of proteasomal ubiquitin dependent protein catabolic process 0.3158841788391373 0.8545816999293041 0.3927827621663033 1.0 0.8737926135746836 30 O14965,O95816,O43765,Q9UNE7,O75832,Q9NZM5,Q15370,Q9NZL4 8 |
| Sprouting angiogenesis 0.3885060611747487 0.8542999043117689 0.3929388402083922 1.0 0.8738451078943206 14 Q6NYC1,Q63HN8,P04083 3 |
| Cell aging 0.2998388410376789 0.8528374089902869 0.3937494755215542 1.0 0.8739821478986817 40 O43324,Q14149,P42771,P14174,Q9NRM2,P17096,Q96EY1,O96017,P06493,Q9NX47,P24941,Q96EB6,P67809 13 |
| Positive regulation of calcium ion transmembrane transport 0.4127765156794732 0.8518866802148888 0.3942769903269267 1.0 0.8739821478986817 11 P19174,P54652,P28161,P27695,P78417,P42858 6 |
| Prostaglandin transport 0.7355418304323516 0.8518698776116701 0.3942863171474253 1.0 0.8739821478986817 2 P14174 1 |
| Regulation of icosanoid secretion 0.7355418304323516 0.8518698776116701 0.3942863171474253 1.0 0.8739821478986817 2 P14174 1 |
| Regulation of prostaglandin secretion 0.7355418304323516 0.8518698776116701 0.3942863171474253 1.0 0.8739821478986817 2 P14174 1 |
| Hydrogen peroxide biosynthetic process 0.7372544607663746 0.8517993252897005 0.3943254809197205 1.0 0.8739821478986817 3 P04179 1 |
| Humoral immune response mediated by circulating immunoglobulin 0.734980348119042 0.8497081432433429 0.3954873699063033 1.0 0.8753807690946304 2 Q9UQ84 1 |
| Negative regulation of interferon gamma production 0.7349803481190404 0.8497081432433369 0.3954873699063066 1.0 0.8753807690946304 2 P09429 1 |
| Alcohol biosynthetic process 0.3018234227054937 0.8478987668374273 0.3964943513793248 1.0 0.8761259125430967 39 P00374,O75477,Q13131 3 |
| Regulation of response to oxidative stress 0.3331119473080465 0.8472931664379669 0.3968317346357066 1.0 0.8761259125430967 22 P00374,P04179 2 |
| Negative regulation of ion transport 0.3539609149109922 0.8457406414335572 0.3976974456093236 1.0 0.8761259125430967 18 P28161,P78417,O95747,Q9HD26,P30405,P62258 6 |
| Positive regulation of pathway restricted smad protein phosphorylation 0.5823434448422902 0.8447189454029136 0.3982677790843323 1.0 0.8761259125430967 4 O00560,P67870 2 |
| Negative regulation of cell size 0.5818971575853175 0.84287837945183 0.3992964664855383 1.0 0.8761259125430967 4 P61586 1 |
| Regulation of synapse structure or activity 0.3056286551867495 0.842645899944177 0.3994265122882123 1.0 0.8761259125430967 37 P61586,P61160,Q13641,P62330,Q16539,Q9UQB8,Q9UJU6,P07437,P23528,P18085,Q96QK1 11 |
| Golgi disassembly 0.5366210385439922 0.842629245845784 0.3994358293371745 1.0 0.8761259125430967 5 Q99986 1 |
| Positive regulation of dna dependent dna replication 0.4977101220107731 0.8421382896059407 0.3997105509966236 1.0 0.8761259125430967 6 P24941,P46100 2 |
| Regulation of ubiquitin dependent protein catabolic process 0.2721127847053163 0.842016412911232 0.3997787664650531 1.0 0.8761259125430967 65 Q9UL15,Q9H2J4,Q9Y5K5,P19784,P62913,Q04323,O95816,P62081,Q9UNE7,Q99497,O00560,Q15370,O14965,O75832,O14908,Q9NZL4,O43765,P54578,P49840,P24941,Q9NZM5 21 |
| Carbohydrate catabolic process 0.2762161141787051 0.8419627165135416 0.3998088230374046 1.0 0.8761259125430967 52 P62140,P11216,Q9UKK9,P62136,Q13131,P56537,Q96C23,Q9NQ88,P54619,P17900,P49840,Q9Y2X7 12 |
| Toll like receptor 2 signaling pathway 0.7324536777091586 0.8399946513771753 0.400911385434247 1.0 0.8781959015264912 2 P07948 1 |
| Regulation of actomyosin structure organization 0.3176802936528554 0.8371762050680506 0.4024935305078876 1.0 0.8781959015264912 28 P61586,O15013,O95429,P35080,P07737,P35240,P63167,Q9Y6W5 8 |
| Secondary metabolic process 0.4099574984138519 0.8352999434466236 0.4035488492460082 1.0 0.8781959015264912 11 O43488,P14550,Q9BUT1,P30046,P40616,O14908 6 |
| Post embryonic animal morphogenesis 0.7310499719258952 0.8346085470658992 0.4039381482274602 1.0 0.8781959015264912 2 Q16611 1 |
| Quinone metabolic process 0.4097178503973578 0.8338922475665738 0.4043417062004848 1.0 0.8781959015264912 11 Q86YH6,Q5T2R2,O95825,O43488 4 |
| Dna deamination 0.5344433060038581 0.8330255966477327 0.4048302934267735 1.0 0.8781959015264912 5 Q9NPD3,Q5RKV6,Q9NQT5 3 |
| Regulation of inclusion body assembly 0.4442526903133077 0.8303042254680402 0.4063667996510673 1.0 0.8791807060392505 8 Q9UL15,P49427,P62333 3 |
| Negative regulation of cation channel activity 0.5786516593723112 0.8295140056614858 0.4068136149072774 1.0 0.8794961009270409 4 P28161,P78417 2 |
| Phosphorylation of rna polymerase ii c terminal domain 0.5783079381996635 0.8281007871034524 0.407613423802752 1.0 0.8798633495179878 4 P32780,Q8WUA2 2 |
| Prenylation 0.7285233015160116 0.8249324813375197 0.4094099243421476 1.0 0.8822175305327689 2 P49356 1 |
| Peptidyl threonine dephosphorylation 0.5772342577492918 0.8236890469849453 0.4101162645329794 1.0 0.8825862580292112 4 P62136 1 |
| Regulation of lipid kinase activity 0.4190582106304356 0.823019547524453 0.4104968774341557 1.0 0.8828946848442696 10 Q05639,P07948,Q562E7,P48426,Q8TBX8 5 |
| Intraciliary retrograde transport 0.727681078046052 0.821712621565281 0.4112404740452338 1.0 0.8828946848442696 2 Q96EX3 1 |
| Regulation of macrophage chemotaxis 0.5763262318583426 0.8199612354506508 0.4122382061348177 1.0 0.8828946848442696 4 P14174 1 |
| Regulation of macrophage migration 0.5763262318583426 0.8199612354506508 0.4122382061348177 1.0 0.8828946848442696 4 P14174 1 |
| Mesoderm morphogenesis 0.407236668455107 0.8193403356060329 0.4125922655452361 1.0 0.8831425615496122 11 Q16881,P35240,P17612 3 |
| G2 mi transition of meiotic cell cycle 0.7281751897007334 0.819039467525599 0.4127638961458475 1.0 0.8831425615496122 3 P30307 1 |
| Regulation of catecholamine metabolic process 0.5760310961643489 0.8187502338084582 0.4129289297853833 1.0 0.8831425615496122 4 Q99497,Q96QK1 2 |
| Negative regulation of double strand break repair via nonhomologous end joining 0.7257158899494732 0.8142104967069518 0.4155243731900895 1.0 0.8844139288679672 2 Q9BRJ7 1 |
| Ruffle assembly 0.3904731390431626 0.8123124211649213 0.4166123849928342 1.0 0.885210986030189 13 P07737,P62330,P35080 3 |
| Regulation of cell migration involved in sprouting angiogenesis 0.5741944759170055 0.8112214625837161 0.4172385023766038 1.0 0.885210986030189 4 P04083 1 |
| Trna 5 end processing 0.4169619975404309 0.8111307242737926 0.4172906034196448 1.0 0.885210986030189 10 P78346,O75818 2 |
| Regulation of dna ligation 0.7259196854816115 0.8109417112148735 0.4173991451685039 1.0 0.885210986030189 3 P09429,P18887 2 |
| Late endosome to vacuole transport 0.4168535242490805 0.8105162846709522 0.4176435094793735 1.0 0.885210986030189 10 Q9H3S7,Q9NP79 2 |
| Peptidyl proline modification 0.3070889889033387 0.8090926378901069 0.4184618626559064 1.0 0.8863648992932901 34 Q5T1M5,Q9H2H8,Q15257,Q96BP3,Q9Y3C6,Q14318,Q8N543,Q08752,O43447,P26885,P30405,Q13526,Q8WUA2 13 |
| Fructose 1 6 bisphosphate metabolic process 0.4904984876706157 0.8080804918658024 0.419044247019535 1.0 0.8864828057984667 6 Q9NQ88 1 |
| Positive regulation of intrinsic apoptotic signaling pathway by p53 class mediator 0.5730944628897632 0.8067183022582034 0.4198287971073233 1.0 0.8864828057984667 4 P61254,P63241 2 |
| Positive regulation of intracellular protein transport 0.2724609085835345 0.8064171268493631 0.4200023748798505 1.0 0.8864828057984667 57 Q13131,O95817,O75312,P49840,Q9NQG6,Q16539,P06493,P62826,P17612,P19784,P30419,P62258,Q9NR31 13 |
| Negative regulation of neuron apoptotic process 0.3099098306819296 0.8063714650318189 0.4200286950405862 1.0 0.8864828057984667 31 P51858,P04179,Q99538,P19622,O75312 5 |
| Dna replication initiation 0.3170465333677242 0.8059993201900078 0.4202432410775556 1.0 0.8864828057984667 27 O43929,Q96S55,P49427,Q9BRX5,P24941 5 |
| Response to purine containing compound 0.3566993253413889 0.8056188947817536 0.4204626274884511 1.0 0.8864828057984667 17 P21953,Q13131 2 |
| Leucine catabolic process 0.5720013666896995 0.8022480436275021 0.4224094902737114 1.0 0.8864828057984667 4 Q96RQ3 1 |
| Protein localization to microtubule end 0.7223469960696307 0.8013858999300615 0.4229082753865052 1.0 0.8872464963261413 2 Q15691 1 |
| Cellular glucose homeostasis 0.3073743385588943 0.8002667295862842 0.423556275039425 1.0 0.8883234308934969 33 Q15120,Q13131,Q9H1E3,Q16822,Q12824,Q96EB6 6 |
| Cellular response to external stimulus 0.2662884578446405 0.7989217563893507 0.424335782693273 1.0 0.8890240554919746 69 Q9H773,Q13131,O95817,P13473,O95352,P58546,P42575,Q96EB6,Q16611,Q96QD8 10 |
| Mrna modification 0.3634692642490066 0.7984425397472287 0.4246137253529429 1.0 0.8891276610882577 16 Q96FX7,Q8WWH5,Q15007,Q9UJA5,Q96PZ0 5 |
| Sterol biosynthetic process 0.3159863451500739 0.7968989198144443 0.4255097382952679 1.0 0.889591833215717 27 O75477,Q13131 2 |
| Nadh dehydrogenase complex assembly 0.3231378558507062 0.7963268045235068 0.4258421097373372 1.0 0.8900046121126352 24 Q86Y39,Q16795,O96000,Q8IUX1,Q9H061,Q9Y276,Q9P032,Q96CU9,Q9Y6M9,O75489,P51970,Q9NX14,O00217,P03915,Q9BU61 15 |
| Regulation of ire1 mediated unfolded protein response 0.4879470853271103 0.7960871746430946 0.4259813681692599 1.0 0.8900136536092614 6 Q16611 1 |
| Regulation of lipid biosynthetic process 0.3097683061934051 0.795358091965851 0.4264052304199881 1.0 0.8901370509886326 29 O75477,Q13131,P56537,P04083,Q96EB6 5 |
| Regulation of proteasomal ubiquitin dependent protein catabolic process 0.2717636145573245 0.7952892210947351 0.4264452821595026 1.0 0.8901370509886326 56 Q9UL15,O14965,O95816,O43765,Q9Y5K5,Q9UNE7,Q15370,P49840,O75832,P54578,Q9NZM5,Q99497,O00560,P24941,P62913,Q04323,Q9NZL4 17 |
| Response to lead ion 0.5699379000062388 0.7938221112252404 0.4272989984536299 1.0 0.8906249462303192 4 P62136 1 |
| Positive regulation of response to dna damage stimulus 0.2721426870332092 0.7932019488453993 0.4276601722660227 1.0 0.8906249462303192 50 Q9NXR7,Q8N2W9,P12004,P09429,Q9NQ88,Q7Z4V5,Q96EB6,P61160,P51114,Q96T60,P38398,Q8IXQ6,P16455,Q9NV56,Q96B01,P18887,O43324,P61254,Q8TDB6,Q92993 20 |
| Peptidyl arginine methylation to asymmetrical dimethyl arginine 0.7208649255826978 0.7928559992105924 0.4278617256681021 1.0 0.8906249462303192 3 Q99873,Q86X55 2 |
| Immunological synapse formation 0.5696305421569847 0.7925684917158294 0.4280292722180279 1.0 0.8906249462303192 4 O43639,P26038 2 |
| Retina morphogenesis in camera type eye 0.5250604719518964 0.7918640791925873 0.4284399337997775 1.0 0.8906365595157052 5 Q16706,O75147 2 |
| 2fe 2s cluster assembly 0.7203032855939264 0.7908519083623794 0.4290304148442998 1.0 0.8910216046325572 3 Q86SX6,Q9Y697 2 |
| Stress fiber assembly 0.308076176259399 0.7897352687063011 0.4296823895701114 1.0 0.8919495454333871 31 O00151,P61586,O95429,P35080,P07737,P35240,P63167,Q9Y6W5 8 |
| Intermediate filament based process 0.4020569340746555 0.7891015617785956 0.4300526492186423 1.0 0.8920211554233222 11 P58107,Q03001,P07197,Q16352 4 |
| Dna strand elongation 0.324066744598089 0.7884118732344918 0.4304558280325439 1.0 0.8925767499851177 23 P18858,Q15054 2 |
| Spindle assembly involved in female meiosis 0.7191101524925361 0.7865981587703561 0.4315171374579223 1.0 0.8944962409404322 3 O14965 1 |
| Response to topologically incorrect protein 0.2711745285346063 0.7860395175250058 0.4318443361058821 1.0 0.8948932582326102 55 Q9UDY4,O95817,O14657,Q9NRK6,Q2TAL8,Q16611 6 |
| Grooming behavior 0.5671348314606843 0.7824033737944273 0.433977551684692 1.0 0.896136451014741 4 P50897,P07741,P00492 3 |
| Purine deoxyribonucleoside monophosphate metabolic process 0.7179189888464541 0.7823564819297001 0.4340051014405006 1.0 0.896136451014741 3 P55263 1 |
| Damp metabolic process 0.7179189888464541 0.7823564819297001 0.4340051014405006 1.0 0.896136451014741 3 P55263 1 |
| Hypothalamus development 0.5662932097000999 0.7789811801210018 0.4359908010401998 1.0 0.8983970391665922 4 P27695 1 |
| Regulation of actin filament organization 0.2571808077875761 0.7787567799483242 0.4361230017300528 1.0 0.8983970391665922 78 P62330,P58546,P60981,P47755,P61586,P35080,Q9UQB8,P07737,O15145,P60983,Q9Y6W5,O00401,O15013,O15144,O43639,O95429,P35240,P50552,P63167 19 |
| Regulation of arp2 3 complex mediated actin nucleation 0.4466768497353986 0.7769006095098471 0.4372174116287468 1.0 0.9003702925704696 7 Q9Y6W5,P60983 2 |
| Negative regulation of t cell proliferation 0.434068113619372 0.7762975090468291 0.4375733435143929 1.0 0.9003944145761043 8 P42574,P10644,Q12959,P78540,Q96IZ0 5 |
| Protein targeting to vacuole 0.360087205895486 0.7756460844870696 0.4379579820869561 1.0 0.9003944145761043 16 P13473,Q9H9H4 2 |
| Regulation of inositol 1 4 5 trisphosphate sensitive calcium release channel activity 0.7153284671532953 0.7748209782729151 0.4384454513529943 1.0 0.9003944145761043 2 P27695 1 |
| Ribonucleotide catabolic process 0.3993724290910636 0.7735092399672586 0.4392210625020363 1.0 0.901120413145702 11 P49902,P00491,Q9BY32,P00492,Q96DE0 5 |
| Positive chemotaxis 0.4459359822202792 0.7731222255826318 0.4394500487377022 1.0 0.9013098636423768 7 P26583,P14174 2 |
| Response to caffeine 0.715079064905022 0.7722643597385057 0.439957869675694 1.0 0.902070907174659 3 Q13131 1 |
| Response to oxidative stress 0.2547557804572383 0.7715458690907535 0.440383445262654 1.0 0.9023824805692656 107 Q9UL15,Q99720,Q13131,P12004,O95747,P00374,P30048,P18074,P03915,Q96EB6,P30041,P04179,Q96T60,P30044,P00390,P16455,P27695,P18887,Q9BXW9,P28074,P30519,Q15118,P08047,O00151,Q9NRM2,O75569,P04083,P06493,Q16611 29 |
| Camera type eye development 0.2918095486360595 0.7707751154149618 0.4408402395812121 1.0 0.902656421303648 40 P35240,Q16706,Q6NYC1,O75569,Q04721,Q99622,Q14318,Q9Y696,O75147,Q9P2D1,Q16611,P42575 12 |
| Positive regulation of histone ubiquitination 0.5642357378201356 0.7706276254157872 0.4409276818435952 1.0 0.902656421303648 4 Q6PD62,Q5VTR2 2 |
| Histone h3 k9 acetylation 0.4824407870446264 0.7703119396300612 0.4411148755928407 1.0 0.902730454690259 6 P38398,Q12824 2 |
| Phagocytosis recognition 0.7133632790567204 0.7674213713117066 0.4428310260407222 1.0 0.902730454690259 2 Q6NYC1 1 |
| Cellular response to starvation 0.2912691037508 0.7653158815648167 0.4440834692790663 1.0 0.902730454690259 40 O95352,Q13131,P13473,Q96QD8 4 |
| Regulation of nucleotide biosynthetic process 0.4193078173274577 0.7651989647002441 0.4441530760821703 1.0 0.902730454690259 9 Q15118,P00403,Q8NFG4,Q15120 4 |
| Positive regulation of vascular endothelial cell proliferation 0.5625280763117653 0.7637080909127588 0.4450412181108276 1.0 0.902730454690259 4 P08047 1 |
| Vascular endothelial cell proliferation 0.5625280763117653 0.7637080909127588 0.4450412181108276 1.0 0.902730454690259 4 P08047 1 |
| Response to progesterone 0.4808697340536664 0.7629862275377355 0.4454716095358022 1.0 0.902730454690259 6 Q05086,Q969T9 2 |
| Regulation of rna binding 0.4438936308907618 0.7627235962866681 0.4456282551154489 1.0 0.902730454690259 7 Q9H1E3 1 |
| Negative regulation of protein targeting to mitochondrion 0.7122487197279255 0.7622359642119082 0.4459191849477237 1.0 0.902730454690259 3 O95817 1 |
| Dicarboxylic acid catabolic process 0.4187460905633408 0.7621431593356868 0.4459745662131338 1.0 0.902730454690259 9 Q4G176,P17174,P49914 3 |
| Positive regulation of protein containing complex disassembly 0.443741840201695 0.7619517814010641 0.4460887832718012 1.0 0.902730454690259 7 O75083,P48681,P63241,P60981 4 |
| Endocrine pancreas development 0.4805861336297986 0.7616652150843297 0.4462598412466614 1.0 0.902730454690259 6 P04083 1 |
| Alpha amino acid catabolic process 0.2990557486850599 0.7613717874288152 0.446435033603461 1.0 0.902730454690259 36 Q96I15,Q99714,O95865,O94760,Q6NVY1,P34896,P16930 7 |
| Negative regulation of toll like receptor signaling pathway 0.7116788321167957 0.761092748628976 0.446601671338134 1.0 0.902730454690259 2 P07948 1 |
| Negative regulation of peptidase activity 0.3005216259528228 0.760469580542033 0.4469739456333226 1.0 0.902730454690259 35 P30740,P07858,Q9Y5K5,Q5JVF3,P78318,P30048,P30044,P54578,Q15418,Q04323 10 |
| Negative regulation of receptor internalization 0.4802386638010728 0.7600472872974107 0.4472263196464356 1.0 0.902730454690259 6 O00560 1 |
| Response to radiation 0.2539861183782877 0.7599145747729947 0.4473056490189599 1.0 0.902730454690259 107 Q9NXR7,Q13131,P12004,Q9NQ88,P36873,Q9UNS2,O94830,Q15004,Q9Y620,Q96EB6,P62140,P04179,Q96T60,O96017,P38398,P16455,P62136,Q15054,Q9H1E3,Q96B01,P39748,Q16539,Q9BXW9,P30419,Q96MG7,P61254,P04083,Q16611,Q92993 29 |
| Protein modification by small protein removal 0.267380468401358 0.7595720695433232 0.4475104196775312 1.0 0.902730454690259 61 Q13098,Q9NXR7,Q9Y5K5,Q9BT78,Q96FW1,O00303,Q9UBW8,Q9UNS2,Q92905,Q70CQ2,Q99497,Q9Y5T5,P06493,P54578,O00487,Q9NZM5,Q04323,Q7L5N1 18 |
| Histamine secretion 0.5613606946392963 0.758985125470201 0.4478614547663022 1.0 0.902730454690259 4 P07948 1 |
| Histamine transport 0.5613606946392963 0.758985125470201 0.4478614547663022 1.0 0.902730454690259 4 P07948 1 |
| Histamine production involved in inflammatory response 0.5613606946392963 0.758985125470201 0.4478614547663022 1.0 0.902730454690259 4 P07948 1 |
| Regulation of cardiac muscle contraction by calcium ion signaling 0.4431176439367182 0.7587794281368421 0.4479845136936062 1.0 0.902730454690259 7 P28161,P78417,P17612 3 |
| Rrna pseudouridine synthesis 0.443085324814207 0.7586152393801241 0.4480827537998955 1.0 0.902730454690259 7 Q96HR8,Q6P087 2 |
| Regulation of t cell proliferation 0.3232134899781157 0.7579699357898138 0.4484689809640365 1.0 0.902730454690259 21 P42574,P10644,Q96IZ0,P09429,O43639,P04083,P04439,Q12959,P00491,P78540,P49366,Q96EY1 12 |
| Mitochondrial electron transport nadh to ubiquinone 0.321662100566883 0.7564274395178463 0.4493929615103675 1.0 0.902730454690259 22 O75380,Q16795,P51970,O96000,Q9Y6M9,O00483,P19404,O75489,O95182,P49821,Q99497,O00217,P03915 13 |
| Regulation of lipid catabolic process 0.3890711599250577 0.7559911283252083 0.4496545148234254 1.0 0.902730454690259 12 Q13131 1 |
| Protein depalmitoylation 0.516768840921273 0.7558110766143904 0.4497624746843971 1.0 0.902730454690259 5 Q9NUJ1,O95372,O75608 3 |
| Macromolecule depalmitoylation 0.516768840921273 0.7558110766143904 0.4497624746843971 1.0 0.902730454690259 5 Q9NUJ1,O95372,O75608 3 |
| Regulation of generation of precursor metabolites and energy 0.2924676691508159 0.7539889655273762 0.4508558475971342 1.0 0.9036296477516552 39 P62140,P61586,P62136,Q13131,P56537,Q9NQ88,Q8NFG4,P49840,P54619,Q99497,P06493,P30405,Q9Y2X7,Q9NZM5 14 |
| Lymphoid progenitor cell differentiation 0.559821538444708 0.7527673028846632 0.4515897582873376 1.0 0.9037112480994796 4 Q8NFG4,O43809 2 |
| Pro b cell differentiation 0.559821538444708 0.7527673028846632 0.4515897582873376 1.0 0.9037112480994796 4 Q8NFG4,O43809 2 |
| Positive regulation of inclusion body assembly 0.7092612516950925 0.7516839084913994 0.4522411696220789 1.0 0.9037112480994796 3 P49427 1 |
| Somite rostral caudal axis specification 0.7091521617069138 0.7516243435737051 0.4522769995477265 1.0 0.9037112480994796 2 Q13485 1 |
| Axial mesoderm development 0.7091521617069136 0.7516243435737037 0.4522769995477274 1.0 0.9037112480994796 2 P63173 1 |
| Left right axis specification 0.7091521617069136 0.7516243435737037 0.4522769995477274 1.0 0.9037112480994796 2 Q04721 1 |
| Left right pattern formation 0.7091521617069136 0.7516243435737037 0.4522769995477274 1.0 0.9037112480994796 2 Q04721 1 |
| Intermediate filament organization 0.5157195997737758 0.7512722896538993 0.4524888023585012 1.0 0.9037112480994796 5 P07197 1 |
| Peptidyl serine dephosphorylation 0.4411052745568984 0.7485688332344506 0.454117122995255 1.0 0.9057624866273668 7 P62258,P62136,P53041 3 |
| Endosomal transport 0.253824531697678 0.7465342558817931 0.455344746295111 1.0 0.907059396070798 79 Q96C92,Q4J6C6,Q9NZZ3,Q9H3S7,P62330,Q2M389,Q07960,Q15286,Q9UBQ0,Q9UMY4,Q15036,P61026,P40616,Q13596,Q9NP79,Q96QK1 16 |
| Epithelial cell apoptotic process 0.3557127255497018 0.7463517958694067 0.4554549302283934 1.0 0.907059396070798 16 P62330,Q13131 2 |
| Retrograde transport vesicle recycling within golgi 0.5142048433902773 0.7447295359466618 0.45643524001111 1.0 0.9084769557155666 5 P83436 1 |
| Chaperone mediated protein folding 0.2935413058617642 0.7436867852831426 0.4570659859212467 1.0 0.9089461026298082 38 Q9UDY4,Q9H2J4,Q99615,O14657,P26885,P40855 6 |
| Regulation of protein acetylation 0.3021735058192198 0.7435271180289807 0.4571626097114072 1.0 0.9089461026298082 32 Q13363,Q13131,Q969T9,Q12824,Q96EB6 5 |
| Positive regulation of non motile cilium assembly 0.5570790077877085 0.7417148199646179 0.4582601387483336 1.0 0.909510902075946 4 Q16181,P27695 2 |
| Regulation of dendritic spine development 0.370658273061041 0.7409169712159669 0.4587437846584641 1.0 0.909510902075946 14 P61160,Q05086,P62330,Q9UQB8,Q9UJU6 5 |
| Ruffle organization 0.354888063912292 0.7408549625923788 0.4587813854877192 1.0 0.909510902075946 16 P07737,P62330,P35080 3 |
| Perk mediated unfolded protein response 0.4754334046216032 0.7377407914440794 0.4606719790265212 1.0 0.910874145748214 6 Q2TAL8 1 |
| Integrated stress response signaling 0.4754334046216032 0.7377407914440794 0.4606719790265212 1.0 0.910874145748214 6 Q2TAL8 1 |
| Negative regulation of oxidative stress induced neuron intrinsic apoptotic signaling pathway 0.7052217855137639 0.736955733671819 0.4611492692380516 1.0 0.910874145748214 2 Q99497 1 |
| Negative regulation of smoothened signaling pathway 0.4751872905915711 0.7366018254236184 0.4613645245570161 1.0 0.910874145748214 6 Q5GLZ8 1 |
| Negative regulation of axonogenesis 0.5121571373432453 0.7359034795382292 0.4617894395667112 1.0 0.910874145748214 5 Q9P265,P31150,Q8N0X7 3 |
| B cell differentiation 0.354057538241616 0.7353275867647151 0.4621400111862617 1.0 0.911020775189654 16 Q04721,Q16611,P09382,Q9UDY8 4 |
| Atrioventricular valve development 0.7043795620438034 0.733822183815329 0.4630571183736665 1.0 0.9122833789703416 2 Q13485 1 |
| Nucleotide phosphorylation 0.2924620407397744 0.7331962004497626 0.4634387724238593 1.0 0.912403159271444 38 Q9Y2X7,P15531,Q13131,P56537 4 |
| Positive regulation of cell cell adhesion 0.2942702374554204 0.7322439581284824 0.4640196783427517 1.0 0.912403159271444 37 P61586,P09382,O43639,P09429,Q9H3S7,P07948,P04083,P04439,P00491,Q13951,O95999,P49366,Q96EY1,Q9UDY8 14 |
| Hindbrain development 0.3007915692412715 0.7310643226653329 0.464739865032725 1.0 0.912403159271444 32 P58546,O94992,P27695,P19622 4 |
| Lymphocyte apoptotic process 0.3458374688559663 0.7304889701757689 0.4650913525738538 1.0 0.912403159271444 17 Q96EY1,P62753,Q16611,P14174 4 |
| Positive regulation of dendritic spine development 0.4024622518362647 0.7297483762153707 0.4655440049782116 1.0 0.912403159271444 10 Q9UQB8,P61160,Q9UJU6 3 |
| Negative regulation of tyrosine phosphorylation of stat protein 0.7026951151038847 0.7275655856284868 0.4668795536536145 1.0 0.9124361517220896 2 P35240 1 |
| Negative regulation of receptor signaling pathway via stat 0.7026951151038847 0.7275655856284868 0.4668795536536145 1.0 0.9124361517220896 2 P35240 1 |
| Negative regulation of receptor signaling pathway via jak stat 0.7026951151038847 0.7275655856284868 0.4668795536536145 1.0 0.9124361517220896 2 P35240 1 |
| Iron sulfur cluster assembly 0.3682735825905554 0.7260058708500822 0.4678351715099964 1.0 0.9132294946969938 14 Q86U28,P53384,O76071,Q86SX6,Q9Y697,Q9Y5Y2 6 |
| Glycosphingolipid metabolic process 0.4115034722033627 0.722952504382035 0.4697090646468163 1.0 0.915003245838866 9 Q13131 1 |
| Golgi localization 0.5087840856700226 0.7214131844899325 0.4706553371056865 1.0 0.9157647798079966 5 O14745,P48444 2 |
| Triglyceride catabolic process 0.7004693897660306 0.7208363389910553 0.4710102146002246 1.0 0.9161850119442884 3 Q8WTS1 1 |
| Regulation of hippo signaling 0.5517560762139676 0.7203646275083638 0.4713005229542615 1.0 0.9164794367353506 4 P35240,Q16539 2 |
| Trna processing 0.2656823645168318 0.7197962523545822 0.4716504526985035 1.0 0.9165991219124004 54 Q96S44,Q8WWH5,Q96FX7,Q99714,Q9UET6,Q9UJA5,P78346,O75818,Q96PZ0,O94992,Q7Z2T5 11 |
| Tetrapyrrole metabolic process 0.3165515310265077 0.7165443462987717 0.4736552950855497 1.0 0.9178700891282282 22 Q9Y4U1,Q9H3L0,P30043,Q9NRK6,Q9P0S9,Q9BUT1,P30519,P06132 8 |
| Fibroblast apoptotic process 0.470540578873177 0.7151652127899646 0.4745069617955018 1.0 0.9178700891282282 6 Q16611 1 |
| Secondary palate development 0.6983993260320185 0.7136199330561404 0.4754622283870215 1.0 0.9180763637121764 3 Q9P2D1,Q13485 2 |
| T cell proliferation 0.3034060295379755 0.7133402837493261 0.4756352156652799 1.0 0.918141610338948 28 P42574,P10644,P32119,Q96IZ0,P09429,O43639,P62753,P26038,P04083,P04439,Q12959,P00491,P78540,P49366,Q96EY1,Q9UDY8 16 |
| Signal transduction by p53 class mediator 0.2641582035123513 0.7128939333418113 0.4759113934894283 1.0 0.9184059542001958 59 Q9BW85,Q9UNS2,P62841,Q96EB6,P62913,P63241,P62081,P14174,P52564,O96017,P46777,P46100,O14965,O75832,P42575,Q96S44,O43324,P61254,P55212,P60866,P61927,Q92597,Q9NZM5,O94992,Q92993 25 |
| Regulation of protein k63 linked ubiquitination 0.4696705757524554 0.7111662652605538 0.476981210616096 1.0 0.9193945251968934 6 Q96FW1 1 |
| Postreplication repair 0.3733107862875875 0.7074927701894436 0.4792603040107512 1.0 0.92152281856265 13 P38398,Q13404,Q15004,Q15054 4 |
| Positive regulation of nuclear division 0.3567005308719705 0.7068355793389601 0.4796686613070586 1.0 0.92152281856265 15 Q14674,Q13042,Q9BXS6,Q96B01 4 |
| Negative regulation of lipid kinase activity 0.6967995508141573 0.7057806188282103 0.4803245766126913 1.0 0.92152281856265 2 Q8TBX8 1 |
| Positive regulation of histone h4 acetylation 0.5479047862143424 0.7050045956527161 0.480807376209754 1.0 0.92152281856265 4 Q12824 1 |
| Response to vitamin 0.3494243677180677 0.7046564148897976 0.4810240813010242 1.0 0.92152281856265 16 P04179,P16455 2 |
| Carbohydrate homeostasis 0.2642445746879868 0.7043056033568721 0.4812424775425721 1.0 0.92152281856265 48 Q15120,Q13131,Q9H1E3,Q16822,P62753,Q12824,P17612,Q96EB6 8 |
| Modulation by host of symbiont process 0.325908057811587 0.7040816648039876 0.4813819177663307 1.0 0.92152281856265 19 P08047,Q12824 2 |
| Negative regulation of endocytosis 0.3647156487909047 0.7038796280759141 0.4815077392082481 1.0 0.92152281856265 14 O00560,P62330,P30533 3 |
| Vitamin catabolic process 0.6949443960076049 0.7016171868331457 0.4829179304159905 1.0 0.92152281856265 3 P49914 1 |
| Negative regulation of cell matrix adhesion 0.3798325693155281 0.7016001817207523 0.4829285382766961 1.0 0.92152281856265 12 P35240,P42771 2 |
| Histone h4 k16 acetylation 0.3719668034405153 0.6994112810252817 0.4842950398231864 1.0 0.92152281856265 13 Q12824,Q96EB6 2 |
| Neuron apoptotic process 0.2632114374947625 0.6986657240702605 0.4847609592667046 1.0 0.92152281856265 58 P51858,Q99720,P04179,Q99538,P19622,O75312,P42575,P49427 8 |
| Liver regeneration 0.3863158165711131 0.6985541734640919 0.4848306912491926 1.0 0.92152281856265 11 Q13243,O14965,P62841,P19784 4 |
| Regulation of t cell differentiation 0.362946041850543 0.6929311991669006 0.4883527291921823 1.0 0.9252947177949372 14 P61586,P09429,P04083,Q9BXW9,Q13951,Q9UDY8 6 |
| Negative regulation of protein polymerization 0.3008843877957123 0.6919137497322491 0.4889914953286358 1.0 0.9260372963501814 28 P47755,P04350,P58546,P35080 4 |
| B cell apoptotic process 0.4294215548080383 0.6898360022957566 0.4902973253232994 1.0 0.9271158573858692 7 O95999,P07948,Q16611,P14174 4 |
| Regulation of organ growth 0.4053022296296005 0.6897309125115209 0.4903634223068247 1.0 0.9271158573858692 9 P06493,Q99956,Q9UGN5,P49840 4 |
| Regulation of heart growth 0.4053022296296005 0.6897309125115209 0.4903634223068247 1.0 0.9271158573858692 9 P06493,Q99956,Q9UGN5,P49840 4 |
| Cellular pigmentation 0.3949507072351411 0.6882659699111117 0.4912853073322114 1.0 0.9271158573858692 10 Q9Y4I1,P62820,Q13561,Q9BXS5,Q9H0F7 5 |
| Toll like receptor 9 signaling pathway 0.6910054038414045 0.6879977509454749 0.4914541976673834 1.0 0.9271158573858692 3 P09429 1 |
| Establishment of protein localization to membrane 0.241646588615045 0.6871004884879895 0.4920194064262715 1.0 0.9271158573858692 86 P60059,P49458,Q4J6C6,P09132,O43765,Q9HD26,P61006,Q7L5D6,Q9H9H4,Q9NQG6,O15027,O75608,P61026,O00560,Q92930,P40855,Q96QK1 17 |
| Regulation of response to dna damage stimulus 0.2349194683605959 0.6861707728498865 0.4926054259802468 1.0 0.9271158573858692 91 Q9BW85,Q9NXR7,Q8N2W9,P12004,P09429,Q9NQ88,Q9UNS2,Q7Z4V5,Q96EB6,P61160,Q9NY27,P14174,P13693,Q96S55,Q96T60,O96017,Q8IXQ6,P38398,P16455,Q9NV56,Q96FW1,Q96B01,P18887,O75832,Q9BRJ7,P60510,O43324,P61254,Q13404,Q8TDB6,P15927,Q92993 32 |
| Ketone body metabolic process 0.5430996628539281 0.685948989228517 0.4927452761724686 1.0 0.9271158573858692 4 P55809 1 |
| Tetrapyrrole catabolic process 0.5428646080145079 0.6850200330637247 0.4933312796202322 1.0 0.9271158573858692 4 P30519,P30043 2 |
| Negative regulation of cell population proliferation 0.2538790127425303 0.6831772471422843 0.4944948481616027 1.0 0.9271158573858692 113 P17096,O94760,Q9UN36,P04179,P31949,Q96TA1,Q92796,P42771,Q13363,P61586,Q14149,Q13641,Q9UIV1,Q12824,P67870,Q96EY1,O43324,O75569,O43639,Q16611,P35240,P15531,P63167 23 |
| Peptidyl histidine modification 0.4634797295510413 0.6828508089857033 0.4947011200368236 1.0 0.9271158573858692 6 Q86TU7,Q9H2P9,Q9BQC3 3 |
| Positive regulation of cell aging 0.4633829988820218 0.6824104067251758 0.494979477160657 1.0 0.9271158573858692 6 O43324 1 |
| Smooth muscle tissue development 0.6890878706303256 0.6813934494279914 0.4956225666637861 1.0 0.9271158573858692 3 O95747 1 |
| Positive regulation of epithelial cell proliferation 0.2996165311033125 0.6811990530350932 0.4957455471497818 1.0 0.9271158573858692 28 P08047,Q9H2J4,P26583,O95747,P15531,Q96EB6 6 |
| Response to starvation 0.2623170326723951 0.6799199853357686 0.4965551264358465 1.0 0.9278406838444316 52 Q13131,Q16822,P13473,O95352,Q96QD8 5 |
| Positive regulation of cell substrate junction organization 0.4033039810536842 0.6790971307841791 0.4970763203389889 1.0 0.9280258729000768 9 P51452,P62330,Q15555 3 |
| Viral budding 0.3825415604101795 0.6771920435644055 0.4982841152594961 1.0 0.9288753261094056 11 Q9NP79,Q9H9H4 2 |
| De novo protein folding 0.3219918174065006 0.675785677377853 0.4991767294924565 1.0 0.9296722797225336 19 Q9UDY4,O14657,Q99615 3 |
| Regulation of leukocyte proliferation 0.2988237555058395 0.6745197904867537 0.4999809079921991 1.0 0.9296722797225336 28 P42574,P10644,P14174,Q96IZ0,P09429,O43639,P07948,P04083,P04439,Q12959,P00491,P78540,P49366,Q96EY1 14 |
| Cellular response to glucose starvation 0.3598238888448113 0.6737108086121192 0.5004951887954392 1.0 0.9296722797225336 14 Q96EB6,Q13131 2 |
| Cellular response to reactive nitrogen species 0.4141174153325559 0.6725307535892174 0.5012458685748706 1.0 0.9302807397636036 8 P24941,P20248,O95831 3 |
| Negative regulation of cytokine production 0.2859896136593014 0.6710549296198588 0.5021855374217492 1.0 0.9304407932868708 38 P31483,Q9UN36,P04083 3 |
| Response to nitric oxide 0.4017833878970741 0.6710297212133541 0.5022015959052415 1.0 0.9304407932868708 9 P24941,P20248,O95831 3 |
| Peptidyl diphthamide biosynthetic process from peptidyl histidine 0.6860432462791396 0.6709428030040678 0.5022569673995703 1.0 0.9304407932868708 3 Q9H2P9,Q9BQC3 2 |
| Meiotic spindle organization 0.401574329911685 0.669922265468694 0.502907345245164 1.0 0.9307454683605786 9 Q14674,O14965,O95067,P46100 4 |
| Protein targeting 0.2602405841704481 0.669300796888867 0.5033036185715938 1.0 0.931208432441691 122 P49458,Q13131,P33908,Q15785,Q9Y6B7,P13473,Q9H9H4,P19784,O96008,Q92930,P62913,P62258,P40855,P31946,P09132,P50542,Q9NQG6,O00560,Q9H300,P60059,P27695,Q7L5D6,O14908,Q9UJ41,O43765,O95817,O95429,P61981,P49840,Q99595,Q709C8 31 |
| Extrinsic apoptotic signaling pathway via death domain receptors 0.3507541139110995 0.6689909937268519 0.5035012230926927 1.0 0.931208432441691 15 P38398,P26583,Q9UNN5,O95817 4 |
| Positive regulation of ubiquitin dependent protein catabolic process 0.2937260922328066 0.6681270188427203 0.504052516273819 1.0 0.931208432441691 32 O14965,O95816,O43765,Q9UNE7,O75832,Q9NZM5,Q15370,Q9NZL4 8 |
| Ovulation cycle 0.3805966019540948 0.6662428495413564 0.5052558884131515 1.0 0.9319540939522224 11 P42575,P04083 2 |
| Positive regulation of dna repair 0.2854230583935471 0.6656824961235882 0.5056140639480207 1.0 0.9320875334377696 38 Q9NXR7,P61160,Q9NV56,P38398,P12004,P09429,Q9NQ88,Q96T60,Q96B01,Q8TDB6,Q8IXQ6,P18887,Q7Z4V5,Q96EB6,P16455,Q92993 16 |
| Phosphatidylethanolamine metabolic process 0.5378398281548404 0.665235713411095 0.5058997413209192 1.0 0.932099076467258 4 Q8NCC3,P35790 2 |
| Regulation of meiotic cell cycle 0.424380188616466 0.6648121595557993 0.5061706443412604 1.0 0.9323377743856336 7 Q96B01 1 |
| Post embryonic development 0.3284836017662355 0.66454523849035 0.5063414049691479 1.0 0.9323718145261122 18 P04179,Q99622 2 |
| Asymmetric cell division 0.4588194683964555 0.6617073857787702 0.5081587703968498 1.0 0.9340249625773565 6 P61026 1 |
| Response to staurosporine 0.6833140341036361 0.6616127020639029 0.5082194649317968 1.0 0.9340249625773565 3 P55212 1 |
| Actin filament polymerization 0.2606259164070771 0.6610015273738824 0.508611334055248 1.0 0.9342182422286258 51 P47755,P61586,O00401,O95429,O43639,P62330,P35080,P07737,Q9UQB8,P58546,O15145,P50552 12 |
| Ectoderm development 0.5362884108736512 0.6591565320840239 0.5097952566155142 1.0 0.9348510550914948 4 P13693 1 |
| Rna surveillance 0.3652107552339106 0.6591098737928086 0.5098252156521037 1.0 0.9348510550914948 13 Q96B26,Q5JVF3,Q13868,Q9BRX2,Q9NPD3,Q5RKV6,Q9NQT5 7 |
| Retrograde trans synaptic signaling 0.536235955056189 0.6589512329222478 0.5099270849892252 1.0 0.9348510550914948 4 Q14118,Q01469,Q8NCG7 3 |
| Positive regulation of cell cycle phase transition 0.2603176813588773 0.6581518097575298 0.510440587029501 1.0 0.9349808697713382 50 P27695,O75179,P30307,P04083,O96017,Q13042,P06493,Q7L2J0 8 |
| Myeloid cell homeostasis 0.2600641711992268 0.6577250347247454 0.5107148326632704 1.0 0.935010381521288 48 P26583,Q6NYC1,P62847,P62753,Q9NRK6,P04083,Q86XI2,P08708,Q99873,Q16611 10 |
| Positive regulation of intrinsic apoptotic signaling pathway 0.3097502374687705 0.6553047402865585 0.5122715694253319 1.0 0.9354770963259936 21 P62081,P61254,Q8N2W9,O75569,O43639,Q8NFG4,Q96EB6,P63241 8 |
| Regulation of actin filament bundle assembly 0.2989960107704514 0.6541541262253255 0.513012512904226 1.0 0.9365708649643716 27 P61586,O95429,P35080,P07737,P35240,P63167,Q9Y6W5 7 |
| Rna interference 0.3883912883421057 0.6524842017239745 0.5140888611225716 1.0 0.937301065988653 10 Q15631,O94992,O75569 3 |
| Response to molecule of bacterial origin 0.2629073572273139 0.6524312780318868 0.5141229922296766 1.0 0.937301065988653 46 P04179,P26583,P61586,P14174,Q9NZZ3,P09429,P11802,Q16822,P30048,Q9Y2X7,Q9UDY8 11 |
| Positive regulation of peptidyl tyrosine phosphorylation 0.3265967938647822 0.651516773355342 0.5147129530590608 1.0 0.93793835692598 18 Q92796 1 |
| Glutamate secretion 0.6802240630754609 0.6510936456010843 0.5149860381836004 1.0 0.9380966329353848 3 O14908 1 |
| Negative regulation of peptidyl lysine acetylation 0.3877891286168902 0.6492217292041725 0.516195068650156 1.0 0.9387660788898644 10 P38398,Q96EB6,Q13363 3 |
| Nucleic acid phosphodiester bond hydrolysis 0.2481395098737988 0.6484097400917317 0.5167199722542231 1.0 0.9387660788898644 109 Q53H82,P27695,Q96B26,Q9UQ84,Q9UIV1,P63220,P78346,Q96T60,P39748,P54098,Q15631,Q8N684,P78549,O75818,Q9NQT5,Q96DE0 16 |
| Negative regulation of peptidyl serine phosphorylation 0.4558490342669448 0.6483123049820712 0.5167829769496275 1.0 0.9387660788898644 6 Q16611 1 |
| Cellular component maintenance 0.3630415762241926 0.6462913386833733 0.5180906960657277 1.0 0.939136265694802 13 P62330,Q13614,Q12959,Q96QK1 4 |
| Mitotic dna replication 0.3871336776468262 0.6456749667729292 0.5184898759102132 1.0 0.939136265694802 10 P18858 1 |
| Regulation of cd40 signaling pathway 0.6802358225715979 0.6455871872025106 0.5185467373651409 1.0 0.939136265694802 2 Q9BXW9 1 |
| Regulatory t cell differentiation 0.6802358225715979 0.6455871872025106 0.5185467373651409 1.0 0.939136265694802 2 Q9BXW9 1 |
| Er nucleus signaling pathway 0.3549018279666389 0.6436735851408093 0.5197871222878188 1.0 0.9395768316279672 14 Q2TAL8,O75477 2 |
| Negative regulation of actin filament polymerization 0.3081236834175307 0.6431432816023414 0.5201311323787756 1.0 0.9396836343934276 21 P47755,P58546,P35080 3 |
| Polysaccharide biosynthetic process 0.3463196507866168 0.6410959665641927 0.5214603346099864 1.0 0.9407965993127654 15 P62140,P46976,Q15185,P62136 4 |
| Organelle inheritance 0.395959891421717 0.6403389946853599 0.5219522345357415 1.0 0.9409087362032376 9 Q99986 1 |
| Dicarboxylic acid metabolic process 0.2582951232744651 0.6401223144813282 0.5220930828538279 1.0 0.9409087362032376 47 P00374,P34896,P49914 3 |
| Regulation of nitric oxide metabolic process 0.3683490222717571 0.6352788940113375 0.5252465364023353 1.0 0.9440125760517176 12 P04179,O95865 2 |
| Positive regulation of dendrite morphogenesis 0.3748559534034488 0.6341752229827944 0.5259664754833255 1.0 0.944326106901922 11 P61160,Q9UQB8,Q9UJX6,O75147,Q9UJU6 5 |
| Amp biosynthetic process 0.3747155270687305 0.6333956558072998 0.5264753011738152 1.0 0.9444196591086444 11 P55263,P11908 2 |
| Male meiosis i 0.6765861875351017 0.6325404133940452 0.5270338093822575 1.0 0.9449075853996658 2 Q15645 1 |
| Negative regulation of cellular respiration 0.4871602794410286 0.6301214030069454 0.5286151574148634 1.0 0.9452701431695414 5 P30405,P61586 2 |
| Negative regulation of oxidative phosphorylation 0.6739807485059837 0.6299883790118038 0.5287021874761164 1.0 0.9452701431695414 3 P61586 1 |
| Cell cell signaling by wnt 0.2509266295689728 0.6295745726133309 0.5289729641818961 1.0 0.9452701431695414 72 P61586,P62136,Q13131,Q8N2W9,Q9GZS3,Q9H3S7,Q13641,P67870,Q9UN36,P19784,Q63HN8 11 |
| Pigment granule localization 0.4516638329988859 0.6295527453706209 0.5289872489285754 1.0 0.9452701431695414 6 Q9Y4I1,P62820,Q9H0F7 3 |
| Antigen processing and presentation of exogenous peptide antigen via mhc class ii 0.6754632229084878 0.6285426732688573 0.5296485009939043 1.0 0.9454834946023808 2 Q99538 1 |
| G protein coupled receptor internalization 0.6754632229084874 0.6285426732688563 0.5296485009939049 1.0 0.9454834946023808 2 P49407 1 |
| Adaptation of signaling pathway 0.6754632229084874 0.6285426732688563 0.5296485009939049 1.0 0.9454834946023808 2 P49407 1 |
| Regulation of mitochondrial gene expression 0.337470828480548 0.6269560263552381 0.5306880603120492 1.0 0.9463973007067156 16 Q567V2,Q6P087,Q13131 3 |
| Organic cation transport 0.4161484691323734 0.6244181407443924 0.5323530145169257 1.0 0.948002290430249 7 O43772 1 |
| Positive regulation of cell cycle checkpoint 0.4502532069986051 0.6232608178009439 0.5331131415552137 1.0 0.9483317911807416 6 Q13257 1 |
| Glomerulus development 0.6718248783212397 0.6227481921976304 0.5334500081849809 1.0 0.9486751830650132 3 O95747 1 |
| Positive regulation of neuron apoptotic process 0.3432914900939695 0.6222205321784224 0.5337968668608937 1.0 0.948789210139248 15 P61081,P61586,P78362,P42575,P49427,O95831 6 |
| Skeletal muscle organ development 0.2924409816778633 0.621354425851664 0.5343664509771062 1.0 0.948789210139248 28 P61586,Q13131,Q96TA1,Q16539,O75446,Q7Z406,P60660 7 |
| Positive regulation of organelle assembly 0.2883631957863279 0.6213231572807473 0.5343870201021947 1.0 0.948789210139248 32 Q96C92,P61586,P27695,O75351,Q8TBX8,P26038,P37198,Q13283,P42858,O00560,Q16181,Q9UN86,Q15555,P48426 14 |
| Srp dependent cotranslational protein targeting to membrane 0.3916172343204656 0.6176773424197411 0.536788050367853 1.0 0.9503443499645674 9 P09132 1 |
| Synaptic transmission dopaminergic 0.4838437763416524 0.6163942194666633 0.5376343675591091 1.0 0.9509885461034818 5 P41440,Q99497,P20337,Q00535 4 |
| Golgi to plasma membrane protein transport 0.328816069867146 0.6161383907763844 0.5378031861325145 1.0 0.9510321221796424 17 Q9HD26,O75608,Q4J6C6,P61026 4 |
| Virion assembly 0.3499988348371508 0.6140973439450709 0.5391510033027789 1.0 0.9526493484557004 14 Q9NZZ3,Q9HD42,Q9NP79,Q9H9H4 4 |
| Mitotic intra s dna damage checkpoint signaling 0.4832009111370136 0.6137426655895026 0.5393853897169687 1.0 0.952666335698783 5 O96017 1 |
| Response to ether 0.5245519919860467 0.6136456977263464 0.5394494790532072 1.0 0.952666335698783 4 P11802 1 |
| Regulation of protein localization to endosome 0.4829762179535765 0.6128166221492787 0.5399975987671846 1.0 0.9528689570541332 5 P35241,P26038,Q8TDB6 3 |
| Positive regulation of protein localization to early endosome 0.4829762179535765 0.6128166221492787 0.5399975987671846 1.0 0.9528689570541332 5 P35241,P26038,Q8TDB6 3 |
| Autophagosome maturation 0.3129901648093308 0.611841180131168 0.540642841129124 1.0 0.9533392075381216 19 Q9NZZ3,P13473 2 |
| Stress activated protein kinase signaling cascade 0.2622417521238377 0.6110007494484828 0.5411990841622918 1.0 0.9535031836921052 45 P09429,Q99873,P51452,P07948,P78318,P52564,Q92905,Q12959,P29372,P51617,P46109,Q9NS73,O00560,P61586,Q16539,Q13098,P19525,Q99956,P31689 19 |
| Response to leukemia inhibitory factor 0.2842108535662127 0.6109625608675293 0.5412243662436691 1.0 0.9535031836921052 35 O43324,Q16352,Q96EB6,P34896,P84103 5 |
| Multivesicular body organization 0.3569581431907638 0.6106824839941375 0.5414098042598567 1.0 0.9535751852865194 13 Q9NP79,Q9H9H4 2 |
| Nucleoside phosphate biosynthetic process 0.2368367056608093 0.6095278848986737 0.5421745954967603 1.0 0.954017127705027 99 P62380,Q15120,P55263,P32321,Q96CD2,Q8NFF5,P60891,P11908,P33316,P15531,P34896 11 |
| Negative regulation of striated muscle cell differentiation 0.413033896596595 0.6092970745579442 0.5423275458221806 1.0 0.954017127705027 7 P49840,P67809 2 |
| Cellular response to radiation 0.2554138660704168 0.6085544905932848 0.5428197773922112 1.0 0.9542748538590152 58 Q9NXR7,Q15054,Q9H1E3,Q96B01,O96017,Q16611,P38398,Q96EB6,P16455 9 |
| Water soluble vitamin biosynthetic process 0.6675091266498221 0.6083303828696957 0.542968373864412 1.0 0.9542817463388388 3 P14550,O00764 2 |
| Positive regulation of protein export from nucleus 0.3635064898128676 0.6078023798876668 0.543318550678288 1.0 0.9546297387623418 12 P17612,O95817 2 |
| Jnk cascade 0.2989478280729694 0.6044686419522322 0.5455321113954592 1.0 0.9546297387623418 24 Q13098,P46109,P09429,Q99956,Q92905,P31689,Q9NS73,O00560,P51617,P51452 10 |
| Protein autoubiquitination 0.3402530476596401 0.6034306989328703 0.5462222049565644 1.0 0.955351373754828 15 Q9UNE7,Q8TDB6,Q9NX47,P38398,O94822,Q63HN8 6 |
| Intermembrane lipid transfer 0.4456935260252802 0.6030343655171 0.546485827867726 1.0 0.955351373754828 6 P61916,Q00169 2 |
| Vesicle fusion to plasma membrane 0.6658905608348953 0.602949886925356 0.5465420273219281 1.0 0.955351373754828 3 Q5SQN1 1 |
| Blastocyst growth 0.4002884233820302 0.602592778223737 0.5467796258104543 1.0 0.955351373754828 8 O75312,Q86XI2 2 |
| Cellular response to carbohydrate stimulus 0.2871293005298366 0.6019940811959608 0.547178077246357 1.0 0.955351373754828 30 Q12824,Q15120,Q16822,Q13131 4 |
| Regulation of membrane tubulation 0.665271154556498 0.6008947556755545 0.5479100864070126 1.0 0.955351373754828 3 O00401 1 |
| Fatty acid transport 0.3259899731976203 0.5976346650617671 0.5500837287458977 1.0 0.957375901014676 17 O43772,P04083 2 |
| Positive regulation of muscle cell apoptotic process 0.3779558700254418 0.5965243732528758 0.5508249764024704 1.0 0.957375901014676 10 P04179 1 |
| Negative regulation of leukocyte cell cell adhesion 0.3325715409856402 0.5957855327252441 0.5513185097211024 1.0 0.9578031923898532 16 P42574,P10644,P32119,P09429,P04083,Q12959,Q13951,P78540,Q96IZ0,P51452 10 |
| Positive regulation of pinocytosis 0.5193820224719091 0.5938833594787755 0.5525901296055151 1.0 0.9583876975611714 4 Q9P2R3,P50897,Q9UKG1 3 |
| Regulation of pinocytosis 0.5193820224719091 0.5938833594787755 0.5525901296055151 1.0 0.9583876975611714 4 Q9P2R3,P50897,Q9UKG1 3 |
| Response to interleukin 7 0.3773392249978573 0.5932580706791145 0.5530084548230407 1.0 0.9583876975611714 10 P67809 1 |
| Amine metabolic process 0.3321691519618698 0.5932446355726421 0.5530174447635443 1.0 0.9583876975611714 16 P19623,P58546,P52788,P49366,Q96QD8 5 |
| Axoneme assembly 0.6627479323511662 0.5925456566227696 0.5534852569639366 1.0 0.9587155343839616 3 A0AVF1 1 |
| Negative regulation of fibroblast proliferation 0.398050530015699 0.5914566550522082 0.5542144893800294 1.0 0.958967836749483 8 P04179 1 |
| Purine deoxyribonucleotide catabolic process 0.6621602198089622 0.590606259957868 0.5547842695354752 1.0 0.958967836749483 3 Q96DE0 1 |
| Positive regulation of peptide secretion 0.3316888469726966 0.5902156720670583 0.5550460664598134 1.0 0.958967836749483 16 Q92930,Q16822 2 |
| Negative regulation of calcium ion transport into cytosol 0.6618927267621577 0.5897242251275795 0.555375551301247 1.0 0.958967836749483 3 P28161,P78417 2 |
| Positive regulation of sequestering of calcium ion 0.6618927267621577 0.5897242251275795 0.555375551301247 1.0 0.958967836749483 3 P28161,P78417 2 |
| Negative regulation of ryanodine sensitive calcium release channel activity 0.6618927267621577 0.5897242251275795 0.555375551301247 1.0 0.958967836749483 3 P28161,P78417 2 |
| Regulation of protein polyubiquitination 0.3965924469349449 0.5842304567149198 0.5590652730844721 1.0 0.9597289239488226 8 Q96FW1 1 |
| Negative regulation of response to dna damage stimulus 0.2842962052161548 0.581571918076947 0.5608550628139652 1.0 0.9599437301314816 31 Q9BW85,P14174,P13693,Q96FW1,O75832,Q96EB6 6 |
| Animal organ regeneration 0.3004208655598347 0.5805301587507105 0.5615571549796206 1.0 0.9599437301314816 20 O14965,P62841,P06493,P11908,P19784,Q16611,Q13243 7 |
| Regulation of cell communication by electrical coupling involved in cardiac conduction 0.6617069062324633 0.5802386773442506 0.5617536745117813 1.0 0.9599437301314816 2 Q13557 1 |
| Regulation of relaxation of muscle 0.6617069062324633 0.5802386773442506 0.5617536745117813 1.0 0.9599437301314816 2 Q13557 1 |
| Establishment or maintenance of bipolar cell polarity 0.3084488275105494 0.5802261845951834 0.5617620979847664 1.0 0.9599437301314816 19 Q92796,P18085 2 |
| P38mapk cascade 0.4402454684105961 0.5791008474501627 0.5625211282643279 1.0 0.9603577291181068 6 Q16539,Q99873,P52564 3 |
| Roof of mouth development 0.3950376026421032 0.576550924503014 0.5642428593529094 1.0 0.9603577291181068 8 O95747,Q9P2D1,Q13485 3 |
| Response to increased oxygen levels 0.3948301507241181 0.5755283731003682 0.564934007321642 1.0 0.9603577291181068 8 P04179 1 |
| Nucleoside diphosphate metabolic process 0.2526130186509227 0.5753315959902898 0.5650670567205995 1.0 0.9603577291181068 49 Q9UKK9,Q13131,P56537,Q9Y2X7,P15531 5 |
| Negative regulation of dna binding transcription factor activity 0.2812464208070628 0.5749137589238846 0.5653496241354259 1.0 0.9603577291181068 34 O75832,P42771,Q86VX2,Q8N2W9 4 |
| Positive regulation of protein deacetylation 0.4058367733759843 0.5747260996885886 0.5654765530764938 1.0 0.9603577291181068 7 Q96EB6,Q13363 2 |
| Positive regulation of histone deacetylation 0.4058367733759843 0.5747260996885886 0.5654765530764938 1.0 0.9603577291181068 7 Q96EB6,Q13363 2 |
| Negative regulation of megakaryocyte differentiation 0.657257125289781 0.5745059717767858 0.5656254606269178 1.0 0.9603577291181068 3 Q99873 1 |
| Purine nucleoside diphosphate biosynthetic process 0.6600224592925421 0.5744125614117492 0.5656886546191107 1.0 0.9603577291181068 2 P54819 1 |
| Adp biosynthetic process 0.6600224592925421 0.5744125614117492 0.5656886546191107 1.0 0.9603577291181068 2 P54819 1 |
| Regulation of chaperone mediated autophagy 0.6572011187031233 0.5743228943803281 0.5657493193604977 1.0 0.9603577291181068 3 Q05639 1 |
| Regulation of t cell activation 0.261627377978523 0.5742229380379128 0.5658169490763953 1.0 0.9603577291181068 44 P09429,Q13951,P49366,P51452,P10644,P07948,Q12959,O95999,P42574,P61586,O14617,P09382,P32119,P04439,Q9BXW9,P00491,P78540,Q96IZ0,Q96EY1,O43639,Q96J02,P04083,O15360,Q9UDY8 24 |
| Cerebellar cortex development 0.3574876616561171 0.5741061035318479 0.5658960033523457 1.0 0.9603577291181068 12 P58546 1 |
| Dna synthesis involved in dna repair 0.3353748734441623 0.5735963900657965 0.5662409551705601 1.0 0.9603577291181068 15 Q96EB6,Q96S55,Q15004,Q15054 4 |
| Progesterone receptor signaling pathway 0.47335631551639 0.5735345942859519 0.5662827827131078 1.0 0.9603577291181068 5 Q969T9 1 |
| Cellular response to corticosteroid stimulus 0.357171840802166 0.5723526764428728 0.5670830694563125 1.0 0.9613158381222916 12 Q16822,P04083 2 |
| Trna thio modification 0.6588994946659279 0.570539689328313 0.5683117108607167 1.0 0.9629036847771096 2 O95396 1 |
| Cellular response to unfolded protein 0.283160274449439 0.5689263145183551 0.5694061465385827 1.0 0.9632592368019892 30 Q2TAL8,Q16611,Q9NRK6,O95817 4 |
| Regulation of exocytosis 0.2638664701299368 0.5688600366201887 0.5694511277736929 1.0 0.9632592368019892 43 Q92930,Q4J6C6,P27695,P35080,P04083,P61026,O00560,Q9Y2X7,P61006 9 |
| Negative regulation of phosphorus metabolic process 0.2330056316998039 0.5676402110546575 0.5702792971151878 1.0 0.9632592368019892 98 Q9NQ88,Q15257,P30048,Q14318,O95373,Q9Y2X7,Q96EB6,P62258,P51452,P10644,P31946,P30153,Q9NY27,Q8NFG4,O95684,P07948,P37198,Q86XI2,Q99497,Q15208,P48426,P42574,P42771,Q9Y224,Q16625,Q15750,P60510,Q9UJ41,O95429,O43639,P49840,P61981,P31689,P35240,P63167,O94992,Q16611,Q8TBX8 38 |
| Endocrine process 0.4043024955182748 0.567426682862102 0.57042432563519 1.0 0.9632592368019892 7 Q92930,Q96TA1 2 |
| Cell death in response to oxidative stress 0.2923351849342919 0.5672787172473808 0.5705248343077005 1.0 0.9632592368019892 25 Q99720 1 |
| Cellular anion homeostasis 0.6577765300393137 0.5666758695022872 0.5709344181726044 1.0 0.9633823388421714 2 P12277 1 |
| Sequestering of metal ion 0.65749578888266 0.5657113378323301 0.5715900265926344 1.0 0.9633823388421714 2 P30626 1 |
| Positive regulation of histone acetylation 0.381481115208992 0.565607134080523 0.571660877062357 1.0 0.9633823388421714 9 Q12824,Q969T9 2 |
| Respiratory burst involved in defense response 0.6572150477260065 0.5647473778466128 0.5722456039393007 1.0 0.9633823388421714 2 P39019 1 |
| Respiratory burst involved in inflammatory response 0.6572150477260065 0.5647473778466128 0.5722456039393007 1.0 0.9633823388421714 2 P39019 1 |
| Positive regulation of long term synaptic potentiation 0.6540307736549944 0.5639907435892659 0.5727604317012669 1.0 0.9635295539154604 3 Q99538 1 |
| Negative regulation of protein acetylation 0.3618117980888914 0.5628509208248957 0.5735364027046999 1.0 0.963614054853518 11 Q01105,Q96EB6,Q13363,P38398 4 |
| Lateral ventricle development 0.6563728242560458 0.5618589398604018 0.5742121309583377 1.0 0.9640367316551748 2 Q9Y5K5 1 |
| Histone arginine methylation 0.6531036759111589 0.5609810575123442 0.5748104505244009 1.0 0.9645591034729096 3 Q99873 1 |
| Ketone catabolic process 0.652889352140934 0.5602860500848175 0.575284340973685 1.0 0.9645591034729096 3 P55809 1 |
| Positive regulation of ligase activity 0.6523448469531051 0.5585216271362307 0.5764882405397564 1.0 0.9657285192636648 3 P18887,Q13155 2 |
| Collagen metabolic process 0.3800599296258803 0.5584055582028371 0.5765674782339829 1.0 0.9657285192636648 9 P12955 1 |
| Regulation of antigen receptor mediated signaling pathway 0.380041542493773 0.5583125533059082 0.5766309743269833 1.0 0.9657285192636648 9 O95999,P51452,Q9UDY8 3 |
| Positive regulation of mrna metabolic process 0.2475684303372282 0.5535635865527135 0.5798775522603639 1.0 0.9689195050118932 67 P30041,Q96EP5,Q96B26,Q9H074,Q9UIV1,Q5TAX3,Q969T7,Q96C86,Q86W50,P62487,Q86TB9,O43809,O15514,Q9NQT5,P67809 15 |
| Establishment of protein localization to plasma membrane 0.2921466627027857 0.5530384570092485 0.580237076863042 1.0 0.9689195050118932 24 Q4J6C6,Q9HD26,O15027,O75608,P61026,Q96QK1 6 |
| Rna phosphodiester bond hydrolysis endonucleolytic 0.2763021579443505 0.5527842875110147 0.5804111289340379 1.0 0.9689195050118932 36 Q53H82,P27695,Q9UQ84,P63220,P78346,O75818,Q96DE0 7 |
| Positive regulation of mitochondrial translation 0.3596552840210014 0.5512873903827487 0.5814366811175806 1.0 0.9694272384467852 11 Q6P087,Q9NWS8,Q567V2 3 |
| Alditol metabolic process 0.3895041801772443 0.5494485619900915 0.5826976554731969 1.0 0.96964923962351 8 Q16822,P17174,A6NDG6 3 |
| Modification of synaptic structure 0.3781678241456773 0.5488578654171575 0.5831029955796565 1.0 0.96964923962351 9 P07737,Q9UQB8,P61586,P35080 4 |
| Sensory system development 0.2529258409642653 0.5478043301977353 0.5838262649907184 1.0 0.96964923962351 46 P35240,Q16706,Q6NYC1,O75569,Q99622,Q14318,Q9Y696,Q16611,P42575 9 |
| Positive regulation of chemokine production 0.4329397339121965 0.5474338035855046 0.5840807369352148 1.0 0.96964923962351 6 P14174 1 |
| Positive regulation of histone h3 k4 methylation 0.3307444613751348 0.5456818230458422 0.5852846687595448 1.0 0.96964923962351 15 Q03164,Q9H3P2,Q9GZS3,P38398,Q13485,P18615 6 |
| Positive regulation of response to oxidative stress 0.6516002245929354 0.5455900639554183 0.5853477558346039 1.0 0.96964923962351 2 Q13546 1 |
| Positive regulation of response to reactive oxygen species 0.6516002245929354 0.5455900639554183 0.5853477558346039 1.0 0.96964923962351 2 Q13546 1 |
| Regulation of systemic arterial blood pressure mediated by a chemical signal 0.6477129412247242 0.5435884204547762 0.5867247299227993 1.0 0.96964923962351 3 P04179 1 |
| Alpha beta t cell proliferation 0.6475709070485881 0.5431326836996786 0.5870384507947852 1.0 0.96964923962351 3 P78540,P04439 2 |
| Negative regulation of transcription from rna polymerase ii promoter in response to stress 0.4656476945001839 0.5426053389505541 0.5874015622277531 1.0 0.96964923962351 5 O95817 1 |
| Negative regulation of chemotaxis 0.4655171278544283 0.5420859262615069 0.5877593135004557 1.0 0.96964923962351 5 P51452,P14174 2 |
| Regulation of atp metabolic process 0.2800113532115406 0.5417799761902772 0.5879700871708287 1.0 0.96964923962351 29 P61586,Q13131,P56537,P00403,Q9NQ88,Q8NFG4,P54619,P30405,Q9Y2X7,P36404 10 |
| Response to nitrosative stress 0.3987161140431536 0.5410710776106106 0.5884585924611985 1.0 0.96964923962351 7 P31689,Q99497,P11766 3 |
| Regulation of non motile cilium assembly 0.4314184244285713 0.5409046047678943 0.5885733368460158 1.0 0.96964923962351 6 Q16181,P27695,Q15555 3 |
| Negative regulation of gluconeogenesis 0.6499157776530142 0.5398889803320198 0.5892735978863559 1.0 0.96964923962351 2 A6NDG6 1 |
| Seminiferous tubule development 0.646447627071052 0.5395331146117575 0.5895190539846746 1.0 0.96964923962351 3 Q13485,P46100 2 |
| Regulation of modification of postsynaptic structure 0.5044070060465047 0.5377355264325012 0.5907596487972651 1.0 0.96964923962351 4 P61586 1 |
| Regulation of collagen fibril organization 0.6490735541830535 0.5370465757560352 0.5912354422055022 1.0 0.96964923962351 2 P06400 1 |
| Arginine catabolic process 0.4298084915470329 0.5340203981527117 0.593327421447259 1.0 0.96964923962351 6 O95865,P16930 2 |
| Positive regulation of interleukin 2 production 0.375087221107909 0.5334138669083599 0.593747120490413 1.0 0.96964923962351 9 P00491,Q9UDY8,P04083 3 |
| Regulation of insulin receptor signaling pathway 0.2937272750746529 0.5331602865848216 0.5939226297360669 1.0 0.96964923962351 20 Q96EB6,Q9H1E3,P11802,Q13131 4 |
| Regulation of dna dependent dna replication 0.2920150457836445 0.5328413178346262 0.5941434296341801 1.0 0.96964923962351 22 P12004,Q96S55,Q9Y248,Q9BRT9,Q9UJZ1,P40937,Q9BRX5,P24941,P46100 9 |
| Negative regulation of alpha beta t cell proliferation 0.6473891072431321 0.531378203778026 0.5951567224731478 1.0 0.96964923962351 2 P78540 1 |
| Trna catabolic process 0.3653699580531931 0.5308541230592895 0.5955198710907883 1.0 0.96964923962351 10 Q96B26 1 |
| Positive regulation of apoptotic signaling pathway 0.2705657141174417 0.5293197443742479 0.5965836611214361 1.0 0.9705226431637092 38 O43324,P62081,Q9UNN5,P62136,Q8N2W9,P61254,O75569,Q8NFG4,O43639,O95999,Q96EB6,P63241,P42575 13 |
| Striated muscle cell apoptotic process 0.3961485566167416 0.5290792797737954 0.5967504544464259 1.0 0.9705226431637092 7 Q9NQ88,Q13485,O95817 3 |
| Regulation of circadian rhythm 0.2782661936901058 0.5289198682460958 0.5968610386722211 1.0 0.9705226431637092 30 P62140,Q13131,P36873,O95352,P06493 5 |
| Muscle tissue development 0.2475999118699173 0.5288073348031466 0.5969391090532397 1.0 0.9705226431637092 61 Q13131,O95747,O75446,Q99873,Q7Z406,O75147,P60660,Q04721,Q96TA1,P58546,P61586,Q9UGN5,Q8WZ42,Q16539,P19404,Q13485,P06493,P49840,Q9P2D1 19 |
| Double strand break repair involved in meiotic recombination 0.6462661426165179 0.5276115694971857 0.5977689613045789 1.0 0.9709214421089648 2 Q9BXW9 1 |
| Regulation of hemopoiesis 0.2480722532896607 0.5257721299579554 0.5990465408660257 1.0 0.972459520907581 57 Q9GZP4,P26583,P61586,P09382,P56537,Q04721,Q9GZS3,P09429,Q5JVF3,Q06546,Q9NRK6,P04083,Q9BXW9,Q13951,Q99873,Q9UDY8 16 |
| Uronic acid metabolic process 0.6454239191465574 0.5247930960405311 0.5997270314557863 1.0 0.9728970731633956 2 P14550 1 |
| Negative regulation of erbb signaling pathway 0.3639593684485478 0.523632607670058 0.6005340972982902 1.0 0.973507398800186 10 P51452 1 |
| Cellular response to ether 0.6413539962723557 0.5233152971878355 0.6007548574638668 1.0 0.9735351651234144 3 P11802 1 |
| Regulation of jnk cascade 0.326551128041415 0.5207660680375608 0.6025297435298409 1.0 0.974477815270932 15 O00560,P09429,Q9NS73,P51452 4 |
| Regulation of leukocyte migration 0.2773217922308189 0.5202095636407961 0.6029175203336377 1.0 0.974477815270932 29 P61586,O00401,Q99538,P14174,Q8NHP6,O95747,P09429,P07948,P26038,P04083,Q07021,P30046,Q9UJ41 13 |
| Amyloid precursor protein metabolic process 0.2875799756947144 0.519274227726887 0.603569522922565 1.0 0.9747262333859048 24 P42574,P08047,P27695,O95197,Q96S59,P07948,Q9NZ52,Q12959,P49840,Q96IZ0,Q13526 11 |
| Estrous cycle 0.6400210678070742 0.5191001886352895 0.6036908768026752 1.0 0.9747262333859048 3 P04083 1 |
| Sarcoplasmic reticulum calcium ion transport 0.3721599167441533 0.5188582459048351 0.6038595967086238 1.0 0.9747262333859048 9 P28161,P78417,Q9P2D1,P17612 4 |
| Arginine metabolic process 0.393842737471879 0.5183779175270312 0.6041946187327785 1.0 0.9747262333859048 7 O95865,P16930 2 |
| Antifungal innate immune response 0.6434587310499824 0.5182385302181617 0.6042918549641132 1.0 0.9747262333859048 2 O95999 1 |
| Nik nf kappab signaling 0.2874160859808979 0.5180747599296471 0.6044061096745679 1.0 0.9747262333859048 24 O43657,P60510,P61586,Q9GZN8 4 |
| Synaptic vesicle priming 0.4987434340133861 0.5169601089395961 0.6051840058646214 1.0 0.9747262333859048 4 Q5SQN1,P54920 2 |
| Amp metabolic process 0.3333094434775249 0.516388065230627 0.6055833996991264 1.0 0.9747262333859048 14 P11908,P07741,P55263,P54819 4 |
| Regulation of secretion 0.2335511880633095 0.5154268455661004 0.6062547770365714 1.0 0.975568799544578 103 Q4J6C6,Q13131,Q16822,O00213,Q9Y2X7,Q92930,Q96QK1,P14174,O00233,Q9H3S7,P62330,P61026,O00560,P55809,P61006,P27695,Q8WZ42,P35080,P04083,Q9P2D1,Q9Y2G5 21 |
| Response to inorganic substance 0.2483241561734218 0.5146869300500357 0.6067718080417057 1.0 0.9756867005955852 121 Q99720,P04179,Q96MG7,P27695,Q99538,Q13131,Q9NRM2,P00374,Q8WZ42,P04083,P30048,P06493,O60888,Q9Y696,P24941,Q96EB6,Q16611,Q96QD8 18 |
| Endocrine hormone secretion 0.4578261543527386 0.5117660930540696 0.6088147233841164 1.0 0.9773706936927516 5 Q92930 1 |
| Muscle cell proliferation 0.2787241234019393 0.5113347454374044 0.609116679297979 1.0 0.9773706936927516 28 P06493,P04179,Q9Y5B6,Q9UN36 4 |
| Regulation of erbb signaling pathway 0.3249388721294027 0.5112832157926029 0.6091527560070746 1.0 0.9773706936927516 15 P51452,P27695 2 |
| Vitamin biosynthetic process 0.496907318380962 0.5102826914981677 0.6098534270017124 1.0 0.9773706936927516 4 P14550,O00764 2 |
| Regulation of peptidyl serine phosphorylation 0.2829006564797695 0.5100661815556448 0.610005096854636 1.0 0.9773706936927516 26 O43639,Q16611,P14174,Q13131 4 |
| Positive regulation of rna splicing 0.2885091808115068 0.5078870394879506 0.6115325643896041 1.0 0.9792067666024068 22 O75312,Q8WVV9,P26368,Q96QD8 4 |
| Regulation of mitochondrial fission 0.351357811629169 0.5074670763247694 0.6118271317323616 1.0 0.9792067666024068 11 Q9NX47,O14965,Q96QK1,Q9NQG6 4 |
| Sulfur amino acid catabolic process 0.636057287278853 0.5066379973787418 0.6124088422138931 1.0 0.9792067666024068 3 Q16762,P25325 2 |
| Negative regulation of cell substrate adhesion 0.324142061967868 0.5066170641057738 0.6124235328871632 1.0 0.9792067666024068 15 P35240,P42771,P63167 3 |
| Extrinsic apoptotic signaling pathway 0.2546799833453738 0.5063033511508386 0.6126437108375753 1.0 0.9792067666024068 44 P26583,Q9UGN5,P62136,O95817,P49840,O95999,P38398,P61289,Q16611,P42575 10 |
| Positive regulation of transmembrane receptor protein serine threonine kinase signaling pathway 0.2974676628955939 0.5058397028348591 0.6129691842482319 1.0 0.9792067666024068 19 Q9GZN8,Q04721,Q8NFG4,Q14318,P67870,O00560,Q13485 7 |
| Signal release 0.2456017164851399 0.5044850625552753 0.6139205563837611 1.0 0.9795654574357314 60 Q4J6C6,Q16822,Q9Y2X7,Q92930,Q96QK1,P54920,Q12904,P62820,O00233,P14174,Q9H3S7,P07948,Q96TA1,Q99497,P55809,P35080,O14908,Q13485,P04083,Q5SQN1,Q9P2D1,Q13555 22 |
| Apoptotic mitochondrial changes 0.2748917725678921 0.5042513306211434 0.614084773574401 1.0 0.9795654574357314 31 P04179,O75832,Q16611 3 |
| Rrna base methylation 0.4226680568176535 0.5038133438456928 0.6143925498249723 1.0 0.9798194532508504 6 Q9UI30,Q96P11 2 |
| Neuroepithelial cell differentiation 0.4949229227845456 0.5030988019536682 0.614894808989112 1.0 0.9803834082891424 4 P07437 1 |
| Regulation of monooxygenase activity 0.3499268884890271 0.5000237123682119 0.6170583809456283 1.0 0.9820769256139728 11 P00374,O95865 2 |
| Positive regulation of lamellipodium assembly 0.3371404026003543 0.4987040592382725 0.6179878845160329 1.0 0.9826724330860008 13 O15144,Q9Y6W5,Q16625 3 |
| I kappab kinase nf kappab signaling 0.2456078676476108 0.4980609903060506 0.6184410548130641 1.0 0.9826724330860008 55 Q9UDY8,P61586,P09382,O75179,Q13404,P53041,O43657,Q13325,Q96EB6,Q9Y3E0 10 |
| Negative regulation of lymphocyte apoptotic process 0.4541745931669332 0.4975678743826488 0.6187886516592918 1.0 0.9826724330860008 5 P14174 1 |
| Negative regulation of leukocyte apoptotic process 0.4541745931669332 0.4975678743826488 0.6187886516592918 1.0 0.9826724330860008 5 P14174 1 |
| Negative regulation of smooth muscle cell migration 0.4541073189205226 0.4973075294135489 0.61897220293634 1.0 0.9826724330860008 5 P27695 1 |
| Ceramide metabolic process 0.3100842579575449 0.4966171419214283 0.619459062579077 1.0 0.9826724330860008 17 Q13131 1 |
| Iron ion homeostasis 0.2959578790656107 0.4958622847040683 0.6199915771807609 1.0 0.9829925494603308 19 P04179,O76003,P53384,P61421,Q9BUT1,P30519,Q13485 7 |
| Negative regulation by host of viral transcription 0.4926859152299643 0.4950419524186721 0.620570507260312 1.0 0.9829925494603308 4 Q9H1E3 1 |
| Cellular polysaccharide catabolic process 0.3885874110681331 0.4942378876319965 0.6211381851419955 1.0 0.9829925494603308 7 P62140,P62136 2 |
| Polysaccharide catabolic process 0.3885874110681331 0.4942378876319965 0.6211381851419955 1.0 0.9829925494603308 7 P62140,P62136 2 |
| Protein localization to golgi apparatus 0.3581094366309942 0.4940085054913407 0.6213001726349483 1.0 0.9829925494603308 10 P83436,P40616,Q709C8 3 |
| Nad biosynthesis via nicotinamide riboside salvage pathway 0.6318449873630969 0.4935158743988457 0.6216481260800726 1.0 0.9832104316405624 3 Q8IXQ6,P43490 2 |
| Establishment of golgi localization 0.4918539325842732 0.4920568623244165 0.6226791464096064 1.0 0.9832104316405624 4 P60953,P63104,O14745 3 |
| Optic nerve development 0.6350364963503758 0.4905033738204775 0.6237777430057716 1.0 0.9832104316405624 2 Q9H061 1 |
| Photoperiodism 0.3875519923351618 0.4895241050785708 0.6244706931093382 1.0 0.9835264306946502 7 P62140,P36873 2 |
| Growth hormone secretion 0.6299547245838872 0.4876689325369724 0.6257843607686366 1.0 0.9848899173538362 3 Q9P2D1 1 |
| Negative regulation of nervous system process 0.6336327905671081 0.4859384448529207 0.6270108096477707 1.0 0.985644256538774 2 Q13614 1 |
| Negative regulation of myelination 0.6336327905671081 0.4859384448529207 0.6270108096477707 1.0 0.985644256538774 2 Q13614 1 |
| Regulation of podosome assembly 0.4509697821629617 0.4852162536829453 0.6275229536459244 1.0 0.9857445587636384 5 P61586 1 |
| Positive regulation of podosome assembly 0.4509697821629617 0.4852162536829453 0.6275229536459244 1.0 0.9857445587636384 5 P61586 1 |
| Double strand break repair via classical nonhomologous end joining 0.633071308253801 0.4841171867441829 0.6283027045815146 1.0 0.9867344379570644 2 P12956 1 |
| Positive regulation of establishment of protein localization 0.2294171277280766 0.4830164575357892 0.6290840507810029 1.0 0.9867867773963128 101 P19784,O00233,O95817,O75312,Q13131,Q9H3S7,Q8WZ42,P62330,Q16822,Q9NQG6,O00213,P06493,P17612,Q9NR31 14 |
| Organic hydroxy compound metabolic process 0.2416910182136577 0.4799318324483266 0.6312758653894384 1.0 0.9877413421182316 116 Q14914,Q13131,Q8N2W9,P00374,Q16822,P61916,Q15036,Q96EB6,Q03426,Q96QK1,Q9NPH2,O75477,Q99538,Q96PE3,P53602,P58546,P16930,P07858,Q13572,P61457,Q99714,P48735 22 |
| Negative regulation of camp dependent protein kinase activity 0.6269364346324586 0.4783872806676106 0.6323745848656301 1.0 0.9877413421182316 3 Q96EB6 1 |
| Protein folding 0.2391200526613501 0.478194252431189 0.6325119529538712 1.0 0.9877413421182316 113 Q8IVD9,Q9H2J4,Q9H2H8,Q14318,O43447,P40855,Q9UDY4,O95816,Q99615,Q9H0V9,Q8WVJ2,P26885,Q9NQP4,Q96EY1,P61758,Q9NZL4,O95817,O95429,O14657,Q9UHV9,Q9Y2G5 21 |
| Isoleucine metabolic process 0.416377510439287 0.4776664299405694 0.6328876413131668 1.0 0.9877667088237132 6 O15382,Q99714 2 |
| Intrinsic apoptotic signaling pathway in response to dna damage by p53 class mediator 0.3262677311923009 0.4767429324270085 0.6335451872143283 1.0 0.9877667088237132 14 Q96EB6,P14174 2 |
| Voluntary musculoskeletal movement 0.4874596469443054 0.476395151819098 0.6337928879883763 1.0 0.9877667088237132 4 Q96QK1 1 |
| Positive regulation of translational initiation 0.3325957059563542 0.4740260057124981 0.6354813625868123 1.0 0.9878941945846368 13 O75794,Q07666,P62487,Q13144,O15514 5 |
| Cell cycle dna replication 0.2847236771445208 0.4714495844345546 0.6373197141041966 1.0 0.9885820490510324 20 O75312,Q9BRX5,P18858 3 |
| Regulation of multicellular organism growth 0.3179962974220598 0.4711004356406713 0.6375690140444097 1.0 0.9885820490510324 15 Q9P2D1,Q99538,Q14353 3 |
| Adipose tissue development 0.3383486978060121 0.470823492729601 0.6377667865575696 1.0 0.9885820490510324 12 Q96EB6,P11802 2 |
| Hindbrain morphogenesis 0.3623065127911388 0.4707800537339648 0.6377978098734545 1.0 0.9885820490510324 9 P58546 1 |
| Positive regulation of embryonic development 0.3727664134858274 0.4698611026006801 0.6384542561412827 1.0 0.9885820490510324 8 O95747,Q96TA1 2 |
| Positive regulation of heart growth 0.4469052718233512 0.4697035570529463 0.6385668261734656 1.0 0.9885820490510324 5 P06493,Q9UGN5 2 |
| Positive regulation of organ growth 0.4469052718233512 0.4697035570529463 0.6385668261734656 1.0 0.9885820490510324 5 P06493,Q9UGN5 2 |
| Regulation of stem cell proliferation 0.3829673521619728 0.4688267967418293 0.639193444339051 1.0 0.9885820490510324 7 P35240 1 |
| Arp2 3 complex mediated actin nucleation 0.3117542888753067 0.4687141756810125 0.6392739529785625 1.0 0.9885820490510324 16 P60983,O00401,O15144,O15145,Q9Y6W5 5 |
| Regulation of cellular response to insulin stimulus 0.2834921805518533 0.4671903434167274 0.6403637018773125 1.0 0.9894211706682484 21 Q9H1E3,Q13131 2 |
| Activated t cell proliferation 0.4130625685761008 0.4640730863886071 0.6425953833852773 1.0 0.9913039050690934 6 P42574,P09429 2 |
| Nuclear transcribed mrna catabolic process 0.2391322670034953 0.4636419724351309 0.6429042776972238 1.0 0.9913039050690934 68 Q96B26,Q5JVF3,Q9UIV1,Q5TAX3,Q969T7,Q9H074,Q96F86,Q9UKD2,P62487,Q86TB9,Q8ND04,Q9Y5S9,O15514,P62495,Q5RKV6,Q9NQT5,P67809 17 |
| Negative regulation of intracellular protein transport 0.3519915916288262 0.4636190552311521 0.6429206996646315 1.0 0.9913039050690934 10 O95429,O95817 2 |
| Positive regulation of phosphatidylinositol 3 kinase signaling 0.4129464553153993 0.4635993431814463 0.6429348250281355 1.0 0.9913039050690934 6 Q96EB6,Q969H8 2 |
| Trna modification 0.2657276895539015 0.4628840202569015 0.6434475021660364 1.0 0.9913137261154342 36 Q8WWH5,Q96FX7,Q99714,Q9UET6,Q9UJA5,Q96PZ0,Q7Z2T5 7 |
| Multicellular organism growth 0.2698778357870923 0.4625420337101262 0.6436926664101881 1.0 0.9913137261154342 30 Q99538,Q04721,P11802,Q14318,P18074,Q14353,Q9Y696,Q9P2D1 8 |
| Cellular response to alcohol 0.2817769518359403 0.4610681719918589 0.6447496958672707 1.0 0.9913137261154342 22 Q13131 1 |
| Hepaticobiliary system development 0.2640780729215568 0.460197677929832 0.645374337573019 1.0 0.9913137261154342 37 Q16706,P04179,O14965,P12004,Q04721,Q16822,P62330,P04083,P62841,P25325,P19784,Q13243 12 |
| Regulation of microtubule polymerization or depolymerization 0.2625087446388292 0.459638109655381 0.645775999979318 1.0 0.9913137261154342 38 Q96BD8,P04350,P36405,P29372,Q9Y2X7,Q8IX90 6 |
| Regulation of p38mapk cascade 0.6206121875877585 0.4591619884522905 0.6461178447979945 1.0 0.9913137261154342 3 Q99873,Q12959 2 |
| Negative regulation of histone phosphorylation 0.6204659536739856 0.4587210842521082 0.6464344712178856 1.0 0.9913137261154342 3 P60510 1 |
| Retina development in camera type eye 0.2827471349603593 0.4582405228940573 0.6467796495653553 1.0 0.9913137261154342 20 Q9Y696,Q16706,Q6NYC1 3 |
| Regulation of mitotic cytokinesis 0.6249298147108481 0.458018234872731 0.646939340664078 1.0 0.9913137261154342 2 P37198 1 |
| Regulation of oxidative stress induced intrinsic apoptotic signaling pathway 0.3415349062307968 0.4570961169755361 0.6476019611595298 1.0 0.9913137261154342 11 P04179 1 |
| Transposition rna mediated 0.6243683323975409 0.4562400560173458 0.6482173641603097 1.0 0.9913137261154342 2 Q5TAX3 1 |
| Regulation of mitotic cell cycle phase transition 0.2341236469917474 0.4561127663648982 0.648308890372679 1.0 0.9913137261154342 109 Q9NXR7,O75179,P11802,P30307,Q14674,Q13042,O43684,O96017,Q9UL46,P38398,O14965,P42771,P27695,Q9H900,P42575,P61289,Q13257,P50748,P04083,P15927,P06493,P24941,Q9NZM5,Q7L2J0 24 |
| Response to uv 0.2464930114710546 0.455260531689697 0.6489218170963842 1.0 0.9913137261154342 45 Q15054,Q13131,P39748,Q96EB6,Q16611 5 |
| Phototransduction 0.4805534393491943 0.4521483489110502 0.6511621149006763 1.0 0.992854934261896 4 P30419,O96017 2 |
| Detection of light stimulus 0.4805534393491943 0.4521483489110502 0.6511621149006763 1.0 0.992854934261896 4 P30419,O96017 2 |
| Nuclear membrane organization 0.2812510486617904 0.4520791974590224 0.6512119293092697 1.0 0.992854934261896 21 Q99986,Q9ULX6,Q9NZZ3,O14657,Q9HD42 5 |
| Regulation of golgi to plasma membrane protein transport 0.441996437382923 0.451203851714835 0.651842633862582 1.0 0.992854934261896 5 Q9HD26 1 |
| Positive regulation of synaptic plasticity 0.6175901372984529 0.4500843816616836 0.6526495980027205 1.0 0.992854934261896 3 Q9UJX6 1 |
| Dna replication 0.2515853205152257 0.4471053495930527 0.654798996670962 1.0 0.9936590999942592 132 O75179,P35244,P54098,Q9BRX5,P31949,Q96S55,Q96T60,Q9Y248,Q9NR33,Q15054,Q9H1E3,P39748,Q96EY1,O43929,P18858,Q96QE5,O75312,P49427,P06493,P33316,P24941 21 |
| Establishment of epithelial cell polarity 0.3394729808463607 0.4467478106895773 0.6550571570810377 1.0 0.9936590999942592 11 P61586,O14745,P62330,P26038,Q9H4A6,Q92614 6 |
| Regulation of endoplasmic reticulum unfolded protein response 0.3480663584898461 0.4444601435160249 0.6567099385662081 1.0 0.9939556573617964 10 Q16611 1 |
| Negative regulation of p38mapk cascade 0.6204379562043912 0.4438734407191786 0.65713408762586 1.0 0.9943694521633798 2 Q12959 1 |
| Cellular amino acid catabolic process 0.2527555418717954 0.4423469819796935 0.6582381381848235 1.0 0.994945619029048 42 P21953,Q99714,O95865,O94760,Q6NVY1,P34896,P16930 7 |
| Negative regulation of atp biosynthetic process 0.6195957327344306 0.4412420086770366 0.6590378039697438 1.0 0.994945619029048 2 Q8NFG4 1 |
| Negative regulation of nucleotide biosynthetic process 0.6195957327344306 0.4412420086770366 0.6590378039697438 1.0 0.994945619029048 2 Q8NFG4 1 |
| Smad protein complex assembly 0.6195957327344306 0.4412420086770366 0.6590378039697438 1.0 0.994945619029048 2 Q13485 1 |
| Myofibroblast differentiation 0.6195957327344304 0.4412420086770348 0.6590378039697451 1.0 0.994945619029048 2 P06400 1 |
| Regulation of protein polymerization 0.234949670603339 0.4408453780745731 0.6593249394748284 1.0 0.994945619029048 72 P47755,P61586,Q16625,P04350,O43639,P62330,P35080,P07737,P58546,O15145,P36405,Q9Y2X7,P50552 13 |
| Negative regulation of histone methylation 0.3382069013677137 0.4404343931660139 0.6596225195598984 1.0 0.995167003434833 11 Q12824,Q96EB6 2 |
| Gtp metabolic process 0.3323312276388119 0.4397443292495925 0.660122292329451 1.0 0.9956784647581942 12 P15531,P61586,P62826,P20839 4 |
| Asparagine metabolic process 0.6132468444316368 0.4371652628755877 0.6619914999005645 1.0 0.996234527342944 3 Q9NQR4 1 |
| Regulation of high voltage gated calcium channel activity 0.6179112857945093 0.4359990461586558 0.6628374216206572 1.0 0.9970525958973444 2 P30626 1 |
| Regulation of histone ubiquitination 0.3547245278382913 0.4348276836699795 0.6636875089395784 1.0 0.9974214647904897 9 Q99497,Q96FW1,Q5VTR2 3 |
| Regulation of dendrite morphogenesis 0.3054565264776211 0.4322742291986576 0.6655421150755092 1.0 0.9987994485757808 16 Q6SZW1,P61160,Q9UQB8,Q9UJX6,Q16643,O75147,Q9UJU6 7 |
| Positive regulation of arp2 3 complex mediated actin nucleation 0.4736793951573269 0.4284828040041573 0.6682996504891927 1.0 1.0 4 Q9Y6W5 1 |
| Regulation of viral induced cytoplasmic pattern recognition receptor signaling pathway 0.3296673723746439 0.4262241427042483 0.6699445269319706 1.0 1.0 12 O75179,O43657 2 |
| Regulation of supramolecular fiber organization 0.2390655591978814 0.4258780055351837 0.670196742467903 1.0 1.0 118 Q9Y2X7,P04350,P62330,P58546,P60981,P29372,P47755,P61586,Q16625,P35080,Q9UQB8,P07737,O15145,Q9NQP4,P61758,Q9Y6W5,P60983,O00401,O15013,O15144,O43639,O95429,Q9UHV9,P36405,P35240,P50552,P63167 27 |
| Regulation of cysteine type endopeptidase activity 0.2379266874540888 0.4230642748119503 0.6722483666528369 1.0 1.0 51 P61586,Q99538,Q5JVF3,P09429,P78318,Q92688,P30048,P30044,Q99497,P16455,Q16611,O95999,P63167,Q96EB6,Q15418,Q9UDY8,P42575 17 |
| Plasma membrane to endosome transport 0.4720654940049816 0.4229970116646064 0.6722974413556098 1.0 1.0 4 Q15286 1 |
| Pyruvate metabolic process 0.2429323808818776 0.4223399367677559 0.6727769118331981 1.0 1.0 45 Q9Y2X7,Q15120,Q13131,P56537 4 |
| Bile acid metabolic process 0.3345268837234342 0.4222643406284855 0.6728320832116781 1.0 1.0 11 Q96EB6 1 |
| Regulation of microtubule based process 0.2246501996858265 0.4205147760760049 0.6741094373924061 1.0 1.0 83 P61586,Q96BD8,P27695,Q13131,Q9NZZ3,P04350,Q16625,P29372,P78318,P53384,P36405,P38398,Q9Y2X7,Q96EB6,Q8IX90 15 |
| Labyrinthine layer morphogenesis 0.6122964626614382 0.4187172109041014 0.6754228158759135 1.0 1.0 2 P20248 1 |
| Trna 5 leader removal 0.3614857953266908 0.4185355093491996 0.6755556299438132 1.0 1.0 8 P78346 1 |
| Cellular response to topologically incorrect protein 0.2598761218256924 0.4155681662814637 0.6777260249663419 1.0 1.0 36 Q2TAL8,Q16611,Q9NRK6,O95817 4 |
| Actin nucleation 0.2964826132679493 0.4151876463733321 0.6780045415869862 1.0 1.0 17 P60983,O00401,O15144,O15145,Q9Y6W5 5 |
| Interleukin 1 production 0.3212027579424462 0.4140751455137561 0.6788190744657987 1.0 1.0 13 P09429,Q9Y2X7,Q9UDY8,P04083 4 |
| Glomerular epithelium development 0.6106120157215168 0.413592082201878 0.679172872857126 1.0 1.0 2 Q04721 1 |
| Glomerular epithelial cell development 0.6106120157215168 0.413592082201878 0.679172872857126 1.0 1.0 2 Q04721 1 |
| Glomerular epithelial cell differentiation 0.6106120157215168 0.413592082201878 0.679172872857126 1.0 1.0 2 Q04721 1 |
| Regulation of glucose metabolic process 0.271026885258655 0.4122476562238067 0.6801579102418875 1.0 1.0 25 P62140,Q15118,Q15120,Q9UNI6,P62136,Q9NQ88,P49840,Q96EB6 8 |
| Double strand break repair 0.2306122876755425 0.411617971725934 0.6806194569272801 1.0 1.0 109 Q56NI9,Q9NXR7,Q8N2W9,P35244,P09429,O00487,Q9Y620,Q7Z4V5,P26583,Q9NY27,Q9NWY4,Q96T60,Q9Y248,O96017,Q92499,Q8IXQ6,P38398,P16455,Q9UGN5,Q9NV56,Q96FW1,Q9H1E3,Q96B01,P39748,Q9BRT9,P18887,Q9BXW9,Q9BRJ7,P60510,Q96FZ2,P53041,P15927,Q92993 33 |
| Negative regulation of sodium ion transmembrane transport 0.4678421206489295 0.4087722367967682 0.6827068160977621 1.0 1.0 4 O95747,Q13557 2 |
| Endosome organization 0.2626968161458143 0.4081205517931521 0.6831851723373419 1.0 1.0 29 Q8IYI6,Q2M389,Q9NP79,Q9H9H4 4 |
| Mitochondrial rna metabolic process 0.2621717390945519 0.4042761857195517 0.6860096354412213 1.0 1.0 29 Q96QE5,Q8WVM0,Q99714,Q13131 4 |
| Positive regulation of lipid kinase activity 0.4290141953284407 0.403600961576457 0.6865061784707329 1.0 1.0 5 Q05639 1 |
| Positive regulation of cell division 0.3124850046715148 0.4023508198249365 0.6874258587008375 1.0 1.0 14 P61586,P67809,Q99741 3 |
| Protein k63 linked deubiquitination 0.3001329229755859 0.4023068487790535 0.6874582149045474 1.0 1.0 16 Q9NZM5,Q9NXR7,Q9Y5T5 3 |
| Neuron intrinsic apoptotic signaling pathway in response to oxidative stress 0.4656062783225133 0.4013198398603949 0.6881846584024747 1.0 1.0 4 Q99497,Q15233 2 |
| Negative regulation of phosphorylation 0.2220378482999569 0.4010985646229777 0.6883475575982163 1.0 1.0 84 P42771,P60510,O43639,P30048,Q14318,Q86XI2,P51452,P35240,Q15208,Q9Y2X7,Q96EB6,O94992,Q16611,P63167 14 |
| Interleukin 2 production 0.3244595760264059 0.4002373928784028 0.6889816756650595 1.0 1.0 12 P00491,Q9UDY8,Q92993,P04083 4 |
| Hippo signaling 0.4266218626605774 0.3950502565543443 0.6928057987216854 1.0 1.0 5 P35240,Q16539 2 |
| Positive regulation of nucleocytoplasmic transport 0.2605863184341057 0.3939100590350709 0.693647443538993 1.0 1.0 31 Q07666,O95817,O75312,Q9H7Z3,Q92688,Q16539,P06493,P62826,P17612,P62258 10 |
| Positive regulation of protein containing complex assembly 0.23353165025542 0.3921515997199989 0.6949462035330096 1.0 1.0 65 Q9Y2X7,Q9UNE7,P62330,Q99497,P61586,Q9UNN5,Q16625,P35080,P07737,Q9UQB8,P36404,P62333,O95429,O43639,O15144,Q92597,P36405,P50552,Q16611 19 |
| Synapse assembly 0.272017961624359 0.3917169967141203 0.6952673301137284 1.0 1.0 21 Q13641,P62330,O00560,O75147,Q96QK1 5 |
| Phosphatidylethanolamine biosynthetic process 0.6027512633352173 0.3900477582759012 0.6965012321434392 1.0 1.0 2 P35790 1 |
| Regulation of protein localization to cell surface 0.3272417311058859 0.3871234158181504 0.6986648432194413 1.0 1.0 11 P62330 1 |
| Nuclear body organization 0.4243218896943906 0.3868977052261485 0.6988319400838818 1.0 1.0 5 O75312 1 |
| Response to nerve growth factor 0.3217000083033189 0.3867153350504791 0.6989669620608914 1.0 1.0 12 P62330 1 |
| Regulation of cyclase activity 0.393479482855546 0.3866370417668827 0.699024931225894 1.0 1.0 6 P21359,P04899,Q16539,Q01518,P27361 5 |
| Protein k63 linked ubiquitination 0.2914663533685327 0.3865027726280295 0.6991243495838861 1.0 1.0 17 Q96FW1,Q13404,Q63HN8 3 |
| Negative regulation of neuron projection development 0.2784591936279081 0.3853424949419521 0.6999836813748492 1.0 1.0 19 Q9UL15,P61586,P62330,P43378,Q86X55 5 |
| Membrane disassembly 0.3635394719251989 0.3845731781961919 0.7005536692769043 1.0 1.0 7 Q99986 1 |
| Regulation of oxidoreductase activity 0.2910935870659295 0.3844024437660927 0.7006801895449266 1.0 1.0 17 P00374 1 |
| Regulation of protein export from nucleus 0.2845980379234727 0.3826417327377894 0.701985422666336 1.0 1.0 18 P62258,Q92688,P17612,O95817 4 |
| Vitamin d metabolic process 0.42297558584266 0.3821569835089353 0.70234492681161 1.0 1.0 5 Q8N2W9 1 |
| Negative regulation of developmental process 0.2279979376914627 0.3795992393994318 0.7042429255001075 1.0 1.0 109 Q8N4Q0,P04179,P14174,P13693,O75179,Q9GZS3,P62330,P04083,Q15051,Q99873,Q96EB6,P67809 12 |
| Axonal transport of mitochondrion 0.4588270526759759 0.3790649030591798 0.7046396681043514 1.0 1.0 4 P27695,Q9UH62 2 |
| Negative regulation of supramolecular fiber organization 0.2336383453610073 0.37891121913879 0.7047537926890044 1.0 1.0 56 Q9NQP4,P47755,P04350,Q9UHV9,P35080,P07737,P58546,P29372,P61758,P63167 10 |
| Regulation of b cell apoptotic process 0.4586614092515045 0.378527686021989 0.7050386306331218 1.0 1.0 4 O95999,P14174 2 |
| Telomerase holoenzyme complex assembly 0.3911111717560513 0.3776307042573987 0.705704952083448 1.0 1.0 6 Q96HR8 1 |
| Regulation of epithelial cell apoptotic process 0.3138701158852386 0.3770755908957544 0.7061174302543938 1.0 1.0 13 Q13131 1 |
| Negative regulation of leukocyte proliferation 0.3246165629107571 0.3747439384565698 0.7078509113744065 1.0 1.0 11 P42574,P10644,P07948,Q12959,P78540,Q96IZ0 6 |
| Catecholamine uptake involved in synaptic transmission 0.5974171813588 0.3744304614500518 0.7080840834893456 1.0 1.0 2 Q99497 1 |
| Dopamine transport 0.5974171813588 0.3744304614500518 0.7080840834893456 1.0 1.0 2 Q99497 1 |
| Catecholamine uptake 0.5974171813588 0.3744304614500518 0.7080840834893456 1.0 1.0 2 Q99497 1 |
| Monoamine transport 0.5974171813588 0.3744304614500518 0.7080840834893456 1.0 1.0 2 Q99497 1 |
| Synapse maturation 0.5908452681830977 0.3730572446744964 0.7091058391103844 1.0 1.0 3 P07737,Q9UJX6 2 |
| Negative regulation of intrinsic apoptotic signaling pathway 0.2562413835507233 0.3729622383168547 0.7091765489208604 1.0 1.0 34 Q9UL15,P04179,P14174,P13693,Q96EB6,P31689,Q99497,O75489,O95881,P30405,P06733,Q15233,Q9H300 13 |
| Protein export from nucleus 0.2576911690387374 0.3728086013336854 0.7092909006962098 1.0 1.0 31 Q96QU8,O95817,Q92688,P61970,P62826,P17612,P62258,O15504 8 |
| Regulation of histone h3 k9 trimethylation 0.4198703133066948 0.3713124215395255 0.7104048471909568 1.0 1.0 5 Q12824 1 |
| Cellular aldehyde metabolic process 0.2684226146732304 0.3690948034628535 0.7120570621623781 1.0 1.0 21 Q04760,P48735,O43488,P14550,P10768,Q9Y4C1,Q99497,P51648,P11766 9 |
| Positive regulation of immune effector process 0.2461059980311557 0.3682001498644744 0.7127239985963283 1.0 1.0 41 P14174,O75179,P04083,O15400,Q92499,Q5RKV6,O95999,Q9UJ41,Q96EB6,Q9UDY8,Q9NQT5 11 |
| Negative regulation of small molecule metabolic process 0.2682586140740471 0.3680753731312734 0.7128170332409822 1.0 1.0 21 O75477,Q9NQ88,A6NDG6,P49840,P38398,Q9Y2X7,Q96EB6 7 |
| Regulation of leukocyte differentiation 0.2555621372773383 0.367929303114699 0.7129259497763663 1.0 1.0 34 P61586,O14617,P09382,P32119,Q04721,Q5JVF3,O15347,P09429,P07948,Q13546,P12956,P06400,P04083,Q9BXW9,P00491,Q13951,O15360,Q9UDY8 18 |
| Amyloid precursor protein catabolic process 0.2753515973065685 0.3668048627952567 0.7137645801151531 1.0 1.0 19 P42574,P08047,P27695,P07948,P49840,Q13526 6 |
| Regulation of apoptotic dna fragmentation 0.5946097697922645 0.3663307138856407 0.7141183137178875 1.0 1.0 2 O95831 1 |
| Renal system process 0.30495569078411 0.3637178254508882 0.7160687309823615 1.0 1.0 14 Q99538,P17612 2 |
| Xenobiotic catabolic process 0.3871776840481999 0.3628560052345104 0.7167124527611788 1.0 1.0 6 P28161,P21266,P78417 3 |
| Cell substrate junction organization 0.2559850841787483 0.3627437175916694 0.7167963389173411 1.0 1.0 32 Q92930,P62330,P51452,P63167 4 |
| Dna replication independent chromatin organization 0.3484754673974457 0.3620144073625401 0.7173412641140455 1.0 1.0 8 O14929,P46100,Q9Y5B9 3 |
| Cytoplasmic pattern recognition receptor signaling pathway in response to virus 0.2924542484027426 0.3605397657961213 0.7184435244874994 1.0 1.0 16 O75179,O43657 2 |
| Regulation of protein maturation 0.3213643282844047 0.359625037920911 0.7191275570796622 1.0 1.0 11 Q9UMY4,O95816 2 |
| Positive regulation of cytokine production involved in immune response 0.3102977042529602 0.3595374348400682 0.7191930783927956 1.0 1.0 13 P14174,Q92499,O95999,Q96EB6,Q9UDY8 5 |
| Immune response regulating cell surface receptor signaling pathway 0.2550284973883431 0.3592588384136149 0.7194014638175628 1.0 1.0 33 P41240,P46379,Q14232,P45985,Q9UJZ1,Q13144,P51452,P19174,Q07666,P07948,Q9NR50,O95999,P46109,Q9UI10,P49770,P04439,Q96IZ0,Q9UJ41,Q9UDY8 19 |
| Negative regulation of vascular associated smooth muscle cell differentiation 0.5918023582257288 0.3583151409339247 0.7201074885095733 1.0 1.0 2 P26358 1 |
| Cellular response to insulin stimulus 0.231000665349601 0.3578948125038577 0.7204220329703304 1.0 1.0 61 Q9Y4I1,P08047,Q13131,Q9H1E3,P11802,Q16822,Q9UQB8,P07741,P61026,Q92930,Q96EB6,P61006 12 |
| Viral genome replication 0.2310439738240949 0.3573989297968022 0.7207931778201713 1.0 1.0 52 Q13363,Q9H1E3,Q9UIV1,Q12824,Q15365,O43447 6 |
| Positive regulation of cyclase activity 0.58456286714509 0.355885170823311 0.7219265616887158 1.0 1.0 3 Q16539 1 |
| Regulation of synapse maturation 0.5906793935991147 0.3551327351594637 0.7224901538182733 1.0 1.0 2 Q9UJX6 1 |
| Regulation of collateral sprouting 0.5895564289724995 0.3519640507857303 0.7248652229042338 1.0 1.0 2 Q8N0X7 1 |
| Collateral sprouting 0.5895564289724995 0.3519640507857303 0.7248652229042338 1.0 1.0 2 Q8N0X7 1 |
| Central nervous system neuron differentiation 0.2727839382052672 0.3517608919644852 0.7250175900575013 1.0 1.0 19 Q99622 1 |
| Regulation of cellular amide metabolic process 0.2917921203013158 0.351749124660837 0.7250264157552317 1.0 1.0 211 P49458,Q9Y6E2,Q13131,P56537,P00374,P31483,Q9NQ88,Q9NWS8,Q8N442,P41567,P62487,Q9Y5T5,Q9Y5S9,O15514,Q13144,Q15418,P63241,P67809,O75794,O75175,Q96B26,Q07666,P51114,Q9H2P9,O60841,Q9UBQ5,Q07021,Q8N543,P58546,Q86TB9,Q92499,P57772,P46777,Q9BX40,P42574,Q15120,P49770,P27695,P61586,P62136,Q9UIV1,Q5TAX3,Q969T7,Q9Y2L1,Q6P087,Q567V2,P62495,Q15056,P34896,Q15118,P08047,P63173,Q14240,P61254,Q96P11,Q9BQC3,O95197,Q9H074,O43639,Q96C86,P19525,Q86W50,P05386,Q8IZD4,Q9NQT5,P49840,Q96PZ0,Q9UQ80,Q13526 69 |
| Amyloid beta metabolic process 0.2847937691439496 0.3495912875530713 0.7266454503808388 1.0 1.0 17 P42574,P08047,P27695,P49840,Q13526 5 |
| Endosome transport via multivesicular body sorting pathway 0.3138147036374505 0.3490777146309499 0.7270309666404677 1.0 1.0 12 Q9H3S7,Q9NP79 2 |
| Multivesicular body sorting pathway 0.3138147036374505 0.3490777146309499 0.7270309666404677 1.0 1.0 12 Q9H3S7,Q9NP79 2 |
| Regulation of short term neuronal synaptic plasticity 0.5884334643458862 0.3488091592468382 0.7272325867031662 1.0 1.0 2 Q15042 1 |
| Cellular response to insulin like growth factor stimulus 0.5884334643458862 0.3488091592468382 0.7272325867031662 1.0 1.0 2 P20248 1 |
| Male meiotic nuclear division 0.4127251204844331 0.3468496147097972 0.7287043010338947 1.0 1.0 5 Q15645,O15360 2 |
| Mapk cascade 0.2332548866518333 0.3464775313353765 0.7289838671398841 1.0 1.0 119 P56537,P09429,P36873,Q9UN36,P30046,Q99873,P62258,P51452,P20248,P62140,P30153,P14174,Q04721,Q8NFG4,P07948,P78318,Q969H8,P37198,Q92905,P52564,Q12959,O00560,Q15208,P46109,Q9NS73,P29372,P51617,P49407,P18615,Q13641,Q15750,Q16539,Q96GX9,O75832,Q13485,Q13098,P19525,Q99956,P53041,P31689,P06493,P35240,Q13526 43 |
| Negative regulation of cysteine type endopeptidase activity 0.2718687376030226 0.3464599131612056 0.7289971055088389 1.0 1.0 19 Q5JVF3,P78318,P30048,P30044,Q15418 5 |
| Negative regulation of leukocyte migration 0.3443941433563932 0.3449303286847491 0.7301467492656621 1.0 1.0 8 Q9UJ41,O00401,P14174 3 |
| Ribosome disassembly 0.4119567588858546 0.3442607725246367 0.7306501822629627 1.0 1.0 5 Q9ULC4 1 |
| Regulation of erad pathway 0.3534717499005317 0.343370140099323 0.7313200202580892 1.0 1.0 7 O43765,Q04323 2 |
| Endocrine system development 0.3008564300999516 0.3433379276256771 0.7313442508607948 1.0 1.0 14 P04083 1 |
| Dendritic spine maintenance 0.5786972477736406 0.3401903324732249 0.7337131980679692 1.0 1.0 3 Q96QK1 1 |
| Cytokine production involved in immune response 0.2936052248446577 0.339598652567455 0.7341587929889415 1.0 1.0 15 P14174,Q92499,O95999,Q96EB6,Q9UDY8 5 |
| Negative regulation of phosphatase activity 0.3429209942960654 0.3388439961452169 0.7347272556599027 1.0 1.0 8 Q15257 1 |
| Tissue migration 0.2289721544181721 0.3388268099772303 0.7347402032387054 1.0 1.0 61 P08047,Q9Y6W3,P61586,Q99538,P09429,Q9H3S7,P62330,P35080,P04083,P07737,P67870,Q96EB6 12 |
| Microvillus assembly 0.3428008998875199 0.338349729357308 0.7350996525329152 1.0 1.0 8 Q9P289,Q16658,O14745,P15311,Q9Y4G8,P61225,Q8TEU7 7 |
| Regulation of cation channel activity 0.282642945461566 0.3380122053291677 0.7353539900423005 1.0 1.0 17 P28161,P27695,P78417,P17612,P42858,Q13557 6 |
| Positive regulation of locomotion 0.2107749436101242 0.3364930354873202 0.7364991025888736 1.0 1.0 93 P08047,P04179,P31949,Q9Y6W3,Q99538,P61586,O95429,O95747,P09429,Q13641,P62330,P04083,P07737,O00560,Q96EB6 15 |
| Post golgi vesicle mediated transport 0.2279892802328253 0.3355444498188508 0.7372144200327626 1.0 1.0 49 Q9Y4I1,Q4J6C6,P50570,Q9Y6D5,Q9HD26,P42566,Q96KP1,Q9P2R3,Q8IYI6,Q9NZ52,O15027,P61026,O14617,Q9NV70,Q9UJY5,Q9H4A6,O00161,Q15276,O75608,P36405,Q709C8,Q8TAG9 22 |
| Positive regulation of vasculature development 0.2615085321845203 0.3349019997760287 0.737699013528442 1.0 1.0 23 P08047,P38398,Q9H2J4,Q96EB6 4 |
| Maintenance of cell polarity 0.4090422287109 0.3345164213857595 0.7379899014469942 1.0 1.0 5 O00151,O75083 2 |
| Regulation of ruffle assembly 0.3418108562822205 0.3342860747011087 0.7381636974207608 1.0 1.0 8 P35080 1 |
| Negative regulation of t cell receptor signaling pathway 0.4443220548461329 0.3332647411730004 0.7389344520170611 1.0 1.0 4 Q96IZ0,P51452 2 |
| Negative regulation of antigen receptor mediated signaling pathway 0.4443220548461329 0.3332647411730004 0.7389344520170611 1.0 1.0 4 Q96IZ0,P51452 2 |
| Negative regulation of peptidyl tyrosine phosphorylation 0.3154809438832899 0.3329099912235838 0.7392022273233245 1.0 1.0 11 P35240 1 |
| L serine metabolic process 0.4084303999656871 0.332486188474732 0.7395221670945693 1.0 1.0 5 P34896 1 |
| Ncrna catabolic process 0.2539161287404901 0.3315651181880255 0.7402176625295243 1.0 1.0 28 Q9BQ61,A7E2V4,Q96B26,Q9NQT5,Q96DE0 5 |
| Deoxyribonucleoside catabolic process 0.581695676586201 0.3301734021367437 0.7412689429788728 1.0 1.0 2 P00491 1 |
| Regulation of synaptic plasticity 0.257101493565618 0.3297068722753653 0.741621460533711 1.0 1.0 26 Q9UBB6,Q99538,P61981,Q9UQB8,Q9UJX6,O95793,Q16643,O14908,P61006 9 |
| Adp metabolic process 0.250737853243189 0.3287243181760234 0.7423640716882762 1.0 1.0 33 Q13131,P56537 2 |
| Regulation of protein localization to centrosome 0.5811341942728938 0.3286434226291682 0.7424252229736104 1.0 1.0 2 P37198 1 |
| Positive regulation of reactive oxygen species metabolic process 0.2975618891909959 0.3273097500442525 0.7434336187615989 1.0 1.0 14 P00403,P04179,Q16539 3 |
| Cytoplasmic translational elongation 0.3773683822017099 0.3270536185301312 0.743627331388701 1.0 1.0 6 Q9BZG8,Q9H2P9,O60524,Q9BQC3 4 |
| Protein localization to endosome 0.3090318008947038 0.3270082139307863 0.7436616726451832 1.0 1.0 12 P62330,P26038,Q15286,Q8TDB6,Q96QK1 5 |
| Regulation of actin nucleation 0.3304765911538415 0.3269320528824663 0.7437192773398011 1.0 1.0 9 Q9Y6W5,P60983 2 |
| Regulation of microtubule cytoskeleton organization 0.2267352587801658 0.3259131675319784 0.7444900529266749 1.0 1.0 65 P61586,Q96BD8,Q13131,Q9NZZ3,P04350,P36405,P29372,Q9Y2X7,Q8IX90 9 |
| Porphyrin containing compound metabolic process 0.2743080276870174 0.3247946253742003 0.7453365125426248 1.0 1.0 18 P30043,Q9NRK6,Q9P0S9,Q9BUT1,P30519,P06132 6 |
| Regulation of lyase activity 0.3766160764474491 0.3243715482037677 0.7456567574853437 1.0 1.0 6 P21359,P04899,P08754,Q01518,Q99497 5 |
| Negative regulation of response to cytokine stimulus 0.3294760439130639 0.3227377432032436 0.7468938654808757 1.0 1.0 9 Q9UIV1,Q8N2W9 2 |
| Negative regulation of apoptotic signaling pathway 0.2264636596447706 0.3209859555988171 0.748221034030069 1.0 1.0 64 P04179,P26583,P14174,P13693,P61289,O75832,P19784,P38398,Q96EB6 9 |
| Sulfur compound metabolic process 0.2226324961357723 0.3170790488320829 0.7511836218800112 1.0 1.0 109 Q9Y4U1,Q9NZL9,P53384,Q8WUX2,P14550,O43708,Q03426,Q13126,Q96CM8,P04179,Q04760,P78417,Q96IU4,P53602,O76071,Q86SX6,P00390,P28161,Q15120,Q86U28,Q4G176,Q96GX9,P21266,Q9BV57,P25325,Q9Y5Y2,Q15118,P08047,Q86W50,P50747,Q96RQ3,P52788 32 |
| Olfactory behavior 0.5695310888664965 0.3163395939127246 0.7517447613863741 1.0 1.0 3 Q13641 1 |
| Chemosensory behavior 0.5695310888664965 0.3163395939127246 0.7517447613863741 1.0 1.0 3 Q13641 1 |
| Oligodendrocyte development 0.3199796251478066 0.3162650393326182 0.7518013448367025 1.0 1.0 10 Q96P11,P49770,Q9NR50,Q14232,P18074,Q13144 6 |
| Erad pathway 0.2442759935754722 0.3160019876798898 0.7520009994333314 1.0 1.0 38 P62333,Q9UNN5,O75477,O43765,Q9UNE7,P33908,Q7L5D6,P54578,Q04323 9 |
| Regulation of dna strand elongation 0.3461595631644442 0.3146168625299737 0.7530525744488912 1.0 1.0 7 Q9H1E3 1 |
| Regulation of response to endoplasmic reticulum stress 0.2559015590674569 0.3134724947501363 0.7539217144117081 1.0 1.0 25 O43765,O43639,Q16611,P54578,O95881,Q96EB6,Q04323 7 |
| Intestinal epithelial cell differentiation 0.5683857245340396 0.313418588444447 0.7539626636026635 1.0 1.0 3 Q9NQ88 1 |
| Intestinal epithelial cell development 0.5683857245340396 0.313418588444447 0.7539626636026635 1.0 1.0 3 Q9NQ88 1 |
| Ribosomal small subunit assembly 0.2944093931407739 0.3122753482048774 0.7548312732358307 1.0 1.0 14 P63173,P62841,P62857,Q9Y3A4,P08865,P39019,P62263 7 |
| Regulation of receptor clustering 0.56697556866049 0.3098406753643213 0.7566821181984469 1.0 1.0 3 Q14696,P46109 2 |
| Neurotransmitter receptor localization to postsynaptic specialization membrane 0.5669755686604859 0.3098406753643111 0.7566821181984547 1.0 1.0 3 Q14118,Q12959 2 |
| Regulation of intrinsic apoptotic signaling pathway 0.2258946634925132 0.3086371445939386 0.7575975620811579 1.0 1.0 56 Q9UL15,P04179,P62081,P61254,P14174,Q8N2W9,P13693,O75569,Q8NFG4,O43639,Q9H300,O75489,O95881,P30405,Q96EB6,P63241 16 |
| Carbohydrate biosynthetic process 0.2320893549707506 0.3083685773174677 0.7578018893737637 1.0 1.0 44 P62140,Q9NPH2,P62136,Q16822,P49840,A6NDG6,P14550,Q15185,P46976,Q96EB6 10 |
| Exocytic process 0.2585684099386203 0.3083074441204296 0.7578484021728769 1.0 1.0 20 P54920,Q92930 2 |
| Response to aldosterone 0.5658522886829515 0.3070052287207294 0.7588393923471897 1.0 1.0 3 P09874,O95831 2 |
| Regulation of cellular carbohydrate metabolic process 0.2482583741931739 0.306910917380767 0.7589111789920651 1.0 1.0 30 P62140,Q15118,Q15120,Q9UNI6,P62136,Q9NQ88,P49840,Q9Y2X7,Q96EB6 9 |
| Positive regulation of nuclear cell cycle dna replication 0.5729927007299409 0.3068650371494631 0.7589461022444821 1.0 1.0 2 P46100 1 |
| Ire1 mediated unfolded protein response 0.3440388407222003 0.3064721397690469 0.7592451891811431 1.0 1.0 7 Q16611 1 |
| Negative regulation of cell cycle g1 s phase transition 0.2581085634486729 0.3056890095520708 0.7598414421088988 1.0 1.0 20 P42575,O00213,P24941 3 |
| Negative regulation of protein localization to cell periphery 0.3345836583290652 0.3052311143132007 0.7601901365935173 1.0 1.0 8 Q9HD26 1 |
| Nucleobase metabolic process 0.2531444557894329 0.3047805799760459 0.7605332732044694 1.0 1.0 26 P49915,Q9P2T1,Q9NRF8,P60891,P07741,P34896 6 |
| Negative regulation of glycoprotein metabolic process 0.5710275126333659 0.3017237050642375 0.762862695945606 1.0 1.0 2 Q9NY61 1 |
| Cellular response to inorganic substance 0.2351875377901468 0.2985528208149639 0.7652812679125687 1.0 1.0 42 Q96MG7,Q99538,Q13131,Q9NQ88,Q13557,Q9BY42,P30405,P46100,P24941,Q9Y696,P20248,O95831 12 |
| Entrainment of circadian clock 0.3328662976704113 0.2984887159532144 0.7653301871894962 1.0 1.0 8 P62140,P36873 2 |
| Response to light stimulus 0.2230480105465992 0.2973398604145183 0.7662070527429057 1.0 1.0 67 P62140,Q96MG7,P61254,P62136,Q15054,Q13131,P12004,P36873,P39748,Q9UNS2,O94830,O96017,Q15004,P30419,Q96EB6,Q16611 16 |
| Regulation of tolerance induction 0.5617790437745913 0.2968327981665701 0.7665941640500882 1.0 1.0 3 P09429 1 |
| Negative regulation of kinase activity 0.2244577751401199 0.2967958999577398 0.7666223358726107 1.0 1.0 55 P30048,O95373,Q96EB6,P51452,P10644,P07948,O95684,P37198,Q86XI2,Q99497,Q15208,P42574,P42771,Q9Y224,Q15750,P61981,P31689,P35240,O94992,Q8TBX8 20 |
| Cellular response to molecule of bacterial origin 0.2458974441377029 0.295641038268575 0.7675042297885701 1.0 1.0 33 P26583,P61586,P14174,Q9NZZ3,P09429,P11802,Q9Y2X7,Q9UDY8 8 |
| Endoplasmic reticulum unfolded protein response 0.2560034390880747 0.2951776329564369 0.7678581874752137 1.0 1.0 21 Q2TAL8,Q16611 2 |
| Trophectodermal cell differentiation 0.3963586131806025 0.2935534475655882 0.7690991526001854 1.0 1.0 5 O75175,Q13895 2 |
| Regulation of dna replication 0.2239719741323091 0.2926896603816866 0.7697593737931776 1.0 1.0 55 P31949,O75179,Q9H1E3,Q96S55,Q9Y248,P06493,Q9BRX5,P24941 8 |
| Positive regulation of endoplasmic reticulum stress induced intrinsic apoptotic signaling pathway 0.5598615999417349 0.2921041790653055 0.7702069715330344 1.0 1.0 3 O43639 1 |
| Liver morphogenesis 0.4304250712677868 0.2918816829826128 0.7703770888340638 1.0 1.0 4 Q04721 1 |
| Ventricular system development 0.3399590274869559 0.2910578556647412 0.771007071465919 1.0 1.0 7 Q99622,Q9Y5K5 2 |
| Positive regulation of receptor clustering 0.5668163952835625 0.2908606012686152 0.7711579347851298 1.0 1.0 2 Q14696 1 |
| Negative regulation of protein localization to membrane 0.3216707300491373 0.2907893407300236 0.771212438114194 1.0 1.0 9 Q9HD26 1 |
| Spermatid nucleus differentiation 0.3668863482169723 0.2905417696195442 0.7714018006332932 1.0 1.0 6 P62380,P26583 2 |
| Pancreas development 0.3138139772167012 0.2904864739254766 0.7714440971383683 1.0 1.0 10 P04083 1 |
| Cellular carbohydrate metabolic process 0.2223938940203321 0.2886886699507915 0.7728196337927684 1.0 1.0 66 P62140,Q15118,Q9NPH2,Q15120,Q9UNI6,P62136,P11216,Q9NQ88,P36873,Q16822,P48735,P49840,Q13572,Q9UJ70,Q15185,P46976,Q9Y2X7,Q96EB6 18 |
| Negative regulation of cell cell adhesion 0.2527824233423165 0.2880301307320961 0.7733236745518219 1.0 1.0 24 P42574,P10644,P32119,P09429,Q9HCM4,P04083,Q12959,Q13951,P35241,P35240,P78540,Q96IZ0,P51452 13 |
| Guanine metabolic process 0.5579572443802474 0.2874462068373277 0.7737706853112334 1.0 1.0 3 P00492 1 |
| Erythrocyte development 0.3046251227353896 0.2858975553634616 0.7749565861737724 1.0 1.0 11 Q6NYC1,Q9NRK6 2 |
| Late endosome to lysosome transport 0.337962483106292 0.2836389711345636 0.7766870684460416 1.0 1.0 7 Q9NZZ3,Q96QK1 2 |
| Response to alcohol 0.2263691680886888 0.282791168651915 0.777336924523552 1.0 1.0 45 P04179,P61586,Q13131,P11802,P06493,Q16611,P38398,P16455 8 |
| Regulation of signaling receptor activity 0.2716825527604427 0.2815893625139126 0.7782583977645847 1.0 1.0 17 O43639,Q86XI2 2 |
| Sensory organ morphogenesis 0.2442973351572004 0.2813831972956143 0.7784165043284845 1.0 1.0 31 Q16706,O75569,O95747,Q99622,O75147,Q9P2D1,Q16611 7 |
| Alcohol metabolic process 0.2126653470712302 0.2795061728686899 0.7798564014573326 1.0 1.0 82 Q15738,Q13131,P00374,Q16822,O43488,P61916,P14550,Q15036,P17174,Q03426,P11766,Q9NPH2,O75477,Q96PE3,P14324,P53602,Q99497,A6NDG6,Q13572,P61457,P00387,P48735 22 |
| Dopamine biosynthetic process 0.5545532507914387 0.2792162835935063 0.7800788478935601 1.0 1.0 3 Q96QK1 1 |
| Catechol containing compound biosynthetic process 0.5545532507914387 0.2792162835935063 0.7800788478935601 1.0 1.0 3 Q96QK1 1 |
| Gmp metabolic process 0.2656192764595287 0.2790712356806409 0.7801901571196426 1.0 1.0 18 P55263,Q9P2T1,P49915,P07741,P00492,P20839 6 |
| Response to camp 0.3108867587868919 0.2785783817179506 0.780568405060764 1.0 1.0 10 P21953 1 |
| Response to epidermal growth factor 0.2705007813823467 0.2757753875171995 0.7827205888351951 1.0 1.0 17 O95429,O75312,P51452 3 |
| Tumor necrosis factor mediated signaling pathway 0.2755265229160956 0.275235228886815 0.7831355230151309 1.0 1.0 16 Q86VX2,Q8N2W9 2 |
| Dna biosynthetic process 0.2086428272800993 0.2743207939471053 0.7838381059560804 1.0 1.0 86 Q15054,Q96S55,Q96T60,P04183,Q96TA1,Q9Y248,P54098,Q9BRX5,P18858,Q96EB6,Q9NR33 11 |
| Blood vessel remodeling 0.3619851546730592 0.2741245508094653 0.7839889073950037 1.0 1.0 6 Q16611 1 |
| Anaphase promoting complex dependent catabolic process 0.3016958326174437 0.2737470432959694 0.7842790227742138 1.0 1.0 11 P24941 1 |
| Protein containing complex localization 0.2212532868422281 0.2736313986009027 0.7843679019852932 1.0 1.0 52 Q92796,O00401,A0AVF1,P56537,P61006,Q9BW83,Q96EX3,P62841,P36405,Q9NVU7,Q96QK1 11 |
| Regulation of endothelial cell migration 0.2430815430478624 0.2736247302713919 0.784373027043431 1.0 1.0 31 P08047,P61586,Q99538,P04083,P67870,Q96EB6 6 |
| Positive regulation of g protein coupled receptor signaling pathway 0.3897162124192205 0.2730803274417868 0.7847914686298905 1.0 1.0 5 P49840,P17252,P35232,Q15043 4 |
| Nuclear transcribed mrna poly a tail shortening 0.309070755908549 0.2713007239753877 0.786159749690599 1.0 1.0 10 Q5TAX3,Q9UIV1,P62487 3 |
| Regulation of apoptotic signaling pathway 0.2126347117654138 0.2712469334225227 0.7862011178610986 1.0 1.0 102 Q9UL15,Q8N2W9,P19784,P30405,Q96EB6,P63241,P04179,P26583,P62081,P14174,P13693,Q8NFG4,O95881,O95999,P38398,O75489,Q9H300,Q9UNN5,P62136,O75832,P42575,P61289,O43324,P61254,O75569,O43639 26 |
| Lipid droplet formation 0.4226495909817042 0.2698667670475219 0.7872627549313873 1.0 1.0 4 O96017 1 |
| Mast cell activation 0.3156759798731849 0.2672169325042657 0.7893021397744993 1.0 1.0 9 Q92597,Q9UJ41,P07948 3 |
| Regulation of t cell migration 0.42164159070607 0.2670749169771441 0.7894114796955674 1.0 1.0 4 P61586 1 |
| Regulation of cell junction assembly 0.2372263209092632 0.2665781097864587 0.7897940117484725 1.0 1.0 38 P61586,Q13641,P62330,P17612,P51452,P63167 6 |
| Rrna modification 0.2629918557973347 0.265847843863934 0.7903563945150789 1.0 1.0 18 Q96HR8,Q96P11,Q8WVM0,Q9NY12,Q6P087,Q9UI30 6 |
| Mitotic g1 s transition checkpoint signaling 0.2949729173112847 0.2657353911680795 0.7904430048116733 1.0 1.0 12 P15927,P24941,O96017,P42575 4 |
| Positive regulation of mitotic nuclear division 0.2840659115275624 0.2651305038558008 0.7909089292578708 1.0 1.0 14 Q9BXS6,O14965,Q9UJX4,P37198,Q14674,Q13042 6 |
| Negative regulation of atp metabolic process 0.2948105377429277 0.2650607032123409 0.7909626991688916 1.0 1.0 12 P30405,Q9NQ88,P61586,Q9Y2X7 4 |
| Development of primary female sexual characteristics 0.2682216801823462 0.2647173331074769 0.7912272238171774 1.0 1.0 17 P49770,Q05086,Q13144,P42575,Q96EB6,Q13485 6 |
| Negative regulation of oxidative stress induced cell death 0.2946821097614549 0.2645276373973912 0.7913733714622866 1.0 1.0 12 P04179 1 |
| Negative regulation of dna templated transcription elongation 0.3071436193813714 0.263671243183345 0.7920332561883623 1.0 1.0 10 O94992 1 |
| Tetrapyrrole biosynthetic process 0.2892653354207958 0.2634693678800285 0.7921888306063283 1.0 1.0 13 Q9NRK6 1 |
| Detection of stimulus 0.2834923462244706 0.2626179701314668 0.7928450479445477 1.0 1.0 14 P04179,O96017 2 |
| Cellular response to estradiol stimulus 0.3583888616496226 0.2623543371319515 0.7930482736349524 1.0 1.0 6 Q92993,O95831 2 |
| Ubiquitin dependent erad pathway 0.2411194062348535 0.2623501488661143 0.7930515023397475 1.0 1.0 32 P33908 1 |
| Exit from mitosis 0.3061339335959545 0.2597128020497901 0.7950853168109329 1.0 1.0 10 Q99623,Q9NQW6,Q7Z460,P50748,Q16763,O75122,P83731,O43264,Q8WUX9 9 |
| Terpenoid biosynthetic process 0.4184977962974212 0.258460829752927 0.7960512754548843 1.0 1.0 4 P14324 1 |
| Mrna alternative polyadenylation 0.3847450597407544 0.2582188041805081 0.7962380462753598 1.0 1.0 5 Q8N684 1 |
| Gdp mannose metabolic process 0.3844267423185475 0.2572808816785056 0.7969619500296587 1.0 1.0 5 Q9Y5P6,Q13630 2 |
| Muscle structure development 0.2153027191065792 0.2557850487273909 0.798116819342789 1.0 1.0 107 P04179,P61586,Q9UGN5,P09382,O00151,Q13131,O75179,Q8WZ42,Q96TA1,P58546,P06493,Q9Y5B6,Q7Z4V5,Q96EB6,Q9P2D1,P60660,P67809 17 |
| Dna geometric change 0.2195863778419911 0.2556632049886806 0.7982109092350329 1.0 1.0 57 P09429,P17096,P18074,P40937,Q86WJ1,Q9Y620,Q9BRX5,P19447,P26583,O15347,Q96S55,P35250,Q9Y248,Q13283,Q92499,P46100,Q9BRT9,P12956,P04083,P46063,Q9P2D1 21 |
| Regulation of striated muscle contraction 0.2815161709815619 0.2540457646522694 0.7994602024977908 1.0 1.0 14 P17612,P28161,P78417,Q99622 4 |
| Regulation of nik nf kappab signaling 0.265962630611384 0.2539603892311687 0.7995261598342529 1.0 1.0 17 O43657,Q9GZN8 2 |
| Response to ischemia 0.2966797701541473 0.2534942856497391 0.7998862763900583 1.0 1.0 11 Q9UNE7,Q9NQ88,P52564,P30405,O95831 5 |
| Striated muscle contraction 0.2444413934122752 0.2529322843199674 0.8003205411383523 1.0 1.0 26 P28161,P78417,Q9Y4J8,Q8WZ42,Q99622,P17612,Q7Z406 7 |
| Peptidyl tyrosine autophosphorylation 0.5513756316676173 0.2528711996678733 0.8003677456579907 1.0 1.0 2 P27361 1 |
| Isocitrate metabolic process 0.3551035902697662 0.2518109362950123 0.8011872037164198 1.0 1.0 6 P48735 1 |
| Positive regulation of peptidase activity 0.222129275831488 0.2510832582156069 0.8017497393930046 1.0 1.0 45 P61586,Q99538,P09429,P61289,Q9UL46,Q06323,Q16611,O95999,P63167,Q96EB6,Q9UDY8,P42575 12 |
| Dorsal ventral pattern formation 0.3822353535195528 0.2508692584092455 0.8019151927318606 1.0 1.0 5 Q14318 1 |
| Ribonucleoside diphosphate metabolic process 0.222035386637458 0.2504011193164038 0.8022771640939828 1.0 1.0 45 Q9UKK9,Q96DE0,Q13131,P56537,P54819,Q9NQ88,P85037,P36404,P54619,Q9Y2X7,P09972,P06733 12 |
| Autophagosome organization 0.2392439390017439 0.2497642533190419 0.8027696654553214 1.0 1.0 31 P60520,Q9Y2L5,P56962,P62820,O95817,Q15042,Q15286,O95352,Q86Y82,P48426,Q676U5,Q8TBX8 12 |
| Negative regulation of amyloid precursor protein catabolic process 0.3023345272847452 0.2450605150727196 0.8064095752589258 1.0 1.0 10 Q13526,P27695,O95197 3 |
| Regulation of pattern recognition receptor signaling pathway 0.2459169902201432 0.2449541071225188 0.8064919661305661 1.0 1.0 23 Q8TAT6,Q6SZW1,O75179,P09429,P07948,Q07021,O43657,Q3LXA3,Q9NZM5 9 |
| Lymphocyte anergy 0.5471645143178141 0.2430252196335405 0.8079858605728361 1.0 1.0 2 Q96J02 1 |
| T cell tolerance induction 0.5471645143178141 0.2430252196335405 0.8079858605728361 1.0 1.0 2 Q96J02 1 |
| Negative regulation of nucleotide metabolic process 0.3523083718901681 0.2430000607873526 0.808005350361058 1.0 1.0 6 Q9NQ88,Q9Y2X7 2 |
| Golgi organization 0.2178751971773546 0.2418664181610008 0.8088836720804027 1.0 1.0 58 Q9Y4I1,Q9UL15,P50570,Q9Y3B3,Q9UP83,O75147,Q9Y2L5,P62820,Q9H0V9,O15027,Q99986,Q8TAT6,P83436,Q9Y3A6,Q8NCM8,Q9H4A6,P56962,P61019,P06493,P42858,P40616,Q92614 22 |
| Receptor localization to synapse 0.2840588741342171 0.241751064545859 0.8089730590786293 1.0 1.0 13 Q92796,P61006,O15400,Q16643,Q96QK1 5 |
| Neuron death 0.2070764817521325 0.241081496895187 0.8094919532356812 1.0 1.0 84 P51858,Q99720,P04179,Q9UGN5,Q99538,P19622,O75312,P42575,P49427,Q96EB6 10 |
| Lipid storage 0.2522024390809318 0.240977131001451 0.8095728411170808 1.0 1.0 19 Q96EB6,O96017,P17900 3 |
| Vesicle docking 0.2521800797345782 0.2408669696090291 0.8096582229564184 1.0 1.0 19 P56962,O15400,P61026,Q92930,P61006 5 |
| Glial cell proliferation 0.3168900518293968 0.2389291731485995 0.8111605036863327 1.0 1.0 8 P35240 1 |
| Intrinsic apoptotic signaling pathway by p53 class mediator 0.2453850610284897 0.237691579727342 0.8121203149386111 1.0 1.0 21 P61254,P55212,P14174,O96017,Q96EB6,P63241 6 |
| Positive regulation of early endosome to late endosome transport 0.3499972562346123 0.2358277065820656 0.8135663676918321 1.0 1.0 6 P26038,Q9H3S7,Q13614,P35241 4 |
| Positive regulation of cytoplasmic transport 0.3499972562346123 0.2358277065820656 0.8135663676918321 1.0 1.0 6 P26038,Q9H3S7,Q13614,P35241 4 |
| Mitochondrial transport 0.2080739421950977 0.2352648603530834 0.8140031671010801 1.0 1.0 82 O43772,Q13131,O95817,O95429,P48047,Q15785,Q9NRK6,P30419,P30405,P19784,P49840,O96008,Q99595,Q16611,Q9H300,Q96QK1 16 |
| Steroid biosynthetic process 0.2158170951897984 0.2352500393180336 0.8140146698158257 1.0 1.0 50 O75477,Q13131 2 |
| Monocyte chemotaxis 0.3070970277945278 0.2350210177234205 0.814192420263214 1.0 1.0 9 Q99538,Q8NHP6,P09429,P07948,P04083 5 |
| Ephrin receptor signaling pathway 0.2918942739087308 0.2348429652684719 0.8143306186617703 1.0 1.0 11 Q9Y2X7 1 |
| Regulation of protein deubiquitination 0.3488578919456907 0.2323296726312471 0.8162819674416377 1.0 1.0 6 Q9NZM5,Q04323 2 |
| Meiotic spindle assembly 0.3756688014787924 0.2321370095287652 0.8164316004318655 1.0 1.0 5 O14965 1 |
| Macropinocytosis 0.5335579893288289 0.2312600612719471 0.8171127721987641 1.0 1.0 3 P50570,Q9BZG1 2 |
| Regulation of stress activated protein kinase signaling cascade 0.2355869112055816 0.2286428797694521 0.819146493999827 1.0 1.0 32 P09429,P29372,P07948,P78318,P19525,Q92905,P31689,Q9NS73,Q12959,O00560,Q99873,P51452 12 |
| Negative regulation by host of viral process 0.5312937422863211 0.2263841507658377 0.8209026538348096 1.0 1.0 3 Q9H1E3 1 |
| Valine metabolic process 0.3735259200379752 0.2261824223839547 0.8210595412945336 1.0 1.0 5 O15382,Q6NVY1 2 |
| Positive regulation of striated muscle cell apoptotic process 0.3734606212253737 0.2260022099109179 0.8211997015344445 1.0 1.0 5 Q9NQ88,Q13485 2 |
| Ovulation cycle process 0.3129163079345496 0.2250450734943697 0.8219442098951071 1.0 1.0 8 P42575 1 |
| Aspartate family amino acid metabolic process 0.2425445019307271 0.2246558488784537 0.8222470140891083 1.0 1.0 22 Q96GX9,Q9NQR4,Q13126,P52788 4 |
| Oxaloacetate metabolic process 0.3211352682877536 0.2245284479771166 0.8223461336342275 1.0 1.0 7 Q9NQR4,Q16822 2 |
| Regulation of carbohydrate biosynthetic process 0.2594510293954313 0.2241207187991971 0.8226633712456102 1.0 1.0 17 P62140,Q96EB6,P49840,P62136 4 |
| Positive regulation of integrin activation 0.5387422796182075 0.224011535698958 0.8227483271307843 1.0 1.0 2 P12931 1 |
| Positive regulation of hormone secretion 0.2423047796218325 0.2217795159549818 0.8244855262813644 1.0 1.0 20 Q92930,Q16822 2 |
| Meiotic cell cycle phase transition 0.404414468044345 0.2216495118150332 0.8245867361511434 1.0 1.0 4 P30307 1 |
| Positive regulation of cell population proliferation 0.2369971516692247 0.2205661311107777 0.8254302750181606 1.0 1.0 140 Q9H2J4,Q13131,O95747,P09429,P36873,P30048,Q9NQG5,Q99873,Q96EB6,P49366,P26583,Q99538,P14174,Q9P032,P53602,Q9Y5B6,O00560,Q9UIV1,Q96ER3,Q96EY1,P08047,O43639,P62753,P04083,P06493,P24941,P15531,Q9ULC4 28 |
| Regulation of early endosome to late endosome transport 0.2731808682646989 0.2193666995601686 0.8263644081748258 1.0 1.0 14 Q13614,Q9H3S7,P26038,Q9UMY4,O60493 5 |
| Regulation of translational termination 0.3445359363428094 0.2192908334773003 0.8264235019629917 1.0 1.0 6 P63241,P62495 2 |
| Regulation of mitochondrial membrane potential 0.2413470777144291 0.2186058559398872 0.8269570907526766 1.0 1.0 22 P04179 1 |
| Regulation of mrna catabolic process 0.2061755935938968 0.2179466831465821 0.8274706534246947 1.0 1.0 82 P27695,Q96B26,Q9H074,Q9UIV1,Q86TB9,O15514,Q9NQT5,P67809 8 |
| Protein localization to extracellular region 0.2144863801053144 0.2176322509419851 0.8277156541092605 1.0 1.0 63 O00233,Q9H3S7,Q16822,P62330,P04083,O00213,P61026,Q92930 8 |
| Cardiac muscle tissue morphogenesis 0.3437711972871999 0.217022010570468 0.828191191742258 1.0 1.0 6 Q8WZ42,Q9P2D1 2 |
| Muscle organ morphogenesis 0.3437711972871999 0.217022010570468 0.828191191742258 1.0 1.0 6 Q8WZ42,Q9P2D1 2 |
| T cell mediated immunity 0.2824851879254194 0.2161903367825148 0.828839385580558 1.0 1.0 12 P09429,O15400,P04439,P36915,Q9UDY8 5 |
| Positive regulation of growth 0.2140193155379859 0.2154960823787568 0.829380566127855 1.0 1.0 54 P61586,Q9UGN5,O75312,Q9P2D1,Q7Z4V5,Q16539,P58546,O75832,P06493,O00560,Q15418,Q9UJU6 12 |
| Rna methylation 0.2318444996965464 0.2143210024591611 0.8302967409429316 1.0 1.0 35 Q96FX7,Q96P11,Q15007,Q99714,Q9UET6,Q9UJA5,Q8WVM0,Q86W50,Q9UI30,Q7Z2T5,Q7L2J0 11 |
| Regulation of intracellular protein transport 0.2110855408033131 0.213548879750788 0.8308988677283866 1.0 1.0 73 Q13131,O95817,O75312,O95429,P49840,Q9NQG6,Q16539,P06493,P62826,P17612,P19784,P30419,P62258,Q9NR31,Q9H300 15 |
| Monosaccharide metabolic process 0.2089845304771424 0.2132809855204407 0.8311078037142874 1.0 1.0 77 Q15118,Q16706,P62140,Q15120,Q9UNI6,Q9UKK9,P62136,Q96C23,Q13131,P78417,Q9NQ88,Q16822,A6NDG6,Q16539,P49840,Q96EB6,P09972,Q9Y2G5 18 |
| Regulation of protein catabolic process 0.2339952980216095 0.2125519839574411 0.8316764267932635 1.0 1.0 137 Q9UL15,Q9GZP4,Q9GZU8,Q9H2J4,Q9Y5K5,O95352,P10619,P17612,P19784,O00487,P62913,Q04323,Q96QK1,Q13200,O95816,P62081,Q9UNE7,Q9UMY4,O96017,Q9UL46,Q99497,O00560,Q15370,P60520,O14965,Q9UNN5,P17980,O75832,O60493,Q13596,P61289,O14908,Q13485,Q9NZL4,Q13257,P62333,O43765,Q05639,Q06323,P54578,P49840,P24941,Q9NZM5 43 |
| Centromeric sister chromatid cohesion 0.3422366201902923 0.2125043164892225 0.8317136106123988 1.0 1.0 6 Q9GZZ1 1 |
| Negative regulation of immune response 0.2322672241467311 0.2106009374254365 0.8331986807582334 1.0 1.0 29 P19174,Q9UIV1,P07948,Q16539,P04083,Q14166,P04439,O75531,Q9UJ41,P28070,P25786 11 |
| Positive regulation of autophagy 0.2269233725311769 0.2086981850738504 0.8346838570466089 1.0 1.0 39 P68402,O95817,Q13131 3 |
| Reactive nitrogen species metabolic process 0.2508577716499253 0.2086494884571345 0.8347218745176348 1.0 1.0 18 P04179,O95865 2 |
| Nucleotide sugar biosynthetic process 0.2923938144772941 0.2085980327740895 0.834762046412737 1.0 1.0 10 O95394,Q9Y5P6,Q13630,Q96EK6 4 |
| Rna phosphodiester bond hydrolysis exonucleolytic 0.233550309230331 0.2083564619115317 0.8349506486288552 1.0 1.0 28 Q9UIV1,Q96B26,Q9NQT5 3 |
| Negative regulation of cellular response to hypoxia 0.5219681407581843 0.2069259929813638 0.8360676563582174 1.0 1.0 3 O94760 1 |
| Response to ketone 0.2155664276389938 0.2055550899174558 0.8371384613403019 1.0 1.0 45 P78330,Q13131,P12004,Q05086,P11802,Q16822,Q96C86,Q969T9,Q13185,Q99497,Q96EB6,Q13126 12 |
| Modulation of excitatory postsynaptic potential 0.3976883587143165 0.2051246254510436 0.8374747571610688 1.0 1.0 4 Q9UQB8 1 |
| Regulation of dna catabolic process 0.5209210895815701 0.2048045244319674 0.8377248519584126 1.0 1.0 3 O00273,O95831 2 |
| Imp salvage 0.5204011450750962 0.203755821917914 0.8385443175309784 1.0 1.0 3 P07741 1 |
| Regulation of deoxyribonuclease activity 0.3146477244869708 0.2034531196402804 0.8387808844192997 1.0 1.0 7 P09429,Q96EB6 2 |
| Positive regulation of intracellular transport 0.2082313864998168 0.202284329032073 0.839694450360204 1.0 1.0 76 Q07666,Q13131,O95817,Q9H7Z3,Q9H3S7,O75312,P49840,Q9NQG6,Q16539,P06493,P62826,P17612,P19784,P30419,P62258,Q9NR31 16 |
| Diencephalon development 0.3386840391967726 0.202226864539407 0.8397393721162665 1.0 1.0 6 P27695 1 |
| Regulation of leukocyte chemotaxis 0.2493293058931715 0.2019129153256927 0.8399848050570453 1.0 1.0 18 Q99538,P14174,O95747,P09429,P07948,Q07021,P30046 7 |
| Negative regulation of protein containing complex disassembly 0.2305624427425764 0.2012363022500313 0.8405138069706768 1.0 1.0 29 P58546 1 |
| Negative regulation of b cell apoptotic process 0.5191114477743652 0.2011682690030214 0.8405670019479432 1.0 1.0 3 P14174 1 |
| Lipid oxidation 0.2169751563546846 0.2003265286050757 0.8412252162140397 1.0 1.0 44 Q99714,P50542,Q13131,P42126,Q16539,Q9BWD1,Q9BUT1,O15254,Q2T9J0,Q8IVS2,P11766 11 |
| Rho protein signal transduction 0.2305324479372077 0.1997457405586654 0.8416794387695683 1.0 1.0 30 P61586,Q07960,Q9UBT7,P23528,P63167 5 |
| Signal transduction in response to dna damage 0.2119482265008249 0.1977697804952819 0.8432251908196047 1.0 1.0 62 Q9BW85,O43324,Q9NXR7,P14174,Q9UNS2,Q16539,P15927,O96017,O75832,Q9BXW9,P06493,Q9NZM5,P42575,P38398,P24941,Q96EB6,Q92993 17 |
| Monocarboxylic acid catabolic process 0.2097285471360247 0.1968256158500081 0.8439640046617316 1.0 1.0 48 P05165,Q99714,P50542,Q16822,P42126,P14550,Q9BWD1,Q9BUT1,O15254,Q2T9J0,Q8IVS2,P16930 12 |
| Regulation of extrinsic apoptotic signaling pathway in absence of ligand 0.2888912175459953 0.1964172782563205 0.8442835735654743 1.0 1.0 10 Q86WB0,P30153,P62136,Q13546 4 |
| Receptor clustering 0.2722766316780268 0.1959023591542411 0.8446865907104797 1.0 1.0 13 Q92796 1 |
| Cerebral cortex neuron differentiation 0.3938010413508168 0.1958936603314934 0.844693399459 1.0 1.0 4 P50542 1 |
| Proteasomal protein catabolic process 0.2600967561836699 0.1958425236757172 0.8447334254119208 1.0 1.0 180 Q9UL15,Q9GZP4,Q9GZU8,Q15366,O75382,P49720,P33908,P25787,Q9Y5K5,Q9UJX4,Q13042,P17612,O00487,P48556,P62913,Q96EB6,Q04323,Q13200,Q13362,O75477,O95816,O60524,Q9UNE7,P62191,Q9UL46,P63208,P20618,Q99497,O00560,P49407,Q15370,P60520,P25788,Q9H7D7,O14965,Q9UNN5,A7E2V4,Q7L5D6,P17980,O75832,Q9NZM5,P28072,P28074,O14908,P61289,Q8IUR7,P28066,Q9NZL4,P62333,O43765,P25789,P49427,Q8TCT9,Q8IVV7,Q06323,P54578,Q13309,P49840,P24941,O94822,Q92993 61 |
| Response to tumor cell 0.3619145906031101 0.1953084399969183 0.8451514901431483 1.0 1.0 5 Q04721,P09429 2 |
| Amino sugar biosynthetic process 0.3361439010680256 0.1950349982782305 0.8453655490299543 1.0 1.0 6 O95394,Q16222,Q9Y223,Q8TBE9,Q96EK6 5 |
| Regulation of adenylate cyclase activity 0.3932584269662936 0.1946239520480559 0.8456873505855957 1.0 1.0 4 P21359,Q01518,P04899 3 |
| Arf protein signal transduction 0.3611632189169775 0.1933928604984381 0.8466513063917 1.0 1.0 5 Q8N6T3,Q9Y6D5 2 |
| Mitochondrial electron transport ubiquinol to cytochrome c 0.3926966292134844 0.1933142288071721 0.8467128835297091 1.0 1.0 4 P47985,Q9UDW1,P14927 3 |
| Udp n acetylglucosamine biosynthetic process 0.391980281885071 0.1916514056049561 0.848015272960374 1.0 1.0 4 O95394 1 |
| Negative regulation of synaptic transmission 0.3106550463874061 0.1909789173230597 0.8485421106808491 1.0 1.0 7 P38919,P21359,Q13614,P04899,Q9H2P0,Q9NUL3 6 |
| Positive regulation of lymphocyte migration 0.5128942217995223 0.1889696708151801 0.8501165876736982 1.0 1.0 3 P61586 1 |
| Positive regulation of t cell migration 0.5128942217995223 0.1889696708151801 0.8501165876736982 1.0 1.0 3 P61586 1 |
| Regulation of long term synaptic potentiation 0.3588280788217035 0.1875043689162506 0.8512651985387976 1.0 1.0 5 Q99538 1 |
| Vesicle targeting rough er to cis golgi 0.2930842782984584 0.1865592599226828 0.8520062117244855 1.0 1.0 9 Q9NR31 1 |
| Positive regulation of histone phosphorylation 0.5207748455923801 0.186532895008585 0.8520268850251054 1.0 1.0 2 P27361 1 |
| Protein maturation 0.2055496470384023 0.1849822508469331 0.8532429570897011 1.0 1.0 77 P17612,P41227,Q86UY6,P49366,O95816,Q99538,Q9UNE7,P50579,Q9UMY4,O76071,Q86SX6,Q2T9J0,Q9H300,Q9GZZ1,Q86U28,P42575,Q9BU89,P55212,Q16611 19 |
| Muscle cell differentiation 0.2087027214306396 0.1832868528714269 0.854572949548495 1.0 1.0 69 P04179,Q9UGN5,O75179,Q8WZ42,Q96TA1,P58546,Q96EB6,P67809 8 |
| Salivary gland development 0.5190903986524589 0.1832375679758622 0.8546116183759944 1.0 1.0 2 Q14118 1 |
| Regulation of synapse structural plasticity 0.5190903986524588 0.1832375679758619 0.8546116183759946 1.0 1.0 2 Q14012 1 |
| Regulation of histone h3 k4 methylation 0.2448791840423498 0.1829173725537698 0.8548628515446244 1.0 1.0 18 Q9GZS3,P38398 2 |
| Regulation of cilium movement 0.5188096574958052 0.1826920102813236 0.8550396851264912 1.0 1.0 2 Q9Y6A4 1 |
| Tor signaling 0.2269099318935073 0.1818415544987779 0.8557070723675626 1.0 1.0 29 Q96EB6,Q13131 2 |
| Regulation of lymphocyte migration 0.3074474522410324 0.1812367803485932 0.8561817260653335 1.0 1.0 7 O95747,P61586,O00401,P26038 4 |
| Positive regulation of mitochondrial outer membrane permeabilization involved in apoptotic signaling pathway 0.5087697061297599 0.1811299639572661 0.856265565739259 1.0 1.0 3 P49840 1 |
| Regulation of toll like receptor signaling pathway 0.2912245552560183 0.1805287417766015 0.8567374923824516 1.0 1.0 9 P09429,P07948 2 |
| Ovarian follicle development 0.2910655906932857 0.180017730891808 0.8571386483538954 1.0 1.0 9 Q05086,P49770,Q13485 3 |
| Blastocyst development 0.2257770007104363 0.17715797898769 0.8593843014285856 1.0 1.0 34 Q9Y3B4,O75175,O75312,Q06546,P31350,Q12824,Q9BRT9,Q86XI2,P61803,Q9Y3A4,P26373,Q13895 12 |
| Trabecula morphogenesis 0.3851604737488483 0.1762276452814453 0.8601151028599965 1.0 1.0 4 P61586 1 |
| Amino sugar metabolic process 0.2822936092742162 0.1744470812927648 0.8615141159964474 1.0 1.0 10 O95394,Q8NFW8,Q9UJ70 3 |
| Osteoblast proliferation 0.3843233647124178 0.1743854456848726 0.8615625517322567 1.0 1.0 4 P19525,P61586 2 |
| Regulation of osteoblast proliferation 0.3843233647124178 0.1743854456848726 0.8615625517322567 1.0 1.0 4 P19525,P61586 2 |
| Intrinsic apoptotic signaling pathway 0.1961888626657803 0.1739235633623207 0.8619255339654002 1.0 1.0 88 Q9UL15,Q8N2W9,Q2TAL8,P30405,Q96EB6,P63241,P04179,P62081,P14174,P13693,Q8NFG4,O96017,O95881,P38398,O75489,Q9H300,P42575,Q15118,P61254,P55212,O75569,O43639,Q16611 23 |
| Maintenance of dna methylation 0.3529081202584961 0.1730190696562268 0.8626364382584717 1.0 1.0 5 Q9NRZ9,Q93009,P49711,P26358 4 |
| Posttranslational protein targeting to endoplasmic reticulum membrane 0.2887310108794033 0.1725943438606758 0.8629702981220728 1.0 1.0 9 O43765,Q7L5D6 2 |
| Cellular response to peptide 0.199377156507552 0.1725402810248107 0.8630127964998724 1.0 1.0 84 Q9Y4I1,P08047,P27695,Q99538,Q13131,Q9NZZ3,Q9H1E3,P11802,Q16822,Q9UQB8,P07741,P61026,Q92930,Q96EB6,P61006 15 |
| Transforming growth factor beta receptor signaling pathway 0.2254780712950479 0.1724487225814583 0.8630847707893019 1.0 1.0 31 Q9GZN8,Q9UNE7,Q8NFG4,Q15750,Q9UPN9,Q9Y3F4,Q8WUH2,O00560,O14908,Q96EB6,Q13485 11 |
| Regulation of cell communication by electrical coupling 0.5035744909361635 0.1715438591440088 0.8637961469059894 1.0 1.0 3 Q13557 1 |
| Vesicle docking involved in exocytosis 0.2698705547245693 0.1711923626697603 0.8640725125561259 1.0 1.0 12 Q92930,P61026 2 |
| Negative regulation of protein containing complex assembly 0.2188887131126006 0.1697386563821706 0.8652156717731152 1.0 1.0 40 P47755,P04350,P09429,P35080,P07737,P58546,Q9NZM5 7 |
| Protein stabilization 0.2004262537194618 0.1691056279779945 0.8657135582004529 1.0 1.0 82 Q9UL15,Q9H2J4,P13473,Q9UNS2,Q15185,P62913,P40855,O95816,P62081,O15027,O96017,Q86Y82,Q562E7,Q99497,Q14149,P83436,P35080,P07737,O95817,O75569,O95429,Q9NZM5 22 |
| Positive regulation of proteolysis involved in cellular protein catabolic process 0.2118637684426498 0.1688984245729901 0.8658765384046592 1.0 1.0 44 O14965,O95816,O43765,Q9UNE7,O75832,Q9NZM5,Q15370,Q9NZL4 8 |
| Response to amine 0.3511232784573175 0.1687774724259814 0.8659716785014584 1.0 1.0 5 P06493 1 |
| Regulation of cell matrix adhesion 0.2241718293552297 0.1664706466483969 0.867786581417487 1.0 1.0 30 P35240,P51452,P63167,P42771 4 |
| Regulation of ubiquitin specific protease activity 0.4998815499123686 0.1649262054591591 0.869002065867494 1.0 1.0 3 Q04323 1 |
| Negative regulation of axon extension 0.4998595900027948 0.1648873432021309 0.8690326547017404 1.0 1.0 3 Q9P265,Q9NQC3 2 |
| Transcription coupled nucleotide excision repair 0.3797752808988729 0.1645729844316069 0.8692800965368817 1.0 1.0 4 Q9HCS7,P18074,P19447 3 |
| Negative regulation of viral process 0.2297939382293235 0.1643067688669952 0.8694896533279755 1.0 1.0 22 Q96SB4,Q9NZI7,P78362,O75531,O60493,Q13325,O94992 7 |
| Negative regulation of protein binding 0.2258046232793636 0.1620222052598105 0.8712883676341263 1.0 1.0 27 Q9GZU8,O14965,O95816,P62136,Q9UNE7,Q9UBB9,P30533,Q99497,P10586,P48681,Q13526 11 |
| Negative regulation of carbohydrate metabolic process 0.2711477485662226 0.162005605841111 0.8713014393665854 1.0 1.0 11 P49840,Q9NQ88,Q9Y2X7 3 |
| Positive regulation of mononuclear cell migration 0.2783635733912094 0.1619757632940532 0.8713249399038976 1.0 1.0 10 O95747,P61586,Q99538 3 |
| Positive regulation of protein polyubiquitination 0.3781746708701142 0.1611988609601934 0.8719367782083314 1.0 1.0 4 Q13404 1 |
| Negative regulation of response to endoplasmic reticulum stress 0.2520681780750252 0.1601870757502992 0.8727337099849477 1.0 1.0 15 O43639,O43765,Q04323,O95881 4 |
| Regulation of autophagy of mitochondrion 0.2438303259526128 0.1599604903371711 0.8729121975278289 1.0 1.0 17 Q709C8,Q9NQ88,P19784,P49840,Q9H300 5 |
| Glucose metabolic process 0.2063328101824745 0.1588691965727111 0.8737719300018008 1.0 1.0 59 P62140,Q15118,Q15120,Q9UNI6,P62136,Q13131,Q96C23,Q9NQ88,Q16822,A6NDG6,Q16539,P49840,Q96EB6 13 |
| Positive regulation of multicellular organism growth 0.2982866105505056 0.1548100497098614 0.8769710682088923 1.0 1.0 7 Q9P2D1 1 |
| Microtubule polymerization or depolymerization 0.2029947221238828 0.1541767086007819 0.877470406439429 1.0 1.0 48 Q96BD8,P04350,P36405,P29372,Q9Y2X7,Q8IX90 6 |
| Positive regulation of macroautophagy 0.2251649094383996 0.154044571661682 0.8775745918810895 1.0 1.0 26 P68402,O95817 2 |
| Columnar cuboidal epithelial cell development 0.2979618978062162 0.1539117906125708 0.8776792873176313 1.0 1.0 7 P49840,Q9NQ88,P04818 3 |
| Regulation of mitochondrial outer membrane permeabilization involved in apoptotic signaling pathway 0.3203649533802208 0.1533572791693006 0.8781165325863785 1.0 1.0 6 P49840 1 |
| Organelle disassembly 0.2044166681035667 0.1512792697397381 0.8797554214232577 1.0 1.0 54 Q99986,P60520,Q9NQ88,A6NDU8,O95352,P06493,P19784,P49840,P41214,Q9ULC4,Q709C8 11 |
| Columnar cuboidal epithelial cell differentiation 0.2673698869744699 0.1502066040733114 0.8806016157132099 1.0 1.0 11 P49840,Q9NQ88,P07437 3 |
| Negative regulation of interleukin 1 beta production 0.4913084372425647 0.1501949157925893 0.8806108370056474 1.0 1.0 3 Q9Y2X7 1 |
| Negative regulation of interleukin 1 production 0.4913084372425647 0.1501949157925893 0.8806108370056474 1.0 1.0 3 Q9Y2X7 1 |
| Positive regulation of nuclease activity 0.3728029189136911 0.1501778763026546 0.8806242800827249 1.0 1.0 4 P26583 1 |
| Centriole assembly 0.2744144038661963 0.1499141576994971 0.8808323417219974 1.0 1.0 10 P24941 1 |
| Negative regulation of protein localization 0.2085389025435153 0.1499045320771579 0.880839936043355 1.0 1.0 44 O00233,O95817,O95429,Q9HD26,Q8NFG4,P62330,P20290,O75608,Q9UMY4,Q99497,Q96QK1 11 |
| Negative regulation of glycolytic process 0.3723192728354069 0.1492085530634558 0.8813890711763248 1.0 1.0 4 Q9Y2X7 1 |
| Interleukin 12 production 0.3177014369880959 0.1468409246874083 0.8832575815581434 1.0 1.0 6 P09429,Q16539 2 |
| Carbohydrate phosphorylation 0.2874229684521189 0.1455075642074171 0.8843101439370933 1.0 1.0 8 Q13572 1 |
| Inositol metabolic process 0.4870625695222172 0.1432264280934002 0.8861113583923288 1.0 1.0 3 Q13572 1 |
| Protein k48 linked deubiquitination 0.2433628883912976 0.1431945062078267 0.8861365685216527 1.0 1.0 16 Q96FW1,Q04323 2 |
| Regulation of cell cell adhesion 0.2037542222939298 0.1422650650216769 0.8868706398831854 1.0 1.0 60 P09429,Q9HCM4,Q13951,P49366,P51452,P10644,Q9H3S7,P07948,Q12959,O95999,P51617,P42574,P61586,O14617,P09382,P32119,Q16539,P04439,P00491,P78540,Q96IZ0,Q96EY1,O43639,Q96J02,P04083,P35241,P35240,Q9UDY8 28 |
| Male gamete generation 0.193060693081502 0.1411640614234441 0.8877403365517342 1.0 1.0 87 P62380,Q9GZP4,P26583,Q96EP5,Q5GLZ8,P19784,Q96SB4,A0AVF1,P54619,P68402,Q9BW83,P30307,Q9UGV2,P17612,Q14353,Q08378,Q96EB6,Q6P6C2 18 |
| Positive regulation of actin nucleation 0.3382899939937139 0.14001600509196 0.8886473447234733 1.0 1.0 5 Q9Y6W5 1 |
| Regulation of neurotransmitter receptor activity 0.4849761303004639 0.1398814868260584 0.888753628836138 1.0 1.0 3 Q15334,P12931 2 |
| Regulation of b cell proliferation 0.2853554482251881 0.139809381101944 0.8888106010519388 1.0 1.0 8 P07948,P14174 2 |
| Protein polymerization 0.1892706324797622 0.1395122849716278 0.8890453488708983 1.0 1.0 91 P47755,P61586,O00401,Q16625,O95429,P04350,O43639,P62330,P35080,Q9UQB8,P07737,P58546,O15145,P36405,Q9Y2X7,P50552 16 |
| Golgi ribbon formation 0.3374290591400463 0.1381963958420376 0.8900852034691391 1.0 1.0 5 Q9Y3A6,Q92614 2 |
| Establishment of sister chromatid cohesion 0.3374260904445469 0.1381901454341261 0.8900901431794344 1.0 1.0 5 Q7Z5K2,Q9GZZ1,P06400 3 |
| Ncrna 3 end processing 0.2177947934203507 0.1375161689553622 0.8906228131789975 1.0 1.0 29 P63220,Q96B26,Q9NQT5 3 |
| Transition metal ion homeostasis 0.2231910922903049 0.1374708958808504 0.8906585960346274 1.0 1.0 23 P04179,O76003,P53384,P61421,Q9BUT1,P30519,Q13485 7 |
| Regulation of aspartic type peptidase activity 0.3660112359550438 0.1369142100428957 0.891098606623385 1.0 1.0 4 P49755,Q13492,P07948 3 |
| Regulation of aspartic type endopeptidase activity involved in amyloid precursor protein catabolic process 0.3660112359550438 0.1369142100428957 0.891098606623385 1.0 1.0 4 P49755,Q13492,P07948 3 |
| Phosphatidylinositol acyl chain remodeling 0.4927007299270248 0.1365429247963538 0.891392093204187 1.0 1.0 2 Q6UWP7 1 |
| Positive regulation of granulocyte chemotaxis 0.3366114076987979 0.1364811189958801 0.8914409497369193 1.0 1.0 5 Q07021,Q8NE86,O00429,Q8NHP6 4 |
| Positive regulation of neutrophil migration 0.3366114076987979 0.1364811189958801 0.8914409497369193 1.0 1.0 5 Q07021,Q8NE86,O00429,Q8NHP6 4 |
| Respiratory burst 0.3366114076987909 0.1364811189958652 0.8914409497369311 1.0 1.0 5 P39019,P11274,P32119,P18669 4 |
| Regulation of cytoplasmic transport 0.2410448230845624 0.1353509020107109 0.8923344413336851 1.0 1.0 16 Q9UMY4 1 |
| Udp n acetylglucosamine metabolic process 0.3360494520932861 0.1353095059600865 0.8923671695305557 1.0 1.0 5 O95394,Q96EK6,Q16222,Q9Y223 4 |
| Viral process 0.2311820575036045 0.134992799455592 0.892617567421863 1.0 1.0 146 P56537,Q9NZZ3,Q9H9H4,O95352,Q15365,O43447,Q99873,Q16706,Q9NP79,Q00403,Q13363,P09382,P07858,Q9NZI7,Q9UIV1,Q9H1E3,Q12824,Q13325,P08047,O00303,P06493,P41214,O94992,Q9ULC4 24 |
| Negative regulation of immune effector process 0.2692035857023102 0.1347287523948043 0.8928263393238407 1.0 1.0 10 Q9UJ41,P04439,P04083 3 |
| Negative regulation of cytoskeleton organization 0.2018479695613386 0.1347015239939837 0.8928478682006089 1.0 1.0 55 P47755,P38398,P04350,P35080,P07737,P58546,P29372,P60983,P63167 9 |
| Negative regulation of cyclic nucleotide phosphodiesterase activity 0.4813254703734795 0.1341545383686549 0.8932803739891968 1.0 1.0 3 Q15043,Q9GZT9 2 |
| Response to insulin 0.2000447058025502 0.1341477386209656 0.893285750802578 1.0 1.0 74 Q9Y4I1,P08047,Q13131,P56537,Q9H1E3,P11802,Q16822,Q9UQB8,P07741,P61026,Q92930,Q96EB6,Q709C8,P61006 14 |
| Regulation of mrna binding 0.335487496487786 0.1341438115293375 0.8932888561022114 1.0 1.0 5 O15371,Q86X55,Q04637,P60228 4 |
| Protoporphyrinogen ix metabolic process 0.3352065186850268 0.1335631842685855 0.8937479979768268 1.0 1.0 5 P22830,P36551,P06132,P08397 4 |
| Ribosomal subunit export from nucleus 0.2491171931576563 0.1334891177680558 0.8938065700125204 1.0 1.0 14 P62826,Q9NVU7,P62841,P56537 4 |
| Negative regulation of notch signaling pathway 0.3351171578807114 0.1333788346467206 0.893893783345759 1.0 1.0 5 Q96TA1 1 |
| Regulation of lamellipodium assembly 0.244093698488737 0.1333474306716268 0.8939186182542775 1.0 1.0 15 O15144,Q9Y6W5,Q16625 3 |
| Exocytosis 0.1994965561939935 0.1332232653577701 0.8940168117529992 1.0 1.0 75 P54920,P56962,Q92930,Q4J6C6,P27695,Q8IYI6,P35080,P04083,Q8TAG9,P61026,O00560,Q9Y2X7,Q9UJ41,Q12765,P61006 15 |
| Cardiac ventricle morphogenesis 0.3114186951981262 0.1320734049742336 0.8949262313687854 1.0 1.0 6 P49840,Q9P2D1 2 |
| Regulation of cell substrate junction organization 0.2212448457417519 0.1311347284833579 0.8956687290077121 1.0 1.0 24 P62330,P51452,P63167 3 |
| Myeloid cell development 0.2214515972860715 0.130836358726955 0.8959047601011136 1.0 1.0 20 Q6NYC1,Q04721,P62753,Q9NRK6,Q9Y6W5 5 |
| Macroautophagy 0.2062443029586069 0.1306513322038626 0.8960511334954386 1.0 1.0 113 Q9NZZ3,Q9NQ88,P13473,Q9H9H4,O95352,P17612,Q96EB6,Q96QK1,Q9Y2L5,P62820,Q8IYI6,A6NDU8,Q4G0F5,Q86Y82,Q9NP79,P60520,Q15286,P21283,P56962,O95817,P68402,Q9HD42,Q63HN8,Q709C8 24 |
| Synaptic vesicle exocytosis 0.2311907866823689 0.1304110107724708 0.8962412556484891 1.0 1.0 18 P54920,O00161,Q4J6C6,Q15042,P35080,Q5SQN1,Q9Y2X7,O14908 8 |
| Homocysteine metabolic process 0.3621295384799061 0.1296706974404558 0.8968269668461046 1.0 1.0 4 Q16762,P25325 2 |
| L ascorbic acid metabolic process 0.4781493822377294 0.1293019994251947 0.8971186894040941 1.0 1.0 3 P78417 1 |
| Amide transport 0.2133264735625004 0.128835902865995 0.897487495884314 1.0 1.0 38 Q92930,Q16822,Q9H2D1,P04083 4 |
| Antigen processing and presentation of exogenous antigen 0.2882038127527767 0.1281646389104956 0.8980186832986574 1.0 1.0 7 Q06323,P04439,Q99538,P50570 4 |
| Epithelial cell proliferation 0.198324597625468 0.1277180720153514 0.8983720878202004 1.0 1.0 48 Q12904,P30740,Q9H2J4,P26583,P08047,Q04721,O95747,P09429,P15531,P58107,Q96EB6,Q15418 12 |
| Placenta development 0.2200846054598342 0.1264914912838135 0.8993428839207942 1.0 1.0 24 Q96EP5,Q15738,P07858,Q04721,Q9Y3I0,P62753,P30048 7 |
| Negative regulation of protein modification process 0.2279228104791534 0.1260604795568675 0.8996840505906962 1.0 1.0 143 Q9UL15,Q13131,Q9BX68,Q15257,Q14318,O43684,P62841,Q9Y4C1,O95373,P62913,Q96EB6,P62258,P51452,Q04323,P10644,P31946,P30153,O95816,Q9NY27,P62081,Q8NFG4,O95684,Q96T60,P07948,P37198,Q86XI2,Q99497,Q15208,P38398,P49407,P46777,P42574,P42771,Q13363,Q9Y224,Q16625,Q96FW1,Q15750,Q12824,P18887,P26368,P60510,Q9UJ41,Q13257,O60678,O43639,P61981,P60866,P61927,Q8TDB6,Q01105,P31689,P62829,P35240,O94992,Q16611 56 |
| Peptide transport 0.2157472582497396 0.1260384318105326 0.8997015029493223 1.0 1.0 31 Q12904,P62820,O00233,Q16822,P04083,Q99497,Q92930,Q9P2D1,P55809 9 |
| Nucleoside triphosphate biosynthetic process 0.2149173478462133 0.1258463009842581 0.8998535902089841 1.0 1.0 35 P62380,P15531,P55263,P20839 4 |
| Histone monoubiquitination 0.2587793710952463 0.1251110205893627 0.9004356586832245 1.0 1.0 11 P63208,Q8TDB6 2 |
| Negative regulation of reactive oxygen species biosynthetic process 0.3594237557983691 0.1247666230885965 0.9007083117866175 1.0 1.0 4 P61586 1 |
| Stress induced premature senescence 0.4748810143287856 0.124434355382409 0.9009713730616096 1.0 1.0 3 Q96EB6 1 |
| Regulation of nmda receptor activity 0.4848399775407254 0.1244201819474009 0.9009825946225672 1.0 1.0 2 Q15334 1 |
| Viral release from host cell 0.2336085899842747 0.1239159283821523 0.9013818411267795 1.0 1.0 17 Q9NZZ3,Q9HD42,Q08752,Q9H9H4 4 |
| Regulation of translational initiation in response to stress 0.2860917978144143 0.1229117932582101 0.9021769467714928 1.0 1.0 7 O43639 1 |
| Organophosphate catabolic process 0.2084076952301702 0.1227164099919619 0.9023316687921188 1.0 1.0 41 P30041,P19174,Q6SZW1,Q9UKK9,Q13614,Q9H773,O43598,O95822,P49902,P00491,Q9BY32,P78549,P33316,Q8NCC3,P00492,Q96DE0 16 |
| Positive regulation of cell adhesion molecule production 0.4834362717574568 0.1223407314054828 0.9026291752615898 1.0 1.0 2 P41440 1 |
| Positive regulation of heterotypic cell cell adhesion 0.4834362717574568 0.1223407314054828 0.9026291752615898 1.0 1.0 2 P41440 1 |
| Positive regulation of toll like receptor 3 signaling pathway 0.4834362717574568 0.1223407314054828 0.9026291752615898 1.0 1.0 2 P41440 1 |
| Regulation of synaptic transmission dopaminergic 0.4834362717574568 0.1223407314054828 0.9026291752615898 1.0 1.0 2 P41440 1 |
| Endothelium development 0.216776989809778 0.1221121819752287 0.9028101742611134 1.0 1.0 27 Q9Y696,P67870,P21266,O60869 4 |
| Positive regulation of dna templated transcription initiation 0.2402025722438075 0.1211989217499802 0.9035334781414656 1.0 1.0 15 P53999,P52657 2 |
| Retrograde transport endosome to golgi 0.2143456076383013 0.1202078175363649 0.90431852518508 1.0 1.0 33 Q4J6C6,Q9UBQ0,Q9UMY4,P40616,Q13596 5 |
| Snrna modification 0.305966213874726 0.1199479231004268 0.9045244013465394 1.0 1.0 6 Q9NX24,Q86W50,Q7L2J0 3 |
| Negative regulation of leukocyte chemotaxis 0.4714165672196191 0.1194136282422256 0.9049476647748124 1.0 1.0 3 P14174 1 |
| Regulation of protein targeting to membrane 0.2700421940928336 0.1187779350945135 0.9054512901572662 1.0 1.0 9 P31751,P31150,Q9NQG6,Q9Y4C2,Q00535,Q12955,Q86YS7,O00159 8 |
| Positive regulation of glucose import 0.304616646540014 0.1170460402881169 0.906823569318171 1.0 1.0 6 Q16625 1 |
| Lipid droplet organization 0.2624528831597142 0.1163013437193938 0.9074137207065562 1.0 1.0 10 Q08752,O94830,O96017,Q63HN8 4 |
| Vitamin b6 metabolic process 0.4691380212528388 0.1161891887163373 0.9075026048743188 1.0 1.0 3 O00764 1 |
| Organic hydroxy compound catabolic process 0.2349834051897929 0.1159447831814466 0.9076963031650724 1.0 1.0 16 P16930 1 |
| Negative regulation of myeloid cell differentiation 0.2382796842695968 0.1154259273556226 0.908107529245751 1.0 1.0 15 Q9GZS3,Q99873 2 |
| Immune response regulating signaling pathway 0.1991918223561873 0.1151460474565843 0.908329362012227 1.0 1.0 64 Q6SZW1,O75179,P09429,Q14232,Q9UJZ1,Q13144,P51452,P19174,Q07666,P07948,Q9NR50,P52564,Q07021,O95999,P46109,P51617,Q8TAT6,P49770,P04439,Q9UJ41,O43657,Q3LXA3,Q9NZM5,Q9UDY8 24 |
| Regulation of actin filament based process 0.1969462228627169 0.1149730332716094 0.9084664966063524 1.0 1.0 104 P62330,P58546,P60981,P47755,Q99439,P61586,P35080,Q9UQB8,P07737,O15145,P60983,Q9Y6W5,O00401,O15013,O15144,O43639,O95429,P35240,P50552,P63167 20 |
| Cellular response to uv 0.2128079857687211 0.1142759791559222 0.9090190235987856 1.0 1.0 30 Q96EB6,Q16611,Q15054 3 |
| Cell surface receptor signaling pathway involved in cell cell signaling 0.1935322204868029 0.1137634475588207 0.909425315045462 1.0 1.0 81 P61586,P62136,Q8N2W9,Q13131,Q9GZS3,Q13641,P67870,Q9UN36,P19784,Q63HN8 10 |
| Polarized epithelial cell differentiation 0.2680803599561184 0.1137163350397072 0.9094626630330438 1.0 1.0 9 P61026 1 |
| Acetyl coa metabolic process 0.2166891654412178 0.1134293990349301 0.9096901330547368 1.0 1.0 20 P53602,Q03426,Q15120 3 |
| Positive regulation of centriole replication 0.4670818627778014 0.1133321605888094 0.9097672210230848 1.0 1.0 3 O75351 1 |
| Nucleotide sugar metabolic process 0.2341012405965934 0.1132538211941237 0.90982932696067 1.0 1.0 16 O95394,Q9Y5P6,Q13630,Q9Y223,P34949,Q86W56,O60547,P49840,Q96EK6,Q9NR45 10 |
| Retrograde vesicle mediated transport golgi to endoplasmic reticulum 0.214488893507763 0.1128673462498796 0.9101357247834496 1.0 1.0 27 Q96KG9,P83436,P61923,O14579,P48444,P84085,P42858,Q9H4A6,P48739,P18085 10 |
| Muscle system process 0.1976576397521517 0.1126182643505109 0.9103332043128258 1.0 1.0 71 P28161,Q9UGN5,Q9Y4J8,Q8WZ42,Q99622,O00213,P58546,P67936,P17612,Q14353,P60660 11 |
| Translational termination 0.2676345242804456 0.1125817672168491 0.9103621407902324 1.0 1.0 9 P62495 1 |
| Histone ubiquitination 0.2166882005705713 0.1123654210079583 0.9105336716917622 1.0 1.0 21 Q96FW1 1 |
| Regulation of cytoplasmic translational elongation 0.3522339398026567 0.112313639862774 0.9105747271853062 1.0 1.0 4 Q9H2P9,Q9BQC3 2 |
| Ribosomal large subunit assembly 0.2163577713784884 0.1110915837852274 0.9115437225979957 1.0 1.0 23 P63173,Q9BYC9,Q9UKD2,Q9NZM5,P05388,P62913 6 |
| Positive regulation of proteolysis 0.1897881085731649 0.1109148086094503 0.911683902487542 1.0 1.0 96 Q9UDY8,P09429,Q96EB6,O95816,Q99538,Q9UNE7,Q9UL46,O95999,Q15370,O14965,P61586,O75832,P42575,P61289,Q9NZL4,O43765,Q06323,Q16611,P49840,Q9NZM5,P63167 21 |
| Protein k29 linked ubiquitination 0.4650379106992337 0.1105414833953304 0.9119799524428308 1.0 1.0 3 Q15386,Q96J02 2 |
| Regulation of cell projection assembly 0.196858274707294 0.1101838337874131 0.9122635829733068 1.0 1.0 53 Q96C92,Q9NVG8,O00401,P27695,P61160,Q16625,Q9Y277,O15144,P62330,P35080,P07737,Q9Y6W5 12 |
| Positive regulation of nik nf kappab signaling 0.2490621075194659 0.108735814403062 0.913412034475704 1.0 1.0 12 Q9GZN8 1 |
| Polyketide metabolic process 0.4629676672644163 0.1077649295833067 0.9141821629710865 1.0 1.0 3 O43488 1 |
| Tertiary alcohol metabolic process 0.4629676672644164 0.1077649295833067 0.9141821629710865 1.0 1.0 3 O43488 1 |
| Aminoglycoside antibiotic metabolic process 0.4629676672644163 0.1077649295833067 0.9141821629710865 1.0 1.0 3 O43488 1 |
| Cell projection assembly 0.2053847094189759 0.106964308509254 0.9148172949443942 1.0 1.0 116 Q8IVD9,A0AVF1,Q92930,Q9UBB4,Q9H3S7,P62330,Q96EX3,O00560,P61006,P27695,Q16625,P35080,P07737,Q9Y6W5,P18085,Q96C92,O00401,O95429,O43639,Q15051,P36405,P63167 22 |
| Small molecule biosynthetic process 0.230703876449573 0.1067421888634108 0.9149935119142188 1.0 1.0 151 Q13131,P56537,P00374,Q5T2R2,Q16822,P54619,Q15185,Q03426,Q96EB6,Q13126,Q8IVS2,Q9NPH2,O75477,P14174,P14324,P53602,Q14353,P38398,P07741,P28161,Q96GX9,P60891,P61457,P34896,P55263,Q99714,P04083,Q86YH6 28 |
| Hormone transport 0.2092181068464915 0.1063825682611514 0.9152788231000976 1.0 1.0 37 Q12904,P62820,O00233,Q13485,Q16822,P07948,Q96TA1,P04083,Q99497,Q92930,Q9P2D1,P55809,Q13555 13 |
| Negative regulation of inclusion body assembly 0.3483146067415705 0.1058777330281919 0.9156793612177284 1.0 1.0 4 P54652,P25685,P0DMV9 3 |
| Erbb2 signaling pathway 0.3471778945818484 0.1040574560300075 0.9171237526795566 1.0 1.0 4 Q9UNE7 1 |
| Trna metabolic process 0.1945857214924031 0.1038283828691802 0.9173055419228278 1.0 1.0 103 Q96S44,Q96FX7,Q8WWH5,Q99714,Q96B26,Q9UET6,Q9UJA5,P78346,Q9UI30,O75818,Q9BTE6,Q9NQT5,Q96PZ0,O94992,Q7Z2T5 15 |
| Regulation of golgi organization 0.271091113610798 0.1036694425996219 0.9174316772298912 1.0 1.0 8 Q9Y4I1,Q13190,P50570,Q9P2W9,P27361,Q02750,P28482 7 |
| Regulation of vascular permeability 0.2469402202263516 0.1032086415479253 0.9177973815771544 1.0 1.0 12 O94760 1 |
| Regulation of dna helicase activity 0.4594215108115544 0.1031253218182856 0.9178635082577676 1.0 1.0 3 Q04837,P49736 2 |
| Regulation of proteolysis 0.2422866198401752 0.1026682794406948 0.9182262499101674 1.0 1.0 170 Q9UL15,Q9GZP4,Q9GZU8,Q9H2J4,Q9UDY8,Q9Y5K5,P09429,P30048,P17612,P19784,O00487,P06733,P62913,Q96EB6,Q15418,Q04323,O95831,P30740,O95816,P62081,Q99538,Q9UNE7,P07948,P78318,P30044,Q9UMY4,P62191,Q9UL46,O95999,O00560,Q99497,P16455,Q9H300,Q15370,P60520,P25788,O14965,Q9BXK5,P61586,P07858,Q5JVF3,P17980,O75832,P42575,O14908,P61289,Q9NZL4,P62333,O43765,Q05086,Q92688,Q06323,P54578,P49840,P63167,P24941,Q9NZM5,Q16611 58 |
| Cellular amino acid metabolic process 0.2167602524754353 0.1022633276912082 0.918547662923846 1.0 1.0 132 P00374,O95865,P17174,O94760,Q86WA6,O43708,Q13126,P78330,P21953,P12955,P49903,Q9Y285,P49915,Q9BTE6,Q99497,Q96I15,Q6NVY1,P16930,Q9ULX3,Q96GX9,Q9BV57,P25325,Q96I59,Q9UGM6,P61457,P34896,Q99714,P49914,Q96RQ3,Q7L3T8,P52788,Q9NQR4 32 |
| Activation of immune response 0.1949135571123096 0.102006946142068 0.918751161623056 1.0 1.0 52 P09429,Q14232,Q9UJZ1,Q13144,Q15233,P51452,P19174,Q07666,P07948,Q9NR50,Q07021,Q8WXF1,O95999,P46109,P49770,P04439,Q9UJ41,P55212,P12956,O94992,Q9UDY8 21 |
| Negative regulation of necrotic cell death 0.3184084165543779 0.1015395686146209 0.9191221486452632 1.0 1.0 5 Q9NX46 1 |
| Negative regulation of programmed necrotic cell death 0.3184084165543779 0.1015395686146209 0.9191221486452632 1.0 1.0 5 Q9NX46 1 |
| Golgi vesicle transport 0.2202046482914949 0.1011602333735167 0.9194232638993745 1.0 1.0 137 Q9Y4I1,Q4J6C6,Q9Y296,Q9HD26,Q9UP83,Q9NR31,Q92930,P54920,Q9Y2L5,Q8IYI6,P61923,Q9H0V9,O15027,Q9UMY4,P61026,P61006,P83436,Q13596,P18085,P56962,Q15276,O14579,O75608,P36405,P40616,Q709C8 26 |
| Morphogenesis of a polarized epithelium 0.2299053045774964 0.1009180498278229 0.9196155145673366 1.0 1.0 16 P61026,Q92796,P61586 3 |
| Negative regulation of dendrite morphogenesis 0.4568941308621022 0.0999078369048761 0.920417494533798 1.0 1.0 3 Q9Y4G8,Q04917 2 |
| Regulation of heart rate by cardiac conduction 0.317369391989233 0.099731953606143 0.9205571316932456 1.0 1.0 5 P62258 1 |
| Regulation of autophagosome maturation 0.4665918023582446 0.0993711014338098 0.9208436268892704 1.0 1.0 2 Q9NRR5 1 |
| Otolith development 0.4665918023582445 0.0993711014338098 0.9208436268892704 1.0 1.0 2 Q9Y4P1 1 |
| Intrinsic apoptotic signaling pathway in response to oxidative stress 0.2323068047676558 0.0984653383037783 0.9215627942018096 1.0 1.0 15 Q9UL15,P04179,Q96EB6,Q15118 4 |
| Leukocyte cell cell adhesion 0.1937948824429982 0.0983371002651267 0.9216646191821564 1.0 1.0 51 P09429,Q13951,P49366,P51452,P10644,P07948,Q12959,O95999,P51617,P42574,P61586,O14617,P09382,P32119,P04439,P00491,P78540,Q96IZ0,Q9H4A6,Q96EY1,Q13630,O43639,Q96J02,P26038,P04083,Q9UDY8 26 |
| Regulation of mrna polyadenylation 0.2407026886525896 0.097220052723584 0.9225516437067284 1.0 1.0 13 Q8N684,O43809,P18615 3 |
| Response to cobalt ion 0.4540976879243718 0.0964337634202964 0.9231760777394412 1.0 1.0 3 Q9NQ88 1 |
| Reticulophagy 0.3418539325842654 0.0958075518073576 0.923673419479011 1.0 1.0 4 Q9Y6I9,Q9Y3C8,Q96HY6 3 |
| Protein ufmylation 0.341853932584265 0.095807551807357 0.9236734194790116 1.0 1.0 4 Q96HY6,Q9Y3C8,Q96JB5 3 |
| Positive regulation of necrotic cell death 0.2940070490583724 0.0956056577448916 0.9238337715570047 1.0 1.0 6 P00403,P55212 2 |
| Ribosome assembly 0.1923017372043049 0.0952136764567285 0.9241451070988004 1.0 1.0 49 Q7Z478,P05198,Q9BYC9,P56537,P62841,P08865,P62913,Q9Y3A5,Q9Y221,Q07021,Q9UKD2,P05388,P39019,P46777,Q567V2,P82912,P62857,Q9Y3A4,P63173,Q9NZM5,P62263 21 |
| Positive regulation of blood pressure 0.4529954733655958 0.0950891378658538 0.9242440257083568 1.0 1.0 3 P61586 1 |
| Erbb signaling pathway 0.2098023837632507 0.0950342519571471 0.9242876209029214 1.0 1.0 27 P27695,O43639,P51452,Q99538 4 |
| Regulation of dephosphorylation 0.2068378587339731 0.0937662369277816 0.9252948525122656 1.0 1.0 36 O95429,Q15435,Q15257,P67870,Q13613,P62258,P63167 7 |
| Regulation of protein dephosphorylation 0.2091895989220565 0.0928117484871058 0.926053117357296 1.0 1.0 27 P63167,P67870,Q15435,Q15257 4 |
| Vesicle uncoating 0.3393258426966199 0.0920482428450816 0.9266597100115876 1.0 1.0 4 Q9UN37,Q99961,P11142 3 |
| Positive regulation of response to biotic stimulus 0.2027204096538311 0.0916186494146475 0.9270010336794116 1.0 1.0 40 O75179,O94992,P14174 3 |
| Ameboidal type cell migration 0.1875217397079163 0.0913548481850565 0.9272106375949388 1.0 1.0 85 P08047,O00151,Q9Y6W3,P61586,Q99538,O95429,Q13641,P09429,Q9H3S7,P62330,P35080,P04083,P07737,P67870,Q96EB6 15 |
| Production of molecular mediator involved in inflammatory response 0.2341162194380533 0.0911780979059632 0.9273510777907146 1.0 1.0 14 O00161,Q8IV08,P32119,P07948,Q16539,P39019 6 |
| Regulation of microtubule polymerization 0.2096586403341644 0.089727020129881 0.9285041435833614 1.0 1.0 25 P04350,Q9Y2X7,P36405 3 |
| Translesion synthesis 0.2514342248073932 0.089258083577313 0.9288768055141076 1.0 1.0 10 Q15004,Q15054 2 |
| Cysteine metabolic process 0.3373772576007475 0.0892196779663748 0.9289073269857886 1.0 1.0 4 P48507,P25325 2 |
| Tail anchored membrane protein insertion into er membrane 0.2578643373265941 0.0891785880440693 0.9289399818327456 1.0 1.0 9 Q7L5D6 1 |
| Atrioventricular canal development 0.3372252362734435 0.0890015207862188 0.9290807015055698 1.0 1.0 4 Q9P2D1 1 |
| Methylglyoxal metabolic process 0.445812882729125 0.0866651990931004 0.930937639401707 1.0 1.0 3 Q04760 1 |
| Metencephalon development 0.2073453547300866 0.0862747109665817 0.931248041229706 1.0 1.0 27 P58546,O94992 2 |
| Protoporphyrinogen ix biosynthetic process 0.3351123595505542 0.086007030265684 0.9314608285935448 1.0 1.0 4 P36551,P06132,P08397 3 |
| Positive regulation of atp dependent activity 0.2087277557928177 0.0858496963622107 0.9315859002875846 1.0 1.0 21 P07737,Q8WXX5,P35080,Q8NFQ8 4 |
| Regulation of cardiac muscle contraction 0.239823126758292 0.0858061940828201 0.9316204824760644 1.0 1.0 12 P28161,P78417,P17612 3 |
| Positive regulation of fibroblast proliferation 0.2427385992345334 0.0847533291033278 0.9324574979535538 1.0 1.0 11 P14174,Q00534,P11802,Q99741,P14635,Q7Z5K2,P20248 7 |
| Mrna splice site selection 0.211996767935704 0.0832981620894725 0.933614461657606 1.0 1.0 19 O75494,Q9Y383,O95232,Q07955 4 |
| Regulation of heart rate 0.2486807330465936 0.0830858868489024 0.9337832477058564 1.0 1.0 10 P62258,P17612 2 |
| Cellular response to peptide hormone stimulus 0.1908929697768941 0.0828810640342728 0.93394611094151 1.0 1.0 76 Q9Y4I1,P08047,P27695,Q13131,Q9H1E3,P11802,Q16822,Q9UQB8,P07741,P61026,Q92930,Q96EB6,P61006 13 |
| Physiological cardiac muscle hypertrophy 0.2862134513357106 0.0813991273988145 0.935124543044506 1.0 1.0 6 Q9UGN5 1 |
| Oocyte differentiation 0.2373163698704583 0.0800909656417818 0.9361649080392768 1.0 1.0 12 Q15645,Q5TAX3,Q9BQA1,O14965 4 |
| Megakaryocyte development 0.3306838633143059 0.0799567598968735 0.9362716464166893 1.0 1.0 4 P48426,Q9Y6W5 2 |
| Positive regulation of metaphase anaphase transition of cell cycle 0.2471254627551012 0.079702340276247 0.9364739981059982 1.0 1.0 10 Q13042 1 |
| Nuclear transcribed mrna catabolic process deadenylation independent decay 0.4391833951224844 0.0794027897253743 0.9367122497697836 1.0 1.0 3 Q96F86 1 |
| T cell mediated cytotoxicity 0.2849717819764745 0.0792552652085775 0.9368295875137322 1.0 1.0 6 O15400,P04439 2 |
| Positive regulation of syncytium formation by plasma membrane fusion 0.2841483979763994 0.0778515958816193 0.9379461033776326 1.0 1.0 6 Q14012,Q16539,Q9H4M9,P41440,O75955 5 |
| Regulation of syncytium formation by plasma membrane fusion 0.2841483979763994 0.0778515958816193 0.9379461033776326 1.0 1.0 6 Q14012,Q16539,Q9H4M9,P41440,O75955 5 |
| Response to xenobiotic stimulus 0.1864875655475404 0.0772837821962447 0.9383977922498488 1.0 1.0 83 Q13131,P12004,Q9NQ88,P11802,Q9UKK3,Q86WA6,Q9Y620,P04179,P78417,Q08257,P07948,P52564,O96017,P55809,P16455,P46100,P42574,P28161,P61586,P27695,P21266,P18887,P00491,P51580,P04844,P06493,Q16611 27 |
| Regulation of lymphocyte apoptotic process 0.2588171794278971 0.0770224272380588 0.9386057036067584 1.0 1.0 8 P14174 1 |
| Cellular carbohydrate catabolic process 0.2133667255756352 0.0757339753346836 0.9396307451959371 1.0 1.0 18 P62140,P11216,P49840,P62136 4 |
| Positive regulation of neuron death 0.2057390793363463 0.0756588185612508 0.9396905400687984 1.0 1.0 23 P42574,P61081,P61586,P78362,P42575,P49427,O95831 7 |
| Positive regulation of cell adhesion 0.1904392861435702 0.0739809254335828 0.941025562961499 1.0 1.0 72 Q15404,P09429,Q13951,P49366,Q9H3S7,Q8NFG4,P07948,Q07021,O95999,P61586,P09382,P04439,P00491,Q96EY1,P36404,Q13630,O95429,O43639,O15144,P04083,Q9UDY8 21 |
| Complement activation 0.4333052513338776 0.0733660709972541 0.9415148162317244 1.0 1.0 3 Q07021,Q99623 2 |
| Regulation of humoral immune response 0.4333052513338776 0.0733660709972541 0.9415148162317244 1.0 1.0 3 Q07021,Q99623 2 |
| Regulation of complement activation 0.4333052513338776 0.0733660709972541 0.9415148162317244 1.0 1.0 3 Q07021,Q99623 2 |
| Negative regulation of execution phase of apoptosis 0.4427288040426886 0.0728543730675292 0.941922002423363 1.0 1.0 2 O00273 1 |
| Negative regulation of b cell proliferation 0.3002622144005518 0.0728209910510895 0.941948566858822 1.0 1.0 5 P42574,P07948 2 |
| Negative regulation of extrinsic apoptotic signaling pathway 0.2046763608791709 0.0724812267288409 0.9422189450692432 1.0 1.0 23 P26583,P61289 2 |
| Hindlimb morphogenesis 0.3244810573464983 0.0719900966006552 0.9426097891701176 1.0 1.0 4 Q9P2D1 1 |
| Embryonic hindlimb morphogenesis 0.3244810573464983 0.0719900966006552 0.9426097891701176 1.0 1.0 4 Q9P2D1 1 |
| Positive regulation of cell growth 0.1962966038676625 0.0715457441057171 0.94296341927909 1.0 1.0 41 P61586,Q9UGN5,P58546,O75832,O00560 5 |
| Rna modification 0.1896006485456566 0.070994947623279 0.9434017765584786 1.0 1.0 73 Q96HR8,Q8WWH5,Q96FX7,Q6NYC1,Q96P11,Q99714,Q7L2J0,Q9UET6,Q9UJA5,Q6P087,Q96PZ0,Q7Z2T5,Q96DE0 13 |
| Protein localization to early endosome 0.2794596852527258 0.0701301660959457 0.9440900567324232 1.0 1.0 6 P35241,P26038,Q8TDB6 3 |
| Regulation of cellular response to stress 0.2441575215444516 0.0693350899126368 0.9447228952224584 1.0 1.0 182 Q9BW85,Q709C8,Q9NXR7,Q8N2W9,P00374,P09429,Q9NQ88,O94760,Q7Z4V5,Q99873,Q96EB6,P51452,Q04323,P67809,P04179,Q9NY27,P14174,P13693,Q99615,Q96S55,Q96T60,P78318,O96017,O95881,O00560,P10586,P38398,Q9NS73,P16455,P29372,Q9NV56,Q96FW1,Q96B01,O75832,Q9BRJ7,P60510,O43324,O43765,Q9NRM2,O43639,Q13404,Q9BUP0,P15927,P54578,Q16611,Q92993,Q96QD8 47 |
| Cellular amino acid biosynthetic process 0.200228191766455 0.0692974795539026 0.9447528319413744 1.0 1.0 36 P78330,P49903,P00374,Q96GX9,Q9BV57,P34896,P17174,P61457,Q13126 9 |
| Tricarboxylic acid metabolic process 0.2419808666291595 0.069034450830703 0.944962197104422 1.0 1.0 10 P53396,P51553,O75874,O43837,P21399,P48735,P50213,Q99798,O75390 9 |
| Regulation of er associated ubiquitin dependent protein catabolic process 0.4283796758832272 0.0685924931924556 0.9453139943591268 1.0 1.0 3 O43765 1 |
| Positive regulation of tumor necrosis factor superfamily cytokine production 0.2244428657768433 0.0684795936479389 0.945403863847524 1.0 1.0 14 O95999,P09429,P14174,P30046 4 |
| Negative regulation of atp dependent activity 0.2596489400193477 0.0668120140586138 0.9467313589462614 1.0 1.0 7 Q96EB6 1 |
| Regulation of cell growth involved in cardiac muscle cell development 0.3196285035137664 0.0661629613238145 0.9472480847149648 1.0 1.0 4 Q9UGN5 1 |
| Immunoglobulin v d j recombination 0.4354295339697003 0.0660690635619358 0.9473228407192712 1.0 1.0 2 P49917 1 |
| Somatic diversification of t cell receptor genes 0.4354295339697003 0.0660690635619358 0.9473228407192712 1.0 1.0 2 P49917 1 |
| Regulation of protein depolymerization 0.199668864109643 0.065857679725269 0.9474911340838528 1.0 1.0 35 P47755,O75083,Q9UEY8,P58546,Q9Y281,P52907,P29372,P48681,P60981 9 |
| Trans synaptic signaling by trans synaptic complex 0.4240381915192349 0.0645956988155749 0.9484959094073032 1.0 1.0 3 Q14118,Q9Y4F1 2 |
| Trna wobble uridine modification 0.2757166947723531 0.0642948155873967 0.94873548147756 1.0 1.0 6 O95396,O75648,Q9H9T3,O95163,Q96EB1 5 |
| Trna wobble base modification 0.2757166947723531 0.0642948155873967 0.94873548147756 1.0 1.0 6 O95396,O75648,Q9H9T3,O95163,Q96EB1 5 |
| Interleukin 17 production 0.4331836047164718 0.0640994864149662 0.9488910107883692 1.0 1.0 2 P78540 1 |
| Monocarboxylic acid metabolic process 0.2340529789447827 0.0626603412188489 0.9500369784256671 1.0 1.0 167 Q8N4Q0,P05165,Q14914,Q13131,P56537,Q9NQ88,P42126,Q16822,P54619,O95372,P14550,Q15185,Q9Y2X7,Q96EB6,P09972,P11766,Q8IVS2,Q96CM8,O75477,P14174,P50542,Q14353,Q99497,P38398,Q2T9J0,P16930,P28161,Q15120,Q4G176,Q16539,O15254,Q15118,Q01469,Q99714,Q8WTS1,P48735,P49914,P04083,P50747,O75608,Q96RQ3,Q9BWD1,Q9BUT1 43 |
| Mast cell activation involved in immune response 0.2512073414406255 0.06254279423102 0.9501305837549556 1.0 1.0 8 Q9UJ41,P07948 2 |
| Positive regulation of mapk cascade 0.1873041762439328 0.0622006147159526 0.9504030729671238 1.0 1.0 56 P09429,P30046,Q99873,P14174,Q9Y2Q5,Q04721,Q969H8,P52564,P29372,P51617,P46109,P49407,O00560,Q9NS73,P18615,P32119,Q13641,Q13546,Q15750,P19525 20 |
| Positive regulation of stem cell differentiation 0.3160011686348339 0.0620348033578652 0.9505351162918596 1.0 1.0 4 O43809 1 |
| Regulation of cardiac muscle cell proliferation 0.4210737527823718 0.0619778981331355 0.9505804328919552 1.0 1.0 3 P06493 1 |
| Positive regulation of cardiac muscle cell proliferation 0.4210737527823718 0.0619778981331355 0.9505804328919552 1.0 1.0 3 P06493 1 |
| Regulation of oxidative stress induced cell death 0.2039919543294323 0.0618508147547785 0.9506816365948908 1.0 1.0 19 P04179 1 |
| Positive regulation of cell cycle 0.1888181033940534 0.0615240257297341 0.9509418808813848 1.0 1.0 104 O75179,P11802,P30307,Q14674,Q13042,P51452,Q9BXS6,Q99538,O96017,Q96DE0,O14965,P61586,P27695,Q96B01,P39748,O75832,P04083,P06493,Q7L2J0 19 |
| Response to peptide hormone 0.1871867281554462 0.0614523591714714 0.950998954527734 1.0 1.0 102 Q9Y4I1,Q13131,P56537,P11802,Q16822,Q92930,Q96EB6,Q9NR50,P61026,P07741,P61006,P49770,P27695,Q9H1E3,Q9UQB8,P08047,P04083,P49840,Q709C8 19 |
| Endoplasmic reticulum tubular network organization 0.2502646330889021 0.0608559281809269 0.9514739485703848 1.0 1.0 8 P61026,O95197 2 |
| Leukocyte proliferation 0.1904456194982775 0.060841448690104 0.9514854801645614 1.0 1.0 43 P14174,O43639,P62753,P04083,P49366,Q96EY1,Q9UDY8 7 |
| Regulation of mast cell activation involved in immune response 0.2906637904454797 0.0600162345007412 0.9521427047354822 1.0 1.0 5 Q9UJ41 1 |
| Regulation of mast cell activation 0.2906637904454797 0.0600162345007412 0.9521427047354822 1.0 1.0 5 Q9UJ41 1 |
| Ventral spinal cord development 0.3130506709896061 0.058818055218082 0.9530970273725938 1.0 1.0 4 Q96KG9 1 |
| Positive regulation of cell cycle process 0.1798686462473483 0.0584044499544127 0.9534264702740156 1.0 1.0 88 Q9BXS6,O14965,P27695,P61586,Q7L2J0,O75179,P11802,Q96B01,P39748,P04083,P30307,Q14674,Q13042,O96017,P06493,Q96DE0 16 |
| Regulation of developmental growth 0.1842568697185155 0.0577581246830255 0.9539412941249732 1.0 1.0 51 Q9UGN5,Q99538,P11802,Q99956,Q16539,P58107,P06493,Q14353,P49840,Q9P2D1,Q9UJU6 11 |
| Regulation of sprouting angiogenesis 0.4158944116821039 0.0576163926495617 0.9540541919180237 1.0 1.0 3 Q07157,P15104 2 |
| Excitatory synapse assembly 0.4239191465468961 0.0565417270306175 0.954910255310375 1.0 1.0 2 O15031 1 |
| Regulation of excretion 0.4144903117101861 0.0564797250660082 0.9549596467927568 1.0 1.0 3 O14745,Q9Y5X3 2 |
| Myeloid dendritic cell activation 0.4124363704775615 0.0548515562693788 0.9562567262309544 1.0 1.0 3 P09429 1 |
| Protein localization to phagophore assembly site 0.2394571761915802 0.0525798743134193 0.958066652756452 1.0 1.0 9 P56962 1 |
| Positive regulation of myoblast fusion 0.2840685585838747 0.0521337964276652 0.9584220839167208 1.0 1.0 5 P41440,O75955,Q9H4M9,Q16539 4 |
| Regulation of myoblast fusion 0.2840685585838747 0.0521337964276652 0.9584220839167208 1.0 1.0 5 P41440,O75955,Q9H4M9,Q16539 4 |
| Regulation of cellular response to hypoxia 0.2834844825682488 0.0514707032807435 0.9589504462924416 1.0 1.0 5 O94760 1 |
| Positive regulation of sprouting angiogenesis 0.4157776530039428 0.0506219259547189 0.9596267908375168 1.0 1.0 2 Q07157 1 |
| Negative regulation of cell adhesion 0.1887530848053724 0.0504120356308134 0.9597940455358048 1.0 1.0 42 P61586,P42771,P04083,P35240,P51452,P63167 6 |
| Positive regulation of synaptic transmission 0.2086283622169849 0.0499307698514126 0.9601775570814476 1.0 1.0 16 P27695 1 |
| Positive regulation of renal sodium excretion 0.4143739472206748 0.0496665826340412 0.9603880867736776 1.0 1.0 2 Q9Y5X3 1 |
| Regulation of renal system process 0.4143739472206748 0.0496665826340412 0.9603880867736776 1.0 1.0 2 Q9Y5X3 1 |
| Renal tubular secretion 0.4143739472206748 0.0496665826340412 0.9603880867736776 1.0 1.0 2 Q9Y5X3 1 |
| Renal sodium excretion 0.4143739472206748 0.0496665826340412 0.9603880867736776 1.0 1.0 2 Q9Y5X3 1 |
| Exploration behavior 0.3036516853932527 0.0493915816005407 0.9606072368850502 1.0 1.0 4 Q05086,P38919,Q15334 3 |
| Positive regulation of filopodium assembly 0.2644744238336207 0.048479449983283 0.9613341417195028 1.0 1.0 6 Q16658,O00401,Q14195,Q9H6U6,P60953 5 |
| Arachidonic acid metabolic process 0.263912310286685 0.0477545224077018 0.961911881036016 1.0 1.0 6 Q8N2K0,P16152,Q9NP80,Q8NCG7,Q15185 5 |
| Dedifferentiation 0.4112857944974917 0.047630331140092 0.962010858701237 1.0 1.0 2 Q00534 1 |
| Histone h2a acetylation 0.2300488369220964 0.0473259986722093 0.962253407349972 1.0 1.0 10 Q86UY6,Q9NV56 2 |
| Dna replication synthesis of rna primer 0.3008426966292049 0.0468097848968835 0.9626648303638348 1.0 1.0 4 P49642,P49643,Q14181 3 |
| Germ cell proliferation 0.4098820887142254 0.0467340804069812 0.9627251677739176 1.0 1.0 2 P20042 1 |
| Regulation of calcium ion transport 0.1930110337181464 0.0465457403088395 0.9628752780753024 1.0 1.0 36 P28161,P61586,P27695,P78417,P07948,Q13555,Q9UKS6,P17612,P42858,P62258,Q9P2D1,Q16611,Q13557 13 |
| Imp metabolic process 0.2201209940555802 0.0465392754414188 0.9628804307093508 1.0 1.0 12 P07741,P00491,P49902 3 |
| Protein localization to nucleoplasm 0.219085205963005 0.0448231288891277 0.9642482894301982 1.0 1.0 12 Q7L2J0 1 |
| Response to auditory stimulus 0.4065131948343822 0.0446562725895043 0.9643812883207512 1.0 1.0 2 P42858 1 |
| Regulation of phosphatidylinositol 3 kinase activity 0.2613827993254709 0.0445680289533276 0.9644516265256896 1.0 1.0 6 P07948,P60953,Q562E7,Q99570,P12931 5 |
| Positive regulation of calcium ion transport 0.2028115540632797 0.0440879407010859 0.964834305365283 1.0 1.0 17 Q16611,P27695 2 |
| T cell activation 0.1842179144560149 0.0436145803794803 0.965211629295283 1.0 1.0 68 Q6NYC1,P61586,P09382,O43639,P09429,P62753,Q9P2D1,P04083,O95999,P49366,Q96EY1,P51452,Q9UDY8 13 |
| Regulation of organelle assembly 0.184059711313663 0.0435021661114243 0.965301237855208 1.0 1.0 70 P50570,Q13131,Q9NZZ3,P37198,Q13283,O00560,P38398,P48426,Q9UN86,Q9NVG8,P61586,P27695,Q9Y277,Q15042,P35241,Q13485,Q15555,Q96C92,O75351,P26038,Q92597,P42858,Q9HD42,Q16181,Q8TBX8 25 |
| Regulation of atp dependent activity 0.1916960238880007 0.0433982906777554 0.9653840402607832 1.0 1.0 29 Q8WXX5,P35080,P07737,Q96EB6,Q8NFQ8 5 |
| Histone h2b ubiquitination 0.2449014816084273 0.0431145485344453 0.965610222030034 1.0 1.0 7 Q8TDB6,Q9NW82,Q6PD62,Q5VTR2 4 |
| Regulation of atp biosynthetic process 0.244832486363062 0.0430158617826019 0.965688889682838 1.0 1.0 7 P00403,Q8NFG4 2 |
| Positive regulation of intracellular steroid hormone receptor signaling pathway 0.2747876722159705 0.042250294910372 0.9662991687881162 1.0 1.0 5 Q969T9 1 |
| Regulation of atpase coupled calcium transmembrane transporter activity 0.4023020774845764 0.0422007270468178 0.9663386829786692 1.0 1.0 2 P54652 1 |
| Regulation of filopodium assembly 0.2141454562114393 0.0420045288960021 0.9664950877683504 1.0 1.0 13 P62330,O00401 2 |
| Positive regulation of nad p h oxidase activity 0.3931479921370399 0.041474012274733 0.9669180102235436 1.0 1.0 3 Q99497,P04899 2 |
| Regulation of nad p h oxidase activity 0.3931479921370399 0.041474012274733 0.9669180102235436 1.0 1.0 3 Q99497,P04899 2 |
| T cell cytokine production 0.2941890728997015 0.041109173833193 0.9672088611261428 1.0 1.0 4 Q9UDY8 1 |
| Positive regulation of t cell cytokine production 0.2941890728997015 0.041109173833193 0.9672088611261428 1.0 1.0 4 Q9UDY8 1 |
| Heart valve morphogenesis 0.2377441723287315 0.040624619238999 0.9675951570401912 1.0 1.0 8 Q04721,Q13485,P20248 3 |
| Protein destabilization 0.2182633475125304 0.0390751990972527 0.9688304341171052 1.0 1.0 11 Q96EB6 1 |
| Positive regulation of cell death 0.2089221482226273 0.0389128073516138 0.968959905513464 1.0 1.0 136 Q6SZW1,Q8N2W9,P09429,Q9NQ88,Q15257,O95352,Q2TAL8,O00213,Q13144,Q08752,Q96EB6,P20248,P19447,P19174,Q13557,P04179,P63241,P62081,O95831,Q04721,Q8NFG4,P07948,P52564,Q07021,O96017,P78362,O95999,Q99497,P42574,P61081,P61586,P42771,P09382,Q9UNN5,P62136,P42575,Q9Y6C9,Q13485,O43324,P61254,P55212,O75569,O43639,Q05639,Q99956,P62753,P00403,P04083,P31689,P42858,P63167,P49427,Q16611 53 |
| Peripheral nervous system myelin maintenance 0.3883740522325219 0.0386660637533672 0.969156630366694 1.0 1.0 3 Q92597,Q15149 2 |
| Regulation of hexokinase activity 0.3872211254178841 0.0380160266011247 0.9696749038849664 1.0 1.0 3 Q9NQ88 1 |
| Positive regulation of hexokinase activity 0.3872211254178841 0.0380160266011247 0.9696749038849664 1.0 1.0 3 Q9NQ88 1 |
| Cellular response to light stimulus 0.1902897254767797 0.0370653641750638 0.9704328884252555 1.0 1.0 33 Q96EB6,Q16611,Q15054 3 |
| Response to glucagon 0.3924761370017028 0.0370529259359258 0.9704428058916624 1.0 1.0 2 P20248 1 |
| Non motile cilium assembly 0.2140520210881903 0.0369536114026903 0.9705219931925148 1.0 1.0 12 P27695,Q8NCM8,Q16181,Q15691,Q15555 5 |
| Insulin receptor signaling pathway 0.1901121766584516 0.0368674618866827 0.9705906837537076 1.0 1.0 34 Q13131,Q9H1E3,P11802,Q9UQB8,Q96EB6 5 |
| Regulation of mitochondrial dna replication 0.3847233923055368 0.0366444154963954 0.970768528849632 1.0 1.0 3 Q9UJZ1,Q04837 2 |
| Positive regulation of dna biosynthetic process 0.1896785419793378 0.0363736714971098 0.970984407384623 1.0 1.0 35 Q96HR8,Q96T60,Q9Y248,Q9BRT9,Q15185,Q9BRX5 6 |
| Positive regulation of interleukin 12 production 0.3825928870080001 0.0355134645921624 0.9716703099563933 1.0 1.0 3 P09429 1 |
| Regulation of phosphatase activity 0.1948508912448545 0.034858401937225 0.9721926508836276 1.0 1.0 18 P67870,Q15257 2 |
| Regulation of protein serine threonine kinase activity 0.1815930905362998 0.0347117890748085 0.9723095602711128 1.0 1.0 72 P30307,Q9NYV4,P54619,O95373,Q96EB6,P20248,P10644,P14174,P07948,P52564,Q99741,Q15208,P51617,P42574,P61586,P42771,Q15750,P32780,O75832,O95067,P31689,O94992,P42858,Q9P287 24 |
| Mitochondrial fission 0.2014680010412078 0.0334813110455924 0.9732907691010682 1.0 1.0 15 Q9NX47,O14965,Q96QK1,Q9NQG6 4 |
| Cardiac left ventricle morphogenesis 0.3754496095752444 0.0319748555418913 0.9744921030122968 1.0 1.0 3 P49840 1 |
| Vascular endothelial growth factor receptor signaling pathway 0.2309984479208834 0.0313410784652854 0.974997530608226 1.0 1.0 8 Q96TA1 1 |
| Interleukin 6 mediated signaling pathway 0.2626311290629706 0.031316249537254 0.9750173315070338 1.0 1.0 5 Q13546,Q13485 2 |
| Fatty acid alpha oxidation 0.3737714125245665 0.0311983005787683 0.9751113951977683 1.0 1.0 3 O43808,A1L0T0 2 |
| Protein depolymerization 0.1755817649397505 0.0309985855821951 0.9752706676739522 1.0 1.0 46 P47755,O75351,O75083,Q99961,Q9UEY8,P58546,Q9Y281,P52907,P29372,P48681,P23528,P60981 12 |
| Axonal fasciculation 0.372367312552655 0.0305640938635641 0.9756171777088816 1.0 1.0 3 P42574,Q9NQC3 2 |
| Negative regulation of intracellular signal transduction 0.199498374473536 0.0285884400001752 0.9771928318609756 1.0 1.0 126 Q9BW85,P04179,P14174,Q13131,P56537,P13693,Q99956,O43657,O96017,O75832,Q9UN36,O75489,P35240,Q15208,P49427,Q96EB6,P51452,P63167 18 |
| Peptidyl methionine modification 0.2761235955056103 0.028375541417958 0.9773626314657132 1.0 1.0 4 Q14CX7,Q9BXJ9,P50579 3 |
| Positive regulation of aspartic type peptidase activity 0.3659084526818323 0.0278232952226777 0.9778030862522132 1.0 1.0 3 Q13492,P07948 2 |
| Small molecule catabolic process 0.2014823182858323 0.0275464333529453 0.9780239054230102 1.0 1.0 129 P05165,Q9UKK9,Q9NQ88,P42126,Q16822,O95865,P14550,Q15036,P17174,O94760,O43708,Q13126,P11766,Q8IVS2,P21953,P50542,Q8IYS1,Q9UJ70,Q99497,Q96I15,Q9UKG9,Q2T9J0,P55809,Q6NVY1,P16930,Q96C23,Q4G176,P35914,P00491,P25325,O15254,P34896,Q99714,P85037,P49914,Q96RQ3,P10768,Q9BWD1,Q9BUT1,P49840 40 |
| Positive regulation of glucose transmembrane transport 0.2327399208743094 0.0273836411258338 0.9781537458471103 1.0 1.0 7 Q16625 1 |
| Regulation of vitamin metabolic process 0.3674901740595346 0.0271937731504368 0.9783051821772308 1.0 1.0 2 O60678 1 |
| Negative regulation of vitamin metabolic process 0.3674901740595346 0.0271937731504368 0.9783051821772308 1.0 1.0 2 O60678 1 |
| Regulation of intracellular estrogen receptor signaling pathway 0.1951546333066234 0.0270282252401767 0.9784372217648694 1.0 1.0 16 Q969T9 1 |
| Vesicle targeting 0.1835011794576153 0.0264579865936106 0.9788920436987996 1.0 1.0 20 Q9HAS0,Q9NR31 2 |
| Regulation of vesicle mediated transport 0.2033846338526645 0.0262599175076627 0.9790500250723744 1.0 1.0 132 Q4J6C6,Q13131,Q9HD26,P09429,Q15036,Q9NR31,Q9Y2X7,Q92930,Q9H3S7,P62330,Q9UMY4,P61026,O00560,P61006,Q99439,P27695,Q8N6T3,P35080,Q07960,Q9UJ41,P04083,O75608,P30533 23 |
| Oogenesis 0.1864772702385805 0.0257685011582631 0.979441985936484 1.0 1.0 19 Q9BQA1,O14965,Q5TAX3,P62753,Q15645 5 |
| Regulation of endoplasmic reticulum tubular network organization 0.3600112327997772 0.0255627235209981 0.9796061186679668 1.0 1.0 3 Q15042,Q9H2M9 2 |
| Ornithine metabolic process 0.3590679393599233 0.0247594116647626 0.9802468659243206 1.0 1.0 2 P78540 1 |
| Filopodium assembly 0.1977584921743536 0.0232647544161048 0.9814390860010204 1.0 1.0 14 P62330,O00401 2 |
| Establishment of centrosome localization 0.2491958081948767 0.0216502515151239 0.9827269479984964 1.0 1.0 5 Q13257,Q12959 2 |
| Purine containing compound biosynthetic process 0.1761824753336621 0.0215206441759849 0.9828303356047096 1.0 1.0 80 P48047,P06733,Q13126,Q8NFG4,P49915,P07741,P20839,Q15120,Q96CD2,Q4G176,P00491,P11908,P60891,P34896,Q15118,Q14558,P55263,P54819,P00403,P15531 20 |
| Negative regulation of respiratory burst 0.3436271757439783 0.0212377133472641 0.98305603015905 1.0 1.0 2 P39019 1 |
| Positive regulation of oxidative stress induced cell death 0.247945860706012 0.0208695335424185 0.9833497300400844 1.0 1.0 5 Q99497,Q13546 2 |
| Mesenchyme morphogenesis 0.2472576961042852 0.0204478601049843 0.9836861049760206 1.0 1.0 5 O95747 1 |
| Protein polyufmylation 0.3417579331648422 0.0198762963507232 0.9841420541816176 1.0 1.0 3 Q96HY6,Q9Y3C8 2 |
| Negative regulation of excitatory postsynaptic potential 0.3352049410443699 0.0197551416023094 0.9842387027077864 1.0 1.0 2 Q13614 1 |
| Activation of nf kappab inducing kinase activity 0.2453515734459837 0.0193096812026797 0.984594060886442 1.0 1.0 5 Q9UDY8 1 |
| Negative regulation of phosphatidylinositol 3 kinase signaling 0.2442896965404215 0.0186943434519772 0.9850849407390804 1.0 1.0 5 O95630,Q9NZM5 2 |
| Regulation of respiratory burst 0.336422353271555 0.0185469466356874 0.9852025259961604 1.0 1.0 3 P39019,P11274 2 |
| Phototransduction visible light 0.3358785723470784 0.0184190787614422 0.9853045323734868 1.0 1.0 3 P30419 1 |
| Detection of visible light 0.3358785723470784 0.0184190787614422 0.9853045323734868 1.0 1.0 3 P30419 1 |
| Regulation of cytoskeleton organization 0.2226371821865894 0.0183545949989167 0.985355974275654 1.0 1.0 163 Q96BD8,Q13131,Q9NZZ3,P53384,Q9Y696,Q9Y2X7,Q8IX90,P04350,P62330,P58546,P60981,P38398,P29372,P47755,P61586,Q16625,P35080,Q9UQB8,P07737,O15145,Q9Y6W5,P60983,O00401,O15013,O15144,O43639,O95429,Q9UHV9,P36405,P35240,P50552,P63167 32 |
| Spinal cord motor neuron differentiation 0.3350442846053763 0.0182255554727489 0.9854589157014696 1.0 1.0 3 Q96KG9 1 |
| Cell differentiation in spinal cord 0.3350442846053763 0.0182255554727489 0.9854589157014696 1.0 1.0 3 Q96KG9 1 |
| Vesicle targeting to from or within golgi 0.1986464371122375 0.0174212312244352 0.9861005716571918 1.0 1.0 12 Q9NR31 1 |
| Positive regulation of receptor catabolic process 0.3304289042855461 0.0172114885213743 0.986267897032732 1.0 1.0 3 Q8TDB6 1 |
| Negative regulation of sodium ion transport 0.2406855251203448 0.0167031677546805 0.9866734200115912 1.0 1.0 5 O95747 1 |
| Negative regulation of hypoxia induced intrinsic apoptotic signaling pathway 0.306850084222361 0.0164746249956368 0.9868557456611596 1.0 1.0 2 P06733 1 |
| Retinoic acid metabolic process 0.3037619314991717 0.0162415151032523 0.9870417155616648 1.0 1.0 2 O60678 1 |
| Nuclear membrane reassembly 0.206676629108147 0.0162012162174441 0.987073865190379 1.0 1.0 10 Q9NZZ3,Q9HD42 2 |
| Centrosome separation 0.2392996722554197 0.0159766021204763 0.9872530581162976 1.0 1.0 5 O14965 1 |
| Protein localization to nuclear body 0.1995496763298654 0.0158732787131555 0.9873354878148296 1.0 1.0 11 P49368,P78371,P50991,Q4G0J3,P40227,P50990,P48643,P17987,Q99832,Q7L2J0 10 |
| Regulation of cilium assembly 0.1769140362024371 0.0157469958650448 0.9874362343574524 1.0 1.0 20 Q96C92,Q9NVG8,P27695,Q9Y277,Q16181,Q15555 6 |
| Retrograde axonal transport 0.2172800760783968 0.0156973942439523 0.9874758058340212 1.0 1.0 8 Q03001,P27695 2 |
| Regulation of leukocyte adhesion to vascular endothelial cell 0.320630845793813 0.0153540057491953 0.9877497571913838 1.0 1.0 3 P61586 1 |
| Positive regulation of leukocyte adhesion to vascular endothelial cell 0.320630845793813 0.0153540057491953 0.9877497571913838 1.0 1.0 3 P61586 1 |
| Cd40 signaling pathway 0.2368661884501673 0.0147516882687661 0.9882302825586832 1.0 1.0 5 Q9BXW9 1 |
| Response to oxygen glucose deprivation 0.2605277933745247 0.0144895532299074 0.9884394137050372 1.0 1.0 2 O95831 1 |
| Cellular response to oxygen glucose deprivation 0.2605277933745247 0.0144895532299074 0.9884394137050372 1.0 1.0 2 O95831 1 |
| Type b pancreatic cell development 0.3136611020488501 0.0142522988098099 0.9886286957967608 1.0 1.0 3 P49840 1 |
| Negative regulation of activated t cell proliferation 0.3108594602101217 0.013855791509698 0.9889450316054298 1.0 1.0 3 P42574 1 |
| Glandular epithelial cell development 0.2429775280898801 0.0136985661891856 0.9890704673560188 1.0 1.0 4 P49327,Q00534,P49840 3 |
| Negative regulation of microtubule polymerization or depolymerization 0.1826633400579375 0.0132731913514757 0.9894098365072684 1.0 1.0 17 P04350 1 |
| Cell recognition 0.1785854671766173 0.0131925184000073 0.9894741985742844 1.0 1.0 24 Q6NYC1 1 |
| Locomotory exploration behavior 0.3035664139286794 0.01293695538309 0.9896780909575722 1.0 1.0 3 Q15334,Q05086 2 |
| Brainstem development 0.3018814939623773 0.012746421267109 0.9898301026522278 1.0 1.0 3 P22102,Q13485 2 |
| Membrane fusion 0.169428841874452 0.0126410464664573 0.9899141728053048 1.0 1.0 45 Q92930,Q15276,P04083 3 |
| Ribonucleoprotein complex subunit organization 0.1994401259571111 0.0125056230020976 0.9900222165560172 1.0 1.0 131 Q9BW85,Q9BYC9,P56537,O75494,Q9Y383,Q9Y3F4,P62841,Q15185,O95232,O15514,P08865,Q07955,P83876,P62316,Q9UKD2,O43809,Q8N684,P05388,Q96HR8,Q96SB4,P62857,Q9Y333,Q15056,O75569,P41214,Q9NZM5,O94992,Q9ULC4 28 |
| Phosphate ion transmembrane transport 0.297107554057854 0.0122473781164942 0.9902282503820692 1.0 1.0 3 Q9UBX3,Q00325 2 |
| Phosphate ion transport 0.297107554057854 0.0122473781164942 0.9902282503820692 1.0 1.0 3 Q9UBX3,Q00325 2 |
| Regulation of map kinase activity 0.1781165570544292 0.0118256409486504 0.990564723579924 1.0 1.0 25 Q15208 1 |
| Eye photoreceptor cell development 0.2906486941870269 0.0116608243343611 0.9906962191445176 1.0 1.0 3 Q15555,P54802 2 |
| Autophagy of mitochondrion 0.1772680879857103 0.0109311217424874 0.9912784004195748 1.0 1.0 37 P60520,Q9NQ88,A6NDU8,O95352,P19784,P49840,Q709C8 7 |
| Golgi to endosome transport 0.2120359955005626 0.0107790108796253 0.9913997601781956 1.0 1.0 8 O95782,Q99523,Q7Z3U7,P42566,P57737,P61106,Q709C8 7 |
| Regulation of potassium ion transmembrane transporter activity 0.2009003939223528 0.0105874235668176 0.9915526160138431 1.0 1.0 10 P50570,O95747,Q13642,Q12959,Q96PU5,P54709,Q12955,P62258,P05026 9 |
| Negative regulation of cell projection organization 0.1772409856043612 0.0101123534991657 0.99193164678109 1.0 1.0 30 Q9UL15,P61586,P62330,P35080,P43378,Q86X55 6 |
| L serine biosynthetic process 0.2604331100901669 0.0099512698495976 0.9920601664708428 1.0 1.0 3 P78330 1 |
| Negative regulation of cell killing 0.2420668351586702 0.0094670102555588 0.9924465315093288 1.0 1.0 3 P04439,P01889 2 |
| Negative regulation of mrna 3 end processing 0.2133137665776265 0.008652139470111 0.9930966776288896 1.0 1.0 7 P18615 1 |
| Regulation of phosphoprotein phosphatase activity 0.1807196155423946 0.0085568999357467 0.99317266496989 1.0 1.0 15 P67870 1 |
| Platelet morphogenesis 0.2131009277481017 0.008486255935148 0.993229028680742 1.0 1.0 7 P42574,O75083,P78527,P12814,P35579,Q06124 6 |
| Protein targeting to mitochondrion 0.1639679999853693 0.0074681281107942 0.994041351270908 1.0 1.0 48 O95817,Q13131,O95429,Q15785,P19784,P49840,Q99595,Q9H300 8 |
| Cell chemotaxis 0.1739256460210646 0.007382373135519 0.9941097719554804 1.0 1.0 39 P26583,Q99538,P14174,O95747,Q13641,P04083 6 |
| Regulation of transporter activity 0.1647399936460556 0.0070358869358273 0.9943862207595322 1.0 1.0 46 P54652,P50570,Q9HD26,O95747,P17612,P30405,P62258,Q13557,P78417,Q12959,P30626,Q99497,P28161,O14745,P27695,Q13546,P35754,Q03164,P42858 19 |
| Response to amino acid starvation 0.1778137851526153 0.0067263815277102 0.994633164498705 1.0 1.0 16 Q8NFG4,Q9Y664,Q96QD8 3 |
| Endosomal vesicle fusion 0.2082828842893997 0.0066713951761095 0.99467703627531 1.0 1.0 4 Q8WUH2 1 |
| Lactate metabolic process 0.2086615017167614 0.0026181022077791 0.997911059056236 1.0 1.0 6 Q99497,Q9NQ88 2 |
| Organelle membrane fusion 0.1730716058367222 0.0021795038845322 0.998261008877092 1.0 1.0 33 Q92930 1 |
| Regulation of necrotic cell death 0.1772929802646995 0.0014756452926512 0.998822605831074 1.0 1.0 13 P30405,P00403,Q9NX46,P55212 4 |
| Atp synthesis coupled electron transport 0.1719384318287407 0.0013382734301793 0.9989322126106576 1.0 1.0 36 O75380,P00403,P19404,O75489,P06493,P51970,P03915 7 |
| Metaphase anaphase transition of cell cycle 0.1714924961499239 0.0006794980554119 0.999457839034212 1.0 1.0 36 Q13257,O43670,Q5JVF3,Q9UJX4,Q99741,P50748,P06400,Q14674,Q9H900,Q13042,Q969U7,O43684,Q9Y6A5,Q15645,Q9BVS4 15 |
| Selective autophagy 0.1717801806273292 0.0003449168547393 0.9997247961722996 1.0 1.0 34 A6NDU8,Q63HN8,O95817 3 |
| Negative regulation of stress activated protein kinase signaling cascade 0.1793627645202216 0.0001129861044215 0.9999098501318886 1.0 1.0 11 Q96J02,P78318,P31689,Q12959,P51452 5 |
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