| Term es nes pval sidak fdr geneset_size leading_edge leading_edge_size |
| Mitochondrial transport 0.6308647572062163 4.123444685270793 3.732481246832009e-05 0.2180291217134775 0.2459331893537676 82 O95831,P30536,P45880,Q15388,Q9Y5J9,Q9NS69,P23786,P56385,Q9Y3D6,O75947,Q99595,P06576,O75964,O14737,Q9P0J0,Q15070,O60830,Q9UII2,Q9UBX3,O94826,Q96EK5,Q8WWC4,Q5JRX3,Q8N4H5,Q9Y512,Q9UJZ1,O43615,P55786,P36542,O95817,Q10713,Q99797,O95140,O14925,O43772,O95429,O75431 37 |
| Mitochondrial transmembrane transport 0.6897336389074404 3.8878033390452673 0.0001011555313381 0.4865216997566002 0.269896159669494 50 P21796,O95831,O75746,Q15388,Q9BPX6,P23786,P56385,O75947,O95202,Q99595,P06576,O75964,O60830,Q9BSK2,Q9H2D1,O94826,Q8NE86,Q8WWC4,Q9UJZ1,O43615,P36542,Q9Y619,O14925,O43772 24 |
| Protein targeting to mitochondrion 0.6743478122159658 3.719828906421657 0.0001993577803875 0.7311762631290106 0.269896159669494 46 O95831,P30536,Q15388,Q9Y5J9,Q9NS69,Q9Y3D6,Q99595,O14737,Q9P0J0,O60830,Q9UII2,O94826,Q5JRX3,Q8N4H5,O43615,P55786,Q10713,Q99797,O95140,O14925,O95817 21 |
| Mitochondrial respiratory chain complex assembly 0.7209029801144085 3.6069493886940047 0.0003098180614389 0.8701931239709128 0.269896159669494 37 Q6DKK2,Q96CU9,Q86Y39,O75306,Q9H061,P03886,Q9P0J0,Q15070,Q69YU5,Q9BSK2,Q9Y2R0,O43676 12 |
| Protein localization to mitochondrion 0.6264596959399396 3.521406235363357 0.0004292644481134 0.9409299170394888 0.269896159669494 59 O95831,P30536,Q15388,Q9Y5J9,Q9NS69,Q9Y3D6,P0DP25,Q99595,O14737,Q9P0J0,Q15070,O60830,Q9UII2,O94826,Q5JRX3,Q8WWC4,Q8N4H5,O43615,P55786,Q10713,Q99797,O95140,O14925,O95817 24 |
| Anion transmembrane transport 0.6413615282417143 3.4760836762085394 0.0005087935115057 0.9650310091766918 0.269896159669494 47 P21796,P08183,Q15758,P08195,O75746,P45880,P30825,Q9UHG3,Q9HC21,Q9H9B4,O60831,Q86VD7,P53985,Q15041,Q96NB2,Q4KMQ2,Q9Y6M7,Q9BXP2,Q9H2D1,Q9UBX3,Q8TB61,P33527,Q9Y619,Q14728,P51790,Q02978,Q9Y277,P41440,P12235 29 |
| Anion transport 0.5694116754114485 3.3471657525088485 0.0008164237804064 0.9953996064589063 0.269896159669494 75 P21796,P08183,Q15758,P08195,O75746,P30536,P45880,P30825,Q9UHG3,Q9HC21,Q9H9B4,Q6KCM7,Q15907,P11166,O60831,P28288,Q86VD7,Q9H0H5,Q9NZJ7,P53985,Q15041,Q96NB2,Q6NUK1,Q4KMQ2,Q9Y6M7,Q9BXP2,Q9H2D1,Q9UBX3,O14745,O43865,P07602,Q8TB61,P33527,Q9Y619,Q14728,P51790,Q7L0J3,Q02978,Q9Y277,P41440,Q9NP80,P12235 42 |
| Mitochondrion organization 0.5749756601214477 3.192414492714502 0.0014108871097402 0.9999088404582774 0.269896159669494 194 P14406,P02786,P21796,Q96CU9,O95831,P30536,P45880,Q5T9A4,Q15388,O75153,P03886,Q9Y5J9,Q9NS69,Q9NX63,Q13505,Q9Y3D6,Q9UDX5,Q9Y2R0,P0DP25,O43676,Q99595,Q8N2A8,Q9H061,O14737,Q9P0J0,Q15070,Q96A26,Q69YU5,O60830,Q9BSK2,Q04837,P27544,Q9UII2,Q5XKP0,Q8IWA4,O94826,Q9H845,Q8WWC4,Q5JRX3,Q9NVI7,Q8N4H5,O43615,P55786,P10909,Q9H3K2,Q6DKK2,Q9Y241,Q10713,Q86Y39,Q99797,Q7Z3C6,O95140,O75306,Q9NUQ9,O95168,O14925,P04062,O95817,O95429,Q9Y6M9,O75431 61 |
| Secondary alcohol metabolic process 0.6068129927093775 3.181501587135184 0.0014651372010405 0.9999362708187356 0.269896159669494 45 Q9UBM7,O75845,O15118,O76062,P37268,Q9BQE5,P48449,P48735,Q8WTV0,Q15392,Q15800,P04062,P49748,Q16850 14 |
| Membrane lipid metabolic process 0.6431685329214245 3.1489492201604934 0.0016385866546528 0.9999797124419448 0.269896159669494 39 Q92643,O95470,Q8NBX0,P17900,Q99735,Q9NZJ7,Q06136,P50897,Q99805,Q96G23,Q8NCC3,Q9NZ01,P04062,P07602,P27544,Q16880 16 |
| Protein targeting 0.5320463436489479 3.1413198437553693 0.001681882470224 0.9999847549135265 0.269896159669494 116 Q15629,P31751,O95831,P30536,Q15388,Q9Y5M8,Q9Y5J9,Q9NS69,Q9Y3D6,Q99595,O14737,P27105,Q9P0J0,O60830,Q9UII2,Q14108,O94826,Q5JRX3,P43307,Q8N4H5,O43615,P55786,P10909,P46379,O60725,P57105,Q10713,Q99797,O95140,O14925,O95817,P46934,Q13438 33 |
| Nadh dehydrogenase complex assembly 0.7051863526022863 3.0461923204678145 0.0023175954201255 0.9999997707285558 0.269896159669494 26 Q96CU9,Q86Y39,O75306,Q9H061,P03886,Q9P0J0,Q15070,O43676 8 |
| Alcohol metabolic process 0.5076370258514196 3.0352847352842054 0.0024030869959168 0.9999998696439024 0.269896159669494 86 Q9UBM7,Q9NX62,Q6NUM9,P37268,P51648,Q8WTV0,Q15392,P43304,O76062,Q9BQE5,P48449,P48735,P00374,Q15800,Q16850,O15118,P49748,Q9BY49,O75845,Q10713,P04062 21 |
| Protein insertion into membrane 0.6771635171387843 2.9891221547623976 0.0027978025196722 0.99999999039092 0.269896159669494 28 Q15629,Q9P0I2,Q96A33,O94826,O14737,Q9NPA0,Q9Y5J9,Q8WWC4,Q9NS69,Q9P0J0,Q15070,P46379,Q8N4V1 13 |
| Nitrogen compound transport 0.3637885893307034 2.957517203863146 0.0031012744249359 0.9999999987066746 0.269896159669494 600 O43823,P02786,Q12768,P30536,O75746,Q9HC21,Q9NS69,O60826,Q99595,P24390,Q86V81,Q969Q5,A6NIH7,Q9NZJ7,P53985,Q16629,Q9Y282,P30040,O60749,O75955,O60830,Q9BSK2,Q9H2D1,Q15437,Q14108,P10619,O14745,O43865,Q8NE86,P00367,P43307,Q15904,Q8N4H5,Q9Y512,P55786,O15173,P46379,O15260,P50416,Q10713,Q6NUQ1,Q9HD20,Q9Y619,Q7L0J3,Q32P28,P41440,O43772,Q99623,Q13190,Q9Y496,P46934,Q92945,Q15629,P08183,P08195,O14964,Q06787,P30825,Q15388,P50897,Q9UGP8,Q8TAG9,Q9P2W9,Q9Y3D6,Q07954,Q9UNH7,Q16836,Q9P0J0,Q15070,Q16850,O43731,Q9BTX1,Q96ED9,Q8WWC4,O43615,P27338,P10909,Q8TB61,O60725,P57105,Q99797,Q15363,O14925,Q13438,P41208,Q9H0R1,Q9Y5M8,Q9Y5J9,Q6KCM7,Q9Y3B3,Q08379,O14737,P27105,Q8NFH5,P22626,Q8N1F7,P07602,P33527,A0AVF1,Q8N5M9,Q9ULX6,Q9H1C4,Q92544,P51991,P40939,P31751,O95831,P49755,Q4J6C6,Q15907,Q14168,Q15286,Q9Y5X3,Q9Y679,P57740,O95249,Q8NFH4,Q96PC5,Q8TD16,Q9UII2,Q8WUH2,Q07666,O94826,Q5JRX3,P50402,Q96FZ7,Q92621,Q07955,O95140,Q08J23,P98194,O95817,O95429,Q9Y5X1,Q9H4A6,Q96PU8 136 |
| Sphingolipid metabolic process 0.6586040344454592 2.952422536950137 0.0031529116645403 0.9999999990806498 0.269896159669494 31 O95470,Q06136,P50897,Q99805,Q96G23,Q8NCC3,Q9NZ01,P04062,P27544,Q16880 10 |
| Organic anion transport 0.5682914222019807 2.931673103372346 0.0033714141775775 0.999999999783142 0.269896159669494 52 Q15758,P08195,O75746,P30825,Q9HC21,Q9H9B4,Q6KCM7,P11166,O60831,P28288,Q86VD7,Q9NZJ7,P53985,Q15041,Q96NB2,Q6NUK1,Q9Y6M7,Q9H2D1,Q9UBX3,O14745,P07602,Q8TB61,P33527,Q9Y619,Q14728,Q7L0J3,Q02978,P41440,Q9NP80,P12235 30 |
| Cellular ion homeostasis 0.4915921603261368 2.92512262305363 0.003443205156449 0.999999999865092 0.269896159669494 88 P02786,P78417,Q96A33,P16615,P50897,Q9BPX6,Q9Y3D6,O95202,P0DP25,Q9Y487,O60826,P06576,Q8N511,P05023,Q8NEW0,Q9Y6M7,Q9NVV0,P09601,O14745,Q93050,Q8NE86,Q15904,Q8WWC4,Q9UJZ1,P27361,O75503,Q9HD20,O76024,Q7L0J3,Q8IWX8,P98194,Q92544 32 |
| Organic acid transport 0.5674663115154844 2.924593475899542 0.003449064736855 0.9999999998702186 0.269896159669494 52 Q9H2D1,P08183,Q9Y619,P30825,P53985,Q7L0J3,P23786,P41440,O43772,Q9Y3D6,Q9NP80 11 |
| Aerobic respiration 0.4970593322817939 2.9221250253854834 0.0034765195589148 0.999999999891763 0.269896159669494 86 P14406,P13073,P06576,Q9Y6M9,O75306,O75964,O14949,P03886,P48735,P21912,P56385,Q15070,Q13423,Q9BSK2,Q9UDW1,O43676 16 |
| Cytochrome complex assembly 0.8488049935970102 2.896506531710377 0.0037734278704715 0.9999999999848064 0.269896159669494 11 Q69YU5,Q6DKK2,Q9Y2R0,Q9BSK2 4 |
| Terpenoid metabolic process 0.7624316293406472 2.889281543232462 0.003861231921322 0.9999999999914996 0.269896159669494 17 Q6NUM9,P51648,P37268,P48449,Q9HB40,Q9BY49 6 |
| Oxidative phosphorylation 0.5475503077711495 2.8661429397093845 0.0041550658812021 0.9999999999987832 0.269896159669494 61 P14406,P13073,P03886,P56385,O75947,O43676,P06576,P20674,O75964,Q16718,Q9BSK2,Q9UJZ1,P00403,P08574,Q9H3K2,O95168,O75306,O14949,Q9Y6M9,Q9UDW1 20 |
| Vascular transport 0.7931160640547874 2.843323316049282 0.0044645755336927 0.999999999999843 0.269896159669494 14 P02786,P08183,P30825,P53985,P41440 5 |
| Protein transmembrane transport 0.6794529253065145 2.8278025272689677 0.0046868707689069 0.999999999999964 0.269896159669494 25 Q15629,Q99595,P31751,O95831,Q15388,P49755,O14925,Q9NS69,O43615,O60830 10 |
| Membrane lipid biosynthetic process 0.6750941078640794 2.8002049443718415 0.0051070171371012 0.9999999999999978 0.269896159669494 25 Q8NBX0,O95470,Q06136,Q96G23,P04062,P27544,Q16880 7 |
| Circulatory system process 0.5075972012369278 2.7897155956826567 0.0052754359869404 0.9999999999999992 0.269896159669494 77 P02786,P08183,P30825,P16615,Q9UIQ6,O60568,Q07954,Q12959,P0DP25,Q9Y5X3,P42892,P53985,Q9HB40,P42785,O75844,P09601,Q9NZ08,Q16625,P33527,P41440 20 |
| Transmembrane transport 0.5467660289049872 2.787393966513077 0.0053133839463546 0.9999999999999994 0.269896159669494 221 P21796,P78417,P45880,O75746,Q9UHG3,Q9HC21,Q8WTV0,Q9NS69,P23786,O75947,O95202,Q99595,Q70HW3,P06576,O75964,P53985,O60830,Q9BSK2,Q8IXU6,P05023,Q8NEW0,Q5T1Q4,Q4KMQ2,Q9Y6M7,Q9NVV0,O75844,Q9H2D1,O14745,O43865,Q8NE86,Q9UJZ1,P36542,P50416,Q9HD20,Q9Y619,P51790,Q7L0J3,Q9H2V7,P41440,O43772,Q99623,Q9UDW1,P46934,Q8N4V1,Q15629,P08183,P08195,Q06787,P30825,Q15388,Q9UGP8,O60831,Q07820,Q96ES6,P38435,Q9UBX3,Q8NE01,Q8WWC4,O43615,Q13423,Q8TB61,Q99797,O14925,P04062,P13073,Q9BPX6,Q6KCM7,P56385,Q12959,P27105,P00403,Q16625,P33527,P31751,O95831,P16615,P49755,P0DP25,Q6P4Q7,P20674,O94826,P08574,Q14728,Q8IWX8,Q02978,P98194 86 |
| Cation transmembrane transport 0.5039493269098386 2.783666091977151 0.0053748335453329 0.9999999999999996 0.269896159669494 123 P13073,P21796,P78417,P08195,P30825,P16615,Q9HC21,Q9BPX6,Q6KCM7,P56385,O75947,O95202,Q12959,P0DP25,Q70HW3,P06576,Q6P4Q7,Q96ES6,P20674,O75964,P27105,P05023,Q8NEW0,Q4KMQ2,Q9Y6M7,Q9NVV0,O14745,Q8NE86,Q8WWC4,Q9UJZ1,O43772,Q13423,P00403,P08574,P36542,Q9HD20,Q9Y619,P51790,Q8IWX8,P98194,Q99623,Q9UDW1,P46934,Q8N4V1 44 |
| Sphingolipid biosynthetic process 0.7176924635044228 2.777330695283867 0.0054807384913404 0.9999999999999998 0.269896159669494 19 O95470,Q06136,Q96G23,P04062,P27544,Q16880 6 |
| Inner mitochondrial membrane organization 0.7169379760007071 2.7729778845366946 0.0055545895493738 1.0 0.269896159669494 19 Q5XKP0,O94826,Q6UXV4,Q9Y5J9,Q8WWC4,Q9BUR5,Q9NX63,Q9P0J0,Q13505,Q9Y512,O95202,O75431,Q9H3K2 13 |
| Ion transmembrane transport 0.5235043715706893 2.769644946422016 0.0056117428858279 1.0 0.269896159669494 160 P13073,P21796,P78417,P08183,P08195,P45880,O75746,P30825,Q9UHG3,P16615,Q9HC21,Q9BPX6,Q6KCM7,P56385,O75947,O95202,Q12959,P0DP25,Q70HW3,P06576,Q6P4Q7,Q96ES6,P20674,O75964,P53985,P27105,P05023,Q8NEW0,Q4KMQ2,Q9Y6M7,Q9NVV0,O75844,Q9H2D1,Q9UBX3,O14745,O43865,Q8NE86,Q8WWC4,Q9UJZ1,O43772,Q13423,P00403,P08574,Q8TB61,P36542,P33527,Q9HD20,Q9Y619,Q14728,P51790,Q8IWX8,Q02978,P98194,P41440,Q99623,Q9UDW1,P46934,Q8N4V1 58 |
| Protein processing 0.5530546793137177 2.7617284083522615 0.0057496284213232 1.0 0.2700207705057828 48 Q2T9J0,O75844,O75503,P42892,Q10713,P00558,Q99797,Q92896,P67812,Q15392 10 |
| Organic acid transmembrane transport 0.6263519933677021 2.760106282687107 0.005778255978345 1.0 0.2700207705057828 32 P31751,P08183,Q15758,P08195,O75746,P30825,Q9H9B4,P23786,P11166,O60831,P28288,P53985,Q15041,Q96NB2,Q9H2D1,Q9UBX3,P33527,P50416,Q9Y619,Q02978,P41440,O43772 22 |
| Vascular process in circulatory system 0.6203820804781218 2.749488419739275 0.0059688371916928 1.0 0.2740472373445516 33 P02786,P33527,P08183,P42892,P30825,P53985,Q9HB40,P41440,Q16625,Q07954 10 |
| Inorganic ion transmembrane transport 0.4946631402965152 2.738927257601101 0.006164001004008 1.0 0.2740472373445516 115 P13073,P21796,P78417,P08195,P16615,Q9UHG3,Q9BPX6,Q6KCM7,P56385,O75947,O95202,Q12959,P0DP25,P06576,Q6P4Q7,Q96ES6,P20674,O75964,P27105,P05023,Q4KMQ2,Q9Y6M7,Q9NVV0,Q9UBX3,O14745,Q8NE86,Q8WWC4,Q9UJZ1,Q13423,P00403,P08574,P36542,Q9HD20,P51790,Q8IWX8,Q02978,P98194,Q99623,Q9UDW1,P46934,Q8N4V1 41 |
| Negative regulation of autophagy 0.6650447658469498 2.7362233202949473 0.0062148833306356 1.0 0.2740472373445516 25 P09601,O15118,P30536 3 |
| Cellular respiration 0.4852752136000562 2.728498930404318 0.006362329651359 1.0 0.2740472373445516 103 P14406,P13073,O75746,P03886,Q9NZ45,Q6KCM7,P56385,O75947,O43676,P43304,O75874,P06576,P20674,O75964,P48735,Q16718,Q15070,Q9BSK2,Q9UJZ1,Q13423,P00403,P08574,Q9H3K2,O95168,O75306,O14949,P21912,P04062,Q9Y6M9,Q9UDW1 30 |
| Endoplasmic reticulum organization 0.5580611444067928 2.726849954230503 0.0063942108138856 1.0 0.2740472373445516 44 Q15629,Q12907,Q15042,Q96A33,Q8N766,Q9NPA0,Q9P2W9,Q9P0I2,A0FGR8,Q15041,O95197,Q9NVV0,Q9NQC3,P46379,Q8N5M9,Q15363,Q8NHH9,O15027,Q8N4V1 19 |
| Mitochondrial membrane organization 0.5577354972544406 2.724133095090282 0.0064470519702213 1.0 0.2740472373445516 44 P45880,Q6UXV4,Q9Y5J9,Q9BUR5,Q9NS69,Q9NX63,Q13505,O95202,P0DP25,O14737,Q9P0J0,Q15070,Q9UII2,Q5XKP0,Q8IWA4,O94826,Q8WWC4,Q9Y512,Q9H3K2,O95140,O75431 21 |
| Blood vessel endothelial cell migration 0.6544575842941689 2.7220264976954835 0.0064882939787145 1.0 0.2740472373445516 26 Q8WTV0,P06576,P42785 3 |
| Cellular hormone metabolic process 0.7173236051586517 2.705472751343039 0.0068207243809228 1.0 0.2826525342509475 18 O95470,P42892,Q6NUM9,P30536,Q9HB40 5 |
| Establishment of protein localization to membrane 0.4714567324051436 2.693342615028929 0.0070739534548869 1.0 0.2868009467669085 89 Q15629,P31751,Q96A33,Q9Y5J9,Q9NS69,Q4J6C6,Q15907,Q9Y3D6,P0DP25,Q9P0I2,O14737,P27105,Q9P0J0,Q15070,O15118,O94826,Q8WWC4,P43307,P46379,O60725,Q9HD20,P98194,Q9H4A6,Q8N4V1 24 |
| Hormone metabolic process 0.6243521612802538 2.6358604212305337 0.0083924245314799 1.0 0.2989064066914661 28 O75844,Q9UBM7,O95470,P42892,P30536,Q9HB40 6 |
| Iron ion homeostasis 0.724532637827181 2.6178911250650967 0.00884750291594 1.0 0.3055464439806168 16 P02786,P09601,P30519,Q8N511,Q9Y487 5 |
| Sterol biosynthetic process 0.6298048588747739 2.614785311395646 0.0089283556314094 1.0 0.3055464439806168 27 Q9UBM7,O76062,P37268,P48449,Q15392,Q15800,Q16850 7 |
| Negative regulation of mrna metabolic process 0.5342068028378996 2.598778155187564 0.0093556213790306 1.0 0.3055464439806168 48 Q13242,P38159,O60506,O75494,Q14011,Q06787,P22626,Q99729,Q16629,P07910,P35637,Q14103,Q6PJT7,Q92804,P61978,Q13151,P98175 17 |
| Protein transmembrane import into intracellular organelle 0.7581332374676952 2.5880847815836097 0.0096511223364197 1.0 0.3055464439806168 13 Q99595,O95831,Q15388,O14925,O43615,O60830 6 |
| Lipid localization 0.4758821497209559 2.581147483884772 0.0098472503071238 1.0 0.3058402112313425 82 P31751,P08183,P30536,Q8WTV0,P35790,Q9BUR5,P23786,Q9Y3D6,Q07954,P61916,Q9BQE5,Q9H6V9,Q9NZJ7,A0FGR8,Q86Y82,Q9Y679,Q99720,Q4KMQ2,O15118,Q14108,P17900,Q9UJZ1,P07602,O15260,P10909,P50416,P33527,Q7Z3C6,Q9H2V7,P04062,O43772,Q9NP80 32 |
| Steroid metabolic process 0.4959406490340615 2.563330902716497 0.0103673188023096 1.0 0.3105011981291749 72 Q9UBM7,O95470,O75845,O15118,O76062,P30536,P37268,Q9BQE5,P48449,P38435,Q8WTV0,Q15392,Q15800,P04062,P49748,Q16850,Q53GQ0 17 |
| Regulation of rna splicing 0.462949014049242 2.547727848927619 0.0108427021298735 1.0 0.3199963874730827 86 P31942,Q8IXT5,P35637,P52597,P51114,P61978,P98175,Q13242,P38159,Q14011,P62995,P52756,P22626,Q9UKA9,O75494,Q07666,P31943,P55795,Q15427,Q5BKZ1,P31483,Q07955,Q13595,Q9BWF3,P98179,Q13573,Q96PU8 27 |
| Calcium ion import 0.7495008675434031 2.54331607086319 0.0109805850808006 1.0 0.3199963874730827 13 O75844,Q8WWC4,P21796,Q9BPX6 4 |
| Isoprenoid metabolic process 0.6426510111714349 2.5419272972510396 0.0110243102073743 1.0 0.3199963874730827 24 Q6NUM9,P51648,P37268,P48449,Q9HB40,Q9BY49 6 |
| Proton transmembrane transport 0.5470470231880784 2.5371959128482584 0.011174440011626 1.0 0.3215213329109345 42 P36542,P13073,Q13423,P06576,O14745,Q96ES6,P20674,O75964,P51790,Q9UJZ1,P56385,P08574,P05023,O75947,Q9UDW1,P00403 16 |
| Intracellular protein transmembrane transport 0.6543513453404105 2.5237754549649885 0.0116102061970173 1.0 0.3311673100958761 22 Q15629,Q99595,P31751,O95831,Q15388,O14925,O43615,O60830 8 |
| Protein import into mitochondrial matrix 0.8028702042108324 2.51762216581849 0.0118149988228513 1.0 0.3351882875609375 10 Q99595,O60830,Q15388,O43615 4 |
| Glial cell proliferation 0.8746763717645751 2.5136190785828068 0.0119499428122464 1.0 0.3351882875609375 7 P10909,Q96G23,P30536 3 |
| Intrinsic apoptotic signaling pathway in response to dna damage by p53 class mediator 0.7689030967083342 2.5071402734685537 0.012171239933312 1.0 0.3355493720526905 11 P61978,P46379,O60341,Q96RU2 4 |
| Ceramide metabolic process 0.6552227303878193 2.4865979824414586 0.0128971048800998 1.0 0.3440446318015307 21 O95470,Q96G23,Q8NCC3,P04062,P27544,Q16880 6 |
| Sterol metabolic process 0.5387054543990996 2.467942769310817 0.0135892044178114 1.0 0.3519522168472314 42 Q9UBM7,O75845,O15118,O76062,P37268,Q9BQE5,P48449,Q8WTV0,Q15392,Q15800,P49748,Q16850 12 |
| Steroid biosynthetic process 0.5191788376642162 2.46665484784752 0.0136381746311722 1.0 0.3519522168472314 48 Q9UBM7,O75845,O76062,P30536,P37268,P48449,Q15392,Q15800,Q16850,Q53GQ0 10 |
| Cellular transition metal ion homeostasis 0.6632487810587424 2.4570861233302934 0.0140069102866999 1.0 0.3550349574097549 19 P02786,P09601,Q8NEW0,Q8N511 4 |
| Carboxylic acid transport 0.5579319947055272 2.4570177900200076 0.014009574886407 1.0 0.3550349574097549 38 Q15758,P08195,O75746,P30825,Q9H9B4,O60831,P28288,Q9NZJ7,P53985,Q15041,Q96NB2,Q9H2D1,Q9UBX3,O14745,P07602,P33527,Q9Y619,Q7L0J3,Q02978,P41440,Q9NP80 21 |
| Nucleotide transmembrane transport 0.7584809801070738 2.454929519787993 0.0140912212781718 1.0 0.3554759782014269 11 Q9H2D1,Q9BSK2,P41440 3 |
| Alcohol biosynthetic process 0.5533806459146944 2.4210585724463707 0.0154753835461871 1.0 0.3696686933368109 38 Q9UBM7,O75845,O76062,P37268,P48449,Q15392,P00374,Q15800,Q16850 9 |
| Regulation of hormone levels 0.4910962371477047 2.4091929311947387 0.0159878437273879 1.0 0.3716303081803912 66 O75844,Q9UBM7,Q9UNH7,O95470,P42892,Q6NUM9,P30536,P53985,Q9HB40,P00367 10 |
| Regulation of endothelial cell migration 0.584492148424481 2.4061376843896896 0.016122187240642 1.0 0.3716303081803912 30 Q8WTV0,P09601,P06576,P42785 4 |
| Vitamin transport 0.8278774036307075 2.396558641516133 0.0165498450341641 1.0 0.3747317145364515 8 Q9H2D1,P38435,Q8WTV0,P04062,P41440 5 |
| Cellular response to gamma radiation 0.777001325713943 2.393400185401394 0.0166930226654684 1.0 0.3753936052654323 10 O75844,O60341 2 |
| Protein insertion into er membrane 0.7071798216087597 2.389970954135557 0.0168497053154721 1.0 0.3767438489999498 14 Q15629,Q9P0I2,Q96A33,P46379,Q8N4V1 5 |
| Positive regulation of mrna splicing via spliceosome 0.6825064827854528 2.382705466608998 0.0171859384007946 1.0 0.3825613112257967 16 P38159,Q14011,P62995,Q15427,P98179,Q13573 6 |
| Regulation of macroautophagy 0.4986953131029357 2.373842232737447 0.0176040705837359 1.0 0.3879371942349029 58 Q9UNH7,P09601,P21796,O15118,Q93050,P27544,Q9Y487,P46934 8 |
| Nuclear pore organization 0.7168987680756924 2.371972523014058 0.0176934064530722 1.0 0.3886061837309772 13 Q92621,Q9NQC3,Q8N1F7,Q8NFH5,Q7Z3B4,P57740,Q9BTX1 7 |
| Protein maturation 0.4712873690557446 2.370106457650906 0.0177829641069116 1.0 0.3886843029731741 75 Q2T9J0,O75844,O75503,P42892,Q10713,P00558,Q99797,Q92896,O76024,P67812,Q15392,Q86UY6,P49366 13 |
| Inorganic anion transport 0.6084634776997172 2.3664519408958076 0.0179595058190524 1.0 0.3886843029731741 25 P21796,P08183,P30536,P45880,Q9UHG3 5 |
| Smad protein signal transduction 0.7988291279631412 2.3546277597378173 0.0185412687640345 1.0 0.3886843029731741 9 Q07954,P08670,Q96PK6,Q9UIQ6 4 |
| Metal ion homeostasis 0.4550858559023837 2.3536717181783824 0.0185890197496527 1.0 0.3886843029731741 82 P02786,P78417,Q96A33,P16615,P30519,Q9BPX6,Q9Y3D6,O95202,P0DP25,Q9Y487,O60826,Q9Y5X3,Q6P4Q7,Q8N511,P05023,Q8NEW0,Q9NVV0,P09601,Q8NE01,Q8NE86,Q15904,Q8WWC4,Q9HD20,O76024,Q7L0J3,Q8IWX8,P98194,Q92859 28 |
| Vitamin transmembrane transport 0.8808247931756199 2.3343508649031826 0.0195773573649604 1.0 0.3976077534738556 6 Q8WTV0,Q9H2D1,P41440,P38435 4 |
| Regulation of mitochondrion organization 0.506212849981405 2.3322335391887115 0.0196884086745847 1.0 0.3976077534738556 45 Q8N2A8,P02786,P21796,Q9UII2,P30536,Q9NUQ9,O14737,P10909,Q96A26,Q9Y3D6,P27544,Q9H3K2 12 |
| Organophosphate ester transport 0.5705358243411497 2.3304571721248486 0.0197820010788438 1.0 0.3976077534738556 31 Q9H2D1,P33527,P08183,Q14108,Q7Z3C6,Q8WTV0,Q6KCM7,P41440,Q9BSK2,Q8TB61 10 |
| Response to manganese ion 0.9343410292424272 2.3206932431904104 0.0203034056601731 1.0 0.4053913330147913 5 P02786 1 |
| Iron ion transport 0.7902771939629749 2.314715220935213 0.0206285222217503 1.0 0.4076336810177753 9 P02786,O15173 2 |
| Carbohydrate derivative transport 0.6498105296048764 2.311832694036027 0.0207869049661515 1.0 0.4076336810177753 18 P61916,Q9NZJ7,Q9HC21,Q8WTV0,Q6KCM7,P41440,P07602,Q6NUK1,Q8TB61,P12235 10 |
| Regulation of blood pressure 0.649553692277382 2.310298681717793 0.0208716238713129 1.0 0.4080805035254623 18 P09601,P42892,Q9HB40,P42785,Q9UIQ6 5 |
| Respiratory electron transport chain 0.497941230020242 2.3067818655513506 0.0210669837016765 1.0 0.408107257381718 52 P13073,Q9H3K2,O75746,P20674,O95168,O75306,O14949,P03886,P21912,P04062,P00403,P08574,Q9Y6M9,Q9UDW1,O43676,P43304 16 |
| Nucleotide transport 0.6787062718764644 2.305819093811118 0.0211207428695046 1.0 0.408107257381718 15 Q9H2D1,Q9BSK2,Q8TB61,P41440 4 |
| Cellular iron ion homeostasis 0.7160429984940215 2.301139574950614 0.0213837430268089 1.0 0.409585705824546 12 P02786,P09601,Q8N511 3 |
| Alternative mrna splicing via spliceosome 0.533335261669655 2.2981649084545444 0.021552405112718 1.0 0.4116197022831862 39 Q06787,Q96T37,Q9Y2W1,P51114,P52272,P09651,P98175,Q13242,P38159,P23246,P62995,P52756,Q07666,Q9Y5S9,O60341,P51116,Q07955,P31483,Q9BWF3 19 |
| Tetrapyrrole metabolic process 0.6355375418303922 2.2891569694528244 0.0220702337546501 1.0 0.41856388019483 19 P33527,P09601,P22830,P30536,O00264,P30519,P36551 7 |
| Monocyte differentiation 0.8231775451025042 2.2882658352350456 0.0221220448280876 1.0 0.41856388019483 7 O00625 1 |
| Somatic diversification of immunoglobulins involved in immune response 0.6652959058657164 2.284413793857745 0.0223472236615267 1.0 0.41856388019483 16 P02786 1 |
| Immunoglobulin production involved in immunoglobulin mediated immune response 0.6652959058657164 2.284413793857745 0.0223472236615267 1.0 0.41856388019483 16 P02786 1 |
| B cell mediated immunity 0.6335206745794001 2.2768017520671684 0.0227980668590115 1.0 0.4233484635794488 19 P02786,Q9UQ84 2 |
| Glycoprotein biosynthetic process 0.495321225511278 2.27447350291544 0.0229375324780487 1.0 0.4233484635794488 51 O43505,Q99805,P46977,O60568,O60502,Q08379,Q10472,Q96JB2,Q9NQX7,O15118,Q96L58,Q7Z4H8,Q9P2E5,Q7LGA3,Q9NYU2,Q13724,Q9BT22,Q8NAT1,Q6ZXV5,Q86YN1,Q9H4A6 21 |
| Positive regulation of peptidyl serine phosphorylation 0.6258599361255943 2.265473070193518 0.0234836647696838 1.0 0.4298578829650996 20 P02786 1 |
| Phosphatidylglycerol metabolic process 0.7507343987524736 2.2653086812710277 0.0234937436869318 1.0 0.4298578829650996 10 P40939,Q9HCL2,Q8NCC3,Q9UJZ1,Q9NP80 5 |
| Sulfur compound transport 0.7795892319562969 2.2645619677833224 0.0235395730175254 1.0 0.4298578829650996 9 P33527,Q70HW3,Q9UBX3,Q9HC21,Q02978,Q8TB61 6 |
| Folic acid metabolic process 0.7979468223179543 2.2607098646620964 0.0237772292178952 1.0 0.4315927364096747 8 Q9H2D1,P00374 2 |
| Porphyrin containing compound metabolic process 0.6505903677760098 2.2561283078710432 0.0240625967623591 1.0 0.4355726650197368 17 P33527,P22830,P09601,P30536,O00264,P30519,P36551 7 |
| Glycosylation 0.496914484876947 2.2494164472686062 0.0244860131586301 1.0 0.4408151385306403 45 O75503,Q86YN1,Q13724,O15118,O43505,Q9BT22,O60502,Q96L58,Q08379,Q10472,Q7Z4H8,Q8NAT1,Q96JB2,Q6ZXV5,P04062,P46977,Q9NYU2,O60568 18 |
| Monovalent inorganic cation homeostasis 0.5685244242418311 2.245435028565306 0.0247402188104057 1.0 0.4429709286460969 28 Q9Y6M7,O75503,Q9Y5X3,P06576,Q93050,P50897,Q15904,Q8N511,P27361,P05023,Q92544,Q9Y487 12 |
| Ion homeostasis 0.4463897712017352 2.2414313488929034 0.0249981477812348 1.0 0.4445146368207064 108 P02786,P78417,P30536,Q96A33,P16615,P50897,P30519,Q9BPX6,Q9Y3D6,O95202,P0DP25,Q9Y487,O60826,Q9Y5X3,P06576,Q6P4Q7,Q8N511,P05023,Q8NEW0,Q9Y6M7,Q9NVV0,P09601,Q8NE01,O14745,Q93050,Q8NE86,Q15904,Q8WWC4,P27361,O75503,Q9HD20,O76024,Q7L0J3,Q8IWX8,P98194,Q92544,Q92859 37 |
| Positive regulation of endothelial cell migration 0.621415226091702 2.237727497367703 0.0252388309597053 1.0 0.4445146368207064 20 Q8WTV0,P06576 2 |
| Regulated exocytosis 0.5430353482813263 2.2368112659432633 0.0252986779189201 1.0 0.4445146368207064 35 Q9UNH7,P09601,P16615,O43760,P49755,Q7L0J3,Q9BRK5,Q4J6C6,Q15907 9 |
| Positive regulation of necrotic cell death 0.8569584078863848 2.234392319848318 0.0254572705998576 1.0 0.4454285108778898 6 P30536,P00403 2 |
| Response to food 0.856855096180005 2.233957145249108 0.0254858929429298 1.0 0.4454285108778898 6 Q9UMX5,P80303,P53985 3 |
| Establishment of protein localization to mitochondrial membrane 0.6642915729264394 2.2244705531258244 0.0261168015818218 1.0 0.4540464528301427 15 O14737,Q9Y5J9,Q8WWC4,Q9NS69,Q9P0J0,Q15070,P0DP25 7 |
| Negative regulation of macroautophagy 0.7127530670929784 2.221830656174762 0.0262947521221488 1.0 0.4549501025253862 11 P09601 1 |
| Positive regulation of rna splicing 0.6067640853761871 2.221651398691428 0.0263068734348417 1.0 0.4549501025253862 22 P38159,Q14011,P62995,Q15427,P98179,Q13573 6 |
| Regulation of autophagy 0.4371719384201011 2.219381885685995 0.0264607549561584 1.0 0.4553190069840213 98 O75844,Q9UNH7,P09601,P21796,O15118,P30536,Q86UE4,P10619,Q93050,Q08379,P04062,P27544,Q9Y487,P46934 14 |
| Export across plasma membrane 0.7412697219001706 2.2186657364759856 0.0265094737045505 1.0 0.4553190069840213 10 P20020,P33527,P08183,P05023,Q12959,P0DP25,Q4KMQ2 7 |
| Cell activation involved in immune response 0.5131926431827464 2.210427534121474 0.0270755046360746 1.0 0.45626726354756 41 P02786,Q07954,P09601,Q9UQ84 4 |
| Response to oxygen levels 0.4663628499716164 2.208648442965483 0.0271991030885216 1.0 0.4565301768986549 69 P02786,P49327,P09601,P00558,O75306,P30519,Q8N511,P55786 8 |
| Regulation of mitophagy 0.8043789812809918 2.20449338093427 0.0274896649413802 1.0 0.4585554488576067 7 P21796 1 |
| Protein localization to endoplasmic reticulum 0.5340820365154259 2.1983229040108627 0.0279261033468647 1.0 0.4597694451954849 36 Q15629,P24390,P46379,Q9NQC3,O43731,Q13438 6 |
| Atp synthesis coupled proton transport 0.7077630049168877 2.195993475869307 0.0280924103572801 1.0 0.4597694451954849 11 P06576,O75964,Q9UJZ1,P56385,O75947 5 |
| Metal ion export 0.7366084052058534 2.1955988483507176 0.0281206687530399 1.0 0.4597694451954849 10 P20020,P23634,O95202,P05023,Q12959,P0DP25,Q4KMQ2 7 |
| Sensory perception of light stimulus 0.6393701889425307 2.18983696474395 0.02853606285855 1.0 0.4620713567441284 17 Q9H6K4,O43924,Q99797,P50897,O76024 5 |
| Regulation of autophagy of mitochondrion 0.6707211155928499 2.189755546032478 0.0285419702830262 1.0 0.4620713567441284 14 P21796,P30536 2 |
| Positive regulation of dna binding transcription factor activity 0.5053232497384712 2.1851910136171857 0.0288748441425019 1.0 0.465174445122116 42 P02786,Q86UE4,P60900,O60341,P41440,P10909 6 |
| Intrinsic apoptotic signaling pathway in response to dna damage 0.5543923918727387 2.164696164812567 0.0304109609851093 1.0 0.4799289996339885 29 P09601,P10909,O60341,Q96RU2,P46379,P61978,Q13573 7 |
| Positive regulation of t cell proliferation 0.6901081974180223 2.1642359302731067 0.0304462470552446 1.0 0.4799289996339885 12 P02786,P30825 2 |
| Nerve development 0.776551272788168 2.1622472310462153 0.030599124752094 1.0 0.4811876682375837 8 P42892 1 |
| Neuron projection regeneration 0.7288718347029546 2.1571746822746 0.0309920563534427 1.0 0.4839020362863365 10 P00374,Q96G23,P30536 3 |
| Respiratory chain complex iii assembly 0.8926786364837384 2.15336380186034 0.0312900981165971 1.0 0.4851722250785085 5 Q69YU5,Q9BSK2 2 |
| Lytic vacuole organization 0.5759706849158643 2.1465135709993315 0.0318320272187104 1.0 0.4851722250785085 25 O75503,Q96ED9,Q12768,Q14108,P11117,P50897,P54802,Q8N511,P04062 9 |
| Cation transport 0.4697973613484972 2.1381149209179453 0.0325074172176027 1.0 0.4851722250785085 161 P02786,P13073,P21796,P78417,P08195,P30536,P30825,P16615,Q9HC21,Q9BPX6,Q6KCM7,P56385,Q15907,O75947,O95202,Q12959,P0DP25,Q9UNH7,Q70HW3,P06576,Q6P4Q7,Q96ES6,P20674,O75964,P27105,P05023,Q8NEW0,Q4KMQ2,Q9Y6M7,Q9NVV0,O75844,O14745,O43865,Q8NE86,Q8WWC4,Q9UJZ1,O43772,Q13423,P27338,P00403,O15173,P08574,P36542,Q9HD20,Q9Y619,P51790,O76024,Q8IWX8,P98194,Q99623,Q9UDW1,P46934,Q8N4V1 53 |
| Atp synthesis coupled electron transport 0.5128816340773451 2.130077355057107 0.0331652275324489 1.0 0.4851722250785085 39 P13073,P20674,O75306,O14949,P03886,P00403,P08574,Q9Y6M9,Q9UDW1,O43676,Q9H3K2 11 |
| Mitochondrial calcium ion transmembrane transport 0.7693773616318272 2.128980063430678 0.0332559098903599 1.0 0.4851722250785085 8 P21796,Q8NE86,Q9BPX6,Q8WWC4,O95202 5 |
| Cellular monovalent inorganic cation homeostasis 0.5733580230928832 2.128582282795637 0.0332888356300813 1.0 0.4851722250785085 25 Q9Y6M7,O75503,P06576,Q93050,P50897,Q15904,Q8N511,P27361,P05023,Q92544,Q9Y487 11 |
| Regulation of epithelial cell migration 0.4980447906987775 2.122327129699899 0.033810276783021 1.0 0.4851722250785085 42 P09601,P06576,Q9NQC3,Q8WTV0,P42785 5 |
| Response to nutrient 0.5453980409507676 2.1207229976436097 0.0339451200123224 1.0 0.4851722250785085 30 P02786,P30536,P53985 3 |
| Positive regulation of mitochondrial translation 0.7841969592374616 2.1136545359529877 0.0345447842607242 1.0 0.4856858512664012 7 Q9Y2R0,Q567V2 2 |
| Positive regulation of nf kappab transcription factor activity 0.5473133166546311 2.112845303429522 0.0346140106700167 1.0 0.4856858512664012 29 P02786,Q86UE4,P41440,P60900 4 |
| Nuclear pore complex assembly 0.747568903519563 2.112492333343504 0.034644242858737 1.0 0.4856858512664012 9 Q92621,Q9NQC3,Q8N1F7,P57740,Q9BTX1 5 |
| Mitochondrial fusion 0.6443733300848205 2.1107578917104006 0.0347931271727377 1.0 0.4856858512664012 15 Q8N2A8,P02786,Q8IWA4,O95140,Q9NX63,Q9Y3D6 6 |
| Cellular response to biotic stimulus 0.5098820662685755 2.105158156174429 0.0352775432886383 1.0 0.4858313729053762 39 O43823,O75844,P30536,Q86UE4,Q9NUQ9,P08670,O76024,Q8WTV0,P27361,Q6P2Q9 10 |
| Regulation of glial cell proliferation 0.8803674440053578 2.1033502835036346 0.0354351609627237 1.0 0.4858313729053762 5 P30536 1 |
| Ether metabolic process 0.7638551126303313 2.1032857508781317 0.0354407982683464 1.0 0.4858313729053762 8 P49327,P07099 2 |
| Mitochondrial atp synthesis coupled proton transport 0.7165780390834926 2.0957594575741503 0.0361035344868676 1.0 0.491500389946221 10 P06576,O75964,Q9UJZ1,P56385,O75947 5 |
| Negative regulation of mrna catabolic process 0.5680580790368349 2.092094145700251 0.0364300947557718 1.0 0.4939051323987258 25 O60506,Q14011,Q06787,Q99729,P07910,P35637,Q14103,Q92804,Q13151,P98175 10 |
| Calcium ion transport 0.465180843142901 2.0849102468294474 0.0370774483750719 1.0 0.4972118840016286 61 P21796,P78417,P08195,P30536,Q06787,P16615,Q9BPX6,Q6KCM7,O95202,P0DP25,Q4KMQ2,O75844,Q9NVV0,Q8NE86,Q8WWC4,Q9UJZ1,O76024,Q8IWX8,P98194 19 |
| Cellular response to increased oxygen levels 0.7775713639355272 2.08363020487167 0.03719381733406 1.0 0.4972118840016286 7 P49327,Q8N511 2 |
| Regulation of mitochondrial gene expression 0.6745328751241993 2.0809432092065605 0.0374391045125184 1.0 0.4972118840016286 12 Q9Y2R0 1 |
| Tail anchored membrane protein insertion into er membrane 0.6856539418054931 2.0805653665884782 0.0374737067109489 1.0 0.4972118840016286 11 Q9P0I2,P46379,Q8N4V1 3 |
| Glycolipid biosynthetic process 0.7405772562101192 2.0789256554093085 0.0376241842332676 1.0 0.4972118840016286 9 Q92643,Q8NBX0,Q96S52,Q99805,Q16880 5 |
| Fatty acid transport 0.601014884928674 2.0751536539018365 0.0379722964159836 1.0 0.4972118840016286 19 Q9NP80,P23786,O43772 3 |
| B cell activation involved in immune response 0.6097665504125852 2.069238701393843 0.0385236926657253 1.0 0.4972118840016286 18 P02786 1 |
| Necrotic cell death 0.6093358349921006 2.0665917351968415 0.038772640247819 1.0 0.4972118840016286 18 P49327,P30536,P00403 3 |
| Phosphatidylcholine metabolic process 0.634810876123903 2.055626596957922 0.0398185221045457 1.0 0.4972118840016286 15 Q8WTV0,Q9NP80,Q8NCC3 3 |
| Myeloid leukocyte differentiation 0.5270465961073493 2.0552770357674937 0.0398522540797063 1.0 0.4972118840016286 33 P02786,P49327,P04062,O00625 4 |
| Phosphatidylethanolamine metabolic process 0.8670476705310236 2.048952690986094 0.0404667412245278 1.0 0.4972118840016286 5 Q9NP80,Q8NCC3 2 |
| Positive regulation of mitophagy 0.9201903886895416 2.044351204194858 0.0409188641532543 1.0 0.4972118840016286 4 P21796 1 |
| Ph reduction 0.6673854888667338 2.0424508982416176 0.0411068253191875 1.0 0.4972118840016286 12 Q93050,Q8N511,P50897,Q9Y487 4 |
| Positive regulation of leukocyte proliferation 0.6054123248614901 2.0424428528002347 0.0411076226542139 1.0 0.4972118840016286 18 P02786,Q9HCL2,P30825,P27361,P04439,P49366 6 |
| Metal ion transport 0.4288196901514359 2.0414134471394467 0.0412097489650595 1.0 0.4972118840016286 107 P02786,P21796,P78417,P30536,P16615,Q9BPX6,Q6KCM7,Q15907,O95202,Q12959,P0DP25,Q6P4Q7,P27105,P05023,Q8NEW0,Q4KMQ2,Q9Y6M7,Q9NVV0,O75844,O14745,O43865,Q8NE86,Q8WWC4,O15173,Q9HD20,O76024,Q8IWX8,P98194,P46934,Q8N4V1 30 |
| Neuron apoptotic process 0.4657699094426643 2.038598395336348 0.0414901255245176 1.0 0.4972118840016286 56 P31751,P49327,O95831,Q9UNH7,P09601,P07196,Q01105,Q9NR28,P50897,O76024,Q15058,Q96A26,P04062,Q99720 14 |
| Cellular response to oxygen levels 0.5053517435371544 2.0323235660115144 0.0421209102663937 1.0 0.5027802133066457 38 P09601,P49327,P00558,O75306,Q8N511,P55786 6 |
| Receptor internalization 0.5584247271887837 2.025382649042642 0.0428280877058591 1.0 0.506632441461231 25 P02786,P46934,P41440 3 |
| Regulation of ph 0.5873314585140904 2.021925645518798 0.0431840339051912 1.0 0.5081896611586083 20 Q9Y6M7,O75503,P06576,Q93050,P50897,Q15904,Q8N511,P27361,Q92544,Q9Y487 10 |
| Regulation of cellular ph 0.5873314585140904 2.021925645518798 0.0431840339051912 1.0 0.5081896611586083 20 Q9Y6M7,O75503,P06576,Q93050,P50897,Q15904,Q8N511,P27361,Q92544,Q9Y487 10 |
| Regulation of atp metabolic process 0.5372785063510638 2.0188987397045643 0.0434977452575875 1.0 0.5083860979359278 28 P14406,Q9BSK2,P30536 3 |
| Ion transport 0.4810427911371589 2.0162541703113277 0.0437734045614734 1.0 0.5083860979359278 214 P02786,P13073,P21796,P78417,P08183,P30536,O75746,P45880,P30825,Q9UHG3,P16615,Q9HC21,Q9BPX6,Q6KCM7,P56385,Q15907,O75947,O95202,Q12959,P0DP25,Q9UNH7,Q70HW3,P06576,Q6P4Q7,Q96ES6,P20674,Q9NZJ7,O75964,P53985,P27105,P05023,Q8NEW0,Q4KMQ2,Q9Y6M7,Q9NVV0,O75844,Q9H2D1,Q9UBX3,Q8NE01,O14745,O43865,Q8NE86,Q8WWC4,Q13423,P07602,P27338,P00403,O15173,P08574,Q8TB61,P33527,Q9HD20,Q9Y619,Q14728,O76024,Q7L0J3,Q8IWX8,Q02978,P98194,P41440,O43772,Q9NP80,Q9UDW1,P46934,Q8N4V1 65 |
| Atp metabolic process 0.4308866726993104 2.015366279410018 0.0438662849196034 1.0 0.5083860979359278 113 P14406,P13073,P06576,P30536,P00558,Q9Y6M9,O75306,O75964,O14949,P03886,Q9BRR6,Q6KCM7,Q9Y3D6,Q9BSK2,Q9UDW1,O43676 16 |
| Cristae formation 0.725712623618385 2.0071308822934877 0.0447357287136493 1.0 0.512632550424758 9 Q5XKP0,Q6UXV4,Q9BUR5,Q9Y512,Q9NX63,Q16891,Q9NVH1,O95202 8 |
| Skeletal system morphogenesis 0.589654273753824 2.003555598311494 0.0451176862298803 1.0 0.5142720897535196 19 O75844,O95470,Q9NX62,Q92896,Q12959 5 |
| Proton transporting two sector atpase complex assembly 0.855820329511636 2.002872213902651 0.0451910062175273 1.0 0.5142720897535196 5 Q8N511,Q15070 2 |
| Mitochondrial cytochrome c oxidase assembly 0.800851093544162 1.994936396458068 0.0460498172759993 1.0 0.5201114687628251 6 Q9Y2R0 1 |
| Respiratory chain complex iv assembly 0.800851093544162 1.994936396458068 0.0460498172759993 1.0 0.5201114687628251 6 Q9Y2R0 1 |
| Response to increased oxygen levels 0.7231073085933587 1.994487397450872 0.0460988158684914 1.0 0.5201114687628251 9 P49327,Q8N511 2 |
| Negative regulation of rna catabolic process 0.5189939463186811 1.9927138843643784 0.0462927861448261 1.0 0.5214071246295031 33 O60506,Q14011,Q06787,Q99729,O95453,Q08J23,P07910,P35637,Q14103,Q92804,Q13151,P98175 12 |
| Glycoprotein metabolic process 0.4579915701416511 1.991763740444167 0.0463969863902145 1.0 0.5216889817834869 59 Q9NX62,O43505,Q99805,P46977,O60568,O60502,Q08379,Q10472,Q96JB2,Q9NQX7,O15118,Q96L58,Q7Z4H8,Q9BS26,Q9P2E5,Q7LGA3,Q9NYU2,Q13724,Q9BT22,Q8NAT1,Q6ZXV5,Q86YN1,Q9H4A6 23 |
| Response to axon injury 0.6148253884076593 1.989404716641541 0.0466565494604491 1.0 0.5225857204966702 16 P00374,Q96G23,P30536 3 |
| Detection of biotic stimulus 0.9044730315527092 1.9823553024187544 0.0474394885014546 1.0 0.5280047123920347 4 P30536 1 |
| Vacuolar acidification 0.7370204884847678 1.9773644632648 0.0480004478506717 1.0 0.530662669275295 8 Q93050,Q8N511,P50897,Q9Y487 4 |
| Intermediate filament based process 0.6653031523736064 1.9729439899141343 0.0485019440166936 1.0 0.5326660402026537 11 P48681,Q16352,P08670,P07196 4 |
| Bone morphogenesis 0.7522966082429281 1.96818477624402 0.0490467812592807 1.0 0.5326660402026537 7 O75844,Q9NX62,Q92896 3 |
| Regulation of mrna processing 0.4089247867560466 1.9655172248823176 0.0493544040436313 1.0 0.5326660402026537 89 Q06787,Q96T37,Q9Y2W1,Q15637,P51114,P61978,P98175,Q13242,P38159,Q14011,P62995,Q16629,P52756,P22626,O75494,Q07666,O43865,Q9Y5S9,Q15427,Q6PJT7,Q69YN4,P51116,Q8N684,P52298,P31483,Q13595,Q9BWF3,P98179,Q13573,Q96PU8 30 |
| Negative regulation of dna biosynthetic process 0.6637990612725047 1.9649379077434284 0.0494214245780879 1.0 0.5326660402026537 11 P07910,P27544 2 |
| Peptide catabolic process 0.6630000624785498 1.9606820438110448 0.0499161249942166 1.0 0.5326660402026537 11 Q9NZ08,P42892,Q6P179,P09960,Q9UIQ6,P55786 6 |
| Ceramide biosynthetic process 0.6518328157303677 1.958107027029848 0.0502174553797347 1.0 0.5326660402026537 12 Q96G23,P27544,P04062 3 |
| Positive regulation of mrna processing 0.5716958045851066 1.955344978082832 0.050542365723001 1.0 0.5326660402026537 21 P38159,Q14011,P62995,Q15427,P98179,Q13573 6 |
| Acute inflammatory response 0.843829303169692 1.953430584397048 0.0507685951202407 1.0 0.5326660402026537 5 P02786,Q9BQE5 2 |
| Entry into host 0.5066610986373153 1.9494104049515009 0.0512464329389958 1.0 0.5368247164309125 35 Q8WTV0,P02786,O15118 3 |
| Transepithelial transport 0.7887725549308597 1.942582851810989 0.052066580484944 1.0 0.5388323147937867 6 O43865,P08183 2 |
| Regulation of alternative mrna splicing via spliceosome 0.5210872877759651 1.9384451882501963 0.0525689318671673 1.0 0.5422830559061098 30 P38159,P51116,P31483,Q07666,Q06787,P62995,Q96T37,Q9Y5S9,Q9Y2W1,P52756,Q9BWF3,P51114,P09651,P98175 14 |
| Regulation of oxidative phosphorylation 0.7284618903356954 1.936835530068332 0.0527654512349116 1.0 0.5423893263445126 8 P14406 1 |
| Sterol homeostasis 0.6476555099247283 1.9353171395726865 0.0529513903519967 1.0 0.5434528209179225 12 Q8WTV0,Q5BJF2 2 |
| Glycoside catabolic process 0.8387001075669898 1.9322113877332432 0.0533334201985988 1.0 0.5465224038702458 5 P04062,Q9NUJ1 2 |
| Positive regulation of blood vessel endothelial cell migration 0.6463972258641473 1.9284411690081056 0.0538002752315522 1.0 0.5472898467604802 12 P06576 1 |
| Somatic diversification of immunoglobulins 0.567520809280631 1.927920425872243 0.053865024667095 1.0 0.5472898467604802 21 P02786 1 |
| Amide transport 0.4837168077511464 1.920165174527917 0.0548370390052863 1.0 0.5504186641806227 40 P40939,Q9H2D1,P07602,P08183,P33527,O14745,Q8N5M9,Q9NZJ7,Q8NE86,P53985,Q16836,P00367,P41440,Q15907 14 |
| Leukotriene metabolic process 0.8348466240596376 1.9162423578118928 0.0553342541135664 1.0 0.5504186641806227 5 Q14914,P33527,Q99735 3 |
| Cardiolipin metabolic process 0.7826051876107551 1.915743794946324 0.0553977149922024 1.0 0.5504186641806227 6 P40939,Q9NP80,Q9UJZ1 3 |
| Cellular response to exogenous dsrna 0.7820238546550348 1.913210261972983 0.0557211403175297 1.0 0.5504186641806227 6 Q5KU26,Q9NUD5,P41440 3 |
| Golgi vesicle budding 0.740207857009522 1.91246409713224 0.055816693427021 1.0 0.5504186641806227 7 Q15363,P49755 2 |
| Endothelial cell migration 0.4909536542052566 1.9124334698212893 0.0558206184436911 1.0 0.5504186641806227 38 Q8WTV0,P09601,P06576,P42785 4 |
| Modified amino acid transport 0.8334222074168648 1.9103335988908965 0.0560902743667459 1.0 0.5504186641806227 5 Q9H2D1,P41440,O43772 3 |
| Response to amyloid beta 0.7396590712640561 1.9099269542157713 0.0561426190096059 1.0 0.5504186641806227 7 Q9UNH7,Q07954 2 |
| Cellular response to amyloid beta 0.7396590712640561 1.9099269542157713 0.0561426190096059 1.0 0.5504186641806227 7 Q9UNH7,Q07954 2 |
| Regulation of lysosomal lumen ph 0.8860729859592322 1.9093527238523056 0.0562166051047576 1.0 0.5504186641806227 4 Q8N511,P50897 2 |
| Ether biosynthetic process 0.832811759215266 1.907800368870516 0.056417023086815 1.0 0.5504186641806227 5 P49327 1 |
| Regulation of systemic arterial blood pressure 0.7373538048911847 1.8992620784996397 0.0575300261822648 1.0 0.5504186641806227 7 P42892 1 |
| Acute phase response 0.988388969521047 1.8982449483982289 0.057663822231754 1.0 0.5504186641806227 2 P02786 1 |
| Endothelial cell proliferation 0.5717516257554175 1.8895496979232005 0.0588182100956498 1.0 0.553254985619227 19 Q8WTV0,P09601,Q12959,P57105 4 |
| Regulation of steroid biosynthetic process 0.6490432219060652 1.8860182276904032 0.0592924984096689 1.0 0.553254985619227 11 Q9UBM7,P05023,P30536,P16435 4 |
| Walking behavior 0.8797156175925249 1.8840266315113696 0.0595613732477864 1.0 0.553254985619227 4 O75844 1 |
| Calcium import into the mitochondrion 0.8269629622329484 1.8834997383277787 0.0596326752671236 1.0 0.553254985619227 5 Q8WWC4,P21796 2 |
| Positive regulation of neural precursor cell proliferation 0.7749785002545654 1.8824553533569408 0.0597742163467682 1.0 0.553254985619227 6 P48681,O60341 2 |
| Intermediate filament organization 0.774182682601069 1.8789755862191972 0.0602478268422237 1.0 0.553254985619227 6 P08670,P07196 2 |
| Peripheral nervous system axon regeneration 0.8779997715213383 1.8771823017005296 0.0604931123500556 1.0 0.553254985619227 4 Q96G23,P30536 2 |
| Antigen processing and presentation 0.559348661013823 1.874000439269232 0.0609303645693799 1.0 0.553254985619227 21 Q15286,Q9NZ08,Q6P179,P10321,Q9BYJ9,P04062,Q9UIQ6 7 |
| Lipid homeostasis 0.5149219778855255 1.871679108593918 0.0612510115176176 1.0 0.5534315607443462 29 O15118,Q5BJF2,Q15067,Q8WTV0,Q9NP80 5 |
| Energy derivation by oxidation of organic compounds 0.4249913240581076 1.870261384581077 0.061447529134734 1.0 0.5534315607443462 122 P14406,P13073,P03886,Q6KCM7,P56385,O43676,P43304,P06576,O75964,P48735,Q15070,Q9BSK2,P49748,Q13423,O75306,O14949,P21912,P04062,Q9Y6M9,Q9UDW1 20 |
| Intrinsic apoptotic signaling pathway 0.4045080839959254 1.8701557420711228 0.0614621936325774 1.0 0.5534315607443462 86 P09601,O95881,P23246,O95831,P45880,Q9NR28,O76024,P10909,O60341,Q9P0J0,Q96RU2,Q9Y3D6,P46379,P61978,Q13573 15 |
| Regulation of amyloid beta clearance 0.7714524882704602 1.8670287307357656 0.061897575791636 1.0 0.5544150020720482 6 Q16850,Q07954 2 |
| Regulation of intrinsic apoptotic signaling pathway in response to dna damage 0.6135735561954803 1.8662025655806893 0.0620130302818484 1.0 0.5544150020720482 14 P61978,P10909,O60341 3 |
| Detection of stimulus 0.5939112532073888 1.8641965220114276 0.0622941116184891 1.0 0.5561733082035573 16 P30536 1 |
| Response to muscle activity 0.8218222424144752 1.8620975199521224 0.0625893455384201 1.0 0.5562706328308359 5 Q9UDX5 1 |
| Embryonic digit morphogenesis 0.7124509627586016 1.8605464811845511 0.0628082486584329 1.0 0.5562706328308359 8 Q5SZK8,P42892 2 |
| Regulation of mitochondrial fusion 0.8202922340418417 1.8557198993237745 0.0634934929183543 1.0 0.5587468943712487 5 P02786 1 |
| Inorganic anion transmembrane transport 0.6947155706975314 1.855554384491011 0.063517100664004 1.0 0.5587468943712487 9 Q9UHG3,Q9UBX3,Q02978,Q4KMQ2 4 |
| Macromolecule depalmitoylation 0.8195758205628803 1.8527324138657013 0.0639207216592616 1.0 0.5587468943712487 5 P50897,Q9NUJ1 2 |
| Positive regulation of macroautophagy 0.5561189427391842 1.852603816580678 0.0639391650259404 1.0 0.5587468943712487 21 P21796,P27544 2 |
| Monocarboxylic acid transport 0.6928641713932954 1.846422364890686 0.0648309023318374 1.0 0.5605916213444577 9 P53985 1 |
| Regulation of t cell proliferation 0.5480635020698186 1.8337453941935495 0.0666917968538516 1.0 0.5692127583808658 22 P02786,P30825,P49366 3 |
| Positive regulation of mitochondrion organization 0.5531730786996687 1.833044991527689 0.0667958805280879 1.0 0.5693635922374792 21 Q8N2A8,P21796,O14737,Q9Y3D6,P27544 5 |
| Protein insertion into mitochondrial inner membrane 0.8662453328487574 1.8301961014686432 0.0672206205527001 1.0 0.5695903065066698 4 Q9Y5J9,Q9P0J0 2 |
| Mitophagy 0.6072823828435514 1.8298639171472624 0.0672702901857045 1.0 0.5695903065066698 14 P21796 1 |
| Mitochondrial respirasome assembly 0.9715529753265651 1.8289630725113049 0.0674051404037854 1.0 0.5695903065066698 2 P14406 1 |
| Glycerophospholipid catabolic process 0.6885351858113569 1.8250355977133377 0.0679956576362277 1.0 0.5734658121583275 9 Q8WTV0,Q8NCC3 2 |
| Neuron death 0.4083821325080028 1.822315446594306 0.0684071357678242 1.0 0.5734658121583275 82 Q9UMX5,Q9UNH7,P09601,P49327,P07196,P31751,O95831,Q01105,Q9NR28,P50897,O76024,Q15058,Q15392,P04062,Q96A26,P10909,Q99720 17 |
| Long chain fatty acid transport 0.5949016581858256 1.8217769005037816 0.0684888440712341 1.0 0.5734658121583275 15 P23786,O43772 2 |
| Steroid hormone biosynthetic process 0.7204271203667276 1.8206025418431648 0.0686672961746552 1.0 0.5734658121583275 7 Q9UBM7,P30536 2 |
| Regulation of response to food 0.969521044992743 1.820586867073712 0.0686696806484929 1.0 0.5734658121583275 2 Q9UMX5 1 |
| Negative regulation of response to food 0.969521044992743 1.820586867073712 0.0686696806484929 1.0 0.5734658121583275 2 Q9UMX5 1 |
| Regulation of appetite 0.969521044992743 1.820586867073712 0.0686696806484929 1.0 0.5734658121583275 2 Q9UMX5 1 |
| Cell cell adhesion mediated by cadherin 0.7183110935735277 1.8107262840767135 0.0701832321025877 1.0 0.5806532918611294 7 Q8IWF6,O60716,P41440,O75955 4 |
| Regulation of cardiac muscle cell action potential 0.7177761485109029 1.8082280128419992 0.0705710204633767 1.0 0.5806532918611294 7 P16615,Q12959 2 |
| Folic acid transport 0.9660377358490592 1.8062208295640867 0.0708838525672963 1.0 0.5806532918611294 2 Q9H2D1 1 |
| Folate transmembrane transport 0.9660377358490592 1.8062208295640867 0.0708838525672963 1.0 0.5806532918611294 2 Q9H2D1 1 |
| Pore complex assembly 0.6137492665667545 1.8057246988098985 0.0709613526781987 1.0 0.5806532918611294 13 Q92621,Q9NQC3,Q8N1F7,P57740,Q9BTX1,Q4KMQ2 6 |
| Maintenance of protein localization in endoplasmic reticulum 0.8599862642898973 1.8051077921967311 0.0710578159593353 1.0 0.5806532918611294 4 O43731,P24390 2 |
| Protein retention in er lumen 0.8599862642898973 1.8051077921967311 0.0710578159593353 1.0 0.5806532918611294 4 O43731,P24390 2 |
| Membrane protein proteolysis 0.6239350955598768 1.8048294851906423 0.0711013689165163 1.0 0.5806532918611294 12 P38159,Q16740 2 |
| Negative regulation of intrinsic apoptotic signaling pathway 0.4816596078454289 1.803106179023788 0.0713715409376567 1.0 0.5806532918611294 37 O95881,P45880,O60341,Q9P0J0,P10909 5 |
| Regulation of phospholipase a2 activity 0.8073327650424358 1.801559685522646 0.0716147088645513 1.0 0.5806532918611294 5 P50897 1 |
| Response to toxic substance 0.4472214463633004 1.8011694252060635 0.0716761798649774 1.0 0.5806532918611294 47 P07196,O95831,P08183,Q99735,P04818,P00374,O60341,Q15165,P27338,P27544,Q6DKJ4,P07099 12 |
| Myelin assembly 0.7158626354299976 1.799286722055055 0.0719733373613762 1.0 0.5806532918611294 7 Q9NR77 1 |
| Endoplasmic reticulum membrane organization 0.683202852785274 1.798626733097123 0.0720777456576557 1.0 0.5806532918611294 9 Q9P2W9,Q9NQC3 2 |
| Nuclear envelope organization 0.5045641459757463 1.7932102008589417 0.0729393195972811 1.0 0.5806532918611294 29 O75844,Q9UNZ2,P20700,Q9ULX6,Q8N1F7,P50402,Q86XL3,Q96FZ7 8 |
| Rna stabilization 0.5044052252852997 1.7920012023654253 0.0731327734092208 1.0 0.5806532918611294 29 O60506,Q14011,O95453,Q08J23,P07910,P35637,Q14103,Q92804,Q13151,P98175 10 |
| Organic cation transport 0.8049747797188911 1.7916786213971134 0.0731844609980463 1.0 0.5806532918611294 5 Q70HW3 1 |
| Ornithine transport 0.9602322206095808 1.782259004541559 0.07470700466438 1.0 0.5839198739425864 2 Q9Y619 1 |
| Neural precursor cell proliferation 0.4977997796314928 1.780670325985655 0.0749663235574973 1.0 0.5850634260202874 31 Q9UKA9,O95456,P48681,O75306,Q15058,O60341 6 |
| Intrinsic apoptotic signaling pathway by p53 class mediator 0.5627697717166056 1.7757215501914638 0.0757788236004428 1.0 0.5860056969136689 18 P61978,P46379,O60341,Q96RU2 4 |
| Divalent inorganic cation homeostasis 0.4387529863711368 1.7735824277673324 0.0761322464301155 1.0 0.5860056969136689 56 Q9NVV0,P78417,Q8NE01,Q6P4Q7,Q9HD20,P16615,Q96A33,Q8NE86,O76024,Q7L0J3,Q9BPX6,Q8WWC4,Q8IWX8,P98194,Q9Y3D6,O95202,P0DP25,Q8NEW0 18 |
| Amyloid precursor protein metabolic process 0.5442373667320399 1.7734693771622827 0.0761509618380049 1.0 0.5860056969136689 21 P49755,Q9NQC3,Q15392,O95197,Q9NQX7,Q12959,P10909 7 |
| Negative regulation of mrna splicing via spliceosome 0.5781576222139413 1.7687563977385157 0.0769345360344542 1.0 0.5860056969136689 16 Q13242,P38159,O75494,P61978,P22626,P98175 6 |
| Negative regulation of calcium ion transmembrane transport 0.7092327307416831 1.7682482194672329 0.0770194162281434 1.0 0.5860056969136689 7 P0DP25,P21796,P78417 3 |
| Regulation of mrna splicing via spliceosome 0.4291149117987329 1.76548300442904 0.07748262411845 1.0 0.5881716708715063 65 Q06787,Q96T37,Q9Y2W1,Q15637,P51114,P61978,P98175,Q13242,P38159,Q14011,P62995,Q16629,P52756,P22626,O75494,Q07666,Q9Y5S9,Q15427,P51116,P31483,Q13595,Q9BWF3,P98179,Q13573,Q96PU8 25 |
| Transition metal ion homeostasis 0.5269707609445348 1.7635342844961028 0.0778104201614777 1.0 0.5896939879208318 24 P02786,P09601,P30519,Q8N511,Q9Y487,Q8NEW0 6 |
| Membrane raft organization 0.6758189742884756 1.7619397538699129 0.0780794770032153 1.0 0.5896939879208318 9 P41440,O15118,P50897 3 |
| Hydrogen peroxide biosynthetic process 0.8489095695042943 1.7605961820946148 0.0783067752979782 1.0 0.5896939879208318 4 P27338,Q15067 2 |
| Calcium ion transmembrane transport 0.4527249620434708 1.7599601792781834 0.0784145585233646 1.0 0.5896939879208318 43 Q9NVV0,P21796,P78417,Q06787,P16615,Q8NE86,Q9BPX6,Q8WWC4,Q8IWX8,Q6KCM7,Q9UJZ1,P98194,O95202,P0DP25,Q4KMQ2 15 |
| Negative regulation of neuron apoptotic process 0.4974986301017817 1.7580613353153671 0.0787370736628181 1.0 0.59088676351288 30 Q9UNH7,P09601,Q01105,P50897,O76024,Q15058,P04062,P07196 8 |
| Cerebellar purkinje cell layer development 0.6908529042259692 1.7566872063236814 0.0789711393982552 1.0 0.5910211198193146 8 Q15058,O14949,P04062 3 |
| Cellular response to xenobiotic stimulus 0.5080019940163067 1.7539400714073825 0.0794407764261693 1.0 0.5910211198193146 27 P02786,O43169,P07099 3 |
| Positive regulation of epithelial cell migration 0.50101318047631 1.7486358940968805 0.0803539776292148 1.0 0.5922285890367969 28 Q8WTV0,P09601,P06576 3 |
| Response to topologically incorrect protein 0.4359303208051348 1.7454748907370985 0.0809022394811187 1.0 0.5929636296352707 56 Q15629,O95757,O94874,Q13217,Q92905,Q7Z2K6,Q9Y679,Q9BUN8,Q96JB5,Q9BS26,P46379,P10909,P61604,O95140,Q15363,O76024,Q96HY6,O95817,Q13438 19 |
| L amino acid transport 0.6119213597760818 1.7380542861554469 0.0822012487935965 1.0 0.5967398427005884 12 Q15758,P08195,O75746,Q9Y619,P30825,Q9H9B4,Q15041,O60831 8 |
| Myotube differentiation 0.56446807200416 1.7339929763919086 0.0829193293868353 1.0 0.5967398427005884 17 Q9H7B4,P41440 2 |
| Cellular response to molecule of bacterial origin 0.4918169873238619 1.7339551412864491 0.0829260428371023 1.0 0.5967398427005884 31 P30536,Q86UE4,Q9NUQ9,P08670,Q8WTV0,P27361,Q6P2Q9 7 |
| Lipoprotein localization 0.842124567114747 1.7332621371451196 0.0830490872296918 1.0 0.5967398427005884 4 A6NIH7 1 |
| Tetrapyrrole catabolic process 0.8416455138185261 1.731330315663982 0.083392867416024 1.0 0.5978353015236639 4 P30519,P09601 2 |
| Regulation of aerobic respiration 0.6103320887152331 1.7291869009987866 0.0837756499675816 1.0 0.5978353015236639 12 P14406 1 |
| Receptor metabolic process 0.4652923642236881 1.7265566767879894 0.0842473122060971 1.0 0.5981740734116101 39 P02786,P46934,P42892,P41440 4 |
| Signal peptide processing 0.7389044363118354 1.7235723878611973 0.0847850668168048 1.0 0.6009034319765623 6 O75503,P67812,Q9H300,Q8TCT9 4 |
| Immunoglobulin production 0.5088466673860647 1.7157476824498068 0.0862082334479616 1.0 0.6047676716338234 26 P02786 1 |
| Cell adhesion molecule production 0.8361893697357073 1.7093106238508633 0.0873934264479516 1.0 0.6047676716338234 4 Q5KU26,Q9H4A6,P41440 3 |
| Regulation of cellular respiration 0.5677297177067431 1.70506034374738 0.0881831706647202 1.0 0.6047676716338234 16 P14406 1 |
| Vacuole organization 0.4324897500130888 1.70365564318886 0.0884454395225322 1.0 0.6047676716338234 55 O75503,Q96ED9,Q15286,Q12768,Q9UNZ2,Q14108,Q7Z3C6,O95140,P16615,P11117,P50897,P54802,Q8N511,P04062,O95817 15 |
| Glial cell migration 0.5955948872887127 1.7023026803232348 0.0886986426296101 1.0 0.6047676716338234 13 Q96N66,Q96G23,P30536,Q9NQC3 4 |
| Sterol transport 0.5123505219366713 1.6994129204118114 0.0892414092221209 1.0 0.6047676716338234 25 Q8WTV0,Q07954,O15118,P30536 4 |
| Response to steroid hormone 0.4046787595499433 1.6977495843320305 0.0895550349358638 1.0 0.6047676716338234 78 O15118,P27338,P30536,O75874,O95831,P04818,O60341,P04062,Q9H7B4,O15173,P46934,P07196 12 |
| Intracellular lipid transport 0.6046638684477865 1.6974974379140413 0.0896026550768702 1.0 0.6047676716338234 12 O15118,P23786 2 |
| Organic hydroxy compound biosynthetic process 0.4330199008620989 1.6953963015953526 0.0900002670482182 1.0 0.6047676716338234 53 Q9UBM7,O75845,O76062,P37268,P48449,Q15392,P00374,Q15800,Q16850 9 |
| Leukocyte mediated immunity 0.431962268670444 1.6914452415343162 0.0907517977776699 1.0 0.6047676716338234 54 P02786,Q9UNH7,P09601,Q9UQ84,P07437,Q8N5M9,P10909 7 |
| Antigen processing and presentation of peptide antigen 0.6127816346846215 1.6892385793758715 0.0911737185083128 1.0 0.6047676716338234 11 Q9NZ08,Q9UIQ6,P10321,Q6P179 4 |
| Gdp metabolic process 0.7806370234405137 1.6892360910739797 0.0911741951681208 1.0 0.6047676716338234 5 Q14168,Q12959 2 |
| Positive regulation of oxidoreductase activity 0.6768084771827456 1.6885866998503225 0.0912986612412871 1.0 0.6047676716338234 8 Q8WTV0 1 |
| Reactive oxygen species metabolic process 0.4356525791512481 1.687319068282951 0.0915420163751106 1.0 0.6047676716338234 46 Q13423,P30536,Q15067,P00374,Q9P0J0,P42785,Q9BSK2 7 |
| Negative regulation of mitochondrion organization 0.5568653071857874 1.6864552524518102 0.0917081469619014 1.0 0.6047676716338234 17 P02786,P30536 2 |
| Negative regulation of mrna processing 0.5159532096477026 1.685787628799313 0.0918367114389773 1.0 0.6047676716338234 24 Q13242,P38159,O75494,Q16629,P22626,P61978,P98175 7 |
| Regulation of response to extracellular stimulus 0.7303932332072332 1.6857577236151615 0.0918424736758072 1.0 0.6047676716338234 6 Q9UMX5,P80303 2 |
| Positive regulation of dna recombination 0.5047383083218653 1.6856606668512033 0.0918611769183235 1.0 0.6047676716338234 26 P02786 1 |
| Homologous chromosome pairing at meiosis 0.6760356499143453 1.684826797965333 0.0920219930480032 1.0 0.6047676716338234 8 P46379 1 |
| Reverse cholesterol transport 0.936429608127732 1.683805135997757 0.0922193343148822 1.0 0.6047676716338234 2 Q8WTV0 1 |
| Toll like receptor 3 signaling pathway 0.7793211978136891 1.6836747434553876 0.0922445450024334 1.0 0.6047676716338234 5 Q9H1C4,Q5KU26,P41440 3 |
| Response to xenobiotic stimulus 0.4029024101353058 1.6773282809674068 0.0934783052422474 1.0 0.6080242381452796 78 P02786,P09601,O15118,P08183,P30536,Q16836,O43169,P27544,P07099 9 |
| Regulation of peptidyl serine phosphorylation 0.5029224631461033 1.6723338862904225 0.0944585011347651 1.0 0.6113145793533856 26 P02786 1 |
| Negative regulation of rna splicing 0.5465429518299821 1.6722192449605402 0.0944810969015048 1.0 0.6113145793533856 18 Q13242,P38159,Q9UKA9,O75494,P22626,P61978,P98175 7 |
| Fluid transport 0.932946298984043 1.6693733266757178 0.095043416407045 1.0 0.612161598754679 2 O43865 1 |
| Response to testosterone 0.5895029009700449 1.6673582729595562 0.0954431857988054 1.0 0.61293874388726 13 Q13126,P30536 2 |
| Mitochondrial calcium ion homeostasis 0.6326521061593283 1.6649806475034166 0.0959166168523306 1.0 0.6135651979075809 10 Q8NE86,Q9BPX6,Q8WWC4,Q16891,Q9Y3D6,O95202 6 |
| Maintenance of protein localization in organelle 0.5453783364343938 1.6647496850713297 0.0959627059166781 1.0 0.6135651979075809 18 O43731,P24390,P30536 3 |
| Negative regulation of cellular catabolic process 0.3874728827921165 1.6641657614698662 0.0960793082250512 1.0 0.6135651979075809 93 P30536,Q06787,P35637,P11940,P98175,Q9GZU8,Q07820,Q14011,P23634,Q08379,Q92804,Q13151,P09601,O15118,P10619,Q96JB5,Q14103,P46379,O15372,O60506,Q99729,O95453,Q9BTA9,Q96HY6,P07910,Q08J23 26 |
| Protein localization to lysosome 0.5532225619834915 1.663599105091064 0.0961925708663729 1.0 0.6135651979075809 17 P46934,Q14108,Q9NQC3 3 |
| Axon development 0.3944837324475179 1.6585775107695842 0.0972009566210367 1.0 0.6143583526431743 82 P42892,P30536,Q9NQC3,O00264,Q9BYJ9,P00374,Q96G23,P41440,Q92859,Q9UQB8,P07196 11 |
| Regulation of viral induced cytoplasmic pattern recognition receptor signaling pathway 0.6859314299902153 1.6584573559597986 0.0972251880280672 1.0 0.6143583526431743 7 Q86UT6,O43657 2 |
| Electron transport chain 0.4129050491075775 1.65804957162109 0.0973074611804072 1.0 0.6143583526431743 70 P13073,Q9H3K2,P20674,O95168,O75306,O14949,P03886,P21912,Q9P0J0,P04062,P00403,P08574,P27338,Q9Y6M9,Q9UDW1,O43676,P43304 17 |
| Endoplasmic reticulum calcium ion homeostasis 0.6549794801278708 1.6576787338428371 0.0973823284340968 1.0 0.6143583526431743 9 Q9UM00,P16615,Q96A33,O76024,Q9Y3D6,P51572 6 |
| Stem cell proliferation 0.606683411523753 1.6557625844412047 0.0977699076183384 1.0 0.6143583526431743 11 O60341,P08183,P04062 3 |
| Regulation of intrinsic apoptotic signaling pathway 0.426936829920008 1.6553957101748835 0.09784425561229 1.0 0.6143583526431743 56 O95881,P45880,O76024,O60341,Q9P0J0,Q9Y3D6,P10909,P61978 8 |
| Antigen processing and presentation of peptide antigen via mhc class i 0.6307600571298112 1.6550465365142604 0.0979150584843688 1.0 0.6143583526431743 10 Q9NZ08,Q9UIQ6,P10321,Q6P179 4 |
| Negative regulation of glial cell proliferation 0.9567269310986212 1.654636023339807 0.0979983516791673 1.0 0.6143583526431743 3 P30536 1 |
| Microglial cell proliferation 0.9291727140783744 1.6537332738274355 0.0981817188242923 1.0 0.6143583526431743 2 P10909 1 |
| Regulation of production of molecular mediator of immune response 0.4942888590266309 1.6517077873873725 0.0985941344063197 1.0 0.6163536542725242 27 P02786 1 |
| Ceramide transport 0.7714942122687887 1.6505482248325989 0.0988308584293433 1.0 0.617011696965851 5 P07602,P08183 2 |
| L alpha amino acid transmembrane transport 0.6053566524998676 1.6484653137495413 0.0992572228468984 1.0 0.617011696965851 11 Q15758,P08195,O75746,Q9Y619,P30825,Q15041,O60831 7 |
| Cytosolic calcium ion transport 0.499586168762261 1.6478028038841794 0.0993931434873993 1.0 0.617011696965851 26 Q9NVV0,P21796,P78417,P16615,Q9BPX6,Q8WWC4,Q8IWX8,O95202,P0DP25 9 |
| Cell maturation 0.4937655346380025 1.6477858096835805 0.0993966319731274 1.0 0.617011696965851 27 O75503,Q8N2A8,Q12768,Q9NZJ7,P04818,Q15058,Q9Y2W6,O60341,P04062 9 |
| Mitochondrial electron transport ubiquinol to cytochrome c 0.7707951690030721 1.6475858942633148 0.0994376769595597 1.0 0.617011696965851 5 Q9UDW1,O14949 2 |
| Organic hydroxy compound transport 0.4718997575328196 1.641349169622938 0.1007249548480113 1.0 0.617011696965851 34 O15118,P30536,P53985,Q8WTV0,P27338,Q07954 6 |
| Ensheathment of neurons 0.4868369693001632 1.6408852807344765 0.1008212310195384 1.0 0.617011696965851 28 P31751,Q9NR77,Q15058,Q12959,P10909,Q16880,Q96PU8 7 |
| Response to iron ion 0.6821946103422829 1.640752042136853 0.1008488971018275 1.0 0.617011696965851 7 P02786 1 |
| Neuron maturation 0.7198440251209488 1.638725344006822 0.1012704733492277 1.0 0.6172721081388176 6 O75503,O60341 2 |
| Mast cell activation 0.6812106442012685 1.6360855892520283 0.101821675763817 1.0 0.6189142265754526 7 P09601 1 |
| Mast cell activation involved in immune response 0.6812106442012685 1.6360855892520283 0.101821675763817 1.0 0.6189142265754526 7 P09601 1 |
| Transition metal ion transport 0.5733777867058737 1.631661514872715 0.1027508116249154 1.0 0.6207341376284188 14 Q9HD20,P02786,O15173,Q8NEW0 4 |
| Olfactory behavior 0.9236574746008708 1.6308653527667607 0.1029187339147319 1.0 0.6207341376284188 2 O76024 1 |
| Chemosensory behavior 0.9236574746008708 1.6308653527667607 0.1029187339147319 1.0 0.6207341376284188 2 O76024 1 |
| Signal release 0.422923414073417 1.630405322246342 0.1030158605549298 1.0 0.6207341376284188 58 P40939,Q9UNH7,Q8N5M9,P16615,P50897,P53985,Q16836,P00367,Q7L0J3,Q4J6C6,Q15907,P27338 12 |
| Lipid biosynthetic process 0.4244250085873863 1.626159455068873 0.1039157388073466 1.0 0.6243825630898204 154 Q9UBM7,Q9NPH0,P49327,Q9NX62,P30536,P37268,Q8WTV0,P35790,Q99805,Q15392,Q8NCC3,Q96G23,Q53GQ0,O95470,O76062,O75874,P48449,O00116,Q15800,Q16850,P27544,Q8NBX0,P49748,Q9BY49,O75845,Q10713,Q8IVS2,Q06136,Q9NZ01,P04062,Q86YN1,Q9NP80,Q16880 33 |
| Regulation of necrotic cell death 0.5818656677461338 1.6233848819142778 0.1045071544574052 1.0 0.6256356262221265 13 P30536,P00403 2 |
| Retrograde vesicle mediated transport golgi to endoplasmic reticulum 0.4905076870702146 1.6233368633042775 0.1045174133718573 1.0 0.6256356262221265 27 Q8TD16,P24390,Q969X5,Q6NUQ1,P49755,Q9Y282,Q9P2W9,O43731,Q9H4A6 9 |
| Regulation of glycoprotein metabolic process 0.6240239532822027 1.619604651768524 0.1053172297116911 1.0 0.6274278721250748 10 Q99805,Q08379 2 |
| Folic acid containing compound metabolic process 0.5601729759729123 1.6134898162163072 0.1066381339843356 1.0 0.6318693028981902 15 Q9H2D1,P00374 2 |
| Cellular response to dsrna 0.6602471453958412 1.6077375470468869 0.1078926715667778 1.0 0.632475712456742 8 Q5KU26,Q9NUD5,P41440 3 |
| Membrane lipid catabolic process 0.5787987937182045 1.605675744065125 0.1083451734468103 1.0 0.632475712456742 13 O95470,Q99735,P04062,P50897 4 |
| Xenobiotic transport 0.7603898789379477 1.603421766614687 0.1088415686136419 1.0 0.632475712456742 5 P08183,P41440 2 |
| Antigen processing and presentation of endogenous antigen 0.7118430459639008 1.6029384801922049 0.1089482370068906 1.0 0.632475712456742 6 Q9NZ08,P10321,Q6P179 3 |
| Antigen processing and presentation of endogenous peptide antigen 0.7118430459639008 1.6029384801922049 0.1089482370068906 1.0 0.632475712456742 6 Q9NZ08,P10321,Q6P179 3 |
| Homologous chromosome segregation 0.5968737282798171 1.6016918499797546 0.1092237682878587 1.0 0.6328808126616272 11 P46379 1 |
| Prenylation 0.8094278259789122 1.6008770264070198 0.1094041588661069 1.0 0.6328808126616272 4 P53611,P49356 2 |
| Hormone biosynthetic process 0.6433424547293146 1.5990121806535305 0.1098178961237368 1.0 0.6328808126616272 9 Q9UBM7,Q53GQ0,P30536,P05023 4 |
| Regulation of defense response to virus 0.5499068923650521 1.5952652206398374 0.1106529394967386 1.0 0.6328808126616272 16 O75844,Q86UT6,O43657 3 |
| N terminal protein amino acid modification 0.5951219430365984 1.592007988336724 0.1113829096456486 1.0 0.6328808126616272 11 Q9BV86 1 |
| Mitochondrial electron transport cytochrome c to oxygen 0.7573120766554147 1.5903341161893425 0.1117595124414609 1.0 0.6328808126616272 5 P13073,P00403 2 |
| Proteoglycan metabolic process 0.6566687065605825 1.590194086642879 0.1117910630267189 1.0 0.6328808126616272 8 Q9NX62,Q99805,Q7LGA3,Q96L58 4 |
| Chloride transport 0.5945003055677612 1.5885695668437705 0.1121576035422731 1.0 0.6328808126616272 11 Q9UHG3,P30536 2 |
| Response to gamma radiation 0.53306983670595 1.5854787244099782 0.1128576070859923 1.0 0.6328808126616272 18 O75844,O60341 2 |
| Protein targeting to lysosome 0.5750212964254999 1.5838239297791412 0.1132337921055006 1.0 0.6328808126616272 13 P46934,Q14108 2 |
| Anatomical structure maturation 0.467123779855608 1.5794551497369729 0.1142316961333456 1.0 0.6328808126616272 33 O75503,Q8N2A8,Q12768,Q9NZJ7,P04818,Q15058,Q08J23,O60341,Q9Y2W6,P04062 10 |
| Liposaccharide metabolic process 0.5319228189367706 1.5780615845499095 0.1145514624288466 1.0 0.6328808126616272 18 Q92643,Q8NBX0,Q96S52,P17900,Q99805,P04062,Q16880 7 |
| Regulation of leukocyte proliferation 0.4743321930563361 1.5776110423421696 0.1146549940109729 1.0 0.6328808126616272 30 P02786,Q9HCL2,P30825,P27361,Q12959,P04439,P49366 7 |
| Apoptotic cell clearance 0.6540006730738585 1.5770973253576916 0.1147731325568131 1.0 0.6328808126616272 8 Q8WTV0 1 |
| Copi coated vesicle budding 0.7538831504491779 1.5757408800973487 0.115085532096713 1.0 0.6328808126616272 5 Q15363 1 |
| Lysosomal lumen acidification 0.9355400696864072 1.5740354216544548 0.1154792606488546 1.0 0.6328808126616272 3 Q8N511,P50897 2 |
| Mucopolysaccharide metabolic process 0.638002144574445 1.5719872262398766 0.1159535136757659 1.0 0.6328808126616272 9 Q9NX62,Q96L58,O43505 3 |
| Regulation of intrinsic apoptotic signaling pathway in response to dna damage by p53 class mediator 0.7046766019122352 1.5708035486108722 0.1162282875563169 1.0 0.6328808126616272 6 O60341 1 |
| Response to retinoic acid 0.5629234295452685 1.5697738821964713 0.11646772580433 1.0 0.6328808126616272 14 P02786,Q9P0J0,Q13573,P11717 4 |
| Protein depalmitoylation 0.8015812833574707 1.5689619406308666 0.1166568075126677 1.0 0.6328808126616272 4 Q9NUJ1 1 |
| Mannosylation 0.6669467508107352 1.5682413636404278 0.1168248144671209 1.0 0.6328808126616272 7 Q9BT22,Q8NAT1,O43505 3 |
| Regulation of pattern recognition receptor signaling pathway 0.5301700429753169 1.566717660626768 0.1171807008825467 1.0 0.6328808126616272 18 Q9NQC3,Q86UT6,P41440,O43657,Q9NUD5 5 |
| Icosanoid transport 0.8009472387306923 1.5663808634130651 0.1172594802689315 1.0 0.6328808126616272 4 Q9NP80 1 |
| Positive regulation of pattern recognition receptor signaling pathway 0.6661800816437496 1.5645846138320334 0.1176803388831526 1.0 0.6328808126616272 7 Q9NUD5,P41440,Q9NQC3 3 |
| Reactive nitrogen species metabolic process 0.521766867790638 1.5638173789376186 0.117860461767655 1.0 0.6328808126616272 19 O43169,P30536 2 |
| Regulation of dna damage response signal transduction by p53 class mediator 0.5900281867103827 1.5638024717252976 0.1178639636584519 1.0 0.6328808126616272 11 O75844 1 |
| Negative regulation of nuclear transcribed mrna catabolic process deadenylation dependent decay 0.6362499628272029 1.5631065184346409 0.1180275426895807 1.0 0.6328808126616272 9 O60506,Q14103 2 |
| Crd mediated mrna stabilization 0.6362499628272029 1.5631065184346409 0.1180275426895807 1.0 0.6328808126616272 9 O60506,Q14103 2 |
| Mitochondrial protein processing 0.7024120895088242 1.5606339613312954 0.1186101409446966 1.0 0.6330558473112972 6 Q10713,Q99797,Q9UJZ1,O75439,Q9Y4W6 5 |
| Fatty acid transmembrane transport 0.6653113842533269 1.5604400045121902 0.1186559373849525 1.0 0.6330558473112972 7 P31751,P50416,P23786,O43772,P11166 5 |
| Positive regulation of autophagy of mitochondrion 0.7009760241520302 1.5541810825528477 0.1201412286163992 1.0 0.6373675969029423 6 P21796 1 |
| Lymphocyte mediated immunity 0.4453860395585388 1.5526598933401632 0.1205044087191775 1.0 0.637654190694523 39 P02786,Q9UQ84,P07437,Q9NUQ9,P10909,P04439,Q9BY67 7 |
| Somatic diversification of immune receptors 0.4751374151061535 1.5511029506815732 0.1208770141966095 1.0 0.6386997967453572 28 P02786 1 |
| Neurofilament cytoskeleton organization 0.9039187227866524 1.5489565693464773 0.1213921607301244 1.0 0.6396493218438928 2 P07196 1 |
| Cholesterol efflux 0.6322689415649281 1.542904506860739 0.1228539471673655 1.0 0.6429584256439805 9 Q8WTV0,O15118 2 |
| Amino acid transmembrane transport 0.5478396724442534 1.5385110306240464 0.1239237135654789 1.0 0.6455437315266942 15 Q15758,P08195,O75746,Q9Y619,P30825,Q9H9B4,Q15041,Q96NB2,O60831 9 |
| Determination of adult lifespan 0.6606328536531707 1.5380964481578092 0.1240250343297395 1.0 0.6455437315266942 7 O75844 1 |
| Negative regulation of neuron death 0.4199310306634281 1.5336444784478058 0.125117139693101 1.0 0.6470932758538795 45 Q9UMX5,Q9UNH7,P09601,P50897,O76024,Q15058,P04062,P07196 8 |
| Calcium ion export 0.7435492935096174 1.5316846587417017 0.1256002699424336 1.0 0.6480659190686731 5 P23634,O95202,P0DP25 3 |
| Negative regulation of dna binding 0.6590101946566591 1.530338478765009 0.1259329684677457 1.0 0.6487664810273468 7 P09601 1 |
| Production of molecular mediator of immune response 0.4492064645395875 1.5278543262677802 0.1265487103911888 1.0 0.650412989678271 37 P02786,P09601 2 |
| Negative regulation of phosphatidylinositol 3 kinase signaling 0.7904073183196212 1.523430934077423 0.1276509276907329 1.0 0.6517539338341698 4 O14745,Q10713 2 |
| Embryonic heart tube development 0.6939797700255558 1.522703509552626 0.127832899547696 1.0 0.6517539338341698 6 P42892 1 |
| Xenobiotic transport across blood brain barrier 0.8975326560232335 1.5224447330058142 0.1278976834796754 1.0 0.6517539338341698 2 P08183 1 |
| Sphingolipid translocation 0.8975326560232335 1.5224447330058142 0.1278976834796754 1.0 0.6517539338341698 2 P08183 1 |
| Negative regulation of intrinsic apoptotic signaling pathway in response to dna damage 0.6054223232670668 1.5211505139984585 0.1282220705437 1.0 0.6518067095941897 10 P10909,O60341 2 |
| Lung alveolus development 0.7408483439860527 1.5201517977600385 0.1284728288182834 1.0 0.6518067095941897 5 Q9NVV0,P00813,Q15185,O60476 4 |
| Regulation of dna methylation dependent heterochromatin assembly 0.6566446302677467 1.519020939927079 0.1287572252408129 1.0 0.6518067095941897 7 O60341 1 |
| Glycerolipid biosynthetic process 0.4164287024679027 1.515721697207075 0.129589738893366 1.0 0.6518067095941897 50 Q92643,Q9NX62,Q9NPH0,Q96S52,Q10713,P42356,Q9HCL2,Q96N66,Q86UL3,Q9HBU6,Q8WTV0,P35790,Q8NCC3 13 |
| Regulation of steroid metabolic process 0.543762344648731 1.513614107165556 0.130123741047667 1.0 0.6526123196567861 15 P49748,P30536 2 |
| Neutrophil differentiation 0.7877514720999786 1.5125961426464072 0.1303822746012288 1.0 0.6531474647375272 4 Q8N5M9,P49327 2 |
| Positive regulation of blood circulation 0.7876851582921904 1.5123255495252597 0.1304510644399128 1.0 0.6531474647375272 4 P05023,P00813,P16615 3 |
| Regulation of axon guidance 0.7388167020833629 1.511472176356986 0.1306681923288271 1.0 0.6532418203752972 5 Q9BYJ9 1 |
| Response to corticosterone 0.7872490975799988 1.51054613547742 0.1309041264783494 1.0 0.6535452612385848 4 P27338,P07196 2 |
| Reactive oxygen species biosynthetic process 0.5709407983519392 1.5069959159214967 0.1318117040500792 1.0 0.6544893127249225 12 P27338,Q9BSK2,Q15067 3 |
| Maternal process involved in female pregnancy 0.6248080501570699 1.504953191077092 0.1323361115708887 1.0 0.6561043183902078 9 Q9BQE5 1 |
| Myelin maintenance 0.7852873360456482 1.502539361014344 0.1329578705503591 1.0 0.6580870681933351 4 P10909 1 |
| Zymogen activation 0.6242751301817873 1.5022379711501672 0.1330356616836427 1.0 0.6580870681933351 9 P00558 1 |
| Humoral immune response mediated by circulating immunoglobulin 0.9164002667934878 1.5010726268384302 0.1333367778932768 1.0 0.6583923414997449 3 Q9UQ84 1 |
| Embryonic axis specification 0.6384746751862662 1.500612749856532 0.1334557516924519 1.0 0.6583923414997449 8 Q8N2A8,Q15363 2 |
| Sphingoid metabolic process 0.7358951111647709 1.4989836825039444 0.1338778652597287 1.0 0.6583923414997449 5 Q06136 1 |
| Negative regulation of transmembrane transport 0.5078232107536776 1.4979538162419044 0.13414525001072 1.0 0.6583923414997449 20 P31751,P21796,P78417,O14745,P0DP25,P46934 6 |
| Plasminogen activation 0.7835868242468182 1.4955969165361878 0.1347587271717283 1.0 0.659187270478484 4 P00558 1 |
| Purine ribonucleoside metabolic process 0.6373799391426165 1.4952030191756025 0.1348614658327891 1.0 0.659200443896326 8 Q13126 1 |
| Protein import 0.375601528806004 1.4948141122052718 0.1349629622514359 1.0 0.6592075302258792 85 Q99595,O95831,Q15388,O94826,O14737,O14925,Q8N1F7,Q9NS69,O43615,Q8NFH5,P57740,O60830,P10909 13 |
| Proton transporting v type atpase complex assembly 0.8902757619738918 1.4923173795123743 0.1356159627427478 1.0 0.6597589261506255 2 Q8N511 1 |
| Vacuolar proton transporting v type atpase complex assembly 0.8902757619738918 1.4923173795123743 0.1356159627427478 1.0 0.6597589261506255 2 Q8N511 1 |
| Atp biosynthetic process 0.5107386012362206 1.4905612302022884 0.1360767295176748 1.0 0.6597589261506255 19 P06576,O75746,O75964,Q9UJZ1,P56385,O75947,P00403 7 |
| Regulation of nuclear transcribed mrna catabolic process nonsense mediated decay 0.7821103097869453 1.4895675364446108 0.1363379831828752 1.0 0.6597589261506255 4 Q99729,P11940 2 |
| Negative regulation of calcium ion transport 0.6361529867082667 1.4891373979617335 0.1364511915956727 1.0 0.6597589261506255 8 P0DP25,P21796,P78417 3 |
| Response to activity 0.5176600768938464 1.4854215689426318 0.1374321855536202 1.0 0.6614614102357953 18 Q16836,Q9UDX5,Q15388,Q6KCM7 4 |
| Negative regulation of fatty acid transport 0.88824383164007 1.4838823249900754 0.137840141706165 1.0 0.6617118801769881 2 Q9Y3D6 1 |
| Regulation of cell cell adhesion mediated by cadherin 0.7321377697683222 1.4829113055574168 0.1380979772925894 1.0 0.6617118801769881 5 Q8IWF6,P41440,O75955 3 |
| Positive regulation of cell cell adhesion mediated by cadherin 0.7321377697683222 1.4829113055574168 0.1380979772925894 1.0 0.6617118801769881 5 Q8IWF6,P41440,O75955 3 |
| Adaptive immune response 0.4137330676781369 1.4816545829853214 0.1384322275013547 1.0 0.6617118801769881 48 P02786,Q9NZ08,Q6P179,Q9UQ84,Q9NUQ9,P10321,Q9H1C4,P10909,Q9BY67 9 |
| Diol biosynthetic process 0.6341102326149777 1.479032864766395 0.1391315313992676 1.0 0.6617118801769881 8 P00374 1 |
| Diol metabolic process 0.6341102326149777 1.479032864766395 0.1391315313992676 1.0 0.6617118801769881 8 P00374 1 |
| Acylglycerol homeostasis 0.7793422985057769 1.4782608732524989 0.1393379660606994 1.0 0.6617118801769881 4 Q8WTV0 1 |
| Regulation of action potential 0.5745569841065686 1.4777180249494966 0.1394832677459101 1.0 0.6617118801769881 11 P16615,Q12959,P0DP25,P04062 4 |
| Calcium ion import into sarcoplasmic reticulum 0.8859216255442839 1.47424285612531 0.1404162147981993 1.0 0.6617118801769881 2 O75844 1 |
| Response to molecule of bacterial origin 0.4135271838063932 1.473942667260936 0.1404970284364253 1.0 0.6617118801769881 46 O43823,Q9BRX9,P30536,Q86UE4,P51812,Q9NUQ9,P08670,Q8WTV0,P27361,P27338,Q6P2Q9 11 |
| Glandular epithelial cell development 0.778180009474178 1.4735119139591697 0.1406130537204872 1.0 0.6617852935459219 4 P49327 1 |
| T cell proliferation 0.4604914818277208 1.4683165983658146 0.142018244322845 1.0 0.6621848737329634 30 P02786,Q9HCL2,P30825,Q12959,Q9BY67,P49366 6 |
| Ribonucleoside metabolic process 0.6175201114184337 1.467771684023648 0.1421662514565591 1.0 0.6621848737329634 9 Q13126 1 |
| Glycerol ether metabolic process 0.6457555860667445 1.4668107511904975 0.1424275442119651 1.0 0.6621848737329634 7 P49327 1 |
| Phosphatidylcholine catabolic process 0.7758989812427998 1.464189812809339 0.1431420928950713 1.0 0.664199471891285 4 Q8WTV0,Q8NCC3 2 |
| Pyramidal neuron differentiation 0.7754990140172897 1.462554945839929 0.1435891990859719 1.0 0.6648694538141031 4 O14949 1 |
| Estrogen metabolic process 0.680486058447021 1.461814393007142 0.1437920788784206 1.0 0.6653412975631414 6 O95470 1 |
| Protein insertion into er membrane by stop transfer membrane anchor sequence 0.6801693875124862 1.460382798463269 0.1441848976477278 1.0 0.6654857994028627 6 Q9P0I2,Q8N4V1,Q9NPA0 3 |
| Protein quality control for misfolded or incompletely synthesized proteins 0.5714456125498204 1.460333397156656 0.1441984676634717 1.0 0.6654857994028627 11 Q9Y679,Q9BUN8,Q16740,Q9NYU2,P46379 5 |
| Pteridine containing compound metabolic process 0.5061551388731094 1.4599794874451482 0.1442957115448044 1.0 0.6654857994028627 19 Q9H2D1,P00374 2 |
| Embryonic pattern specification 0.615861933269566 1.4592973481144873 0.1444832849846835 1.0 0.6654857994028627 9 Q8N2A8,Q15363 2 |
| Import across plasma membrane 0.4934508119234222 1.458077889168304 0.1448190751595961 1.0 0.6654857994028627 22 Q9BXP2,P31751,Q15758,P08195,O14745,P23634,P30825,P05023,Q15041,P41440,P11166,Q12959 12 |
| Regulation of anion transport 0.5345510317886275 1.4571766875786372 0.1450676139675097 1.0 0.6654857994028627 15 Q7L0J3,O43865 2 |
| Neutral amino acid transport 0.7725820505373238 1.4506294127776145 0.1468830805397651 1.0 0.6654857994028627 4 Q96NB2,Q15758,P08195 3 |
| Leukocyte degranulation 0.5693739976547318 1.448745484501115 0.1474086731174695 1.0 0.6654857994028627 11 P09601 1 |
| Regulation of gliogenesis 0.5515019050548726 1.4468383529305433 0.1479422022577574 1.0 0.6654857994028627 13 P30536 1 |
| Positive regulation of lymphocyte mediated immunity 0.5041234646602712 1.446399122329812 0.1480652878926387 1.0 0.6654857994028627 19 P02786,Q9NUQ9,Q9BY67 3 |
| Sarcoplasmic reticulum calcium ion transport 0.6270804751796517 1.444205332688529 0.1486812253070817 1.0 0.6668864730644082 8 O75844,P0DP25,P16615,P78417 4 |
| Photoreceptor cell maintenance 0.770548939878017 1.44231493877861 0.1492135477509304 1.0 0.6668864730644082 4 Q15051,Q15555,P51790 3 |
| Negative regulation of gliogenesis 0.6758021650610633 1.4406279923106011 0.1496898078502559 1.0 0.6668864730644082 6 P30536 1 |
| Response to progesterone 0.7220244958099316 1.4395914299626047 0.1499830256825964 1.0 0.6668864730644082 5 P30536 1 |
| Calcium mediated signaling 0.4901206309090018 1.4347484849796728 0.151358782439644 1.0 0.6711325824325806 22 O75844,Q9NVV0,P78417,P16615,Q8NE86,Q8IWX8,P00813,Q9Y3D6,P0DP25 9 |
| Cell recognition 0.4755303631629486 1.431062457113365 0.152412315798321 1.0 0.6730862927581349 25 P45880,P78371,Q9NQC3,Q8WTV0,Q14157,Q5KU26,Q12959,Q9BY67 8 |
| Regulation of phospholipase activity 0.5655588805651746 1.427378666828009 0.1534707765381333 1.0 0.6754952508826261 11 P50897 1 |
| Negative regulation of amyloid precursor protein catabolic process 0.6094137020277891 1.4262929703724423 0.1537837928883187 1.0 0.6754952508826261 9 O95197,Q9NQC3,P10909,P49755 4 |
| Regulation of sterol transport 0.6234493965638053 1.4261838273892342 0.153815286649164 1.0 0.6754952508826261 8 P30536 1 |
| Multicellular organism aging 0.5875007465064052 1.4255421315085264 0.1540005504078618 1.0 0.6755723213298281 10 O75844 1 |
| Endoplasmic reticulum tubular network organization 0.5873533105317383 1.424752743143098 0.1542286869890015 1.0 0.6758636448444928 10 O95197 1 |
| Purine nucleotide transport 0.5565108848543325 1.4245286488464295 0.1542934979683703 1.0 0.6758636448444928 12 Q8TB61,P41440 2 |
| Endochondral bone morphogenesis 0.7176968016712892 1.4210296975678665 0.1553081260982964 1.0 0.6772503261824457 5 O75844 1 |
| Regulation of smad protein signal transduction 0.7626215063406041 1.409878428674752 0.158575583200736 1.0 0.6785283702724938 4 Q07954 1 |
| Maintenance of protein location in cell 0.4773222656122662 1.4085750234624843 0.1589608685579373 1.0 0.6785283702724938 24 O43731,P24390,P30536 3 |
| Positive regulation of cell cell adhesion 0.4321913525634026 1.4072990282933 0.1593387373625261 1.0 0.6785283702724938 38 P02786,O75955,Q92845,O43290,Q9HCL2,P30825,Q9NUQ9,P41440,Q8IWF6,P04439,P49366 11 |
| Lens development in camera type eye 0.6196162695344488 1.4071368474492556 0.1593868136715537 1.0 0.6785283702724938 8 Q99797,P08670 2 |
| Chemical homeostasis 0.42226773152515 1.4068516415981214 0.1594713856893375 1.0 0.6785283702724938 185 P02786,P78417,P30536,Q9HCL2,Q5BJF2,Q96A33,P16615,P50897,Q8WTV0,P30519,Q9BPX6,Q15907,Q9Y3D6,O95202,P0DP25,Q9Y487,O60826,P49366,Q9Y5X3,P06576,Q6P4Q7,P61916,Q9BWH2,P62995,Q9UKM9,P53985,Q8N511,P42785,P05023,Q8NEW0,Q9Y6M7,Q9NVV0,P09601,O15118,Q8NE01,O14745,Q93050,Q8NE86,Q15120,Q9NQC3,Q15904,Q8WWC4,Q9UJZ1,P27361,O75503,Q9HD20,Q8N5M9,Q15067,O76024,Q7L0J3,Q8IWX8,P04062,P98194,Q9NP80,Q92544,Q92859 56 |
| Sodium ion transport 0.4672127786553801 1.4068381749647798 0.159475379785738 1.0 0.6785283702724938 26 Q9Y6M7,P08195,Q6P4Q7,O14745,O43865,P27105,P05023,Q12959,P46934,Q4KMQ2 10 |
| Positive regulation of autophagy 0.4526733757066365 1.4061184261228592 0.159688961689655 1.0 0.6785283702724938 30 P09601,P21796,P27544 3 |
| Embryonic appendage morphogenesis 0.5444691702588783 1.40558472842411 0.1598474734679764 1.0 0.6785283702724938 13 Q5SZK8,P42892 2 |
| Positive regulation of i kappab kinase nf kappab signaling 0.4287062415875791 1.404754511627445 0.1600942898610444 1.0 0.6785283702724938 39 P02786,Q86UE4,P09601,O43657 4 |
| Autophagy of mitochondrion 0.4457687392307253 1.404379747090859 0.1602057985113303 1.0 0.6785283702724938 33 Q9UII2,P21796,P30536,Q7Z3C6,O95140,P04062,Q9Y3D6,P27544 8 |
| Regulation of tube size 0.5612147737631568 1.4030087257042836 0.1606142369685379 1.0 0.6785283702724938 11 P42892 1 |
| Positive regulation of mitochondrial calcium ion concentration 0.7606738309613885 1.4019055050908733 0.160943466353824 1.0 0.6785283702724938 4 Q9Y3D6,Q8NE86,Q9BPX6 3 |
| Maternal placenta development 0.7605369475176535 1.4013451165036932 0.1611108958514244 1.0 0.6785283702724938 4 Q15363 1 |
| Positive regulation of cold induced thermogenesis 0.5343328281929218 1.398832097132009 0.1618633387358625 1.0 0.6801770018690041 14 Q16836,P40939,P23786,O60341 4 |
| Retina homeostasis 0.7117382068719712 1.3954518601083226 0.1628796219646151 1.0 0.6822719829147166 5 Q15051,Q15555,P51790 3 |
| Negative regulation of ion transmembrane transport 0.5177807041531264 1.3946051689411267 0.1631349355167477 1.0 0.6824737080126038 16 P21796,P78417,O14745,P0DP25,P46934 5 |
| Positive regulation of skeletal muscle tissue development 0.710238316521107 1.3890098862504423 0.1648297438198926 1.0 0.685943951590638 5 P41440 1 |
| Positive regulation of muscle tissue development 0.710238316521107 1.3890098862504423 0.1648297438198926 1.0 0.685943951590638 5 P41440 1 |
| Phospholipid transport 0.5166380368038964 1.3874086043097569 0.1653172027750884 1.0 0.6867364052767511 16 P33527,P08183,Q14108,Q7Z3C6,Q8WTV0 5 |
| Lymphocyte activation involved in immune response 0.452177860619407 1.3867802240814333 0.16550878913029 1.0 0.6867364052767511 29 P02786 1 |
| Regulation of cholesterol biosynthetic process 0.7091428818858102 1.3843041886442429 0.1662653320191844 1.0 0.6890077186631487 5 Q9UBM7 1 |
| Regulation of alcohol biosynthetic process 0.7091428818858102 1.3843041886442429 0.1662653320191844 1.0 0.6890077186631487 5 Q9UBM7 1 |
| Regulation of membrane lipid distribution 0.6279571976176428 1.3811041015128602 0.1672469546783173 1.0 0.6909029369124969 7 P33527,P08183,Q7Z3C6 3 |
| Adult locomotory behavior 0.5215141814618882 1.376871578288774 0.1685519558141397 1.0 0.694371868152224 15 O75844,O15118,P50897 3 |
| Response to mineralocorticoid 0.6133798386725811 1.3761001911717314 0.1687906163807315 1.0 0.694371868152224 8 P27338,O95831,P07196 3 |
| Regulation of leukocyte mediated immunity 0.4397663556396114 1.3751077401384897 0.1690980450908552 1.0 0.694371868152224 34 P02786 1 |
| Amyloid precursor protein catabolic process 0.5077413987303402 1.374197520688665 0.1693803702561276 1.0 0.694491138529947 17 Q9NQC3,P49755,Q15392,O95197,P10909 5 |
| Tetrapyrrole biosynthetic process 0.5390267425009718 1.373575034262886 0.1695736519603514 1.0 0.6948512392828083 13 O00264,P22830,P30536,P36551 4 |
| Mitochondrial electron transport nadh to ubiquinone 0.4723195175487946 1.3721908011215855 0.170004048316166 1.0 0.6957494871771539 24 O75306,O43676,P03886 3 |
| Protein targeting to vacuole 0.5067239384493698 1.367645095340834 0.1714231936496382 1.0 0.6996726528234261 17 P46934,Q14108 2 |
| Transmembrane receptor protein serine threonine kinase signaling pathway 0.4021187391717992 1.3669860251609436 0.1716296858757606 1.0 0.6996726528234261 48 Q9UNH7,Q8WUH2,Q92896,P08670,Q96PK6,Q8N1F7,Q9UIQ6,Q07954,Q92859,Q13573 10 |
| Positive regulation of nitric oxide synthase activity 0.8809523809523618 1.3657919829423932 0.1720042634401033 1.0 0.7000222926540092 3 Q8WTV0,P00374 2 |
| Chloride transmembrane transport 0.658260833838738 1.3610818804460465 0.1734878150912489 1.0 0.7026494499989966 6 Q9UHG3,Q4KMQ2 2 |
| Regulation of ion transport 0.3608894182734771 1.3583269870658694 0.1743599506442674 1.0 0.7044146443396598 90 O75844,Q9UNH7,P21796,P08183,P30536,O43865,O76024,Q7L0J3,P27338,Q12959,P46934 11 |
| Membrane protein ectodomain proteolysis 0.5961476098631096 1.3581569417048536 0.1744138901558276 1.0 0.7044146443396598 9 P38159,Q9NZ08 2 |
| Associative learning 0.552176012570535 1.3521709276559917 0.1763206416537752 1.0 0.7064628969109576 11 Q13641,O00264,P50897 3 |
| Complement activation 0.7485262687653611 1.3521545025699355 0.1763258949012236 1.0 0.7064628969109576 4 P10909 1 |
| Organic hydroxy compound metabolic process 0.3807822336715434 1.3520026031495933 0.1763744825343034 1.0 0.7064628969109576 118 Q9UBM7,Q9NX62,Q6NUM9,P37268,P51648,Q8WTV0,Q15392,P43304,O76062,Q9BQE5,P48449,P38435,P48735,P00374,Q15800,Q16850,O15118,P49748,P27338,Q9BY49,O75845,Q10713,P04062 23 |
| Positive regulation of monooxygenase activity 0.7013865616445865 1.3509663680644022 0.1767062063824829 1.0 0.7073616001544227 5 Q8WTV0 1 |
| Toll like receptor signaling pathway 0.5167849245970236 1.347624299549049 0.1777792509643656 1.0 0.7090603598974813 15 P51812,Q9NQC3,P41440,Q9H1C4,Q5KU26 5 |
| Succinate transmembrane transport 0.855152394775052 1.3466691457241 0.178086813653302 1.0 0.7090603598974813 2 Q9UBX3 1 |
| Oxaloacetate transport 0.855152394775052 1.3466691457241 0.178086813653302 1.0 0.7090603598974813 2 Q9UBX3 1 |
| Manganese ion transport 0.8548621190130826 1.3454677496746326 0.1784742292838128 1.0 0.7090603598974813 2 Q9HD20 1 |
| Manganese ion transmembrane transport 0.8548621190130826 1.3454677496746326 0.1784742292838128 1.0 0.7090603598974813 2 Q9HD20 1 |
| Leukocyte differentiation 0.3833401518537824 1.343243929801479 0.1791930012559599 1.0 0.7108384619358941 71 P02786,P49327,P24390,P12956,O00625,O96005 6 |
| Response to ketone 0.4000428196166166 1.34185019097931 0.1796445745177655 1.0 0.7111464352867627 46 O43823,O95831,P27338,P30536,Q13126,P04818,P04062,Q14103,Q9H7B4,P0DP25,Q9H4A6,P07196 12 |
| Regulation of rna export from nucleus 0.571563627021887 1.3399680602501465 0.1802557290867215 1.0 0.7117699366378865 10 Q07666,Q08J23,P12270,Q9ULX6 4 |
| Regulation of t cell apoptotic process 0.6987260567054504 1.3395243603515443 0.1804000294711292 1.0 0.7117699366378865 5 Q9HCL2,P00813 2 |
| Neurotransmitter secretion 0.4842528349914229 1.3375765455380462 0.181034514397214 1.0 0.7123227211469039 20 Q7L0J3,P16615,P50897,Q4J6C6 4 |
| Tissue migration 0.3956646208553215 1.3361670370235543 0.1814946825492933 1.0 0.7123227211469039 56 P09601,P06576,Q9NQC3,Q8WTV0,P42785 5 |
| Protein targeting to membrane 0.4270803800702979 1.336110663781735 0.1815131049940281 1.0 0.7123227211469039 37 Q15629,O60725,P27105,P43307,Q9Y3D6,P46379 6 |
| Er associated misfolded protein catabolic process 0.6519313488960172 1.3323111196208857 0.1827579746951571 1.0 0.7134095542057215 6 Q9BUN8,P46379,Q9Y679 3 |
| Protein o linked glycosylation 0.5137554819562643 1.3288589226016363 0.1838945181807083 1.0 0.7134095542057215 15 O43505,O60502,Q7Z4H8,Q10472,Q8NAT1,Q6ZXV5,O60568 7 |
| Glandular epithelial cell differentiation 0.6961755162555247 1.3285524783024818 0.1839956591458307 1.0 0.7134095542057215 5 P49327 1 |
| Intracellular transport 0.3204326655614465 1.328190578193542 0.1841151561647274 1.0 0.7134095542057215 579 P30536,P45880,P11717,Q9NS69,P23786,O75947,O60826,Q99595,O43805,P24390,Q86V81,P06576,Q969Q5,O75964,Q9NZJ7,Q9Y282,P30040,O60749,O60830,O75844,O15118,Q15437,Q14108,P10619,O14745,O43865,Q15904,P43307,Q9UH99,Q8N4H5,Q9UJZ1,Q9Y512,P55786,P46379,O15260,P36542,P50416,Q10713,O43772,P46934,Q15629,Q15388,Q9P2W9,Q9Y3D6,Q07954,Q9UNH7,Q9P0J0,Q15070,O43731,Q96ED9,Q9UBX3,P07437,Q8WWC4,O43615,P10909,P07196,O75503,O60725,P57105,Q99797,Q15363,O14925,Q9UBC2,O75431,Q13438,Q9H0R1,Q9Y5M8,Q9Y5J9,P56385,Q9Y3B3,P23246,Q92845,Q08379,O14737,P27105,Q8NFH5,P22626,Q9C005,Q96EK5,Q8N1F7,P07602,A0AVF1,Q9ULX6,Q9H1C4,Q9BWF3,Q92544,P31751,O95831,P16615,P49755,Q4J6C6,Q15907,Q14168,Q15286,Q9Y5X3,P61916,Q9Y679,P57740,O95249,Q96PC5,Q8TD16,Q9UII2,Q8WUH2,O75494,Q07666,O94826,Q5JRX3,P50402,P27361,Q96FZ7,Q92621,O95140,Q08J23,O95817,O95429,Q9Y5X1 116 |
| Gpi anchor metabolic process 0.6960434113947755 1.3279841217672586 0.1841833524451104 1.0 0.7134095542057215 5 Q92643,Q96S52 2 |
| Positive regulation of ryanodine sensitive calcium release channel activity 0.8505079825834532 1.3274536544179982 0.1843586611315331 1.0 0.7134095542057215 2 P0DP25 1 |
| Polyamine metabolic process 0.7422797971719453 1.326560991994554 0.1846539467065091 1.0 0.7134095542057215 4 Q6QHF9 1 |
| Plasma membrane organization 0.4403616800512082 1.3234121697329746 0.1856983468941306 1.0 0.7134095542057215 31 P31751,Q7Z3C6,P16615,Q96FZ7,P41440,O75955,Q9Y5X1,P10909,Q9UQB8,Q4KMQ2 10 |
| Peripheral nervous system development 0.5387275069673824 1.3222140868543435 0.1860968715480511 1.0 0.7134095542057215 12 P51648,Q9NR77,Q16880 3 |
| Sodium ion transmembrane transport 0.469808510554683 1.3215146039367105 0.1863298363463197 1.0 0.7134095542057215 23 Q9Y6M7,P08195,Q6P4Q7,O14745,P23634,P27105,P46939,P05023,Q12959,P46934,Q4KMQ2 11 |
| Glycerol 3 phosphate metabolic process 0.8490566037735967 1.321451967471466 0.1863507081101094 1.0 0.7134095542057215 2 P43304 1 |
| Regulation of myelination 0.5463471641821473 1.319298819435012 0.187069232359061 1.0 0.7134095542057215 11 Q12959,Q15058 2 |
| Telencephalon glial cell migration 0.6014966482885469 1.3168117722733763 0.1879017258164157 1.0 0.7134095542057215 8 Q96N66,Q9NQC3 2 |
| Cerebral cortex radially oriented cell migration 0.6014966482885469 1.3168117722733763 0.1879017258164157 1.0 0.7134095542057215 8 Q96N66,Q9NQC3 2 |
| Pyrimidine containing compound transmembrane transport 0.8478955007257134 1.316651768455358 0.1879553776179636 1.0 0.7134095542057215 2 Q9BSK2 1 |
| Quaternary ammonium group transport 0.8478955007257102 1.3166517684553447 0.1879553776179681 1.0 0.7134095542057215 2 O43772 1 |
| Azole transmembrane transport 0.8478955007257092 1.3166517684553416 0.1879553776179692 1.0 0.7134095542057215 2 P30825 1 |
| Leukocyte proliferation 0.3969636688695929 1.311482634680583 0.1896947568344895 1.0 0.7134095542057215 46 P02786,Q9HCL2,P30825,P04062,P27361,Q12959,P10909,Q9BY67,P49366 9 |
| Negative regulation of atp metabolic process 0.544840171852453 1.310789495922182 0.1899288923277011 1.0 0.7134095542057215 11 P30536 1 |
| Receptor mediated endocytosis 0.3863922870129696 1.3084553715629683 0.1907189022009909 1.0 0.7134095542057215 65 P02786,Q14108,P50897,P41440,Q5VW38,Q07954,P10909,P46934 8 |
| Mitochondrial fission 0.5275397954575892 1.3057894851851932 0.191624156788805 1.0 0.7142224700014325 13 Q9Y3D6,Q9UDX5 2 |
| Cellular response to chemical stress 0.3589350355843682 1.3035746268051245 0.1923786565041547 1.0 0.7155686464372305 93 P33527,P09601,P49327,P23246,P30536,O95831,Q7Z2K6,Q8N0U8,Q9NR28,Q86Y07,Q9BPX6,P00374,P04062,Q9NP80,Q99720 15 |
| T cell apoptotic process 0.5351657936685521 1.3016414079551226 0.1930389976723601 1.0 0.7169864462588392 12 P24390 1 |
| Extracellular matrix disassembly 0.610883340339573 1.2985272376057928 0.1941062229473429 1.0 0.7184736094635553 7 P41440 1 |
| Connective tissue development 0.4425761588722083 1.297462699852299 0.1944720311501178 1.0 0.7184736094635553 28 O75844,Q9NX62,P43490,Q92896,P04818,Q6KCM7,O15173 7 |
| Antigen processing and presentation of endogenous peptide antigen via mhc class i via er pathway 0.8432510885341062 1.2974618281318198 0.1944723309074651 1.0 0.7184736094635553 2 P10321 1 |
| Adaptive immune response based on somatic recombination of immune receptors built from immunoglobulin superfamily domains 0.4253053719199909 1.2964622401395935 0.194816281012403 1.0 0.7184736094635553 36 P02786,Q9UQ84,Q9NUQ9,P10909,P04439,Q9BY67 6 |
| Regulation of sodium ion transport 0.4817197741218653 1.295711154202845 0.1950750170481561 1.0 0.7184736094635553 19 O14745,P23634,O43865,P27105,P46939,P05023,Q12959,P46934 8 |
| Cellular response to topologically incorrect protein 0.4251428985918423 1.2950572618110794 0.1953004767270958 1.0 0.7189021458965555 36 O94874,Q7Z2K6,Q15363,Q9Y679,Q96JB5,Q9BUN8,P46379,O76024,Q96HY6,O95817,Q92905,Q13438 12 |
| Regulation of nucleobase containing compound transport 0.5417637025791223 1.2934051637277744 0.1958709651252679 1.0 0.7193727270260184 11 Q07666,Q08J23,P12270,Q9ULX6 4 |
| Organelle fusion 0.3949361227057308 1.293282104441167 0.1959135077289775 1.0 0.7193727270260184 47 P02786,P31751,Q5SQN1,Q9H270,Q9NX63,Q9Y3D6,Q8N2A8,Q86Y82,Q9Y4W6,O95249,P51809,Q8WUH2,P06493,Q8IWA4,Q9UJZ1,O60313,O95140,P04083,Q9Y6C9,Q9H300,Q13190 21 |
| Mitochondrion morphogenesis 0.5627628507064435 1.292517831521078 0.1961778747716533 1.0 0.7193727270260184 10 Q9Y3D6 1 |
| Regulation of nitric oxide metabolic process 0.5249557205545121 1.2905015497059174 0.1968765741170859 1.0 0.7193727270260184 13 P30536 1 |
| Inflammatory response to wounding 0.8415094339622888 1.2902703528817077 0.1969568067316645 1.0 0.7193727270260184 2 P09601 1 |
| Cytoplasm organization 0.733108644342117 1.2889808747541027 0.1974047356003927 1.0 0.7198117337415538 4 Q8N2A8 1 |
| Membrane raft assembly 0.6864589981911411 1.2867338534872177 0.1981870691842857 1.0 0.7207210827473985 5 P41440 1 |
| Appendage morphogenesis 0.5069615835874615 1.28669380751542 0.1982010323172387 1.0 0.7207210827473985 15 Q5SZK8,P42892 2 |
| Roof of mouth development 0.641145240709722 1.2832170806609324 0.1994160334641712 1.0 0.7238001359104336 6 O95470 1 |
| Digestion 0.5236909428851033 1.2830139674188563 0.1994871827004625 1.0 0.7238001359104336 13 O00625 1 |
| Mitochondrial ribosome assembly 0.6854336639450251 1.2823194946141148 0.1997305920743977 1.0 0.7242844640496459 5 Q567V2 1 |
| Regulation of long term synaptic potentiation 0.6405114792211162 1.2803302626695725 0.2004290087747624 1.0 0.7251982669392055 6 P21359,Q9BPZ3,Q9BYJ9,O95793,P05067 5 |
| Platelet derived growth factor receptor signaling pathway 0.5314296024605274 1.2800348074614074 0.2005328945762987 1.0 0.7251982669392055 12 O95470 1 |
| Neutral lipid biosynthetic process 0.6069911153670534 1.2796628907619116 0.2006637210760327 1.0 0.7252733177015795 7 Q8WTV0 1 |
| Spermidine metabolic process 0.8580808469929662 1.2785966895636447 0.2010391163353424 1.0 0.7255599895959696 3 Q6QHF9 1 |
| Vacuolar localization 0.4928850573299794 1.27823372356666 0.201167028662903 1.0 0.7255599895959696 17 P09601 1 |
| Outer mitochondrial membrane organization 0.6844738394770006 1.2781869880914292 0.2011835029582389 1.0 0.7255599895959696 5 Q9NS69,O14737 2 |
| Negative regulation of epithelial cell apoptotic process 0.5932562913552418 1.2755967152040093 0.2020981158752826 1.0 0.7276636532799109 8 P09601,O76024 2 |
| Vitamin d metabolic process 0.8570341508527484 1.274611185199781 0.2024468965211028 1.0 0.7285213550942362 3 P38435 1 |
| Columnar cuboidal epithelial cell differentiation 0.5593123621079378 1.2738806620950405 0.2027057127279219 1.0 0.7290545530372694 10 P07437,P49327,P04818 3 |
| Aminoglycan biosynthetic process 0.5927701964696812 1.2731631514593995 0.2029601533274037 1.0 0.7293301570376022 8 Q96L58,Q7LGA3,O43505 3 |
| Multi multicellular organism process 0.4394097908193616 1.272531162335395 0.2031844592622098 1.0 0.7293301570376022 28 Q9BQE5,P41440,Q9UIQ6 3 |
| Proteoglycan biosynthetic process 0.605241851606576 1.2711807189193385 0.2036643642783469 1.0 0.7293301570376022 7 Q96L58,Q99805,Q7LGA3 3 |
| Negative regulation of blood pressure 0.6824427662028603 1.2694417203921111 0.2042835641374554 1.0 0.7295525225483435 5 Q9HB40 1 |
| Protein o linked mannosylation 0.7278441284916856 1.2674112122225416 0.2050082927608989 1.0 0.7297674991904717 4 Q8NAT1,O43505 2 |
| Protein mannosylation 0.7278441284916856 1.2674112122225416 0.2050082927608989 1.0 0.7297674991904717 4 Q8NAT1,O43505 2 |
| Positive regulation of toll like receptor 3 signaling pathway 0.8357039187228097 1.2663192810405617 0.2053987966915831 1.0 0.7299744721687386 2 P41440 1 |
| Positive regulation of heterotypic cell cell adhesion 0.8357039187228097 1.2663192810405617 0.2053987966915831 1.0 0.7299744721687386 2 P41440 1 |
| Purine containing compound transmembrane transport 0.5779321809128327 1.2641472502412907 0.2061771799463871 1.0 0.7310514428536866 9 P41440 1 |
| Positive regulation of striated muscle contraction 0.8351233671988377 1.2639260129975416 0.2062565840438615 1.0 0.7310514428536866 2 P78417 1 |
| Amyloid beta clearance by transcytosis 0.6357070882225573 1.2584394393026903 0.2082328761494687 1.0 0.7327308227838322 6 Q15907,Q07954 2 |
| Potassium ion export across plasma membrane 0.8333817126270104 1.2567483302047917 0.2088447813630687 1.0 0.7327308227838322 2 Q12959 1 |
| Regulation of potassium ion export across plasma membrane 0.8333817126270104 1.2567483302047917 0.2088447813630687 1.0 0.7327308227838322 2 Q12959 1 |
| Plasma membrane phospholipid scrambling 0.8333817126269971 1.2567483302047362 0.2088447813630887 1.0 0.7327308227838322 2 Q7Z3C6 1 |
| Regulation of neurotransmitter transport 0.510712505994144 1.2559864453050829 0.2091208845465004 1.0 0.7327308227838322 14 O75955,Q06787,P16615,P41440,Q4J6C6,P0DP25 6 |
| Protein localization to vacuole 0.4604459429281309 1.254062235151859 0.2098193854982801 1.0 0.7327308227838322 23 P46934,Q14108,Q9NQC3 3 |
| Amino acid transport 0.4644386039428396 1.253446815252843 0.2100431430817326 1.0 0.7327308227838322 22 Q15758,P08195,O75746,O14745,Q9Y619,P30825,Q9UJS0,Q7L0J3,Q9H9B4,Q15041,Q96NB2,O60831 12 |
| Protein processing involved in protein targeting to mitochondrion 0.8508150306440363 1.2509428497275892 0.210955328985122 1.0 0.7327308227838322 3 Q10713 1 |
| Amino acid import 0.575376916487569 1.2509235574786857 0.2109623681892336 1.0 0.7327308227838322 9 Q15758,P08195,O14745,P30825,Q9H9B4,Q96NB2 6 |
| Establishment of protein localization to vacuole 0.4750626173799963 1.2506357522721074 0.2110674004619386 1.0 0.7327308227838322 19 P46934,Q14108 2 |
| Peptidyl proline hydroxylation 0.6008372863672976 1.24981283934183 0.2113679247775501 1.0 0.7333877074035167 7 P07237,O75718,Q32P28 3 |
| Regulation of reactive oxygen species metabolic process 0.4247766217416953 1.2488763986270064 0.2117102851470169 1.0 0.7334169657380097 34 P00374,P30536,P42785 3 |
| Regulation of neural precursor cell proliferation 0.5004355389653383 1.2460923539206668 0.2127304915810433 1.0 0.7339362672777343 15 P48681,Q9UKA9,O60341 3 |
| Tripeptide transport 0.8307692307692331 1.245987972624522 0.2127688107822312 1.0 0.7339362672777343 2 P33527 1 |
| Oligopeptide transport 0.8307692307692331 1.245987972624522 0.2127688107822312 1.0 0.7339362672777343 2 P33527 1 |
| Negative regulation of transmembrane receptor protein serine threonine kinase signaling pathway 0.5171094666625966 1.2440019258374229 0.2134988541415681 1.0 0.7339362672777343 13 Q9UNH7,Q07954 2 |
| Negative regulation of catabolic process 0.3639304519044579 1.243524973527283 0.2136744440833307 1.0 0.7339362672777343 106 P30536,O75746,Q06787,P35637,P11940,P98175,Q9GZU8,Q07820,Q14011,P23634,Q08379,Q16850,Q92804,Q13151,P09601,O15118,P10619,Q96JB5,Q14103,P46379,O15372,O60506,Q99729,O95453,Q9BTA9,Q96HY6,P07910,Q08J23 28 |
| Regulation of lymphocyte apoptotic process 0.5868190598086802 1.2433508786344052 0.2137385630506365 1.0 0.7339362672777343 8 Q9HCL2,P00813 2 |
| Regeneration 0.4240937309498448 1.243098434555768 0.2138315625982587 1.0 0.7339362672777343 34 P09601,P00374,Q96G23,P30536 4 |
| Cellular copper ion homeostasis 0.7217542840546072 1.242466343987085 0.2140645506824938 1.0 0.7339362672777343 4 P05067,O75880,O60826 3 |
| Columnar cuboidal epithelial cell maturation 0.8298984034833079 1.2424028883789355 0.2140879504792541 1.0 0.7339362672777343 2 P04818 1 |
| Regulation of metal ion transport 0.3838424459151646 1.2383050374750624 0.215602976651076 1.0 0.7364335499757847 60 Q9NVV0,P21796,P78417,P30536,O43865,O76024,P27105,P05023,Q12959,P0DP25,P46934,Q4KMQ2 12 |
| Insulin like growth factor receptor signaling pathway 0.8474667871865589 1.2382098545377145 0.2156382584984317 1.0 0.7364335499757847 3 Q6Y7W6 1 |
| Lipid translocation 0.631006632419808 1.2370124862029506 0.2160824471431772 1.0 0.7364688850713474 6 P33527,P08183,Q7Z3C6 3 |
| Dna methylation 0.4798861562742399 1.236782123360967 0.2161679805324003 1.0 0.7364688850713474 18 O75844,Q8N2A8,Q03164 3 |
| Establishment of protein localization 0.3461831479930893 1.235796673680966 0.2165341517366497 1.0 0.7373351554484676 544 O43823,P02786,Q12768,P30536,Q96A33,Q9NS69,Q9H7B4,Q99595,P24390,A6NIH7,P53985,Q9Y282,O60830,O15118,Q14108,P10619,O43865,P00367,P43307,Q15058,Q8N4H5,P55786,P46379,Q10713,Q9HD20,Q32P28,P46934,Q8N4V1,Q15629,Q15388,P50897,Q9P2W9,Q9Y3D6,Q07954,Q9UNH7,Q16836,Q9P0J0,Q15070,Q16850,O43731,Q9BTX1,Q96ED9,Q8WWC4,O43615,P10909,O60725,P57105,Q99797,Q15363,O14925,Q13438,P41208,Q9H0R1,Q9Y5M8,Q9Y5J9,Q9Y3B3,Q08379,O14737,P27105,Q8NFH5,P78371,Q8N1F7,A0AVF1,Q8N5M9,Q9H1C4,Q92544,P40939,P31751,O95831,P49755,Q4J6C6,Q15907,Q14168,P0DP25,Q9P0I2,Q15286,Q9Y5X3,Q9Y679,P57740,O95249,Q8NFH4,Q96PC5,Q8TD16,Q9UII2,Q8WUH2,O94826,Q5JRX3,P50402,Q96FZ7,Q92621,O95140,P98194,O95817,O95429,Q9Y5X1,Q9H4A6 96 |
| Regulation of regulated secretory pathway 0.4726004046209224 1.2339337246764632 0.2172276014256564 1.0 0.7388472180023543 19 P09601,P11279,P51809,P20339,Q15042,Q06787,P16615,Q4J6C6,P0DP25 9 |
| O glycan processing 0.7193104879050878 1.232458982332874 0.2177776797316366 1.0 0.7391564707848711 4 O43505 1 |
| Negative regulation of leukocyte mediated immunity 0.6297735649888204 1.2313902504022696 0.218176941656518 1.0 0.7395247852085071 6 P09601 1 |
| Negative regulation of viral induced cytoplasmic pattern recognition receptor signaling pathway 0.6735620699076904 1.2311990958791847 0.2182484094912391 1.0 0.7395247852085071 5 O43657 1 |
| Maintenance of location in cell 0.3885107338599937 1.2277503335093831 0.2195407052532845 1.0 0.7411599837763917 46 Q9NVV0,Q9H4A6,P78417,P24390,P30536,Q8IWX8,O43731,O95202,P0DP25,Q8NEW0,Q13438 11 |
| Deoxyribose phosphate catabolic process 0.583538933064715 1.2269053592763253 0.2198581640305827 1.0 0.7411599837763917 8 Q9H773 1 |
| Dna damage response signal transduction by p53 class mediator 0.4973442086584938 1.2268287656728565 0.2198869566999999 1.0 0.7411599837763917 15 O75844 1 |
| Columnar cuboidal epithelial cell development 0.6287614774484777 1.2267752310690452 0.2199070827565405 1.0 0.7411599837763917 6 P49327,P04818 2 |
| Er overload response 0.7170840112623281 1.223343279417401 0.2212000669793292 1.0 0.7421593400059809 4 Q96A33,O76024 2 |
| Histone h3 k4 monomethylation 0.825253991291746 1.223297573348057 0.221217323383176 1.0 0.7421593400059809 2 Q03164 1 |
| Histone h3 k4 dimethylation 0.825253991291746 1.223297573348057 0.221217323383176 1.0 0.7421593400059809 2 Q03164 1 |
| Regulation of secretion 0.3560236838394553 1.217343757182669 0.2234734523386965 1.0 0.7469658842434163 98 P40939,O14964,P16615,P49755,Q4J6C6,P0DP25,Q9UNH7,Q9Y5X3,P53985,Q16836,P30040,Q16850,P09601,O14745,Q8NE86,P00367,P27338,Q96FZ7,P50416,Q8N5M9,Q7L0J3,P00813,Q32P28,Q9H4A6 24 |
| Cerebellar purkinje cell layer morphogenesis 0.715492519084816 1.2168284832256224 0.223669480446349 1.0 0.7469658842434163 4 Q15058 1 |
| Intermediate filament bundle assembly 0.84175926023821 1.2165222785019112 0.2237860295958327 1.0 0.7469658842434163 3 P07196 1 |
| Glycerophospholipid biosynthetic process 0.3874920842842673 1.2165110756441715 0.2237902945060754 1.0 0.7469658842434163 45 Q92643,Q9NX62,Q9NPH0,Q96S52,Q10713,P42356,Q9HCL2,Q96N66,Q86UL3,Q9HBU6,P35790 11 |
| Positive regulation of fatty acid oxidation 0.8232220609579095 1.2149473966086484 0.2243861550113139 1.0 0.7471923133261894 2 P31751 1 |
| Positive regulation of fatty acid beta oxidation 0.8232220609579095 1.2149473966086484 0.2243861550113139 1.0 0.7471923133261894 2 P31751 1 |
| Myeloid cell activation involved in immune response 0.547943287634366 1.212355392595023 0.2253763684671856 1.0 0.7482124252634975 10 P09601 1 |
| Dna methylation involved in gamete generation 0.8405923344947641 1.212091115108904 0.225477504419584 1.0 0.7482124252634975 3 Q8N2A8,Q9Y2W6 2 |
| Response to misfolded protein 0.5677266705296965 1.211288383722304 0.2257848991784765 1.0 0.7482589630828476 9 Q9BUN8,P10909,P46379,Q9Y679 4 |
| Glycolipid transport 0.8391405342624791 1.2065796837206832 0.2275940547232453 1.0 0.7501908415800839 3 P07602,P61916 2 |
| Response to bacterium 0.3733605740111426 1.206278629418695 0.2277100748459808 1.0 0.7501908415800839 69 O43823,Q9BRX9,Q9NZ08,P27338,P30536,Q86UE4,P51812,Q9NUQ9,P08670,Q8WTV0,Q9UQB8,P27361,Q5KU26,Q9BTY2,P04439,Q6P2Q9 16 |
| Organic hydroxy compound catabolic process 0.4816024952863355 1.2049807194803106 0.2282107451122144 1.0 0.7506771306260944 17 Q8WTV0,P27338,Q9NX62,Q10713 4 |
| Cellular response to steroid hormone stimulus 0.3815570305708966 1.2007000027128114 0.2298675930853688 1.0 0.7539756417012996 58 Q9H7B4,O15173,O15118,O60341 4 |
| Negative regulation of cell volume 0.8197387518142221 1.2006454474543968 0.229888763724072 1.0 0.7539756417012996 2 Q4KMQ2 1 |
| Mrna 3 splice site recognition 0.7111357028393732 1.198999333355332 0.2305282048221435 1.0 0.7545485277447637 4 Q12874 1 |
| Mitochondrion endoplasmic reticulum membrane tethering 0.8369923582297285 1.1984277458162746 0.2307505362582635 1.0 0.7545485277447637 3 O43865 1 |
| Regulation of steroid hormone biosynthetic process 0.8188679245283003 1.1970725492343557 0.2312782783883209 1.0 0.7555243313339844 2 P05023 1 |
| Regulation of hormone biosynthetic process 0.8188679245283003 1.1970725492343557 0.2312782783883209 1.0 0.7555243313339844 2 P05023 1 |
| Regulation of t cell differentiation in thymus 0.8185776487663539 1.1958818194793543 0.2317426808191507 1.0 0.7560293830658743 2 O96005 1 |
| Positive regulation of cell adhesion molecule production 0.8359465737514291 1.1944605793308398 0.2322978521103644 1.0 0.7573530665785212 3 Q5KU26,P41440 2 |
| Gliogenesis 0.381447754003828 1.1936392818967123 0.2326191010602942 1.0 0.7576577988638432 57 P31751,P30536,Q96N66,O75306,P08670,Q9NQC3,Q96G23,P04062,Q07954,P10909 10 |
| Aminoglycan metabolic process 0.50023780499256 1.1922676338892355 0.2331563211844951 1.0 0.7590251977690902 14 Q9NX62,O43505,Q96L58,P54802,Q7LGA3 5 |
| Negative regulation of cellular amide metabolic process 0.3524189401522374 1.1902108007993275 0.2339635490814777 1.0 0.761276950566843 96 O60506,Q504Q3,Q10713,P31483,Q14011,Q969T7,P04818,Q9NQC3,Q6Y7W6,O95453,Q9BYJ9,P00374,Q14103,O95197,Q9BWF3,P10909 16 |
| Peptidyl glutamic acid modification 0.6635661775300596 1.1881580482123844 0.2347711482195347 1.0 0.7625809083277053 5 Q8N0U8 1 |
| Positive regulation of immune effector process 0.4102162521297295 1.1880156684279315 0.234827236757765 1.0 0.7625809083277053 37 P02786 1 |
| Regulation of nitric oxide synthase activity 0.5737693100352691 1.177875849396268 0.2388461043720418 1.0 0.7653924455175588 8 Q8WTV0 1 |
| Positive regulation of endocytosis 0.4456589465681033 1.1767268854098538 0.2393045333357162 1.0 0.7658123961935226 24 Q07954,P41440,P10909,P50897 4 |
| Amyloid beta formation 0.5136191665562017 1.176715423482676 0.2393091096922845 1.0 0.7658123961935226 12 O95197,Q9NQC3,P10909,P49755 4 |
| Response to endoplasmic reticulum stress 0.3516532277913897 1.175868008068034 0.2396476247540835 1.0 0.7659608658434915 84 O95831,O94874,Q96A33,Q13217,P16615,P27824,Q92905,Q7Z2K6,Q9Y679,Q9BUN8,P30040,O75955,O95155,P51572,P07237,Q8TCT9,Q96JB5,Q9BS26,Q9UBU6,Q9H3N1,Q9NYU2,O60313,P10909,P46379,O95881,Q9UM00,Q15363,O76024,Q96HY6,P41440,Q6ZXV5,O15027,Q13438 33 |
| Cerebral cortex development 0.4256589080244838 1.1756780214935596 0.239723564557474 1.0 0.7659608658434915 29 Q96N66,P62995,Q9NQC3,Q15058,O60341,P07196 6 |
| Positive regulation of toll like receptor signaling pathway 0.6606106364271724 1.175435572702015 0.2398204987456553 1.0 0.7659608658434915 5 P41440,Q9NQC3 2 |
| Regulation of dna templated transcription in response to stress 0.497361109952294 1.1747362475650605 0.2401002528411613 1.0 0.7661116542229598 14 P51812,P09601,P46934 3 |
| Aromatic amino acid transport 0.8130624092888504 1.1732812638994494 0.2406830331896474 1.0 0.7673131715615782 2 P30825 1 |
| Diacylglycerol metabolic process 0.8301393728222698 1.1724487477560717 0.2410169377185029 1.0 0.7673131715615782 3 Q9HCL2,Q8NCC3 2 |
| Potassium ion homeostasis 0.6597360347750978 1.1716712418831894 0.2413290732653885 1.0 0.7673373634239915 5 Q9BXP2,P05023 2 |
| Negative regulation of ire1 mediated unfolded protein response 0.8124818577648751 1.170904926464766 0.2416369946873047 1.0 0.7673373634239915 2 Q96HY6 1 |
| Production of molecular mediator involved in inflammatory response 0.5126067490163124 1.170828717118258 0.2416676322931317 1.0 0.7673373634239915 12 Q9UNH7 1 |
| Tricarboxylic acid metabolic process 0.5597260129819979 1.1697759883287329 0.242091129019951 1.0 0.7673373634239915 9 P00367,P48735 2 |
| Regulation of dna methylation 0.540024598216895 1.1694118043685966 0.2422377561498689 1.0 0.7673373634239915 10 O75844 1 |
| Regulation of transmission of nerve impulse 0.8119013062409497 1.1685291158667177 0.2425934018663114 1.0 0.7673373634239915 2 P04062 1 |
| Regulation of neuronal action potential 0.8119013062409497 1.1685291158667177 0.2425934018663114 1.0 0.7673373634239915 2 P04062 1 |
| Negative regulation of voltage gated calcium channel activity 0.8119013062409273 1.168529115866625 0.2425934018663487 1.0 0.7673373634239915 2 P0DP25 1 |
| Pigment metabolic process 0.4309636416385691 1.167283589039951 0.2430958638186147 1.0 0.7673373634239915 27 P33527,P09601,P22830,P30536,O00264,P30519,P36551 7 |
| Toll like receptor 4 signaling pathway 0.8281825234277624 1.16503859133635 0.2440033720677807 1.0 0.7681501283108494 3 P41440 1 |
| Regulation of toll like receptor 4 signaling pathway 0.8281825234277624 1.16503859133635 0.2440033720677807 1.0 0.7681501283108494 3 P41440 1 |
| Response to salt 0.7020623421752616 1.1619012376520532 0.2452755843510008 1.0 0.7692955662497949 4 P07196 1 |
| Protein catabolic process in the vacuole 0.5824131513549333 1.1603148483548598 0.2459206412772703 1.0 0.7698193845060209 7 Q07954,Q8N511 2 |
| Lysosomal protein catabolic process 0.5824131513549333 1.1603148483548598 0.2459206412772703 1.0 0.7698193845060209 7 Q07954,Q8N511 2 |
| Negative regulation of secretion 0.4513560021774725 1.1602780442792004 0.2459356206382112 1.0 0.7698193845060209 22 P40939,P09601,P27338,Q8N5M9,Q16836,P00813,P30040,Q16850 8 |
| Cartilage development 0.4863755876019143 1.158336764401818 0.2467266338241833 1.0 0.7704054311237086 15 O75844,Q9NX62,Q92896,P04818,P16435,P27361 6 |
| Alcohol catabolic process 0.5026892435896687 1.1582736528267183 0.2467523797749393 1.0 0.7704054311237086 13 Q8WTV0,Q9NX62,Q10713 3 |
| Regulation of neuron projection development 0.3625122465703995 1.1574595773987024 0.2470846452033568 1.0 0.7704878027661705 75 Q14108,P08670,Q9NQC3,Q9NR77,Q96G23,O60341,Q32P28,Q9UQB8,P46934 9 |
| Membrane organization 0.418480793451001 1.1555124705770723 0.2478806288231003 1.0 0.7707812474353036 227 Q15629,Q9H4A6,P31751,P08183,Q9UNZ2,P30536,P45880,O14964,P42356,Q96A33,P16615,Q6UXV4,O43760,P50897,Q9NPA0,Q9Y5J9,P49755,Q9BUR5,Q9NS69,Q15392,Q9NX63,Q13505,Q9P2W9,O95202,Q86XL3,Q12959,P0DP25,Q9P0I2,P61916,Q9NZJ7,O14737,Q9P0J0,Q15070,O75955,O95249,Q4KMQ2,O75844,Q9UII2,Q8WUH2,O15118,Q15437,Q5XKP0,Q8IWA4,O14745,O94826,Q9NQC3,Q8WWC4,Q8N1F7,Q9UH99,P50402,Q9Y512,P46379,P10909,Q9H3K2,Q96FZ7,P49354,P33527,Q7Z3C6,P20700,Q15363,O95140,Q9ULX6,P51790,P98194,P41440,Q13190,O75431,Q9Y5X1,Q9UQB8,Q8N4V1 70 |
| Oligosaccharide lipid intermediate biosynthetic process 0.6125723615161573 1.1529306383556988 0.2489388552783824 1.0 0.7725410450425791 6 Q86YN1 1 |
| Mononuclear cell differentiation 0.3797802282863828 1.1505315102900922 0.2499250236834185 1.0 0.7732154150222685 51 P49327,P24390,P12956,O00625,O96005 5 |
| Developmental maturation 0.3805515548778206 1.1476408499740198 0.2511168587514414 1.0 0.7734552687288493 45 O75503,Q8N2A8,Q12768,Q86UL3,Q9NZJ7,P04818,Q15058,Q08J23,O60341,Q9Y2W6,P04062,P07196 12 |
| Negative regulation of leukocyte apoptotic process 0.6536181473981193 1.1453475026819169 0.2520652356513637 1.0 0.7734552687288493 5 Q9HCL2,P00813 2 |
| Negative regulation of lymphocyte apoptotic process 0.6536181473981193 1.1453475026819169 0.2520652356513637 1.0 0.7734552687288493 5 Q9HCL2,P00813 2 |
| Negative regulation of nuclear transcribed mrna catabolic process nonsense mediated decay 0.8060957910014738 1.1448010756120186 0.252291569685835 1.0 0.7734552687288493 2 Q99729 1 |
| Positive regulation of mrna metabolic process 0.3667883785570007 1.143174819077204 0.2529660149470143 1.0 0.7736839796590482 70 P38159,O60506,Q14011,Q969T7,P62995,Q6Y7W6,O95453,Q9BYJ9,Q15427,Q14103,Q504Q3,P98179,Q13573 13 |
| Phosphate ion transmembrane transport 0.8212030620459694 1.1386411612107454 0.2548528530645275 1.0 0.7764261001790351 3 Q9UBX3 1 |
| Phosphate ion transport 0.8212030620459694 1.1386411612107454 0.2548528530645275 1.0 0.7764261001790351 3 Q9UBX3 1 |
| Peptidyl lysine dimethylation 0.5779409885193336 1.1385741635757187 0.2548808096353396 1.0 0.7764261001790351 7 Q86TU7,Q03164 2 |
| Regulation of multicellular organism growth 0.4909682686287799 1.1357345932172231 0.2560676581227528 1.0 0.7789611262099807 14 O95470 1 |
| Regulation of telomerase activity 0.4511658141025149 1.1331591886341248 0.2571474091604604 1.0 0.7813784619071414 21 P78371,O95453,Q14103,P27544,P22626 5 |
| Regulation of calcium ion transport 0.4088586825273014 1.1327815728975767 0.2573059916371716 1.0 0.7813784619071414 35 P21796 1 |
| Response to dexamethasone 0.5524618265257768 1.132041860318976 0.2576168359575506 1.0 0.7813784619071414 9 Q9H7B4,Q13185,P04062 3 |
| Activation of innate immune response 0.4542202708076356 1.13069878761251 0.2581818918188618 1.0 0.7814242008242906 20 P23246,Q8WXF1,P12956,O94826,Q96PK6,P43243,Q9NUD5 7 |
| Membrane biogenesis 0.4497175438900627 1.1229707954991106 0.2614498980093538 1.0 0.786617980814444 21 Q86XL3,Q9UNZ2,P41440,Q96FZ7 4 |
| Organelle disassembly 0.3765247974313631 1.117203566565552 0.2639072960045929 1.0 0.7890784844944695 51 Q9UII2,P21796,P30536,Q7Z3C6,O95140,Q9BWH2,Q08379,Q96HY6,P04062,Q99623,Q13190,Q9Y3D6,P27544 13 |
| Protein transport along microtubule 0.6470423187876879 1.1170734351992515 0.2639629277435362 1.0 0.7890784844944695 5 Q14168 1 |
| Regulation of oxidoreductase activity 0.4618748337965219 1.1169072870439285 0.264033968575263 1.0 0.7890784844944695 18 Q8WTV0,P00374 2 |
| Negative regulation of vascular endothelial growth factor receptor signaling pathway 0.646987289077904 1.116836931144099 0.264064054987146 1.0 0.7890784844944695 5 P46934 1 |
| Regulation of vascular endothelial growth factor receptor signaling pathway 0.646987289077904 1.116836931144099 0.264064054987146 1.0 0.7890784844944695 5 P46934 1 |
| Regulation of dna binding 0.4331004994677636 1.1146393924560885 0.2650049825038263 1.0 0.789741216516378 25 O75844,P09601 2 |
| Neurotransmitter transport 0.4371882935092223 1.1141631400902696 0.2652092052829538 1.0 0.7899925197149107 24 O75955,Q06787,P16615,P50897,Q7L0J3,P41440,Q4J6C6,P0DP25 8 |
| Ameboidal type cell migration 0.3549088459837849 1.1113174923714912 0.2664317126063671 1.0 0.7907157062115288 78 O95470,P09601,P57105,P06576,Q9NQC3,Q8WTV0,P42785 7 |
| Excretion 0.6032146890638584 1.1102522024772807 0.2668903635328701 1.0 0.7907157062115288 6 P09601,Q9Y5X3 2 |
| Plus end directed organelle transport along microtubule 0.813054567369262 1.10789282013933 0.2679081067528628 1.0 0.7907157062115288 3 Q92845 1 |
| Negative regulation of platelet derived growth factor receptor signaling pathway 0.8130081300812816 1.1077178261514735 0.2679836982608661 1.0 0.7907157062115288 3 O14745,Q07954 2 |
| Camera type eye photoreceptor cell differentiation 0.7968069666182986 1.106959460540838 0.2683114560285986 1.0 0.7907157062115288 2 P54802 1 |
| Retinal rod cell differentiation 0.7968069666182986 1.106959460540838 0.2683114560285986 1.0 0.7907157062115288 2 P54802 1 |
| Retinal rod cell development 0.7968069666182986 1.106959460540838 0.2683114560285986 1.0 0.7907157062115288 2 P54802 1 |
| Regulation of blood circulation 0.4170519951662647 1.1065722030636749 0.2684789308689308 1.0 0.7907157062115288 29 O75844,Q9NVV0,P78417,P42892,P23634,P16615,P00813,P05023,Q12959,P0DP25,P09493 11 |
| Appendage development 0.4537933372354672 1.105900047184821 0.2687697843810093 1.0 0.7907157062115288 19 Q5SZK8,P42892 2 |
| Cellular response to lipid 0.3560217228547377 1.10447962673095 0.2693851364532278 1.0 0.7907157062115288 110 O43823,Q13185,Q13573,O95831,P30536,Q8WTV0,Q9H7B4,Q9P0J0,P05023,Q6P2Q9,O15118,Q86UE4,P08670,Q15120,O60341,Q14103,P27361,O15173,P10909,P50416,Q96HY6,Q99623,P46934 23 |
| Adipose tissue development 0.4932858722358282 1.1022262977087809 0.2703633018575955 1.0 0.7907157062115288 13 O15173,P43490 2 |
| Glutamate receptor signaling pathway 0.6873148007079255 1.101732324794291 0.2705780594972853 1.0 0.7907157062115288 4 Q06787,Q8NCG7 2 |
| Iron ion transmembrane transport 0.7953555878084477 1.1010615655128992 0.2708698632108748 1.0 0.7907157062115288 2 Q8N4V1 1 |
| Positive regulation by symbiont of entry into host 0.7950653120464422 1.0998824940777518 0.2713833230435694 1.0 0.7908103158220626 2 P19474 1 |
| Positive regulation of metaphase anaphase transition of cell cycle 0.5577210112165472 1.097236418178056 0.2725380570481031 1.0 0.792827045426027 8 Q9UJX2,Q9UJX3 2 |
| Establishment of pigment granule localization 0.8099659382432778 1.096259867245788 0.2729650669993915 1.0 0.7933763622581986 3 Q15907 1 |
| Regulation of lymphocyte mediated immunity 0.4344999195313439 1.0942711471304918 0.2738360757011076 1.0 0.7948484153280166 24 P02786,Q9NUQ9,Q9BY67 3 |
| Glycosphingolipid biosynthetic process 0.8088609448235546 1.0921011755654708 0.274788632785871 1.0 0.7955106772522427 3 Q16880 1 |
| Synaptic vesicle exocytosis 0.4699948662002657 1.090979269036613 0.2752820047614728 1.0 0.7960868596451943 16 Q5SQN1,P20339,Q06787,P16615,Q7L0J3,Q4J6C6,P0DP25 7 |
| Positive regulation of nervous system development 0.3781742426094441 1.0889752285930951 0.2761648095695426 1.0 0.7973926074731447 44 Q9UQB8,O60341,P30536,P07196 4 |
| Atp transport 0.5559018226714528 1.0880920191303334 0.2765544866190415 1.0 0.7978185255397829 8 Q6NUK1,Q6KCM7,Q86VD7,P12235 4 |
| Sodium ion homeostasis 0.5668847672462608 1.0848263507846685 0.2779985723209417 1.0 0.8002844375058981 7 P05023,Q9Y5X3 2 |
| Inorganic ion import across plasma membrane 0.5419984184321092 1.0776416880588766 0.2811936905310024 1.0 0.8032136635678115 9 Q12959,Q9BXP2,P23634,P05023 4 |
| Mitochondrial transcription 0.565177890155816 1.0765306779076105 0.2816899883854333 1.0 0.8032136635678115 7 Q9BSK2,O00411 2 |
| Natural killer cell mediated immunity 0.5035739323949162 1.076499887656832 0.2817037511149247 1.0 0.8032136635678115 11 P07437,P04439,Q9BY67 3 |
| Ribonucleoprotein complex localization 0.5648993023150106 1.07517679076379 0.2822955844055692 1.0 0.8032136635678115 7 Q8WWY3,Q08J23,P12270,Q9ULX6 4 |
| Neuron projection guidance 0.4190167833215334 1.0740884609687291 0.2827830357682754 1.0 0.8032136635678115 27 O00264,Q9BYJ9,Q92859,P42892 4 |
| Regulation of hormone secretion 0.4142523244538101 1.073114797901418 0.2832196123221386 1.0 0.8032136635678115 28 Q9UNH7,Q8N5M9,P53985,Q16836,P00367 5 |
| Regulation of protein localization to centrosome 0.8034054097331169 1.0715944702088696 0.2839022181737805 1.0 0.8032136635678115 3 Q9UNZ2 1 |
| Regulation of toll like receptor signaling pathway 0.5406009278885281 1.0703735233247045 0.2844512120390492 1.0 0.8032136635678115 9 P41440 1 |
| Anaphase promoting complex dependent catabolic process 0.5208351563457699 1.0651428223396024 0.2868113034456947 1.0 0.8032136635678115 10 Q9UJX2,Q9UJX3 2 |
| One carbon metabolic process 0.4870213543887113 1.0648451113713706 0.2869460271011315 1.0 0.8032136635678115 13 P00374 1 |
| Positive regulation of vasculature development 0.4444060725313906 1.062655407759458 0.2879382500639169 1.0 0.8032136635678115 20 P09601,Q9NZ08,Q86UE4 3 |
| Blastoderm segmentation 0.5924925154613284 1.0613903918026388 0.2885125216042388 1.0 0.8032136635678115 6 Q8N2A8,Q9Y2W6 2 |
| Lipopolysaccharide mediated signaling pathway 0.5199341752707399 1.060243139182784 0.2890340000206768 1.0 0.8032136635678115 10 Q8WTV0 1 |
| Regulation of cholesterol metabolic process 0.5617616140386288 1.059930258596442 0.2891763286034552 1.0 0.8032136635678115 7 P49748 1 |
| Regulation of mrna export from nucleus 0.6336126632068106 1.059424533643041 0.2894064814199617 1.0 0.8032136635678115 5 Q08J23,Q9ULX6 2 |
| Positive regulation of receptor mediated endocytosis 0.47837531428072 1.0587767480825918 0.2897014654684913 1.0 0.8032136635678115 14 P10909,P50897 2 |
| Actin myosin filament sliding 0.7849056603773564 1.0587276269311334 0.2897238421693073 1.0 0.8032136635678115 2 P09493 1 |
| Plasma membrane raft organization 0.7998907862106519 1.0584069931015567 0.2898699326305136 1.0 0.8032136635678115 3 P41440 1 |
| Plasma membrane raft assembly 0.7998907862106519 1.0584069931015567 0.2898699326305136 1.0 0.8032136635678115 3 P41440 1 |
| Transcytosis 0.5499642161042038 1.0582471311488864 0.2899427890908925 1.0 0.8032136635678115 8 Q15907,Q07954 2 |
| Negative regulation of protein secretion 0.5379829297261718 1.0567569821031833 0.2906225116971899 1.0 0.8032136635678115 9 Q8N5M9,P40939,Q16850,Q16836 4 |
| Leukotriene biosynthetic process 0.7991812433837121 1.055747014538523 0.2910838114272607 1.0 0.8032136635678115 3 Q99735 1 |
| Pyridine containing compound metabolic process 0.5494208306562322 1.0555161212182025 0.2911893403886854 1.0 0.8032136635678115 8 Q13126 1 |
| Protein localization to membrane raft 0.6757592919625183 1.0547408623700734 0.2915438578334557 1.0 0.8032136635678115 4 P41440,O75955 2 |
| Protein geranylgeranylation 0.7987056077872894 1.0539643739180955 0.2918992282594834 1.0 0.8032136635678115 3 P53611 1 |
| Response to arsenic containing substance 0.4925131392779741 1.0537948252867164 0.2919768631804733 1.0 0.8032136635678115 12 P07196,Q9BWF3,P09601,P36551 4 |
| Regulation of nervous system development 0.3588343961081441 1.052309406427984 0.2926576174131701 1.0 0.8032136635678115 70 P30536,Q13641,Q9NQC3,Q15058,Q96G23,O60341,Q9UQB8,P07196 8 |
| Selective autophagy 0.4153575193386582 1.0454708200587544 0.2958054200909692 1.0 0.8032136635678115 27 P21796,O95817,O94874,O95140,Q9Y679,Q96HY6,P27361,Q99623,P27544,O15269,P12235 11 |
| Phosphatidylinositol 3 kinase signaling 0.4758380138353862 1.0432565949145596 0.29682946810005 1.0 0.8032136635678115 14 Q10713 1 |
| Prostanoid metabolic process 0.4677825710585528 1.0418628316214222 0.2974752785563099 1.0 0.8032136635678115 15 Q14914,Q9NP80,Q15067,Q9H7Z7,Q8N4Q0 5 |
| Epithelial cell differentiation involved in prostate gland development 0.7951504394408504 1.040651662086547 0.2980372449525634 1.0 0.8032136635678115 3 P07602 1 |
| T cell activation 0.3628222359203412 1.040635621339014 0.2980446923993354 1.0 0.8032136635678115 64 P02786,P24390,O43290,Q9HCL2,P30825,Q9NUQ9,Q9UJZ1,P04062,O96005,Q12959,P04439,Q9BY67,P49366 13 |
| Tripartite regional subdivision 0.6279107302231787 1.0349993239471151 0.3006692269209696 1.0 0.8036201026804002 5 Q8N2A8,Q9Y2W6 2 |
| Magnesium ion transport 0.7935836428901366 1.0347913768070427 0.300766350906875 1.0 0.8036201026804002 3 Q8N4V1 1 |
| Immune effector process 0.3459968475409868 1.0344826251443502 0.300910595303379 1.0 0.8036201026804002 80 P02786,Q9UNH7,P09601,Q9UQ84,P07437,Q8N5M9,Q07954,P10909 8 |
| Histone h3 k4 demethylation 0.7932379871823242 1.0334990921081209 0.3013703951735722 1.0 0.8036201026804002 3 O60341 1 |
| Regulation of intrinsic apoptotic signaling pathway by p53 class mediator 0.4960271259241081 1.0334939849262403 0.3013727839919971 1.0 0.8036201026804002 11 O60341 1 |
| Methionine biosynthetic process 0.6272682265034402 1.032249354645058 0.3019553197149029 1.0 0.8037287809357703 5 Q13126 1 |
| Sulfur amino acid biosynthetic process 0.6272682265034402 1.032249354645058 0.3019553197149029 1.0 0.8037287809357703 5 Q13126 1 |
| Protein demannosylation 0.7779390420899834 1.030643990050833 0.3027077991793987 1.0 0.8037287809357703 2 Q9NYU2 1 |
| Regulation of phosphatidylinositol 3 kinase signaling 0.495472464856979 1.0303328111471517 0.302853801640073 1.0 0.8037287809357703 11 Q10713 1 |
| Negative regulation of neuron projection development 0.4294327326010648 1.028874652469241 0.3035385808531523 1.0 0.8037287809357703 23 Q9NR77,Q96G23,P08670,Q9NQC3 4 |
| Response to l glutamate 0.6693366482470229 1.0286974633833497 0.3036218622931486 1.0 0.8037287809357703 4 O95831,Q9UQB8 2 |
| Regulation of protein secretion 0.3751774961020014 1.027221155832504 0.3043163384516796 1.0 0.8037287809357703 43 P40939,Q8N5M9,Q8NE86,P53985,Q16836,P49755,P00367,P30040,Q32P28,Q16850,Q9H4A6 11 |
| Catechol containing compound catabolic process 0.7767779390421186 1.0259750873743751 0.3049033270754546 1.0 0.803914909808477 2 P27338 1 |
| Positive regulation of cell killing 0.5846365002569706 1.0256372898764907 0.3050625835701357 1.0 0.803914909808477 6 Q9NUQ9,Q9BY67 2 |
| Glycoside metabolic process 0.5434622275111977 1.0255746355839723 0.3050921283491996 1.0 0.803914909808477 8 P04062,Q9NUJ1 2 |
| Attachment of gpi anchor to protein 0.7909495545784593 1.0249487530494348 0.3053873689400805 1.0 0.803914909808477 3 Q92643 1 |
| Dicarboxylic acid transport 0.4418388256743519 1.0242035781088872 0.305739129071793 1.0 0.803914909808477 19 Q9H2D1,Q9UBX3,Q15758,O75746,Q9UJS0,Q15041,Q02978,P41440,O60831 9 |
| Vesicle cargo loading 0.4797211808307606 1.0212593803453172 0.3071315657222513 1.0 0.8052884546533681 13 Q15363,Q96PC5,P49755 3 |
| Regulation of lipid localization 0.4241713674108226 1.017720403862054 0.3088108478617202 1.0 0.8052957905245182 24 Q8WTV0,Q9Y3D6,P30536 3 |
| Dicarboxylic acid metabolic process 0.3709205709414013 1.0175875093048552 0.3088740257815594 1.0 0.8052957905245182 44 Q9H2D1,P21912,P48735,P00367,P00374,P41440 6 |
| Positive regulation of chromosome separation 0.5301731918510089 1.0161384019924775 0.3095634842866315 1.0 0.8055741698122492 9 Q9UJX2,Q9UJX3 2 |
| Establishment of protein localization to organelle 0.3909069612051644 1.014744111597881 0.3102278209632021 1.0 0.8062026481100409 182 Q15629,O95831,P30536,Q15388,Q9Y5M8,Q9Y5J9,Q9NS69,Q9Y3D6,P0DP25,Q99595,O14737,Q8NFH5,Q9P0J0,Q15070,P57740,O60830,Q9UII2,Q14108,P78371,O94826,Q8WWC4,Q8N1F7,Q5JRX3,Q8N4H5,O43615,P55786,P10909,P46379,Q10713,Q99797,O95140,O14925,O95817,P46934 34 |
| Parkin mediated stimulation of mitophagy in response to mitochondrial depolarization 0.7738751814223512 1.014318147028145 0.3104309676096595 1.0 0.8062026481100409 2 O95140 1 |
| Protein retention in golgi apparatus 0.773875181422349 1.0143181470281366 0.3104309676096635 1.0 0.8062026481100409 2 Q9H4A6 1 |
| Positive regulation of heart rate 0.7874564459930268 1.0119156111839775 0.3115784043459053 1.0 0.8064916206459806 3 P00813,P16615 2 |
| Cellular response to ionizing radiation 0.419462636835737 1.0118084788085675 0.3116296351744827 1.0 0.8064916206459806 25 O75844,P12956,O60341 3 |
| Regulation of immune effector process 0.3665329737619949 1.008389978934387 0.3132672818424209 1.0 0.8077141594006712 47 P02786 1 |
| Nucleus organization 0.3575936900239991 1.0080736496513585 0.3134191065563694 1.0 0.8077141594006712 67 O75844,Q92621,Q9UNZ2,Q96FZ7,Q9ULX6,Q9NQC3,Q8N1F7,Q8NFH5,P57740,P50402,Q86XL3,Q9BTX1,Q14997 13 |
| Regulation of membrane potential 0.3604971679664955 1.0073484818590994 0.3137673392504068 1.0 0.8077141594006712 63 O75844,Q9UII2,P31751,Q9BSK2,P30536,P16615,P04062,Q14168,Q12959,P0DP25,Q9UQB8,P46934 12 |
| L serine transport 0.7721335268505058 1.0073347386536622 0.3137739413296709 1.0 0.8077141594006712 2 Q15758 1 |
| Positive regulation of neuron projection development 0.4032881862654569 1.0069210607525536 0.3139727102605381 1.0 0.8077141594006712 30 Q32P28,O60341,Q14108 3 |
| Regulation of cardiac muscle contraction by calcium ion signaling 0.5508047664926115 1.0067323954063592 0.3140633899506024 1.0 0.8077141594006712 7 P0DP25,P16615,P78417 3 |
| Regulation of mrna catabolic process 0.3395453328524218 1.004995469728069 0.3148990312901438 1.0 0.8089160690724202 83 Q969T7,Q06787,P35637,Q504Q3,P51114,P52272,P98175,Q14011,Q9BYJ9,Q92804,Q13151,P08670,Q6PJT7,Q14103,O60506,Q99729,Q6Y7W6,O95453,P07910,Q9NYY8,Q92945 21 |
| Ornithine metabolic process 0.7712626995645842 1.003846127936176 0.3154527865278376 1.0 0.8097072109201098 2 P54886 1 |
| Regulation of transmembrane receptor protein serine threonine kinase signaling pathway 0.405524622467815 1.0035060830161815 0.3156167434152368 1.0 0.8098125865899515 28 Q9UNH7,Q92896,Q8N1F7,Q07954,Q92859 5 |
| Lymphocyte apoptotic process 0.45054992333868 1.002232890404798 0.3162311260614021 1.0 0.8103003946102638 17 P24390 1 |
| Positive regulation of t cell mediated cytotoxicity 0.7844798512129556 1.0008277394367004 0.3169100962273372 1.0 0.8103003946102638 3 Q9NUQ9 1 |
| Regulation of t cell mediated cytotoxicity 0.7844798512129556 1.0008277394367004 0.3169100962273372 1.0 0.8103003946102638 3 Q9NUQ9 1 |
| Regulation of morphogenesis of a branching structure 0.7835604581411276 0.9974064602298566 0.3185672568592166 1.0 0.8126363358286404 3 Q9NQC3 1 |
| Regulation of ventricular cardiac muscle cell action potential 0.6613418530351669 0.996367759034178 0.319071492174122 1.0 0.8136076091080844 4 Q14126,Q12959,P15924 3 |
| Fatty acid catabolic process 0.3686050456889894 0.9947468002245268 0.3198594263938179 1.0 0.8142810318368695 44 Q2T9J0,P40939,Q8IVS2,Q15067,Q16836,Q8NCC3,P23786,P49748 8 |
| Endoplasmic reticulum unfolded protein response 0.4247453063317081 0.9946805892365722 0.3198916380187608 1.0 0.8142810318368695 23 Q7Z2K6,Q15363,Q13438,O76024 4 |
| Response to sodium arsenite 0.768940493468825 0.9945534504363271 0.3199534969533548 1.0 0.8142810318368695 2 P07196 1 |
| Protein localization to synapse 0.5075119314126569 0.992688324242092 0.3208618666093594 1.0 0.8148815140605155 10 Q12959,Q9UQB8 2 |
| Phosphatidylethanolamine biosynthetic process 0.7819997405441067 0.991602507334669 0.3213914656940397 1.0 0.8151071468275704 3 P35790 1 |
| Cellular response to nutrient 0.5475034866830197 0.990722311004208 0.3218211935741879 1.0 0.8152556110958571 7 P09601 1 |
| Cobalamin metabolic process 0.7814647861650778 0.989614262448113 0.322362696092944 1.0 0.8163135298064595 3 P33527 1 |
| Regulation of metallopeptidase activity 0.6594464689582711 0.9887190481921966 0.322800620536565 1.0 0.8164811089118721 4 Q07954 1 |
| T cell differentiation in thymus 0.5063859819410524 0.9865667712921256 0.3238550667248572 1.0 0.8167420510672102 10 O96005 1 |
| Negative regulation of endoplasmic reticulum stress induced intrinsic apoptotic signaling pathway 0.5463235603376239 0.9850026710598612 0.3246227589408557 1.0 0.8169449377557292 7 O95881 1 |
| Endoplasmic reticulum to golgi vesicle mediated transport 0.3529522785997113 0.9848057072660796 0.3247195166916556 1.0 0.8169449377557292 70 P49755,Q9UHY1,Q9P2W9,Q9Y3B3,P24390,Q969X5,Q08379,Q96JB2,Q9Y282,O95249,P51572,O43731,P51809,Q96PC5,Q15437,Q8IUR0,Q6NUQ1,Q15363,Q8NHH9,Q92734,Q9Y678,Q9Y296,O95070,Q13190,O15027 25 |
| Neuroblast proliferation 0.4800539140204015 0.98113814033554 0.3265246243011288 1.0 0.8176293992293838 12 O60341 1 |
| Cellular homeostasis 0.3713977152308499 0.9811046990107648 0.3265411134320402 1.0 0.8176293992293838 149 P02786,P78417,Q96A33,P16615,P50897,Q9BPX6,Q15907,Q9Y3D6,O95202,P0DP25,Q9Y487,O60826,P06576,Q9BWH2,P62995,Q8N511,P05023,Q8NEW0,Q4KMQ2,Q9Y6M7,Q9NVV0,P09601,O14745,Q93050,Q8NE86,Q15120,Q9NQC3,Q9BS26,Q15904,Q8WWC4,P27361,O75503,Q9HD20,Q8N5M9,O76024,Q7L0J3,Q8IWX8,P98194,O95817,Q92544 40 |
| Phosphorylation of rna polymerase ii c terminal domain 0.7789104734332744 0.9801288444358736 0.3270225226115426 1.0 0.818171094449765 3 P32780 1 |
| Negative regulation of endothelial cell proliferation 0.5737709210173128 0.97628652541345 0.3289224954296699 1.0 0.8181766547747377 6 P57105 1 |
| Macrophage proliferation 0.6561549005171723 0.9754517749882212 0.329336212003477 1.0 0.8181766547747377 4 P10909,P04062 2 |
| Nucleobase containing compound transport 0.3489069509697817 0.9754160027970478 0.3293539488432597 1.0 0.8181766547747377 114 P41208,P51991,Q06787,Q15388,Q9HC21,Q6KCM7,Q7Z3B4,Q86V81,Q16629,Q8NFH5,P57740,O75955,Q9BSK2,Q6NUK1,Q8NFH4,P22626,Q9BTX1,Q8TD16,Q9H2D1,Q07666,Q8N1F7,Q8TB61,Q92621,Q07955,Q9ULX6,Q08J23,P41440,Q92945,Q96PU8 29 |
| Sensory perception 0.3812468528035869 0.9747747070473918 0.3296720259760619 1.0 0.8181766547747377 39 Q9H6K4,O43924,Q6P4Q7,Q14108,Q99797,Q9Y6M9,P50897,O76024,Q9Y5J9,P27361,P53611 11 |
| Regulation of platelet derived growth factor receptor signaling pathway 0.6135952430017713 0.973859039927883 0.3301265336748848 1.0 0.8181766547747377 5 O14745,Q07954 2 |
| Regulation of sulfur metabolic process 0.7768501921441187 0.9724879798256106 0.3308078419064975 1.0 0.8181766547747377 3 Q15120 1 |
| Negative regulation of nervous system development 0.4250251787821033 0.9716756511558108 0.3312119337315493 1.0 0.8181766547747377 22 Q96G23,P30536 2 |
| Positive regulation of mitochondrial membrane potential 0.655199638646798 0.9716052674266324 0.3312469610461086 1.0 0.8181766547747377 4 P31751,Q8IWA4 2 |
| Inflammatory response 0.3456653546330704 0.9712161127493996 0.3314406718170213 1.0 0.8181766547747377 76 P02786,Q9UNH7,P49327,P09601,P60900,Q9BQE5,P28070,P42785 8 |
| Protein o linked glycosylation via threonine 0.7628447024673564 0.9702340233111976 0.3319298552061154 1.0 0.8181766547747377 2 Q10472 1 |
| Calcium ion regulated exocytosis 0.5031387593499945 0.9689156814890036 0.3325872606725377 1.0 0.8181766547747377 10 Q9BRK5 1 |
| Endomembrane system organization 0.3849702439248748 0.967105818282005 0.3334911372104649 1.0 0.8181766547747377 177 Q15629,Q9H4A6,P31751,Q12768,Q9UNZ2,Q96A33,P16615,O43760,Q9NPA0,P49755,Q9P2W9,Q9Y3B3,Q86XL3,Q9P0I2,Q08379,O75955,O95197,Q4KMQ2,O75844,Q9NVV0,Q96ED9,Q8TBA6,Q14108,O14745,Q9NQC3,Q8N1F7,Q9UH99,P50402,P27361,Q14789,O15260,P46379,P10909,Q96FZ7,Q7Z3C6,Q8N5M9,Q15363,P20700,Q9ULX6,P51790,P41440,Q13190,Q9Y5X1,Q9UQB8,Q8N4V1 45 |
| Biological process involved in interaction with host 0.35882863334842 0.963842444642154 0.3351249231552513 1.0 0.8181766547747377 59 Q8WTV0,P02786,O15118 3 |
| Pallium development 0.3744493408874778 0.9622601057475778 0.3359189633673471 1.0 0.8181766547747377 41 Q96N66,P62995,O14949,Q9NQC3,Q15058,O60341,P07196 7 |
| Cellular potassium ion homeostasis 0.652496655347048 0.9607310481423964 0.3366874157871931 1.0 0.8181766547747377 4 P05023,P05026 2 |
| Heparan sulfate proteoglycan biosynthetic process 0.6101797060185735 0.9593178381050178 0.3373986517100915 1.0 0.8181766547747377 5 Q99805,Q7LGA3 2 |
| Heparan sulfate proteoglycan metabolic process 0.6101797060185735 0.9593178381050178 0.3373986517100915 1.0 0.8181766547747377 5 Q99805,Q7LGA3 2 |
| Protein folding in endoplasmic reticulum 0.5189302107743563 0.957697236695073 0.3382154505845631 1.0 0.8181766547747377 9 Q13217,P07237,Q8IXB1,P27824 4 |
| Amino acid salvage 0.7727469430080349 0.9572979567194722 0.3384168863778771 1.0 0.8181766547747377 3 Q13126 1 |
| L methionine salvage from methylthioadenosine 0.7727469430080349 0.9572979567194722 0.3384168863778771 1.0 0.8181766547747377 3 Q13126 1 |
| Serine transport 0.7723577235772374 0.9558590380868092 0.3391434562030371 1.0 0.8181766547747377 3 Q96NB2,Q15758 2 |
| Actin mediated cell contraction 0.4486583642712304 0.9543426104655092 0.339910245800723 1.0 0.8181766547747377 16 P16615,Q9UM22,P05023,Q12959,P09493 5 |
| Positive regulation of vascular permeability 0.7587808417997335 0.9540834507278948 0.340041402398527 1.0 0.8181766547747377 2 Q16625 1 |
| Regulation of blood brain barrier permeability 0.7587808417997335 0.9540834507278948 0.340041402398527 1.0 0.8181766547747377 2 Q16625 1 |
| Positive regulation of blood brain barrier permeability 0.7587808417997335 0.9540834507278948 0.340041402398527 1.0 0.8181766547747377 2 Q16625 1 |
| Negative regulation of t cell apoptotic process 0.7714866434378553 0.952639964409312 0.3407725211430952 1.0 0.8181766547747377 3 Q9HCL2,P00813 2 |
| Negative regulation of protein containing complex assembly 0.3757764712003475 0.9487247385157452 0.3427606285740752 1.0 0.8192762083462396 40 P45880,P04350,Q15058,P04062,P10909 5 |
| Regulation of synaptic vesicle exocytosis 0.4992393038433682 0.947727805767086 0.3432680416542082 1.0 0.8192762083462396 10 Q06787,P16615,P0DP25,Q4J6C6 4 |
| N glycan processing 0.648933197012038 0.9464180097612588 0.343935423107879 1.0 0.8192762083462396 4 O60476 1 |
| Dttp metabolic process 0.6486856172375279 0.9454245792643412 0.3444421586209782 1.0 0.8192762083462396 4 Q9H773 1 |
| Positive regulation of tor signaling 0.5376930700578408 0.943216251345994 0.3455703025404353 1.0 0.8192762083462396 7 Q9H4A6,Q9BTA9,Q9Y2Q5 3 |
| Regulation of ire1 mediated unfolded protein response 0.566327141335352 0.9425651351962084 0.3459033800616906 1.0 0.8192762083462396 6 Q96HY6,Q92905 2 |
| Regulation of lipase activity 0.4592455452253362 0.9417394861445936 0.3463260336748539 1.0 0.8192762083462396 14 P50897 1 |
| Regulation of response to osmotic stress 0.6059392191796865 0.9412934333120656 0.3465545069916558 1.0 0.8192762083462396 5 Q9BPX6,P08183 2 |
| Negative regulation of ion transport 0.4267566928133166 0.9400246775134758 0.3472049026764152 1.0 0.8192762083462396 20 P21796,P78417,O14745,P27338,P0DP25,P46934 6 |
| Regulation of monooxygenase activity 0.4793146005094361 0.9382759255999537 0.3481026284150121 1.0 0.8200386909640741 11 Q8WTV0 1 |
| Glycosylceramide metabolic process 0.6049839030835167 0.9372374922592006 0.3486364081500224 1.0 0.8204161761787491 5 P04062 1 |
| Positive regulation of release of cytochrome c from mitochondria 0.6048212654388281 0.9365471665550144 0.3489915397936114 1.0 0.8209586775080705 5 O14737 1 |
| Kidney morphogenesis 0.524944188811948 0.9326688489184828 0.3509909734422529 1.0 0.8233106173054485 8 O75844 1 |
| Negative regulation of cardiac muscle adaptation 0.7529753265602297 0.9311031747373208 0.3518001965500967 1.0 0.8234293174052933 2 P23634 1 |
| Negative regulation of muscle adaptation 0.7529753265602297 0.9311031747373208 0.3518001965500967 1.0 0.8234293174052933 2 P23634 1 |
| Sulfate transport 0.7650987224157684 0.9290879504187404 0.3528435085416777 1.0 0.8238150738213057 3 Q9UBX3,Q02978 2 |
| Regulation of lipid transport 0.4336772628092124 0.9283877064229904 0.3532064931772938 1.0 0.8238150738213057 18 Q9Y3D6,P30536 2 |
| Relaxation of cardiac muscle 0.7521044992743082 0.927665844242089 0.3535809311012041 1.0 0.8238555804297455 2 P05023 1 |
| Humoral immune response 0.4636733054620109 0.9254539834171818 0.3547298094815723 1.0 0.8238555804297455 13 Q9UQ84,P10909,P04439,Q99623 4 |
| Negative regulation of defense response to virus 0.533696194187661 0.9238991400215169 0.3555388308824581 1.0 0.8238555804297455 7 O43657 1 |
| Regulation of protein targeting 0.3998186110517579 0.9237024640052376 0.3556412488819782 1.0 0.8238555804297455 27 Q9UII2,P31751,O14737,P27105,O95817,Q9Y3D6,P55786 7 |
| Retrograde trans synaptic signaling by lipid 0.7509433962264254 0.9230867917305948 0.3559619772713478 1.0 0.8238555804297455 2 Q8NCG7 1 |
| Trans synaptic signaling by lipid 0.7509433962264254 0.9230867917305948 0.3559619772713478 1.0 0.8238555804297455 2 Q8NCG7 1 |
| Regulation of cardiac muscle contraction 0.4700585384809594 0.9228834531605375 0.3560679445443862 1.0 0.8238555804297455 12 P0DP25,P16615,Q12959,P78417 4 |
| Positive regulation of smooth muscle cell proliferation 0.5223230552819818 0.9195472184725872 0.3578094197299108 1.0 0.826140844304321 8 P09601 1 |
| Regulation of amyloid precursor protein catabolic process 0.4480908765867953 0.918325843081712 0.3584483014503317 1.0 0.826140844304321 15 O95197,Q9NQC3,P10909,P49755 4 |
| Methionine metabolic process 0.5608425674027961 0.9177758320282818 0.3587362374840657 1.0 0.826140844304321 6 Q13126 1 |
| Positive regulation of calcium mediated signaling 0.7618147998888197 0.9170191723121236 0.3591325936401706 1.0 0.8265192663273084 3 Q8IWX8 1 |
| Regulation of er to golgi vesicle mediated transport 0.5991102828003664 0.912340705491284 0.3615893925758411 1.0 0.828988346444752 5 Q9P2W9 1 |
| Amyloid precursor protein biosynthetic process 0.6401394133023767 0.9112174574559057 0.3621808075285511 1.0 0.8295102866682236 4 Q9NQX7,Q9NY61,P35610 3 |
| Macroautophagy 0.3418730685024789 0.910604045547492 0.3625040381644218 1.0 0.8295102866682236 111 P21796,Q9UNZ2,O14964,O94874,P16615,Q9Y5K8,Q9Y487,Q9UNH7,Q15286,Q9Y5X3,Q86Y82,Q9Y679,P27544,O15269,P09601,O15118,P20339,Q93050,P27361,Q96FZ7,O95817,Q7Z3C6,O95140,Q9BTA9,Q96HY6,P04062,Q99623,P46934 28 |
| Adult behavior 0.4195503291950621 0.9101294377172 0.3627542514474331 1.0 0.8295102866682236 21 O75844,O15118 2 |
| Regulation of striated muscle contraction 0.4538674184858861 0.908856236427476 0.3634260172244929 1.0 0.8300221932381922 14 P78417,P16615,P05023,Q12959,P0DP25 5 |
| Regulation of excretion 0.7590556183709259 0.9069002948415344 0.3644595252379958 1.0 0.8318059618265171 3 Q9Y5X3 1 |
| Positive regulation of neurogenesis 0.3621720124427291 0.9007178734760755 0.3677383430256802 1.0 0.836555106504631 43 Q9UQB8,O60341,P30536 3 |
| Regulation of epithelial cell apoptotic process 0.4523861421234422 0.8998039391786781 0.3682245976841138 1.0 0.836555106504631 14 P09601,O96013,O76024 3 |
| Toll like receptor 7 signaling pathway 0.7436865021770929 0.8945762878529773 0.3710136321748363 1.0 0.8392065988328172 2 Q9H1C4 1 |
| Chaperone mediated autophagy 0.5170184767948741 0.8930225999922408 0.3718450700262343 1.0 0.8399338931789023 8 P10619,P10909 2 |
| Amyloid beta metabolic process 0.4511522674068795 0.8922654092177776 0.3722506902119296 1.0 0.8401248097103293 14 O95197,Q9NQC3,P10909,P49755 4 |
| L aspartate transmembrane transport 0.6352992540339714 0.8919227411737629 0.3724343444600655 1.0 0.8401248097103293 4 Q15758,O75746 2 |
| Negative regulation of protein targeting to mitochondrion 0.7548965329625749 0.8916858836115732 0.3725613219896142 1.0 0.8401248097103293 3 O95817 1 |
| Cellular response to cadmium ion 0.5941826673150996 0.891511649974673 0.3726547444326631 1.0 0.8401248097103293 5 P09601 1 |
| Regulation of chromatin assembly 0.4577175900914788 0.8899412891605067 0.3734974119652645 1.0 0.8409522124827387 13 O60341 1 |
| Establishment of protein localization to endoplasmic reticulum 0.4097129138855224 0.8849372668647618 0.376190466967564 1.0 0.8409522124827387 23 Q15629,P46379 2 |
| Granulocyte differentiation 0.5532302456403593 0.8834633522514796 0.3769859747862645 1.0 0.8409522124827387 6 P49327 1 |
| Positive regulation of translation 0.3486324042948358 0.8833348483604473 0.3770553806146355 1.0 0.8409522124827387 64 O60506,Q14011,Q07666,P98179,P08670,Q9BYJ9,P51114,Q9NYY8,Q14103,Q9Y2R0,Q567V2 11 |
| Chromosome organization involved in meiotic cell cycle 0.4207715000668324 0.8800405018208418 0.3788373689763147 1.0 0.8420823002873224 19 P46379 1 |
| Regulation of toll like receptor 3 signaling pathway 0.7514083011313729 0.8789625196010095 0.3794215982165108 1.0 0.8420823002873224 3 P41440 1 |
| Release of cytochrome c from mitochondria 0.4261692907453602 0.8781788809802977 0.3798466510073406 1.0 0.8424131886527658 18 Q9Y3D6,P10909,Q96A26,O14737 4 |
| Er nucleus signaling pathway 0.448577194872768 0.8765387631527425 0.3807372130166158 1.0 0.8432529400223467 14 Q15363,P16615,O76024 3 |
| Deoxyribonucleoside catabolic process 0.7500452556381428 0.8740002679939608 0.3821181077828535 1.0 0.8435552611487919 3 Q9Y315 1 |
| Calcium ion regulated exocytosis of neurotransmitter 0.7378809869376164 0.8719096320252034 0.3832576786310815 1.0 0.8435552611487919 2 P16615 1 |
| Pigment granule localization 0.5892490093790603 0.8707150332889793 0.3839097680283525 1.0 0.8435552611487919 5 Q15907,Q13561 2 |
| Cytoplasmic pattern recognition receptor signaling pathway in response to virus 0.4539049320729342 0.8672304728597738 0.3858157428683113 1.0 0.8435552611487919 13 Q86UT6,Q9NUD5,O43657 3 |
| Action potential 0.4134614522625238 0.8671374918536434 0.3858666803919348 1.0 0.8435552611487919 21 P16615,P04062,P05023,Q12959,P0DP25 5 |
| Sodium ion export across plasma membrane 0.7479360921981884 0.8663324814742083 0.3863078586659061 1.0 0.8439597084713711 3 P05023 1 |
| Mitotic metaphase plate congression 0.3867570274388409 0.8619966419523066 0.3886893657287467 1.0 0.8444029775096313 29 Q15058,Q9UJX2,Q96DB5,Q96EA4,Q96FZ7 5 |
| Negative regulation of muscle cell apoptotic process 0.5472406416046441 0.8565534861537966 0.3916917012989906 1.0 0.8453517442952271 6 P09601 1 |
| Cotranslational protein targeting to membrane 0.4373438557555688 0.8510029943844684 0.3947676894161127 1.0 0.8453517442952271 15 P43307 1 |
| Nuclear membrane organization 0.4139217250796829 0.8508412488898394 0.3948575445273174 1.0 0.8453517442952271 20 Q86XL3,P50402,Q9UNZ2,Q9ULX6 4 |
| Glycosphingolipid metabolic process 0.4638556738736972 0.8504106485269638 0.3950968179247738 1.0 0.8454994911680204 11 Q99805,P04062,Q16880 3 |
| Viral protein processing 0.5181714806950263 0.8491432732497913 0.3958015738356115 1.0 0.8459087155377374 7 Q13724,P61009,Q10472,P27824 4 |
| Positive regulation of leukocyte cell cell adhesion 0.3850701917210717 0.848355387357978 0.3962400801445729 1.0 0.8462968843022984 29 P02786,O43290,Q9HCL2,P30825,Q9NUQ9,P04439,P49366 7 |
| Positive regulation of protein targeting to membrane 0.4806820468776218 0.8471227836412036 0.3969266870270151 1.0 0.8470501292538261 10 Q9Y3D6,P27105 2 |
| Regulation of rig i signaling pathway 0.5447240555003532 0.8452729289831312 0.3979584719874296 1.0 0.8470501292538261 6 Q86UT6 1 |
| Hippocampus development 0.4212282042463543 0.8451678980422442 0.3980171030629718 1.0 0.8470501292538261 18 Q15058,O14949 2 |
| Myeloid leukocyte mediated immunity 0.4315954056204564 0.8451470155134485 0.3980287608684123 1.0 0.8470501292538261 16 Q9UNH7,P09601 2 |
| Spliceosomal tri snrnp complex assembly 0.4627477971057263 0.8441280507075717 0.3985978544278881 1.0 0.8472632482698123 11 Q6P2Q9,O95400 2 |
| Endothelial cell apoptotic process 0.6229864176730586 0.8431285845259588 0.3991565337160403 1.0 0.8476439238272049 4 O96013 1 |
| Potassium ion import across plasma membrane 0.5166719503187016 0.8419504473020345 0.3998156909224093 1.0 0.8481602020243899 7 Q9BXP2,Q12959,P05023 3 |
| Cerebral cortex cell migration 0.4617398456403138 0.8384142275255523 0.4017981015857768 1.0 0.8499029506737346 11 Q96N66,Q9NQC3 2 |
| Regulation of vasculature development 0.361142219217307 0.8364459402836216 0.4029040771075769 1.0 0.8508717188700203 41 Q86UE4,P09601,Q9NZ08,P00558 4 |
| Ire1 mediated unfolded protein response 0.5155059251606506 0.8363612523553853 0.4029517039361061 1.0 0.8508717188700203 7 Q96HY6,Q92905 2 |
| Bundle of his cell to purkinje myocyte communication 0.6207322308533625 0.8342446719090795 0.4041431227303809 1.0 0.8518485463977248 4 Q14126,P15924 2 |
| Nuclear membrane reassembly 0.4779901602961818 0.832574653255851 0.4050846589843542 1.0 0.8518485463977248 10 Q86XL3,Q9UNZ2 2 |
| Aspartate family amino acid biosynthetic process 0.4544048145725546 0.8318726881241484 0.4054808095102267 1.0 0.8520041893900145 12 Q9BV57,Q13126 2 |
| Pattern recognition receptor signaling pathway 0.3775923974619585 0.8313919568027572 0.4057522413385617 1.0 0.8520041893900145 33 O75955,P51812,Q9NQC3,Q86UT6,P41440,O43657,Q9H1C4,Q5KU26,Q9NUD5 9 |
| Primary alcohol metabolic process 0.4191213696386017 0.8311035863698713 0.4059151139053758 1.0 0.8520041893900145 18 P51648,Q6NUM9,Q9BY49 3 |
| Regulation of cellular response to transforming growth factor beta stimulus 0.4541966483194493 0.8306652474636325 0.4061627639297496 1.0 0.8520041893900145 12 Q9UNH7,Q92896 2 |
| Cellular lipid metabolic process 0.3917961794050171 0.8296276555760247 0.4067493356128659 1.0 0.8520041893900145 219 P40939,Q9NPH0,P49327,Q9NX62,P31751,Q6NUM9,P37268,P51648,P50897,Q8WTV0,P35790,Q99805,P53602,Q8NCC3,P23786,Q96G23,Q07954,P07099,Q53GQ0,O95470,O75874,Q8NHP8,P61916,P48449,Q9HB40,Q16836,O00116,Q9H7Z7,Q15800,Q8N4Q0,P27544,O75844,Q8NBX0,Q2T9J0,Q8NCG7,P17900,Q15120,Q9H845,P49748,P16219,P07602,Q9BY49,Q14914,Q10713,Q8IVS2,Q96N66,Q99735,Q06136,Q15067,Q9NZ01,P04062,Q86YN1,Q9NP80,Q16880 54 |
| Regulation of insulin secretion 0.4051952903621345 0.8293513246111689 0.406905636284518 1.0 0.8520041893900145 22 Q16836,P00367,Q8N5M9,P53985 4 |
| Response to corticosteroid 0.3812073600138165 0.8263668551785287 0.4085960193695082 1.0 0.8541046538459857 30 P27338,O95831,P04818,P04062,Q9H7B4,P0DP25,P07196 7 |
| Regulation of dna binding transcription factor activity 0.3374280390652548 0.8255995305801433 0.4090313015184734 1.0 0.8541046538459857 72 P02786,P09601,Q86UE4,P60900,O76024,O60341,P41440,P10909 8 |
| Basement membrane assembly 0.7365708756237355 0.8252515820717755 0.4092287740464071 1.0 0.8541046538459857 3 P07942 1 |
| Bicarbonate transport 0.7248185776487699 0.821413578463265 0.411410731784015 1.0 0.8554801714232939 2 Q9Y6M7 1 |
| Neuromuscular process 0.3942104098434963 0.8209470092739944 0.4116764526633019 1.0 0.8554801714232939 25 O75844,P78417,P17900,Q6Y7W6,P04062,P07196 6 |
| Glutamate biosynthetic process 0.735358662155062 0.8208946998211722 0.4117062503338116 1.0 0.8554801714232939 3 P00367 1 |
| Cellular response to radiation 0.3474053270965361 0.8201347914864991 0.4121392704693456 1.0 0.8554801714232939 53 O75844,P31751,P12956,O60341,Q96RU2,Q9NXR7,P27544,P46934 8 |
| Anterior posterior axis specification 0.4755100593227453 0.8191845940134161 0.4126811032648398 1.0 0.8554801714232939 10 Q8N2A8,Q15363 2 |
| Positive regulation of cell junction assembly 0.4518789424381693 0.817228115530515 0.4137980780431671 1.0 0.8557801431972468 12 Q13641,P41440,O75955 3 |
| Response to osmotic stress 0.4034511895357332 0.816850263882088 0.4140140036165696 1.0 0.8559580388545897 22 P08183,P30536 2 |
| Pirna metabolic process 0.7341258351117392 0.8164688642744226 0.4142320242894528 1.0 0.85614015308758 3 Q8N2A8 1 |
| Positive regulation of smooth muscle cell migration 0.6160325297705693 0.8157759628564206 0.4146282834641837 1.0 0.8561579106467799 4 P31949,O14786,Q96N67 3 |
| Ventricular cardiac muscle cell action potential 0.5760861859791445 0.8155529483667386 0.4147558695270921 1.0 0.8561579106467799 5 Q14126,Q12959,P15924 3 |
| Heterophilic cell cell adhesion via plasma membrane cell adhesion molecules 0.6157420853906684 0.8146370158667481 0.4152801157120851 1.0 0.8561579106467799 4 P19022,Q9BY67,Q13740 3 |
| Cardiac muscle cell cardiac muscle cell adhesion 0.6157420853906563 0.8146370158667003 0.4152801157121124 1.0 0.8561579106467799 4 Q14126,P14923,P15924 3 |
| 2 oxoglutarate metabolic process 0.4910059440921042 0.8131229261869569 0.4161475831515959 1.0 0.8571417397267476 9 O75874,P48735 2 |
| Collagen metabolic process 0.4742921027772662 0.8126139200903684 0.4164394480741029 1.0 0.8573277825913634 10 O60568,Q32P28,P08670 3 |
| Cellular response to abiotic stimulus 0.3289362998010038 0.8093244001477033 0.4183285747456307 1.0 0.8580393836549023 79 O75844,P31751,P49327,O95817,P30536,P12956,Q9BPX6,Q96K76,O60341,Q96RU2,Q9NXR7,Q15907,P27361,P27544,P46934 15 |
| Midbrain development 0.4021865711616169 0.8077893223572291 0.4192118729412626 1.0 0.8584165169013441 22 O14949,P00367,Q16352,P27338 4 |
| Negative regulation of cellular macromolecule biosynthetic process 0.3347156030592383 0.8073324815030755 0.4194749551144741 1.0 0.8584165169013441 112 O60506,Q10713,P31483,Q14011,Q969T7,P04818,Q6Y7W6,O95453,Q9BYJ9,P00374,P07910,Q99543,Q14103,Q504Q3,Q9NQX7,Q9BWF3,P27544 17 |
| Lipoprotein metabolic process 0.4099947183120134 0.8064161603650737 0.4200029319659411 1.0 0.858758219353072 19 Q9BQE5,P50897,Q9NUJ1 3 |
| Negative regulation of sodium ion transmembrane transport 0.6133099102910058 0.8051109506695727 0.4207556571214252 1.0 0.8592460535675744 4 P46934 1 |
| Ventricular cardiac muscle cell differentiation 0.7204644412191553 0.804748950129513 0.4209645660140797 1.0 0.8592460535675744 2 P02545 1 |
| Ventricular cardiac muscle cell development 0.7204644412191553 0.804748950129513 0.4209645660140797 1.0 0.8592460535675744 2 P02545 1 |
| Purinergic nucleotide receptor signaling pathway 0.7307974899200698 0.8045465016898642 0.4210814246425403 1.0 0.8592460535675744 3 Q4KMQ2 1 |
| Regulation of release of cytochrome c from mitochondria 0.4496312141055318 0.804208602784043 0.4212765112845624 1.0 0.8593489960900748 12 O14737,Q9H300,P02545,Q96A26,P10909,Q9H3K2 6 |
| Granzyme mediated programmed cell death signaling pathway 0.7201741654571816 0.8036411232630233 0.4216042660663608 1.0 0.8593489960900748 2 O95155 1 |
| Response to vitamin 0.4430907366691694 0.8029549141371716 0.4220007942883901 1.0 0.8593489960900748 13 Q13573,P30536 2 |
| Cell cell recognition 0.4425849396140919 0.7999549636315597 0.4237368909478578 1.0 0.8599419276531953 13 Q12959,P45880 2 |
| Amyloid beta clearance 0.4487869139612225 0.799321394754615 0.4241040762939607 1.0 0.8599419276531953 12 Q16850,Q07954,P10909 3 |
| Protein import into peroxisome membrane 0.719013062409286 0.7992138236933185 0.4241664376604024 1.0 0.8599419276531953 2 P56589 1 |
| Cellular metabolic compound salvage 0.4487537456148686 0.7991294380098405 0.4242153616939652 1.0 0.8599419276531953 12 Q13126 1 |
| Cellular lipid catabolic process 0.3376447109784975 0.7990216146746697 0.4242778789053565 1.0 0.8599419276531953 69 P40939,P31751,P50897,Q8WTV0,Q8NCC3,P23786,O95470,O75874,Q8NHP8,Q16836,Q2T9J0,Q8NCG7,P17900,P49748,Q8IVS2,Q99735,Q15067,P04062,Q9NP80 19 |
| Intrinsic apoptotic signaling pathway in response to endoplasmic reticulum stress 0.4143024569866124 0.7989669117080127 0.424309598374915 1.0 0.8599419276531953 18 O95881,P46379,O76024 3 |
| Regulation of response to endoplasmic reticulum stress 0.3942902699049413 0.7958731655433974 0.4261057598082223 1.0 0.8609662224398579 24 O95881,O76024,P10909,P46379 4 |
| Regulation of peptide transport 0.394195820944735 0.795173051437688 0.426512845399658 1.0 0.8612605388716968 24 Q16836,P00367,Q8N5M9,P53985 4 |
| Leukocyte mediated cytotoxicity 0.4231462950788178 0.7912373088232559 0.4288055238510269 1.0 0.8617218619905979 16 P07437,Q9NUQ9,P04439,Q9BY67 4 |
| Isocitrate metabolic process 0.5696728035390648 0.7888690714068697 0.4301885341648392 1.0 0.8617681213682026 5 P48735 1 |
| Negative regulation of cellular response to growth factor stimulus 0.4405577041201273 0.7879378317585296 0.4307330708347896 1.0 0.8617681213682026 13 P46934,O14964 2 |
| Golgi ribbon formation 0.5313949187915811 0.7858187794611955 0.4319736629790922 1.0 0.8618333011847091 6 Q08379 1 |
| Fatty acid elongation 0.7253193960510741 0.7850101513724866 0.4324476167511979 1.0 0.8618333011847091 3 Q6Y1H2,Q9NZ01 2 |
| Positive regulation of cell population proliferation 0.3468217841466616 0.7839408392996273 0.4330748249404359 1.0 0.8618333011847091 133 P02786,P31751,P09601,P07942,P43490,P30536,Q01085,P30825,Q9NQC3,O95684,P53602,P43307,Q15058,O60341,Q9BSK2,Q12959,P49366 17 |
| Branched chain amino acid transport 0.7146589259796795 0.7826696084811602 0.4338211535084821 1.0 0.8618333011847091 2 P08195 1 |
| Hydrogen peroxide metabolic process 0.468555298015655 0.7817142448284788 0.4343825282010005 1.0 0.8618333011847091 10 P27338,Q15067 2 |
| Lens fiber cell development 0.724304286701938 0.7814022050793191 0.4345659746139141 1.0 0.8618333011847091 3 P08670 1 |
| Phosphatidylcholine biosynthetic process 0.4945218484327826 0.7811585181925391 0.4347092678732605 1.0 0.8618333011847091 8 P35790,Q01469,Q86UL3 3 |
| Negative regulation of double strand break repair via nonhomologous end joining 0.7140783744557299 0.7804707833045352 0.4351138182650533 1.0 0.8618333011847091 2 Q9UBB9 1 |
| Response to dsrna 0.4259638123986041 0.7799348752396018 0.4354292092341625 1.0 0.8618333011847091 15 O75955,P41440,P27361,Q5KU26,Q9NUD5 5 |
| Antiviral innate immune response 0.566335515460487 0.7750396615397727 0.4383162238346298 1.0 0.8632260660271505 5 Q9NVI7 1 |
| Forebrain cell migration 0.4443368779435657 0.7735942082002722 0.4391707982077597 1.0 0.8632260660271505 12 Q96N66,Q9NQC3 2 |
| Cellular response to uv 0.3767150659322055 0.7732485406411741 0.4393753039052077 1.0 0.8632260660271505 28 P46934,P27544,O60341,Q96RU2 4 |
| Vitamin metabolic process 0.3765406461512951 0.7718562658702169 0.4401995624274171 1.0 0.8632260660271505 28 Q9H2D1,Q8N0U8,P38435,P00374,P04062,P41440 6 |
| Cytidine to uridine editing 0.711756168359963 0.7716924919253169 0.4402965786194905 1.0 0.8632260660271505 2 A0AV96 1 |
| Lung cell differentiation 0.6037665675538173 0.7679405641960299 0.44252249666226 1.0 0.8657632548889528 4 P09960 1 |
| Protein localization to endoplasmic reticulum exit site 0.6035567044507081 0.7671270767456466 0.443005964625738 1.0 0.8657632548889528 4 O15027 1 |
| Phospholipid biosynthetic process 0.3401574046603611 0.7665289411291701 0.4433616382609004 1.0 0.8657632548889528 60 Q92643,Q9NVV0,Q9NX62,Q9NPH0,Q96S52,O75874,Q10713,P42356,Q9HCL2,Q96N66,Q86UL3,Q9HBU6,P53602,P35790,Q86YN1 15 |
| Regulation of synapse structure or activity 0.3648068319482035 0.7662372100037398 0.4435351715955336 1.0 0.8657632548889528 36 Q13641,P07437,P50897,Q9UQB8,P46934 5 |
| Negative regulation of cytokine production 0.3711744820057356 0.764753881202218 0.444418114842497 1.0 0.8657632548889528 32 P09601,P31483,P30536,Q86UT6,P04062 5 |
| Telencephalon development 0.3420553045746981 0.7613399289677771 0.4464540572027324 1.0 0.8665185889122049 45 Q96N66,P62995,O14949,Q9NQC3,Q15058,O60341,P07196 7 |
| Meiotic cell cycle 0.339179308065458 0.7607317084272479 0.4468173315874615 1.0 0.8665185889122049 61 Q8N2A8,Q99640,Q9UQ84,Q08379,Q9H2V7,Q08J23,Q9Y2W6,P46379,Q9BTX1 9 |
| Activation induced cell death of t cells 0.6018701263768451 0.7605958200205218 0.4468985171943234 1.0 0.8665185889122049 4 P49327 1 |
| Negative regulation of myeloid leukocyte differentiation 0.6018007551553981 0.7603274257400466 0.4470588921908565 1.0 0.8665185889122049 4 Q00534,P35222,P21359 3 |
| Cellular macromolecule localization 0.3016602657586169 0.7599538924594799 0.4472821459011986 1.0 0.8665185889122049 575 P02786,P30536,Q96A33,Q9NPA0,Q9NS69,Q9Y5K8,Q99595,O43805,P24390,Q969Q5,Q9Y282,P30040,O14773,O60749,O75955,O60830,O15118,Q15437,Q14108,P10619,O14745,O43865,Q13561,Q15904,P43307,Q9UH99,Q8N4H5,Q9Y512,Q14789,P35613,P55786,P46379,O15260,Q10713,Q9HD20,P41440,P46934,Q8N4V1,Q15629,Q15388,Q9HD45,Q9P2W9,Q9Y3D6,Q07954,Q96DY7,Q96EA4,Q9UNH7,Q9P0J0,Q15070,O43731,Q9NQC3,Q8WWC4,O43615,P10909,O60725,P57105,Q99797,Q15363,Q99729,O14925,Q8NEY8,Q16880,Q13438,Q9UNZ2,Q13641,Q9Y5M8,Q9Y5J9,Q99805,Q9Y3B3,Q12959,O14737,O00264,P27105,Q8NFH5,P78371,Q8N1F7,Q16625,A0AVF1,P31483,Q7Z3C6,Q9H1C4,Q92544,P31751,O95831,Q16181,P49755,Q4J6C6,Q15907,Q14168,P0DP25,Q9P0I2,Q15286,Q9Y5X3,Q9Y679,P57740,Q8TD16,Q9UII2,Q8WUH2,O94826,Q5JRX3,P50402,Q92643,O95140,P98194,O95817,O95429,Q9Y5X1,Q9H4A6 108 |
| Type 2 immune response 0.7082728592162523 0.7585770818437854 0.4481055865945151 1.0 0.8665185889122049 2 P78540 1 |
| Negative regulation of type 2 immune response 0.7082728592162523 0.7585770818437854 0.4481055865945151 1.0 0.8665185889122049 2 P78540 1 |
| Negative regulation of apoptotic signaling pathway 0.3338687965801948 0.7555844063270536 0.4498984081566071 1.0 0.8665185889122049 69 P09601,O95881,P45880,O60341,Q9P0J0,P10909 6 |
| Regulation of hormone metabolic process 0.5615424935024109 0.7552494665964063 0.4500993131001549 1.0 0.8665185889122049 5 O75844,P05023 2 |
| Histone h4 acetylation 0.3917649927155307 0.7541287423178107 0.450771920119398 1.0 0.8667567239250261 23 O75844,Q86UY6 2 |
| Peptide cross linking 0.7068214804063828 0.7531311596281578 0.4513711016571076 1.0 0.86746911582106 2 P04083 1 |
| Fatty acid beta oxidation 0.3613623587373226 0.752959103731398 0.4514744897259275 1.0 0.86746911582106 37 Q2T9J0,P40939,Q8IVS2,Q15067,Q16836,P23786,P49748 7 |
| Regulation of heterotypic cell cell adhesion 0.5998396709216239 0.752748201710404 0.4516012386311956 1.0 0.86746911582106 4 P41440 1 |
| Regulation of protein targeting to membrane 0.4465443512403286 0.7525749958647858 0.4517053477586974 1.0 0.86746911582106 11 Q9Y3D6,P27105 2 |
| Positive regulation of calcium ion transport 0.4017908962106008 0.7505329264530168 0.45293380069787 1.0 0.8682408116895368 19 P0DP25,P30536,O76024 3 |
| Monocarboxylic acid catabolic process 0.3410091857291463 0.7488761255295721 0.4539318713091234 1.0 0.8682408116895368 48 Q2T9J0,Q15067,Q16836,Q8NCC3,P23786,P49748 6 |
| Chondroitin sulfate proteoglycan metabolic process 0.5988327067630557 0.7488626444842919 0.4539399974864135 1.0 0.8682408116895368 4 Q9NX62,Q96L58 2 |
| Response to wounding 0.3133952426169773 0.7487826459210596 0.4539882211402979 1.0 0.8682408116895368 89 P09601,P30536,P38435,Q8WTV0,P00374,Q96G23,P42785 7 |
| Calcium ion export across plasma membrane 0.714738572354634 0.7476005006109068 0.4547011626855333 1.0 0.8686651089982543 3 P0DP25 1 |
| Histone h3 k9 modification 0.4333315510083008 0.7451994839937648 0.4561511347710196 1.0 0.8700991932211045 13 O60341 1 |
| Peptidyl proline modification 0.3673403283775868 0.7444771557690412 0.4565878565001253 1.0 0.8700991932211045 33 Q9Y680,Q9BV86,Q9H2H8,Q32P28,Q9NWM8 5 |
| Positive regulation of dna dependent dna replication 0.5584862667476354 0.7426768289588767 0.45767736145672 1.0 0.8705647039948984 5 Q04837,Q9UJZ1,O95785 3 |
| Regulation of adherens junction organization 0.7039187227866441 0.7422733304955156 0.4579217469091046 1.0 0.8707781790430275 2 P35611 1 |
| Hormone transport 0.3600260430905141 0.7410226372450157 0.4586797148034507 1.0 0.8709657054093747 37 P40939,Q9UNH7,Q8N5M9,P53985,Q16836,P00367 6 |
| Regulation of autophagy of mitochondrion in response to mitochondrial depolarization 0.4953373447169983 0.7403230792153979 0.459103980221804 1.0 0.8709657054093747 7 Q9UII2,O95140,P04062 3 |
| Response to mitochondrial depolarisation 0.4953373447169983 0.7403230792153979 0.459103980221804 1.0 0.8709657054093747 7 Q9UII2,O95140,P04062 3 |
| Magnesium ion homeostasis 0.7125256032460549 0.7398335123928681 0.4594010216640765 1.0 0.8709657054093747 3 Q8NE01 1 |
| Glycosaminoglycan catabolic process 0.5964570350922097 0.7397126091031462 0.4594743955081175 1.0 0.8709657054093747 4 P54802 1 |
| Aminoglycan catabolic process 0.5964570350922097 0.7397126091031462 0.4594743955081175 1.0 0.8709657054093747 4 P54802 1 |
| Sphingosine biosynthetic process 0.5962253255399762 0.7388214569484526 0.4600154207527351 1.0 0.871489823846973 4 P04062 1 |
| Positive regulation of cellular amide metabolic process 0.330747852164691 0.7374998485129811 0.4608184352961482 1.0 0.8725093879788278 71 O60506,Q14011,Q07666,P98179,P08670,Q9BYJ9,P51114,Q9NYY8,Q14103,Q9Y2R0,P10909,Q567V2 12 |
| Positive regulation of ion transport 0.3451950546133626 0.7350303505744405 0.4623210102147679 1.0 0.8730963417326185 43 P08183,P78417,P30536,O43865,O76024,Q12959,P0DP25,Q4KMQ2 8 |
| Regulation of actin filament based movement 0.5187258558143921 0.7298505735605005 0.4654815272146384 1.0 0.8767809189546819 6 Q12959 1 |
| Protein o linked glycosylation via serine 0.5936341949611047 0.7288719294219533 0.4660800070261957 1.0 0.8767809189546819 4 Q7Z4H8,Q10472 2 |
| Paraxial mesoderm development 0.6998548621190097 0.7271504714999887 0.4671337831235116 1.0 0.8769072641027972 2 Q8WUM0 1 |
| Positive regulation of fatty acid metabolic process 0.7084785133565423 0.7256830622095709 0.4680330876199727 1.0 0.878278962539403 3 P31751,P50416 2 |
| Adp transport 0.5543014523538555 0.7255232534255721 0.4681310846013633 1.0 0.878278962539403 5 P12236,Q86VD7,P12235 3 |
| Lipid modification 0.3380996716027286 0.7244232449436656 0.4688059334156835 1.0 0.8782995025410615 54 Q2T9J0,P40939,Q10713,Q8IVS2,Q96N66,Q15067,Q16836,P23786,P49748,P04062 10 |
| Hormone mediated signaling pathway 0.338300566279723 0.7211289038497913 0.4708302091630774 1.0 0.8782995025410615 49 O15173,O60341,P42785 3 |
| Alpha ketoglutarate transport 0.6981132075471911 0.7206978522797065 0.4710954341119076 1.0 0.8782995025410615 2 Q02978 1 |
| Muscle hypertrophy in response to stress 0.5914520523654778 0.7205159596888446 0.4712073768913583 1.0 0.8782995025410615 4 P23634,P16615 2 |
| Dna methylation dependent heterochromatin assembly 0.4407411807273003 0.7199793581511329 0.4715377048913294 1.0 0.8786657063147537 11 O60341 1 |
| Regulation of neurotransmitter levels 0.3680350211020352 0.7187664766842191 0.4722848161433832 1.0 0.8790634614600995 30 P16615,P50897,Q7L0J3,P41440,Q4J6C6,P27338,P0DP25 7 |
| Peptidyl asparagine modification 0.4725014983350974 0.7182405166096739 0.4726089998368838 1.0 0.8792812426451605 9 P04843,Q9H0U3,P46977,Q9NYU2,P61803 5 |
| Fat soluble vitamin metabolic process 0.55218492844773 0.7168759462712166 0.4734506450721536 1.0 0.8798432655816883 5 Q8N0U8,P38435 2 |
| Response to oxidative stress 0.3264515172698223 0.7167879212139745 0.4735049658146406 1.0 0.8798432655816883 110 P33527,P09601,P23246,O75874,O95831,Q7Z2K6,O75306,Q8N0U8,Q9NR28,Q86Y07,P30519,O43169,P00374,Q15392,P04062,Q15165,Q9NP80,Q99720 18 |
| Regulation of skeletal muscle tissue development 0.5149694255188655 0.713374812843946 0.4756138545667423 1.0 0.8808889258290318 6 P41440 1 |
| Amino acid import across plasma membrane 0.5148556963070678 0.7128769180018333 0.4759219234135596 1.0 0.8811041172722519 6 P30825,Q15758,P08195 3 |
| Cardiac muscle cell action potential 0.4146100868951702 0.709397938752379 0.478077566529498 1.0 0.8831099203428266 15 P16615,Q12959,P0DP25 3 |
| Cellular response to unfolded protein 0.3653666354065942 0.7059569476028191 0.4802149112504992 1.0 0.8840116156368863 31 O94874,Q7Z2K6,Q15363,O76024,Q9BUN8,Q96HY6,O95817,Q92905,Q13438 9 |
| Lipid metabolic process 0.3994068998104618 0.7053745089116912 0.4805772032477275 1.0 0.8840116156368863 294 Q9UBM7,Q9NPH0,P49327,Q9NX62,P40939,P30536,Q6NUM9,P37268,P51648,P31751,P49356,P50897,Q8WTV0,P35790,Q99805,Q15392,Q8NCC3,P23786,Q96G23,P53602,Q07954,P07099,Q53GQ0,O95470,Q8N2A8,O76062,P06576,O75874,Q8NHP8,Q9BQE5,P61916,P48449,P38435,P53985,Q9HB40,Q16836,O00116,Q9H7Z7,Q15800,Q16850,Q8N4Q0,P27544,O75844,Q8NBX0,Q2T9J0,Q9H3P7,O15118,Q9H6K4,Q8NCG7,P17900,P09960,Q15120,Q9H845,P49748,Q86UY6,P07602,P10909,Q9BY49,Q14914,O75845,Q10713,Q8IVS2,Q96N66,Q99735,Q06136,Q15067,Q9NZ01,P04062,Q86YN1,Q9NP80,Q16880 71 |
| Spinal cord development 0.4201745351212405 0.7040384587622667 0.4814088234809155 1.0 0.8845373207949956 14 Q9UKA9,P07196,Q6Y7W6 3 |
| Negative regulation of cell development 0.3786859813167822 0.703961465120268 0.4814567717892546 1.0 0.8845373207949956 25 Q96G23,P30536 2 |
| Eye photoreceptor cell development 0.7020905923344787 0.7034951451011716 0.481747231249169 1.0 0.8845373207949956 3 P54802,Q15555 2 |
| Regulation of t cell activation 0.3418817831923901 0.7026945725285962 0.4822461107727993 1.0 0.8848564811701406 43 P02786,P30825,O96005,Q12959,P49366 5 |
| Centriole centriole cohesion 0.5866704155513255 0.7022823839185995 0.4825030769958913 1.0 0.8848644691827944 4 Q9Y496,P35222 2 |
| Regulation of mrna metabolic process 0.3558151467246549 0.7022567620232699 0.4825190526291971 1.0 0.8848644691827944 159 Q13573,Q969T7,Q06787,P35637,Q15637,Q504Q3,P51114,P52272,P61978,P98175,Q13242,P38159,Q14011,P62995,Q16629,Q9BYJ9,P52756,Q92804,P22626,Q13151,O75494,Q07666,O43865,P08670,Q15427,Q6PJT7,Q14103,O60506,Q8N684,P31483,Q99729,Q6Y7W6,O95453,Q13595,P07910,Q9NYY8,Q9BWF3,P98179,Q92945,Q96PU8 40 |
| Muscle cell development 0.3634987981350893 0.7005870345175289 0.4835607721066139 1.0 0.8852037143720302 32 O75844,Q9H7B4 2 |
| Positive regulation of lipid catabolic process 0.5860192147044441 0.6998075472194728 0.4840475008168803 1.0 0.8852037143720302 4 P31751,Q8NCG7 2 |
| Peroxisome organization 0.4680840069478371 0.6957558691473019 0.4865817306420137 1.0 0.8874346817809491 9 Q9Y3D6,P56589,O75381,P28288 4 |
| T cell mediated cytotoxicity 0.510744677518895 0.6949171955774606 0.4871071957266051 1.0 0.8874346817809491 6 Q9NUQ9,Q9BY67 2 |
| Positive regulation of potassium ion transmembrane transporter activity 0.6989072255745803 0.6925079552146242 0.4886183918152142 1.0 0.8874346817809491 3 P05026 1 |
| Peptide transport 0.3596723760342858 0.6919427931357713 0.4889732553162225 1.0 0.8878051196689418 34 P40939,P33527,O14745,Q8N5M9,Q8NE86,P53985,Q16836,P00367,Q15907 9 |
| Inositol lipid mediated signaling 0.3930752519143471 0.691402671783325 0.4893125255357686 1.0 0.8879317628078159 19 Q10713 1 |
| Positive regulation of type i interferon mediated signaling pathway 0.5833302125105332 0.6896100417104365 0.4904394507999097 1.0 0.889243115878107 4 Q8ND56 1 |
| Regulation of cardiac muscle contraction by regulation of the release of sequestered calcium ion 0.5446529453818003 0.6862668785436223 0.4925448311808393 1.0 0.890947961935331 5 P0DP25,P78417 2 |
| Regulation of mitotic recombination 0.696872190570677 0.6855093696620547 0.4930225501540566 1.0 0.8911210083383787 3 P49959 1 |
| Water homeostasis 0.4659945108519078 0.6851471889794032 0.4932510451772793 1.0 0.891151943151383 9 O76024 1 |
| Response to ether 0.5820328634480878 0.6847028814432781 0.493531430402689 1.0 0.8914140885206462 4 Q9H4A6,Q14103 2 |
| Eye photoreceptor cell differentiation 0.5818486884056967 0.6840069322709711 0.4939707883483122 1.0 0.8919631472806328 4 P54802,Q15555 2 |
| Regulation of response to oxidative stress 0.3895279789905296 0.6821898834308735 0.4951188907857715 1.0 0.8924910484982442 20 Q9NP80,P00374 2 |
| Antigen processing and presentation of peptide or polysaccharide antigen via mhc class ii 0.6873730043541331 0.6813042860190323 0.4956789718579499 1.0 0.8924910484982442 2 P50570 1 |
| Nuclear transcribed mrna catabolic process exonucleolytic 0.4099997688568174 0.680897360438469 0.4959364384051659 1.0 0.8924910484982442 15 Q969T7 1 |
| Regulation of heart contraction 0.3686550679542116 0.6797117350040581 0.496687004101618 1.0 0.8925914712230762 27 O75844,Q9NVV0,P78417,P23634,P16615,P00813,P05023,Q12959,P0DP25,P09493 10 |
| Inositol phosphate catabolic process 0.5421607458906961 0.6761980627880788 0.4989149023529631 1.0 0.8933017096749113 5 Q10713 1 |
| Response to acid chemical 0.3715271032310858 0.6749602252308334 0.4997010355606659 1.0 0.8937955843371083 26 O95831,O94874,Q99729,Q15388,O94826,Q9Y2Q5,Q14103,Q9UQB8 8 |
| Regulation of leukocyte mediated cytotoxicity 0.4726330174807281 0.673788115818848 0.5004460314315491 1.0 0.8937955843371083 8 Q9NUQ9,Q9BY67 2 |
| Regulation of mammary gland epithelial cell proliferation 0.5785473530293542 0.6715613818484635 0.5018629702741821 1.0 0.8946902356971284 4 Q9NQC3 1 |
| Endocytosis 0.3376055375340647 0.6706178871672746 0.5024639845608039 1.0 0.8951635187061708 132 P02786,P11717,P50897,Q8WTV0,Q7Z6M1,Q5KU26,Q07954,P0DP25,P61978,Q9Y5X3,O60749,Q9NX40,O75955,Q96ED9,O15118,Q14108,P27361,Q5VW38,P10909,P57105,Q9UBG0,P41440,Q9UBC2,Q9Y5X1,P46934 25 |
| Regulation of cell killing 0.4628655158827879 0.6692950115340773 0.5033073083208115 1.0 0.8951635187061708 9 Q9NUQ9,Q9BY67 2 |
| Regulation of synaptic transmission dopaminergic 0.6920592050036879 0.6690377592138534 0.5034713916189215 1.0 0.8951635187061708 3 P41440 1 |
| Response to uv 0.3330942807839103 0.6686212505997742 0.5037371132692345 1.0 0.8951635187061708 47 Q14011,P27544,O60341,P46934 4 |
| Negative regulation of transforming growth factor beta receptor signaling pathway 0.4714776822912767 0.6681753987693758 0.5040216371417694 1.0 0.8951635187061708 8 Q9UNH7 1 |
| Skeletal muscle cell differentiation 0.4799236324519796 0.6679575637606266 0.504160681105674 1.0 0.8951635187061708 7 Q9BYT8 1 |
| Dichotomous subdivision of terminal units involved in salivary gland branching 0.683018867924537 0.665538167568947 0.5057063397942869 1.0 0.8960569907853789 2 Q9UIW2 1 |
| Dichotomous subdivision of an epithelial terminal unit 0.683018867924537 0.665538167568947 0.5057063397942869 1.0 0.8960569907853789 2 Q9UIW2 1 |
| Branching involved in salivary gland morphogenesis 0.683018867924537 0.665538167568947 0.5057063397942869 1.0 0.8960569907853789 2 Q9UIW2 1 |
| Osteoblast differentiation 0.3328498072801791 0.66545820584468 0.5057574667978182 1.0 0.8960569907853789 48 P38159,O60506,P49327,P06576,P61604,Q96A33,Q9UBG0,P07910,P54198 9 |
| Positive regulation of cysteine type endopeptidase activity 0.3595418238768818 0.6579786260073023 0.5105518656223085 1.0 0.9004352897712502 31 P49327,O95831,P61604,Q9NR28,O14737,Q9P0J0,Q96A26,Q9Y3D6 8 |
| Maintenance of protein location 0.3540570996155612 0.6570204046258609 0.5111677964457932 1.0 0.9009863287026584 35 O43731,P24390,P30536 3 |
| Negative regulation of vasculature development 0.3918957309107008 0.6504854089190413 0.5153787237554321 1.0 0.904108203094926 18 P00558 1 |
| Negative regulation of cell population proliferation 0.3228124945111141 0.6502723210436708 0.5155163328411589 1.0 0.9041088946208136 112 P30536,O14964,Q13641,Q15392,Q96G23,Q12959,Q96DY7,P31949,P98175,Q92845,O14737,P52756,Q9UII2,P09601,O14745,Q9NR77,Q86U86,P50402,O43815,P57105,O95140,P25054,Q8IWX8,Q32P28,Q99623,Q01085 26 |
| Negative regulation of immune response 0.3611409598643231 0.6492982011744998 0.516145648231656 1.0 0.904511299848856 28 P09601 1 |
| Regulation of calcium ion transmembrane transport 0.3798748760143032 0.6486974815782853 0.516533932531638 1.0 0.904511299848856 22 Q9NVV0,P0DP25,P21796,P78417 4 |
| Negative regulation of peptide secretion 0.4756772851646577 0.6482179572150606 0.5168439890622163 1.0 0.904511299848856 7 Q8N5M9,Q16836 2 |
| Negative regulation of hormone secretion 0.4756772851646577 0.6482179572150606 0.5168439890622163 1.0 0.904511299848856 7 Q8N5M9,Q16836 2 |
| Negative regulation of smooth muscle cell proliferation 0.4584760204127834 0.6471304684137452 0.5175475075395286 1.0 0.9050444596080588 9 Q15637,O95140,P09601 3 |
| Negative regulation of ion transmembrane transporter activity 0.416218095217717 0.6447758589123658 0.5190724484541662 1.0 0.9057603481390248 13 O14745,P0DP25,P78417,P46934 4 |
| Regulation of heart rate by cardiac conduction 0.5339918651946505 0.6434166451009881 0.5199537856925136 1.0 0.9057603481390248 5 Q14126,P14923,P15924,P54289 4 |
| Amine catabolic process 0.498663909560373 0.6426020999569289 0.5204823201260673 1.0 0.9057603481390248 6 Q6QHF9,P49366 2 |
| Nervous system process 0.3179188139151157 0.6414892070129115 0.5212048909679481 1.0 0.9057603481390248 106 P78417,O43924,O75746,Q13641,P50897,Q9NPQ8,Q9Y5J9,Q14168,Q6P4Q7,O00264,Q9BYJ9,O14773,P53611,O75844,Q9H6K4,Q14108,P17900,P27361,P07196,Q99797,O76024,Q6Y7W6,P04062,Q9Y6M9,Q9UQB8 25 |
| Calcium dependent cell cell adhesion via plasma membrane cell adhesion molecules 0.5701832830304381 0.6402890877759613 0.521984673719575 1.0 0.9057603481390248 4 Q92845 1 |
| Lipoprotein catabolic process 0.4975019339135176 0.6376096001813769 0.5237278448067371 1.0 0.9072035647809082 6 Q9NUJ1 1 |
| Toll like receptor 9 signaling pathway 0.6822166759198127 0.635722306172177 0.5249574348960517 1.0 0.9081439850469843 3 Q9NQC3 1 |
| Histone h4 k16 acetylation 0.4560089221042257 0.6347131728032429 0.5256155007607912 1.0 0.9084234840767116 9 O75844 1 |
| Postsynaptic cytoskeleton organization 0.5317764616173419 0.6345879581169406 0.5256971839102293 1.0 0.9084234840767116 5 P07196 1 |
| Fatty acid metabolic process 0.3158494643228744 0.6331085868293116 0.5266627352235944 1.0 0.909138266279346 104 P40939,P31751,P49327,P51648,Q8NCC3,P23786,Q53GQ0,P07099,O95470,Q16836,Q9H7Z7,Q15800,Q8N4Q0,Q2T9J0,Q8NCG7,Q15120,Q9H845,P49748,Q9BY49,Q14914,Q8IVS2,Q15067,Q9NZ01,Q9NP80 24 |
| Neuronal action potential 0.5313411079720506 0.6328562363319434 0.5268275289028668 1.0 0.909184543724722 5 P04062 1 |
| Gland development 0.3164700708776463 0.630855457994926 0.5281350380524685 1.0 0.910600266415655 77 P31751,P49327,P11717,P30536,P04818,Q13505,Q9NZJ7,O75844,P09601,O14745,Q86UL3,Q9NQC3,Q14103,P00403,P07602,P27361,P50416,P00813,Q99623,Q9UIW2,Q9BY67 21 |
| Regulation of generation of precursor metabolites and energy 0.345363324354672 0.6269759778656113 0.5306749818035312 1.0 0.9112894071158372 38 P14406 1 |
| Mrna cleavage involved in mrna processing 0.4540623713655445 0.6249374277281635 0.5320121264550735 1.0 0.9131096382423752 9 Q8N684,P52298,P33240 3 |
| Inositol phosphate metabolic process 0.4703924217561996 0.6237856859685503 0.5327683413481727 1.0 0.9141694273810184 7 Q10713 1 |
| Long term synaptic potentiation 0.4536611096573019 0.622924689932766 0.5333340123744201 1.0 0.9145785795256614 9 Q9BYJ9,Q14168 2 |
| Negative regulation of interleukin 6 production 0.5650829301667852 0.6214122759759823 0.534328396999487 1.0 0.9148894041512852 4 P04062 1 |
| Insulin secretion 0.3611380858664493 0.6212938486430643 0.5344063003047181 1.0 0.9148894041512852 27 P40939,Q8N5M9,P53985,Q16836,P00367 5 |
| Regulation of response to biotic stimulus 0.3215014157879526 0.6211760115950758 0.5344838210009317 1.0 0.9148894041512852 70 O75844,Q9NUD5,Q9NZ08,P23246,Q8WXF1,P12956,O94826,Q96PK6,Q86UT6,P43243,P27361,O43657,P04439,Q9BY67 14 |
| Regulation of mitochondrial fission 0.4381958257668932 0.6200985700529366 0.5351928935601418 1.0 0.9152312420627496 10 Q9Y3D6,Q9NUQ9 2 |
| Cellular response to corticosteroid stimulus 0.4173833235904288 0.6193448879889519 0.5356891792434593 1.0 0.9153539998890564 12 Q9H7B4,O95831 2 |
| Regulation of reactive oxygen species biosynthetic process 0.4528322260246197 0.6187696745871742 0.5360681025342262 1.0 0.9153539998890564 9 O75027,Q9BSK2,P51790,P00403 4 |
| Cerebellar cortex development 0.3989305399622959 0.6129006655241159 0.5399420231913501 1.0 0.9183671920050028 15 Q15058,O14949,P04062 3 |
| Phosphatidylglycerol biosynthetic process 0.674903192234257 0.6113076810163013 0.5409959069177097 1.0 0.9183671920050028 3 Q9HCL2 1 |
| Early endosome to golgi transport 0.4675625810569691 0.6107686150635934 0.5413527737720738 1.0 0.9183703735382364 7 O15260,O60749 2 |
| Apoptotic mitochondrial changes 0.3501142615558563 0.6102891985946138 0.5416702508254967 1.0 0.9183703735382364 34 Q9UII2,P45880,O14737,Q96A26,Q9Y3D6,P10909 6 |
| Cell migration involved in gastrulation 0.6740495483961545 0.6084777808480627 0.542870638139866 1.0 0.918929524941088 3 Q9NPQ8 1 |
| Metaphase plate congression 0.3496983926751864 0.6067467072466893 0.5440190201958304 1.0 0.918929524941088 34 Q15058,Q9UJX2,Q96DB5,Q96EA4,Q96FZ7 5 |
| Behavior 0.3101953835941084 0.604028394434323 0.545824764398084 1.0 0.918929524941088 81 O75844,O15118,P30536,Q13641,P50897,P53985,O76024,O00264,Q9BYJ9,Q6Y7W6,P04062 11 |
| Fatty acid biosynthetic process 0.3492864787915932 0.6032388950225869 0.5463497762990857 1.0 0.918929524941088 34 P49327,Q8NCG7,Q8IVS2,Q9H7Z7,Q9NZ01,P49748,Q9NP80,Q9BY49,Q53GQ0 9 |
| Regulation of dna recombination 0.3268125809338611 0.603037807666793 0.5464835380354489 1.0 0.918929524941088 51 P02786,O60341 2 |
| Regulation of myoblast fusion 0.523558383951858 0.6020843314696248 0.5471180036946257 1.0 0.918929524941088 5 P41440 1 |
| Positive regulation of syncytium formation by plasma membrane fusion 0.523558383951858 0.6020843314696248 0.5471180036946257 1.0 0.918929524941088 5 P41440 1 |
| Positive regulation of myoblast fusion 0.523558383951858 0.6020843314696248 0.5471180036946257 1.0 0.918929524941088 5 P41440 1 |
| Regulation of syncytium formation by plasma membrane fusion 0.523558383951858 0.6020843314696248 0.5471180036946257 1.0 0.918929524941088 5 P41440 1 |
| Dolichol metabolic process 0.6647314949201706 0.6007273866071312 0.5480215750846114 1.0 0.9189456990914664 2 O60762 1 |
| Polyprenol metabolic process 0.6647314949201706 0.6007273866071312 0.5480215750846114 1.0 0.9189456990914664 2 O60762 1 |
| Regulation of chromatin assembly or disassembly 0.3968106402893143 0.5999594124970523 0.5485332853386082 1.0 0.9189456990914664 15 O60341 1 |
| Post translational protein modification 0.4139359154483089 0.5998766644151661 0.5485884354439121 1.0 0.9189456990914664 12 O60725,Q92905,Q32P28,Q9HA64 4 |
| Cellular response to light stimulus 0.3512001840676285 0.5982329317222742 0.5496845206600818 1.0 0.9198598282658152 32 P31751,O60341,Q96RU2,P27544,P46934 5 |
| Meiosis i cell cycle process 0.3748775038229383 0.5967979843849301 0.5506422638371999 1.0 0.9202047530656896 21 P46379 1 |
| Histone methylation 0.3256932876411333 0.593781912135898 0.5526579884629337 1.0 0.9204243776010694 54 Q9C005,Q03164,Q9BV86,Q86TU7,O60341,Q9H7B4 6 |
| Regulation of neurogenesis 0.3235173994244243 0.5934920613622365 0.5528518942536076 1.0 0.9204243776010694 62 P30536,Q9NQC3,Q96G23,O60341,Q9UQB8 5 |
| Regulation of sodium ion transmembrane transport 0.3874241891618021 0.5921974050134851 0.5537184069264622 1.0 0.9204243776010694 17 O14745,P23634,P27105,P46939,Q12959,P46934 6 |
| Positive regulation of cytoplasmic translation 0.4177199379956644 0.592157057874627 0.5537454219245008 1.0 0.9204243776010694 11 O60506,Q14103 2 |
| Cellular sodium ion homeostasis 0.5209782224139244 0.5919634813148392 0.5538750428271726 1.0 0.9204243776010694 5 P05023,P05026 2 |
| Import into cell 0.3537647440913628 0.5909795550559995 0.5545341197779909 1.0 0.9208150526203068 28 Q9BXP2,P31751,Q15758,P08195,P23634,P30825,P05023,Q15041,P41440,O75955,P11166,Q12959 12 |
| Positive regulation of interferon gamma production 0.519671918660326 0.5868554151402111 0.5573008156303176 1.0 0.9221635043164648 5 Q9NUQ9 1 |
| Positive regulation of nucleobase containing compound transport 0.5553372002369656 0.5857804691492537 0.5580230501816299 1.0 0.9222061655234118 4 Q07666 1 |
| Positive regulation of rna export from nucleus 0.5553372002369656 0.5857804691492537 0.5580230501816299 1.0 0.9222061655234118 4 Q07666 1 |
| Lysosomal transport 0.3249608561392227 0.5838813761796485 0.5593001239370823 1.0 0.9228857085793734 50 Q96ED9,Q8WUH2,O15118,P11717,Q14108,P07602,Q07954,P10909,P46934,Q96FZ7 10 |
| Regulation of fatty acid transport 0.5188936949887326 0.5838175072598865 0.5593430982007135 1.0 0.9228857085793734 5 Q9Y3D6 1 |
| Pyrimidine containing compound catabolic process 0.4537503710237842 0.582924677734478 0.5599440071181225 1.0 0.9230245310324424 8 Q9H773 1 |
| Cell motility involved in cerebral cortex radial glia guided migration 0.6592162554426673 0.5816604463156321 0.5607954189343851 1.0 0.9230245310324424 2 Q8WXH0 1 |
| Chromosome attachment to the nuclear envelope 0.6592162554426667 0.5816604463156307 0.560795418934386 1.0 0.9230245310324424 2 P02545 1 |
| Positive regulation of long term synaptic potentiation 0.6586357039187192 0.5796671042334361 0.5621391310184773 1.0 0.923959166266501 2 P05067 1 |
| I kappab kinase nf kappab signaling 0.3244217556270045 0.5793397379020183 0.5623599573053744 1.0 0.923959166266501 53 P02786,Q9BRX9,P09601,O94874,Q86UE4,P19474,Q86UT6,Q96HY6,P98194,O43657,Q8TB61,O60826 12 |
| Urogenital system development 0.3242648839806113 0.5777006159915877 0.5634662632121779 1.0 0.924932538192586 53 O75844,O95470,O76024,Q5SZK8,Q12959,P46379 6 |
| Pyrimidine deoxyribonucleoside triphosphate metabolic process 0.5164627296270943 0.574353273193547 0.5657287660512498 1.0 0.9260700167793324 5 Q9H773 1 |
| Glyoxylate metabolic process 0.6633708051511784 0.5734441627894529 0.5663439955078937 1.0 0.9260700167793324 3 P48735 1 |
| Polyol metabolic process 0.3639823708405846 0.5728661179648692 0.5667353472091481 1.0 0.9260700167793324 24 Q9NX62,P00374,P04062,Q10713 4 |
| Adenosine metabolic process 0.6554426705370313 0.5687514183567933 0.5695248480760191 1.0 0.9260700167793324 2 P00813 1 |
| Negative regulation of neurotransmitter transport 0.6545718432511072 0.5657885743841561 0.5715375144224906 1.0 0.9260700167793324 2 Q06787 1 |
| Negative regulation of neurotransmitter secretion 0.6545718432511072 0.5657885743841561 0.5715375144224906 1.0 0.9260700167793324 2 Q06787 1 |
| Glutamate secretion neurotransmission 0.6545718432510848 0.5657885743840803 0.5715375144225421 1.0 0.9260700167793324 2 Q15042 1 |
| Glutamate secretion 0.6545718432510848 0.5657885743840803 0.5715375144225421 1.0 0.9260700167793324 2 Q15042 1 |
| Mammary gland development 0.3701635189340357 0.5642632031577468 0.5725750199091517 1.0 0.927408261106539 21 Q9NQC3,P49327,P00403,Q13505 4 |
| Centriole assembly 0.4496273088160097 0.5633619698513881 0.573188428019521 1.0 0.9280920499211098 8 P41208 1 |
| Post anal tail morphogenesis 0.5488601194595688 0.5624392053156299 0.5738168137395585 1.0 0.928538779591235 4 Q15363 1 |
| Development of primary female sexual characteristics 0.3964369905125795 0.5624100343660475 0.5738366839422535 1.0 0.928538779591235 14 O95470,O75874,P57740 3 |
| Regulation of apoptotic signaling pathway 0.3104636050327466 0.5618952022727316 0.5741874227018728 1.0 0.9286932192417844 104 P49327,P09601,O95881,P23246,P45880,O76024,O60341,Q9P0J0,Q9Y3D6,P10909,P61978 11 |
| Protein localization to condensed chromosome 0.4114610637753269 0.5579342179917904 0.5768893045403267 1.0 0.9295801335496447 11 Q96DY7 1 |
| Multicellular organismal signaling 0.3560855017024564 0.5576784838104893 0.5770639526650143 1.0 0.9295801335496447 26 O75844,Q06787,P16615,P23634,P04062,P05023,P0DP25 7 |
| Regulation of mrna 3 end processing 0.3690787842789847 0.556799986800549 0.5776640928961854 1.0 0.9295801335496447 21 O43865,Q8N684,Q6PJT7,Q69YN4 4 |
| Regulation of lipid catabolic process 0.4110681788578829 0.5557950736009003 0.5783509536576494 1.0 0.9299059135310522 11 Q2T9J0,Q8WTV0,P31751,O75874 4 |
| Process utilizing autophagic mechanism 0.3504317623890988 0.5539240779353201 0.5796308059858046 1.0 0.9308280235536112 170 P21796,Q9UNZ2,P30536,O14964,O94874,P16615,Q9NZ45,Q9Y5K8,Q9Y3D6,Q9Y487,Q9UNH7,Q15286,Q9Y5X3,Q07820,Q969Q5,Q9BWH2,Q08379,Q9NZJ7,Q86Y82,Q9Y679,P27544,O15269,O75844,Q9UII2,P09601,O15118,P20339,Q8WUH2,Q86UE4,P10619,Q93050,Q9NRR5,P27361,P07602,P10909,Q96FZ7,O95817,Q7Z3C6,O95140,P19474,Q9H300,Q9BTA9,Q96HY6,P04062,Q9Y296,Q99623,Q6IQ22,O15027,P46934 49 |
| Modification of synaptic structure 0.4387735736475856 0.5488993334911038 0.5830745356074094 1.0 0.931454177899154 9 Q9UQB8 1 |
| Positive regulation of circadian rhythm 0.6490566037735928 0.5471679819236775 0.5842633309429657 1.0 0.9319077917170664 2 Q9Y2W1 1 |
| Negative regulation of atp dependent activity 0.4460028173002824 0.5462587566370439 0.5848880823192706 1.0 0.9322272797294808 8 Q15070 1 |
| Regulation of b cell apoptotic process 0.5428405460354587 0.5410067636583509 0.5885029207782992 1.0 0.935951181512965 4 P00813,P14174,P07948 3 |
| Lens fiber cell differentiation 0.5424940260688051 0.5397809121784409 0.5893481322176637 1.0 0.9364720766447104 4 P08670 1 |
| Regulation of phospholipid catabolic process 0.5420848840466834 0.5383346600008893 0.5903460268793386 1.0 0.9368472955462336 4 Q8WTV0 1 |
| Lysine metabolic process 0.5419692128957428 0.537926003548302 0.5906281352666525 1.0 0.9369137718538942 4 Q9BQT8,P36957,Q9UDR5 3 |
| Negative regulation of lipase activity 0.6518583042973206 0.5364817102869373 0.5916256730060185 1.0 0.9369137718538942 3 P16435,P04083 2 |
| Negative regulation of mrna 3 end processing 0.4437336435010199 0.5355979680054419 0.5922364334150052 1.0 0.9369137718538942 8 O75150,Q5VTR2,Q99728,O00267,P50750,Q6PD62,Q6PJT7 7 |
| Positive regulation of cell activation 0.3197267190076567 0.5346996132539924 0.5928575889725165 1.0 0.9373039196058264 46 P02786,P30825,P49366 3 |
| Limbic system development 0.3612728001258954 0.5345991590743285 0.5929270652500453 1.0 0.9373039196058264 23 Q15058,O14949 2 |
| Xenobiotic metabolic process 0.3916102548745937 0.5340590546596116 0.593300677062174 1.0 0.9373039196058264 14 P07099 1 |
| Mitotic dna replication 0.4068909014819072 0.5331220823676299 0.5939490738816087 1.0 0.93782181830959 11 O75844 1 |
| Very low density lipoprotein particle assembly 0.6447024673439727 0.5326476374770238 0.5942775193994816 1.0 0.9380759539078628 2 P35610 1 |
| Receptor localization to synapse 0.4066712546740967 0.5319336060497513 0.5947719807336738 1.0 0.9380759539078628 11 Q12959,P57105 2 |
| Positive regulation of lipid localization 0.3912037891938444 0.5316799996445213 0.5949476464565286 1.0 0.9380759539078628 14 Q8WTV0 1 |
| Exocytosis 0.307361047854898 0.5313116076907409 0.595202862958377 1.0 0.9380759539078628 78 Q9UNH7,P09601,Q8N5M9,P16615,O43760,P49755,Q7L0J3,Q9BRK5,Q7Z6M1,Q4J6C6,Q15907,Q92905 12 |
| Response to lipid 0.3456114278752282 0.531245040332462 0.5952489851705531 1.0 0.9380759539078628 164 O43823,P02786,Q13185,Q13573,O95831,P11717,P30536,Q13126,P04818,Q8WTV0,Q9H7B4,P0DP25,Q9BRX9,O75874,P51812,Q9P0J0,P05023,Q13151,Q6P2Q9,O15118,Q86UE4,P08670,Q15120,O60341,Q14103,P27361,P27338,O15173,P10909,P07196,P50416,P16435,Q96HY6,P04062,Q99623,P46934 36 |
| Regulation of vesicle size 0.5396257489231795 0.5296680589987002 0.5963420974924776 1.0 0.9383275711470812 4 Q12768 1 |
| Icosanoid biosynthetic process 0.4012679185119614 0.5290240222884875 0.5967887856636163 1.0 0.9383275711470812 12 Q9H7Z7,Q99735,Q8NCG7,Q9NP80 4 |
| Response to hydrostatic pressure 0.6435413642961018 0.5288030513093093 0.596942080830491 1.0 0.9383275711470812 2 P23634 1 |
| Response to water 0.6435413642961018 0.5288030513093093 0.596942080830491 1.0 0.9383275711470812 2 P23634 1 |
| Learning 0.366281069387476 0.5240454613008309 0.6002469204849519 1.0 0.941224883168812 20 Q13641,Q9BYJ9,P50897 3 |
| Basement membrane organization 0.501743339705536 0.5179219827096124 0.604512703786215 1.0 0.9443808766810284 5 O60568,P07942 2 |
| Membrane protein intracellular domain proteolysis 0.6397677793904306 0.5163897595574565 0.605582216566837 1.0 0.9446451763634236 2 Q8TCT9 1 |
| Positive regulation of amyloid precursor protein biosynthetic process 0.6397677793904168 0.5163897595574104 0.6055822165668692 1.0 0.9446451763634236 2 P35610 1 |
| Positive regulation of intracellular transport 0.3101267821896392 0.5138501779044015 0.6073567428822999 1.0 0.9453652192574225 73 P31751,Q07666,O14737,Q9Y282,P27105,P50402,Q9P2W9,Q9Y3D6,P55786,Q92544,P46934 11 |
| Protein localization to chromosome centromeric region 0.398460073408614 0.5134844712816629 0.6076124705340495 1.0 0.9453652192574225 12 Q96DY7 1 |
| Localization within membrane 0.358261070959961 0.5130867142384167 0.6078906646050937 1.0 0.9453652192574225 193 Q15629,P31751,O14964,Q13641,Q96A33,Q9HD45,Q9NPA0,Q9UGP8,Q9Y5J9,Q99805,Q9NS69,Q8TAG9,Q7Z3B4,Q4J6C6,Q15907,Q9Y3D6,Q07954,Q12959,Q14168,P0DP25,O60826,Q9P0I2,O43805,Q15286,Q9NZJ7,O14737,O00264,P27105,Q9P0J0,Q15070,O75955,Q9BTX1,O15118,O14745,O94826,Q15904,P43307,Q8WWC4,Q9Y512,P07602,P35613,P46379,P49354,O60725,P57105,Q9HD20,Q15363,P98194,P41440,O95429,Q92544,Q9H4A6,Q8N4V1 53 |
| Embryonic cleavage 0.5002905287623434 0.512438761498365 0.6083439688776997 1.0 0.9453652192574225 5 P11388,Q9NY61,Q13618,P18074 4 |
| Microtubule organizing center organization 0.3243071279141915 0.5094658750401314 0.6104257120196974 1.0 0.9453652192574225 42 P41208,Q9UNZ2,Q08379,P53985,O94927 5 |
| Protein k11 linked ubiquitination 0.4303958908536415 0.5078787544767928 0.6115383749912933 1.0 0.9453652192574225 9 Q9UJX2,Q9UJX3 2 |
| Fatty acyl coa biosynthetic process 0.3922909317775944 0.507173523227248 0.612033070779185 1.0 0.9453652192574225 13 Q9UMR5,Q9NZ01,P50897 3 |
| Export from cell 0.3354860676319116 0.5070037064112434 0.6121522179570835 1.0 0.9453652192574225 149 P40939,P08183,O14964,Q06787,P16615,O43760,P50897,P49755,Q7Z6M1,Q4J6C6,Q15907,Q12959,Q92905,P0DP25,Q9UNH7,P53985,Q16836,P30040,Q9BRK5,Q16850,P05023,Q96PC5,Q4KMQ2,Q9NVV0,P09601,Q8NE86,P00367,P27338,Q96FZ7,P50416,P33527,Q8N5M9,Q7L0J3,Q32P28,Q9H4A6 35 |
| Cop9 signalosome assembly 0.636865021770678 0.5069274431614388 0.6122057292529062 1.0 0.9453652192574225 2 Q99627 1 |
| Positive regulation of innate immune response 0.34054224974991 0.5028211844457608 0.615089998036566 1.0 0.946480148776958 31 P23246,Q8WXF1,P12956,O94826,Q96PK6,P43243,Q9NUD5,Q9BY67 8 |
| Negative regulation of epithelial cell proliferation 0.3796252296342997 0.4962641907435219 0.6197080274278726 1.0 0.9490459638204404 15 Q9UII2,Q12959,P57105 3 |
| Dna methylation or demethylation 0.3558337165684938 0.4961117410914227 0.619815575915033 1.0 0.9490459638204404 23 O75844,Q8N2A8,Q03164 3 |
| Purine deoxyribonucleoside triphosphate metabolic process 0.6386782882471937 0.4952816709578096 0.6204013072484624 1.0 0.9491117282238494 3 P00813 1 |
| Negative regulation of response to endoplasmic reticulum stress 0.3792239820268189 0.4938727882561096 0.6213960235037894 1.0 0.9496152519852122 15 P10909,O95881 2 |
| Developmental induction 0.631640058055158 0.4900893034407615 0.6240707068933344 1.0 0.9496152519852122 2 Q96C57 1 |
| Negative regulation of osteoclast differentiation 0.6316400580551483 0.4900893034407307 0.6240707068933562 1.0 0.9496152519852122 2 P21359 1 |
| Negative regulation of oligodendrocyte differentiation 0.6316400580551483 0.4900893034407307 0.6240707068933562 1.0 0.9496152519852122 2 P21359 1 |
| Ganglion development 0.6316400580551481 0.4900893034407298 0.6240707068933569 1.0 0.9496152519852122 2 O14786 1 |
| Sympathetic ganglion development 0.6316400580551481 0.4900893034407298 0.6240707068933569 1.0 0.9496152519852122 2 O14786 1 |
| Cranial ganglion development 0.6316400580551481 0.4900893034407298 0.6240707068933569 1.0 0.9496152519852122 2 O14786 1 |
| Dorsal root ganglion development 0.6316400580551481 0.4900893034407298 0.6240707068933569 1.0 0.9496152519852122 2 O14786 1 |
| Foregut morphogenesis 0.6316400580551482 0.4900893034407292 0.6240707068933573 1.0 0.9496152519852122 2 Q9HCM4 1 |
| Neural plate development 0.6316400580551482 0.4900893034407292 0.6240707068933573 1.0 0.9496152519852122 2 Q9HCM4 1 |
| Detection of muscle stretch 0.6316400580551482 0.4900893034407292 0.6240707068933573 1.0 0.9496152519852122 2 P19022 1 |
| Synaptic vesicle clustering 0.6316400580551482 0.4900893034407292 0.6240707068933573 1.0 0.9496152519852122 2 P19022 1 |
| Regulation of core promoter binding 0.6316400580551482 0.4900893034407292 0.6240707068933573 1.0 0.9496152519852122 2 Q00403 1 |
| Positive regulation of peptidase activity 0.3150464148569288 0.489921632853343 0.624189354431318 1.0 0.9496152519852122 45 P49327,O95831,P61604,Q9NZJ7,Q9NR28,O14737,Q96HY6,Q9P0J0,Q96A26,Q9Y3D6,Q06323,Q14997 12 |
| Cardiac conduction 0.3628102320177604 0.4894102611849789 0.6245512728886311 1.0 0.9496959982214606 19 O75844,P20020,P23634,P16615,P05023,P0DP25 6 |
| Interleukin 17 production 0.6313497822931947 0.4891612928905329 0.6247275106352244 1.0 0.9496959982214606 2 P78540 1 |
| Negative regulation of sodium ion transport 0.4940382642985344 0.4890321104318331 0.6248189637714421 1.0 0.9496959982214606 5 P46934 1 |
| Polyol biosynthetic process 0.3932552815946489 0.4848585431291288 0.6277766916246721 1.0 0.9518130571162609 12 P00374 1 |
| Neuron projection maintenance 0.629608127721335 0.4836099213362563 0.6286627322996599 1.0 0.9518142008282678 2 P05067 1 |
| Protein localization to cell junction 0.3602216907620083 0.4835147288681378 0.6287303042666943 1.0 0.9518142008282678 20 Q07157,Q9Y2Q5,Q9UQB8,Q14168,Q12959,Q9Y496 6 |
| Type b pancreatic cell development 0.6287373004354094 0.4808450280408231 0.630626645035897 1.0 0.953535586484648 2 P19022 1 |
| Water soluble vitamin metabolic process 0.3558959221673157 0.4808009162638882 0.6306579989803645 1.0 0.953535586484648 22 Q9H2D1,P00374 2 |
| Astrocyte development 0.4384755023844505 0.48013453962828 0.6311317296932362 1.0 0.953535586484648 7 Q07954 1 |
| Regulation of mitochondrial membrane potential 0.3577816432048141 0.479676316805211 0.6314575707184351 1.0 0.953535586484648 21 Q9UII2,P31751,Q9BSK2,P30536 4 |
| Very long chain fatty acid metabolic process 0.3969290810020135 0.4796239535929659 0.6314948106200151 1.0 0.953535586484648 11 Q15067 1 |
| Ossification 0.3104133867975353 0.4793762904102204 0.6316709574926889 1.0 0.953535586484648 68 P38159,O75844,Q9NX62,P49327,O60506,Q86V81,P06576,P61604,Q96A33,Q9UBG0,P07910,P27361,P54198,Q4KMQ2 14 |
| Regulation of fatty acid oxidation 0.4913454227292188 0.4790494167272204 0.6319034737089979 1.0 0.953535586484648 5 Q2T9J0,P31751,P49748 3 |
| Polyol catabolic process 0.4314292753039778 0.4784773574032418 0.6323104863100175 1.0 0.9536035235286576 8 Q9NX62,Q10713 2 |
| Epithelial cell proliferation 0.3144058260381221 0.4777916999575667 0.6327984692621889 1.0 0.9536846097823792 48 P09601,P07942,P57105,Q9NQC3,Q8WTV0,Q12959 6 |
| Defense response to gram positive bacterium 0.4906249881265752 0.4763890362610212 0.6337972440570152 1.0 0.9547530958142828 5 P04439,P29317 2 |
| Nucleobase transport 0.6323064710440768 0.4758214108933286 0.6342016148179546 1.0 0.9551438720081148 3 Q9Y277 1 |
| Cellular response to osmotic stress 0.3760338645906408 0.4749151267748716 0.6348474691452244 1.0 0.9554034541280616 15 P30536 1 |
| Sympathetic nervous system development 0.6318234610917565 0.4743589338885045 0.6352439721558716 1.0 0.9554034541280616 3 O14786,P21359 2 |
| Autonomic nervous system development 0.6318234610917565 0.4743589338885045 0.6352439721558716 1.0 0.9554034541280616 3 O14786,P21359 2 |
| Detection of mechanical stimulus 0.6318234610917565 0.4743589338885045 0.6352439721558716 1.0 0.9554034541280616 3 P14923,P19022 2 |
| Cellular modified amino acid metabolic process 0.3136718449879235 0.4714837063923149 0.6372953524743301 1.0 0.9571778156948624 57 Q9H2D1,O60725,O75874,Q99735,Q9UHG3,P04818,P00374,Q8NCC3,P23786,P41440,O60568 11 |
| 3 utr mediated mrna destabilization 0.4572497580798208 0.4700503570536072 0.6383190403611749 1.0 0.9573131236473172 6 Q14103 1 |
| Purine deoxyribonucleoside monophosphate metabolic process 0.5222765646810932 0.4698682716011934 0.6384491339185019 1.0 0.9573131236473172 4 P00813 1 |
| Damp metabolic process 0.5222765646810932 0.4698682716011934 0.6384491339185019 1.0 0.9573131236473172 4 P00813 1 |
| Response to cold 0.3804248390080593 0.469120331822907 0.6389836269237974 1.0 0.9573131236473172 14 Q14011,P49748 2 |
| Response to leukemia inhibitory factor 0.3362295899662293 0.4680164079686585 0.6397728560669678 1.0 0.9573882668436616 31 P02786,Q8NFH5 2 |
| Exocytic process 0.355941140959111 0.4672285700959429 0.6403363550644734 1.0 0.9573882668436616 21 Q7L0J3,Q9UNH7 2 |
| Regulation of electron transfer activity 0.629055453583182 0.4660130310962695 0.6412061730623804 1.0 0.9579995908155644 3 Q99623 1 |
| Nuclear transcribed mrna catabolic process deadenylation dependent decay 0.3348183327254165 0.4634671273465527 0.6430295722778481 1.0 0.9579995908155644 32 Q504Q3,Q969T7,O60506,Q14103 4 |
| Regulation of complement activation 0.6280487804877886 0.462992765667684 0.6433695525914083 1.0 0.9579995908155644 3 P35232,Q99623 2 |
| Regulation of humoral immune response 0.6280487804877886 0.462992765667684 0.6433695525914083 1.0 0.9579995908155644 3 P35232,Q99623 2 |
| Regulation of organic acid transport 0.3891608819613922 0.4625150629335973 0.643712002943946 1.0 0.9579995908155644 12 Q7L0J3,Q9Y3D6 2 |
| Maintenance of location 0.3048949525081661 0.4609421532229114 0.6448401078329744 1.0 0.9591086840883676 74 Q9NVV0,Q9H4A6,P78417,P24390,P30536,P17900,Q9H6V9,Q9Y679,Q8WTV0,Q8IWX8,O43731,Q9UH99,P04062,O95202,P0DP25,Q8NEW0,O60826,Q13438 18 |
| Lipid oxidation 0.3168631405936905 0.4599772065263948 0.645532581299217 1.0 0.9593421930346896 43 Q2T9J0,P40939,Q8IVS2,Q15067,Q16836,P23786,P49748 7 |
| Regulation of lymphocyte activation 0.3111161121514155 0.4574894543054225 0.6473192804895767 1.0 0.9593421930346896 62 P02786,P30825,P12956,O96005,Q12959,P49366 6 |
| Female sex differentiation 0.3730588608539595 0.4573278799754198 0.6474353933423118 1.0 0.9593421930346896 15 O95470,O75874,P57740 3 |
| Positive regulation of protein dephosphorylation 0.3830459244293934 0.4552397968510755 0.6489367325465869 1.0 0.9604569297536852 13 Q86XL3,P04062 2 |
| Negative regulation of inclusion body assembly 0.5178623293639393 0.4550536602772236 0.6490706347952613 1.0 0.9604569297536852 4 P25685,Q9NZJ4,P54652 3 |
| Regulation of mrna polyadenylation 0.3726689976689905 0.4550299944249492 0.6490876602624307 1.0 0.9604569297536852 15 P18615,Q16630,Q96MU7,Q8N684,P52298,O75150,Q5VTR2,Q09161,O00267,P50750,P09012,Q6PD62,Q6PJT7,Q69YN4 14 |
| Sulfur amino acid metabolic process 0.3922598130828473 0.4548567231413216 0.6492123190613222 1.0 0.9604569297536852 11 Q13126 1 |
| Heart formation 0.6200290275761933 0.4536006662137719 0.6501162739092214 1.0 0.9608829360224002 2 P35222 1 |
| Regulation of nuclear transcribed mrna catabolic process deadenylation dependent decay 0.3824541525088706 0.4519441083370055 0.6513092475171747 1.0 0.9619987966578488 13 O60506,Q14103 2 |
| Regulation of immune response 0.3196309021769886 0.4500888986381284 0.6526463411461194 1.0 0.9625588841974289 130 P02786,Q8WXF1,Q5KU26,P04439,P23246,P51812,Q15233,Q86UT6,O75955,O43657,P09601,Q9NZ08,Q07666,P28070,P12956,O94826,Q96PK6,Q9NQC3,Q9UJZ1,P43243,P10909,P46379,Q9NUD5,P19474,Q9NUQ9,P00813,P41440,Q9H1C4,Q9BY67 29 |
| Fatty acyl coa metabolic process 0.3682286347025046 0.4488435493523158 0.6535445206784267 1.0 0.9625588841974289 16 Q9UMR5,Q9NZ01,P50897 3 |
| Purine deoxyribonucleotide metabolic process 0.4828588030214948 0.4479976311172139 0.654154906234587 1.0 0.9630035722080884 5 P00491,P55263,Q9Y3Z3,P00813 4 |
| Phospholipid metabolic process 0.2966928754197881 0.4477125721993554 0.6543606470989307 1.0 0.9630516648949864 82 P40939,Q9NPH0,Q9NX62,P37268,Q9HCL2,P42356,Q9HBU6,Q9Y2B2,Q8WTV0,P35790,P53602,Q8NCC3,O75874,Q8NHP8,Q9NVV0,Q96S52,Q86UL3,Q9UJZ1,Q92643,Q10713,Q96N66,Q99623,Q86YN1,Q9NP80 24 |
| Positive regulation of mitochondrial fission 0.4245735965060507 0.447205221763956 0.6547268914972202 1.0 0.963300526503843 8 Q9Y3D6 1 |
| Regulation of triglyceride metabolic process 0.4820262173211615 0.444985942398141 0.656329913151279 1.0 0.9636477695812482 5 Q8WTV0,Q96N66 2 |
| Long chain fatty acyl coa biosynthetic process 0.4239386868098003 0.4443309190349702 0.65680335021043 1.0 0.9639529343452846 8 Q9NZ01 1 |
| Maintenance of synapse structure 0.4507128240005278 0.4440295895418517 0.6570211910979926 1.0 0.9639529343452846 6 Q9BRK5 1 |
| Positive regulation of calcium ion import 0.6165457184325065 0.4429140526402138 0.6578279025692177 1.0 0.9640118383833828 2 O14936 1 |
| Regulation of defense response 0.2977893569261342 0.4425579810199638 0.6580854832369791 1.0 0.9640118383833828 99 Q8WXF1,P04439,Q9UNH7,P23246,P60900,Q15233,Q86UT6,O43657,O75844,Q9NZ08,Q8NCG7,P28070,P12956,O94826,Q96PK6,P43243,P27361,Q9NUD5,P33527,Q99735,P19474,P00813,P04062,Q9BY67 24 |
| Cellular response to estradiol stimulus 0.4811853677441365 0.4419508349673537 0.6585247836671837 1.0 0.9644160619697768 5 Q14103 1 |
| Lysine catabolic process 0.6208564795705447 0.4416518059402881 0.6587411894112025 1.0 0.9644160619697768 3 Q9BQT8 1 |
| Positive regulation of cellular amine metabolic process 0.4490746769356014 0.4375705258499177 0.6616976410711279 1.0 0.966512823682299 6 Q6QHF9 1 |
| Cardiac muscle contraction 0.353177024750319 0.4368703779173361 0.6622053556383078 1.0 0.966512823682299 20 Q9NVV0,P78417,P16615,P05023,Q12959,P0DP25,P09493 7 |
| Regulation of mitochondrial dna replication 0.6185624219400652 0.4349344290278188 0.6636100231898279 1.0 0.9668575792726152 3 Q04837 1 |
| Ectoderm development 0.6176625190595111 0.4323114289825013 0.665515081677825 1.0 0.9676372658808062 3 Q9HCM4 1 |
| Phagosome lysosome fusion 0.6127721335268461 0.4314770729624434 0.6661215196767998 1.0 0.9676372658808062 2 Q9NVJ2 1 |
| Protein n linked glycosylation 0.3579498447840271 0.4314064007352216 0.6661728966629048 1.0 0.9676372658808062 18 Q13724,Q9BT22,P04843,Q9H0U3,P46977,Q9NYU2,Q86YN1 7 |
| Chaperone mediated protein complex assembly 0.3832237129311411 0.4304140592023135 0.666894470084908 1.0 0.9676372658808062 12 P10909,O95456 2 |
| Plasma membrane to endosome transport 0.5102180630980746 0.4298127573076888 0.6673318521010412 1.0 0.9676372658808062 4 Q15286,P51148 2 |
| Extrinsic apoptotic signaling pathway via death domain receptors 0.3680476348614023 0.4279183834180063 0.668710542509638 1.0 0.9690199614242369 15 P09601,Q9NR28 2 |
| Cellular response to acid chemical 0.367880334592401 0.4269414361261096 0.6694219839805677 1.0 0.9693009251522916 15 Q99729,Q9UQB8 2 |
| Response to ph 0.4769646474638885 0.4268157918746819 0.6695135033358948 1.0 0.9693009251522916 5 P04062 1 |
| Prostate gland growth 0.6154174929979828 0.4257976557416706 0.6702552952871783 1.0 0.9693446183615826 3 P07602 1 |
| T cell differentiation 0.3320882613543193 0.4221542600450791 0.6729124250872673 1.0 0.9711307500320078 28 O96005,P24390 2 |
| Oocyte construction 0.5069928452541981 0.419326673904492 0.6749774049955994 1.0 0.9712221217770228 4 Q8N2A8 1 |
| Positive regulation of synaptic transmission 0.3559479744373138 0.41883472159321 0.6753369272600427 1.0 0.9712221217770228 18 Q06787,Q9BYJ9,P41440,O75955,Q14168 5 |
| Regulation of cell cell adhesion 0.3083131756875219 0.4184333495253577 0.6756303077188954 1.0 0.9712221217770228 59 P02786,O75955,Q92845,O43290,Q9HCL2,P30825,Q9NUQ9,P41440,Q8IWF6,Q12959,P04439,P49366 12 |
| Negative regulation of protein polymerization 0.3310880501707984 0.4175110212611392 0.6763046645807069 1.0 0.9712221217770228 29 P04350,P45880 2 |
| Positive regulation of cell adhesion 0.3017988124755657 0.4081315208103104 0.6831771196981045 1.0 0.9762411749015794 72 P49366,P02786,O75955,Q92845,Q99797,Q9HCL2,P30825,Q9NUQ9,P41440,Q8IWF6,O95429,P04439,Q53GQ0 13 |
| Hematopoietic stem cell homeostasis 0.5033996608926583 0.4077623547120962 0.6834481538850548 1.0 0.9762411749015794 4 Q9NX40 1 |
| Tetrahydrofolate metabolic process 0.3832562959136251 0.4077291473949005 0.6834725360177547 1.0 0.9762411749015794 11 P00374 1 |
| Regulation of golgi organization 0.4201674170156703 0.4015869572161061 0.6879880302634855 1.0 0.9782376200703724 7 Q9P2W9,P27361 2 |
| Protein localization to cilium 0.373003284636168 0.3998297530573331 0.689281914779347 1.0 0.9787207792086424 13 A0AVF1,Q10713 2 |
| Oligodendrocyte progenitor proliferation 0.6014513788098648 0.3980696686888137 0.6905788316989678 1.0 0.9793604325432744 2 P19022 1 |
| Deoxyribonucleoside monophosphate catabolic process 0.6048831291965915 0.3958183164013643 0.6922390635387798 1.0 0.9804736005281643 3 P00813 1 |
| Free ubiquitin chain polymerization 0.6045296167247299 0.3948293996778158 0.6929687962090796 1.0 0.9808746290486844 3 Q13049,P61086 2 |
| Bone mineralization 0.4064393547491468 0.39379139430781 0.6937350584804656 1.0 0.9809439847181756 9 O75844,Q4KMQ2 2 |
| Negative regulation of organic acid transport 0.4980038946686567 0.3906370418526583 0.6960655414543755 1.0 0.9809439847181756 4 Q9Y3D6 1 |
| Regulation of innate immune response 0.3061240172966184 0.3904027886008524 0.6962387261355116 1.0 0.9809439847181756 51 Q9NUD5,Q9NZ08,P23246,Q8WXF1,P12956,O94826,Q96PK6,Q15233,Q86UT6,P43243,P04439,Q9BY67 12 |
| Negative regulation of establishment of protein localization to mitochondrion 0.4974589481960376 0.3889238591979264 0.6973324718786276 1.0 0.9815028476781223 4 O95817 1 |
| Steroid hormone mediated signaling pathway 0.3094074871400515 0.3886537341167346 0.6975323115488103 1.0 0.9815028476781223 43 O15173,O60341 2 |
| T cell homeostasis 0.4358110440867122 0.3862508649686563 0.6993108862295643 1.0 0.9820459141872548 6 P49327 1 |
| Regulation of lysosomal protein catabolic process 0.4651868236964311 0.3855056166969766 0.6998628459275555 1.0 0.9820572886321424 5 Q07954 1 |
| Regulation of protein catabolic process in the vacuole 0.4651868236964311 0.3855056166969766 0.6998628459275555 1.0 0.9820572886321424 5 Q07954 1 |
| Regulation of receptor mediated endocytosis 0.3268479461561371 0.3847204276585513 0.7004445588744259 1.0 0.9825908448847332 29 P41440,P10909,P50897 3 |
| Positive regulation of dephosphorylation 0.3652769919691082 0.3832349078408525 0.701545597457609 1.0 0.9834780778566056 14 Q86XL3,P04062 2 |
| Liver regeneration 0.3915740033839308 0.3831368211364399 0.7016183195170829 1.0 0.9834780778566056 10 P09601,P04818 2 |
| Regulation of cellular amine metabolic process 0.4101857065469325 0.383061628662073 0.7016740695103814 1.0 0.9834780778566056 8 Q6QHF9 1 |
| Regulation of tor signaling 0.3536848791941735 0.3822526599981699 0.702273965062929 1.0 0.98369114706625 17 O75844,Q9H4A6,Q9BTA9,P04062 4 |
| Mrna transport 0.2933524383581763 0.3820133167348923 0.7024514870735019 1.0 0.9837133927766262 80 P41208,P51991,Q06787,Q96PU8,Q7Z3B4,P09651,Q86V81,Q16629,Q8NFH5,P57740,Q8NFH4,P22626,P82979,Q9BTX1,Q8TD16,P12270,Q8N1F7,Q12769,Q92621,P52298,Q07955,Q9ULX6,Q08J23,Q92945,P61970 25 |
| Cerebellar cortex morphogenesis 0.409904240041745 0.3818286864848353 0.7025884392786164 1.0 0.9837133927766262 8 Q15058 1 |
| Rna destabilization 0.3047963831672107 0.379396572660015 0.7043933952802772 1.0 0.9851938190409142 49 O60506,Q969T7,Q6Y7W6,Q9BYJ9,Q14103,Q504Q3 6 |
| Regulation of biological process involved in symbiotic interaction 0.4086647585221901 0.3764098500820345 0.7066122242567001 1.0 0.9868291173153728 8 Q9BTY2,P19474 2 |
| Pinocytosis 0.4139614141683206 0.3757520179244509 0.707101262168905 1.0 0.9868862987568132 7 P50897 1 |
| Fatty acid derivative biosynthetic process 0.3552908648592067 0.3719347941813517 0.7099413985386087 1.0 0.9882736850451772 16 Q9UMR5,Q9NZ01,P50897 3 |
| Smooth muscle cell proliferation 0.3416437424105463 0.371905500226019 0.7099632098245918 1.0 0.9882736850451772 21 P09601 1 |
| Tricarboxylic acid cycle 0.3394252704124914 0.3687728217647592 0.7122970641656543 1.0 0.9901191987260362 22 Q13423,P21912,P48735 3 |
| Tumor necrosis factor superfamily cytokine production 0.3390523747066966 0.36627838750449 0.7141573550076883 1.0 0.9911972071040376 22 P30536 1 |
| Extracellular vesicle biogenesis 0.3749131079694552 0.3648853101914643 0.7151970201965665 1.0 0.9912733058386028 11 Q92905,Q96FZ7 2 |
| Cell death in response to oxidative stress 0.334398313231379 0.3619001741471882 0.7174266297998191 1.0 0.9916408927841556 24 P04062,Q9NR28,Q99720 3 |
| Meiotic chromosome segregation 0.3319454520795963 0.3606563329788096 0.7183563718572279 1.0 0.9916408927841556 25 P46379 1 |
| Intracellular sterol transport 0.4049206775362929 0.3601484324410502 0.718736135602297 1.0 0.9916408927841556 8 O15118 1 |
| Cardiac muscle cell contraction 0.3733850927801747 0.357132989557116 0.7209922486683813 1.0 0.9916408927841556 11 P16615,Q12959 2 |
| Vacuolar transport 0.3028138160052146 0.3569258902300306 0.721147286963935 1.0 0.9916408927841556 57 Q96ED9,Q8WUH2,O15118,P11717,Q14108,P07602,Q07954,P10909,P46934,Q96FZ7 10 |
| Substantia nigra development 0.3459589122133097 0.356885039158785 0.721177870166938 1.0 0.9916408927841556 18 P00367,Q16352,P27338 3 |
| Glial cell development 0.3356226635264844 0.3559978403856145 0.7218421825013002 1.0 0.9916408927841556 23 Q07954,P10909,P08670 3 |
| Facultative heterochromatin assembly 0.3599395809750628 0.3536465091937669 0.723603814568943 1.0 0.9916408927841556 14 O60341 1 |
| Regulation of neurotransmitter uptake 0.5883926842459056 0.3509275636240377 0.7256426921406878 1.0 0.9917749811531346 3 P41440 1 |
| Protein kinase c signaling 0.5883926842459056 0.3509275636240377 0.7256426921406878 1.0 0.9917749811531346 3 P41440 1 |
| Segmentation 0.3516190122587124 0.3505086371584931 0.7259570092732688 1.0 0.9917749811531346 16 Q8N2A8,Q15363 2 |
| B cell activation 0.3053012792947274 0.3496940150103632 0.7265683457693379 1.0 0.9920735780065316 43 P02786 1 |
| Regulation of endoplasmic reticulum tubular network organization 0.4543869843114422 0.348908946438089 0.727157668480177 1.0 0.9921941825370152 5 Q15042,P57088,Q15041,Q9H2M9 4 |
| Muscle cell differentiation 0.2983196692962075 0.348223692589296 0.7276721958456864 1.0 0.9921941825370152 69 O75844,P16615,Q8IV08,O94826,Q9BYT8,Q86TU7,O60341,P54198,O75955,P41440,Q9H7B4,Q9BWF3,Q96PU8 13 |
| Rna polyadenylation 0.3166387722136147 0.3478933589154446 0.7279202729373093 1.0 0.9921941825370152 36 Q8N684,P52298,P33240,Q12849,Q5VTR2,O43865,Q6UN15,Q6PJT7,Q69YN4,Q5KU26,P05067,P11940 12 |
| Negative regulation of cholesterol metabolic process 0.5831640058055103 0.3471245164970697 0.7284977758151896 1.0 0.99257068751991 2 O94905 1 |
| Negative regulation of alcohol biosynthetic process 0.5831640058055103 0.3471245164970697 0.7284977758151896 1.0 0.99257068751991 2 O94905 1 |
| Positive regulation of histone phosphorylation 0.4833380210331086 0.3456254646150605 0.7296242060831988 1.0 0.9935447987398056 4 P27361 1 |
| Regulation of cysteine type endopeptidase activity involved in execution phase of apoptosis 0.5825834542815627 0.3455710703533445 0.7296650904692548 1.0 0.9935447987398056 2 P23396 1 |
| Lymphocyte activation 0.2974847540939347 0.3441728210610976 0.7307163207714926 1.0 0.9941544161807484 109 P02786,P24390,Q9UQ84,P30825,P12956,P04062,O96005,P46379,P49366 9 |
| Epithelial cell apoptotic process 0.3470604896805938 0.3425889328915605 0.7319077290475366 1.0 0.9951588994416464 17 P09601,O76024 2 |
| Generation of precursor metabolites and energy 0.3435932590283867 0.34060719991203 0.7333993084905948 1.0 0.9963645450813462 189 P14406,P13073,Q9Y315,P03886,Q6KCM7,P56385,O43676,P43304,P06576,P00558,O75964,P48735,Q9BRR6,Q9P0J0,Q15070,Q9BSK2,P49748,Q13423,P27338,O75306,O14949,P21912,Q15067,P04062,Q9Y6M9,Q9UDW1 26 |
| Regulation of cellular response to growth factor stimulus 0.3143541020227291 0.3392200583395364 0.7344439597910408 1.0 0.9972890680902788 37 Q9UNH7,Q92896,Q92859,P46934 4 |
| Negative regulation of lipid transport 0.5834163478065624 0.337895369694386 0.7354420370087515 1.0 0.9972890680902788 3 Q9Y3D6 1 |
| Axis specification 0.3650480308377321 0.334693870198355 0.7378560259110634 1.0 0.9984492177293552 12 Q8N2A8,Q15363 2 |
| Regulation of potassium ion transmembrane transporter activity 0.3608761351150565 0.3345696324287114 0.7379497557573662 1.0 0.9984492177293552 13 P46934 1 |
| Regulation of ion transmembrane transport 0.2988208256277684 0.3342626094940183 0.7381814026096492 1.0 0.9984492177293552 65 O75844,P21796,P08183,O43865,Q12959,P46934 6 |
| Striated muscle adaptation 0.4498987041295196 0.3340860248203873 0.7383146453936447 1.0 0.9984492177293552 5 P23634,P16615 2 |
| Mrna cleavage 0.3681606519208361 0.3308633840130236 0.7407476809985973 1.0 1.0 11 Q16630,Q12996,P52298,P33240,Q8N684,Q9P2I0,Q09161,Q9UKF6,O43809,Q6UN15 10 |
| Regulation of histone h3 k4 methylation 0.3510239905693045 0.3303493558079111 0.741136003618744 1.0 1.0 15 O60341,Q03164 2 |
| Negative regulation of canonical wnt signaling pathway 0.3414885147440138 0.3296267339973258 0.7416820197800778 1.0 1.0 18 Q13641,Q99471,O14745,P50402 4 |
| Regulation of endoplasmic reticulum stress induced intrinsic apoptotic signaling pathway 0.379808125584075 0.3267521074331134 0.7438553854529122 1.0 1.0 10 O95881 1 |
| Positive regulation of response to biotic stimulus 0.3152213137604226 0.3266445998100194 0.7439367064701172 1.0 1.0 35 P23246,Q8WXF1,P12956,O94826,Q96PK6,P43243,Q9NUD5,Q9BY67 8 |
| Male gamete generation 0.2870216945950641 0.3266412581280776 0.7439392342340767 1.0 1.0 82 P41208,Q8NB90,P11717,Q16181,Q9P0K7,P54727,O95470,Q8N2A8,P23634,Q99417,Q9BPZ3,Q9BTX1,Q14997,Q07666,P46379,A0AVF1,Q15067,Q08J23,Q9Y2W6,Q9BY67,Q96PU8 21 |
| Response to ionizing radiation 0.30058107512195 0.3250311878460192 0.7451574676141641 1.0 1.0 44 O75844,P12956,O60341,Q96RU2,Q70UQ0 5 |
| Isoprenoid biosynthetic process 0.396662197574686 0.324877638995766 0.7452736811959197 1.0 1.0 8 P48449 1 |
| Ubiquitin dependent erad pathway 0.3165920969863398 0.3228743687123934 0.7467903883692135 1.0 1.0 33 P54578,Q96A33,Q8IXB1,O95155,Q9Y679,Q9UBU6,Q9BUN8,O76024,P27824,P51572,P46379,Q6NTF9,Q13438 13 |
| Response to estrogen 0.3576048466941695 0.3173168349708774 0.7510032044771293 1.0 1.0 13 P09601 1 |
| Peptidyl lysine methylation 0.3054981437476474 0.3157201984080601 0.7522148941804017 1.0 1.0 41 Q9C005,Q03164,Q86TU7,O60341,Q9H7B4 5 |
| Post embryonic development 0.3391514528612179 0.3155027819205901 0.752379939178152 1.0 1.0 18 O95470,Q9NX62,P11717,Q6Y7W6 4 |
| Mitochondrion localization 0.3354801713312906 0.3148643503909019 0.7528646501240357 1.0 1.0 19 O75153,Q8IWA4,P07196 3 |
| Regulation of erbb signaling pathway 0.3526576126903039 0.3139320596911683 0.75357264026945 1.0 1.0 14 Q9UNH7,Q9Y5X3,Q9NQC3 3 |
| Retrograde transport vesicle recycling within golgi 0.4436057813600406 0.3137046938477867 0.7537453354405648 1.0 1.0 5 Q8TBA6 1 |
| Microtubule anchoring 0.3609059120179898 0.313497644118163 0.7539026102735129 1.0 1.0 12 Q8TD16,Q15154,O95684,O75381,Q9Y496 5 |
| Negative regulation of cation channel activity 0.4423054192141618 0.3095531576266257 0.7569007823742058 1.0 1.0 5 P0DP25,P78417 2 |
| Regulation of dendritic cell chemotaxis 0.5683599419448426 0.3087924531916156 0.7574794102711286 1.0 1.0 2 Q07021 1 |
| Regulation of cyclase activity 0.3973158440925947 0.3087398119708624 0.7575194567143968 1.0 1.0 7 P0DP25 1 |
| Positive regulation of torc1 signaling 0.4705198954400293 0.3082496916472225 0.7578923435753386 1.0 1.0 4 Q9Y4R8,Q9BTA9,Q96EE3 3 |
| Positive regulation of telomere capping 0.4700871405498574 0.3070215244810321 0.7588269887688037 1.0 1.0 4 Q14103 1 |
| Golgi disassembly 0.4412240471730457 0.306116725981448 0.759515773350588 1.0 1.0 5 Q08379 1 |
| Protein methylation 0.2963860348695371 0.3039499024288373 0.761166058520204 1.0 1.0 64 Q9C005,O60725,Q03164,Q9BV86,Q86TU7,O60341,Q9H7B4 7 |
| Rna splicing via transesterification reactions 0.3379120816651119 0.3022750981619755 0.7624423597749854 1.0 1.0 183 P51991,Q13573,P62304,P62312,Q06787,Q96T37,Q9UBB9,P31942,Q9Y2W1,Q15637,P52597,O75533,P52272,P11940,P61978,P98175,Q13242,P38159,P51114,Q9BRX9,P23246,Q86V81,O95400,Q14011,Q96DF8,P62995,Q9UKM9,Q16629,P52756,P22626,Q6P2Q9,Q9UKA9,O75494,O43290,Q07666,P31943,Q12874,Q9BZJ0,Q9Y5S9,Q96PK6,Q15427,Q9H2H8,O60341,O60506,P51116,P52298,O43390,P31483,Q07955,Q9Y5B6,Q13595,P07910,Q9P013,Q9BWF3,P98179,Q92945,Q96PU8 57 |
| Trophoblast cell migration 0.5685249709639891 0.3003993713535058 0.7638725431424394 1.0 1.0 3 Q07021,Q7Z739 2 |
| Mammary gland epithelium development 0.3856093644257357 0.2995164861809514 0.7645459949162952 1.0 1.0 9 P31751,Q99623,Q9NQC3 3 |
| Positive regulation of nuclear division 0.3580876852235091 0.2992229794469427 0.7647699169905282 1.0 1.0 12 Q9UJX2,Q9UJX3 2 |
| Positive regulation of mitotic nuclear division 0.3580876852235091 0.2992229794469427 0.7647699169905282 1.0 1.0 12 Q9UJX2,Q9UJX3 2 |
| Cellular carbohydrate catabolic process 0.3426620415750051 0.2990988227651688 0.7648646444911273 1.0 1.0 16 Q14108,Q9NUJ1 2 |
| Lung associated mesenchyme development 0.5640058055152344 0.2980364548063936 0.765675340303098 1.0 1.0 2 P35222 1 |
| Regulation of atpase coupled calcium transmembrane transporter activity 0.5628447024673389 0.2952088095652427 0.767834372675497 1.0 1.0 2 Q6YHU6 1 |
| Positive regulation of membrane potential 0.4107924611518068 0.2948100999893346 0.76813895049642 1.0 1.0 6 P31751,Q8IWA4 2 |
| Biomineralization 0.3489882533564293 0.2942297368884441 0.7685823590496252 1.0 1.0 14 O75844,Q9NVV0,P20020,Q6P4Q7,Q4KMQ2 5 |
| Regulation of protein exit from endoplasmic reticulum 0.3935789545260729 0.294193326684242 0.7686101796705376 1.0 1.0 7 Q13438 1 |
| Regulation of fatty acid metabolic process 0.3444862726721935 0.2940000886544663 0.7687578356275837 1.0 1.0 15 Q2T9J0,P31751,Q15120,P49748 4 |
| Phagosome maturation 0.4652918966018047 0.2935644174981107 0.7690907689923838 1.0 1.0 4 Q13637,Q9NVJ2,P51149 3 |
| Regulation of mitotic cytokinesis 0.5619738751814173 0.2930993675807717 0.7694462001526452 1.0 1.0 2 Q9Y2S7 1 |
| Mitochondrial adp transmembrane transport 0.5646818345007016 0.2910994722234958 0.770975243561959 1.0 1.0 3 P12235 1 |
| Protein ufmylation 0.4363861513759555 0.2909227848941865 0.7711103748185435 1.0 1.0 5 Q96HY6,O94874 2 |
| Second messenger mediated signaling 0.3139261140470719 0.2887230617755339 0.772793313190411 1.0 1.0 30 O75844,Q9NVV0,P78417,P16615,Q8NE86,Q8IWX8,P00813,Q9Y3D6,P0DP25 9 |
| Release of sequestered calcium ion into cytosol by endoplasmic reticulum 0.4087341022340028 0.287636282816483 0.773625168365587 1.0 1.0 6 P0DP25,P78417 2 |
| Regulation of phospholipid metabolic process 0.355475977128599 0.2861050718957246 0.7747976470467399 1.0 1.0 12 Q8WTV0 1 |
| Positive regulation of actin filament polymerization 0.342864986813538 0.2850949897494615 0.7755713684455778 1.0 1.0 15 O95429,Q12959,Q9UQB8 3 |
| Leukocyte cell cell adhesion 0.2952784926297874 0.2844865963516946 0.7760375044487333 1.0 1.0 49 P02786,Q9H4A6,O43290,Q9HCL2,P30825,Q9NUQ9,Q12959,P04439,P49366 9 |
| Ribonucleoside catabolic process 0.5618058548502729 0.2842438038835232 0.7762235485779772 1.0 1.0 3 P00813 1 |
| Meiotic spindle organization 0.3909024901325647 0.2838949323141967 0.7764909002186098 1.0 1.0 7 Q08379 1 |
| Long chain fatty acyl coa metabolic process 0.3704176287371096 0.283074858459007 0.7771194537402442 1.0 1.0 10 Q9NZ01 1 |
| Retrograde transport endosome to golgi 0.3121800663470858 0.2825297212126149 0.7775373602136253 1.0 1.0 32 O75503,Q9UNH7,Q9Y5X3,Q13190,O60749,Q4J6C6,O95249,O15260 8 |
| Negative regulation of translational initiation 0.3862691292461149 0.2817550220674714 0.7781313613423504 1.0 1.0 8 Q9BPZ3,Q06787,Q9BWF3,P12270 4 |
| Positive regulation of protein exit from endoplasmic reticulum 0.4600730658715662 0.2792406373662814 0.7800601593413015 1.0 1.0 4 Q92544 1 |
| Multicellular organism growth 0.3117373100475641 0.2790775083448564 0.7801853434073447 1.0 1.0 32 O75844,O95470,Q6KCM7,Q15363 4 |
| Multicellular organismal movement 0.3854045061177714 0.2782353172420683 0.7808317255450485 1.0 1.0 8 Q6Y7W6 1 |
| Negative regulation of response to external stimulus 0.2948518595960493 0.2754504116778777 0.7829702184421565 1.0 1.0 52 Q9UMX5,P80303,P28070,Q96G23,O43657 5 |
| Negative regulation of retinoic acid receptor signaling pathway 0.5532656023222007 0.2725423031575344 0.7852050686312464 1.0 1.0 2 P27797 1 |
| Activation of immune response 0.2942245766174411 0.2721228937814327 0.7855275268561561 1.0 1.0 50 Q9NUD5,P23246,Q8WXF1,Q07666,P12956,O94826,Q96PK6,Q15233,P10909,Q9UJZ1,P43243,P00813,P46379,P04439 14 |
| Mitochondrial gene expression 0.2941530610400055 0.2718806248782422 0.7857138093761522 1.0 1.0 61 Q9Y2R0,Q567V2 2 |
| Protein homooligomerization 0.3003399288365949 0.2691598273238533 0.7878066929615073 1.0 1.0 41 P38159,Q99797,Q08379,Q9BPX6,Q4G0X4,P35637,Q99720 7 |
| Transmission of nerve impulse 0.3869328648072709 0.2688111269387005 0.7880750303517148 1.0 1.0 7 P04062 1 |
| Embryonic brain development 0.3866228412179654 0.267642859978125 0.7889742366055261 1.0 1.0 7 P62995 1 |
| Fatty acid derivative metabolic process 0.3237031432811873 0.2655938566533274 0.7905520174047347 1.0 1.0 22 Q9UMR5,Q9NZ01,P50897,Q53GQ0 4 |
| Vesicle targeting rough er to cis golgi 0.366498423140475 0.2652294827321589 0.7908326840253053 1.0 1.0 10 Q15363,Q92734,P49755 3 |
| Blood vessel morphogenesis 0.2775419578707587 0.2651925436530166 0.7908611386371953 1.0 1.0 90 O95470,P09601,Q9NZ08,P06576,P00558,Q86UE4,P42785,Q07954 8 |
| Inclusion body assembly 0.3663998208827389 0.2647835797124995 0.7911761870415441 1.0 1.0 10 P10909 1 |
| Regulation of establishment of protein localization to mitochondrion 0.3304745686780562 0.2638908843572052 0.7918639999774908 1.0 1.0 18 Q9UII2,P55786,O14737,O95817 4 |
| Regulation of translation in response to endoplasmic reticulum stress 0.4273218121149446 0.2632723747093054 0.7923406506049764 1.0 1.0 5 Q15363,Q13217 2 |
| Trna aminoacylation for mitochondrial protein translation 0.3848837209302281 0.2611159648606992 0.7940030804718567 1.0 1.0 7 Q9NP81,Q5JTZ9,Q6PI48,Q5JPH6,Q9BW92,Q9Y2Z4 6 |
| Neural nucleus development 0.3253942770622037 0.2595891752119958 0.7951806870895026 1.0 1.0 20 P00367,Q16352,P27338 3 |
| Organic acid biosynthetic process 0.2795617220737438 0.2572874557675942 0.7969568754327119 1.0 1.0 84 Q9BV57,P49327,Q53GQ0,Q8NCG7,Q8IVS2,Q99735,P09960,Q96PU8,Q13126,Q9H7Z7,P00367,P00374,Q9NZ01,P49748,O60568,Q9NP80,Q9BY49 17 |
| Response to interleukin 6 0.3837209302325588 0.2567774916924717 0.7973505466445743 1.0 1.0 7 Q13546,P23458,P40763,Q96JM3,Q6PD62,P35232 6 |
| Odontogenesis of dentin containing tooth 0.3996780009922925 0.2567652670900474 0.7973599841660488 1.0 1.0 6 Q6P4Q7 1 |
| Autophagosome organization 0.3125072581112133 0.2565171161067283 0.7975515657337575 1.0 1.0 27 Q15286,Q9UNZ2,Q7Z3C6,O95140,P16615,Q86Y82,P04062,O95817 8 |
| Lymphocyte homeostasis 0.3494060746574531 0.2560495528020039 0.7979125747074225 1.0 1.0 12 Q9HCL2,P49327 2 |
| Negative regulation of collateral sprouting 0.5448476052249593 0.2536123492701509 0.7997950551614683 1.0 1.0 2 Q15375 1 |
| Regulation of collateral sprouting 0.5448476052249593 0.2536123492701509 0.7997950551614683 1.0 1.0 2 Q15375 1 |
| Collateral sprouting in absence of injury 0.5448476052249587 0.2536123492701498 0.7997950551614692 1.0 1.0 2 P05067 1 |
| Negative regulation of b cell apoptotic process 0.5479900847055134 0.2525767743912621 0.8005952795443634 1.0 1.0 3 P00813 1 |
| Negative regulation of epidermal growth factor activated receptor activity 0.4235810700846762 0.2521827179945992 0.8008998355238544 1.0 1.0 5 Q9UNH7 1 |
| Regulation of nucleotide biosynthetic process 0.3785027006618534 0.2505347409433012 0.8021738417473114 1.0 1.0 8 Q15120,P00403 2 |
| Regulation of endoplasmic reticulum unfolded protein response 0.3742325243809246 0.2504382627015463 0.8022484427846215 1.0 1.0 9 Q96HY6,Q92905,O76024 3 |
| Mitochondrial translation 0.2905315111032219 0.2493685945584391 0.8030756758483051 1.0 1.0 45 Q9Y2R0 1 |
| Positive regulation of interferon beta production 0.344176000376502 0.2482801660079348 0.8039176438856566 1.0 1.0 13 O94826,P41440 2 |
| Collateral sprouting 0.5450058072009325 0.2460171814843889 0.8056689322780153 1.0 1.0 3 P05067,Q15375 2 |
| Negative regulation of transforming growth factor beta production 0.538751814223507 0.2404914383730447 0.8099492997287996 1.0 1.0 2 P08238 1 |
| Transforming growth factor beta production 0.538751814223507 0.2404914383730447 0.8099492997287996 1.0 1.0 2 P08238 1 |
| Intraciliary transport involved in cilium assembly 0.5416939150249968 0.2388562590308214 0.8112170441222439 1.0 1.0 3 A0AVF1 1 |
| Positive regulation of chemokine c c motif ligand 5 production 0.5378809869375905 0.2386576112983981 0.8113710882763081 1.0 1.0 2 O00571 1 |
| Regulation of cellular response to osmotic stress 0.4441341113971236 0.2376546184735996 0.8121489844593728 1.0 1.0 4 Q9BPX6 1 |
| Regulation of meiotic nuclear division 0.5370101596516637 0.2368339681893426 0.8127855982955305 1.0 1.0 2 P27797 1 |
| Secretion 0.3215585323471299 0.2350544886320475 0.8141664419018322 1.0 1.0 161 P40939,O14964,Q06787,P16615,O43760,P50897,P49755,Q7Z6M1,Q13505,Q4J6C6,Q15907,Q92905,P0DP25,Q9UNH7,Q9Y5X3,P53985,Q16836,Q9H7Z7,P30040,Q9BRK5,Q16850,P55327,Q96PC5,Q9NVV0,P09601,O14745,Q86UL3,Q8NE86,P00367,P00403,P27338,Q96FZ7,P50416,Q8N5M9,Q7L0J3,P00813,Q32P28,Q9NP80,Q9H4A6 39 |
| Sphingomyelin biosynthetic process 0.4426372349695225 0.2339215769630379 0.8150458618796153 1.0 1.0 4 Q9P0L0,O15270,O15269 3 |
| Dsrna processing 0.3194650146828802 0.2302936532704621 0.8178635920454511 1.0 1.0 21 O75844 1 |
| Regulation of epidermal growth factor activated receptor activity 0.391506008051384 0.2299195804345659 0.8181542608938328 1.0 1.0 6 Q9UNH7 1 |
| Hindbrain morphogenesis 0.3471101917353764 0.2292013532692975 0.8187124208204732 1.0 1.0 11 Q15058 1 |
| Establishment of rna localization 0.281352501702282 0.2275611281922364 0.819987442293522 1.0 1.0 99 P41208,P51991,Q06787,Q15388,Q86V81,Q16629,Q8NFH5,P57740,O75955,Q8NFH4,P22626,Q9BTX1,Q8TD16,Q07666,Q8N1F7,Q92621,Q07955,Q9ULX6,Q08J23,P41440,Q92945,Q96PU8 22 |
| Neuron cellular homeostasis 0.372492003489392 0.2270073684070829 0.8204180125734397 1.0 1.0 8 P20020,P23634,Q7L7X3,Q9UQN3,P51790,Q00535,Q14203 7 |
| Signal transduction by p53 class mediator 0.288868143428261 0.2269164057624112 0.8204887448305416 1.0 1.0 47 O75844,O60341,Q96RU2,P46379,P61978 5 |
| Negative regulation of neuroblast proliferation 0.5351335656213739 0.2250441173554379 0.8219449537078705 1.0 1.0 3 P04637,P21359 2 |
| Interleukin 6 mediated signaling pathway 0.4388614580307917 0.2246401914771346 0.8222591955964949 1.0 1.0 4 Q6PD62,Q13546,P23458 3 |
| Myeloid leukocyte activation 0.3140318874394457 0.2240882666457701 0.8226886222021512 1.0 1.0 24 Q9UNH7,P09601 2 |
| Negative regulation of calcium ion transport into cytosol 0.534647881030742 0.2240413862287795 0.8227251000863331 1.0 1.0 3 P0DP25 1 |
| Negative regulation of ryanodine sensitive calcium release channel activity 0.534647881030742 0.2240413862287795 0.8227251000863331 1.0 1.0 3 P0DP25 1 |
| Positive regulation of sequestering of calcium ion 0.534647881030742 0.2240413862287795 0.8227251000863331 1.0 1.0 3 P0DP25 1 |
| Adherens junction assembly 0.4376996805111806 0.2218235512226009 0.8244512449292298 1.0 1.0 4 P18206,P35222,Q13177 3 |
| Positive regulation of immune response 0.2800526747560751 0.2196242828594463 0.8261637781238993 1.0 1.0 80 Q9NUD5,P02786,P23246,Q8WXF1,Q07666,P12956,Q9NUQ9,O94826,Q96PK6,Q15233,P00813,Q9UJZ1,P10909,P43243,P46379,P04439,Q9BY67 17 |
| Epithelial cell maturation 0.5322977986885575 0.2192283167268295 0.8264721983965702 1.0 1.0 3 P04818 1 |
| Sensory perception of mechanical stimulus 0.3280146575229222 0.218039272819324 0.8273985121902041 1.0 1.0 16 Q9Y6M9,Q14108,O76024 3 |
| Epithelial cell cell adhesion 0.410807669959321 0.2157956635761089 0.8291470286513865 1.0 1.0 5 P18206,P14923,P35221,P15924 4 |
| Regulation of heart rate 0.3410329251876244 0.2156520417493767 0.8292589866622546 1.0 1.0 12 P16615,P0DP25,P00813 3 |
| Actin filament based movement 0.304247748282158 0.2151573230681141 0.8296446629286061 1.0 1.0 29 P35580,P60660,P16615,Q9UM22,Q9UH99,P05023,Q12959,P09493 8 |
| Negative regulation of protein tyrosine kinase activity 0.3684189876539026 0.2113962286506562 0.8325780993525305 1.0 1.0 8 Q9UNH7,O95684 2 |
| Cellular amino acid biosynthetic process 0.3004045642484672 0.2063559647869797 0.8365128655255822 1.0 1.0 35 P00374,Q13126 2 |
| Apoptotic signaling pathway 0.3137215070680853 0.2060996645147945 0.8367130608244278 1.0 1.0 151 O95470,P09601,O95881,P49327,P23246,P45880,Q9NR28,O14737,O76024,P10909,O60341,Q9P0J0,Q96A26,Q96RU2,Q9Y3D6,P46379,P61978 17 |
| Negative regulation of transporter activity 0.3257350099741213 0.2058032526066045 0.8369446003766587 1.0 1.0 16 O14745,P0DP25,P78417,P46934 4 |
| Negative regulation of lipid localization 0.430765038102452 0.2053991923744283 0.8372602512166283 1.0 1.0 4 Q9Y3D6 1 |
| Regulation of er associated ubiquitin dependent protein catabolic process 0.5249346095321756 0.2045675006147772 0.8379100491381342 1.0 1.0 3 P51572 1 |
| Response to reactive oxygen species 0.2914499680387736 0.2045299242039406 0.8379394100729076 1.0 1.0 42 P00374,Q99720 2 |
| Neural retina development 0.3665274335530368 0.2042404118656079 0.8381656327726357 1.0 1.0 8 P23634,P54802,Q15555 3 |
| Regulation of synaptic vesicle recycling 0.3830281894798112 0.203141202243412 0.8390246683187252 1.0 1.0 6 Q13464,Q9Y263,Q7L576,P0DP25,Q96CW1 5 |
| Cardiac muscle cell action potential involved in contraction 0.3626751374407851 0.2026147347056128 0.8394361722502932 1.0 1.0 9 Q12959 1 |
| Regulation of calcium mediated signaling 0.3659912354117537 0.2022230112899694 0.839742384338189 1.0 1.0 8 Q8IWX8,P00813,P0DP25 3 |
| Regulation of retinal ganglion cell axon guidance 0.519303338171257 0.2019761471949326 0.8399353716582598 1.0 1.0 2 O14786 1 |
| Cell junction maintenance 0.3623151487903706 0.2011605837762185 0.8405730110478602 1.0 1.0 9 Q9BRK5 1 |
| Negative regulation of adenylate cyclase activity 0.5184325108853365 0.2003716170193646 0.8411899556879938 1.0 1.0 2 P08754 1 |
| Negative regulation of lyase activity 0.5184325108853365 0.2003716170193646 0.8411899556879938 1.0 1.0 2 P08754 1 |
| Gamma aminobutyric acid signaling pathway 0.5184325108853355 0.2003716170193626 0.8411899556879954 1.0 1.0 2 P55011 1 |
| Regulation of protein tyrosine phosphatase activity 0.5184325108853352 0.2003716170193621 0.8411899556879958 1.0 1.0 2 P17931 1 |
| Self proteolysis 0.5178519593613877 0.1993076602952034 0.8420220873349147 1.0 1.0 2 Q14790 1 |
| Regulation of presynaptic cytosolic calcium ion concentration 0.5221201346057949 0.1991326175317871 0.8421590070346554 1.0 1.0 3 P23634 1 |
| Negative regulation of telomere maintenance via telomerase 0.3676629370524851 0.1990566531517345 0.8422184284005634 1.0 1.0 7 P07910 1 |
| Cellular response to retinoic acid 0.3509071629949589 0.1967258315015133 0.8440420944773517 1.0 1.0 10 Q9P0J0,Q13573 2 |
| Synaptic transmission gabaergic 0.4035313153614664 0.1961310967394881 0.8445075572359362 1.0 1.0 5 Q13641 1 |
| Neuron projection extension involved in neuron projection guidance 0.5194541231126633 0.1940711132437025 0.8461201998807932 1.0 1.0 3 O14786,Q13740 2 |
| Negative regulation of blood circulation 0.5190087527369508 0.1932338037280706 0.8467758660530791 1.0 1.0 3 P16615 1 |
| Regulation of dna damage response signal transduction by p53 class mediator resulting in transcription of p21 class mediator 0.5126269956458576 0.1899382932508443 0.8493574849594012 1.0 1.0 2 Q9UNS2 1 |
| Protein localization to microtubule organizing center 0.3322448779791134 0.1896705254289826 0.8495673188155233 1.0 1.0 13 Q14789,Q13561,Q9UNZ2 3 |
| Peroxisomal transport 0.4010690638408081 0.1896572714124352 0.8495777054838516 1.0 1.0 5 P56589,O75381,P28288 3 |
| Small molecule biosynthetic process 0.3095076801845755 0.1893727695477265 0.8498006650596299 1.0 1.0 146 Q9UBM7,P49327,P37268,Q13126,Q15392,Q53GQ0,O76062,P00558,P48449,P00374,Q15800,Q16850,Q9UBX3,P00367,P49748,Q9BY49,O75845,Q8IVS2,Q9NZ01,P04062,Q9NP80 21 |
| Monocarboxylic acid biosynthetic process 0.2876392502121985 0.1857458444855024 0.8526440751579323 1.0 1.0 43 P49327,Q8IVS2,Q9NZ01,P49748,Q9NP80,Q9BY49 6 |
| Nadp metabolic process 0.3194620806197288 0.1854282225087903 0.8528931738802277 1.0 1.0 17 Q13423,Q9Y315,P48735 3 |
| Pyrimidine deoxyribonucleotide metabolic process 0.3613142117513847 0.1848370607541823 0.8533568383950025 1.0 1.0 8 Q9H773 1 |
| Positive regulation of synaptic vesicle recycling 0.5088534107401974 0.1834022116099975 0.8544824406857474 1.0 1.0 2 Q9Y263 1 |
| Regulation of response to external stimulus 0.3054215961842378 0.1831804047218509 0.8546564689847 1.0 1.0 140 Q9BY67,Q13641,Q8WXF1,Q96G23,P04439,Q9UNH7,P23246,P60900,Q15233,Q9BYJ9,Q86UT6,O43657,Q4KMQ2,O75844,Q9NZ08,Q8NCG7,P28070,P12956,Q8NE86,Q96PK6,O94826,P43243,P27361,Q9BVA1,Q9NUD5,Q9UMX5,P33527,P80303,Q99735,P19474,Q9NUQ9,P04062,Q13573 33 |
| Dna damage response signal transduction resulting in transcription 0.5127758420441384 0.1817639838322612 0.8557679503681161 1.0 1.0 3 Q9UNS2,P04637 2 |
| Interferon beta production 0.3232841377885055 0.1814467062419369 0.8560169609673036 1.0 1.0 15 O94826,Q86UT6,P41440 3 |
| Meiotic spindle assembly 0.4196951602085629 0.1805829270266098 0.8566949578117347 1.0 1.0 4 Q08379 1 |
| Dna catabolic process exonucleolytic 0.50682148040638 0.179962783920042 0.8571817852621764 1.0 1.0 2 Q9H0D6 1 |
| Vesicle targeting to from or within golgi 0.3301882073142394 0.1798563483921046 0.8572653452132579 1.0 1.0 13 Q15363,Q92734,P49755 3 |
| Positive regulation of transmembrane receptor protein serine threonine kinase signaling pathway 0.3228381307770538 0.1791780352503971 0.8577979099491597 1.0 1.0 15 Q8N1F7,Q92859 2 |
| Abscission 0.5053701015965109 0.1775402790990802 0.8590840295828674 1.0 1.0 2 Q8N0X7 1 |
| Activin receptor signaling pathway 0.5050798258345375 0.1770591975291006 0.859461891140656 1.0 1.0 2 P67870 1 |
| Regulation of activin receptor signaling pathway 0.5050798258345375 0.1770591975291006 0.859461891140656 1.0 1.0 2 P67870 1 |
| Activation of cysteine type endopeptidase activity involved in apoptotic process 0.3222610031137486 0.1762490262122718 0.8600983062326386 1.0 1.0 15 Q96A26,O95831,Q9NR28,P61604 4 |
| Negative regulation of signaling receptor activity 0.3600031907628348 0.1730536922743121 0.8626092238917238 1.0 1.0 7 Q9UNH7 1 |
| Positive regulation of protein localization to membrane 0.2973802683202601 0.1727293476316264 0.8628641744320171 1.0 1.0 33 O14737,O00264,P27105,Q9Y3D6,Q07954,Q12959 6 |
| Imp catabolic process 0.5010159651669039 0.1704435120443347 0.8646613550719735 1.0 1.0 2 P49902 1 |
| Mrna splice site selection 0.3111547722003062 0.1701037837998583 0.8649285178430524 1.0 1.0 19 Q13242,Q9UKA9,O75494,Q07955,Q12874 5 |
| Positive regulation of receptor binding 0.5004354136429547 0.1695165848112982 0.8653903283454065 1.0 1.0 2 O14786 1 |
| Regulation of gene silencing by rna 0.3102594875263773 0.1690697033304648 0.8657418150799114 1.0 1.0 20 O75844,Q01085 2 |
| Retina morphogenesis in camera type eye 0.3928449763261766 0.1687108324741146 0.866024097842562 1.0 1.0 5 Q16706,P54802,Q15555 3 |
| Cellular response to peptide 0.2765349191145491 0.1682824694672144 0.8663610645256767 1.0 1.0 79 Q9UNH7,P43490,Q07954,O43865,Q9BSK2,Q9UQB8 6 |
| Regulation of rrna processing 0.3564989822622733 0.1673429614793075 0.8671002023310157 1.0 1.0 8 Q9UNQ2,O43709,Q9BVS4,Q9UI30,Q8TED0,Q9H583,Q8IWA0 7 |
| Positive regulation of rrna processing 0.3564989822622733 0.1673429614793075 0.8671002023310157 1.0 1.0 8 Q9UNQ2,O43709,Q9BVS4,Q9UI30,Q8TED0,Q9H583,Q8IWA0 7 |
| Regulation of receptor signaling pathway via stat 0.3562624642280815 0.1664945304631926 0.8677677871585874 1.0 1.0 8 O14964,Q9NX40 2 |
| Response to extracellular stimulus 0.2714124765956694 0.1664068495520972 0.8678367839460659 1.0 1.0 92 Q9UMX5,P02786,P09601,P30536,P80303,P53985,Q9H773 7 |
| Fear response 0.498113207547166 0.1658541752739166 0.8682717107632929 1.0 1.0 2 P51608 1 |
| Skeletal system development 0.2838180214905982 0.1645403777588319 0.8693057630243253 1.0 1.0 53 O75844,O95470,Q9NX62,Q9NVV0,Q7Z3C6,P51812,Q92896,P04818,Q15904,P16435,Q32P28,P27361,Q12959 13 |
| Bone development 0.299101521652862 0.1630972929359335 0.8704418311836419 1.0 1.0 27 O75844,Q9NX62,Q92896,Q32P28 4 |
| Response to calcium ion 0.3043879001520591 0.1619136376200212 0.8713738632612624 1.0 1.0 24 O43865,Q14103,P0DP25,Q86YQ8,P46934 5 |
| Pointed end actin filament capping 0.4955007256893989 0.1618203794591253 0.8714473040696553 1.0 1.0 2 Q9NYL9 1 |
| Allantoin metabolic process 0.5011614401858342 0.1616320653955707 0.8715956047861086 1.0 1.0 3 P00813,P49902 2 |
| Purine deoxyribonucleotide catabolic process 0.5011614401858341 0.1616320653955704 0.8715956047861089 1.0 1.0 3 P00813,Q9Y3Z3 2 |
| Sulfur compound biosynthetic process 0.2820311738626671 0.1615725090703819 0.8716425074045495 1.0 1.0 47 Q9BV57,O43505,Q13126,P50897,Q9UMR5,Q9NZ01,Q8TB61,Q53GQ0 8 |
| Microtubule anchoring at microtubule organizing center 0.3686242843722974 0.1603010845149156 0.8726439046042445 1.0 1.0 6 Q8TD16,Q9Y496 2 |
| Negative regulation of t cell proliferation 0.355951467406562 0.1597239516207294 0.8730985324623708 1.0 1.0 7 Q12959,P78540 2 |
| Rab protein signal transduction 0.388536991561757 0.1581612151251794 0.8743297648686581 1.0 1.0 5 Q15286 1 |
| Biological process involved in symbiotic interaction 0.272478483889596 0.1579818396482248 0.8744711088619075 1.0 1.0 83 Q8WTV0,P02786,O15118 3 |
| Axoneme assembly 0.4980343645091611 0.1564882841257773 0.8756481533888125 1.0 1.0 3 A0AVF1 1 |
| Neutrophil activation involved in immune response 0.4077839093813511 0.1558490885932891 0.876151976232999 1.0 1.0 4 P11274,P51809,Q15833 3 |
| Neutrophil degranulation 0.4077839093813511 0.1558490885932891 0.876151976232999 1.0 1.0 4 P11274,P51809,Q15833 3 |
| Response to nitric oxide 0.3504201250002133 0.1544041635740179 0.8772910709714095 1.0 1.0 9 Q14103 1 |
| Cellular response to reactive nitrogen species 0.3504201250002133 0.1544041635740179 0.8772910709714095 1.0 1.0 9 Q14103 1 |
| Chondrocyte differentiation 0.3404649917093706 0.1533052841247691 0.8781575338063985 1.0 1.0 10 Q92896 1 |
| Regulation of monocyte differentiation 0.4888243831639995 0.151924902977359 0.879246166545679 1.0 1.0 2 Q00534 1 |
| Apoptotic chromosome condensation 0.4888243831639995 0.151924902977359 0.879246166545679 1.0 1.0 2 P11388 1 |
| Positive regulation of establishment of protein localization to mitochondrion 0.3270541456824923 0.1512683336356764 0.8797640479018629 1.0 1.0 12 P55786 1 |
| Clathrin coat assembly 0.3518464669962143 0.1508444587686443 0.8800984144729513 1.0 1.0 8 P53680,Q00610,Q13492,O00291,O00443,P63010,P09496 7 |
| Lysosomal membrane organization 0.4879535558780784 0.1506776967559037 0.8802299677499128 1.0 1.0 2 Q9UQN3 1 |
| Negative regulation of endoplasmic reticulum stress induced eif2 alpha phosphorylation 0.4942566371164719 0.1504306550284972 0.8804248572290359 1.0 1.0 3 Q15363 1 |
| Regulation of translation initiation in response to endoplasmic reticulum stress 0.4942566371164719 0.1504306550284972 0.8804248572290359 1.0 1.0 3 Q15363 1 |
| Negative regulation of response to cytokine stimulus 0.3493310063990749 0.1502532532492623 0.8805648127120846 1.0 1.0 9 Q9Y6K5,Q7Z739,Q9Y3Z3,Q9UIV1,Q14166,Q86U44,O94813,Q8N2W9 8 |
| Heart process 0.2943182534092908 0.1496340182391392 0.8810533676591525 1.0 1.0 33 O75844,Q9NVV0,P78417,P23634,P16615,P00813,P05023,Q12959,P0DP25,P09493 10 |
| Vesicle fusion with golgi apparatus 0.4042985768225452 0.1490031994345836 0.8815511083662559 1.0 1.0 4 Q13190,O75396,Q9UEU0 3 |
| Desmosome organization 0.4040081324426459 0.1484407552846089 0.8819949382575953 1.0 1.0 4 Q14126,P14923,P15924 3 |
| Positive regulation of er associated ubiquitin dependent protein catabolic process 0.4853410740203129 0.1469958951419133 0.8831352603278644 1.0 1.0 2 P51572 1 |
| Protein localization to cell cell junction 0.3506833381796885 0.1467834732588463 0.8833029298090249 1.0 1.0 8 Q07157,P23458,Q14160,Q9Y624,P18206,P15924,Q13177 7 |
| Cellular response to virus 0.3032923161274982 0.1463114424075721 0.8836755333292632 1.0 1.0 23 O94826,Q86UT6,Q99623,O43657,Q9NUD5 5 |
| Voluntary musculoskeletal movement 0.4907084785133604 0.1448967872394666 0.884792363078452 1.0 1.0 3 P42345,P18887 2 |
| Regulation of calcium ion dependent exocytosis 0.3829169087739633 0.1448431842186172 0.8848346856443459 1.0 1.0 5 Q15042,P16615,P04899,O00186 4 |
| Purine deoxyribonucleotide biosynthetic process 0.4824383164005743 0.1430097153542849 0.886282508320946 1.0 1.0 2 P55263 1 |
| Prostate gland development 0.3506628012594549 0.1427822496740965 0.8864621561420689 1.0 1.0 7 P07602 1 |
| Protein refolding 0.3377945883037474 0.1425470869000123 0.8866478891073011 1.0 1.0 10 P54652,P11142,P08621,Q9UL15,Q0VDF9,O60884,P07900,P38646,P0DMV9 9 |
| Regulation of dendrite morphogenesis 0.3112839251615777 0.1419345301603141 0.8871317192898278 1.0 1.0 17 Q9UQB8 1 |
| Negative regulation of type i interferon mediated signaling pathway 0.34912790697674 0.1379643279704651 0.8902686100479844 1.0 1.0 7 Q9Y6K5,Q7Z739,Q9Y3Z3,Q9UIV1,Q14166,Q86U44 6 |
| Hyaluronan metabolic process 0.4783744557329399 0.1376127387176212 0.8905464872790443 1.0 1.0 2 O95782 1 |
| Hyaluronan biosynthetic process 0.4783744557329399 0.1376127387176212 0.8905464872790443 1.0 1.0 2 O95782 1 |
| Regulation of hyaluronan biosynthetic process 0.4783744557329399 0.1376127387176212 0.8905464872790443 1.0 1.0 2 O95782 1 |
| Deoxyribonucleoside metabolic process 0.3797069045799551 0.1374648239675943 0.890663395160038 1.0 1.0 5 Q9Y315 1 |
| Cdp diacylglycerol metabolic process 0.3793328480683064 0.1366159171247647 0.8913343944245364 1.0 1.0 5 Q9HCL2,Q86UL3 2 |
| Regulation of calcineurin mediated signaling 0.378293958660401 0.1342701499995244 0.893188956323899 1.0 1.0 5 Q8IWX8 1 |
| Negative regulation of release of cytochrome c from mitochondria 0.347027527503601 0.1341886729153906 0.8932533826077431 1.0 1.0 8 Q9H300,P10909,Q9H3K2,P02545 4 |
| Activation of phospholipase d activity 0.48228803716609 0.1323650507607322 0.8946955568545221 1.0 1.0 3 P18085,Q14344 2 |
| Regulation of chondrocyte differentiation 0.3773147245901157 0.1320751985975218 0.8949248126920026 1.0 1.0 5 Q92896 1 |
| Chemokine c c motif ligand 5 production 0.3947139122858079 0.1310980235834044 0.8956977646219921 1.0 1.0 4 Q7Z434,O00571,P78540 3 |
| Torc2 signaling 0.4728592162554362 0.1306269939801553 0.8960703875845284 1.0 1.0 2 Q96A49 1 |
| Regulation of translation in response to stress 0.3220776688383286 0.1293627950079663 0.897070585547755 1.0 1.0 12 Q15363,P51812 2 |
| Positive regulation of programmed necrotic cell death 0.4796747967479713 0.1286470262940468 0.8976369538529108 1.0 1.0 3 P04637,Q9NZI8 2 |
| Regulation of natural killer cell mediated immunity 0.3569140358037713 0.1280811585100943 0.898084746559928 1.0 1.0 6 Q9BY67 1 |
| Pyroptosis 0.479094076655055 0.1278317527101491 0.8982821211717971 1.0 1.0 3 Q14790,Q9NZI8 2 |
| Mitochondrial protein catabolic process 0.4699564586356988 0.1271049116286822 0.8988573640776358 1.0 1.0 2 Q96TA2 1 |
| Response to light stimulus 0.2794156109302096 0.1250182236032917 0.9005091231782576 1.0 1.0 65 P31751,P22830,Q14011,Q9BRK5,O60341,Q96RU2,Q9BWF3,P27544,P46934 9 |
| Stress granule assembly 0.3024006440231738 0.1242475421302391 0.9011192806648722 1.0 1.0 20 P31483,Q14011,Q9BYJ9,O00571,Q14157,P54646,Q8ND56 7 |
| Regulation of translational initiation by eif2 alpha phosphorylation 0.3734255708590144 0.1235126366550875 0.90170116830601 1.0 1.0 5 Q15363 1 |
| Negative regulation of respiratory burst 0.4667634252539858 0.1233521441757281 0.9018282509929284 1.0 1.0 2 P11274 1 |
| Skeletal muscle organ development 0.2966389053030195 0.1228140215762429 0.9022543707075854 1.0 1.0 25 P80723,Q9BYT8,P50402,P41440,O75955,P51114 6 |
| Peptide antigen assembly with mhc protein complex 0.466182873730037 0.122683387871737 0.9023578190397854 1.0 1.0 2 P27797 1 |
| Cellular response to manganese ion 0.4653120464441156 0.1216880325274866 0.9031460914561056 1.0 1.0 2 P05067 1 |
| Negative regulation of guanyl nucleotide exchange factor activity 0.4653120464441154 0.1216880325274863 0.9031460914561058 1.0 1.0 2 P16949 1 |
| Negative regulation of erbb signaling pathway 0.3320991446039303 0.1200980231466468 0.904405498358276 1.0 1.0 10 Q9UNH7,Q9Y5X3 2 |
| Viral budding 0.3223343756446169 0.1200233158982547 0.9044646780528348 1.0 1.0 11 P46934 1 |
| Positive regulation of intracellular protein transport 0.2795160898316098 0.1198356196715376 0.9046133648331712 1.0 1.0 55 P31751,O14737,Q9Y282,P27105,P50402,Q9Y3D6,P55786,Q92544 8 |
| Regulation of peptidyl lysine acetylation 0.3000048152921183 0.1198221268036757 0.9046240535684288 1.0 1.0 22 O75844,Q01105,Q03164 3 |
| Mrna alternative polyadenylation 0.3715862870424118 0.1195497330930013 0.9048398412068984 1.0 1.0 5 Q69YN4,Q16630,Q96MU7,Q8N684 4 |
| Heart morphogenesis 0.2925641124976307 0.1192591183703091 0.9050700711007912 1.0 1.0 27 O75844,Q9NQC3 2 |
| L glutamate transmembrane transport 0.3422530523484497 0.1169438951980942 0.9069045134340749 1.0 1.0 7 O60831,Q15041,O75746 3 |
| Regulation of genetic imprinting 0.4592162554426661 0.1149792440288036 0.9084615737854956 1.0 1.0 2 Q6PD62 1 |
| Genomic imprinting 0.4592162554426661 0.1149792440288036 0.9084615737854956 1.0 1.0 2 Q6PD62 1 |
| Convergent extension 0.4592162554426639 0.1149792440288014 0.9084615737854972 1.0 1.0 2 Q13308 1 |
| Response to interleukin 17 0.45892597968069 0.114670954282715 0.9087059371500584 1.0 1.0 2 Q13049 1 |
| Regulation of synaptic transmission glutamatergic 0.3828056927098451 0.1107375351386313 0.9118244802772542 1.0 1.0 4 Q15042,P19022,Q8NBU5 3 |
| Deoxyribonucleoside triphosphate metabolic process 0.3295835066303247 0.1104037111652546 0.912089210039258 1.0 1.0 10 Q9H773,Q7LG56,P00813,P04818 4 |
| Regulation of guanyl nucleotide exchange factor activity 0.4654471544715483 0.1098085445366339 0.9125612144675526 1.0 1.0 3 Q9Y2S7,P16949 2 |
| Phagolysosome assembly 0.4651567944250908 0.1094485135308767 0.9128467565992062 1.0 1.0 3 Q9NVJ2,P51149 2 |
| Ventricular septum morphogenesis 0.4648664343786337 0.1090894487398255 0.9131315436285876 1.0 1.0 3 O94813,Q96T37 2 |
| Positive regulation of nucleotide biosynthetic process 0.3816485765600639 0.1088702303560212 0.9133054189957592 1.0 1.0 4 P00403 1 |
| Positive regulation of atp biosynthetic process 0.3816485765600639 0.1088702303560212 0.9133054189957592 1.0 1.0 4 P00403 1 |
| Negative regulation of autophagosome assembly 0.4642857142857181 0.1083742149502627 0.913698854137344 1.0 1.0 3 Q96KQ7,Q8WVM8 2 |
| Demethylation 0.3024755109068155 0.1081961949855146 0.9138400632003724 1.0 1.0 18 O60341 1 |
| Receptor clustering 0.3081801630082227 0.107239044791626 0.9145993407498284 1.0 1.0 15 P49354,O43805,P57105,Q14168,Q12959 5 |
| Protein localization to extracellular region 0.2778959319739118 0.1069524369101739 0.9148267130834468 1.0 1.0 64 P40939,Q8N5M9,Q8NE86,P53985,Q16836,P49755,P00367,P30040,Q32P28,Q15907,Q16850,Q9H4A6,Q96PC5 13 |
| Regulation of cardiac muscle adaptation 0.4630943769462566 0.1069189888408729 0.9148532486267202 1.0 1.0 3 P23634 1 |
| Regulation of protein localization to cell surface 0.3375586908464301 0.1068714118869773 0.9148909932802558 1.0 1.0 9 Q92544 1 |
| Fat cell differentiation 0.2889000543699499 0.1067872157832436 0.9149577898041814 1.0 1.0 29 Q8N4Q0,Q9BRK5,Q9NZ08,Q02252 4 |
| Peptidyl serine modification 0.2712027603140023 0.1054579530247161 0.9160124325127964 1.0 1.0 79 P02786,Q9BV86 2 |
| Histone h3 k4 methylation 0.2948972144396209 0.1031289174852074 0.9178606545459655 1.0 1.0 24 Q9C005,Q86TU7,O60341,Q03164 4 |
| Neuron recognition 0.3375227643165838 0.1030227201172979 0.917944938850252 1.0 1.0 7 Q9NQC3 1 |
| Negative regulation of g protein coupled receptor signaling pathway 0.3374314933255827 0.1027585311329838 0.91815461833481 1.0 1.0 7 P23634,P00813 2 |
| Cellular response to ether 0.4594888856789237 0.1026132137848387 0.9182699551195102 1.0 1.0 3 Q9H4A6 1 |
| Protein localization to adherens junction 0.3765606075035485 0.1008917869197544 0.919636362928631 1.0 1.0 4 Q07157 1 |
| Chromatin remodeling at centromere 0.3761254719721209 0.1002269717026875 0.9201641335012464 1.0 1.0 4 Q7Z7K6,P49321,P84243 3 |
| Protein polyufmylation 0.3755457557063393 0.0993455376042938 0.9208639234419392 1.0 1.0 4 Q96HY6 1 |
| Reticulophagy 0.3755457557063393 0.0993455376042938 0.9208639234419392 1.0 1.0 4 Q96HY6 1 |
| Negative regulation of cell projection organization 0.287078835713235 0.0989553182362427 0.9211737467932456 1.0 1.0 34 Q9NR77,Q96G23,P08670,Q9NQC3 4 |
| Production of sirna involved in rna interference 0.3732210281731045 0.0958598806409951 0.9236318584000178 1.0 1.0 4 Q99598,Q9UPY3,O75569 3 |
| Regulation of chromatin organization 0.2973963478297309 0.0943982009002736 0.9247928448987836 1.0 1.0 19 O60341 1 |
| Regulation of chemotaxis 0.2887383663943124 0.0942009622884026 0.9249495203794098 1.0 1.0 27 Q13641,Q9NUQ9,Q9BYJ9,P27361,Q9BVA1,Q4KMQ2 6 |
| Negative regulation of alpha beta t cell proliferation 0.436284470246728 0.0936104608632969 0.9254185995402504 1.0 1.0 2 P78540 1 |
| Negative regulation of telomere maintenance via telomere lengthening 0.3341087525443382 0.0918134904910279 0.9268462254749116 1.0 1.0 8 Q9H0A0,Q9NVN8,Q00839,P07910,Q8IZH2,P09874,P09651 7 |
| External encapsulating structure organization 0.2900332827808046 0.0913158441398659 0.9272416287839348 1.0 1.0 26 P07942,Q9NPQ8,P41440,O75955,O60568,Q07954,Q53GQ0 7 |
| Negative regulation of stem cell differentiation 0.3694452512343882 0.0903650229724151 0.9279971505684246 1.0 1.0 4 Q8WX92,Q00839,P40763 3 |
| Positive regulation of endothelial cell development 0.431349782293173 0.0897629766650238 0.9284755697204204 1.0 1.0 2 P35611 1 |
| Positive regulation of mitophagy in response to mitochondrial depolarization 0.3689181777551421 0.0896142985110658 0.9285937215572058 1.0 1.0 4 O95140 1 |
| Postsynaptic modulation of chemical synaptic transmission 0.368573918094683 0.0891261122627241 0.928981685385867 1.0 1.0 4 P40818,P38919,Q7L576 3 |
| C4 dicarboxylate transport 0.3234851449514496 0.0874860114253038 0.9302852040621004 1.0 1.0 10 Q02978,Q9UBX3,Q15758,O75746 4 |
| Lipid transport across blood brain barrier 0.427866473149486 0.0871967979292309 0.930515084546202 1.0 1.0 2 Q01469 1 |
| Regulation of receptor localization to synapse 0.427576197387511 0.0869884269178954 0.9306807112167664 1.0 1.0 2 O15400 1 |
| Dendrite extension 0.3316860465116206 0.0864695962800712 0.9310931241783832 1.0 1.0 7 Q9BRT6,Q96F07,Q9Y263,Q7L576,O60271,Q96PU5 6 |
| Dopaminergic neuron differentiation 0.4267053701015893 0.0863683124550646 0.9311736357767736 1.0 1.0 2 P35222 1 |
| Regulation of cysteine type endopeptidase activity 0.2757356533282075 0.0861890140648485 0.9313161637159052 1.0 1.0 53 P49327,O95831,P78318,P61604,P51812,Q9NZJ7,Q9NR28,O14737,Q96K76,Q15392,Q9P0J0,Q96A26,Q9Y3D6 13 |
| Regulation of cell development 0.2642650245625276 0.0850184859371804 0.9322466942653822 1.0 1.0 91 P30536,Q9NQC3,Q15058,Q96G23,O60341,Q9UQB8 6 |
| Branchiomotor neuron axon guidance 0.4243831640058007 0.084751011723117 0.93245934032673 1.0 1.0 2 O14786 1 |
| Ubiquitin recycling 0.3535735037768707 0.0837039028520792 0.9332918540107475 1.0 1.0 5 P61086,Q13049,Q16763,Q9Y263 4 |
| Modulation of age related behavioral decline 0.4214804063860614 0.0828025641788797 0.9340085302118142 1.0 1.0 2 P05067 1 |
| Negative regulation of wnt signaling pathway 0.2914581971866458 0.0824852543610604 0.9342608436899238 1.0 1.0 24 Q13641,Q99471,O14745,P50402,Q07954,Q6DKJ4 6 |
| Regulation of growth 0.2912772209899412 0.0824751576052193 0.9342688723794994 1.0 1.0 130 O75844,P02786,O95470,Q5BJF2,P51812,P50897,Q9NQC3,O76024,Q15058,Q9P0J0,Q4G0X4,Q9BSK2 12 |
| Protein localization to golgi apparatus 0.321734725885 0.0810641416699328 0.9353909426037168 1.0 1.0 10 Q8TD16,P49755 2 |
| Locomotory behavior 0.2851219218319045 0.0800817663952651 0.9361722244752076 1.0 1.0 30 O75844,O15118,P50897,Q6Y7W6 4 |
| Neuron remodeling 0.4171262699564535 0.0800285393801005 0.9362145576183376 1.0 1.0 2 P05067 1 |
| Chondroitin sulfate biosynthetic process 0.4380294807151946 0.0799610818190895 0.9362682090276137 1.0 1.0 3 Q96L58 1 |
| Chondroitin sulfate proteoglycan biosynthetic process 0.4380294807151946 0.0799610818190895 0.9362682090276137 1.0 1.0 3 Q96L58 1 |
| Base conversion or substitution editing 0.3615186055482765 0.0794933110533185 0.9366402517841372 1.0 1.0 4 A0AV96 1 |
| Protein localization to cell cortex 0.3371113048532438 0.0792363018507186 0.936844670649508 1.0 1.0 6 Q14980,P15311,O43491,P63096,P53350 5 |
| Transcription coupled nucleotide excision repair 0.3613128085971623 0.0792229151260995 0.9368553182386804 1.0 1.0 4 Q93009,P19447,P18074 3 |
| Positive regulation of t cell mediated immunity 0.3289044917309066 0.078827729934213 0.9371696473729796 1.0 1.0 7 Q9NUQ9 1 |
| Protein k29 linked ubiquitination 0.4364111498257882 0.0784526767703188 0.937467972608892 1.0 1.0 3 Q15386,Q16763 2 |
| Regulation of mitochondrial atp synthesis coupled electron transport 0.4361510163729661 0.0782127427103116 0.9376588258523568 1.0 1.0 3 Q9H3K2 1 |
| Regulation of cell activation 0.2698972086245549 0.0754655435926543 0.9398443115645884 1.0 1.0 77 P02786,P09601,P30825,P12956,O96005,P49366 6 |
| Deoxyribose phosphate metabolic process 0.2959817965699479 0.0749510241636325 0.9402536792796186 1.0 1.0 18 Q9H773,Q9Y315 2 |
| Insulin secretion involved in cellular response to glucose stimulus 0.3283146211148736 0.0748126736681475 0.9403637579492374 1.0 1.0 9 Q8N5M9 1 |
| B cell lineage commitment 0.4078374455732872 0.074679915441774 0.940469388197218 1.0 1.0 2 P04637 1 |
| Negative regulation of glucose transmembrane transport 0.4075471698113152 0.0745247588976605 0.9405928411903596 1.0 1.0 2 Q01469 1 |
| Spermatid differentiation 0.2911505425373421 0.0742102807667896 0.9408430655406989 1.0 1.0 23 Q8N2A8,Q08J23,A0AVF1,Q14997 4 |
| Cellular response to mineralocorticoid stimulus 0.4305629598536253 0.0732257685809856 0.9416264610659592 1.0 1.0 3 O95831 1 |
| Nervous system process involved in regulation of systemic arterial blood pressure 0.4049346879535484 0.0731598314476627 0.9416789305538108 1.0 1.0 2 P51608 1 |
| Positive regulation of lipopolysaccharide mediated signaling pathway 0.4037735849056537 0.0725711513234232 0.9421473840784518 1.0 1.0 2 P14174 1 |
| Salivary gland development 0.3543421434795212 0.0704136726359499 0.9438644090705686 1.0 1.0 4 Q9UIW2,O14786,P60953 3 |
| Motor neuron axon guidance 0.3330427201395037 0.0701069806198165 0.9441085106446698 1.0 1.0 6 O75592,O14786,Q13740,Q00535,O94813 5 |
| Mammary gland duct morphogenesis 0.3531737037032637 0.0690028874930444 0.9449873210928834 1.0 1.0 4 Q99623 1 |
| Negative regulation of chemokine c c motif ligand 5 production 0.3944847605224906 0.0682426819010669 0.9455924509001952 1.0 1.0 2 P78540 1 |
| Cellular response to estrogen stimulus 0.4239256678281112 0.0677087937837858 0.9460174489515532 1.0 1.0 3 Q8IZL8,Q969T9 2 |
| Negative regulation of peptidyl tyrosine phosphorylation 0.3180299732714309 0.0677080118026633 0.946018071453673 1.0 1.0 10 Q9UNH7,O95684 2 |
| Regulation of ryanodine sensitive calcium release channel activity 0.3440617897417438 0.0669541322672373 0.9466182183635592 1.0 1.0 5 P0DP25 1 |
| Muscle cell apoptotic process 0.2992411846184399 0.0660863792505212 0.9473090549277764 1.0 1.0 15 O95140,P09601,O95817 3 |
| Regulation of protein acetylation 0.2871141269765209 0.0641673170350055 0.9488370009718978 1.0 1.0 25 O75844,Q01105,Q03164 3 |
| Positive regulation of neurotransmitter secretion 0.382583454281562 0.0636119866158875 0.949279187135096 1.0 1.0 2 Q15042 1 |
| Response to actinomycin d 0.4178281068525015 0.063016516279831 0.9497533523707948 1.0 1.0 3 O95251,P04637 2 |
| Cellular response to antibiotic 0.4178281068525015 0.063016516279831 0.9497533523707948 1.0 1.0 3 P04637,P61160 2 |
| Striated muscle cell differentiation 0.2718029084870915 0.0628749760357648 0.9498660616383848 1.0 1.0 48 O75844,Q9H7B4,P41440 3 |
| Macropinocytosis 0.3773584905660322 0.0618726336390266 0.950664260923088 1.0 1.0 2 P50570 1 |
| Bile acid and bile salt transport 0.3718432510885284 0.0602136792032086 0.9519854510551966 1.0 1.0 2 P28288 1 |
| Negative regulation of tubulin deacetylation 0.3718432510885283 0.0602136792032086 0.9519854510551966 1.0 1.0 2 P54646 1 |
| Rig i signaling pathway 0.3050623358835561 0.058960839955788 0.9529832990091364 1.0 1.0 12 Q86UT6,Q9NUD5,Q99623 3 |
| Regulation of double strand break repair via homologous recombination 0.2832272299875628 0.0589438507835063 0.9529968308727812 1.0 1.0 27 O60341 1 |
| Positive regulation of viral life cycle 0.3232615109636112 0.0589285291528983 0.9530090345522896 1.0 1.0 8 Q9H9H4,Q06787,P07237,P19474 4 |
| Regulation of cellular extravasation 0.3669085631349725 0.058873248671952 0.9530530655495676 1.0 1.0 2 P11274 1 |
| Cdc42 protein signal transduction 0.3666182873729979 0.0587984296544892 0.9531126592526766 1.0 1.0 2 O14786 1 |
| Positive regulation of epithelial cell proliferation involved in lung morphogenesis 0.3666182873729978 0.0587984296544892 0.9531126592526766 1.0 1.0 2 Q13247 1 |
| Regulation of epithelial cell proliferation involved in lung morphogenesis 0.3666182873729978 0.0587984296544892 0.9531126592526766 1.0 1.0 2 Q13247 1 |
| Interleukin 1 mediated signaling pathway 0.3270597776680631 0.0572526722055822 0.9543439205811568 1.0 1.0 6 Q86Y07 1 |
| Asymmetric neuroblast division 0.4088269454123156 0.05671974174922 0.954768447688767 1.0 1.0 3 Q92974,Q96N67 2 |
| Neuroblast division 0.4088269454123156 0.05671974174922 0.954768447688767 1.0 1.0 3 Q92974,Q96N67 2 |
| Membrane docking 0.2817517515779046 0.0566016809159041 0.9548624955163428 1.0 1.0 31 P16615,A0FGR8,O43865,Q86Y82,Q7Z6M1,Q13190 6 |
| Establishment of mitotic spindle localization 0.2970862397434617 0.0565000898169963 0.9549434239774112 1.0 1.0 15 Q96EA4 1 |
| Regulation of protein kinase c activity 0.3541364296081217 0.0559707454165015 0.955365112391162 1.0 1.0 2 Q8NDZ4 1 |
| Enteroendocrine cell differentiation 0.4073751451800275 0.0557719608437752 0.955523472170829 1.0 1.0 3 Q00534,P19022 2 |
| Regulation of protein localization to cell cortex 0.3370133643230646 0.0555084661576315 0.9557333853324556 1.0 1.0 5 Q14980,P53350,O43491,P63096 4 |
| Skeletal muscle cell proliferation 0.3483309143686441 0.0548920034823767 0.9562245025720166 1.0 1.0 2 Q9Y5B6 1 |
| Histone h4 k12 acetylation 0.3471698113207487 0.0546925014304209 0.9563834434143206 1.0 1.0 2 O95251 1 |
| Regulation of adenylate cyclase activating g protein coupled receptor signaling pathway 0.4038908246225365 0.0535716848975874 0.9572764162839372 1.0 1.0 3 P23634,P04899 2 |
| Regulation of macrophage differentiation 0.4038908246225361 0.0535716848975868 0.9572764162839378 1.0 1.0 3 Q14790,Q13546 2 |
| Positive regulation of macrophage differentiation 0.4038908246225361 0.0535716848975868 0.9572764162839378 1.0 1.0 3 Q14790,Q13546 2 |
| Regulation of protein containing complex assembly 0.2748098227164518 0.0528532928254476 0.9578487992697328 1.0 1.0 109 P02786,P45880,P04350,Q969V3,Q15058,P04062,Q16625,Q12959,P10909,Q9UQB8 10 |
| Regulation of voltage gated calcium channel activity 0.3186442711182832 0.0520441332107001 0.9584935278244536 1.0 1.0 7 P0DP25 1 |
| Subtelomeric heterochromatin assembly 0.3268505079825772 0.051954286980002 0.958565117892463 1.0 1.0 2 P84243 1 |
| Hepatocyte differentiation 0.3262699564586295 0.051894387653446 0.9586128462558312 1.0 1.0 2 P04083 1 |
| Positive regulation of protein localization to cell cortex 0.3369154806854481 0.0512736852319097 0.959107436657994 1.0 1.0 4 Q14980,O43491,P63096 3 |
| Peptidyl proline hydroxylation to 4 hydroxy l proline 0.3368979310184397 0.0512564151102086 0.9591211981262816 1.0 1.0 4 P07237 1 |
| Positive regulation of protein binding 0.2871014530822358 0.0511803989360744 0.9591817707549988 1.0 1.0 23 P41440 1 |
| Vesicle fusion to plasma membrane 0.3146589259796744 0.050869491942412 0.959429515926226 1.0 1.0 2 Q5SQN1 1 |
| Regulation of hematopoietic stem cell proliferation 0.2998548621190065 0.0499600897688177 0.9601541923324286 1.0 1.0 2 O95251 1 |
| Inflammasome complex assembly 0.2998548621190065 0.0499600897688177 0.9601541923324286 1.0 1.0 2 O00571 1 |
| Regulation of muscle contraction 0.2867929607462575 0.0494480956915733 0.960562200194962 1.0 1.0 23 Q9NVV0,P78417,P16615,P00813,Q86TU7,P05023,Q12959,P0DP25,P09493 9 |
| Hepatocyte growth factor receptor signaling pathway 0.3329459616501983 0.0492743225323756 0.9607006823049504 1.0 1.0 5 Q16512,P16949,O14786,P18031 4 |
| Positive regulation of natural killer cell mediated cytotoxicity 0.3964167760518646 0.0491954842658304 0.9607635099449664 1.0 1.0 3 Q9BY67 1 |
| Positive regulation of natural killer cell mediated immunity 0.3964167760518646 0.0491954842658304 0.9607635099449664 1.0 1.0 3 Q9BY67 1 |
| Regulation of protein localization to chromatin 0.2708272859216183 0.0490292366941758 0.9608959964388226 1.0 1.0 2 Q7Z5K2 1 |
| Regulation of ribonuclease activity 0.3945993031358922 0.0481998185862138 0.961556994768436 1.0 1.0 3 P06748,P61221 2 |
| Mammary gland epithelial cell proliferation 0.3164401720293597 0.0465826857613794 0.9628458318095195 1.0 1.0 7 Q99623,Q9NQC3 2 |
| Response to alcohol 0.2703670969186872 0.046359560806692 0.9630236676378748 1.0 1.0 49 O95831,P30536,P04818,Q9BRK5,Q14103,P27338,P0DP25,Q9H4A6,P07196 9 |
| Citrulline biosynthetic process 0.3297043613922543 0.0445032110908373 0.964503292434375 1.0 1.0 4 P23634 1 |
| Negative regulation of transport 0.2614184365184688 0.0439365242107234 0.9649550012898244 1.0 1.0 85 P40939,P31751,P09601,P21796,P78417,Q16850,P27338,Q8N5M9,Q16836,P30040,O95817,O95429,Q9Y3D6,P0DP25,P46934,Q13438 16 |
| Cell fate commitment involved in formation of primary germ layer 0.3282021492884154 0.0431736324115388 0.9655631237717648 1.0 1.0 4 Q6PD62,Q8N7H5,P35222 3 |
| Endodermal cell fate commitment 0.3282021492884154 0.0431736324115388 0.9655631237717648 1.0 1.0 4 Q6PD62,Q8N7H5,P35222 3 |
| Response to metal ion 0.2710788280997547 0.0426889494898944 0.9659494885702832 1.0 1.0 67 P02786,P09601,O15118,P30536,O43865,P09960,P27361,P36551,Q14103,P27338,Q14168,P0DP25,P46934 13 |
| Positive regulation of voltage gated calcium channel activity 0.3826945412311304 0.0423025798172491 0.9662574887321314 1.0 1.0 3 O75323,P54289 2 |
| Hematopoietic stem cell differentiation 0.3007278020378418 0.0422190747124578 0.9663240566949812 1.0 1.0 12 Q00534,P18074,O94874,Q96PZ0,P13010,P04637,Q86U44,Q96J02,P78527,O15047,P38646 11 |
| Positive regulation of glycolytic process 0.3816196200969158 0.0418211356678023 0.9666412859249792 1.0 1.0 3 P54646 1 |
| Cell cell adhesion via plasma membrane adhesion molecules 0.2891404555633414 0.0412903112762809 0.9670644569663064 1.0 1.0 18 Q92845,Q14574,Q9NPQ8,P98194,Q9BY67 5 |
| Brain morphogenesis 0.3170335582216989 0.0412101735957956 0.9671283432073036 1.0 1.0 8 P04062 1 |
| Constitutive heterochromatin assembly 0.3271353864032499 0.0408336267229594 0.9674285314576598 1.0 1.0 5 Q7Z7K6,A6NHR9,P84243,Q9NRZ9 4 |
| Positive regulation of double strand break repair via nonhomologous end joining 0.3271353864032489 0.040833626722958 0.967428531457661 1.0 1.0 5 Q9BUR4,A6NHR9,Q96T60,P78527 4 |
| Cellular carbohydrate metabolic process 0.271670748098878 0.0403430510169834 0.9678196319506612 1.0 1.0 61 O75844,P31751,Q9NX62,O75874,O43505,Q14108,Q10713,P48735,Q9NUJ1,Q9BYT8,Q7LGA3,P43304 12 |
| Intrinsic apoptotic signaling pathway in response to oxidative stress 0.2932673247642132 0.0398448408323901 0.9682168267823316 1.0 1.0 15 Q15233,P23246,Q9NR28,Q07820 4 |
| Histone h3 k36 demethylation 0.3235550392099912 0.0392322806100733 0.9687051972351974 1.0 1.0 4 Q8IUF8,Q8NHM5,Q9UPP1 3 |
| Protein targeting to peroxisome 0.3231370826034732 0.0388903392993775 0.9689778188658964 1.0 1.0 4 P56589,O75381 2 |
| Branching involved in mammary gland duct morphogenesis 0.3730311345016751 0.0382579171641231 0.9694820434416992 1.0 1.0 3 Q99623 1 |
| Endoplasmic reticulum to cytosol transport 0.2995439494781227 0.0377353251314843 0.9698987106625764 1.0 1.0 12 Q8TCT9,Q9Y679,Q9BUN8,P51572,Q13438 5 |
| Response to radiation 0.2656989662653991 0.0377158963684261 0.9699142015452524 1.0 1.0 98 O75844,P22830,Q14011,P12956,Q9BRK5,O60341,Q96RU2,Q9NXR7,Q9BWF3,P27544,Q70UQ0,P46934 12 |
| Retrograde trans synaptic signaling 0.3693315733719764 0.0368714422145832 0.9705875100693464 1.0 1.0 3 Q8NCG7 1 |
| Response to caffeine 0.3644018583043015 0.0351545733217902 0.9719564850589336 1.0 1.0 3 Q9NVV0,Q13131 2 |
| Cellular response to vitamin d 0.3229968842753528 0.0351515382059628 0.9719589052351794 1.0 1.0 5 P20020,Q13573 2 |
| Cellular component disassembly involved in execution phase of apoptosis 0.3150306277900992 0.0334733628837808 0.9732971072639778 1.0 1.0 6 O95831 1 |
| Positive regulation of transcription of nucleolar large rrna by rna polymerase i 0.310755813953481 0.0329803983774773 0.973690218966007 1.0 1.0 7 Q12824,P42345,P19338,Q13610,P51532,Q9H8H0 6 |
| Regulation of endocytosis 0.2704818828934462 0.0327098407027758 0.973905976345674 1.0 1.0 55 P57105,P50897,P41440,Q07954,P10909 5 |
| Mirna loading onto risc involved in gene silencing by mirna 0.3487224157955914 0.0305988039637252 0.9755894960031992 1.0 1.0 3 Q9UPY3,O75569 2 |
| Synaptic vesicle membrane organization 0.3116878665996011 0.0302977839596651 0.9758295639069196 1.0 1.0 4 O43760 1 |
| Regulation of dna dependent dna replication initiation 0.3192911098198674 0.030293076057056 0.9758333185463012 1.0 1.0 5 O95251,O60934,Q9ULV3,Q96S55 4 |
| Mammary gland morphogenesis 0.3182927187408234 0.0290208324444065 0.9768479757026765 1.0 1.0 5 Q99623 1 |
| Peptidyl lysine acetylation 0.2687887810478693 0.0287571208697201 0.9770582993125004 1.0 1.0 50 O75844,P46379,Q03164,Q86UY6 4 |
| Regulation of neurotrophin trk receptor signaling pathway 0.3398012616403312 0.0285508510705842 0.9772228112500964 1.0 1.0 3 Q96F07 1 |
| Positive regulation of neurotrophin trk receptor signaling pathway 0.3398012616403312 0.0285508510705842 0.9772228112500964 1.0 1.0 3 Q96F07 1 |
| Activated t cell proliferation 0.308810427308095 0.0284857709085976 0.9772747165951045 1.0 1.0 7 Q9BY67 1 |
| Glomerular epithelial cell differentiation 0.3084304935881873 0.0281159010287279 0.9775697119000456 1.0 1.0 4 P80723 1 |
| Glomerular epithelium development 0.3084304935881873 0.0281159010287279 0.9775697119000456 1.0 1.0 4 P80723 1 |
| Axial mesoderm development 0.3347851335656258 0.0275509387126173 0.9780203120299128 1.0 1.0 3 Q9HCM4,P29317 2 |
| Regulation of respiratory burst 0.3327526132404228 0.0271745357508911 0.9783205257309944 1.0 1.0 3 P11274,P39019 2 |
| Cellular response to hormone stimulus 0.2912784844141066 0.0269127774224489 0.9785293023000144 1.0 1.0 137 O15118,P43490,O43865,O60341,P42785,Q9H7B4,Q9BSK2,O15173,Q9UQB8 9 |
| Establishment of sister chromatid cohesion 0.3058379320360126 0.0264586742214955 0.9788914952431316 1.0 1.0 4 Q7Z5K2,Q9GZZ1,Q9Y6X3 3 |
| Relaxation of muscle 0.3268977577377746 0.0261771640345533 0.9791160301006828 1.0 1.0 3 P05023 1 |
| Retinal metabolic process 0.3260743321718974 0.0260467848758142 0.97922002215965 1.0 1.0 3 Q6UX07,Q8NBN7 2 |
| Cellular component maintenance 0.2944225735754093 0.0253058957608717 0.9798109713012724 1.0 1.0 13 Q9BRK5 1 |
| Protein exit from endoplasmic reticulum 0.2834216830103856 0.0246568418555381 0.9803286798143144 1.0 1.0 21 P51572,O15027,Q9Y679,Q9BUN8,Q92544,O15260,Q13438 7 |
| 3 utr mediated mrna stabilization 0.3108658681625641 0.0245220300037839 0.9804362115954188 1.0 1.0 8 P07910,P98175 2 |
| Cohesin loading 0.3057491289198654 0.0234973399687128 0.9812535602978584 1.0 1.0 3 Q7Z5K2,Q9Y6X3 2 |
| Eating behavior 0.3054587688734074 0.0234691465273097 0.9812760492077164 1.0 1.0 3 P50416,P40763 2 |
| Natural killer cell degranulation 0.2994653500934812 0.0229310337372659 0.981705285557156 1.0 1.0 3 P51809 1 |
| Natural killer cell activation involved in immune response 0.2994653500934812 0.0229310337372659 0.981705285557156 1.0 1.0 3 P51809 1 |
| Positive regulation of leukocyte degranulation 0.2994653500934812 0.0229310337372659 0.981705285557156 1.0 1.0 3 P51809 1 |
| Regulation of stress activated protein kinase signaling cascade 0.2767539610247456 0.022910183198235 0.9817219175109247 1.0 1.0 33 Q12959,O75844,P49327 3 |
| Deoxyribonucleoside triphosphate biosynthetic process 0.2998569303700382 0.0228945582143499 0.9817343811751892 1.0 1.0 4 P04818 1 |
| Positive regulation of regulated secretory pathway 0.2991577112982839 0.0225008225753733 0.982048455846814 1.0 1.0 4 Q00535,P51809,P11279 3 |
| Regulation of tetrapyrrole metabolic process 0.2845528455284603 0.021908531955807 0.9825209188930046 1.0 1.0 3 O75027,Q9P0S9 2 |
| Response to immobilization stress 0.2804878048780536 0.0216955904216321 0.9826907812800244 1.0 1.0 3 P04179,P61160 2 |
| Regulation of cellular response to vascular endothelial growth factor stimulus 0.2767131242741045 0.0215191357641597 0.982831538864566 1.0 1.0 3 P23634,Q12965 2 |
| Metanephros morphogenesis 0.271486643437868 0.0213053872489764 0.9830020464123485 1.0 1.0 3 P80723,P35222 2 |
| Regulation of mesenchymal cell proliferation 0.2714866434378675 0.0213053872489764 0.9830020464123485 1.0 1.0 3 P02545,P35222 2 |
| Spleen development 0.2677119628339189 0.0211709485337403 0.9831092887984378 1.0 1.0 3 Q16512,Q96T37 2 |
| Oocyte differentiation 0.2950076126568417 0.0209144018439656 0.9833139381269912 1.0 1.0 12 Q8N2A8,Q9Y2W6 2 |
| Maintenance of blood brain barrier 0.3074597690546954 0.0199196714946595 0.9841074526745122 1.0 1.0 6 Q07157,Q16625 2 |
| Morphogenesis of a branching structure 0.2827108018403237 0.019840114640629 0.9841709173178576 1.0 1.0 20 Q15363,Q9NQC3,Q99623,Q9UIW2,Q12959,P29317 6 |
| Regulation of nervous system process 0.2929777563496047 0.0197790389246608 0.9842196391280332 1.0 1.0 13 Q9UQB8,P04062,O75746 3 |
| Interferon gamma production 0.3089700574425568 0.0195664791194839 0.9843892044989584 1.0 1.0 8 Q9NUQ9 1 |
| Hyperosmotic salinity response 0.3101999686009739 0.0192735301236924 0.984622899907269 1.0 1.0 5 Q9BPX6 1 |
| Cellular response to salt stress 0.3101999686009739 0.0192735301236924 0.984622899907269 1.0 1.0 5 Q9BPX6 1 |
| Cellular hyperosmotic salinity response 0.3101999686009739 0.0192735301236924 0.984622899907269 1.0 1.0 5 Q9BPX6 1 |
| Golgi organization 0.2692610726984239 0.0184135236213591 0.985308963982416 1.0 1.0 57 Q9UNZ2,O15027,Q15363,Q08379,Q14789,Q8NHH9,Q13190,P49755,Q96JB2,P27361,Q9P2W9,Q9Y3B3,O15260,Q9H4A6,Q8TBA6 15 |
| Lung epithelium development 0.3065349076632404 0.0183382749966389 0.9853689935622276 1.0 1.0 6 P09960 1 |
| Ribonucleoprotein complex disassembly 0.3086458731237811 0.0175151047423977 0.9860256828531088 1.0 1.0 5 Q9UBB9 1 |
| Circadian regulation of gene expression 0.2856933092604589 0.0175108762696964 0.9860290561688472 1.0 1.0 17 P43490 1 |
| Positive regulation of type i interferon production 0.2821421547447744 0.0170112273211979 0.9864276589614696 1.0 1.0 20 O94826,Q9NUD5,P41440 3 |
| Membrane invagination 0.2939989443733502 0.0126646184054869 0.9898953666245256 1.0 1.0 11 P51790,Q9Y5X1,O14964,Q4KMQ2 4 |
| Meiotic cell cycle checkpoint signaling 0.2756317165262846 0.0117795934228097 0.9906014616309252 1.0 1.0 4 Q08J23,Q15645,O60921 3 |
| Cell fate determination 0.2753412721463814 0.0116751859349853 0.9906847610251056 1.0 1.0 4 Q07820,P35222,P60953 3 |
| Establishment of golgi localization 0.2751845028108014 0.0116190876754854 0.9907295179243732 1.0 1.0 4 O14745 1 |
| Mesenchymal to epithelial transition 0.2715654952076649 0.0103731513865264 0.9917235710891752 1.0 1.0 4 Q9BRX2,P80723,P35222 3 |
| Response to hydrogen peroxide 0.2744906762549929 0.0095671245799278 0.9923666554530848 1.0 1.0 30 Q99720 1 |
| Cellular response to inorganic substance 0.2672842592296872 0.0077172750444906 0.99384256650962 1.0 1.0 43 P09601,O95831,P30536,P27361,Q14103,Q14168 6 |
| Rrna pseudouridine synthesis 0.298954096455544 0.0073474656899411 0.9941376233119952 1.0 1.0 5 Q9NX24,Q9NPE3,Q96HR8,Q9NY12 4 |
| Posttranslational protein targeting to membrane translocation 0.2586464109702998 0.0066367747116689 0.994704658797848 1.0 1.0 4 Q9UGP8 1 |
| Embryonic organ development 0.267825320830495 0.0060852338459206 0.9951447158307364 1.0 1.0 56 P42892,P48681,Q15363,P62995,Q03164,P54802,Q12959,Q9BVA1 8 |
| Positive regulation of phagocytosis 0.3031381649150608 0.004840490189546 0.9961378626929178 1.0 1.0 8 P11274,Q12907,Q4KMQ2 3 |
| Antimicrobial humoral immune response mediated by antimicrobial peptide 0.2960488088320689 0.0045605683053763 0.9963612055744072 1.0 1.0 5 Q96JM3,P04406,P05204,P39019 4 |
| Transcription elongation from rna polymerase i promoter 0.2492012779552685 0.0045239798380078 0.9963903986464612 1.0 1.0 4 O15160,P19447,P18074 3 |
| Calcineurin mediated signaling 0.2979269773527068 0.0043884215350527 0.9964985574494958 1.0 1.0 6 Q8IWX8 1 |
| Branching involved in blood vessel morphogenesis 0.2943056362579842 0.0029445454151066 0.9976505960697288 1.0 1.0 5 Q14344,O14786,P35222,Q96T37 4 |
| Positive regulation of stem cell differentiation 0.2332268370606999 0.0019138945155782 0.9984729340472868 1.0 1.0 4 Q9Y6C9,Q13610,O43809 3 |
| Negative regulation of chemokine production 0.2317614194337875 0.001725779145012 0.9986230281483484 1.0 1.0 4 P29317 1 |
| Antimicrobial humoral response 0.2961348445219462 0.0016571952939864 0.998677750065908 1.0 1.0 6 P05204,P39019,Q96JM3,P04406,P04439 5 |
| Regulation of transporter activity 0.2661072451491824 0.0013484092207318 0.998924125427161 1.0 1.0 51 P08183,P78417,O14745,O43865,Q03164,P27105,Q99623,Q12959,P0DP25,P46934 10 |
| Response to salt stress 0.2956575263343679 0.000256721915931 0.9997951655491089 1.0 1.0 7 Q9BPX6 1 |
|
|
