| Term es nes pval sidak fdr geneset_size leading_edge leading_edge_size |
| Transmembrane transport 0.5843865212616862 6.022495268932751 1.717483920159982e-09 1.1115494169729684e-05 1.1115555937747404e-05 222 Q99595,Q8TBP6,Q9BVC6,P45880,O75298,Q8WWI5,Q8N4V1,Q9UHG3,O75844,Q3ZCQ8,Q9NS69,Q9Y277,P17302,P21796,Q86VD7,P20674,Q9H2D1,P20020,Q9Y4W6,Q9H936,Q9UBX3,Q15629,P23634,O75964,P13073,O75027,O75323,Q9H9B4,Q8TAD4,Q9C0H2,Q9H2V7,P16615,O95563,Q9HD26,Q96HE7,P00846,O14925,P04062,P36542,Q00535,Q9BZF1,Q13586,Q7KZN9,P27105,Q9HC21,Q13546,P39210,Q9HD23,P00403,Q9HD20,Q02978,Q96ES6,Q6P4A7,Q8TDW0,Q70HW3,P30825,O00483,P28288,P38435,P03915,Q96PU5,Q9BXP2,O95831,P52789,Q96QD8,O75915,Q9UJS0,Q8TB61,Q14728,Q8WWC4,Q96DA6,Q15388,Q9UDW1,L0R6Q1,Q8WTV0,O75746,P33121,Q07820,Q00325,P14672,P53007,Q13423,Q4KMQ2,Q15041,Q7L0J3,P41440,P08183,Q96RD7,P12235,P24539,P98194,P49755,Q9BQT8,Q9H2J7,Q9BSK2,P56385,Q03519,Q15043,P23786,Q6NUK1,Q9UMX0,O43808,O75381,O96008,Q9H0U3,P56134,Q9Y6M7,O43615,O60831,Q96NB2,P12236,Q9BPX6,O95202,Q8IXU6,P51790,Q9UM00,O14678,Q99442,P51798,P61619,Q99623,P31751,Q9UGP8,P78417,P05141,P05023,P50416 127 |
| Ion transmembrane transport 0.5498621501702532 5.16696125042142 2.379305665927858e-07 0.0015387017928362 0.0007387987529676 164 Q9BVC6,P45880,Q8N4V1,Q9UHG3,O75844,Q9Y277,P17302,P21796,Q86VD7,P20674,Q9H2D1,P20020,Q9Y4W6,Q9H936,Q9UBX3,P23634,O75964,P13073,O75027,O75323,Q9H9B4,Q8TAD4,Q9C0H2,O95563,P16615,Q9HD26,Q96HE7,P00846,P36542,Q00535,Q13586,Q7KZN9,P27105,Q9HC21,Q13546,Q9HD23,P00403,Q9HD20,Q02978,Q96ES6,Q6P4A7,Q70HW3,P30825,P03915,Q96PU5,Q8TB61,Q8WWC4,Q9UDW1,Q13423,Q4KMQ2,Q15041,P41440,P08183,Q96RD7,P12235,P24539,P98194,Q9BQT8,Q9H2J7,P56385,Q15043,Q9UMX0,O43808,Q9H0U3,P56134,Q9Y6M7,O60831,Q96NB2,P12236,Q9BPX6,O95202,P51790,Q9UM00,P51798,P61619,Q99623,P78417,P05141,P05023 79 |
| Mitochondrion organization 0.5235122393794172 5.098442651891935 3.424592489024434e-07 0.0022139422450244 0.0007387987529676 206 Q9Y2R0,O75431,Q99595,Q9BUK6,O96000,Q96A26,P45880,O95139,Q99536,Q8N4H5,O43676,P03886,Q86Y39,Q9BUR5,Q5XKP0,Q9UDX5,Q3ZCQ8,Q9NS69,Q8N8Q8,P21796,Q9Y276,Q9H4A6,Q9Y4W6,Q9H061,Q5TC12,Q16706,Q969V5,O75323,Q9UG56,Q15070,Q13505,P49841,Q9Y5J6,Q69YU5,O14925,P04062,Q10713,O95169,Q8NFG4,P51970,Q9Y6C9,Q00535,O95298,P55786,Q9Y6M9,Q9BWH2,P39210,Q9Y371,Q9Y241,Q9P0J0,P62072,Q9H3K2,Q9H300,Q9NVH1,O75153,P03915,P52789,Q6DKK2,P27544,Q8WWC4,Q6UXV4,P51572,P12235,O14966,Q8N2A8,Q9BSK2,Q9NVI7,Q7Z3C6,O96008,O43615,P51530,Q9NX14,Q8IWA4,P49257,O75880,Q96CU9,Q5T9A4,Q9BUB7,Q9Y512,O95202,Q16891,O60313,Q8TB36,Q9Y375,Q99623,Q8NAN2,P05141,O75306,O43819,Q53H12 90 |
| Membrane organization 0.5078723578396526 5.005211130996181 5.580083562818887e-07 0.0036049177154366 0.0007738913405563 247 O75431,Q9NQC3,P45880,Q9UNK0,Q13190,P46379,P50897,Q9BUR5,Q5XKP0,O43760,Q8N4V1,O75844,Q3ZCQ8,Q9NS69,Q8N8Q8,Q9Y276,Q9H4A6,Q9Y4W6,Q15629,O14653,Q969V5,Q9P2W9,Q9NZJ7,Q15070,Q13505,Q9UH99,P49841,P16615,Q9Y5J6,Q8NC56,Q5JRA6,Q13636,Q9BZF1,Q9Y3B1,Q8NHH9,Q9NPA0,Q6NUK4,O60499,Q9BRK0,Q96AA3,Q9H6H4,Q9Y371,Q96A33,Q9P0J0,P62072,Q9H3K2,Q9NVH1,O15258,P52789,O94901,O14657,Q9NR31,O95249,Q8WWC4,Q12981,P50402,Q15392,Q9BVK6,O15228,Q4KMQ2,Q15041,P41440,Q00765,Q9BSR8,P08183,Q6UXV4,P12235,O15118,O75340,P98194,P49755,P62820,Q86XL3,O43681,Q8IXJ6,Q7Z3C6,P57088,Q16739,Q8IWA4,Q00169,Q9Y512,O95202,Q16891,P48739,P51790,O60313,P61619,Q15363,O15400,Q9H1P3,P31751,Q12770,P05141,Q53H12,P49354,O15498 96 |
| Ion transport 0.5141494834557438 4.991901808318518 5.978764991927439e-07 0.0038619811541553 0.0007738913405563 218 P14174,Q9BVC6,Q9UHQ9,P45880,Q8WWI5,Q8N4V1,Q9UHG3,O75844,Q9Y277,P17302,P21796,Q86VD7,P20674,Q9H2D1,P20020,Q9Y4W6,Q9H936,Q9UBX3,P23634,O75964,P13073,O75027,O75323,Q9NZJ7,Q9H9B4,Q8TAD4,Q9C0H2,O95563,P16615,Q9HD26,P00846,O15173,P07602,P36542,Q7KZN9,Q9HC21,P00403,Q9HD20,Q96ES6,Q6P4A7,Q70HW3,P30825,Q96S66,P03915,Q96PU5,Q96QD8,Q96BY9,P55061,Q8TB61,Q8WWC4,Q9UDW1,Q08722,Q13423,Q4KMQ2,Q15041,Q7L0J3,P41440,P08183,Q96RD7,P12235,P24539,P98194,Q9BQT8,Q9H2J7,P56385,O43681,Q15043,Q6NUK1,Q9UMX0,O43808,O96008,Q9H0U3,P56134,Q9Y6M7,O60831,Q96NB2,P12236,Q9BPX6,O95202,P51790,Q9UM00,P51798,P61619,Q658P3,Q99623,P78417,P05141,P05023 88 |
| Anion transmembrane transport 0.7405059856450078 4.736194686509645 2.17768402510643e-06 0.0139951310974225 0.0023489951684158 47 O60831,Q96NB2,Q00325,P12236,P53007,P45880,Q9HC21,Q4KMQ2,Q15041,Q13546,P41440,P08183,P51790,Q9UHG3,Q02978,P12235,Q9Y277,Q8TDW0,P17302,P21796,Q86VD7,Q9H2D1,P30825,Q9H936,Q9BQT8,Q9UBX3,P51798,Q9BXP2,Q9H9B4,O95563,Q9HD26,O75915,O43808,Q9UJS0,Q8TB61,P05141,Q14728,Q9Y6M7,O75746 39 |
| Anion transport 0.6424075140676447 4.533566242172775 5.799606651368805e-06 0.0368394505779899 0.0046918817809581 76 O60831,P14174,Q96NB2,Q00325,P12236,Q9UHQ9,P53007,P45880,Q9HC21,Q08722,Q4KMQ2,Q15041,Q13546,Q7L0J3,P41440,P08183,P51790,Q9UHG3,Q02978,P12235,Q9Y277,Q8TDW0,P17302,P21796,Q86VD7,Q9H2D1,P30825,P28288,Q9UBX3,Q9BQT8,Q9H936,Q9H2J7,P51798,Q96S66,O43681,Q15043,Q9BXP2,Q9NZJ7,Q6NUK1,Q9H9B4,Q9C0H2,O95563,Q9HD26,Q96QD8,O75915,O43808,Q9UJS0,Q8TB61,P05141,Q14728,Q9Y6M7,P07602,O75746 53 |
| Lipid biosynthetic process 0.5124560498761068 4.37026963849168 1.2409320660156098e-05 0.0771731174752925 0.0080313123312536 147 P14324,P14174,O00767,Q9NTJ5,Q9HCL2,O43292,Q15392,Q9UHQ9,Q8WUK0,Q11206,Q8NF37,Q9H7Z7,Q8NCG7,Q9Y6K0,O15228,Q96N66,Q14739,Q06136,Q5H8A4,O95470,Q8WWI5,Q15800,Q9NXE4,P35610,O14735,Q86YN1,Q96G23,Q16850,Q9P035,O15269,Q8NBX0,Q53GQ0,Q9UHI6,Q9BVG9,Q9NZ01,O95674,Q9H490,O75845,Q96JX3,Q14534,Q9UG56,Q9NPH0,Q6Y1H2,Q92643,P37268,Q92604,Q9H1P3,P11802,Q12770,Q9UBM7,P04062,Q10713,Q16739,P05023,P27544,Q86UL3,Q16880,Q9NX62,Q13510,Q8NBQ5,Q53H12,P04035,P16435,Q8WTV0 64 |
| Lipid metabolic process 0.4498670652929993 4.273264435570544 1.926317783906839e-05 0.1172140215536898 0.010389273914538 289 P14324,P14174,Q9HCL2,Q9HBH5,Q9UHQ9,Q8WUK0,Q8NCG7,O75352,Q9H6V9,P50897,Q8WWI5,Q15800,O75844,Q86YN1,Q96G23,P51648,Q9NZ01,O95674,Q14534,Q9UG56,Q9NZJ7,O14773,P04062,Q10713,P21964,P07602,Q9NX62,Q13510,Q9H6K4,Q9H3H5,O00767,Q11206,Q8NF37,Q9Y6K0,Q96N66,Q14739,Q06136,Q5H8A4,O95470,Q96AA3,Q8NBN7,P49356,Q9P035,Q53GQ0,P17900,Q9BVG9,Q9H490,O75845,P38435,Q9BT22,Q9NPH0,Q8N4Q0,P37268,Q99735,Q9UBV2,P27544,P04035,Q9NWW5,Q8WTV0,P09960,O43292,Q15392,Q9BV10,Q15067,Q9H7Z7,O15228,P40939,O14735,Q16850,O15118,O75340,Q8NBX0,Q5T8D3,Q16836,Q8N2A8,Q96JX3,O15254,O43681,Q6Y1H2,Q709F0,P23786,Q8IXJ6,P07099,Q92604,Q9Y394,O43808,Q16739,Q86UL3,Q16880,P16435,Q00169,Q9NTJ5,Q8N2K0,Q6PIU2,P48739,P35610,O15269,O14678,Q99623,Q92643,Q2TAA5,Q9H1P3,P11802,P31751,Q12770,Q9UBM7,P15291,P05023,A1L0T0,Q8NBQ5,Q53H12,P50416 112 |
| Membrane lipid metabolic process 0.695577219990315 4.252900760333644 2.110191076520884e-05 0.1276573695790432 0.0105055051132644 44 O43292,Q11206,Q06136,Q5H8A4,O95470,P50897,O15269,Q96G23,Q9P035,Q8NBX0,P17900,Q9NZ01,Q9H490,Q6Y1H2,Q92643,Q9NZJ7,Q99735,P04062,Q16739,P27544,P07602,Q16880,Q13510,Q53H12,Q9NWW5 25 |
| Organic anion transport 0.6618270395279144 4.206723119584019 2.591002654295238e-05 0.154385641437543 0.011977835127571 52 O60831,P14174,Q96NB2,P12236,Q9UHQ9,P53007,Q9HC21,Q08722,Q15041,Q7L0J3,P41440,Q02978,P12235,Q8TDW0,P17302,Q86VD7,Q9H2D1,P30825,P28288,Q9BQT8,Q9H936,Q9UBX3,Q9H2J7,Q9NZJ7,Q6NUK1,Q9H9B4,O95563,Q96QD8,O75915,O43808,Q9UJS0,Q8TB61,P05141,Q14728,Q9Y6M7,P07602,O75746 37 |
| Cellular lipid metabolic process 0.4571140174023733 4.11709388230322 3.836798079115411e-05 0.219891553917866 0.0165545047786903 224 P14324,P14174,Q9HCL2,Q9HBH5,Q8WUK0,Q8NCG7,O75352,P50897,Q8WWI5,Q15800,O75844,Q86YN1,Q96G23,P51648,Q9NZ01,O95674,Q9UG56,Q9NZJ7,P04062,Q10713,P07602,Q9NX62,Q13510,Q9H3H5,O00767,Q11206,Q8NF37,Q9Y6K0,Q96N66,Q06136,Q5H8A4,O95470,Q96AA3,Q8NBN7,Q9P035,Q53GQ0,P17900,Q9BVG9,Q9H490,Q9BT22,Q9NPH0,Q8N4Q0,P37268,Q99735,Q9UBV2,P27544,P04035,Q9NWW5,Q8WTV0,O43292,Q9BV10,Q15067,Q9H7Z7,O15228,P40939,O14735,O75340,Q8NBX0,Q5T8D3,Q16836,Q96JX3,O15254,Q6Y1H2,Q709F0,P23786,Q8IXJ6,P07099,Q92604,Q9Y394,O43808,Q16739,Q86UL3,Q16880,P16435,Q9NTJ5,Q8N2K0,Q6PIU2,P35610,O15269,O14678,Q99623,Q92643,Q2TAA5,P31751,Q12770,A1L0T0,Q53H12,P50416 88 |
| Cation transport 0.4765982426715554 4.071195888383057 4.677239577888237e-05 0.2611926077538568 0.0189194340925583 160 Q13586,Q96NB2,Q7KZN9,Q9BPX6,O95202,Q9HC21,Q13423,Q4KMQ2,Q8WWI5,Q8N4V1,P00403,P51790,Q9HD20,O75844,Q96ES6,Q96RD7,P12235,P24539,P21796,Q9UM00,Q86VD7,Q70HW3,P20674,P20020,P98194,Q9Y4W6,P30825,Q9H936,P23634,Q9H2J7,O75964,P61619,Q658P3,P56385,Q99623,P13073,O75027,O75323,P03915,Q96PU5,Q15043,Q9H9B4,Q8TAD4,Q9UMX0,P16615,Q96QD8,Q96HE7,O43808,P00846,Q96BY9,Q9H0U3,P78417,O15173,P55061,P56134,P05141,Q9Y6M7,P05023,P36542,Q8WWC4,Q9UDW1,Q00535 62 |
| Organophosphate ester transport 0.7232863016136823 3.976984094736497 6.97948313925778e-05 0.3634726630798682 0.0237743236196194 33 Q9Y3B1,Q00169,P12236,Q08722,Q9HC21,Q4KMQ2,P41440,P48739,P08183,P12235,Q14108,Q86VD7,Q9H2D1,Q9BSK2,Q6NUK1,Q9H1P3,Q7Z3C6,O43808,Q8TB61,Q8WTV0 20 |
| Mitochondrial transmembrane transport 0.6275792144044939 3.9408726765173094 8.118571251825024e-05 0.4087138866837602 0.0245211233004224 54 Q96NB2,Q99595,Q00325,P12236,Q9BPX6,P53007,O95202,Q9HD23,P12235,Q3ZCQ8,Q6P4A7,P24539,P21796,Q9H2D1,Q9Y4W6,Q9H936,Q9BQT8,O75964,Q9BSK2,P56385,O75027,P23786,O95831,Q9H9B4,O95563,P00846,O96008,O14925,Q9UJS0,P56134,P05141,O43615,Q96DA6,Q8WWC4,P36542,Q15388,P50416,O75746 38 |
| Glycoprotein metabolic process 0.5904663062288422 3.930665045948961 8.471121898900869e-05 0.4220536485129501 0.0245211233004224 72 O43505,Q9H3H5,Q93063,Q9BXS4,Q8N4A0,Q10469,Q9BV10,O60858,Q11206,P04843,O75352,Q7LGA3,Q96AA3,Q9NQX7,P35610,O60502,P46977,Q86YN1,O15118,O75340,Q9H4A6,Q8TCJ2,Q9H0U4,Q9H5K3,Q86SQ9,Q9BT22,Q8NCH0,Q8WVQ1,Q9UKV5,P62820,Q16706,Q2TAA5,Q9H0U3,P15291,Q9NX62,Q9Y287,Q10472 37 |
| Cation transmembrane transport 0.497412515134042 3.923708360627992 8.719628300957183e-05 0.4312753885925059 0.0245211233004224 124 Q13586,Q96NB2,Q7KZN9,Q9BPX6,O95202,Q9HC21,Q13423,Q4KMQ2,Q8N4V1,P00403,P51790,Q9HD20,Q96RD7,Q96ES6,P12235,P24539,P21796,Q9UM00,Q70HW3,P20674,P20020,P98194,Q9Y4W6,P30825,Q9H936,P23634,Q9H2J7,O75964,P61619,P56385,Q99623,P13073,O75027,O75323,P03915,Q96PU5,Q15043,Q9H9B4,Q8TAD4,Q9UMX0,P16615,Q96HE7,P00846,P78417,Q9H0U3,P56134,P05141,P05023,Q9Y6M7,P36542,Q8WWC4,Q9UDW1,Q00535 53 |
| Endoplasmic reticulum organization 0.6233848380502511 3.9041833667701704 9.454408065923126e-05 0.4576903968502478 0.0245211233004224 54 Q9NQC3,Q8NHH9,O95197,Q9NPA0,Q6NUK4,Q9BRK0,Q15041,P46379,Q00765,Q9NXE4,Q8N4V1,Q9H6H4,Q96A33,Q96HR9,Q15629,P61619,O43681,Q15363,Q9P2W9,P61026,O14657,P57088,Q12981,P49257,Q8N5M9 25 |
| Inorganic ion transmembrane transport 0.4978060268017146 3.8998502532129784 9.625220144870994e-05 0.4636531556804214 0.0245211233004224 120 Q13586,Q7KZN9,P27105,Q9BPX6,O95202,Q13423,Q4KMQ2,Q9HD23,Q8N4V1,P00403,Q9UHG3,P51790,Q9HD20,Q96RD7,Q96ES6,P12235,P24539,P21796,Q9UM00,P20674,P20020,P98194,Q9Y4W6,Q9H936,Q9UBX3,P23634,Q9H2J7,O75964,P51798,P61619,P56385,Q99623,P13073,O75027,O75323,P03915,Q96PU5,Q15043,Q8TAD4,Q9UMX0,P16615,Q96HE7,P00846,P78417,Q9H0U3,P56134,P05141,P05023,Q9Y6M7,P36542,Q8WWC4,Q9UDW1,Q00535 53 |
| Glycoprotein biosynthetic process 0.6089438587484006 3.899280537473459 9.647893975484044e-05 0.4644397165640051 0.0245211233004224 62 O43505,Q9H3H5,Q93063,Q8N4A0,Q9BXS4,Q10469,Q9BV10,Q11206,P04843,Q96JB2,O75352,Q7LGA3,Q96AA3,Q9NQX7,P35610,O60502,P46977,Q86YN1,O15118,O75340,Q9H4A6,Q8TCJ2,Q9H5K3,Q86SQ9,Q9BT22,Q8NCH0,Q8WVQ1,Q16706,Q2TAA5,Q9H0U3,P15291,Q9Y287,Q10472 33 |
| Endomembrane system organization 0.4454577686875361 3.881545347058911 0.0001037947922171 0.4892089927629168 0.0248799961195992 183 Q9NQC3,P50402,Q8NHH9,O95197,Q9NPA0,Q8TBA6,Q6NUK4,Q9BVK6,Q13190,Q9BRK0,Q9Y3B3,P61019,Q4KMQ2,Q15041,P46379,P41440,Q7RTS9,Q00765,Q9NXE4,O43760,Q9BSR8,Q8N4V1,Q9H6H4,Q9Y371,Q96A33,P51790,O75844,Q14108,Q96HR9,Q9H4A6,Q14789,O14966,P49755,Q14155,Q15629,P61619,Q92543,P62820,Q86XL3,O43681,Q15363,Q9P2W9,Q8IXJ6,O94901,Q9H1P3,P16615,Q7Z3C6,O14657,Q7Z3D4,Q9Y3A6,P61026,P57088,P31751,Q16739,Q12981,P49257,O15260,Q8N5M9 58 |
| Organic acid transmembrane transport 0.7174058353435195 3.859776599774676 0.000113490731072 0.5202804874844814 0.0262325718392209 32 O60831,Q96NB2,P53007,Q15041,P41440,P08183,Q02978,Q8TDW0,O14678,Q9H2D1,P30825,P28288,Q9BQT8,Q9H936,Q9UBX3,Q9H2J7,P23786,Q9H9B4,O95563,Q96QD8,P31751,O75915,Q9UJS0,P50416,O75746,P33121 26 |
| Mitochondrial respiratory chain complex assembly 0.636707604657659 3.819528284905671 0.0001337071275064 0.579121205701719 0.0290510441177329 45 Q96CU9,Q9Y2R0,O95298,O96000,Q9Y6M9,Q9Y512,O95139,O43676,P03886,Q86Y39,Q9P0J0,Q8N8Q8,Q9Y276,Q9H061,Q9Y375,Q9BSK2,P03915,Q15070,Q69YU5,Q6DKK2,O75306,O43819,O95169,Q9NX14,P51970,O75880 26 |
| Mitochondrial membrane organization 0.6162043364424565 3.8036854568923366 0.0001425591754584 0.6025589888130338 0.0297626768892648 51 O75431,Q9Y512,P45880,O95202,Q16891,Q9BUR5,Q5XKP0,Q6UXV4,O60313,P12235,Q9P0J0,Q3ZCQ8,P62072,Q9NS69,Q8N8Q8,Q9Y276,Q9H3K2,Q9NVH1,Q9Y4W6,Q969V5,Q15070,Q13505,P52789,P49841,P05141,Q8WWC4,Q53H12,Q8IWA4 28 |
| Mitochondrial transport 0.5342278508396228 3.7484720349494727 0.0001779151706333 0.6838597795491287 0.0349028538769284 88 O75431,Q99595,Q9Y512,P45880,Q8N4H5,Q9Y371,P51572,P12235,Q3ZCQ8,Q9NS69,Q9P0J0,Q8N8Q8,P62072,Q9Y276,P24539,Q8TB36,Q9H300,Q9UBX3,O75964,P56385,Q969V5,P23786,Q15070,Q6NUK1,P52789,P49841,P00846,O96008,O14925,P56134,Q10713,P05141,O43615,P36542,Q8WWC4,Q53H12,P50416,P49257 38 |
| Sphingolipid metabolic process 0.6862238159940749 3.710689877498325 0.000206695194223 0.7375958922185888 0.03634705022712 33 P50897,P04062,Q53H12,Q16739,Q9NWW5,O15269,Q96G23,P27544,Q9P035,Q6Y1H2,Q9NZ01,P07602,Q16880,Q9NZJ7,Q13510,P17900,Q06136,O95470 18 |
| Glycosylation 0.5962155177612751 3.675836663359711 0.0002370711737462 0.7844379632479654 0.03634705022712 55 O43505,Q9H3H5,Q93063,Q8N4A0,Q9BXS4,Q10469,Q9BV10,Q11206,P04843,Q96JB2,O75352,Q96AA3,O75503,O60502,P46977,Q86YN1,O15118,O75340,Q8TCJ2,Q9H5K3,Q86SQ9,Q9BT22,Q16706,Q2TAA5,P04062,Q9H0U3,P15291,Q10472 28 |
| Glycerolipid biosynthetic process 0.6007544410111397 3.657141681896889 0.0002550434221231 0.8081135630850762 0.03634705022712 50 Q9NTJ5,O43292,Q9HCL2,Q8WUK0,Q8NF37,O15228,Q9Y6K0,Q96N66,Q5H8A4,Q9BTU6,Q8WWI5,O14735,Q6UWP7,Q9BVG9,O95674,Q9H490,Q9UG56,Q9NPH0,Q92643,Q92604,Q6IAN0,Q10713,Q8NCE2,Q99943,Q86UL3,Q96S52,Q9NX62,P35790,Q8WTV0,P33121 30 |
| Carboxylic acid transport 0.6505239746401655 3.654971707732203 0.0002572103411093 0.8107865335098652 0.03634705022712 37 O60831,P14174,Q96NB2,P53007,Q15041,Q7L0J3,P41440,Q02978,Q8TDW0,P17302,Q9H2D1,P30825,P28288,Q9BQT8,Q9H936,Q9UBX3,Q9H2J7,Q9NZJ7,Q9H9B4,O95563,Q96QD8,O75915,Q9UJS0,P07602,O75746 25 |
| Localization within membrane 0.431010046425143 3.650266951009744 0.0002619679032971 0.8165252799720996 0.03634705022712 185 Q92544,P43307,Q9BXS4,Q15904,P27105,Q9NPA0,Q9Y512,Q9UNK0,Q6IQ22,Q15006,Q9BRK0,Q7Z3B4,Q86YV9,P46379,Q15041,P41440,P40855,Q8NBU5,Q8N4V1,Q9Y371,Q96A33,Q9HD20,Q8N2H4,Q4J6C6,Q9NS69,Q9P0J0,P56589,Q8N8Q8,P62072,Q9Y276,Q9HD45,Q9H4A6,O15118,Q9BTX1,P98194,O14966,Q99442,Q15629,P23634,P61619,O60725,Q13641,P35613,O43681,P57105,Q15363,Q9NZJ7,Q15070,O15258,O15400,O00264,Q9HD26,Q9Y5J6,P61026,P31751,Q9UGP8,Q53H12,P07602,Q8WWC4,Q13636,P49354,Q00535 62 |
| Glycerolipid metabolic process 0.5637205061749707 3.644344603357883 0.0002680740451324 0.823636454085394 0.03634705022712 71 Q9BZF1,Q9NTJ5,O43292,Q9HCL2,Q8WUK0,Q8NF37,Q8NCG7,O15228,Q9Y6K0,Q8N2K0,P40939,Q96N66,Q5H8A4,Q9BTU6,Q8WWI5,Q9NXE4,O14735,Q6UWP7,Q9BVG9,O95674,Q9H490,Q96JX3,Q99623,Q9UG56,Q9NPH0,Q92643,Q92604,Q6IAN0,Q10713,Q9UBV2,Q86UL3,Q8NCE2,Q99943,Q96S52,Q96DA6,Q9NX62,P35790,Q53H12,P50416,Q8WTV0 40 |
| Glycerophospholipid biosynthetic process 0.612268201311032 3.614684277479964 0.0003007138605797 0.8572289230603813 0.03634705022712 45 Q9NTJ5,O43292,Q9HCL2,Q8WUK0,Q8NF37,O15228,Q9Y6K0,Q96N66,Q5H8A4,Q9BTU6,Q8WWI5,O14735,Q6UWP7,Q9BVG9,O95674,Q9H490,Q9UG56,Q9NPH0,Q92643,Q6IAN0,Q10713,Q8NCE2,Q99943,Q86UL3,Q9NX62,P35790 26 |
| Golgi vesicle transport 0.464527460812309 3.5772751562212433 0.0003471946444622 0.8943299642327082 0.03634705022712 135 Q8NHH9,P24390,Q8TBA6,Q9BVK6,O60499,Q96RQ1,Q13190,Q9Y3B3,P61019,Q9BSR8,P48739,P51572,Q8N2H4,Q4J6C6,O75340,Q9H4A6,Q9Y282,P98194,P11279,O14966,P49755,Q9H0U4,O14653,Q96PC5,P62820,Q15363,Q9P2W9,Q9Y6Y8,O14828,O15258,Q9HD26,P61026,Q9Y3A6,Q12770,O43731,Q9NR31,O15498,O95070,Q969X5,O95249,Q12981,Q5JRA6,P49257,O15260 44 |
| Carbohydrate derivative transport 0.8177013794230276 3.555425488051558 0.000377367884669 0.91308163142538 0.03634705022712 17 Q96AA3,P41440,O43808,P12236,Q8TB61,P12235,P07602,Q08722,Q9NZJ7,Q9HC21,L0R6Q1,Q86VD7,Q6NUK1,Q8WTV0 14 |
| Organic acid transport 0.5867085169027934 3.542871696402415 0.0003957952158359 0.9228569433716168 0.03634705022712 51 O60831,P14174,Q96NB2,P53007,Q15041,Q7L0J3,P41440,P08183,Q02978,Q6P4A7,Q8TDW0,P17302,O14678,Q9H2D1,P30825,P28288,Q9BQT8,Q9H936,Q9UBX3,Q9H2J7,P23786,Q9H9B4,O95563,Q96QD8,P31751,O75915,O43808,Q9Y3D6,Q9UJS0,O14975,P50416,O75746,P33121 33 |
| Glycerophospholipid metabolic process 0.5663410021610737 3.5334819059278635 0.0004101241617744 0.9296918830323369 0.03634705022712 64 Q9BZF1,Q9NTJ5,O43292,Q9HCL2,Q8WUK0,Q8NF37,O15228,Q9Y6K0,Q8N2K0,P40939,Q96N66,Q5H8A4,Q9BTU6,Q8WWI5,Q9NXE4,O14735,Q6UWP7,Q9BVG9,O95674,Q9H490,Q96JX3,Q99623,Q9UG56,Q9NPH0,Q92643,Q92604,Q6IAN0,Q10713,Q86UL3,Q8NCE2,Q99943,Q96S52,Q9NX62,P35790,Q8WTV0 35 |
| Membrane lipid biosynthetic process 0.7190214697202679 3.4914359087997724 0.0004804317148285 0.9554035586650672 0.03634705022712 27 Q9H490,P04062,O43292,Q16739,O15269,Q96G23,Q11206,Q9P035,Q6Y1H2,P27544,Q8NBX0,Q92643,Q16880,Q13510,Q53H12,Q06136,Q5H8A4,O95470 18 |
| Endoplasmic reticulum to golgi vesicle mediated transport 0.5346047588838263 3.4612102618313956 0.0005377526279275 0.9692317241043736 0.03634705022712 76 Q8NHH9,P24390,Q9BVK6,Q96RQ1,Q13190,Q9Y3B3,Q96JB2,P61019,Q9BSR8,P51572,O75340,Q9Y282,O14966,P49755,O15027,Q9H0U4,Q9Y5U9,O14653,Q96PC5,P62820,O75396,Q15363,Q9P2W9,Q9Y6Y8,Q9HD26,Q9Y3A6,Q12770,O43731,Q9NR31,O95070,Q969X5,O95249,Q5JRA6,P49257,O15498 35 |
| Lipid localization 0.5185100480818999 3.4244845888840185 0.0006159667793852 0.981458898115242 0.03634705022712 82 Q9Y3B1,Q00169,Q99720,Q4KMQ2,Q9H6V9,Q96AA3,Q9BUR5,P48739,P08183,P35610,O15118,Q14108,P17900,O14678,O95674,Q96JX3,Q14534,P23786,Q9NZJ7,Q9H1P3,Q9H2V7,Q7Z3C6,P31751,O43808,P04062,Q16739,P07602,O15260,P50416,Q8WTV0 30 |
| Establishment of protein localization to membrane 0.4819549772665317 3.37791506002382 0.0007303763720574 0.9911622500387868 0.0366433789143845 96 P43307,Q15904,P27105,Q9NPA0,Q9Y512,Q9BRK0,Q15041,P46379,Q8NBU5,P40855,Q8N4V1,Q96A33,Q9HD20,Q8N2H4,Q4J6C6,Q9NS69,Q9P0J0,P56589,Q8N8Q8,P62072,Q9Y276,O15118,Q9H4A6,P98194,Q99442,Q15629,P61619,O60725,O43681,Q15070,Q9HD26,Q9Y5J6,P61026,P31751,Q9UGP8,Q53H12,Q8WWC4,Q13636,Q00535 39 |
| Carbohydrate derivative biosynthetic process 0.4087054548634209 3.271865219972646 0.0010684049583564 0.9990106015072044 0.0395996398102477 174 O43505,Q9H3H5,Q13126,Q9BXS4,O43292,Q8N4A0,Q9BV10,Q10469,Q11206,O75352,Q5H8A4,Q7LGA3,P50897,Q96AA3,Q9NQX7,P00403,P55263,P35610,O60502,P46977,Q86YN1,O15118,Q15118,O75340,P24539,Q8NBX0,Q53GQ0,Q9H4A6,Q8TCJ2,Q9NZ01,Q9H5K3,Q86SQ9,Q9H490,P04818,O75964,Q8NCH0,Q16706,Q9BT22,P56385,Q6Y1H2,Q92643,Q2TAA5,Q8WVC6,P00846,Q9H0U3,P56134,Q8TB61,Q16739,P15291,P36542,Q16880,Q9Y287,Q10472 53 |
| Inner mitochondrial membrane organization 0.7254867035036586 3.234063939536058 0.0012204212969308 0.9996305112809104 0.0425177549602763 22 Q13505,Q9BUR5,O75431,Q5XKP0,Q6UXV4,O60313,Q9Y512,Q9P0J0,P62072,O95202,Q8WWC4,Q16891,Q53H12,Q9H3K2,Q9NVH1,Q9Y4W6 16 |
| Phospholipid biosynthetic process 0.535309201469053 3.213535731170307 0.0013111148352695 0.9997947132624726 0.0427914212582431 63 P14324,Q9NTJ5,Q9HCL2,O43292,Q8WUK0,Q8NF37,O15228,Q9Y6K0,Q96N66,Q5H8A4,Q9BTU6,Q8WWI5,O14735,Q86YN1,O15269,Q6UWP7,Q9BVG9,O95674,Q86SQ9,Q9H490,Q96JX3,Q9UG56,Q9NPH0,Q92643,Q92604,Q6IAN0,Q10713,Q8NCE2,Q99943,Q86UL3,Q9NX62,P35790 32 |
| Protein transmembrane transport 0.6943643122248101 3.2022551782840503 0.0013635615040605 0.9998538668293164 0.0428396604576704 25 P49755,Q99442,P31751,Q15629,O75381,Q99595,Q07820,P61619,O96008,Q9UGP8,O14925,Q9NS69,O43615,O75298 14 |
| Cellular ion homeostasis 0.465053790838541 3.1110183438628782 0.0018644335694328 0.9999943161217216 0.0503624632482343 94 Q92544,Q9Y487,Q15904,Q9BPX6,O95202,Q16891,Q7L0J3,P50897,O75503,Q8N511,P51790,P09601,P51572,Q96A33,Q9HD20,Q9UM00,P20020,P98194,Q9Y4W6,P23634,O75027,Q96PU5,Q15043,Q8TAD4,P16615,Q93050,Q96HE7,P78417,P55061,P05023,Q9Y6M7,O43819,Q8WWC4,Q9NWW5,Q96TC7,Q00535,O75880 37 |
| Nadh dehydrogenase complex assembly 0.6055535582642556 3.101600670618358 0.0019247741326775 0.9999961565577788 0.0503624632482343 33 Q96CU9,Q9H061,Q9Y375,Q9NX14,O95298,O96000,O75306,Q9Y6M9,Q9P0J0,P03915,O95169,O95139,Q9Y276,O43676,Q15070,P03886,Q86Y39 17 |
| Proton transmembrane transport 0.5529293312428918 3.097203242881687 0.0019535588437469 0.9999968109860304 0.0503624632482343 45 Q7KZN9,Q13423,P51790,P00403,Q96ES6,P12235,P24539,P20674,O75964,P56385,Q99623,P13073,P03915,Q8TAD4,P00846,P56134,P05141,P05023,P36542,Q9UDW1 20 |
| Ion homeostasis 0.4387883853314687 3.0856042186803543 0.0020313901973894 0.9999980748929328 0.050993821677682 113 Q92544,Q13586,Q9Y487,Q15904,Q9BPX6,Q9Y6N1,O95202,Q16891,Q7L0J3,P50897,O75503,Q8N511,P51790,P09601,P51572,Q96A33,P30519,Q9HD20,P17302,Q9UM00,P20020,P98194,Q9Y4W6,P23634,Q658P3,O75027,Q96PU5,Q15043,Q8TAD4,P16615,Q93050,Q96HE7,P78417,P55061,P05023,Q9Y6M7,O43819,Q8WWC4,Q9NWW5,Q96TC7,Q00535,O75880 42 |
| Liposaccharide metabolic process 0.7177583559391132 3.083588698755046 0.0020452013289324 0.999998239824754 0.050993821677682 20 Q9H490,P04062,O43292,Q16739,Q11206,Q16880,Q8NBX0,P17900,Q9NWW5,Q5H8A4 10 |
| Nucleotide transport 0.8074668657409412 3.06593060568167 0.0021699367058143 0.9999992161824416 0.0522710896791031 14 P41440,O43808,Q9BSK2,P12236,Q8TB61,P12235,Q9HC21,Q86VD7,Q08722,Q6NUK1,Q9H2D1 11 |
| Inorganic anion transport 0.6391276256885459 3.008146960665781 0.0026284599773056 0.999999959976102 0.0592731462478125 28 Q9UBX3,P08183,P51790,Q9UHG3,Q96S66,Q9Y6M7,Q9Y277,P45880,O43681,P21796,Q15043,Q4KMQ2,Q9C0H2 13 |
| Phospholipid metabolic process 0.4766678273977371 2.997000352765663 0.0027265039782107 0.9999999788162914 0.0601287441635712 84 Q9BZF1,P14324,Q9NTJ5,Q9HCL2,O43292,Q8WUK0,Q8NF37,Q9Y6K0,O15228,Q96N66,P40939,Q8N2K0,Q5H8A4,Q9BTU6,Q8WWI5,Q9NXE4,O14735,Q86YN1,O15269,Q6UWP7,Q9BVG9,O95674,Q86SQ9,Q9H490,Q96JX3,Q99623,Q9UG56,Q9NPH0,Q92643,P37268,Q92604,Q6IAN0,Q10713,Q8NCE2,Q99943,Q96S52,Q86UL3,Q9NX62,P35790,Q8WTV0 40 |
| Nitrogen compound transport 0.367770459126708 2.9675557397477528 0.0030017785007101 0.9999999964514524 0.0622081664751973 572 Q99595,P43307,P24390,Q15904,Q9UNK0,Q8N4H5,Q6IQ22,Q13190,Q7Z3B4,P61019,O75298,P46379,P50897,Q8WWI5,P13473,Q7Z434,Q4J6C6,Q9NS69,Q9Y277,Q3ZCQ8,Q8N8Q8,P56589,P17302,Q86VD7,Q9H4A6,Q9Y276,Q9Y282,Q9H2D1,Q9H936,Q15629,O14653,Q92543,O60725,O75027,Q9Y5M8,P57105,Q9P2W9,Q9NZJ7,Q9Y6Y8,Q15070,Q9Y3C0,Q9H9B4,O95563,P49841,Q9HD26,Q9Y5J6,O43731,O14925,Q9Y6M1,O15173,Q10713,Q14012,O95070,P07602,Q92945,Q5JRA6,Q13636,Q8N5M9,Q00535,Q15005,Q9Y3E0,Q969Q5,Q9Y679,Q08J23,P51991,P27105,P55786,Q9BRT2,O60499,Q07955,Q9HC21,Q9BRK0,Q96JB2,Q86YV9,Q13546,Q07666,P40855,Q9Y371,Q9HD20,Q8N2H4,Q6P4A7,Q9P0J0,P62072,Q8TDW0,Q14108,Q9H300,Q8TEX9,P22626,P30825,O15027,Q9Y5U9,Q96PC5,P67809,Q96KC8,P41208,O75396,Q9Y6B6,O00170,O14828,O95831,Q7Z4Q2,Q32P28,Q86Y82,Q96QD8,Q9Y3A6,O75915,O14964,Q9Y3D6,Q9UJS0,Q9NR31,P10619,Q14699,Q8TB61,Q9UBV2,Q13432,Q9HCU5,O95249,Q8WWC4,Q96DA6,Q96D46,Q15388,L0R6Q1,P04035,Q08209,O75746,Q92544,Q92973,Q9BRG1,Q9Y5J9,P50402,Q07820,Q8NBM4,Q9Y5L0,Q9BVK6,Q08722,Q9Y3B3,P40939,Q15041,Q7L0J3,P41440,P08183,P51572,Q16850,P12235,O75340,Q9BTX1,Q16836,P98194,O14966,P49755,Q9H2J7,Q9BSK2,P62820,Q9GZP9,Q03519,O43681,Q6NUK1,P61026,O43808,O75381,O96008,O43615,P49257,O15260,O60831,Q96NB2,Q8NFH5,P12236,Q9Y512,Q96CS3,Q8TB36,O14678,O15504,Q9H0U4,Q99442,Q12769,P61619,Q658P3,Q99623,P00367,Q15363,A0AVF1,O15400,O43823,P31751,Q9UGP8,P27824,P05141,Q53H12,P50416,O15498 191 |
| Sphingolipid biosynthetic process 0.7123153872762921 2.9634496196426885 0.0030421185558526 0.9999999972690046 0.0622081664751973 18 P04062,Q16739,O15269,P27544,Q96G23,Q9P035,Q6Y1H2,Q16880,Q13510,Q53H12,Q06136,O95470 12 |
| Intracellular protein transmembrane transport 0.6782217678162152 2.934223801320421 0.0033438300725516 0.9999999996149052 0.0647942162561511 22 Q99442,P31751,Q15629,O75381,Q99595,O96008,P61619,Q9UGP8,O14925,Q3ZCQ8,O43615,Q96DA6,Q15388,O95831,O75298,O94826 16 |
| Chemical homeostasis 0.3877313147862241 2.9313676433789277 0.0033747313795318 0.9999999996849214 0.0651977954875519 181 Q92544,Q13586,Q9NQC3,Q9Y487,Q15904,Q9HCL2,Q9BPX6,Q15067,Q8NF37,Q9Y6N1,Q9BWH2,O95202,Q16891,Q7L0J3,P50897,O75503,Q8N511,P51790,P09601,P51572,Q96A33,P30519,Q9HD20,P35610,O15118,Q9P035,P17302,Q9UM00,P20020,P98194,Q9Y4W6,P23634,Q658P3,O15254,O75027,Q96PU5,Q15043,P52789,Q8TAD4,O95563,P16615,Q93050,Q96HE7,P78417,P04062,P55061,Q16739,P05023,Q9Y6M7,P42785,O43819,Q96TC7,Q8WWC4,O15260,Q9Y6C9,Q9NWW5,Q8WTV0,Q8N5M9,Q00535,O75880 60 |
| Protein targeting 0.4265272959213463 2.927848704276073 0.0034131608784429 0.9999999997545092 0.0657439797776263 116 Q99595,P43307,Q9Y512,Q8N4H5,Q7Z3B4,Q15041,P46379,P40855,P13473,Q9Y371,P51572,Q3ZCQ8,Q9NS69,Q9P0J0,P62072,Q14108,Q8TB36,Q9H300,Q99442,Q15629,P61619,O60725,Q9Y5M8,P57105,O43681,P31751,O75381,O96008,O14925,Q9UGP8,Q10713,O43615,Q53H12,P49257,Q15005 35 |
| Protein insertion into membrane 0.5890345887139387 2.9063230340789388 0.0036570369272725 0.9999999999496352 0.0680770487751981 32 Q15629,Q8N4V1,P61619,Q53H12,Q96A33,Q9NPA0,Q9Y512,Q9P0J0,Q9NS69,P62072,Q8N8Q8,Q9Y276,O43681,Q8WWC4,Q15070,P46379 16 |
| Ph reduction 0.7427492338505022 2.845357690364051 0.0044361576967462 0.9999999999996814 0.0778070802529579 15 P50897,Q93050,O75503,Q8N511,Q9Y487,Q9NWW5 6 |
| Carbohydrate derivative metabolic process 0.3760068032332066 2.839399912998769 0.0045198471745317 0.999999999999815 0.0787217208075512 275 O43505,P49902,Q9H3H5,Q13126,Q9BXS4,Q9HCL2,O43292,Q9BV10,O60858,Q8N4A0,Q9BRR6,Q11206,Q10469,O75352,Q5H8A4,Q9BTY2,Q7LGA3,P50897,Q7Z2Z2,Q96AA3,Q9NQX7,P00403,P55263,P35610,O60313,O60502,P46977,Q86YN1,O15118,Q15118,O75340,P24539,Q8NBX0,Q53GQ0,Q9H4A6,P17900,Q8TCJ2,Q9NZ01,Q9H5K3,Q9H0U4,Q86SQ9,P15586,Q9H490,P04818,O75964,Q8NCH0,Q16706,Q9BT22,P56385,P62820,O60725,Q9UKV5,Q9NPH0,Q6Y1H2,Q92643,Q2TAA5,P52789,Q8WVC6,P00846,P04062,Q9H0U3,P56134,Q8TB61,Q16739,Q8IWA4,P15291,Q86UL3,P08236,P36542,Q9NX62,Q16880,P04035,Q9Y287,Q9NWW5,Q10472 75 |
| Metal ion transport 0.4214813755267785 2.832245453617784 0.0046222351881541 0.999999999999905 0.0799869148067751 106 Q13586,Q9BPX6,O95202,Q4KMQ2,Q8N4V1,Q9HD20,O75844,Q96RD7,P21796,Q9UM00,P20020,P98194,Q9Y4W6,P23634,Q9H2J7,P61619,Q658P3,O75027,O75323,Q96PU5,Q15043,Q9H9B4,Q8TAD4,Q9UMX0,Q96QD8,P16615,Q96HE7,Q96BY9,Q9H0U3,P78417,O15173,P55061,P05023,Q9Y6M7,Q8WWC4,Q00535 36 |
| Amino acid transmembrane transport 0.7159954174899285 2.8278134768118734 0.0046867104744323 0.9999999999999376 0.0806712505067188 16 Q9H936,O60831,O75915,Q96NB2,Q9H2J7,Q9UJS0,Q8TDW0,Q9H9B4,Q15041,P30825,Q96QD8 11 |
| Metal ion homeostasis 0.4577575572404685 2.8183873549683898 0.0048265543331553 0.9999999999999748 0.0823615785712651 86 Q13586,Q9Y487,Q15904,Q9BPX6,Q9Y6N1,O95202,Q16891,Q7L0J3,Q8N511,P09601,P51572,Q96A33,P30519,Q9HD20,Q9UM00,P20020,P98194,Q9Y4W6,P23634,Q658P3,O75027,Q96PU5,Q15043,Q8TAD4,P16615,Q96HE7,P78417,P55061,P05023,O43819,Q8WWC4,Q96TC7,Q00535,O75880 34 |
| Cellular monovalent inorganic cation homeostasis 0.6117729989702426 2.810090011989752 0.0049527646167508 0.9999999999999888 0.082930545080559 28 P50897,Q92544,O75503,Q8N511,Q93050,P51790,Q9Y487,P05023,Q9Y6M7,Q96PU5,Q9NWW5 11 |
| Endoplasmic reticulum tubular network organization 0.7594030173149244 2.809690347099516 0.0049589185639951 0.9999999999999892 0.082930545080559 14 P61026,Q9NQC3,Q8NHH9,O95197,Q9H6H4,Q6NUK4,Q9BRK0,Q15041 8 |
| Regulation of hormone levels 0.4996835787422462 2.8024525714108326 0.0050715672888217 0.9999999999999948 0.0841620089570623 59 Q9HBH5,Q9BRT2,P40939,O95470,Q8NBN7,O75844,P17302,Q53GQ0,Q16836,P62820,Q92543,P00367,Q15043,Q8TC12,Q8TAD4,O95563,Q9Y394,P42892,Q96HE7,Q9UBM7,P05023,Q8NBQ5,P50416,P16435,Q8N5M9 25 |
| Amyloid precursor protein metabolic process 0.6778068643733152 2.792717415068462 0.0052267330053008 0.999999999999998 0.0862422671927279 19 P49755,Q9NQC3,Q9NQX7,O95197,Q16799,Q15392,Q9Y287,O75298 8 |
| Sterol metabolic process 0.5415337226099767 2.7879956056171795 0.0053035263199483 0.9999999999999988 0.0862422671927279 38 P14324,Q15800,Q12770,Q9UBM7,O75845,P04062,P35610,P37268,Q14534,Q15392,Q16850,Q9NWW5,O15118,P04035,Q14739,P16435,Q8WTV0 17 |
| Oxidative phosphorylation 0.4839652762939325 2.7795228063490875 0.0054438830708762 0.9999999999999996 0.0883027850494018 69 O95298,Q7KZN9,O96000,Q9Y6M9,O14949,O95139,O43676,P03886,P00403,P24539,Q9H3K2,P20674,Q9Y375,O75208,O75964,Q9BSK2,P56385,P13073,O75323,P03915,P00846,P56134,O75306,O95169,P36542,Q9UDW1,P51970 27 |
| Protein n linked glycosylation 0.6231221868399329 2.7724410496346583 0.005563759578252 0.9999999999999998 0.0895056401485044 26 Q96AA3,Q9H3H5,Q86SQ9,Q93063,Q9H0U3,Q9BT22,P15291,Q10469,Q9BV10,P46977,Q86YN1,O75340,Q2TAA5,Q8TCJ2,O75352 15 |
| Cytochrome complex assembly 0.7745562172469159 2.770959966628742 0.0055891298038184 0.9999999999999998 0.0895056401485044 13 Q69YU5,Q9Y2R0,Q6DKK2,Q9BSK2,P53701,Q7KZN9,O43819,Q8N8Q8,Q15070,O75880 10 |
| Protein localization to endoplasmic reticulum 0.5446609041696715 2.767130875841017 0.0056552047145854 1.0 0.0897070708646989 36 Q99442,P61026,Q15629,Q9NQC3,Q9UGP8,O43731,Q8NBM4,P61619,P24390,P51572,O43292,O43681,Q9Y5M8,O15258,P46379,Q15005 16 |
| Mitochondrial fusion 0.6765101642847434 2.734159742607896 0.0062539695491483 1.0 0.0955800053874814 17 Q8N2A8,Q9NX63,Q8NAN2,O60313,Q969V5,Q8TB36,Q99536,Q8IWA4,Q9Y6C9,Q9H300,Q9Y4W6 11 |
| Hormone metabolic process 0.6170477686651461 2.7293208310203205 0.0063464925758414 1.0 0.0955829159924794 26 P42892,Q96HE7,Q9UBM7,Q8NBN7,Q9HBH5,O75844,Q9Y394,P05023,Q8TC12,Q53GQ0,Q8NBQ5,P16435,Q8TAD4,O95470 14 |
| Organelle fusion 0.4974698538013943 2.698436569860854 0.0069666012712663 1.0 0.1015491969090898 50 O60499,Q9UNK0,Q99536,Q13190,Q9BSR8,O60313,Q8TB36,Q9H300,Q9Y4W6,Q8N2A8,Q9NX63,O14653,Q969V5,O75396,O15400,Q86Y82,P31751,Q8NAN2,O95249,Q12981,Q8IWA4,Q9Y6C9 22 |
| Vacuolar acidification 0.7960642527074971 2.663736662649765 0.0077278031793057 1.0 0.1080223373141834 11 P50897,Q93050,Q8N511,Q9Y487,Q9NWW5 5 |
| Retrograde vesicle mediated transport golgi to endoplasmic reticulum 0.5995489097846356 2.660004336661456 0.0078139645385681 1.0 0.1086115471722363 27 P49755,P24390,Q969X5,Q96RQ1,Q9P2W9,Q12981,Q9H4A6,O15258,Q9Y282 9 |
| Nucleotide transmembrane transport 0.7937459012408327 2.652150024588735 0.0079980995385979 1.0 0.1108430411430538 11 P41440,O43808,Q9BSK2,P12236,Q8TB61,P12235,Q86VD7,Q9H2D1 8 |
| Monovalent inorganic cation homeostasis 0.5569312142843438 2.65053560790198 0.0080364255541669 1.0 0.1108992456003592 32 P50897,Q92544,O75503,Q8N511,Q93050,P51790,Q9Y487,P05023,Q9Y6M7,Q96PU5,Q9NWW5 11 |
| Membrane lipid catabolic process 0.7716299172718837 2.644157073383053 0.0081894643045985 1.0 0.1125197962606765 12 P50897,P04062,Q13510,P17900,O95470 5 |
| Protein processing 0.5133364329834545 2.643473566438282 0.0082060172798268 1.0 0.1125197962606765 42 P42892,P67812,O75503,Q9BXS4,Q10713,Q15392,O75844,Q9UG56,Q9H300,Q8TAD4,Q15005 11 |
| Amyloid precursor protein catabolic process 0.7279887822314287 2.6376757732301144 0.0083476351481324 1.0 0.1139786807567784 14 Q9NQC3,O95197,Q16799,Q15392,O75298 5 |
| Endoplasmic reticulum membrane organization 0.8252583969570979 2.6336537194792133 0.0084471588934944 1.0 0.1142897437345066 9 Q00765,Q9NQC3,Q8NHH9,Q12981,Q9P2W9,Q15041 6 |
| Purine nucleotide transport 0.7887344236836725 2.62704634275509 0.0086129603056839 1.0 0.1158899773355226 11 P41440,O43808,P12236,Q8TB61,P12235,Q08722,Q86VD7,Q6NUK1 8 |
| Regulation of lipid metabolic process 0.4860757071444663 2.6153963094452672 0.0089123977549083 1.0 0.1189299758139526 54 Q8NF37,Q8NCG7,Q96N66,O75844,Q96G23,Q15118,Q99623,Q9NZJ7,Q92604,P11802,P31751,Q12770,Q9UBM7,P05023,P07602,Q13510,Q9H6K4,P50416,P16435,Q8WTV0 20 |
| Dicarboxylic acid transport 0.6417264751463284 2.6045012738105537 0.0092008078943768 1.0 0.1193517235224415 20 P41440,O60831,Q9H936,Q9BQT8,Q9UBX3,O75915,Q9UJS0,Q02978,Q8TDW0,P17302,Q9H2D1,Q15041 12 |
| Calcium ion import 0.7634738883591501 2.6018924026503973 0.0092710934491078 1.0 0.1193517235224415 12 P23634,O75844,Q9BPX6,Q8WWC4,P21796,Q9Y4W6,P16615 7 |
| Vitamin transport 0.8310593314525723 2.581122526313251 0.0098479622603482 1.0 0.1237592461145121 8 P41440,P38435,P04062,Q9HC21,Q9H2D1,Q8WTV0 6 |
| Protein localization to mitochondrion 0.4736038372985579 2.5680259793977434 0.0102279490391745 1.0 0.1267054924951758 62 Q99595,Q9Y512,Q8N4H5,P51572,Q9Y371,Q9P0J0,Q9NS69,P62072,Q8N8Q8,Q9H300,Q15070,P52789,O96008,O14925,Q10713,O43615,Q8WWC4,P49257,Q9Y6C9 19 |
| Ceramide metabolic process 0.621647234327058 2.560426490194528 0.0104543777800407 1.0 0.1267054924951758 22 P04062,Q53H12,Q16739,O15269,Q96G23,P27544,Q16880,Q13510,P17900,Q9NWW5,O95470 11 |
| Amino acid transport 0.6074086880686992 2.5578148141992942 0.0105332168279654 1.0 0.1273345585612985 24 O60831,Q9H936,Q96NB2,O75915,Q9H2J7,Q9UJS0,Q6P4A7,Q8TDW0,P17302,Q9H9B4,P30825,Q15041,Q7L0J3,Q96QD8 14 |
| Steroid biosynthetic process 0.5037027659849793 2.5548614494201023 0.0106230072884772 1.0 0.1280299872830995 42 P14324,Q15392,Q9UHQ9,Q14739,Q15800,Q16850,Q53GQ0,Q9UHI6,O75845,Q14534,P37268,Q9H1P3,Q12770,Q9UBM7,P05023,Q13510,Q8NBQ5,P04035,P16435 19 |
| Atp synthesis coupled electron transport 0.4972016537212001 2.5518508657281656 0.0107152373527998 1.0 0.1289015170024552 44 P00403,O95298,Q7KZN9,O96000,P13073,Q9Y6M9,P03915,O14949,O43676,Q9H3K2,P03886 11 |
| Glycolipid biosynthetic process 0.7714757699768685 2.53998875958146 0.0110856031580932 1.0 0.1326174189263948 11 Q9H490,O43292,Q16739,Q11206,Q16880,Q8NBX0,Q5H8A4 7 |
| Lytic vacuole organization 0.6097586131440884 2.527935861635711 0.0114735310076943 1.0 0.1336003700054736 23 P50897,O75503,Q8N511,O14773,P04062,Q14108,Q9NWW5 7 |
| Vacuole organization 0.478950711049164 2.515356129384971 0.0118912199354939 1.0 0.1336003700054736 50 P50897,O75503,Q7Z3C6,Q8N511,O14773,P04062,Q9Y371,P62820,P11117,Q14108,Q9NWW5,Q9UMX0,P16615 13 |
| Regulation of autophagy 0.4237439257826242 2.5134737490995063 0.0119548674677716 1.0 0.1336003700054736 91 Q07820,Q9Y487,Q9BXS4,O60858,P09601,Q9Y371,O75844,P12235,O15118,P21796,Q9H300,Q86UE4,Q9NZJ7,Q8IXJ6,Q93050,P04062,P10619,P27544,P07602 19 |
| Oligosaccharide lipid intermediate biosynthetic process 0.7832420018680556 2.5128177931864504 0.0119771176787364 1.0 0.1336003700054736 10 Q96AA3,Q9H3H5,Q9BT22,Q9BV10,Q86YN1,O75340,Q2TAA5,O75352 8 |
| Protein targeting to mitochondrion 0.4757304622757862 2.472352632308571 0.0134227041611525 1.0 0.1443052181577728 48 Q9Y5J9,Q99595,P55786,Q9Y512,Q8N4H5,P51572,Q9Y371,Q9P0J0,Q3ZCQ8,P62072,Q8TB36,Q9NS69,Q9H300,O00170,O95831,Q9Y5J6,O96008,Q9Y3D6,O14925,Q10713,O43615,Q96DA6,Q15388,Q53H12,P49257 25 |
| Regulation of amyloid precursor protein catabolic process 0.7371975950154006 2.464203425514478 0.0137318151500807 1.0 0.1454538586764686 12 O95197,Q16799,Q9NQC3,O75298 4 |
| Regulation of cellular ph 0.5996617604793809 2.457863865766125 0.0139766143830601 1.0 0.1455916286708231 23 P50897,Q92544,O75503,Q8N511,Q93050,P51790,Q9Y487,Q9Y6M7,Q9NWW5 9 |
| Regulation of ph 0.5996617604793809 2.457863865766125 0.0139766143830601 1.0 0.1455916286708231 23 P50897,Q92544,O75503,Q8N511,Q93050,P51790,Q9Y487,Q9Y6M7,Q9NWW5 9 |
| Lipid storage 0.6320369309091178 2.4571744599697323 0.0140034663370109 1.0 0.1455916286708231 17 Q9BZF1,Q9Y679,P04062,P35610,Q14534,P17900,P50416,Q8WTV0,O95674,Q9H6V9 10 |
| Amyloid beta metabolic process 0.7358133372810216 2.4568846218399587 0.0140147689527074 1.0 0.1455916286708231 12 O95197,Q16799,Q9NQC3,O75298 4 |
| Respiratory electron transport chain 0.4677645365852911 2.453953785006094 0.0141295139194417 1.0 0.14654842001062 57 P00403,O95298,Q7KZN9,O96000,P21912,P04062,P13073,Q9Y6M9,P03915,O14949,O43676,Q9H3K2,P03886 13 |
| Neutral lipid metabolic process 0.650179464150902 2.435484003512155 0.0148718821512172 1.0 0.1506272633531739 16 Q9HCL2,Q9UBV2,Q86UL3,Q8NCG7,Q92604,Q8N2K0,Q8WTV0,Q96N66 8 |
| Phospholipid transport 0.6213579378932863 2.4329557169741327 0.0149761323627519 1.0 0.150933255150378 19 Q7Z3C6,P48739,Q9Y3B1,Q00169,P08183,Q14108,Q4KMQ2,Q8WTV0 8 |
| Cristae formation 0.7828051899080255 2.429304194470927 0.0151278338102827 1.0 0.150933255150378 9 Q9BUR5,Q5XKP0,Q6UXV4,Q9Y512,O95202,Q16891,Q9NVH1 7 |
| Sterol biosynthetic process 0.5886111307183843 2.425084443342636 0.0153048263487993 1.0 0.1516094644750302 24 P14324,Q15800,Q12770,Q9UBM7,O75845,P37268,Q14534,Q15392,Q16850,P04035,Q14739,P16435 12 |
| Vitamin transmembrane transport 0.9113408521303276 2.423735521049029 0.0153617885771619 1.0 0.1517600383125663 6 P38435,P04062,Q9HC21,Q9H2D1,Q8WTV0 5 |
| Phosphatidylinositol metabolic process 0.5746742739406988 2.4222684628709827 0.0154239512181963 1.0 0.1517600383125663 26 Q9BTU6,Q9H490,Q9NTJ5,O43292,O14735,Q10713,Q8NCE2,Q6UWP7,Q92643,Q9NX62,Q92604,Q96N66,Q5H8A4 13 |
| Import across plasma membrane 0.6186291125335444 2.4151592429666993 0.0157283316406426 1.0 0.1539996405117087 19 P41440,P31751,O75915,P23634,Q8IWT6,P05023,Q8TDW0,Q15043,Q9BXP2,P54709,Q15041,P30825,P33121 13 |
| L amino acid transport 0.7277868416400486 2.4143172294500426 0.0157647300284449 1.0 0.1541228591300536 12 Q9H936,O60831,O75915,Q9UJS0,Q9H9B4,Q15041,P30825,Q96QD8 8 |
| Establishment of protein localization 0.3426951673430898 2.3983907253715864 0.0164672890879606 1.0 0.157190535348984 516 Q99595,P43307,P24390,Q15904,Q9UNK0,Q8N4H5,Q6IQ22,Q13190,Q7Z3B4,P61019,O75298,P46379,P50897,Q8N4V1,P13473,Q7Z434,Q4J6C6,Q9NS69,Q3ZCQ8,P56589,Q8N8Q8,Q9Y276,Q9H4A6,Q9Y282,Q15629,O14653,Q92543,O60725,Q9Y5M8,P57105,Q9P2W9,Q9Y6Y8,Q9Y3C0,Q15070,O95563,P49841,Q9HD26,Q9Y5J6,O43731,O14925,Q10713,Q14012,O95070,Q5JRA6,Q13636,Q8N5M9,Q00535,Q15005,Q9Y3E0,Q969Q5,Q9Y679,P27105,Q9NPA0,P55786,Q9BRT2,O60499,Q9BRK0,Q15006,Q96JB2,Q86YV9,P40855,Q9Y371,Q96A33,Q9HD20,Q8N2H4,Q9P0J0,P62072,Q14108,Q9H300,Q8TEX9,O15027,Q9Y5U9,Q96PC5,Q96KC8,P41208,O75396,Q9Y6B6,Q9H1Z9,O00170,O14828,O95831,Q7Z4Q2,P52789,Q32P28,Q86Y82,Q9Y3A6,O75915,O14964,Q9Y3D6,Q9NR31,P10619,Q14699,Q9UBV2,Q13432,Q9HCU5,O95249,Q8WWC4,Q96DA6,Q96D46,Q15388,P04035,Q08209,Q92544,Q92973,Q9BRG1,Q9Y5J9,P50402,Q07820,Q8NBM4,Q9Y5L0,Q9BVK6,Q9Y3B3,P40939,Q15041,P51572,Q16850,O15118,O75340,Q9BTX1,Q16836,P98194,P11279,O14966,P49755,P62820,Q9GZP9,Q03519,O43681,P61026,O75381,O96008,O43615,P49257,O15260,O60831,Q8NFH5,Q9Y512,Q8NBU5,Q96CS3,Q8TB36,O15504,Q9H0U4,Q99442,Q12769,P61619,Q658P3,Q99623,P00367,Q15363,A0AVF1,O15400,O43823,P31751,Q9UGP8,P27824,Q53H12,P50416,O15498 158 |
| Atp transport 0.8476966468191853 2.3963295684012573 0.0165601928732626 1.0 0.1576140709937581 7 O43808,P12236,P12235,Q08722,Q86VD7,Q6NUK1 6 |
| Regulation of mitochondrion organization 0.4663073107198907 2.3939613743119184 0.0166675039414172 1.0 0.1583672423730851 51 Q96A26,Q969V5,P12235,Q9UG56,P27544,P21796,Q9H4A6,Q9H3K2,Q9H300,Q9Y6C9 10 |
| Steroid metabolic process 0.4549947001450712 2.3928707166080234 0.016717130437668 1.0 0.1583672423730851 64 P14324,Q15392,Q14739,O95470,Q15800,P35610,Q16850,O15118,Q53GQ0,O75845,P38435,Q14534,P37268,Q9H1P3,Q12770,Q9UBM7,P04062,P05023,P16435,Q13510,Q8NBQ5,P04035,Q9NWW5,Q8WTV0 24 |
| Negative regulation of amyloid precursor protein catabolic process 0.7749901274574117 2.391119005602967 0.0167971073382053 1.0 0.1583672423730851 9 O95197,Q16799,Q9NQC3,O75298 4 |
| Purine containing compound transmembrane transport 0.7738742269811288 2.385652045140106 0.0170488732825928 1.0 0.1587630329279726 9 P41440,O43808,P12236,Q8TB61,P12235,Q86VD7 6 |
| Autophagy of mitochondrion 0.4997472002806581 2.3756569589476144 0.0175177402222566 1.0 0.1621957292109367 36 Q7Z3C6,P04062,Q99623,Q969V5,P52789,P12235,P27544,Q9BWH2,P21796,Q9H300 10 |
| Amyloid beta formation 0.7536917526884879 2.3651240237376063 0.0180240338387696 1.0 0.1661702948782291 10 O95197,Q16799,Q9NQC3,O75298 4 |
| Protein localization to extracellular region 0.4547201275887979 2.3554008760033924 0.01850273279802 1.0 0.1702310678870459 61 Q9BRT2,Q6IQ22,P40939,Q86YV9,Q9NV70,Q16850,Q9H4A6,Q16836,P49755,Q9Y5U9,Q96PC5,Q658P3,Q92543,Q96KC8,P00367,O95563,Q32P28,P61026,P04035,P27824,Q9UBV2,Q9HCU5,Q08209,Q5JRA6,P50416,Q8N5M9 26 |
| Phosphatidylglycerol metabolic process 0.6729850616932722 2.3273974396128234 0.0199441219137674 1.0 0.1805291706655988 14 Q96JX3,Q99623,Q9HCL2,Q8NF37,P40939,Q92604,O95674 7 |
| Protein transmembrane import into intracellular organelle 0.6903950165880368 2.315769357055683 0.0205708651856304 1.0 0.1849092215019448 13 O75381,Q99595,O96008,O14925,Q3ZCQ8,O43615,Q96DA6,Q15388,O95831,O94826 10 |
| Process utilizing autophagic mechanism 0.3624519426641521 2.2936175394501377 0.0218124770241412 1.0 0.1930143026682725 161 Q969Q5,Q07820,Q9Y487,Q9BXS4,O60858,Q9BWH2,P09601,Q9Y371,O75844,O15269,P12235,O15118,P21796,Q5T8D3,Q9Y6I9,Q9H300,Q9H0U4,P62820,Q99623,Q969V5,Q86UE4,Q9NZJ7,Q8IXJ6,P52789,Q9UMX0,P16615,Q7Z3C6,Q93050,P04062,P10619,P55061,O14681,P27544,P07602 34 |
| Respiratory chain complex iv assembly 0.824819805703556 2.2929675589922205 0.0218498727217972 1.0 0.1930143026682725 7 Q9Y2R0,Q7KZN9,O43819,Q8N8Q8,Q15070,O75880 6 |
| Aminoglycan metabolic process 0.6048751438837235 2.2911730322204753 0.0219534080331857 1.0 0.1934477088516304 18 O43505,P15586,Q8NCH0,Q11206,P08236,Q9NX62,Q9NWW5,Q7LGA3 8 |
| Phosphatidylinositol biosynthetic process 0.5759373136079482 2.290901558230003 0.0219691078501156 1.0 0.1934477088516304 23 Q9H490,Q9NTJ5,O43292,O14735,Q10713,Q9NX62,Q96N66,Q5H8A4 8 |
| Glycosphingolipid metabolic process 0.7383235210368766 2.287248337342827 0.0221813320874781 1.0 0.1950510615083679 10 P04062,Q9NWW5,Q16739,P17900 4 |
| Organophosphate biosynthetic process 0.3537306033270062 2.2793283520450713 0.022647553872936 1.0 0.1983423121321273 171 P43490,Q9NTJ5,Q9HCL2,O43292,Q8NF37,Q9Y6K0,O15228,Q96N66,Q5H8A4,P50897,P00403,P35610,O14735,Q86YN1,P24539,Q53GQ0,Q9BVG9,Q9NZ01,O95674,Q9H490,Q96JX3,O75964,P56385,Q9UG56,Q9NPH0,Q6Y1H2,Q92604,Q8WVC6,P00846,P56134,Q10713,Q8TB61,Q86UL3,P36542,Q9NX62 35 |
| Cobalt ion transport 0.9715269086357968 2.264010151254519 0.023573490433761 1.0 0.2045142494467844 2 Q8N4V1 1 |
| Phosphatidic acid metabolic process 0.7641325669929643 2.2628108197767016 0.0236473536504919 1.0 0.2048804187764177 8 Q9NPH0,Q8NF37,Q9HCL2,O15228 4 |
| Calcium ion import into sarcoplasmic reticulum 0.97058823529412 2.2599606728311694 0.0238236917416396 1.0 0.2061322633046684 2 O75844 1 |
| Inorganic anion transmembrane transport 0.7312601107638049 2.251209180038719 0.024372291743151 1.0 0.2094512291167063 10 Q9UBX3,P51798,P51790,Q9UHG3,Q02978,Q9BXP2,Q4KMQ2 7 |
| Cellular homeostasis 0.369663659666251 2.2480982585449616 0.0245699251073194 1.0 0.2094512291167063 145 Q92544,Q9NQC3,Q07820,Q9Y487,Q15904,Q9BPX6,Q9BWH2,O95202,Q16891,Q4KMQ2,Q7L0J3,P50897,O75503,Q8N511,P51790,P09601,P13473,Q96A33,Q9HD20,P51572,Q9UM00,P20020,P98194,Q9Y4W6,P23634,O75027,Q96PU5,Q15043,P52789,Q8TAD4,O95563,P16615,Q93050,Q96HE7,P78417,P55061,P05023,Q9Y6M7,O43819,Q96TC7,Q8WWC4,Q9NWW5,Q8N5M9,Q00535,O75880 45 |
| Regulation of toll like receptor signaling pathway 0.7455519264288143 2.2456710895115903 0.0247250832888077 1.0 0.2094512291167063 9 P41440,Q9NPR9,Q9NQC3 3 |
| Regulation of lysosomal lumen ph 0.8113247761597908 2.2314030819190016 0.0256544408995589 1.0 0.2153508968896827 7 P50897,Q8N511,Q9NWW5 3 |
| Lysosomal lumen acidification 0.8638313122533574 2.2207370223292484 0.0263687783254946 1.0 0.2202825350475906 6 P50897,Q8N511,Q9NWW5 3 |
| Transition metal ion homeostasis 0.5523879941099675 2.2080837600885115 0.0272384348579044 1.0 0.2236055158468727 25 Q8N511,P09601,Q9Y487,Q658P3,Q15904,P30519,O43819,Q15043,Q8TAD4,O75880 10 |
| Regulation of membrane lipid distribution 0.752511325757207 2.2062667425253353 0.027365328544104 1.0 0.2236055158468727 8 Q96AA3,Q4KMQ2,P08183 3 |
| Tetrapyrrole metabolic process 0.5816642907059101 2.2053448605446304 0.0274299041278649 1.0 0.2236055158468727 20 Q9P0S9,P09601,Q7KZN9,P30519,P22830,P36551,O00264,O14678 8 |
| Connective tissue development 0.5456290794388144 2.20526959620321 0.0274351820111884 1.0 0.2236055158468727 26 P11802,Q8N0X7,P43490,Q9C0E8,P04818,P35610,Q92543,O15173,O75844,Q15043,Q9NX62,P16435 12 |
| Ceramide biosynthetic process 0.6887920192968295 2.2043243216253523 0.0275015436671988 1.0 0.2236055158468727 12 P04062,Q16739,O15269,P27544,Q96G23,Q16880,Q13510,Q53H12 8 |
| Proteoglycan metabolic process 0.7499444214597057 2.1937259880270465 0.0282551143678364 1.0 0.2272037423718899 8 Q8NCH0,Q8WVQ1,Q9NX62,Q7LGA3 4 |
| Lipid glycosylation 0.9552565707133917 2.193624684331206 0.0282624023433739 1.0 0.2272037423718899 2 P04062 1 |
| Lactation 0.7195884952708247 2.1913160314608446 0.0284289307354836 1.0 0.227712920445607 10 Q9UNS2,P00403,Q86UL3,Q13505,P52789 5 |
| Intracellular protein transport 0.3321816901118118 2.1852900933955213 0.0288675832999365 1.0 0.2302337160838764 325 Q99595,P43307,Q15904,Q9UNK0,Q8N4H5,Q13190,Q7Z3B4,O75298,P46379,P13473,Q7Z434,Q9NS69,Q3ZCQ8,P56589,Q8N8Q8,Q9Y276,Q9Y282,Q15629,O60725,Q9Y5M8,P57105,Q9P2W9,Q9Y6Y8,Q15070,P49841,Q9Y5J6,O14925,Q10713,Q14012,Q13636,Q00535,Q15005,Q969Q5,Q9Y679,P27105,P55786,O60499,Q9BRK0,Q96JB2,P40855,Q9Y371,Q9P0J0,P62072,Q14108,Q9H300,Q8TEX9,O15027,Q9Y6B6,O00170,O95831,Q7Z4Q2,Q86Y82,Q9Y3A6,O14964,Q9Y3D6,Q9NR31,P10619,Q14699,Q9UBV2,Q9HCU5,Q8WWC4,Q96DA6,Q15388,Q08209,Q92544,Q92973,Q9BRG1,Q9Y5J9,P50402,Q8NBM4,Q9Y5L0,Q9BVK6,Q9Y3B3,Q15041,P51572,O75340,O14966,P49755,P62820,Q9GZP9,O43681,O75381,O96008,O43615,P49257,O15260,Q8NFH5,Q9Y512,Q96CS3,Q8TB36,O15504,Q9H0U4,Q99442,P61619,Q99623,Q15363,O15400,P31751,Q9UGP8,Q53H12 100 |
| Transition metal ion transport 0.6484051156702196 2.1848702818317123 0.0288983590460194 1.0 0.2302337160838764 14 Q8N4V1,Q658P3,O15173,Q9HD20,O75027,Q15043,P98194,Q8TAD4 8 |
| Regulation of release of cytochrome c from mitochondria 0.7028953380732121 2.1845547368022458 0.0289215097614634 1.0 0.2302337160838764 11 Q9H300,Q96A26,Q9H3K2 3 |
| Regulation of protein exit from endoplasmic reticulum 0.7479648768883032 2.184042129956753 0.0289591524234278 1.0 0.2302501652142812 8 Q9NR31,Q92544,P51572,Q8NBM4 4 |
| Phosphatidylcholine acyl chain remodeling 0.9527534418022529 2.1827598642314823 0.0290534987973041 1.0 0.2307168640688985 2 Q8NF37 1 |
| Regulation of glycoprotein metabolic process 0.7010126714078055 2.1745794908183553 0.0296616426112148 1.0 0.2349695850425734 11 Q9NQX7,P35610,P62820,Q9BXS4,Q9Y287 5 |
| Lipoprotein metabolic process 0.5817765637465553 2.1710386205066 0.0299282531192053 1.0 0.2365026302655639 19 P50897,Q9H490,P04062,O43292,Q16739,Q8N2K0,Q5H8A4 7 |
| Determination of adult lifespan 0.851986274702674 2.1693944083883 0.0300527531294854 1.0 0.236865936319553 6 O75844 1 |
| L alpha amino acid transmembrane transport 0.7152574031753094 2.1689823564912767 0.0300840234324277 1.0 0.236865936319553 10 Q9H936,O60831,O75915,Q9UJS0,Q15041,P30825 6 |
| Cellular hormone metabolic process 0.6248186133071756 2.157604314534342 0.0309586089692019 1.0 0.2416937481889931 15 P42892,Q8NBN7,Q9HBH5,Q8TC12,Q53GQ0,Q8NBQ5,Q9Y394,O95470 8 |
| Activation of cysteine type endopeptidase activity involved in apoptotic process 0.6426161058686517 2.150948437928553 0.0314802697121563 1.0 0.2448801749724469 14 Q9BXK5,Q96A26,Q9NZJ7,Q969V5 4 |
| Cartilage development 0.6037883683021673 2.147210516115908 0.0317765258840352 1.0 0.2459055415199665 16 P04818,Q9C0E8,Q92543,O75844,Q9NX62,Q15043,P16435 7 |
| Triglyceride metabolic process 0.678317311228079 2.1470060607252703 0.0317927991146718 1.0 0.2459055415199665 12 Q9HCL2,Q9UBV2,Q86UL3,Q8NCG7,Q92604,Q96N66,Q8WTV0 7 |
| Cellular transition metal ion homeostasis 0.5726530124040552 2.1437973117238065 0.0320491308422028 1.0 0.246344388136267 20 Q8N511,P09601,Q9Y487,Q15904,O43819,Q15043,Q8TAD4,O75880 8 |
| Regulation of protein secretion 0.467380665315925 2.1423468878533987 0.0321655784050018 1.0 0.2466535822715311 39 Q9NV70,P49755,Q9Y5U9,O95563,P04035,Q96KC8,Q16850,Q9BRT2,P00367,P50416,Q08209,Q8N5M9,Q9H4A6,P40939,Q16836,Q32P28 16 |
| Porphyrin containing compound metabolic process 0.5818480513068949 2.132957866388826 0.0329281826944589 1.0 0.2504244399512789 17 Q9P0S9,P09601,Q7KZN9,P30519,P22830,P36551,O00264 7 |
| Azole transmembrane transport 0.9408635794743424 2.1310222868563833 0.0330873061606773 1.0 0.2510446019600278 2 Q9HC21 1 |
| Positive regulation of i kappab kinase nf kappab signaling 0.4680269233283132 2.1273049532766297 0.0333947534734133 1.0 0.252430707179918 38 Q9Y3E0,O43657,P09601,Q8TB61,Q969V5,O60858,Q86UE4 7 |
| Cerebellar purkinje cell layer formation 0.9399249061326695 2.126928712094874 0.0334260068067351 1.0 0.252430707179918 2 P04062 1 |
| Vitamin d metabolic process 0.9383604505632082 2.1201031821184317 0.0339973446704449 1.0 0.2558497845431621 2 P04062 1 |
| Alcohol biosynthetic process 0.4729702440794973 2.115775785454272 0.0343638814781166 1.0 0.2568726483807542 35 P14324,Q15800,Q12770,Q9UBM7,O75845,P04062,P37268,Q15392,Q16850,O15269,Q13510,P04035,Q14739,P16435 14 |
| Copii coated vesicle budding 0.5513822091827567 2.1146140846592494 0.0344628522377175 1.0 0.2568726483807542 23 P49755,Q12770,Q9UBV8,Q9NR31,P62820,O95486,Q9HCU5,O75340,Q15363,Q9Y6B6,Q5JRA6,P55735,O15027 13 |
| Secretion 0.358649345276058 2.101931194553728 0.0355593034821504 1.0 0.2612256664432208 149 P14174,Q9UNS2,Q9BRT2,Q9H7Z7,Q6IQ22,P40939,Q9BRK5,Q7L0J3,P50897,O43760,P00403,P09601,Q16850,Q4J6C6,P17302,Q9H4A6,Q16836,P11279,P49755,Q96PC5,Q658P3,Q92543,P62820,Q96KC8,P00367,Q9Y3C0,Q13505,P52789,O95563,P49841,P16615,Q32P28,P61026,P04035,P27824,Q92905,Q9UBV2,P50416,Q86UL3,Q5JRA6,Q13636,P55327,O15498,Q8N5M9,Q00535 45 |
| Protein maturation 0.4281855530784871 2.096446754875687 0.0360425785321152 1.0 0.2638579393468451 64 P42892,P67812,O75503,Q9BXS4,Q10713,Q15392,O75844,Q9BU23,Q9UG56,Q9H300,Q8TAD4,Q15005 12 |
| Lipid translocation 0.7812850745105137 2.0927831670462154 0.0363685151216817 1.0 0.2647660628431091 7 Q96AA3,Q4KMQ2,P08183 3 |
| Regulation of autophagy of mitochondrion in response to mitochondrial depolarization 0.7145471581406202 2.089708587948647 0.0366439850881397 1.0 0.2657143489685031 9 P04062,Q969V5 2 |
| Embryonic digit morphogenesis 0.7287555625633794 2.089497124301974 0.0366629965433982 1.0 0.2657143489685031 8 P42892,Q9NX62,Q9C0E8 3 |
| Regulation of anion transport 0.6672705020751722 2.0861369155849427 0.0369662226162794 1.0 0.2673132880140343 12 P14174,O75915,P08183,Q9HD26,Q15042,Q15041,Q13546,Q7L0J3 8 |
| Mitochondrial atp synthesis coupled proton transport 0.6663077252056928 2.0808114544495253 0.0374511673049331 1.0 0.2701953107929779 12 P00846,O75964,P56385,P24539,P36542 5 |
| Cotranslational protein targeting to membrane 0.6480638245140045 2.0769455511023187 0.0378065849133832 1.0 0.2715696088339807 13 Q99442,Q15629,P43307,P61619,Q15041 5 |
| Organic cation transport 0.776930351900299 2.072507661432628 0.038218122500029 1.0 0.274005387705821 7 O43808,Q9HC21,Q70HW3,Q86VD7,Q96QD8 5 |
| Aerobic respiration 0.379400213031693 2.0703722228676646 0.0384175009698897 1.0 0.274005387705821 97 O95298,Q7KZN9,O96000,Q9Y6M9,O14949,O43676,Q13423,P03886,P00403,P24539,Q9H3K2,O75964,Q9BSK2,P56385,P13073,P03915,Q15070,P00846,P21912,P36542,Q9UDW1 21 |
| Regulation of caveolin mediated endocytosis 0.9261576971214016 2.066740882184692 0.0387585767005456 1.0 0.274005387705821 2 Q96PU5 1 |
| Response to mitochondrial depolarisation 0.6948087407629604 2.062741960114516 0.0391371510081322 1.0 0.274005387705821 10 P04062,Q969V5 2 |
| Er nucleus signaling pathway 0.608509625277536 2.057842518550186 0.0396052530677173 1.0 0.2765104615472132 15 P57088,Q12770,Q96A33,Q9UKV5,Q15363,Q9UM00,P16615 7 |
| Ceramide catabolic process 0.7731513299595957 2.0548757412076357 0.0398910081158379 1.0 0.2770113782464623 7 P04062,Q13510 2 |
| Mitochondrial cytochrome c oxidase assembly 0.8245614035087758 2.0494065452037957 0.0404223777643655 1.0 0.279800672610667 6 Q9Y2R0,O43819,Q8N8Q8,Q15070,O75880 5 |
| Atp synthesis coupled proton transport 0.6420756489958064 2.042615504744168 0.0410905150404907 1.0 0.2815090006085393 13 P00846,O75964,P56385,P24539,P36542 5 |
| Amide transport 0.4544766358580401 2.041697940769656 0.0411815031672571 1.0 0.2815090006085393 40 P41440,P08183,Q9H2D1,P62820,Q92543,P50416,Q03519,P00367,P07602,P17302,Q8N5M9,Q9NZJ7,P40939,Q16836,O95563 15 |
| C4 dicarboxylate transport 0.703224127975551 2.0320388328840315 0.0421497248257041 1.0 0.2837802140977121 9 Q9H936,Q9UBX3,Q9UJS0,Q02978,Q8TDW0 5 |
| Electron transport chain 0.408034558594063 2.0302877209739663 0.0423273016201759 1.0 0.2837802140977121 76 O95298,Q7KZN9,O96000,Q9Y6M9,O14949,Q9Y6N1,O95139,O43676,P03886,Q12797,P00403,Q9P0J0,Q9H3K2,P20674,Q9H936,Q9Y375,O75208,P13073,P03915,O15460,P21912,P04062,P51970,O75306,O43819,O95169,Q9UDW1,P16435 28 |
| Tetrapyrrole catabolic process 0.9034302198413314 2.028169816046566 0.0425429193714244 1.0 0.2847339960412189 4 P09601 1 |
| Proton transporting two sector atpase complex assembly 0.8186090225563948 2.023160050999202 0.0430566489305372 1.0 0.2866899504922194 6 Q92544,Q8N511,Q9BUB7,Q15070,Q3ZAQ7 5 |
| Regulation of cellular extravasation 0.913642052565712 2.0117887871247695 0.0442422064365 1.0 0.2924775894351665 2 Q11206 1 |
| Cdp diacylglycerol metabolic process 0.6989379037067953 2.0101093772564105 0.0444196138114312 1.0 0.2927532999873553 9 Q9HCL2,O14735,O95674 3 |
| Regulation of cysteine type endopeptidase activity 0.4387099525301427 2.009102595058729 0.0445262545121689 1.0 0.2928596739865422 45 Q9BXK5,P51572,P51812,Q96A26,Q15392,Q969V5,Q9P0J0,O75340,Q9NZJ7,P16435,Q15041 11 |
| Early endosome to golgi transport 0.7625756397341773 2.005350888739116 0.0449255480623367 1.0 0.2948865588838167 7 Q9BVK6,O60499,O15260,P49257 4 |
| Endoplasmic reticulum calcium ion homeostasis 0.7114176084382569 2.0032707338671645 0.045148237001219 1.0 0.2954493325297166 8 Q96A33,P51572,P55061,P16615 4 |
| Intracellular transport 0.3289791959361995 1.99680643936185 0.0458462137960837 1.0 0.2962782127580997 550 O75431,Q99595,P43307,P24390,P07196,Q15904,P45880,Q8N4H5,Q96RQ1,Q9UNK0,Q6IQ22,Q13190,Q7Z3B4,P61019,O75298,P46379,P13473,O75844,Q7Z434,Q4J6C6,Q9NS69,Q3ZCQ8,P56589,Q8N8Q8,Q9Y282,Q9UBX3,Q15629,O75964,O14653,Q969V5,O60725,Q9Y5M8,P57105,Q9P2W9,Q9NZJ7,Q15070,P16615,P00846,O14925,Q10713,O95070,P07602,P36542,Q15005,Q969Q5,Q8NHH9,O60499,Q9BRK0,P40855,Q9Y371,Q8N2H4,Q9P0J0,P62072,Q14108,Q9H300,Q7Z4L5,Q96PC5,P52789,O94901,Q9Y3A6,Q9NR31,P10619,Q9UBV2,Q969X5,O95249,Q8WWC4,Q92544,P50402,Q8NBM4,Q9BVK6,Q9Y3B3,Q15041,O75503,Q00765,Q9BSR8,Q5SNT2,P51572,P12235,O15118,O75340,P24539,P11279,O14966,P49755,Q96JX3,P56385,P62820,Q9GZP9,Q03519,O43681,P23786,Q6NUK1,P61026,O75381,O96008,P56134,O43615,P49257,O15260,Q8NFH5,Q9Y512,Q96CS3,O60313,Q8TB36,Q96HR9,O14678,O15504,Q9H0U4,Q99442,Q12769,P61619,Q99623,Q15363,A0AVF1,O15400,Q9H1P3,P31751,Q12770,Q9UGP8,P05141,A4D1P6,Q53H12,P50416,O15498 124 |
| Folic acid transport 0.910200250312901 1.9966387295349692 0.0458644424250138 1.0 0.2962782127580997 2 Q9H2D1 1 |
| Folate transmembrane transport 0.910200250312901 1.9966387295349692 0.0458644424250138 1.0 0.2962782127580997 2 Q9H2D1 1 |
| Sphingoid metabolic process 0.8582543924588489 1.995039957166488 0.0460385220774146 1.0 0.2964789202836095 5 P04062,Q06136,Q13510 3 |
| Signal peptide processing 0.8118901394707072 1.993447191238112 0.0462125007302633 1.0 0.296619816042915 6 P67812,Q9H300,Q15005 3 |
| Body fluid secretion 0.6503314835934786 1.9919629073465677 0.0463751278417203 1.0 0.296619816042915 12 Q9UNS2,P00403,Q86UL3,Q13505,P52789 5 |
| Protein catabolic process in the vacuole 0.7595371764270908 1.9910728191709517 0.0464728821797768 1.0 0.296619816042915 7 Q8N511,O14773 2 |
| Lysosomal protein catabolic process 0.7595371764270908 1.9910728191709517 0.0464728821797768 1.0 0.296619816042915 7 Q8N511,O14773 2 |
| Negative regulation of neuron projection development 0.533782582889621 1.9860583897605943 0.047026840848251 1.0 0.2992701218976211 23 Q9NQC3,Q9NQX7,Q9NR77,Q96G23,P08670,O14966 6 |
| Mitochondrial calcium ion transmembrane transport 0.6938208140349855 1.9838578996815488 0.0472716833613364 1.0 0.2993760654975058 9 O95202,P21796,Q9BPX6,Q8WWC4 4 |
| Positive regulation of cysteine type endopeptidase activity 0.5041073781673467 1.983020505922693 0.0473651390679534 1.0 0.2993760654975058 28 Q9BXK5,P51572,Q96A26,Q969V5,Q9P0J0,Q9NZJ7 6 |
| Protein import into mitochondrial matrix 0.6910893024141006 1.9698132046306365 0.0488597826645997 1.0 0.3052321557966118 9 Q99595,O96008,O14925,Q3ZCQ8,O43615,Q96DA6,Q15388 7 |
| Chloride transport 0.6286735833167718 1.9652913737953 0.0493805234218311 1.0 0.3059857539771162 13 P08183,P51790,Q9UHG3,Q96S66,Q4KMQ2,Q9C0H2 6 |
| Toll like receptor signaling pathway 0.5925233714051451 1.9589314632550352 0.0501208137401256 1.0 0.3074710014465339 15 P41440,Q9NPR9,Q9NQC3,Q9UMX0 4 |
| I kappab kinase nf kappab signaling 0.4249899910902579 1.9569372159169776 0.0503548503748629 1.0 0.307650377354721 49 Q9Y3E0,O43657,P09601,Q8TB61,Q969V5,O60858,Q9P035,Q86UE4 8 |
| Vesicle mediated transport 0.3146961880061298 1.9540215365657776 0.0506986702761096 1.0 0.3086752530827672 349 O95197,P24390,Q15904,O15020,Q9UNK0,Q96RQ1,Q6IQ22,Q13190,P61019,P50897,O43760,P09601,Q4J6C6,Q9H4A6,Q9Y282,O14653,Q5VW38,Q92543,P57105,Q9P2W9,Q9Y6Y8,Q9Y3C0,P49841,P16615,Q9HD26,Q08380,O43731,Q92905,O95070,Q5JRA6,Q13636,Q8N5M9,Q9Y3E0,Q8NHH9,Q9NX40,O60499,Q8N2H4,Q14108,Q96PC5,Q96PU5,O14828,O15258,Q9Y3A6,Q9NR31,Q13432,Q969X5,O95249,Q12981,Q8WTV0,Q92544,Q9BVK6,Q08722,Q9Y3B3,Q4KMQ2,Q7L0J3,P41440,O75503,Q9BSR8,P51572,O15118,O75340,P98194,P11279,O14966,P49755,P62820,P61026,Q9UBG0,P49257,O15260,Q8TBA6,Q9BRK5,Q8NBU5,P48739,P51790,Q9H0U4,Q8IZ07,Q15363,O15400,P31751,Q12770,P27824,A4D1P6,O15498 84 |
| Negative regulation of protein secretion 0.6736253985626792 1.951303424190312 0.0510209619873303 1.0 0.3100541464619734 10 Q16850,P04035,Q8N5M9,P40939 4 |
| Long chain fatty acyl coa biosynthetic process 0.7508471581567332 1.9501168037435237 0.0511621988591244 1.0 0.3104067337310209 7 Q9NZ01,Q53GQ0 2 |
| Adp transport 0.8471656749138723 1.9479096062956416 0.0514257801554656 1.0 0.3113448542246712 5 P12236,O43808,Q86VD7,P12235 4 |
| Neutral amino acid transport 0.8008965349838608 1.94463387065256 0.0518190597520313 1.0 0.3126004403058742 6 Q96NB2,Q9H2J7,Q96QD8 3 |
| Pyrimidine containing compound transmembrane transport 0.8979974968710966 1.9427962869261872 0.0520407767267552 1.0 0.3131118290090794 2 Q9HC21 1 |
| Negative regulation of secretion 0.5431227459175183 1.9390119673067636 0.0524998809617704 1.0 0.3143193613178341 20 P04035,P09601,Q16850,P40939,Q8N5M9 5 |
| Establishment of protein localization to mitochondrial membrane 0.5475526958379449 1.9379338259158183 0.0526312964669284 1.0 0.3146253375688015 19 Q53H12,Q9Y512,Q9NS69,P62072,Q8N8Q8,Q9P0J0,Q9Y276,Q8WWC4,Q15070 9 |
| Mitochondrial electron transport cytochrome c to oxygen 0.7480718335040974 1.9369992049442468 0.0527454405534841 1.0 0.3146253375688015 7 Q7KZN9,P13073 2 |
| Mucopolysaccharide metabolic process 0.670611259516399 1.93533342130908 0.0529493936223015 1.0 0.3155510824341949 10 O43505,P15586,Q8NCH0,Q11206,Q9NX62 5 |
| Zinc ion transport 0.8939299123904989 1.9248053636735032 0.0542537127353097 1.0 0.322090226555822 2 Q8TAD4 1 |
| Retrograde transport endosome to golgi 0.4703189409598853 1.9208996931670408 0.0547443544670616 1.0 0.3235666320646783 32 O75503,O15498,Q9BVK6,O60499,O95249,Q13190,P49257,O15260,O14966 9 |
| Nuclear pore organization 0.6374083148063712 1.919435440280718 0.0549292493681488 1.0 0.3240675495995068 12 Q7Z3B4,Q9NQC3,Q9BTX1 3 |
| Chloride transmembrane transport 0.7435109315686037 1.915402837842213 0.0554411495232072 1.0 0.326492374626203 7 Q9UHG3,Q4KMQ2,P51790 3 |
| T cell apoptotic process 0.652118174720556 1.9113982813781785 0.0559534173986866 1.0 0.3280167730111413 11 P24390 1 |
| Plasma membrane phospholipid scrambling 0.8901752190237793 1.908179626840799 0.0563680038709799 1.0 0.3289954966056217 2 Q4KMQ2 1 |
| Nuclear envelope organization 0.4740180923417634 1.9026950505850095 0.0570803481505668 1.0 0.3295486291083573 31 O14657,P50402,Q9H6H4,Q86XL3,O75844,Q6NUK4,O94901 7 |
| Calcium ion transport 0.4122267801339563 1.8963905879013552 0.0579084155322298 1.0 0.3334370687941204 62 Q9BPX6,O95202,Q4KMQ2,Q96RD7,O75844,P21796,Q9UM00,P20020,P98194,Q9Y4W6,P23634,P61619,O75323,Q9UMX0,P16615,Q96HE7,Q96BY9,P78417,P55061,Q8WWC4,Q00535 21 |
| Long chain fatty acyl coa metabolic process 0.6763242481077508 1.8935163350517292 0.0582892379874302 1.0 0.3343339743702838 9 Q9NZ01,Q53GQ0 2 |
| O glycan processing 0.737777927038391 1.888187619987437 0.0590007672223569 1.0 0.3361381738231461 7 Q11206,Q8N4A0,Q10472 3 |
| Lipid modification 0.4178222313234002 1.88420470167318 0.0595372918330969 1.0 0.3363571585608915 50 P31751,O43808,Q9NTJ5,P35610,P04062,O14678,Q10713,O15254,Q53H12,Q15067,Q11206,A1L0T0,Q709F0,P16435,P23786,Q96N66,P40939,Q16836 18 |
| Collagen metabolic process 0.6742267597139784 1.8826261863713485 0.0597510450262175 1.0 0.3363571585608915 9 Q92791,Q32P28,P08670 3 |
| Glycosylceramide biosynthetic process 0.8842302878598252 1.8818195634454695 0.0598605186395155 1.0 0.3363571585608915 2 Q16739 1 |
| Glycosphingolipid biosynthetic process 0.8842302878598252 1.8818195634454695 0.0598605186395155 1.0 0.3363571585608915 2 Q16739 1 |
| Oligosaccharide metabolic process 0.67310780818044 1.8768113764960792 0.0605439506767115 1.0 0.339148885554462 9 P15291,Q10469,Q11206,P17900,O75352 5 |
| Nervous system process 0.3547365831903948 1.874289496380969 0.0608905344552368 1.0 0.3393731739292028 109 Q9Y5J9,P61160,Q00169,P07196,Q9Y6M9,Q11206,P10253,Q9BRK0,P50897,Q8NBU5,O60313,O75844,O75569,P62072,Q14108,Q96HR9,P17900,Q9H5K3,Q8N0X7,P23634,Q9UQB8,Q9UKV5,Q13641,P18887,Q9BPW8,P49841,O75915,O14773,P78417,P04062,Q9H0U3,P53611,Q92542,Q13432,Q96DA6,Q08209,Q9H6K4,O00264,P04035,P53634,Q9NWW5,O75746,O76024,Q00535 44 |
| Golgi organization 0.412467779559093 1.8742508750532607 0.0608958549640383 1.0 0.3393731739292028 59 Q8NHH9,Q8TBA6,Q9BVK6,Q13190,Q9Y3B3,Q96JB2,P61019,Q9BTU6,Q7RTS9,Q9BSR8,Q9H4A6,Q14789,O15027,P49755,Q14155,O14966,P62820,Q15363,Q9P2W9,Q9Y6Y8,Q9Y3A6,Q7Z3D4,P49257,O15260 24 |
| Viral protein processing 0.6443380879159065 1.86879431506877 0.0616514361008735 1.0 0.3413242895165556 11 Q16706,P27824,Q10469,Q11206,Q10472 5 |
| Divalent inorganic cation homeostasis 0.4130011001200696 1.866183125673895 0.0620157491040798 1.0 0.3427548490193036 57 Q9BPX6,O95202,Q16891,Q7L0J3,P51572,Q96A33,Q9HD20,Q9UM00,P20020,P98194,Q9Y4W6,P23634,Q15043,Q8TAD4,P16615,Q96HE7,P78417,P55061,Q8WWC4,Q96TC7,Q00535 21 |
| Iron ion homeostasis 0.5411120439870045 1.864980011609158 0.0621842060209232 1.0 0.343392646217931 18 Q8N511,Q658P3,Q9Y487,P09601,P30519,Q15904,Q15043 7 |
| Proteoglycan biosynthetic process 0.7318765072544616 1.8600934225259995 0.0628723096173389 1.0 0.345045045939074 7 Q8NCH0,Q8WVQ1,Q7LGA3 3 |
| Secondary alcohol metabolic process 0.4312040526246371 1.8590211320610872 0.0630241430970877 1.0 0.345045045939074 42 Q15800,Q12770,Q9UBM7,O75845,P04062,P35610,P37268,Q14534,Q15392,Q16850,Q9NWW5,O15118,P04035,Q14739,P16435,Q8WTV0 16 |
| Glycosylceramide metabolic process 0.8260874996613843 1.8577395787146391 0.0632060051076308 1.0 0.345045045939074 5 P04062,Q16739 2 |
| Export from cell 0.3478449763242405 1.8553258734287268 0.0635497056179505 1.0 0.345045045939074 140 P14174,Q9BRT2,Q6IQ22,P40939,Q9BRK5,Q4KMQ2,Q7L0J3,P50897,O43760,P08183,P09601,Q16850,Q4J6C6,P17302,Q9H4A6,P20020,Q16836,P11279,P49755,Q96PC5,Q658P3,Q92543,P62820,Q96KC8,P00367,Q9Y3C0,O95563,P49841,P16615,Q32P28,P61026,P27824,Q92905,Q9UBV2,P05023,P50416,Q5JRA6,Q13636,P04035,O15498,Q8N5M9,Q00535 42 |
| Mannosylation 0.7279531201904484 1.8413715258944463 0.0655671325543372 1.0 0.3512250023357842 7 O43505,Q9BT22,Q9BV10,O75340,Q2TAA5 5 |
| Maintenance of protein localization in organelle 0.5907292126341572 1.840858042371159 0.065642364412815 1.0 0.3512250023357842 14 O43731,P24390,O43292,Q9UH99,O15258,P52789,O94901 7 |
| Mitochondrial calcium ion homeostasis 0.6528648116860373 1.840738137958817 0.0656599421770218 1.0 0.3512250023357842 10 P51572,Q9BPX6,O95202,Q8WWC4,Q16891,Q9Y4W6 6 |
| Carbohydrate transport 0.5379192239011987 1.8387405313682696 0.0659533588445442 1.0 0.3524774058149383 17 Q96AA3,P52789,O75298 3 |
| Membrane fusion 0.4289187627911245 1.836238399750119 0.0663224057658826 1.0 0.3535535869496614 42 P31751,Q9BSR8,O14653,Q8IWA4,O60499,Q9UNK0,O95249,Q9P2W9,Q12981,O15400,O15498 11 |
| Response to oxygen levels 0.4052273432336425 1.835326329331662 0.0664573521418998 1.0 0.3535535869496614 64 Q92544,Q9Y487,Q15904,Q96A26,Q8N511,P09601,P30519,Q15118,Q99623,P03915,P18887,Q8IXJ6,P52789,Q9UMX0,Q12770,P00846,P55061,O75306,Q9Y4P3 19 |
| Regulation of mitophagy 0.6781122287580577 1.835284752125069 0.0664635091288861 1.0 0.3535535869496614 8 P27544,P21796,P12235 3 |
| Protein insertion into mitochondrial inner membrane 0.726418050767804 1.8340368045149145 0.0666485310451101 1.0 0.3537753146597259 7 Q9Y5J6,Q9Y5J9,Q9P0J0,P62072,Q53H12,O94826 6 |
| Regulation of retrograde protein transport er to cytosol 0.8560138577758467 1.8327279200840232 0.0668430430429363 1.0 0.3537753146597259 4 P51572,Q8NBM4 2 |
| Protein insertion into er membrane by stop transfer membrane anchor sequence 0.6775701496219543 1.8325254249456633 0.0668731773493029 1.0 0.3537753146597259 8 Q8N4V1,Q9P0I2,Q9NPA0,Q5J8M3,Q15006 5 |
| Epithelial cell differentiation involved in prostate gland development 0.9552452491738608 1.8299437673992232 0.0672583478746835 1.0 0.3547632328814213 3 Q9NZJ7 1 |
| Sphingosine biosynthetic process 0.8551560464638273 1.829161556173188 0.0673754096805001 1.0 0.3548036220115517 4 P04062,Q13510 2 |
| Sulfur compound transport 0.6193957657356384 1.8173732238236928 0.0691599848310993 1.0 0.3611738884052921 12 Q9UBX3,P10620,Q02978,Q8TB61,Q8TDW0,P17302,Q9HC21,Q70HW3,P33527 9 |
| Glycolipid transport 0.9505477308294188 1.811279253503081 0.0700976354758369 1.0 0.3628737298299853 3 P07602,Q9NZJ7 2 |
| Negative regulation of cell volume 0.8679599499374204 1.8094608960028415 0.0703794299407951 1.0 0.3628737298299853 2 Q4KMQ2 1 |
| Positive regulation of erbb signaling pathway 0.814289565767432 1.806946067288541 0.070770688768522 1.0 0.3638029370213457 5 Q9NQC3 1 |
| Multicellular organism aging 0.659450714963006 1.8055494821423288 0.070988739701731 1.0 0.3640369813429989 9 O75844 1 |
| Apoptotic mitochondrial changes 0.4572058884746161 1.8052139461188192 0.0710412094308108 1.0 0.3640369813429989 32 O60313,Q96A26,Q969V5,P52789,P12235,Q3ZCQ8,P05141,P45880,Q9H3K2,Q9H300 10 |
| Release of cytochrome c from mitochondria 0.5841400260848524 1.800706839576771 0.0717490990135267 1.0 0.3650630257983846 14 O60313,Q96A26,Q9H300,Q9H3K2 4 |
| Cellular respiration 0.3492830140299461 1.7922733194843743 0.0730891949387797 1.0 0.3715893712834112 114 O95298,Q7KZN9,O96000,Q9Y6M9,O14949,O43676,Q13423,P03886,P00403,P24539,Q9H3K2,O75964,Q9BSK2,P56385,P13073,P03915,Q15070,P00846,P21912,P04062,P36542,Q9UDW1 22 |
| Glial cell migration 0.6139633295587401 1.7863726565414175 0.0740389398656313 1.0 0.3737795488594856 12 Q96N66,Q9NQC3,Q96G23 3 |
| Prostate gland growth 0.9442867070613272 1.7863675355063182 0.0740397684854543 1.0 0.3737795488594856 3 Q9NZJ7 1 |
| Mammary gland development 0.5291891161451338 1.7829731470881058 0.0745906746336266 1.0 0.375389460520087 18 P31751,Q9UNS2,Q9NQC3,P00403,Q99623,Q86UL3,Q13505,P52789 8 |
| Vascular transport 0.596836397326193 1.7789109534926624 0.0752543620289538 1.0 0.3766109740251765 13 P41440,Q8WWI5,P23634,P08183,P14672,P30825,Q96QD8 7 |
| Calcium ion transmembrane transport 0.413116584452532 1.772734630118415 0.0762726899076837 1.0 0.379428784844373 46 Q9UMX0,Q96HE7,P23634,P61619,P78417,Q00535,Q96RD7,Q9BPX6,O75323,O95202,P21796,Q9UM00,Q8WWC4,P20020,Q4KMQ2,P98194,Q9Y4W6,P16615 18 |
| Regulation of blood pressure 0.5237524938733451 1.772188534130297 0.0763632662817024 1.0 0.379587603206742 19 Q6P179,P42892,Q9UIQ6,Q93063,P09601,P05023,P42785,Q9NZ08,P20020 9 |
| Atp metabolic process 0.3476700762009426 1.7699755102104011 0.0767312204793668 1.0 0.3808316402932993 117 O95298,Q7KZN9,O96000,Q9Y6M9,Q9BRR6,O14949,O43676,P03886,P00403,P24539,Q9H3K2,O75964,Q9BSK2,P56385,P13073,P03915,P52789,P00846,P36542,Q9UDW1 20 |
| Neutral lipid biosynthetic process 0.711860773070883 1.7642163892329388 0.0776955544401616 1.0 0.3844385537742554 7 Q9HCL2,Q8WTV0,Q92604 3 |
| Regulation of leukocyte degranulation 0.83934293938361 1.7632344174937993 0.0778609611934815 1.0 0.3849626744417206 4 P09601 1 |
| Bone morphogenesis 0.6513004128372072 1.7627685329867695 0.0779395366450772 1.0 0.3850570085243816 9 Q7Z3C6,O75844,Q9NX62,P16435,Q92896 5 |
| Carbohydrate phosphorylation 0.711271660570315 1.7613809052901297 0.0781739546888558 1.0 0.3859205451916664 7 Q9H5K3 1 |
| Regulation of mammary gland epithelial cell proliferation 0.8570087609512087 1.7605921986869717 0.0783074499895255 1.0 0.3862849209849157 2 Q9NQC3 1 |
| Negative regulation of mitochondrion organization 0.5263052311528249 1.7593305572843383 0.0785213792952008 1.0 0.3867506596640335 17 O60313,P05141,Q969V5,Q99536,Q9H3K2,Q9H300 6 |
| Positive regulation of autophagy 0.4518482871145239 1.7575554210874988 0.0788231841035711 1.0 0.3868321780244932 32 P09601,Q9Y371,Q9BXS4,O60858,P27544,P21796,Q86UE4 7 |
| Alcohol metabolic process 0.3821088361651371 1.7561869761667734 0.0790564877679518 1.0 0.3876163551774123 79 P14324,Q9H3H5,Q15392,Q14739,Q15800,Q8NBN7,P35610,Q16850,O15269,O15118,P51648,O75845,Q14534,P37268,Q9Y394,Q12770,Q9UBM7,P04062,Q10713,P16435,Q9NX62,Q13510,P04035,Q9NWW5,Q8WTV0 25 |
| Mitochondrial electron transport ubiquinol to cytochrome c 0.8369693427146812 1.7533090873324428 0.079548966510861 1.0 0.3892150801094986 4 O14949 1 |
| Negative regulation of autophagy 0.5169026532534866 1.7532274592303188 0.0795629714129892 1.0 0.3892150801094986 20 P09601,P10619,O15118,Q07820 4 |
| Positive regulation of glycoprotein metabolic process 0.7092215427674445 1.7515074346156565 0.0798585417834079 1.0 0.3903659232796193 7 P35610,P62820,Q9H0U4 3 |
| Regulation of srebp signaling pathway 0.8548185231539422 1.7508035682109986 0.0799797517698936 1.0 0.3903847199773446 2 Q9UKV5 1 |
| Calcium import into the mitochondrion 0.7577538241433809 1.7507845717899195 0.0799830251375091 1.0 0.3903847199773446 6 Q8WWC4,P21796,Q9BPX6 3 |
| Organic hydroxy compound biosynthetic process 0.4049163149808059 1.7485526058597047 0.0803683847855556 1.0 0.3913801251558435 51 P14324,Q15800,Q86SQ9,Q12770,O75845,Q9UBM7,P04062,P37268,Q14534,Q15392,Q9UHQ9,Q16850,O15269,Q13510,P04035,Q14739,P16435,Q9H1P3 18 |
| L glutamate transmembrane transport 0.7085290814397422 1.7481704210384257 0.0804345218277353 1.0 0.3914076881722581 7 Q9H936,O60831,O75915,Q9UJS0,Q15041 5 |
| Phosphatidylglycerol biosynthetic process 0.8353501032479498 1.746533840489817 0.0807182320731831 1.0 0.3917048205532648 4 Q9HCL2 1 |
| Mitophagy 0.524072375576796 1.7439871207461433 0.0811613356554277 1.0 0.3917048205532648 17 Q99623,P21796,P12235,P27544 4 |
| Positive regulation of protein kinase b signaling 0.5743563896076863 1.74077611059615 0.0817228310262099 1.0 0.3934520227547173 14 Q9NQC3,Q86UE4 2 |
| Cellular response to oxygen levels 0.4288673927067407 1.737701758612339 0.0822633786966162 1.0 0.3938602174991802 37 Q96HE7,Q8N511,P09601,Q9Y487,Q99623,Q15904,Q96A26,P55061,O75306,Q15118,Q9Y4P3,Q8IXJ6,Q9UMX0 13 |
| Oligosaccharide biosynthetic process 0.8321853475266114 1.7332818383804582 0.083045587190742 1.0 0.3963650739664326 4 Q11206,P15291,Q10469 3 |
| Gpi anchor metabolic process 0.7051060616461563 1.7316592934649968 0.0833342423823233 1.0 0.396859831396156 7 Q5H8A4,O43292,Q9H490 3 |
| Response to light intensity 0.8498122653316784 1.7284118541187814 0.0839144117366386 1.0 0.396859831396156 2 Q8NBN7 1 |
| Very long chain fatty acid metabolic process 0.6038365534093352 1.7283164297062252 0.0839315090576822 1.0 0.396859831396156 12 P28288,O14975,Q15067,Q9P035,Q6Y1H2,O14678,Q9NZ01,P33121 8 |
| Positive regulation of alcohol biosynthetic process 0.8491864831038791 1.7256111996278751 0.084417383133764 1.0 0.3982137781645194 2 P16435 1 |
| Positive regulation of cholesterol biosynthetic process 0.8491864831038791 1.7256111996278751 0.084417383133764 1.0 0.3982137781645194 2 P16435 1 |
| Positive regulation of steroid biosynthetic process 0.8491864831038791 1.7256111996278751 0.084417383133764 1.0 0.3982137781645194 2 P16435 1 |
| Negative regulation of nervous system development 0.5204656633570607 1.7191514504997558 0.0855867983802562 1.0 0.4012223105132385 17 Q8N0X7,Q9NQC3,Q96G23 3 |
| Hormone biosynthetic process 0.7503700899502955 1.717256728068313 0.0859322746391981 1.0 0.401738310437242 6 P16435,Q9UBM7,P05023,Q53GQ0 4 |
| Regulation of macroautophagy 0.4000182331249651 1.7159903506715792 0.0861638085277045 1.0 0.4020563581768593 56 Q93050,P09601,Q9Y487,Q9Y371,P04062,O60858,P12235,O15118,P27544,P21796 10 |
| Maintenance of protein localization in endoplasmic reticulum 0.8271075480554609 1.7119920049451482 0.0868981418517553 1.0 0.4037801953510662 4 P24390,O15258 2 |
| Protein retention in er lumen 0.8271075480554609 1.7119920049451482 0.0868981418517553 1.0 0.4037801953510662 4 P24390,O15258 2 |
| Regulation of steroid hormone biosynthetic process 0.8460575719649555 1.7116024521372049 0.0869699561228927 1.0 0.4037801953510662 2 P16435 1 |
| Regulation of hormone biosynthetic process 0.8460575719649555 1.7116024521372049 0.0869699561228927 1.0 0.4037801953510662 2 P16435 1 |
| Positive regulation of striated muscle contraction 0.8460575719649557 1.7116024521372049 0.0869699561228927 1.0 0.4037801953510662 2 P78417 1 |
| Cell adhesion molecule production 0.8261877943552718 1.7081321900303568 0.0876118172003042 1.0 0.4037801953510662 4 Q9H4A6 1 |
| Leukocyte adhesion to vascular endothelial cell 0.826159275789905 1.708012492564612 0.087634024488399 1.0 0.4037801953510662 4 Q9H4A6 1 |
| Lipoprotein biosynthetic process 0.5683401002268059 1.7037386270418968 0.0884299283165246 1.0 0.4043794723862535 14 Q9H490,P04062,O43292,Q16739,Q5H8A4 5 |
| Inorganic ion import across plasma membrane 0.6985639031771768 1.7000323005022644 0.0891248500190204 1.0 0.4043794723862535 7 Q9BXP2,P23634,P05023,Q15043 4 |
| Lymphocyte apoptotic process 0.5514628918165785 1.6998412285250897 0.0891607941691838 1.0 0.4043794723862535 15 P24390 1 |
| Pirna metabolic process 0.8432415519399232 1.698986952469262 0.0893216420327125 1.0 0.4043794723862535 2 Q8N2A8 1 |
| Estrogen biosynthetic process 0.8429286608260467 1.6975847941806066 0.0895861547448606 1.0 0.4043794723862535 2 Q53GQ0 1 |
| Triglyceride biosynthetic process 0.7458072079177973 1.6964888473581747 0.089793340488371 1.0 0.4043794723862535 6 Q9HCL2,Q8WTV0,Q92604 3 |
| Regulation of triglyceride metabolic process 0.8231260585342759 1.6952756800361206 0.0900231361017476 1.0 0.4043794723862535 4 Q96N66,Q8NCG7 2 |
| Positive regulation of fatty acid beta oxidation 0.8423028785982472 1.6947802195723385 0.0901171212104106 1.0 0.4043794723862535 2 P31751 1 |
| Positive regulation of fatty acid oxidation 0.8423028785982472 1.6947802195723385 0.0901171212104106 1.0 0.4043794723862535 2 P31751 1 |
| Regulation of fatty acid beta oxidation 0.8423028785982472 1.6947802195723385 0.0901171212104106 1.0 0.4043794723862535 2 P31751 1 |
| Golgi to plasma membrane protein transport 0.516876275858334 1.694372253816539 0.0901945685013734 1.0 0.4043794723862535 17 P61026,Q8N2H4,Q4J6C6,Q9H4A6,Q13636,P98194,Q9HD26 7 |
| Positive regulation of toll like receptor signaling pathway 0.7882881847607008 1.6942241704273904 0.0902226935612242 1.0 0.4043794723862535 5 Q9NQC3 1 |
| Aminoglycan biosynthetic process 0.6379188800641961 1.6921270741687051 0.090621747294769 1.0 0.4043794723862535 9 O43505,Q8NCH0,Q11206,Q7LGA3 4 |
| Negative regulation of cell projection organization 0.4444037525069427 1.690959512077958 0.0908445357227376 1.0 0.4043794723862535 32 Q9NQC3,Q9NQX7,Q9NR77,Q96G23,P08670,O14966 6 |
| Lipid droplet organization 0.6376412947073352 1.690656491240685 0.0909024286011093 1.0 0.4043794723862535 9 Q8N0X7,Q14534,O95674 3 |
| Cerebral cortex radially oriented cell migration 0.6494197022805286 1.688156564457081 0.0913811786515546 1.0 0.4043794723862535 8 Q96N66,Q9NQC3 2 |
| Telencephalon glial cell migration 0.6494197022805286 1.688156564457081 0.0913811786515546 1.0 0.4043794723862535 8 Q96N66,Q9NQC3 2 |
| Vesicle targeting rough er to cis golgi 0.6115556711992622 1.6871436240832012 0.0915757385248636 1.0 0.4043794723862535 11 P49755,Q9UBV8,Q9NR31,Q9HCU5,Q15363,O75340,Q9Y6B6,O15027 8 |
| Regulation of anion transmembrane transport 0.6947762686497402 1.681679831416265 0.0926309410069079 1.0 0.4075942315087401 7 Q13546,Q15041,P08183,Q9HD26 4 |
| Prostate gland development 0.7423843868317476 1.6808858416488013 0.0927850905639795 1.0 0.4075942315087401 6 Q9NZJ7 1 |
| Selective autophagy 0.4376348119867028 1.679642088209521 0.0930269736086075 1.0 0.4075942315087401 33 Q99623,Q86VR2,O15269,P12235,P27544,P21796,Q5T8D3,Q9Y6I9,Q9UMX0 9 |
| Regulation of mitochondrial gene expression 0.5799861944867524 1.6787668749407298 0.0931974867641551 1.0 0.4078256486393593 13 Q9Y2R0,Q567V2 2 |
| Cellular extravasation 0.7406380749036517 1.672917375720553 0.094343562685756 1.0 0.4112007139405221 6 Q11206,Q9H4A6 2 |
| Positive regulation of mitochondrial translation 0.6340375076450895 1.6715455476075365 0.0946139699681951 1.0 0.4115142585268949 9 Q9Y2R0 1 |
| Post translational protein modification 0.6079187479864978 1.6667838804199269 0.0955573866458028 1.0 0.4136771948974153 11 O75718,Q92905,P46977,O60725,Q8TCJ2,Q32P28 6 |
| Alditol phosphate metabolic process 0.9136825804470696 1.664064705603549 0.0960994993346497 1.0 0.4157459623622015 3 Q9HCL2 1 |
| Maintenance of protein location in cell 0.4951785754953212 1.6605343557518262 0.096807002392335 1.0 0.4179685920501618 22 P24390,Q9H4A6,O15258,P52789,O94901 5 |
| Myelin assembly 0.7786994410155463 1.6523987409103085 0.0984532920465826 1.0 0.422376522813678 5 Q9NR77,O15228 2 |
| Mitotic nuclear membrane organization 0.7358641947940897 1.6511072631390056 0.0987166745018717 1.0 0.422376522813678 6 Q9H6H4,Q86XL3,Q6NUK4 3 |
| Lipid droplet formation 0.8125872654490404 1.6509338850977124 0.0987520758039601 1.0 0.422376522813678 4 O95674 1 |
| Positive regulation of lipid catabolic process 0.812527198562759 1.6506807714163445 0.0988037761748681 1.0 0.422376522813678 4 P31751,Q8NCG7 2 |
| Vesicle cargo loading 0.5434251361610284 1.648296360018139 0.0992918713268644 1.0 0.4236655055317579 15 P49755,Q12770,Q96PC5,Q9NR31,P62820,Q15363 6 |
| Golgi vesicle budding 0.7352357857659821 1.648233399556675 0.0993047855209636 1.0 0.4236655055317579 6 P49755,Q9BVK6,Q9H4A6 3 |
| Prenylation 0.8116014744132878 1.646779358494376 0.0996034055808141 1.0 0.4245187627802113 4 P53611,P49356 2 |
| Regulation of organic acid transport 0.6040026068737921 1.6448162022633643 0.1000077198759541 1.0 0.4255172182584741 11 P31751,P14174,O75915,Q9Y3D6,Q15042,Q15041,Q7L0J3,P33121 8 |
| Positive regulation of mitochondrion organization 0.4682121162339377 1.643108195043153 0.1003605496099599 1.0 0.4255172182584741 27 Q96A26,Q969V5,P27544,P12235,P21796 5 |
| Vesicle targeting to from or within golgi 0.573353571656277 1.6390725126317678 0.1011981588667527 1.0 0.4259300301468592 13 P49755,Q9UBV8,Q9NR31,Q9HCU5,Q15363,Q9BVK6,O75340,Q9Y6B6,O15027 9 |
| Cellular iron ion homeostasis 0.5576135792781068 1.6373628840493857 0.1015546686426864 1.0 0.42623982844064 14 Q8N511,P09601,Q9Y487,Q15904,Q15043 5 |
| Negative regulation of cell growth 0.4433772137130576 1.6346174713146868 0.102129262780612 1.0 0.4278191512725704 31 P50897,Q8N0X7,Q9NQC3,Q969V5,Q9P0J0 5 |
| Protein insertion into er membrane 0.5407029426078301 1.630780121640739 0.1029367233371869 1.0 0.430168981420848 15 Q15629,P61619,Q8N4V1,Q96A33,Q9NPA0,O43681 6 |
| Response to increased oxygen levels 0.626105612043107 1.629360246007702 0.103236779284662 1.0 0.4307855806127225 9 Q9Y487,Q8N511,P00846 3 |
| Mitochondrial genome maintenance 0.613089129595471 1.6252866927972296 0.1041014855504571 1.0 0.4321647302646304 10 P39210,Q9BSK2,O60313,P12235,P51530 5 |
| Iron ion transport 0.6126998439899562 1.6231555080941702 0.1045561661386669 1.0 0.4331731751973097 10 Q8N4V1,Q658P3,O15173,O75027,Q15043 5 |
| Chemokine production 0.6366841565702128 1.6221701539621185 0.104766920329772 1.0 0.4331731751973097 8 P09601,P14174,Q969V5 3 |
| Positive regulation of protein exit from endoplasmic reticulum 0.8057638701570375 1.6221541728377904 0.1047703412579164 1.0 0.4331731751973097 4 Q9NR31,Q92544 2 |
| Vesicle budding from membrane 0.4152191697732259 1.6219689630247596 0.1048099938409388 1.0 0.4331731751973097 38 P49755,Q12770,Q9UBV8,Q5JRA6,Q9NR31,P62820,O95486,P14672,Q9HCU5,Q9BVK6,O75340,Q15363,Q9Y6B6,Q9H4A6,P55735,O15027 16 |
| Negative regulation of protein localization 0.3987465261881112 1.6213305025017517 0.1049467766856275 1.0 0.4331731751973097 46 Q8IZ07,P04035,Q8NBM4,Q9BXS4,Q10713,Q9GZP9,Q16850,Q96PU5,Q8NFG4,P40939,P49257,Q16836,Q8N5M9,P49841,Q9HD26 15 |
| Leukocyte tethering or rolling 0.9019796315836832 1.6170866312666456 0.1058595821927226 1.0 0.4352752324976498 3 Q9H4A6 1 |
| Embryonic heart tube morphogenesis 0.8241551939924892 1.6133092075747224 0.1066773471341968 1.0 0.4375775974151878 2 Q15363 1 |
| Positive regulation of anion transport 0.6802126509851265 1.610836137391637 0.1072154423636695 1.0 0.4391761664415628 7 Q15041,P08183 2 |
| Serine transport 0.8023684004363689 1.6078130047849222 0.1078761393548268 1.0 0.4405684414317215 4 Q96NB2,Q96QD8 2 |
| Positive regulation of erad pathway 0.7684899430399068 1.60772371886806 0.1078957014322123 1.0 0.4405684414317215 5 P51572,Q4ZIN3,Q9UMX0 3 |
| Regulation of hormone metabolic process 0.7683500237070316 1.6071104739074031 0.1080301360915689 1.0 0.4407656065203034 5 P16435,O75844 2 |
| Negative regulation of hormone secretion 0.6330322535370743 1.6031745202727834 0.1088961291780514 1.0 0.4429765858204583 8 P17302,Q08209,P40939,Q16836,Q8N5M9 5 |
| Lipid catabolic process 0.3698990072773515 1.5994432280431574 0.1097221536452774 1.0 0.4449189503316905 79 Q15067,Q8NCG7,Q8N2K0,P40939,Q6PIU2,O95470,Q9H6V9,P50897,P35610,P17900,O14678,Q16836,Q8N2A8,O15254,Q709F0,P23786,Q8IXJ6,P11802,P31751,O43808,Q99735,P04062,A1L0T0,Q13510,Q8NBQ5,Q8WTV0 26 |
| Reflex 0.820713391739673 1.5978306698716918 0.1100806669931715 1.0 0.4449189503316905 2 P17302 1 |
| Keratan sulfate metabolic process 0.7997628111164913 1.5967993406899736 0.1103104429698995 1.0 0.4449189503316905 4 O43505,Q11206 2 |
| Positive regulation of lipid metabolic process 0.4985146259573514 1.593257776522087 0.1111023746826453 1.0 0.4467051779127967 19 P31751,Q12770,Q8WTV0,Q8NCG7,P16435,Q92604 6 |
| Ceramide transport 0.7230356775475896 1.592309425051022 0.1113151962471086 1.0 0.4467051779127967 6 P07602,Q9NZJ7 2 |
| Golgi ribbon formation 0.7223360701858333 1.589095163778311 0.1120389094942635 1.0 0.4478788278238874 6 Q9H4A6 1 |
| Peptidyl glutamic acid modification 0.7641317109338566 1.5886101380162736 0.1121484379402586 1.0 0.4479892307597155 5 Q8N0U8 1 |
| Fatty acid elongation 0.8948356807511666 1.5883599583387944 0.112204966480454 1.0 0.4479892307597155 3 Q9P035,Q9NZ01 2 |
| Columnar cuboidal epithelial cell maturation 0.8182102628285344 1.5865688167050505 0.1126103346600142 1.0 0.4482251450920124 2 Q86UL3 1 |
| Manganese ion transmembrane transport 0.8942097026604067 1.585841165136282 0.1127753449546169 1.0 0.4483304868220398 3 Q9HD20,P98194 2 |
| Manganese ion transport 0.8942097026604067 1.585841165136282 0.1127753449546169 1.0 0.4483304868220398 3 Q9HD20,P98194 2 |
| Diol biosynthetic process 0.6295661477731687 1.5851154895241215 0.1129400969058842 1.0 0.4484345442790692 8 P04062,Q13510 2 |
| Diol metabolic process 0.6295661477731687 1.5851154895241215 0.1129400969058842 1.0 0.4484345442790692 8 P04062,Q13510 2 |
| Respiratory chain complex iii assembly 0.721223453208195 1.5839817790591917 0.1131978656057852 1.0 0.4486323246788991 6 Q69YU5,Q9Y276,Q6DKK2,Q9BSK2 4 |
| Pyramidal neuron differentiation 0.8931678769852089 1.581648523276164 0.1137298302295257 1.0 0.4504647865639478 3 O14949 1 |
| Regulation of bone mineralization 0.7623341875472003 1.5807196671920984 0.1139421494590413 1.0 0.4506662019055897 5 P17302,Q4KMQ2,O75844 3 |
| Organelle disassembly 0.3883508613048687 1.5804497767413148 0.1140038998779278 1.0 0.4506662019055897 55 Q7Z3C6,P04062,Q99623,Q86VR2,Q969V5,P05141,P52789,P12235,P27544,Q9BWH2,P21796,Q9Y6I9,Q9H300 13 |
| Negative regulation of establishment of protein localization 0.4551000475802456 1.580208111047237 0.1140592148827805 1.0 0.4506662019055897 28 P04035,Q8NBM4,Q9GZP9,Q16850,P40939,Q16836,Q8N5M9 7 |
| Negative regulation of growth 0.421246809469928 1.579472113138528 0.1142278080584895 1.0 0.4510569699539623 34 P50897,Q8N0X7,Q9NQC3,Q969V5,Q9P0J0 5 |
| Regulation of glucose import 0.627943292433591 1.5766502514088805 0.1148760232508718 1.0 0.4530637553197091 8 P31751,P52789,O75298 3 |
| Phosphatidylglycerol acyl chain remodeling 0.8917057902973397 1.5757634249599315 0.1150803343851696 1.0 0.4533681335769261 3 Q8NF37,Q96JX3 2 |
| Regulation of biomineralization 0.7193065293963206 1.5751673671519164 0.1152178174463203 1.0 0.4533681335769261 6 Q4KMQ2,P17302,O75844 3 |
| T cell differentiation in thymus 0.6039295715295918 1.5750312631274883 0.1152492284793347 1.0 0.4533681335769261 10 O96005 1 |
| Heme transport 0.8153942428035255 1.5738947391918168 0.1155117863611494 1.0 0.4533681335769261 2 O15173 1 |
| Iron coordination entity transport 0.8153942428035255 1.5738947391918168 0.1155117863611494 1.0 0.4533681335769261 2 O15173 1 |
| Regulation of amyloid beta clearance 0.793627809730004 1.5708382773595415 0.116220218493749 1.0 0.4535754244114778 4 P04035 1 |
| Nuclear membrane reassembly 0.6027320595926305 1.56844407227566 0.1167775325054392 1.0 0.4547437968563192 10 Q9H6H4,Q86XL3,Q6NUK4 3 |
| Regulation of mitochondrial fusion 0.7177634391995026 1.5680677446063918 0.1168653232064063 1.0 0.4548120094960081 6 Q8N2A8,Q969V5,Q9Y6C9 3 |
| Positive regulation of peptidase activity 0.4059465542573378 1.565227097687626 0.1175296699110592 1.0 0.455923958834893 40 Q9BXK5,O75915,Q9Y3D6,P51572,Q96A26,Q969V5,O95831,Q9P0J0,O75340,Q9NZJ7,O00487,Q12797,Q9NR28 13 |
| Positive regulation of anion transmembrane transport 0.792183633918075 1.5647213347315228 0.1176482637583529 1.0 0.455923958834893 4 Q15041 1 |
| Positive regulation of pattern recognition receptor signaling pathway 0.6139296068678574 1.564283998287231 0.1177508883056386 1.0 0.455923958834893 9 Q9NQC3 1 |
| Negative regulation of bmp signaling pathway 0.7906341105288107 1.5581558174259351 0.1191963156850683 1.0 0.458016199435348 4 Q8N0X7 1 |
| Very long chain fatty acid catabolic process 0.756737484859509 1.5561259283471642 0.1196781505601269 1.0 0.4588150930806793 5 Q15067,O14678,O14975 3 |
| Antigen processing and presentation of exogenous peptide antigen via mhc class i 0.8113266583229015 1.5555799046689436 0.1198080202883726 1.0 0.4588150930806793 2 Q9UIQ6 1 |
| Protein targeting to membrane 0.4115442400032687 1.5547473589493912 0.1200062506637211 1.0 0.4592523018319417 36 P40855,Q99442,Q15629,P31751,Q9UGP8,P43307,P61619,Q00535,O60725,O43681,P56589,Q15041,P46379 13 |
| Peptide catabolic process 0.5878819853626694 1.553909414050595 0.1202060258503259 1.0 0.4592523018319417 11 P42892,Q6P179,Q9UIQ6,O14773,Q9NZ08,P09960 6 |
| Insulin processing 0.8094493116395719 1.547123997325963 0.1218333483461373 1.0 0.4611142868398836 2 Q8TAD4 1 |
| Peripheral nervous system development 0.5720430912046589 1.543865692075497 0.1226208729249929 1.0 0.461128581970107 12 P31751,Q9NR77,Q16880,P51648,Q8IXJ6 5 |
| Associative learning 0.5854971824021584 1.540397597527302 0.1234634666763754 1.0 0.4634893018152561 11 P50897,O00264,Q13641 3 |
| Regulation of tor signaling 0.5415049728119778 1.5368870409894648 0.1243209734839732 1.0 0.4661676363779111 14 P04062,O75844,Q9H4A6 3 |
| Establishment of protein localization to endoplasmic reticulum 0.4783874172479951 1.5342803180287443 0.1249607056219157 1.0 0.4680241242968974 22 Q99442,P61026,Q15629,Q9UGP8,P61619,O43681,Q9Y5M8,Q15005 8 |
| Negative regulation of release of cytochrome c from mitochondria 0.6639873799374192 1.5314137368032574 0.1256671712096053 1.0 0.4701259722939687 7 Q9H300,Q9H3K2 2 |
| Bone mineralization 0.6184104632399487 1.526800078979835 0.1268107319634543 1.0 0.472492260948461 8 Q4KMQ2,P17302,O75844 3 |
| Response to ph 0.7498036563220511 1.5256031316565049 0.1271087317451726 1.0 0.4732729843383726 5 P04062,P51798 2 |
| Amino acid import across plasma membrane 0.7076972431992264 1.5216650897328057 0.1280930191718596 1.0 0.4745380767488699 6 P30825 1 |
| Regulation of lipid catabolic process 0.6172651875706422 1.5207970362227483 0.1283107784176533 1.0 0.474801233801631 8 P11802,P31751,Q8WTV0,Q8NCG7 4 |
| Regulation of membrane invagination 0.802565707133932 1.5161050684981978 0.129492786903004 1.0 0.4782135723132141 2 Q4KMQ2 1 |
| Vascular process in circulatory system 0.4474237985553805 1.5156717261575177 0.1296023803827839 1.0 0.4782135723132141 28 P41440,P42892,Q8WWI5,P23634,Q93063,P08183,P14672,Q9HB40,P20020,P30825,Q96QD8 11 |
| Regulation of steroid biosynthetic process 0.592958379529157 1.5145401146589057 0.1298889076606153 1.0 0.4787249489632702 10 Q12770,Q9UBM7,P05023,Q13510,P16435 5 |
| Regulation of glucose transmembrane transport 0.5919370086436879 1.5088927475351603 0.1313261935154608 1.0 0.4818271680453869 10 P31751,P52789,O75298 3 |
| Positive regulation of voltage gated calcium channel activity 0.8006883604505608 1.5076419749833951 0.1316461836592743 1.0 0.4819824799992852 2 O75323 1 |
| Inositol phosphate catabolic process 0.7785117852997108 1.5067113435562938 0.1318846626606136 1.0 0.4821491115451557 4 Q10713 1 |
| Ubiquitin dependent erad pathway 0.4034695281850731 1.5061021837089832 0.1320409441353351 1.0 0.4821491115451557 38 Q9UBU6,Q96CS3,P51572,Q96A33,P27824,Q9GZP9,Q9UKV5,O60858,Q9UBV2,Q8TCJ2,Q6NTF9,Q9UMX0 12 |
| Cerebellar purkinje cell layer development 0.6029627186602465 1.505352723956867 0.1322334167170351 1.0 0.4821491115451557 9 P04062,O14949 2 |
| Vesicle targeting 0.4890553346976224 1.501787600209752 0.1331519716800007 1.0 0.4841345846702048 18 P49755,Q9UBV8,Q9NR31,Q9HCU5,Q9BVK6,O75340,Q15363,Q9Y6B6,O15498,O15027 10 |
| Regulation of store operated calcium entry 0.7991239048811194 1.5005884243205498 0.1334620471871384 1.0 0.4848789800565578 2 Q96BY9 1 |
| Terpenoid metabolic process 0.488749209356996 1.4996137682119268 0.1337144791471269 1.0 0.4848789800565578 18 P14324,Q6UX07,Q8NBN7,P37268,Q9HBH5,Q9HB40,Q8TC12,P51648,P48449,Q9Y394 10 |
| Glycolipid catabolic process 0.657398927847061 1.4990230309244694 0.1338676573901449 1.0 0.4848789800565578 7 P04062 1 |
| Heparan sulfate proteoglycan biosynthetic process polysaccharide chain biosynthetic process 0.7984981226533377 1.4977667704069175 0.1341938571108629 1.0 0.48536422374519 2 Q7LGA3 1 |
| Fatty acid transmembrane transport 0.6570677459070206 1.4973928008661703 0.1342910804113486 1.0 0.48536422374519 7 P31751,P28288,P50416,P23786,O14678 5 |
| Cell maturation 0.4601482777129608 1.4964395233444971 0.134539156563928 1.0 0.48536422374519 25 O75503,Q8N2A8,P04062,Q86UL3,P17302,Q9NZJ7,Q8IXJ6,Q9Y2W6 8 |
| Antigen processing and presentation of endogenous peptide antigen 0.6567109640291173 1.4956363404941486 0.1347484477110108 1.0 0.48536422374519 7 Q6P179,P04439,Q9NZ08,Q03519 4 |
| Antigen processing and presentation of endogenous antigen 0.6567109640291173 1.4956363404941486 0.1347484477110108 1.0 0.48536422374519 7 Q6P179,P04439,Q9NZ08,Q03519 4 |
| Peroxisome organization 0.5489940882709778 1.492015423950862 0.1356951019347378 1.0 0.4870577461984651 13 P40855,O96011,P28288,O75381,Q9Y3D6,Q7Z434,P56589,O14678 8 |
| Glucose import 0.5769294035717506 1.4917243822347148 0.1357714144810815 1.0 0.4870577461984651 11 Q9BZF1,P31751,P52789,O75298 4 |
| Chondrocyte differentiation 0.5488636339571529 1.4912227105570708 0.1359030330180666 1.0 0.4870577461984651 13 Q9C0E8,Q92543,Q9NX62,Q15043,P16435 5 |
| Lipoprotein localization 0.7745773324984239 1.4899853871610271 0.1362280782292715 1.0 0.4876482977322153 4 O15260,Q13432,Q5JRA6 3 |
| Positive regulation of response to endoplasmic reticulum stress 0.6113002796631157 1.489484268340006 0.1363598929060463 1.0 0.487754709181055 8 P51572,P57088,Q4ZIN3,Q9UMX0 4 |
| Homologous chromosome pairing at meiosis 0.655242150046331 1.4884029296585444 0.136644664449975 1.0 0.4877905506454707 7 Q92791,O94901,Q9BTX1 3 |
| Signaling receptor ligand precursor processing 0.7735270554383435 1.485518244913271 0.1374065939809863 1.0 0.4894306418519226 4 P42892,Q8TAD4 2 |
| Protein o linked glycosylation via threonine 0.8691808688720606 1.484941612168465 0.1375592916988375 1.0 0.4895712030778888 3 Q10472 1 |
| Regulation of erad pathway 0.6104088477068655 1.4847979873200654 0.1375973452408343 1.0 0.4895712030778888 8 P51572,Q4ZIN3,Q9UMX0 3 |
| Positive regulation of mitophagy 0.7403400338637842 1.483854371970846 0.1378475589031862 1.0 0.4899029020433127 5 P27544,P21796,P12235 3 |
| Neuromuscular junction development 0.598592600262827 1.4817894145022803 0.1383963365725524 1.0 0.4905263364170643 9 O15258,P49354,Q9Y4W6 3 |
| Phosphatidylethanolamine metabolic process 0.7719625469468083 1.4788622073689968 0.1391771458133264 1.0 0.4920720975323226 4 Q9UG56 1 |
| Regulation of autophagy of mitochondrion 0.5018429526513664 1.478729555587355 0.1392126097932142 1.0 0.4920720975323226 16 Q9H300,P21796,P12235,P27544 4 |
| Hydrogen sulfide metabolic process 0.7941176470588411 1.4780118225682202 0.139404613827919 1.0 0.4924818016890239 2 Q9Y6N5 1 |
| Neuron recognition 0.7714177818119043 1.4765440857812504 0.1397978894007239 1.0 0.4934751352311768 4 Q9NQC3 1 |
| Glycoside catabolic process 0.6977891009400723 1.4758473298646302 0.1399848816083198 1.0 0.4936434266767221 6 P04062,P04066,P08236,Q9BTY2 4 |
| Disaccharide metabolic process 0.7934918648310362 1.4751892514866938 0.1401616703721475 1.0 0.4936434266767221 2 P15291 1 |
| Protein o linked glycosylation 0.485194014254293 1.474337551623808 0.1403907293071979 1.0 0.4938091304761877 18 Q8N4A0,O60502,Q11206,Q10472,Q9H5K3 5 |
| Neurotransmitter metabolic process 0.7701390740968401 1.4711018914422282 0.1412635636040597 1.0 0.4942148177324423 4 Q8NCG7 1 |
| Establishment of protein localization to organelle 0.3084900015380459 1.4691134286108531 0.1418020260443038 1.0 0.4942148177324423 186 Q99595,Q8NFH5,Q9Y512,Q8N4H5,Q7Z3B4,P46379,P40855,P13473,Q9Y371,P51572,Q7Z434,Q3ZCQ8,Q9NS69,P56589,Q8N8Q8,Q9P0J0,P62072,Q14108,Q8TB36,Q9H300,P11279,Q99442,Q15629,P61619,Q99623,Q9Y5M8,O43681,Q9H1Z9,Q15070,P52789,P61026,O75381,O96008,O14925,Q9UGP8,Q10713,O43615,Q8WWC4,Q53H12,P49257,Q15005 41 |
| Glial cell proliferation 0.8637588930040663 1.4630431477342871 0.1434555727761823 1.0 0.4942148177324423 3 Q96G23 1 |
| Regulation of amino acid transport 0.6944437035617878 1.460347001914891 0.1441947304827855 1.0 0.4942148177324423 6 O75915,Q15042,Q15041,Q7L0J3 4 |
| Carbohydrate transmembrane transport 0.5437878783082177 1.4603388810564186 0.1441969612459781 1.0 0.4942148177324423 13 Q9BZF1,P31751,P52789,O75298 4 |
| Organelle membrane fusion 0.4238489116005804 1.4601544673598543 0.1442476259785707 1.0 0.4942148177324423 31 P31751,Q9BSR8,O14653,Q8IWA4,O60499,Q9UNK0,O95249,Q12981,O15400 9 |
| Ribonucleoside triphosphate biosynthetic process 0.418892156817048 1.4595669958950384 0.1444091154034767 1.0 0.4942148177324423 32 P00846,O75964,P00403,P56385,P24539,P36542 6 |
| Biomineralization 0.5576179388263043 1.459151927360829 0.1445232966748868 1.0 0.4942148177324423 12 Q13586,Q6P4Q7,O75844,Q4KMQ2,P17302,P18074,P20020 7 |
| Positive regulation of macroautophagy 0.4638825375796901 1.4576569394295995 0.1449351265829768 1.0 0.4947363603613005 23 P09601,Q9Y371,O15269,O60858,P12235,P27544,P21796 7 |
| Hippocampus development 0.4826001003003713 1.4547119401830764 0.1457490256248568 1.0 0.4967286434144672 17 P23634,P07196,P18887,O14949,P49841,Q13144 6 |
| Positive regulation of organic acid transport 0.692947021850066 1.4534076234837048 0.1461106110721477 1.0 0.4969851484126378 6 P14174,Q15042,Q15041,P33121 4 |
| Homologous chromosome segregation 0.6044180236044309 1.4532599695102115 0.1461515872391778 1.0 0.4969851484126378 8 Q92791,O94901,Q9BTX1 3 |
| Regulation of microtubule based movement 0.7646841509374598 1.4478711951889358 0.1476530768502346 1.0 0.5007569258189258 4 Q7Z4L5 1 |
| Cell recognition 0.4710591178387768 1.447686584131705 0.1477047236384934 1.0 0.5007569258189258 21 P45880,Q9NQC3,Q8WTV0,P35613 4 |
| Protein localization to membrane raft 0.6912494051871718 1.445533118223207 0.1483081974838631 1.0 0.5022766374231095 6 Q9BRK0 1 |
| Alpha ketoglutarate transport 0.7866082603254199 1.4441354241425275 0.1487008852361893 1.0 0.5024208142643625 2 Q9BQT8 1 |
| Pigment metabolic process 0.43895889713511 1.44408464427608 0.1487151669747617 1.0 0.5024208142643625 28 Q9P0S9,P09601,Q7KZN9,P30519,P22830,P36551,O00264 7 |
| Production of sirna involved in rna interference 0.785982478097619 1.4413119500097855 0.1494965727638675 1.0 0.5044108065228881 2 Q15631 1 |
| Negative regulation of glycoprotein metabolic process 0.7630572414060237 1.4409383687963755 0.1496020951594583 1.0 0.5044108065228881 4 Q9Y287,Q9BXS4 2 |
| Peroxisome fission 0.7618922478080512 1.43597274671409 0.1510100963920213 1.0 0.5062587423913285 4 P40855,O96011 2 |
| Isoprenoid metabolic process 0.456764599082929 1.4343528591201318 0.1514715929830297 1.0 0.5062587423913285 24 P14324,Q9H3H5,Q86SQ9,Q8NBN7,Q9HBH5,Q8TC12,P51648,P04035,P37268,Q9Y394 10 |
| Cardiolipin acyl chain remodeling 0.7837922403003937 1.4314294355793429 0.1523071772125597 1.0 0.5062587423913285 2 P40939 1 |
| Mitochondrial electron transport nadh to ubiquinone 0.4423786421694927 1.429810699793569 0.152771357309565 1.0 0.5062587423913285 27 Q9Y375,O75208,O95298,O96000,O75306,Q9Y6M9,P03915,O95169,O95139,O43676,P03886 11 |
| Neuron cellular homeostasis 0.6868866912013196 1.4252797819661784 0.1540763420631634 1.0 0.5062587423913285 6 P20020,P23634,P51790 3 |
| Positive regulation of mitochondrial membrane potential 0.7593005298984592 1.424922483606683 0.1541796096146037 1.0 0.5062587423913285 4 Q8IWA4 1 |
| Attachment of gpi anchor to protein 0.726468321603049 1.4224891795776329 0.1548842904952669 1.0 0.5062587423913285 5 Q92643,O43292,Q9H490 3 |
| Negative regulation of peptide secretion 0.6415162793801811 1.420632147509096 0.1554237276361085 1.0 0.5062587423913285 7 P40939,Q8N5M9 2 |
| Positive regulation of membrane potential 0.7260153647745344 1.4204822878479315 0.1554673215045277 1.0 0.5062587423913285 5 Q8IWA4 1 |
| Protein o linked glycosylation via serine 0.7259029769548555 1.4199843084450257 0.1556122493590854 1.0 0.5062587423913285 5 Q10472 1 |
| Atp biosynthetic process 0.4588367964576097 1.418481985136432 0.1560500945670671 1.0 0.5062587423913285 23 P00846,O75964,P00403,P56385,P24539,P36542 6 |
| Amino acid import 0.5868586714883481 1.4183066122937409 0.1561012670370898 1.0 0.5062587423913285 9 Q9H9B4,Q96NB2,Q15041,P30825 4 |
| Protein depalmitoylation 0.7576461920750794 1.4178665147061469 0.1562297402466943 1.0 0.5062587423913285 4 P50897 1 |
| Regulation of toll like receptor 3 signaling pathway 0.7573494367346314 1.416600621827104 0.1565997266313004 1.0 0.5063330701604776 4 P41440 1 |
| Neutrophil differentiation 0.7569587908369166 1.4149341246656773 0.1570878115138796 1.0 0.5074021694138613 4 Q8N5M9 1 |
| Regulation of electron transfer activity 0.7800375469336641 1.4144871239747288 0.1572189253233697 1.0 0.5074021694138613 2 Q99623 1 |
| Mitochondrion distribution 0.7564752299527179 1.4128711144705497 0.1576936236736692 1.0 0.5074021694138613 4 O75153 1 |
| Vacuolar proton transporting v type atpase complex assembly 0.8513302034428651 1.4128073495469464 0.1577123766889065 1.0 0.5074021694138613 3 Q92544,Q8N511 2 |
| Proton transporting v type atpase complex assembly 0.8513302034428651 1.4128073495469464 0.1577123766889065 1.0 0.5074021694138613 3 Q92544,Q8N511 2 |
| Macroautophagy 0.3245178947326546 1.4106702910756888 0.158341854877591 1.0 0.508579893184997 107 Q9Y487,O60858,P09601,Q9Y371,O15269,P12235,O15118,P21796,Q5T8D3,Q9Y6I9,Q9H0U4,P62820,Q99623,Q86VR2,Q9UMX0,P16615,Q7Z3C6,Q93050,P04062,O14681,P27544 21 |
| Toll like receptor 3 signaling pathway 0.683658805701269 1.4102798390654896 0.1584570691655 1.0 0.5086974958527363 6 P41440,Q14699,Q14254,Q9UMX0 4 |
| Er overload response 0.7226204868252197 1.405434979850726 0.1598919711626849 1.0 0.5107704034377576 5 Q96A33,Q9UM00,P49841 3 |
| Cholesterol storage 0.849142945463932 1.4039623007882756 0.1603300759458574 1.0 0.5116648183045313 3 Q8WTV0 1 |
| Peptidyl proline hydroxylation 0.6380935620335436 1.403685699593942 0.1604124626837308 1.0 0.5116754354308064 7 Q96HE7,P13674,Q32P28,O15460,O75718 5 |
| Negative regulation of macroautophagy 0.5841063965340654 1.4033729515889783 0.1605056544280707 1.0 0.5116947715093695 9 P09601 1 |
| Neurofilament cytoskeleton organization 0.7772215269086324 1.4017801602683675 0.1609809047009616 1.0 0.5123645303020514 2 P07196 1 |
| Forebrain regionalization 0.7769086357947663 1.4003682836773028 0.1614030625330249 1.0 0.5130651378751167 2 Q7Z4L5 1 |
| Macromolecule depalmitoylation 0.7202018782152918 1.3947087891367065 0.1631036734057809 1.0 0.5167849292508301 5 P50897 1 |
| Paranodal junction assembly 0.8468264489970876 1.394593563706847 0.1631384370858342 1.0 0.5167849292508301 3 O15228 1 |
| Regulation of morphogenesis of a branching structure 0.8467729151599308 1.3943770420774484 0.1632037770897763 1.0 0.5167849292508301 3 Q9NQC3 1 |
| Xenobiotic transport 0.7520350657482591 1.3939212382169592 0.1633413900803817 1.0 0.5167849292508301 4 P41440,P17302,P08183 3 |
| Mitochondrial adp transmembrane transport 0.8466353677621248 1.3938207189944511 0.1633717498836699 1.0 0.5167849292508301 3 P12236,P12235 2 |
| Nucleobase transport 0.8466353677621138 1.393820718994407 0.1633717498836833 1.0 0.5167849292508301 3 Q9Y277,P12235 2 |
| Negative regulation of chromatin binding 0.7515006207364272 1.3916395138578717 0.1640315870342428 1.0 0.5177904471552129 4 Q7L2J0,Q7Z5K2 2 |
| Glucosylceramide metabolic process 0.8451845327965578 1.3879524907662832 0.1651515124535458 1.0 0.5181712805117091 3 P04062 1 |
| Phospholipid dephosphorylation 0.7496776278591866 1.3838553140756746 0.1664027618914871 1.0 0.520126838170079 4 Q10713 1 |
| Negative regulation of cyclic nucleotide phosphodiesterase activity 0.7728410513141559 1.3820144370376328 0.1669672682961982 1.0 0.520126838170079 2 Q15043 1 |
| Regulation of protein kinase a signaling 0.7728410513141393 1.3820144370375578 0.1669672682962213 1.0 0.520126838170079 2 P14174 1 |
| Regulation of mitochondrial membrane permeability 0.4876183965783463 1.3818891879933215 0.1670057282427934 1.0 0.520126838170079 16 P05141,Q969V5,P12235,P45880,P52789 5 |
| Membrane biogenesis 0.453905759037193 1.3800784441694325 0.1675624934463249 1.0 0.520126838170079 23 P41440,Q9H6H4,Q86XL3,Q6NUK4,Q8IXJ6 5 |
| Mitochondrial fission 0.4860700489414823 1.3713031105260869 0.1702804864572402 1.0 0.5263650753511727 16 Q9UDX5,O60313,Q969V5 3 |
| Negative regulation of axonogenesis 0.6752669454519511 1.3712271685447042 0.1703041513883429 1.0 0.5263650753511727 6 Q8N0X7,Q9NQC3 2 |
| Granulocyte differentiation 0.6310044336761459 1.3685310059081788 0.1711459235210517 1.0 0.5278878945215452 7 Q8N5M9 1 |
| Estrogen metabolic process 0.7137861966330195 1.3662332721900163 0.1718657573971935 1.0 0.5288852732065203 5 Q53GQ0,O95470 2 |
| Cerebral cortex cell migration 0.5549313972518458 1.3658798314646046 0.1719766840494676 1.0 0.5288852732065203 11 Q96N66,Q9NQC3 2 |
| Negative regulation of anion transport 0.7690863579474307 1.3650740912446573 0.1722297642375729 1.0 0.5290322895802431 2 Q9HD26 1 |
| Negative regulation of anion transmembrane transport 0.7690863579474307 1.3650740912446573 0.1722297642375729 1.0 0.5290322895802431 2 Q9HD26 1 |
| Negative regulation of endoplasmic reticulum calcium ion concentration 0.7681476846057769 1.3608393803253165 0.1735644539267347 1.0 0.531115435373069 2 P51572 1 |
| Negative regulation of fatty acid transport 0.7681476846057538 1.360839380325212 0.1735644539267677 1.0 0.531115435373069 2 P31751 1 |
| Positive regulation of cell junction assembly 0.575546512746441 1.3568286914439391 0.174835648749545 1.0 0.5329157943677367 9 Q13641 1 |
| Regulation of insulin secretion 0.4657851260762434 1.3567002364356873 0.1748764773348095 1.0 0.5329157943677367 19 P50416,Q9BRT2,P00367,Q08209,Q8N5M9,P40939,Q16836,O95563 8 |
| Glycerolipid catabolic process 0.5752310926878219 1.3551108400513243 0.1753822455097191 1.0 0.5329157943677367 9 Q8N2K0,Q8WTV0,Q8NCG7 3 |
| Intermembrane lipid transfer 0.5858534303879913 1.3550701265744114 0.175395215428084 1.0 0.5329157943677367 8 Q9H1P3,P48739,Q9Y3B1,Q00169 4 |
| Negative regulation of protein exit from endoplasmic reticulum 0.8368847936561756 1.3543772602381077 0.1756160486191593 1.0 0.5329157943677367 3 Q8NBM4 1 |
| Leukocyte migration 0.3778974734691589 1.3538481795313837 0.1757848189856725 1.0 0.5329157943677367 44 P09601,P04062,Q11206,Q08722,Q9H4A6,Q4KMQ2,Q8N5M9 7 |
| Positive regulation of amyloid precursor protein biosynthetic process 0.7665832290362988 1.3537819441855756 0.1758059557790043 1.0 0.5329157943677367 2 P35610 1 |
| Endochondral bone morphogenesis 0.6273757332785164 1.350509066648724 0.176852747373339 1.0 0.5343804333405822 7 Q9NX62,O75844 2 |
| L aspartate transmembrane transport 0.741489089131349 1.3488685736782773 0.177379183944264 1.0 0.5351972393880077 4 Q9H936,Q9UJS0 2 |
| Ribonucleoside triphosphate metabolic process 0.382723922727988 1.3467737879897452 0.1780530991930689 1.0 0.5358443020325457 41 P00846,O75964,P00403,P56385,P56134,P24539,P36542,Q8IWA4 8 |
| Leukocyte apoptotic process 0.4666741972452772 1.3418037104789935 0.1796596488243098 1.0 0.5374820915244491 18 P24390 1 |
| Leukocyte degranulation 0.5828867117641578 1.3393194780088848 0.1804666903985896 1.0 0.5381722352581063 8 P09601 1 |
| Magnesium ion transport 0.738885410143996 1.3377373962933252 0.1809820558903581 1.0 0.5390316915427509 4 Q9H0U3,Q9HD23,Q8N4V1 3 |
| Aspartate transmembrane transport 0.7068587535233273 1.3354524635184608 0.1817283036763264 1.0 0.5398740414183864 5 Q9H936,Q8TDW0,O75746,Q9UJS0 4 |
| Cellular sodium ion homeostasis 0.7064919790285353 1.333821878250795 0.1822622390637067 1.0 0.5411014730368395 5 Q96PU5 1 |
| Regulation of body fluid levels 0.3672733747179571 1.3308931204895722 0.1832241812112518 1.0 0.5419684190124415 50 Q9UNS2,P38435,P00403,P04062,Q16739,P52789,Q86UL3,Q11206,Q9BWH2,Q13505,Q4KMQ2 11 |
| Cellular lipid catabolic process 0.3616916506301209 1.3296029580674815 0.1836491229931418 1.0 0.542366279954682 65 Q15067,Q8NCG7,Q8N2K0,P40939,O95470,P50897,P35610,P17900,O14678,Q16836,O15254,Q709F0,P23786,Q8IXJ6,P31751,O43808,Q99735,P04062,A1L0T0,Q13510,Q8WTV0 21 |
| Lipid homeostasis 0.4349407597938303 1.328864995452071 0.1838925142718888 1.0 0.542366279954682 26 Q9NQC3,Q9HCL2,O15254,Q15067,O15118,Q9BWH2,Q8WTV0,O15260,Q9Y6C9 9 |
| Protein exit from endoplasmic reticulum 0.4434413600670386 1.328705043173935 0.1839453004481654 1.0 0.542366279954682 24 Q92544,Q8NBM4,Q9NR31,P51572,Q9GZP9,Q9UBV2,Q9BVK6,P49257,O15260 9 |
| Arachidonic acid metabolic process 0.6660576210336928 1.3282857166534274 0.184083736509413 1.0 0.5425272963064304 6 P07099,Q9H7Z7,Q8NCG7 3 |
| Long chain fatty acid import across plasma membrane 0.7603254067584461 1.3255588605700708 0.1849858606238732 1.0 0.5433768868209344 2 P31751 1 |
| Regulation of long chain fatty acid import across plasma membrane 0.7603254067584461 1.3255588605700708 0.1849858606238732 1.0 0.5433768868209344 2 P31751 1 |
| Positive regulation of fatty acid transport 0.7603254067584443 1.325558860570064 0.1849858606238754 1.0 0.5433768868209344 2 P14174 1 |
| Membrane raft organization 0.5584995185181463 1.3226438402135678 0.1859538477648894 1.0 0.5439407938632853 10 P50897,P41440 2 |
| Folic acid metabolic process 0.6215675557346247 1.3216267510405144 0.18629247093086 1.0 0.5441619878159871 7 Q9H2D1 1 |
| Peptidyl asparagine modification 0.5583058383287166 1.3215579742262784 0.1863153854823906 1.0 0.5441619878159871 10 Q9H0U3,Q8TCJ2,P46977 3 |
| Synaptic transmission gabaergic 0.7035257145789988 1.3206315947521907 0.1866242327605054 1.0 0.5447470372818389 5 Q13641 1 |
| Phosphatidylethanolamine biosynthetic process 0.8282212545797283 1.319327135138379 0.1870597699044558 1.0 0.5450272636331224 3 Q9UG56 1 |
| Phosphatidylcholine biosynthetic process 0.5685884772610538 1.3188904212503354 0.187205748927137 1.0 0.5450272636331224 9 Q8WWI5,Q86UL3,Q8NF37,Q9Y6K0,P35790 5 |
| Neuron apoptotic process 0.3705647268594872 1.3184402827088777 0.1873563033908147 1.0 0.5452203217380186 46 P50897,Q99720,P09601,P04062,Q96A26,Q01105 6 |
| Neuromuscular process 0.4288642686537277 1.3167083160999191 0.1879364150101561 1.0 0.545593555103288 27 Q8N0X7,O14773,P78417,P04062,P07196,O75844,P18887,P17900,Q9H5K3 9 |
| Regulation of alcohol biosynthetic process 0.7025262522509914 1.3161860489437136 0.1881116050477715 1.0 0.545593555103288 5 P16435,Q12770 2 |
| Regulation of cholesterol biosynthetic process 0.7025262522509914 1.3161860489437136 0.1881116050477715 1.0 0.545593555103288 5 P16435,Q12770 2 |
| Neutral lipid catabolic process 0.8272138172641949 1.315251533112656 0.1884253810218261 1.0 0.545593555103288 3 Q8NCG7 1 |
| Negative regulation of cellular response to growth factor stimulus 0.5453380897346689 1.3106415878494733 0.1899788817776717 1.0 0.5476129103543744 11 Q8N0X7,P23634,Q8NC56,O75340 4 |
| Regulation of response to wounding 0.4621344090085075 1.309211169613682 0.1904628297000881 1.0 0.5476129103543744 17 Q11206,Q96G23 2 |
| Polyol metabolic process 0.4557259814844513 1.306208467696921 0.1914816740059677 1.0 0.5484068689511803 20 P04062,Q10713,Q9NX62 3 |
| Forebrain cell migration 0.5314314858206423 1.3039287297563242 0.1922578835796899 1.0 0.5498422547625954 12 Q96N66,Q9NQC3 2 |
| Negative regulation of gliogenesis 0.6995522304300592 1.3029545150037969 0.19259029067485 1.0 0.5503065612572314 5 Q96G23 1 |
| Tor signaling 0.4605415676144014 1.2976186097020683 0.1944184240927475 1.0 0.5540625454549811 18 P04062,O75844,Q9H4A6 3 |
| Membrane docking 0.4215688881228471 1.295730670398317 0.1950682908709193 1.0 0.5545183656050934 28 P61026,O60499,Q9UNK0,Q6IQ22,O15400,O15498,P16615 7 |
| Negative regulation of developmental growth 0.5426691935135469 1.2952394768800732 0.1952376304507765 1.0 0.5545845585505776 11 Q9NQC3 1 |
| Long chain fatty acid transport 0.5168333746276972 1.295095998606343 0.1952871151014781 1.0 0.5545845585505776 13 P31751,P14174,P28288,O14975,O14678,P23786,P50416 7 |
| Regulation of pattern recognition receptor signaling pathway 0.459933876501239 1.293232777179463 0.1959305624685736 1.0 0.5554827448174717 18 P41440,Q9NPR9,Q9NQC3,O43657 4 |
| Cellular modified amino acid catabolic process 0.5629340519762381 1.28799650005039 0.1977471815199913 1.0 0.5584173636357518 9 Q9UHG3,Q8NBM8 2 |
| Xenobiotic transport across blood brain barrier 0.7515644555694838 1.286072219575491 0.1984178583687912 1.0 0.5585734577481892 2 P08183 1 |
| Sphingolipid translocation 0.7515644555694838 1.286072219575491 0.1984178583687912 1.0 0.5585734577481892 2 P08183 1 |
| Cobalamin transport 0.751564455569468 1.2860722195754195 0.1984178583688161 1.0 0.5585734577481892 2 O14678 1 |
| Tripeptide transmembrane transport 0.7515644555694576 1.286072219575371 0.1984178583688329 1.0 0.5585734577481892 2 P17302 1 |
| Modified amino acid transport 0.5727726019158692 1.285512720085917 0.1986131746371224 1.0 0.5588802027180246 8 Q9H2D1,Q96QD8 2 |
| Fatty acid metabolic process 0.3205626848589158 1.283030882507662 0.1994812567479944 1.0 0.5596197198409276 100 O00767,Q9HCL2,Q15067,Q9H7Z7,Q8NCG7,O15228,Q8N2K0,P40939,O95470,Q15800,P35610,Q9P035,P51648,Q53GQ0,Q5T8D3,O14678,Q16836,Q9NZ01,O15254,Q6Y1H2,Q709F0,Q8N4Q0,P23786,P07099,Q92604,P31751,O43808,Q12770,Q86UL3,A1L0T0,Q13510,P50416,P16435 33 |
| Hindbrain morphogenesis 0.5277645479489368 1.282061350173964 0.1998211257405593 1.0 0.5600876248561715 12 Q7Z4L5,P04062,O15020,P18887,O15228 5 |
| Mitochondrial proton transporting atp synthase complex assembly 0.8178403755868391 1.2773375955270392 0.2014830860736876 1.0 0.5625613689488465 3 Q15070,Q9BUB7 2 |
| Phosphatidylinositol dephosphorylation 0.8177192181304009 1.2768476417844574 0.2016560420100777 1.0 0.5625613689488465 3 Q10713 1 |
| Cellular response to insulin like growth factor stimulus 0.7493742177722362 1.2762067725214954 0.2018824352033914 1.0 0.5625613689488465 2 Q9BSK2 1 |
| Regulation of multicellular organism growth 0.486467922708423 1.2760857698072967 0.201925201356383 1.0 0.5625613689488465 15 P11802,Q9HCL2,O75844,Q86UL3,O95470 5 |
| Inositol phosphate metabolic process 0.6934637565317374 1.2758529306852466 0.2020075125829912 1.0 0.5625613689488465 5 Q10713 1 |
| Regulation of necrotic cell death 0.5262099910820135 1.2727822659289854 0.2030953158299948 1.0 0.5638922711504619 12 P12235,Q13510,P00403 3 |
| Leukocyte mediated cytotoxicity 0.4991949088920496 1.2688927352047978 0.2044793237400166 1.0 0.567125395889142 14 O15400,P15151,P04439,P11279 4 |
| Learning 0.4565478297947125 1.268771247353758 0.2045226628561893 1.0 0.567125395889142 18 P50897,P04035,O00264,Q13641 4 |
| Iron ion transmembrane transport 0.8156494522691451 1.2684781873518731 0.2046272354685716 1.0 0.5671723631488632 3 Q15043,Q8N4V1 2 |
| Negative regulation of transport 0.3465414604637271 1.268006188795403 0.2047957404742184 1.0 0.5673902915329033 77 P31751,Q8IZ07,P40939,Q8NBM4,P09601,P55061,Q9GZP9,Q13432,Q16850,Q96PU5,P21796,Q08722,P04035,P49257,Q16836,Q8N5M9,Q9UMX0 17 |
| Regulation of dna templated transcription in response to stress 0.5250569665037056 1.2658966765752813 0.2055500764180431 1.0 0.5681000882635824 12 P09601,P55061,Q8IXJ6 3 |
| Protein kinase b signaling 0.4225943836495813 1.2639202981313515 0.2062586354565228 1.0 0.5681000882635824 27 Q9NQC3,Q969V5,Q13641,O75340,Q86UE4 5 |
| Polyol catabolic process 0.6522715115793223 1.263864636085943 0.2062786167211709 1.0 0.5681000882635824 6 Q10713 1 |
| Regulation of transport 0.2924682544904879 1.2631067499390716 0.2065508185437008 1.0 0.5683078236914765 323 P14174,Q9BVC6,Q6IQ22,Q7Z3B4,O75298,P50897,P09601,O75844,Q7Z434,Q4J6C6,P17302,P21796,Q9H4A6,Q9Y282,P20020,P23634,Q969V5,O75323,P57105,Q9P2W9,Q8TAD4,O95563,P49841,P16615,Q9HD26,Q14012,Q13636,Q8N5M9,Q00535,Q9BZF1,Q13586,Q08J23,P27105,P55786,Q9BRT2,P61978,Q9BRK0,Q13546,Q9Y371,Q9H300,Q7Z4L5,Q96KC8,Q96PU5,P52789,Q32P28,Q96BY9,Q9NR31,P55061,Q13432,P04035,Q8WTV0,Q92544,P50402,Q8NBM4,Q08722,P40939,Q4KMQ2,Q15041,Q7L0J3,P41440,Q00765,P08183,P51572,Q16850,Q16836,P98194,P11279,O14966,P49755,Q9GZP9,Q9UMX0,P61026,P49257,O15260,Q8NBU5,Q96HR9,Q8IZ07,Q99623,P00367,P31751,P78417,P05141,P05023,P50416 84 |
| Cellular response to increased oxygen levels 0.6520348453636832 1.262757489947237 0.2066763462482663 1.0 0.5683078236914765 6 Q9Y487,Q8N511 2 |
| Diacylglycerol metabolic process 0.8141020736940386 1.2622218418105406 0.2068689713959535 1.0 0.5685163409234018 3 Q9HCL2 1 |
| Energy derivation by oxidation of organic compounds 0.3138773628816718 1.2608894797506434 0.2073486690314607 1.0 0.5688684128747834 135 O95298,Q7KZN9,O96000,Q9BRT2,Q9Y6M9,O14949,O95139,P10253,O43676,P03886,Q13423,P46020,P13807,P00403,P24539,Q9H3K2,P20674,Q9H936,Q9Y375,O75208,O75964,Q9BSK2,P56385,P13073,O75323,P03915,Q15070,P49841,P31751,P00846,P21912,P04062,P56134,O75306,O43819,O95169,P36542,Q8NFG4,Q9UDW1,P51970 40 |
| Regulation of epithelial cell apoptotic process 0.5678576402425612 1.2593087365535254 0.2079188388368906 1.0 0.5699565089050921 8 P09601 1 |
| Intraciliary transport involved in cilium assembly 0.7456195244055113 1.2593016359050933 0.2079214025841969 1.0 0.5699565089050921 2 A0AVF1 1 |
| Zinc ion homeostasis 0.7196736218137362 1.2555372557689943 0.2092837923906516 1.0 0.5725452368092172 4 Q8TAD4 1 |
| Regulation of leukocyte mediated cytotoxicity 0.5671382091339583 1.2554702505371602 0.2093081010955821 1.0 0.5725452368092172 8 O15400,P15151,P11279 3 |
| Positive regulation of cell killing 0.5671382091339583 1.2554702505371602 0.2093081010955821 1.0 0.5725452368092172 8 O15400,P15151,P11279 3 |
| Cognition 0.37687411794658 1.25416803112944 0.2097809370336465 1.0 0.5732517471811689 39 P50897,Q8NBU5,Q9H0U3,Q13641,Q11206,P17900,P04035,O00264,Q9H5K3 9 |
| Cellular response to leucine 0.7443679599499329 1.253668753165461 0.209962429831001 1.0 0.5732517471811689 2 Q9P2J5 1 |
| Response to leucine 0.7443679599499329 1.253668753165461 0.209962429831001 1.0 0.5732517471811689 2 Q9P2J5 1 |
| Copii coated vesicle cargo loading 0.5354026603631273 1.253234082845056 0.2101205295999553 1.0 0.5732517471811689 11 Q12770,Q9NR31,P62820,Q5JRA6,P55735 5 |
| Adaptive thermogenesis 0.4375864107683456 1.2522011417587469 0.2104965800839895 1.0 0.5736142594962442 23 Q9UIQ6,O00767,P05141,P12235,P17302,Q8NFG4,P23786,P40939,Q16836,Q6IAN0 10 |
| Striated muscle adaptation 0.6878018687679874 1.2506364661126974 0.2110671399045907 1.0 0.5737517557913299 5 P23634,P16615 2 |
| Nuclear membrane organization 0.4404024132837938 1.24358165517247 0.2136535712877363 1.0 0.5775964550435378 22 O14657,P50402,Q9H6H4,Q86XL3,Q6NUK4 5 |
| Protein import into peroxisome matrix 0.7418648310388185 1.2424065220489036 0.2140866104826635 1.0 0.5778314431005704 2 O75381 1 |
| Skeletal system morphogenesis 0.4467979036336099 1.2395964262536154 0.2151247031641174 1.0 0.5796365857111442 20 Q7Z3C6,Q93063,O75844,Q9NX62,P16435,O95470,Q92896 7 |
| Antigen processing and presentation of exogenous peptide antigen 0.8079782082695672 1.2374694043659211 0.2159128661965539 1.0 0.5807930465603063 3 Q9UIQ6 1 |
| Fat soluble vitamin metabolic process 0.684081453010356 1.2340611961665964 0.2171801015774994 1.0 0.5824471932042558 5 P04062,Q8N0U8 2 |
| Negative regulation of amyloid beta clearance 0.8066645665762662 1.232161521671959 0.2178887536992964 1.0 0.5824471932042558 3 P04035 1 |
| Nucleoside triphosphate biosynthetic process 0.3760710713789188 1.2316148359565793 0.2180929962962379 1.0 0.5824471932042558 38 P00846,O75964,P00403,P56385,P24539,P36542 6 |
| Organic hydroxy compound metabolic process 0.3130312087165573 1.2314973532518914 0.2181369059662381 1.0 0.5824471932042558 106 P14324,Q9H3H5,Q9HBH5,Q15392,Q14739,Q15800,Q8NBN7,P35610,Q16850,O15269,O15118,P51648,O75845,P38435,Q14534,P37268,Q9H1P3,Q9Y394,Q12770,Q9UBM7,P04062,Q10713,P21964,P16435,Q9NX62,Q13510,P04035,Q9NWW5,Q8WTV0 29 |
| Pore complex assembly 0.5065332847095455 1.2314684419660935 0.2181477126587014 1.0 0.5824471932042558 13 Q4KMQ2,Q9NQC3 2 |
| Autophagosome organization 0.4230998397518223 1.2309198485581834 0.2183528432289416 1.0 0.5825175434121048 26 Q7Z3C6,P04062,Q9Y371,P62820,Q9UMX0,P16615 6 |
| Adenosine metabolic process 0.7381101376721158 1.225522754614513 0.220378322058901 1.0 0.5861153259084553 2 P49902 1 |
| Regulation of er to golgi vesicle mediated transport 0.644051938133726 1.225393010551103 0.2204271791194654 1.0 0.5861153259084553 6 Q9NR31,Q9Y6B6,Q9P2W9 3 |
| Maintenance of location 0.3502273163664627 1.22281336734176 0.2214001954389295 1.0 0.5877366960134339 69 Q9BZF1,Q9Y679,P24390,O43292,O95202,P10253,Q9H6V9,P35610,Q9H4A6,P17900,O95674,Q14534,Q9UH99,O15258,P52789,O94901,Q9HD26,Q96HE7,O43731,P78417,P04062,P50416,Q8WTV0,Q00535 24 |
| Copi coated vesicle budding 0.7118166687485784 1.2219039257233089 0.2217439607327442 1.0 0.5881912236408352 4 P49755,Q9BVK6 2 |
| Regulated exocytosis 0.3786002550743759 1.2195851238598632 0.2226221885675054 1.0 0.5890477532333996 35 P49755,P61026,O43760,P09601,P49841,Q4J6C6,Q13636,Q9BRK5,P11279,Q7L0J3,P16615 11 |
| Regulation of defense response to virus 0.4778035506279637 1.218551757847239 0.2230143687814776 1.0 0.5895030015041933 15 O75844,O43657 2 |
| Olefinic compound metabolic process 0.4491844098866239 1.2154440150749837 0.2241967892464991 1.0 0.59103935641684 18 Q8NBN7,Q9HBH5,Q9H7Z7,Q8NCG7,Q8N2K0,P07099,Q9Y394 7 |
| Regulation of cardiac conduction 0.6415688570526242 1.2137639376919622 0.22483788089635 1.0 0.5916177026973196 6 P20020,Q6PI78,P16615 3 |
| Tetrapyrrole biosynthetic process 0.5032393712714451 1.2110731499903995 0.2258673707615184 1.0 0.5916177026973196 13 Q9P0S9,Q7KZN9,P22830,P36551,O00264 5 |
| Bone development 0.4117039862443224 1.2108824068469033 0.225940476201526 1.0 0.5916177026973196 28 Q7Z3C6,Q7RTS9,Q15904,O75844,P17302,Q9NX62,P16435,Q32P28,Q92896 9 |
| Ether metabolic process 0.5485834504703984 1.209364196094433 0.2265229576131253 1.0 0.5916177026973196 9 P07099,Q6PIU2,O15228,Q6IAN0 4 |
| Regulation of presynaptic cytosolic calcium ion concentration 0.8009389671361499 1.2090357327682852 0.2266491176914882 1.0 0.5916177026973196 3 P20020,P23634 2 |
| Response to oxidative stress 0.3240507152121915 1.2078931064827794 0.2270883815147284 1.0 0.5916177026973196 94 O43169,Q07820,Q99720,Q15392,Q13546,P39210,Q8N0U8,Q16134,P09601,P30519,P23246,Q15118,Q7Z2K6,P28074,Q86Y07,P03915,P18887,Q8IXJ6,Q6NUK1,Q15165,Q9UMX0,P16615,Q96HE7,P04062,O75306,Q8TED1,Q9NR28 27 |
| Axon ensheathment in central nervous system 0.7340425531914845 1.207246397573806 0.2273372669239837 1.0 0.5916177026973196 2 Q92542 1 |
| Positive regulation of mitochondrial calcium ion concentration 0.6775333028030975 1.2048804190485751 0.2282494687344911 1.0 0.5929333369341909 5 P51572,Q9BPX6,Q9Y3D6 3 |
| Posttranslational protein targeting to membrane translocation 0.7073345460756852 1.2027182205118558 0.229085380578518 1.0 0.5929727032347617 4 Q99442,P61619 2 |
| Limbic system development 0.434645929363079 1.1990007385809636 0.230527658416703 1.0 0.5950973552082597 22 P23634,P07196,Q00535,P18887,O14949,P49841,Q13144 7 |
| Protein localization to vacuole 0.4412935532275415 1.1983903541353542 0.2307650858766603 1.0 0.5950973552082597 20 Q9Y371,Q9NQC3 2 |
| Developmental maturation 0.3594855477906021 1.1974316474352835 0.231138354552115 1.0 0.5950973552082597 46 O75503,Q8N2A8,P04818,P51790,Q08J23,P04062,P07196,Q92543,Q86UL3,P17302,Q8IXJ6,Q9NZJ7,Q9Y2W6 13 |
| Negative regulation of calcium mediated signaling 0.706051021608753 1.1972245524064584 0.2312190424922233 1.0 0.5950973552082597 4 P23634,P49841 2 |
| Negative regulation of calcineurin mediated signaling 0.706051021608753 1.1972245524064584 0.2312190424922233 1.0 0.5950973552082597 4 P23634,P49841 2 |
| Regulation of morphogenesis of an epithelium 0.7979407795365935 1.1969326207846678 0.2313328182734784 1.0 0.5950973552082597 3 Q99623 1 |
| L serine transport 0.7976184490892204 1.1956317343878229 0.2318403018294548 1.0 0.5956611486463801 3 Q96QD8 1 |
| Positive regulation of necrotic cell death 0.6749233964756806 1.1932482150133894 0.2327721768662027 1.0 0.5973439844084316 5 Q7Z3C6,P00403 2 |
| Steroid hormone biosynthetic process 0.7049395369716509 1.1924674629826726 0.2330780013463851 1.0 0.5978917260062642 4 Q9UBM7,Q53GQ0 2 |
| Cerebellar cortex development 0.4735084475417381 1.1899620865392828 0.2340612939268029 1.0 0.5987618528834894 15 P04062,O14949 2 |
| Lung alveolus development 0.7036195543507833 1.1868183243812416 0.2352992892532097 1.0 0.5990782848335066 4 Q16706,P00813 2 |
| Acidic amino acid transport 0.4728854696587659 1.1858118327493443 0.2356966175419357 1.0 0.5992287197126618 15 Q9H936,O60831,O75915,Q9UJS0,Q8IWT6,Q8TDW0,P17302,Q15042,P05556,O75746,Q15041 11 |
| Organ growth 0.4291306322496164 1.1855201649007436 0.2358118466474559 1.0 0.5992287197126618 23 O75844,Q9NZJ7 2 |
| Quaternary ammonium group transport 0.795048492776891 1.1852619250422012 0.2359139026310046 1.0 0.5992287197126618 3 Q9HC21 1 |
| Nucleus organization 0.3497189125955585 1.183904743335062 0.23645077231714 1.0 0.5993629447979414 65 O14657,Q9NQC3,P50402,Q8NFH5,Q9H6H4,Q86XL3,O75844,Q6NUK4,Q8IXJ6,Q9BTX1,Q7Z3B4,O94901 12 |
| Layer formation in cerebral cortex 0.7027748942381455 1.1832036238858692 0.236728457121611 1.0 0.5993629447979414 4 Q96N66 1 |
| Photoreceptor cell maintenance 0.728410513141442 1.1819686662863078 0.2372181339274366 1.0 0.5993629447979414 2 P51790 1 |
| Negative regulation of cell development 0.4323918759501683 1.181513214435491 0.2373989070594171 1.0 0.5993908322343954 22 Q8N0X7,Q9NQC3,Q96G23 3 |
| Potassium ion import across plasma membrane 0.671630222961614 1.17857028723954 0.238569328925406 1.0 0.6010201233185005 5 Q9BXP2,P05023 2 |
| Potassium ion homeostasis 0.671630222961614 1.17857028723954 0.238569328925406 1.0 0.6010201233185005 5 Q9BXP2,P05023 2 |
| Nucleoside triphosphate metabolic process 0.3535180663834159 1.1759418811954787 0.2396181014017173 1.0 0.6016070828101511 50 Q7Z2Z2,P00846,P04818,P00403,P55263,P56385,O75964,O60313,P56134,P24539,P36542,Q8IWA4 12 |
| Erad pathway 0.3593135201126765 1.174657704988938 0.2401316869321159 1.0 0.6016158590094468 45 Q9UBU6,Q4ZIN3,Q8NBM4,Q96CS3,P51572,Q96A33,P27824,Q9GZP9,Q9UKV5,O60858,Q9UBV2,Q8TCJ2,Q6NTF9,Q9UMX0 14 |
| Positive regulation of chemokine c x c motif ligand 2 production 0.7265331664580768 1.1735507338618425 0.2405750243553726 1.0 0.6016158590094468 2 P14174 1 |
| Chemokine c x c motif ligand 2 production 0.7265331664580768 1.1735507338618425 0.2405750243553726 1.0 0.6016158590094468 2 P14174 1 |
| Positive regulation of dna ligation 0.7265331664580675 1.1735507338618008 0.2405750243553892 1.0 0.6016158590094468 2 P18887 1 |
| Regulation of dna ligation 0.7265331664580675 1.1735507338618008 0.2405750243553892 1.0 0.6016158590094468 2 P18887 1 |
| Transepithelial transport 0.6321776207937795 1.1697602390638706 0.2420974686702954 1.0 0.6035500408987792 6 P51798,P08183 2 |
| Insulin secretion 0.4235529638287876 1.1695435343863267 0.2421847120231968 1.0 0.6035500408987792 24 Q92543,P50416,Q9BRT2,P00367,Q08209,Q8N5M9,P40939,Q16836,O95563 9 |
| Positive regulation of muscle tissue development 0.669096724971854 1.1672784062633337 0.2430979561461987 1.0 0.6051269123762302 5 P41440 1 |
| Plasma membrane organization 0.3965321142185087 1.1639613288089463 0.2444396838093934 1.0 0.6063741434857232 30 P41440,Q7Z3C6,Q9Y371,Q16739,Q4KMQ2,Q9H1P3,P16615 7 |
| Regulation of membrane permeability 0.4365527644662591 1.1628239592838794 0.2449009341276335 1.0 0.6064137698896387 20 Q969V5,P05141,P12235,P45880,P52789 5 |
| Sensory perception 0.3617691952128082 1.162760472126819 0.2449266987780463 1.0 0.6064137698896387 43 P50897,Q00169,O60313,Q13432,Q9Y6M9,P62072,Q96HR9,Q14108,Q9H6K4,Q9BRK0,Q9NWW5,Q9H5K3 12 |
| Aminoglycan catabolic process 0.667379098934226 1.1596231528206935 0.2462022702464079 1.0 0.6084107797040763 5 P04066,P08236,P15586 3 |
| Glycosaminoglycan catabolic process 0.667379098934226 1.1596231528206935 0.2462022702464079 1.0 0.6084107797040763 5 P04066,P08236,P15586 3 |
| Phosphatidylcholine metabolic process 0.4686670031081497 1.157686655755217 0.2469919315238873 1.0 0.6089644879324185 15 Q8WWI5,Q86UL3,Q8NF37,P35790,Q9Y6K0,Q96N66,Q8WTV0 7 |
| Sodium ion transport 0.4099705210291895 1.1571051694741767 0.2472293948944064 1.0 0.6093178384450109 27 P23634,Q9H2J7,P05023,Q9Y6M7,Q96PU5,Q4KMQ2,Q96QD8 7 |
| Vesicle organization 0.3165060787258463 1.155203163278082 0.2480072396572628 1.0 0.6105374115868409 97 Q9BRG1,Q9BVK6,Q9UNK0,O60499,Q13190,Q9BTU6,Q9BSR8,P51790,O75340,Q14108,Q9H4A6,O15027,O14966,P49755,O14653,Q92543,P62820,O75396,Q15363,Q9Y6B6,O15400,Q86Y82,P31751,Q12770,O14964,Q9NR31,Q9HCU5,O95249,Q5JRA6 29 |
| Regulation of receptor signaling pathway via stat 0.5381921064940611 1.1522592040732818 0.2492145756681507 1.0 0.6123450014139225 9 Q9H490,Q9NX40,Q00535 3 |
| Dna methylation involved in gamete generation 0.7867351880829546 1.1517479071055108 0.2494246797690613 1.0 0.6124428382355571 3 Q8N2A8 1 |
| Positive regulation of triglyceride metabolic process 0.786339665139242 1.150154687426728 0.2500801654380988 1.0 0.6130753146649152 3 Q8NCG7 1 |
| Leukotriene biosynthetic process 0.7859154929577257 1.1484462046265038 0.2507844087663005 1.0 0.6142947122736367 3 Q99735,P09960 2 |
| Oligodendrocyte development 0.5868016806235735 1.1480274450945662 0.2509572341241495 1.0 0.6142947122736367 7 P18074,Q92542,P49770,Q13144 4 |
| Negative regulation of toll like receptor signaling pathway 0.7851767641341694 1.1454710991898414 0.252014060724326 1.0 0.6155935637889615 3 Q9NPR9 1 |
| Regulation of transmembrane transport 0.3398639995492898 1.1428595194779552 0.2530969220349977 1.0 0.617174465364908 74 Q9BZF1,Q13586,Q9BVC6,P27105,Q4KMQ2,O75298,Q15041,P08183,O75844,P17302,P21796,P23634,Q99623,O75323,Q96PU5,P52789,Q8TAD4,Q9UMX0,Q9HD26,P31751,P78417,Q00535 22 |
| Regulation of sulfur metabolic process 0.7844199198747271 1.1424235057255168 0.2532780253413467 1.0 0.617174465364908 3 Q15118 1 |
| Phosphatidylinositol acyl chain remodeling 0.7840375586854303 1.1408840307741792 0.253918185703363 1.0 0.6182688103356528 3 Q96N66,Q92604 2 |
| Adult locomotory behavior 0.4661115484281808 1.1406314773248087 0.2540233125231073 1.0 0.6182921694808388 15 P50897,O15118,O75844,Q8N2K0 4 |
| Negative regulation of canonical wnt signaling pathway 0.4385024606752027 1.1377948884954234 0.2552061398626442 1.0 0.6202193982266042 18 Q13641,Q9UKV5,P50402,Q8NBM4 4 |
| Activation of store operated calcium channel activity 0.7183979974968657 1.1371252580351587 0.2554859264017501 1.0 0.6202193982266042 2 Q13586 1 |
| Positive regulation of store operated calcium channel activity 0.7183979974968657 1.1371252580351587 0.2554859264017501 1.0 0.6202193982266042 2 Q13586 1 |
| Ventricular system development 0.5441800730588273 1.13266261245677 0.2573559639938221 1.0 0.6225238625726631 8 Q96N66 1 |
| Ganglioside metabolic process 0.6906423023716369 1.131307481474422 0.2579256965153367 1.0 0.6225238625726631 4 P17900 1 |
| Cytoplasm organization 0.7811317435004945 1.1291886979168668 0.2588182404478099 1.0 0.6225238625726631 3 Q8N2A8 1 |
| Heparan sulfate proteoglycan metabolic process 0.6605400635698784 1.129146963403912 0.2588358427040231 1.0 0.6225238625726631 5 Q7LGA3 1 |
| Heparan sulfate proteoglycan biosynthetic process 0.6605400635698784 1.129146963403912 0.2588358427040231 1.0 0.6225238625726631 5 Q7LGA3 1 |
| Positive regulation of fatty acid metabolic process 0.6901047306980567 1.1290094813754823 0.2588938340062485 1.0 0.6225238625726631 4 P31751,Q92604 2 |
| Signal release 0.3490740300809121 1.1289210907319434 0.2589311228229221 1.0 0.6225238625726631 54 P50897,P14174,P49841,P62820,Q92543,Q00535,P50416,Q4J6C6,P00367,P17302,Q8N5M9,P40939,Q16836,O95563,Q7L0J3,P16615 16 |
| Outer mitochondrial membrane organization 0.6603467915823429 1.1282858554951711 0.2591992150719564 1.0 0.6225238625726631 5 Q9NS69 1 |
| Muscle hypertrophy in response to stress 0.6896689634123077 1.127146781855326 0.2596804267386323 1.0 0.6233871371856189 4 P23634,P16615 2 |
| Appendage development 0.4896032944706501 1.1264340489547282 0.2599818414423402 1.0 0.6238793021189567 13 P42892,Q9C0E8,P17302,Q9NX62,Q12797 5 |
| Oocyte differentiation 0.5428061945828822 1.125298068212046 0.2604627480642811 1.0 0.624728330880086 8 Q8N2A8,Q8IXJ6 2 |
| Dedifferentiation 0.7155819774718344 1.1245381947060713 0.2607847766227213 1.0 0.624728330880086 2 Q14103 1 |
| Protein geranylgeranylation 0.7798429433724969 1.1240039689590071 0.2610113421971187 1.0 0.624728330880086 3 P53611 1 |
| Nuclear pore complex assembly 0.5326816557274058 1.1219333212457292 0.2618907917004525 1.0 0.6261386050555332 9 Q9NQC3 1 |
| Positive regulation of autophagy of mitochondrion 0.5815302956144287 1.1216352554155669 0.2620175551848045 1.0 0.6262103460694441 7 P27544,P21796,P12235 3 |
| Circulatory system process 0.3389631467634996 1.12005693084766 0.2626895024446387 1.0 0.6271978548455809 73 Q9UIQ6,Q93063,Q9HB40,Q6PI78,P41440,Q6P179,Q8WWI5,P08183,P09601,O75844,P17302,Q9NZ08,P20020,P30825,P23634,Q96PU5,P16615,P42892,Q96QD8,P78417,P05023,P42785 22 |
| Negative regulation of immune effector process 0.54131801942045 1.1173194612699413 0.263857757310634 1.0 0.627553786403249 8 P09601,P55061 2 |
| Regulation of short term neuronal synaptic plasticity 0.7137046307884801 1.1161536182348293 0.2643563842259091 1.0 0.627553786403249 2 Q96A49 1 |
| Positive regulation of neurotransmitter secretion 0.71370463078848 1.1161536182348282 0.2643563842259095 1.0 0.627553786403249 2 Q00535 1 |
| Response to gamma radiation 0.4624323388535247 1.1160550502994475 0.26439857114567 1.0 0.627553786403249 15 O60858 1 |
| Cytosolic calcium ion transport 0.4051088836619759 1.115803700804823 0.2645061693373762 1.0 0.627553786403249 27 P23634,P78417,P55061,Q9BPX6,O95202,P21796,Q8WWC4,P20020,Q9Y4W6,P16615 10 |
| Regulation of perk mediated unfolded protein response 0.7127659574468337 1.111963448755945 0.2661538662270044 1.0 0.627553786403249 2 P57088 1 |
| Positive regulation of ire1 mediated unfolded protein response 0.7127659574468337 1.111963448755945 0.2661538662270044 1.0 0.627553786403249 2 P57088 1 |
| Positive regulation of endoplasmic reticulum unfolded protein response 0.7127659574468337 1.111963448755945 0.2661538662270044 1.0 0.627553786403249 2 P57088 1 |
| Positive regulation of amino acid transport 0.6861086565772059 1.111932070464899 0.2661673584173236 1.0 0.627553786403249 4 Q15042,Q15041 2 |
| Response to activity 0.4990908147529511 1.1102125118322654 0.2669074624685721 1.0 0.628438483087108 12 P40939,Q9UDX5,Q16836 3 |
| Regulation of fatty acid oxidation 0.7762128325508523 1.10940890396113 0.2672538229815537 1.0 0.628438483087108 3 P50416,P31751 2 |
| Regulation of neurotransmitter levels 0.3852970426115713 1.1087041066426349 0.267557849751366 1.0 0.628438483087108 31 P50897,P21964,Q8NCG7,Q7L0J3,P16615 5 |
| Copper ion homeostasis 0.6852109976430232 1.108097171078783 0.2678198525781803 1.0 0.6287015182756558 4 O75880,O43819 2 |
| Protein localization to plasma membrane 0.3358534203175915 1.102304321777888 0.270329391123703 1.0 0.632070743985768 75 Q9BXS4,Q15904,Q9UNK0,Q6IQ22,P41440,Q8N2H4,Q4J6C6,Q9H4A6,P98194,P23634,P35613,Q13641,Q15363,O15258,O15400,Q9HD26,P61026,P31751,Q13636,O00264 20 |
| Multicellular organism growth 0.4031814889105486 1.0994077344925952 0.2715902586158973 1.0 0.6339529793451413 27 P11802,Q9HCL2,O75844,Q86UL3,O15020,Q15363,O95470 7 |
| Membrane repolarization 0.5285880641450464 1.0993897974178328 0.271598079046448 1.0 0.6339529793451413 9 Q96PU5,O75844,P05023 3 |
| Cerebellar cortex formation 0.6170416188115726 1.0988067686153915 0.271852359224277 1.0 0.6342568381036484 6 P04062 1 |
| Collagen biosynthetic process 0.6824150328756244 1.0961558464567478 0.2730105784332743 1.0 0.6363479735120559 4 P08670 1 |
| Positive regulation of chemokine production 0.6162812227809593 1.0952424929917062 0.2734104139568747 1.0 0.6369734338116966 6 P09601,P14174 2 |
| Positive regulation of ligase activity 0.7083854818523141 1.092428909624763 0.2746446217879297 1.0 0.6382805583268392 2 P18887 1 |
| Regulation of ligase activity 0.7083854818523141 1.092428909624763 0.2746446217879297 1.0 0.6382805583268392 2 P18887 1 |
| Response to redox state 0.7077596996245568 1.0896409970191367 0.275871316369668 1.0 0.6382805583268392 2 Q8IXJ6 1 |
| Organophosphate metabolic process 0.2927563584557562 1.0873954073897525 0.2768620999791595 1.0 0.6382805583268392 259 P49902,P43490,Q9NTJ5,Q9HCL2,O43292,Q9BRR6,Q8NF37,Q9Y6K0,O15228,Q96N66,P40939,Q8N2K0,Q5H8A4,P50897,P00403,P35610,O60313,O14735,Q86YN1,P24539,Q53GQ0,Q9BVG9,Q9NZ01,O95674,Q9H490,Q96JX3,O75964,P56385,Q9UG56,Q9NPH0,Q6Y1H2,P37268,P52789,Q92604,Q8WVC6,P00846,Q8IWA4,P56134,Q10713,Q8TB61,Q86UL3,P36542,Q9NX62,P04035,Q8WTV0 45 |
| Sensory perception of light stimulus 0.4232957849843455 1.0854038897076663 0.2777428103842603 1.0 0.6382805583268392 21 P50897,Q00169,O60313,Q13432,Q96HR9,Q9H6K4,Q9NWW5 7 |
| Taurine transport 0.706195244055063 1.082674333709742 0.2789530002507039 1.0 0.6382805583268392 2 Q8TDW0 1 |
| Glial cell development 0.4304861944717564 1.079335356585996 0.2804382567702239 1.0 0.6408885585511614 18 P31751,Q92542,O43175,P49770,P18074,Q8IXJ6,P08670,Q9NR50,Q00535,Q13144 10 |
| Negative regulation of organic acid transport 0.768388106416279 1.077996277059352 0.2810354175702327 1.0 0.6413795472368703 3 P31751,O75915 2 |
| Response to abiotic stimulus 0.2913731607743535 1.075589538482757 0.2821108681803947 1.0 0.6433479700012386 211 Q92544,Q9UNS2,Q9BVC6,Q9Y487,Q15904,Q96A26,O60858,Q9BPX6,O95202,Q8N2K0,Q9BRK5,Q13144,Q8N511,Q8NBN7,P08183,P00403,P09601,Q70UQ0,P30519,O75844,Q15118,O75340,P17302,Q96HR9,P20020,P23634,P51798,Q99623,P22830,P03915,P18887,Q14011,Q8IXJ6,P52789,P49841,Q96QD8,Q9UMX0,P31751,Q96HE7,Q12770,P00846,P04062,P55061,Q13432,O75306,P27544,Q9Y4P3,P04035 48 |
| Positive regulation of regulated secretory pathway 0.6772994487443835 1.074322236656941 0.2826782820410556 1.0 0.6442813339218428 4 P11279 1 |
| Necrotic cell death 0.4294142466793827 1.0736870669478185 0.2829629598015164 1.0 0.6446097415823352 17 P12235,Q13510,P00403 3 |
| Negative regulation of extrinsic apoptotic signaling pathway via death domain receptors 0.5328386305887317 1.0718366874170728 0.2837933915090174 1.0 0.6455749925985025 8 P09601 1 |
| Microtubule anchoring at microtubule organizing center 0.6765646956412894 1.0711879772261124 0.2840849163968688 1.0 0.6455749925985025 4 P49841 1 |
| Microtubule anchoring at centrosome 0.6765646956412894 1.0711879772261124 0.2840849163968688 1.0 0.6455749925985025 4 P49841 1 |
| Collagen catabolic process 0.7021276595744942 1.0645826754875671 0.2870648230861632 1.0 0.6496096276272975 2 Q9UBG0 1 |
| Mesodermal cell differentiation 0.7021276595744728 1.064582675487471 0.2870648230862067 1.0 0.6496096276272975 2 P17302 1 |
| Cellular defense response 0.7021276595744657 1.0645826754874397 0.2870648230862209 1.0 0.6496096276272975 2 Q08380 1 |
| Cell cell adhesion mediated by integrin 0.7021276595744619 1.064582675487423 0.2870648230862285 1.0 0.6496096276272975 2 P00813 1 |
| Negative regulation of production of molecular mediator of immune response 0.7648380572050868 1.0637680192459398 0.2874338022961282 1.0 0.6502172556660406 3 P09601 1 |
| Positive regulation of cell cell adhesion 0.3801079646668907 1.0608454442523496 0.2887601458806663 1.0 0.6512486577917985 31 Q11206,Q9HCL2,Q08722,P30825 4 |
| Cytosolic transport 0.3416309770661673 1.0584266271398477 0.2898609853441842 1.0 0.6531964822937188 60 O75503,Q8N2H4,O15498,Q9BVK6,O60499,Q9UNK0,A4D1P6,O95249,Q13190,P49257,O15260,P11279,O14966 13 |
| Gliogenesis 0.3430928707849987 1.057715967302073 0.2901849534597833 1.0 0.6534714748753367 52 Q7Z4L5,P31751,Q9NQC3,P04062,Q96G23,Q8IXJ6,P08670,Q96N66,O94901,Q13144 10 |
| Regulation of anion channel activity 0.7630711171860611 1.056692252520814 0.2906520619857693 1.0 0.6536205648090856 3 P08183 1 |
| Cellular response to nutrient 0.6442143850623707 1.0564643506863696 0.2907561196052777 1.0 0.6536205648090856 5 P09601,Q8TB36 2 |
| Adipose tissue development 0.511166035320643 1.0555841092463742 0.2911582640331493 1.0 0.6536212019074383 10 Q8N0X7,O15173,P35610,P43490 4 |
| Srp dependent cotranslational protein targeting to membrane 0.5197417343565847 1.050641948242185 0.2934230673480229 1.0 0.6562287148036514 9 Q15629,P61619 2 |
| Antigen processing and presentation 0.4120618210506224 1.0502244114299326 0.2936149485477153 1.0 0.6562287148036514 23 Q6P179,P61026,Q9UIQ6,P04062,Q03519,Q9Y6B6,Q9NZ08,P10321,P04439 9 |
| Retinal rod cell development 0.6986858573216459 1.0493001595880111 0.294039992599004 1.0 0.6562287148036514 2 Q15555 1 |
| Retinal rod cell differentiation 0.6986858573216459 1.0493001595880111 0.294039992599004 1.0 0.6562287148036514 2 Q15555 1 |
| Camera type eye photoreceptor cell differentiation 0.6986858573216459 1.0493001595880111 0.294039992599004 1.0 0.6562287148036514 2 Q15555 1 |
| Cardiolipin metabolic process 0.5277953873484718 1.044773721850113 0.2961275628091007 1.0 0.6588671123897678 8 P40939,Q99623,Q6UWP7,Q8WUK0 4 |
| Cellular macromolecule localization 0.2944938070320528 1.044738011942249 0.2961440713754379 1.0 0.6588671123897678 561 Q9NQC3,Q99595,P43307,P24390,Q15904,Q9UNK0,Q8N4H5,Q6IQ22,Q13190,Q7Z3B4,O75298,P46379,Q8N4V1,P13473,Q7Z434,Q4J6C6,Q9NS69,Q3ZCQ8,P56589,Q8N8Q8,P17302,Q9Y276,Q9H4A6,Q9Y282,Q15629,P23634,O60725,Q9Y5M8,P57105,Q13561,Q9P2W9,Q9Y6Y8,Q15070,Q9UH99,P49841,Q9HD26,Q9Y5J6,Q7Z5K2,O14773,O14925,O43731,Q10713,Q14012,Q8NFG4,Q8NC56,Q5JRA6,O00264,Q13636,Q9Y6C9,Q15005,Q00535,Q969Q5,Q9BZF1,Q9Y679,Q9BXS4,P27105,Q9NPA0,P55786,Q7L2J0,O60499,Q9BRK0,Q15006,Q96JB2,Q86YV9,P40855,Q9Y371,Q96A33,Q9HD20,Q8N2H4,Q9P0J0,P62072,Q9HD45,Q14108,Q9H300,Q7Z4L5,Q9H490,Q13641,Q96PU5,Q9H1Z9,O15258,P52789,O94901,O14657,Q9Y3A6,Q9NR31,P10619,Q9UBV2,Q8WWC4,Q92544,P50402,Q8NBM4,O43292,Q9BVK6,Q9Y3B3,Q15041,P41440,P51572,O15118,O75340,P98194,P11279,O14966,P49755,P62820,Q9GZP9,P35613,O43681,Q7Z3C6,P61026,O75381,O96008,O43615,Q16880,P49257,O15260,Q8NFH5,Q9Y512,Q8NBU5,Q96CS3,Q8TB36,Q14789,O15504,Q16181,Q9H0U4,Q99442,Q8IZ07,P61619,Q99623,Q15363,Q92643,A0AVF1,O15400,Q99729,P31751,Q9UGP8,Q53H12,P49354 137 |
| Regulation of mitochondrial membrane permeability involved in apoptotic process 0.4879447137919804 1.0431193261979697 0.2968930309085056 1.0 0.6598529175961018 12 P45880 1 |
| Bone growth 0.7592606318347339 1.041447312874874 0.2976679938108724 1.0 0.6602659324205424 3 O75844 1 |
| Growth plate cartilage development 0.7592606318347339 1.041447312874874 0.2976679938108724 1.0 0.6602659324205424 3 O75844 1 |
| Vesicle docking 0.424785998225187 1.0401684145348309 0.2982616631302353 1.0 0.6613050646724504 17 P61026,O60499,Q9UNK0,Q6IQ22,O15400,O15498 6 |
| Positive regulation of er associated ubiquitin dependent protein catabolic process 0.7584599584530456 1.0382465652845272 0.2991552787335672 1.0 0.6618872006440307 3 P51572 1 |
| Phosphate ion transmembrane transport 0.7583724569639717 1.0378968277384824 0.2993180905818304 1.0 0.6618872006440307 3 Q9UBX3,Q02978 2 |
| Phosphate ion transport 0.7583724569639717 1.0378968277384824 0.2993180905818304 1.0 0.6618872006440307 3 Q9UBX3,Q02978 2 |
| Srp dependent cotranslational protein targeting to membrane translocation 0.6687409595480989 1.0378446779309831 0.2993423727263717 1.0 0.6618872006440307 4 Q15629 1 |
| Long chain fatty acid metabolic process 0.4136383474955131 1.0354569159931717 0.3004555771530475 1.0 0.6636684284418168 22 P28288,O14975,P50416,Q9H7Z7,P23786,Q8NCG7,O95864,Q8N2K0,P07099 9 |
| Retinol metabolic process 0.5640327544145454 1.0340049829581817 0.3011338337377274 1.0 0.6645619181810936 7 Q9Y394,Q9HBH5,Q8NBN7 3 |
| Regulation of mitotic centrosome separation 0.6949311639549374 1.032657126644633 0.301764383962924 1.0 0.6651972387629579 2 P52732 1 |
| Regulation of receptor mediated endocytosis 0.4162208655738125 1.0311412388751164 0.3024745914940396 1.0 0.6662522090987071 21 P41440,P50897,Q13432,Q8NBU5 4 |
| Negative regulation of oxidoreductase activity 0.6668973384274226 1.0299965139867986 0.3030116420101842 1.0 0.6666792472746338 4 Q15070 1 |
| Homeostatic process 0.2874035353269453 1.0291571013386418 0.3034058571760749 1.0 0.6667717173662333 293 Q92544,P14174,Q13586,Q9NQC3,O00767,Q9P0S9,Q07820,Q9UIQ6,Q9Y487,Q15904,Q9HCL2,Q9NX40,Q9BPX6,Q15067,Q8NF37,Q9Y6N1,Q9BWH2,O95202,Q16891,P40939,Q4KMQ2,Q7L0J3,P50897,O75503,Q8N511,P39210,P51790,P09601,P13473,Q96A33,P30519,Q9HD20,P51572,P35610,O15118,Q9P035,P17302,Q9UM00,P20020,Q16836,P98194,Q9Y4W6,P23634,Q658P3,O15254,O75027,Q96PU5,Q15043,P23786,Q9H9B4,P52789,Q8TAD4,O95563,P16615,Q93050,Q96HE7,O14773,P78417,P04062,P55061,Q16739,P05141,Q9Y6M7,P42785,P05023,O43819,Q96TC7,Q8WWC4,Q8NFG4,O15260,Q9Y6C9,Q9NWW5,Q8WTV0,Q8N5M9,Q00535,O75880 76 |
| Positive regulation of myotube differentiation 0.6939924906132604 1.0285012839284433 0.3037140871912231 1.0 0.666996122260468 2 P42345 1 |
| Positive regulation of myoblast differentiation 0.6939924906132602 1.0285012839284424 0.3037140871912236 1.0 0.666996122260468 2 Q8IWT6 1 |
| Embryonic heart tube development 0.6015103982955512 1.0260438010388604 0.3048709383935506 1.0 0.6681763336549473 6 P42892,Q15363 2 |
| Positive regulation of t cell proliferation 0.5053659661566104 1.0227165408962562 0.3064418883247506 1.0 0.6709377203104824 10 Q9HCL2 1 |
| Mitochondrial outer membrane permeabilization 0.4956256611594823 1.0219565808449442 0.3068014509972716 1.0 0.6712048105106079 11 P45880 1 |
| Regulation of coagulation 0.6646558644768429 1.020459854945459 0.3075104192918227 1.0 0.6712048105106079 4 Q11206 1 |
| Regulation of cartilage development 0.6360773776131555 1.020301480389166 0.3075855014631092 1.0 0.6712048105106079 5 P16435,Q9C0E8 2 |
| Regulation of chondrocyte differentiation 0.6360773776131555 1.020301480389166 0.3075855014631092 1.0 0.6712048105106079 5 P16435,Q9C0E8 2 |
| Anatomical structure maturation 0.3672814834546846 1.018692612818491 0.3083489207281471 1.0 0.6714785380055748 33 O75503,Q8N2A8,P04818,P04062,Q86UL3,P17302,Q8IXJ6,Q9NZJ7,Q9Y2W6 9 |
| Pattern recognition receptor signaling pathway 0.384841323220602 1.016391428689287 0.3094430256460272 1.0 0.6725485382832812 29 P41440,Q9NPR9,Q9NQC3,O43657,Q99623,Q9UMX0 6 |
| Regulation of phospholipase c activity 0.6911764705882577 1.016046049774337 0.3096074582038128 1.0 0.6725485382832812 2 Q99623 1 |
| Activation of phospholipase c activity 0.6911764705882577 1.016046049774337 0.3096074582038128 1.0 0.6725485382832812 2 Q99623 1 |
| Activation of protein kinase c activity 0.6911764705882577 1.016046049774337 0.3096074582038128 1.0 0.6725485382832812 2 Q99623 1 |
| Positive regulation of interleukin 17 production 0.6911764705882288 1.0160460497742103 0.3096074582038732 1.0 0.6725485382832812 2 Q14699 1 |
| Organic hydroxy compound catabolic process 0.4834286212623356 1.0159113414802226 0.3096716075531796 1.0 0.6725485382832812 12 Q10713,Q9NX62,P21964 3 |
| Sodium ion transmembrane transport 0.4074871852540413 1.0138437151543558 0.3106573321280663 1.0 0.6728807885529043 23 P23634,Q9H2J7,P05023,Q9Y6M7,Q96PU5,Q4KMQ2 6 |
| Cardiolipin biosynthetic process 0.6905506883604664 1.0132807842676377 0.3109260632390778 1.0 0.6730145422352212 2 Q8WUK0 1 |
| Positive regulation of amine transport 0.6342902338410377 1.0123668525130023 0.3113626811673566 1.0 0.673509115145432 5 Q15042,Q15041 2 |
| Embryonic appendage morphogenesis 0.5034657831279813 1.0119471998361156 0.3115632996752764 1.0 0.6735872295920287 10 P42892,Q9NX62,Q9C0E8 3 |
| Gland development 0.3364168978633571 1.0091462998455538 0.3129044759933879 1.0 0.6752643443245103 63 P31751,Q9UNS2,Q9NQC3,Q9UGP8,P04818,P00403,P09601,P35610,Q99623,O75844,P50416,Q86UL3,P07602,P17302,Q9NZJ7,Q13505,P52789 17 |
| Lipoprotein catabolic process 0.6335085049848115 1.0088971051960456 0.3130239836648125 1.0 0.6752970740928889 5 P50897 1 |
| Regulation of post translational protein modification 0.6617362358759342 1.008046855514175 0.313431968836571 1.0 0.6755156099841951 4 Q32P28,O75718 2 |
| Endothelial cell proliferation 0.4207076858205445 1.0078610917149398 0.3135211526011026 1.0 0.6755156099841951 18 P09601,P57105,Q8WTV0 3 |
| Appendage morphogenesis 0.4930889729589324 1.0071641278847163 0.3138559084089114 1.0 0.6755156099841951 11 P42892,P17302,Q9NX62,Q9C0E8 4 |
| Sodium ion homeostasis 0.5206620383709376 1.0064921401926468 0.3141788906132734 1.0 0.6755304786328138 8 Q96PU5,P05023 2 |
| T cell differentiation 0.3922573075616391 1.0062811899283708 0.3142803261995368 1.0 0.6755304786328138 27 O96005,P24390 2 |
| Positive regulation of leukocyte cell cell adhesion 0.4032256756142891 1.005509873650407 0.3146513975058747 1.0 0.6761035340830083 24 Q11206,Q9HCL2,P30825 3 |
| Regulation of cytoplasmic mrna processing body assembly 0.7498427447041982 1.0038598339428069 0.3154461791794571 1.0 0.6771248495542465 3 Q9HBH5 1 |
| Phosphatidylserine metabolic process 0.5964554721384898 1.0023896085722777 0.3161554589347768 1.0 0.6773115293697038 6 Q8N2K0,Q9BVG9 2 |
| Response to arsenic containing substance 0.4575085644986837 1.0006629068249504 0.3169898061063985 1.0 0.6784252728573449 14 P09601,P07196,Q96QD8,P78417 4 |
| Positive regulation of torc1 signaling 0.6593613024420717 0.9979576097376628 0.3182999145117828 1.0 0.6796559045596366 4 Q9P2J5,Q8NFG4,Q9NWS0 3 |
| Response to zinc ion 0.6589972910618425 0.9964118666085752 0.3190500696297991 1.0 0.6801154856868619 4 Q8TAD4 1 |
| Hormone catabolic process 0.7476475960608644 0.9951192564514058 0.3196782660890431 1.0 0.6801485641775347 3 P42892 1 |
| Protein trimerization 0.6575036561273087 0.9900711654153757 0.3221393359653319 1.0 0.6830180841496677 4 Q99720 1 |
| Perk mediated unfolded protein response 0.6572429258438806 0.9889646436089032 0.3226804406008885 1.0 0.6830180841496677 4 P57088 1 |
| Endoplasmic reticulum unfolded protein response 0.4106937691852475 0.9886906446330928 0.32281452144883 1.0 0.6830180841496677 21 Q96HE7,P57088,Q9UKV5,Q9GZP9,Q7Z2K6,Q15363,Q9Y4P3,Q6NTF9 8 |
| Cellular response to mineralocorticoid stimulus 0.745827509217557 0.9878783822928828 0.3232122138614963 1.0 0.6830180841496677 3 P20020 1 |
| Regulation of response to osmotic stress 0.5932898732405094 0.9875867503094836 0.3233550779163257 1.0 0.6830180841496677 6 Q9BPX6,P08183 2 |
| Fatty acid alpha oxidation 0.6563191700755144 0.9850450591535465 0.3246019383976497 1.0 0.6843074088956316 4 A1L0T0,O43808 2 |
| Peroxisomal transport 0.5165048060910068 0.9841860510132762 0.3250240429970288 1.0 0.6845283456806933 8 P40855,P28288,O75381,P56589,O14678 5 |
| Positive regulation of cold induced thermogenesis 0.4887636736975901 0.981940114693146 0.3261293516624735 1.0 0.685441049633162 11 P40939,Q16836,P23786,O00767 4 |
| Negative regulation of response to external stimulus 0.3398469105452828 0.9808721635659604 0.3266557861523016 1.0 0.685738819709289 46 P80303,Q969V5,O43657,Q96G23 4 |
| T cell activation 0.3362212470997079 0.9808669839631824 0.3266583407236925 1.0 0.685738819709289 55 P04062,P24390,Q9HCL2,Q08722,O96005,P30825 6 |
| T cell mediated cytotoxicity 0.5157042946637531 0.9798915128232262 0.3271396728317657 1.0 0.6859421436075732 8 O15400,P04439,P15151 3 |
| Protein localization to golgi apparatus 0.4881907407003342 0.9785989675153888 0.327778169645029 1.0 0.6859421436075732 11 Q8N2H4,Q9H4A6 2 |
| Protein transport within lipid bilayer 0.7431828835801091 0.9773677653429276 0.3283871154412154 1.0 0.6864733240101895 3 Q9BRK0 1 |
| Response to xenobiotic stimulus 0.334058495617669 0.9755929812027158 0.3292662041079925 1.0 0.6872884063572138 62 O43169,P11802,P08183,P04818,P09601,P07099,P78417,P05023,P50416,P27544,O15118,Q16836,P16435,O15228,P40939,Q6PIU2 16 |
| Regulation of secretion 0.3106901503136095 0.9753842615229606 0.3293696875613066 1.0 0.6872884063572138 92 P14174,Q6IQ22,P40939,Q7L0J3,P09601,Q16850,Q4J6C6,P17302,Q9H4A6,Q16836,P11279,P49755,Q96KC8,P00367,Q32P28,O95563,P49841,P16615,P61026,P50416,P04035,Q8N5M9,Q00535 23 |
| Positive regulation of adenylate cyclase activity 0.6814768460575763 0.9732964092370496 0.3304060065668019 1.0 0.6880269222974573 2 Q13586 1 |
| Glutamate secretion neurotransmission 0.6814768460575653 0.9732964092370014 0.3304060065668259 1.0 0.6880269222974573 2 Q15042 1 |
| Fibroblast proliferation 0.4649633684632019 0.9729386233182358 0.3305838075072138 1.0 0.6881757485322252 13 P11802,P14174,O75844,P50402 4 |
| Establishment of protein localization to plasma membrane 0.3955719044263187 0.9708854946508956 0.3316053021811926 1.0 0.6895191423670531 25 P61026,Q15904,Q8N2H4,Q4J6C6,Q9H4A6,Q13636,P98194,Q9HD26 8 |
| Cellular copper ion homeostasis 0.7414710485132876 0.9705712327039474 0.3317618370412551 1.0 0.6895191423670531 3 O75880,O43819 2 |
| Bleb assembly 0.7412679242346301 0.9697651308710952 0.3321635772260942 1.0 0.6898211621788111 3 Q4KMQ2 1 |
| Nls bearing protein import into nucleus 0.5134397569567282 0.9677444553494144 0.3331720101691979 1.0 0.6911630456237654 8 Q7Z3B4 1 |
| Chemokine c c motif ligand 5 production 0.6520203867160785 0.966821413729198 0.3336333176619668 1.0 0.6912811243918286 4 Q969V5 1 |
| Cellular potassium ion homeostasis 0.6511962932920372 0.9633311096529968 0.3353813860103081 1.0 0.693035865344417 4 P05023 1 |
| Negative regulation of intrinsic apoptotic signaling pathway 0.3526597725862199 0.9621427493833018 0.3359779026618696 1.0 0.6936041422735632 35 Q8N2F6,P55061,Q9P0J0,P45880,Q9H300 5 |
| Hydrogen peroxide biosynthetic process 0.7390887176930231 0.9611219095710312 0.3364908746237218 1.0 0.6937779358282026 3 P00403 1 |
| Retinal metabolic process 0.7389671361502093 0.9606399623727144 0.33673322805512 1.0 0.6938355466325173 3 Q8TC12,Q8NBN7 2 |
| Adult behavior 0.411469797476059 0.9556655248591364 0.339241245364565 1.0 0.6960906001828296 19 P50897,P51790,O75844,O15020,O15118,Q8N2K0 6 |
| Response to fatty acid 0.4839270903138039 0.9537369269008468 0.3402168232414948 1.0 0.6973778076307554 11 P11802,O00767,O15228 3 |
| Leukocyte cell cell adhesion 0.349817480700503 0.9530922285275352 0.3405433433505 1.0 0.6973778076307554 37 Q11206,Q9HCL2,P30825,Q9H4A6 4 |
| Regulation of osteoclast differentiation 0.6486396867542839 0.9525100390950172 0.3408383770324596 1.0 0.6973778076307554 4 P42345,Q9BRX8 2 |
| Positive regulation of neurotransmitter transport 0.6484032561051891 0.951509872043725 0.3413456095343186 1.0 0.6973778076307554 4 P05556,Q15042,Q00535 3 |
| Integrated stress response signaling 0.6204080129676832 0.9508558854866916 0.3416775385067208 1.0 0.6978027861203839 5 Q15363,P57088,P18031 3 |
| Meiotic cytokinesis 0.6761576971213946 0.9499624596974096 0.3421313278648115 1.0 0.698255236936598 2 P61160 1 |
| Fatty acid transport 0.4127735231796904 0.949782566523816 0.3422227459151559 1.0 0.698255236936598 18 P31751,P14174,O43808,P28288,O14975,Q9Y3D6,P50416,P23786,O14678 9 |
| Regulation of cardiac muscle cell proliferation 0.6758448060075023 0.9485924753221064 0.3428279195338035 1.0 0.6986051592414081 2 Q16539 1 |
| Positive regulation of cardiac muscle cell proliferation 0.6758448060075023 0.9485924753221064 0.3428279195338035 1.0 0.6986051592414081 2 Q16539 1 |
| Skeletal system development 0.3335899665535743 0.9483840814831418 0.3429339602765688 1.0 0.6986051592414081 53 Q7Z3C6,Q7RTS9,Q93063,Q9C0E8,P04818,P51812,Q92543,Q15904,O75844,P17302,Q15043,Q9NX62,Q32P28,P16435,O95470,Q92896 16 |
| Cerebellar purkinje cell layer morphogenesis 0.619770939960306 0.948039170895715 0.3431095133165565 1.0 0.698742847761093 5 P04062,Q7Z4L5 2 |
| Icosanoid biosynthetic process 0.4826082740954148 0.9460478745830396 0.3441241684181899 1.0 0.6991766213117795 11 Q99735,Q8NCG7,P09960 3 |
| Central nervous system maturation 0.6742803504380404 0.9417470397482374 0.3463221654596466 1.0 0.7004602809379403 2 P48444 1 |
| Cartilage development involved in endochondral bone morphogenesis 0.6456988817601376 0.9400764547936814 0.3471783451666637 1.0 0.7010727768856934 4 O75844 1 |
| Androgen metabolic process 0.6455667951413133 0.9395183541043798 0.3474646732958497 1.0 0.7012133974339693 4 O95470 1 |
| Positive regulation of membrane permeability 0.459399996611849 0.9382475427243518 0.3481172109867341 1.0 0.7014366717017879 13 P45880 1 |
| Negative regulation of binding 0.3500426461096149 0.9360362452359356 0.349254526417381 1.0 0.7020253028549671 35 P40855,Q7Z5K2,O75381,P09601,P49841,P55061,Q14012,Q7L2J0,P16615,Q08209,Q9GZU8,Q6IAN0 12 |
| Negative regulation of wnt signaling pathway 0.4063552217901615 0.9350908397334298 0.3497414869170741 1.0 0.7020253028549671 20 Q13641,Q9UKV5,P50402,Q8NBM4 4 |
| Response to endoplasmic reticulum stress 0.3090362137651623 0.9349059543288554 0.3498367682433161 1.0 0.7020253028549671 91 Q8NBM4,O60858,Q13144,P41440,Q9UBU6,Q96CS3,P51572,Q96A33,O60313,Q7Z2K6,Q9UM00,Q8TCJ2,Q4ZIN3,Q9GZP9,Q9UKV5,Q15363,Q9UMX0,P16615,P57088,P55061,P27824,Q9UBV2,Q9H3N1,Q6NTF9 24 |
| Response to ether 0.6439396107644547 0.9326456545856178 0.3510029528822707 1.0 0.7039302955467929 4 P11802,Q9H4A6 2 |
| Defense response to symbiont 0.3316296780501733 0.9324674056114312 0.3510950237986785 1.0 0.7039302955467929 58 Q9HCL2,O75844,O43657,O60858 4 |
| Negative regulation of neuron apoptotic process 0.3970381043564676 0.930632696061012 0.3520435954659104 1.0 0.7050848861140705 23 P50897,P09601,P04062 3 |
| Glycerol ether metabolic process 0.5429564693745318 0.9286074793943876 0.3530925443091877 1.0 0.7050848861140705 7 Q6PIU2,O15228,Q6IAN0 3 |
| Protein localization to lysosome 0.4687340559977481 0.9273635918462289 0.3537377872737348 1.0 0.7050848861140705 12 Q9NQC3 1 |
| Cellular response to uv c 0.6695869837296547 0.9212570099516108 0.3569162601169862 1.0 0.7050848861140705 2 Q9P2X3 1 |
| Response to uv c 0.6695869837296547 0.9212570099516108 0.3569162601169862 1.0 0.7050848861140705 2 Q9P2X3 1 |
| Regulation of thymocyte apoptotic process 0.6695869837296549 0.92125700995161 0.3569162601169866 1.0 0.7050848861140705 2 P00813 1 |
| Insulin metabolic process 0.7289482859175089 0.9210305240368162 0.3570344908977882 1.0 0.7050848861140705 3 Q8TAD4 1 |
| Smad protein signal transduction 0.5047169075039676 0.9209862178781588 0.357057622601385 1.0 0.7050848861140705 8 Q9UIQ6,P08670 2 |
| Excretion 0.5789026651187843 0.920444618786994 0.3573404611536781 1.0 0.7050848861140705 6 P09601 1 |
| Cellular response to arsenic containing substance 0.4960203760730222 0.9199183457090084 0.3576154311268227 1.0 0.7050848861140705 9 P09601,Q96QD8 2 |
| Amyloid precursor protein biosynthetic process 0.613368979536986 0.9197691831304794 0.3576933906075534 1.0 0.7050848861140705 5 Q9Y287,Q9NQX7 2 |
| Cellular response to retinoic acid 0.49595152936892 0.919539358605339 0.3578135288069326 1.0 0.7050848861140705 9 Q9P0J0,Q99623 2 |
| Cellular response to oxygen glucose deprivation 0.6689612015018758 0.9185304208038946 0.3583412401583028 1.0 0.7050848861140705 2 O95831 1 |
| Response to oxygen glucose deprivation 0.6689612015018758 0.9185304208038946 0.3583412401583028 1.0 0.7050848861140705 2 O95831 1 |
| Regulation of ion transport 0.3146333973772321 0.918000172422018 0.3586187755908396 1.0 0.705250901131545 84 P14174,Q13586,Q9BVC6,P27105,Q4KMQ2,Q15041,Q7L0J3,P08183,O75844,P17302,P21796,P20020,P23634,Q99623,O75323,Q96PU5,Q8TAD4,Q9UMX0,Q9HD26,Q96BY9,P78417,P55061,P05023,Q00535 24 |
| Behavior 0.3189930517102717 0.9146842148370168 0.3603574335228414 1.0 0.7073804397209069 78 P50897,Q7Z4L5,Q8NBU5,Q8N2K0,P51790,P04062,O75844,Q9GZP9,Q9UKV5,Q13641,O15118,P50416,O00264,P04035,Q9NWW5,P17900,Q9H5K3 17 |
| Sulfur compound biosynthetic process 0.3399163426366783 0.9133716416611336 0.3610471149937904 1.0 0.708414638556195 42 O43505,P50897,O95563,Q13126,Q93063,Q99735,P35610,Q8NCH0,Q8TB61,Q11206,Q15118,Q6Y1H2,P25325,Q53GQ0,Q9NZ01 15 |
| Mitochondrial outer membrane permeabilization involved in programmed cell death 0.466242850917144 0.912358495324066 0.3615800307077519 1.0 0.7084944700492264 12 P45880 1 |
| Detection of biotic stimulus 0.6109617661400754 0.9091571443845357 0.3632671821347459 1.0 0.7096007675002002 5 Q8WTV0 1 |
| Antigen processing and presentation of peptide antigen 0.4655212384817078 0.9080128663617152 0.3638714239361036 1.0 0.7097576418669267 12 Q6P179,Q9UIQ6,Q03519,Q9Y6B6,Q9NZ08,P04439 6 |
| Neuron development 0.2796570409835837 0.904069077685824 0.3659587738214429 1.0 0.7118981617590558 182 Q9NQC3,Q8WWV3,O14949,P08670,P50897,P41440,O75503,Q9NQX7,Q8NBN7,Q9NR77,Q96G23,Q14108,O14966,Q8N0X7,Q969V5,P35613,Q13641,Q96PU5,Q9NZJ7,Q32P28,P42892,P61026,P04062,Q16739,Q9Y6M7,O00264 26 |
| Regulation of sprouting angiogenesis 0.6367984205432082 0.9025433108175084 0.3667683250184455 1.0 0.7123048628790204 4 P57105 1 |
| Epithelial cell maturation 0.6366594837922728 0.9019586673799668 0.3670788245441878 1.0 0.7123640637031435 4 P17302,Q86UL3 2 |
| Skeletal muscle acetylcholine gated channel clustering 0.6089185688094073 0.900158106757268 0.3680361169279273 1.0 0.7134007497527123 5 O15258,P49354 2 |
| Cellular response to hydroperoxide 0.6645807259073769 0.8994815828359641 0.3683962013733484 1.0 0.7134007497527123 2 P10620 1 |
| Glycolytic process through fructose 6 phosphate 0.4919009177492615 0.8972499288311591 0.369585568225393 1.0 0.7136127143704365 9 Q9BRR6 1 |
| Phosphorylation of rna polymerase ii c terminal domain 0.5739139778950932 0.8972290698734282 0.3695966963179393 1.0 0.7136127143704365 6 Q8WUA2,P50750,P32780 3 |
| Carbohydrate derivative catabolic process 0.3501556946732386 0.8941021152184817 0.3712672576838156 1.0 0.7149904870518108 34 P49902,P15586,Q13126,P04062,P35610,O60502,P08236,P17900,Q8TCJ2,Q9BTY2 10 |
| Positive regulation of lipid storage 0.6344004099014937 0.8924582909938593 0.3721473391818142 1.0 0.7150363445138523 4 Q8WTV0 1 |
| Regulation of lipid biosynthetic process 0.3789248336025586 0.8923290012321122 0.372216614004965 1.0 0.7150363445138523 27 P11802,Q12770,Q9UBM7,P05023,Q8NF37,Q8WTV0,Q13510,P16435,Q92604 9 |
| Ventricular cardiac muscle cell membrane repolarization 0.72150888655019 0.8917649590703332 0.372518927257814 1.0 0.7150363445138523 3 O75844 1 |
| Negative regulation of blood circulation 0.7213089418596151 0.8909802638858783 0.3729397582957909 1.0 0.7150363445138523 3 P16615 1 |
| Regulation of protein localization to plasma membrane 0.3824156584181267 0.8907797938520464 0.3730473173257191 1.0 0.7150363445138523 26 P23634,Q9BXS4,O15400,Q9UNK0,O00264,O15258,P98194,Q9HD26 8 |
| Response to vitamin d 0.6339793913961926 0.8906889482488867 0.3730960654238688 1.0 0.7150363445138523 4 Q8TB36 1 |
| Antiviral innate immune response 0.6064621694451111 0.8893497027981944 0.3738151673220495 1.0 0.715990459576296 5 Q9NVI7 1 |
| Cellular response to ether 0.7207436045286985 0.8887621088780694 0.3741309437762319 1.0 0.7161713895651503 3 Q9H4A6 1 |
| Regulation of protein localization to cilium 0.7206083618892056 0.8882315915039841 0.3744161886525199 1.0 0.7163188504346377 3 Q10713 1 |
| Positive regulation of protein targeting to membrane 0.4812300456103641 0.8860077569156155 0.3756133472853868 1.0 0.7173117685544479 10 P31751,Q00535,P27105,Q9Y3D6 4 |
| Regulation of store operated calcium channel activity 0.7186228482003032 0.8804483985318997 0.3786164474656783 1.0 0.719226782506027 3 Q13586,Q9UMX0 2 |
| Store operated calcium entry 0.7186228482002913 0.880448398531853 0.3786164474657036 1.0 0.719226782506027 3 Q13586,Q96BY9 2 |
| Regulation of torc2 signaling 0.658948685857314 0.8750907714577825 0.3815245180088249 1.0 0.7219766435388192 2 Q9NWS0 1 |
| Regulation of neuron projection development 0.3198066867601933 0.8715066037521483 0.3834776017091972 1.0 0.7246327119012916 73 Q9NQC3,Q9NQX7,Q9NR77,Q8WWV3,Q96G23,Q96PU5,Q14108,P08670,Q32P28,O14966 10 |
| Actin mediated cell contraction 0.4256076884850796 0.8693419955561283 0.3846600992273719 1.0 0.7249621905065669 15 Q9UM22,P16615 2 |
| Negative regulation of protein maturation 0.7150781918937522 0.8665791302472178 0.3861726524459674 1.0 0.7256756056009711 3 Q9BXS4 1 |
| Negative regulation of leukocyte migration 0.5664902562280907 0.8627614002348157 0.388268665865128 1.0 0.7277366943177261 6 P09601,P14174,Q5JRA6 3 |
| Regulation of tetrapyrrole metabolic process 0.7131582903068121 0.8590813048146537 0.3902956608532903 1.0 0.7302681527614217 3 Q9P0S9 1 |
| Retrograde transport vesicle recycling within golgi 0.7131055965918762 0.8588756633280096 0.3904091175146043 1.0 0.7302681527614217 3 Q8TBA6 1 |
| Tooth mineralization 0.7126760563380308 0.8571996379832316 0.3913345625254414 1.0 0.730393675054701 3 Q13586,Q6P4Q7 2 |
| Enamel mineralization 0.7126760563380308 0.8571996379832316 0.3913345625254414 1.0 0.730393675054701 3 Q13586,Q6P4Q7 2 |
| Amelogenesis 0.7126760563380308 0.8571996379832316 0.3913345625254414 1.0 0.730393675054701 3 Q13586,Q6P4Q7 2 |
| Bicarbonate transport 0.7126760563380111 0.8571996379831541 0.3913345625254842 1.0 0.730393675054701 3 Q9Y6M7,Q9UHQ9 2 |
| Negative regulation of steroid metabolic process 0.6259515490379518 0.8570296885399885 0.3914284772208112 1.0 0.730393675054701 4 Q12770 1 |
| Negative regulation of nitric oxide metabolic process 0.7121993830544889 0.8553403117354988 0.392362776882363 1.0 0.7304186231320616 3 P23634 1 |
| Walking behavior 0.5985011296285419 0.8544063139132534 0.3928798987428459 1.0 0.730530075453429 5 O15118,O75844 2 |
| Copper ion transport 0.7114477062167811 0.8524096061988593 0.3939867903249521 1.0 0.7312539452202724 3 Q8N4V1 1 |
| Epithelial cell apoptotic process 0.474852450598372 0.8499671184243941 0.3953433676629583 1.0 0.7325809352967046 10 P09601 1 |
| Antigen processing and presentation of peptide antigen via mhc class i 0.4660974831946566 0.8498996082074364 0.3953809034288302 1.0 0.7325809352967046 11 Q6P179,Q9UIQ6,Q03519,Q9Y6B6,Q9NZ08,P04439 6 |
| Negative regulation of intracellular estrogen receptor signaling pathway 0.5636687421125807 0.8496896198690239 0.3954976709782669 1.0 0.7325875576907107 6 Q99623,Q92600 2 |
| Mitochondrion localization 0.4103933984939857 0.8468206484565436 0.3970950972237959 1.0 0.7330448222843315 16 Q9BUK6,O60313,Q969V5,O75153,Q8IWA4 5 |
| Detection of external biotic stimulus 0.7099424431127036 0.8465456172930085 0.3972484371038498 1.0 0.7330448222843315 3 Q8WTV0 1 |
| Reactive nitrogen species metabolic process 0.4095762003998111 0.8411316011844948 0.4002742133322781 1.0 0.7350291470361643 16 O43169,P16435,P23634,Q08722 4 |
| Myeloid leukocyte mediated immunity 0.4432702472720189 0.8377759942023995 0.4021565235135518 1.0 0.7369074236069386 13 P09601 1 |
| Negative regulation of mitochondrial fusion 0.6203010749368755 0.8334342778166622 0.4045998494239524 1.0 0.7378259438835181 4 Q969V5 1 |
| Vasoconstriction 0.6202189404611285 0.8330919265592359 0.4047928864905965 1.0 0.7378259438835181 4 P42892 1 |
| Cyclic gmp amp transmembrane import across plasma membrane 0.7064162754303432 0.8328349013736213 0.4049378480646255 1.0 0.7378259438835181 3 P41440,Q8TDW0 2 |
| Guanine nucleotide transmembrane transport 0.7064162754303432 0.8328349013736213 0.4049378480646255 1.0 0.7378259438835181 3 P41440,Q8TDW0 2 |
| Guanine nucleotide transport 0.7064162754303432 0.8328349013736213 0.4049378480646255 1.0 0.7378259438835181 3 P41440,Q8TDW0 2 |
| Positive regulation of blood circulation 0.5934943942928984 0.8325045359919223 0.4051242189088611 1.0 0.7379577666136079 5 P16615 1 |
| Regulation of defense response to virus by host 0.4880226952413703 0.8317419389429015 0.4055546227255253 1.0 0.738530451435155 8 Q969V5,Q7Z434 2 |
| Regulation of regulated secretory pathway 0.3946953615847873 0.8308968210200163 0.4060319196849979 1.0 0.738530451435155 19 P09601,Q4J6C6,P11279,P49841,P16615 5 |
| Regulation of cell killing 0.4797717076817893 0.8306366510138486 0.4061789233103681 1.0 0.738530451435155 9 O15400,P15151,P11279 3 |
| Positive regulation of epithelial cell migration 0.3752411979201177 0.8305549818484828 0.4062250753178864 1.0 0.738530451435155 26 P09601,Q9NQC3,Q8WTV0 3 |
| Positive regulation of neurotransmitter uptake 0.6479974968710809 0.8280188320303974 0.407659834887712 1.0 0.7395755445508699 2 P05556 1 |
| Negative regulation of myeloid leukocyte differentiation 0.6189730745147102 0.8279012206751251 0.4077264435966476 1.0 0.7395755445508699 4 P21359,Q00534,Q13619 3 |
| Parkin mediated stimulation of mitophagy in response to mitochondrial depolarization 0.6476846057571884 0.8266813019123193 0.4084177220816349 1.0 0.7402493698516446 2 Q709C8 1 |
| Maintenance of protein location 0.3545765939458433 0.8244653456523154 0.4096751986083109 1.0 0.7420704968914045 31 P24390,Q9H4A6,O15258,P52789,O94901 5 |
| Entry into host 0.3543507603948835 0.8223725562865021 0.4108648936480294 1.0 0.7440172332652621 31 P35613,O15118,Q14108,Q8WTV0,P11279,Q9BTY2 6 |
| Positive regulation of receptor mediated endocytosis 0.4696669905219677 0.8207115675845493 0.4118105802606404 1.0 0.7448417887534278 10 P50897,Q8NBU5 2 |
| Natural killer cell mediated immunity 0.4696404982700753 0.820562232253882 0.4118956677917982 1.0 0.7448417887534278 10 P15151,P11279 2 |
| Cellular modified amino acid metabolic process 0.3223934730570311 0.8194064482183543 0.412554557185824 1.0 0.7458248866219702 56 P41440,Q8NBM8,Q99735,P78417,Q9UHG3,O60725,Q8TB36,Q9H7Z7,P23786,P16435,Q8N2K0,Q9BVG9,Q9H2D1 13 |
| Regulation of l glutamate import across plasma membrane 0.7023474178403583 0.817061080937033 0.4138935227350682 1.0 0.7459739942419757 3 O75915,Q15041 2 |
| L glutamate import across plasma membrane 0.7023474178403583 0.817061080937033 0.4138935227350682 1.0 0.7459739942419757 3 O75915,Q15041 2 |
| Regulation of amino acid transmembrane transport 0.7023474178403583 0.817061080937033 0.4138935227350682 1.0 0.7459739942419757 3 O75915,Q15041 2 |
| Protein hydroxylation 0.4176556676844914 0.8161062276739564 0.4144393823787826 1.0 0.7465214814237354 15 Q96HE7,O75718,Q92791,O15460,Q32P28 5 |
| Regulation of extrinsic apoptotic signaling pathway via death domain receptors 0.4663171944313439 0.8018405909779539 0.4226451751941051 1.0 0.7518614408381785 10 P09601 1 |
| Regulation of developmental growth 0.3209820521370871 0.8017124450530139 0.4227193152170982 1.0 0.7518614408381785 54 Q8N0X7,Q9NQC3,Q9HCL2,O75844,Q969V5,Q96PU5,O95470 7 |
| Cerebellar cortex morphogenesis 0.4744860816460536 0.8016906035397511 0.4227319525886139 1.0 0.7518614408381785 9 P04062,Q7Z4L5,O15020 3 |
| Positive regulation of monocyte chemotaxis 0.6964006259780687 0.7941026445115811 0.4271356782189781 1.0 0.7575248867378589 3 Q4KMQ2,P09429 2 |
| T cell mediated immune response to tumor cell 0.6955402833244262 0.7907909722669377 0.4290659788863058 1.0 0.75816891181562 3 P04439 1 |
| Adenylate cyclase inhibiting g protein coupled receptor signaling pathway 0.4802800684367681 0.7905220605523638 0.4292229438956167 1.0 0.75816891181562 8 Q9NZJ7 1 |
| Positive regulation of protein localization to membrane 0.363161631120744 0.789010348042994 0.4301059584489477 1.0 0.759255449574381 28 P31751,P23634,P27105,O00264,O15258,P98194,Q00535,Q14696 8 |
| Regulation of steroid metabolic process 0.401973218803132 0.7882544964526124 0.4305478582392212 1.0 0.759255449574381 16 Q12770,Q9UBM7,P05023,Q13510,P16435 5 |
| Negative regulation of muscle tissue development 0.6089977322648058 0.7865042894905802 0.4315721070635141 1.0 0.759255449574381 4 Q8NFG4,Q8IXJ6 2 |
| Peptide transport 0.3430241816541753 0.7857368747975572 0.4320216553079543 1.0 0.7595576099352563 33 P62820,Q92543,P50416,Q9BRT2,Q03519,Q16836,P00367,P17302,Q08209,Q8N5M9,P40939,P33527,O95563 13 |
| Regulation of muscle organ development 0.4709336518238017 0.7822719217428344 0.434054784521046 1.0 0.7603310435266871 9 P41440,Q8IXJ6 2 |
| Voluntary musculoskeletal movement 0.693100712383864 0.781414413766737 0.4345587963543287 1.0 0.7603310435266871 3 P18887 1 |
| Regulation of vascular endothelial growth factor receptor signaling pathway 0.6073579149200053 0.7797288271866868 0.4355505070969716 1.0 0.7614486444980012 4 O75340,O14964 2 |
| Negative regulation of vascular endothelial growth factor receptor signaling pathway 0.6073579149200053 0.7797288271866868 0.4355505070969716 1.0 0.7614486444980012 4 O75340,O14964 2 |
| Fat cell differentiation 0.357801903646665 0.7761140768225085 0.4376816327960191 1.0 0.7637302581439299 29 Q9BZF1,P31751,Q96HE7,Q86X55,Q9BXB4,P14672,Q8TDW0,Q8N4Q0,Q8NFG4,Q8IXJ6,Q9NZ08,Q9BRK5,Q6IAN0 13 |
| Cd40 signaling pathway 0.6913928012519567 0.7748625215729081 0.4384209002928778 1.0 0.763989202740372 3 P05556,Q99623 2 |
| Low density lipoprotein particle clearance 0.4330016057139675 0.7740119353122688 0.4389237332164508 1.0 0.763989202740372 13 P09601,P35610,Q92945,Q6PIU2,Q8WTV0 5 |
| Polyprenol metabolic process 0.6910818311773596 0.7736707049228172 0.4391255481948384 1.0 0.763989202740372 3 Q9H3H5 1 |
| Tail anchored membrane protein insertion into er membrane 0.4428967151391533 0.772118629549282 0.4400441693382364 1.0 0.763989202740372 12 Q8N4V1,Q9P0I2,Q9NPA0,Q5J8M3,O43681,Q15006,P46379 7 |
| Regulation of peptidase activity 0.3114878778977882 0.7717727477660172 0.4402490352389092 1.0 0.763989202740372 74 P49755,Q9BXK5,P51572,P51812,Q96A26,Q15392,Q969V5,Q9P0J0,O75340,Q9NZJ7,O00487,P16435,Q15041 13 |
| Intracellular lipid transport 0.3876967851433233 0.7712229133373356 0.4405748149386048 1.0 0.763989202740372 17 Q96JX3,O15118,P23786,O14678,Q9H1P3 5 |
| Gtp metabolic process 0.4325203146412404 0.7710291817835685 0.440689634792635 1.0 0.763989202740372 13 Q8IWA4,O60313 2 |
| Positive regulation of coagulation 0.6900920099528455 0.7698794771158189 0.4413713889132031 1.0 0.763989202740372 3 Q11206 1 |
| G protein coupled receptor signaling pathway 0.3296313474940184 0.7673462986195975 0.4428756480199054 1.0 0.7659345202446339 39 P42892,Q99720,P07602,Q8NCG7,Q9NZJ7,P63218 6 |
| Regulation of t cell proliferation 0.4103336020316138 0.7671898948806589 0.4429686200982177 1.0 0.7659345202446339 15 Q9HCL2 1 |
| Cellular response to acidic ph 0.6326658322903542 0.7630157725455639 0.4454539894731883 1.0 0.7671773101800955 2 Q9P2X3 1 |
| Response to acidic ph 0.6326658322903542 0.7630157725455639 0.4454539894731883 1.0 0.7671773101800955 2 Q9P2X3 1 |
| Negative regulation of protein autophosphorylation 0.6326658322903542 0.7630157725455639 0.4454539894731883 1.0 0.7671773101800955 2 Q9P2X3 1 |
| Positive regulation of protein glycosylation 0.6326658322903541 0.7630157725455627 0.445453989473189 1.0 0.7671773101800955 2 Q08379 1 |
| Temperature homeostasis 0.3732690273600153 0.762890872643903 0.4455284800320482 1.0 0.7671773101800955 24 Q9UIQ6,O00767,P49748,P17302,Q8NFG4,P23786,P40939,Q16836,Q6IAN0 9 |
| Cellular response to unfolded protein 0.3441622035626813 0.7609368479532703 0.4466947882663064 1.0 0.7671773101800955 32 Q96HE7,P57088,P48723,P55061,Q9UKV5,Q9GZP9,Q7Z2K6,Q15363,Q9Y4P3,Q6NTF9 10 |
| Regulation of leukocyte migration 0.3729916544223346 0.7606485397418515 0.4468670191581128 1.0 0.7671773101800955 24 Q11206,P09601,Q08722 3 |
| Negative regulation of autophagy of mitochondrion 0.6320400500625696 0.760387272375218 0.4470231288915851 1.0 0.7671773101800955 2 P04637 1 |
| Negative regulation of mitophagy 0.6320400500625696 0.760387272375218 0.4470231288915851 1.0 0.7671773101800955 2 P04637 1 |
| Vacuolar localization 0.3867390444501096 0.7593000948900508 0.4476730607787216 1.0 0.7671773101800955 18 P09601 1 |
| Activation of innate immune response 0.3829452485840021 0.7582349357504279 0.4483103502937455 1.0 0.7671773101800955 20 Q9NUD5,Q13177,Q96ST3,Q96PK6,P43243,O94826,Q8WXF1,P23246,Q7Z434,O60828,P12956,Q16512,P07900,Q13153,Q9NZI8,Q15233,P09429,O43318,P78527 19 |
| Regulation of t cell activation 0.3399937890846484 0.7566426921808592 0.4492639568528429 1.0 0.7684028352937631 33 O96005,Q9HCL2,P30825 3 |
| Peptidyl proline hydroxylation to 4 hydroxy l proline 0.5751963536744719 0.7530479282033975 0.4514211135929913 1.0 0.7702603340822145 5 O15460,Q96HE7,P13674 3 |
| Post embryonic development 0.4185219038169421 0.7492197852480337 0.4537247459514191 1.0 0.7727648831046275 14 Q9NX62,O95470 2 |
| Endoplasmic reticulum mannose trimming 0.6841120631035799 0.7470527253411714 0.4550317349276485 1.0 0.7736797188969443 3 O60858 1 |
| Hormone transport 0.3426129135280314 0.7463409287300191 0.4554614931488916 1.0 0.7738899405774813 32 P62820,Q92543,P50416,P00367,P17302,Q8N5M9,P40939,Q16836,O95563 9 |
| Dolichyl diphosphate biosynthetic process 0.6837464193173972 0.745661427146139 0.4558719658087478 1.0 0.7743840847018939 3 Q86YN1 1 |
| Negative regulation of amyloid precursor protein biosynthetic process 0.6834302080288512 0.7444586456117116 0.4565990508821334 1.0 0.7751290504183135 3 Q9Y287 1 |
| Regulation of membrane repolarization 0.5406898998225935 0.7439703698956847 0.4568944009325077 1.0 0.7751290504183135 6 O75844 1 |
| Regulation of natural killer cell mediated immunity 0.5406697035891922 0.7438781368155009 0.4569502032752586 1.0 0.7751290504183135 6 P11279,P15151 2 |
| Post golgi vesicle mediated transport 0.3262120063692657 0.742750434496544 0.4576327889538718 1.0 0.775543181489777 40 Q9NV70,P61026,P61106,Q96RL7,Q8N2H4,Q13636,Q9HD26,Q4J6C6,Q9H4A6,O14828,P98194,P11279,O15027 13 |
| Positive regulation of vasculature development 0.3733354896807134 0.7419219572387055 0.4581346215084116 1.0 0.7757094330758428 23 P09601,O75340,Q86UE4,Q9NZ08,P52789,P23458 6 |
| Regulation of dopamine receptor signaling pathway 0.627346683354184 0.7407401561345216 0.4588510064615816 1.0 0.7757094330758428 2 O14744 1 |
| Positive regulation of dopamine receptor signaling pathway 0.627346683354184 0.7407401561345216 0.4588510064615816 1.0 0.7757094330758428 2 O14744 1 |
| Positive regulation of cyclase activity 0.6816901408450736 0.7378469816891493 0.4606074399429023 1.0 0.7757094330758428 3 Q13586,Q16539 2 |
| Regulation of smoothened signaling pathway 0.4465552071656286 0.7366811120670559 0.4613162956773826 1.0 0.7760954160707098 11 Q7Z4L5,Q96J42 2 |
| Protein localization to microtubule end 0.6260951188986289 0.7355212671567575 0.462022092717901 1.0 0.7770808170660748 2 Q15555 1 |
| Golgi to endosome transport 0.5386906617381843 0.7348469048973245 0.4624327373760837 1.0 0.7773191341474092 6 Q96RL7,Q8N2H4,P61106 3 |
| Plasma lipoprotein particle clearance 0.4162366166693815 0.7345643886417829 0.462604832701839 1.0 0.7773191341474092 14 P09601,P35610,Q92945,Q6PIU2,Q8WTV0 5 |
| Cellular response to chemical stress 0.3056117472867594 0.7338943155963634 0.4630131518103615 1.0 0.7774111990740499 78 P39210,Q8N0U8,Q07820,Q99720,P09601,P04062,Q9BPX6,Q7Z2K6,O95202,Q8TED1,Q8IXJ6,Q6NUK1,Q9UMX0,P16615 14 |
| Protein localization to organelle 0.2682818852897519 0.7308542336058578 0.4648681930276679 1.0 0.7782349163567917 335 Q9NQC3,Q99595,P24390,Q8N4H5,Q7Z3B4,P46379,Q8N4V1,P13473,Q7Z434,Q9NS69,Q3ZCQ8,P56589,Q8N8Q8,Q9Y276,Q9H4A6,Q15629,Q9Y5M8,Q13561,Q15070,Q9UH99,P49841,Q9Y5J6,Q7Z5K2,O14773,O14925,O43731,Q10713,Q8NFG4,Q8NC56,Q5JRA6,Q00535,Q9Y6C9,Q9BZF1,Q15005,Q9Y679,Q9NPA0,P55786,Q7L2J0,Q15006,Q96JB2,P40855,Q9Y371,Q96A33,Q8N2H4,Q9P0J0,P62072,Q14108,Q9H300,Q8TEX9,O15027,Q7Z4L5,P67809,Q9H1Z9,O00170,O95831,O15258,Q7Z4Q2,P52789,O94901,O14657,O14964,Q9Y3D6,Q8WWC4,Q96DA6,Q96D46,Q15388,Q08209,Q92973,Q9BRG1,Q9Y5J9,Q8NBM4,Q9Y5L0,O43292,P51572,P11279,O14966,P49755,O43681,P61026,O75381,O96008,O43615,P49257,Q8NFH5,Q9Y512,Q8TB36,Q14789,Q99442,Q8IZ07,P61619,Q99623,A0AVF1,Q9UGP8,Q53H12 94 |
| Positive regulation of wound healing 0.502158476455727 0.7265499072566147 0.4675017241459831 1.0 0.7805078011640406 7 Q11206 1 |
| Erythrocyte maturation 0.6239048811013848 0.726409433721099 0.4675878096816603 1.0 0.7805078011640406 2 P18074 1 |
| Peripheral nervous system axon regeneration 0.678394008356912 0.7253562586803199 0.4682335002554989 1.0 0.7806304002198837 3 Q96G23 1 |
| Positive regulation of bone mineralization 0.6779198437396838 0.7235630812149096 0.4693340137053958 1.0 0.7812576483285293 3 Q4KMQ2 1 |
| Protein deglycosylation 0.4668969587460656 0.7196495389039318 0.4717408025607854 1.0 0.7843462054264259 8 Q9UKV5,O60502,O60858 3 |
| Amino sugar metabolic process 0.4587465464751958 0.7159230834368167 0.47403884415065 1.0 0.7858553789300735 9 Q9H3H5 1 |
| Cellular response to exogenous dsrna 0.4586475046275545 0.7153858521114125 0.4743706522401743 1.0 0.7862040617921658 9 P41440,Q969V5 2 |
| Regulation of the force of heart contraction 0.5340191281904692 0.7135836886546232 0.4754846467366547 1.0 0.7870426173093681 6 P23634,P05023,P16615 3 |
| Sodium ion export across plasma membrane 0.6748671116452709 0.7120410287959736 0.4764393697458577 1.0 0.7880182982354182 3 P05023 1 |
| Positive regulation of lipid biosynthetic process 0.4418612747288632 0.7096431988707357 0.4779254239229116 1.0 0.7892405470840219 11 P16435,Q8WTV0,Q92604 3 |
| Cdp choline pathway 0.6741843720958823 0.7094695805504452 0.4780331221195726 1.0 0.7892405470840219 3 Q9Y6K0 1 |
| Positive regulation of biomineralization 0.589465794671694 0.7064253778722168 0.479923643509534 1.0 0.7912180397961911 4 Q4KMQ2 1 |
| Pallium development 0.3226781814667873 0.7058676176904064 0.4802704671087183 1.0 0.7912180397961911 40 Q96QD8,Q9NQC3,P23634,P07196,O14949,P18887,Q96N66,O94901,P49841,Q13144 10 |
| Regulation of epithelial cell migration 0.3235962041447769 0.7049416091979027 0.4808465745658665 1.0 0.7912180397961911 39 P09601,P57105,Q9NQC3,Q8WTV0 4 |
| Autonomic nervous system development 0.6185857321651973 0.7043967092989211 0.4811857547339011 1.0 0.7912180397961911 2 P21359 1 |
| Sympathetic nervous system development 0.6185857321651973 0.7043967092989211 0.4811857547339011 1.0 0.7912180397961911 2 P21359 1 |
| Negative regulation of osteoclast differentiation 0.6185857321651973 0.7043967092989211 0.4811857547339011 1.0 0.7912180397961911 2 P21359 1 |
| Negative regulation of oligodendrocyte differentiation 0.6185857321651973 0.7043967092989211 0.4811857547339011 1.0 0.7912180397961911 2 P21359 1 |
| Reactive oxygen species biosynthetic process 0.4403249089460535 0.700810375858087 0.4834213619179746 1.0 0.7927372985825683 11 Q15067,P51790,P00403,Q9BSK2 4 |
| Metal ion export 0.4559165665473805 0.7005866268534349 0.4835610265914447 1.0 0.7927372985825683 9 Q4KMQ2,P20020,O95202,P05023 4 |
| Negative regulation of type i interferon mediated signaling pathway 0.5308559950534307 0.6992325490378192 0.4844067123234892 1.0 0.7927372985825683 6 Q969V5,Q14166 2 |
| Regulation of wound healing 0.4107141105590794 0.699222229912246 0.4844131601829 1.0 0.7927372985825683 14 Q11206 1 |
| Ribonucleoside metabolic process 0.4554953341068799 0.6983064237724349 0.4849855827897529 1.0 0.7927372985825683 9 P49902,Q13126,O60725 3 |
| Purine ribonucleoside metabolic process 0.4554953341068799 0.6983064237724349 0.4849855827897529 1.0 0.7927372985825683 9 P49902,Q13126,O60725 3 |
| Liver regeneration 0.4474842218337376 0.696306019162191 0.4862372044562042 1.0 0.7934212053048856 10 P09601,P50416 2 |
| Xenobiotic metabolic process 0.4203621688993951 0.6959141468762374 0.4864825972105098 1.0 0.7934212053048856 13 O43169,P07099,Q6PIU2,P16435 4 |
| Positive regulation of t cell mediated cytotoxicity 0.530096340201025 0.6957918328767263 0.4865592046704323 1.0 0.7934212053048856 6 O15400,P15151 2 |
| Regulation of t cell mediated cytotoxicity 0.530096340201025 0.6957918328767263 0.4865592046704323 1.0 0.7934212053048856 6 O15400,P15151 2 |
| Negative regulation of lipid localization 0.5866827083925541 0.695136407767442 0.4869698202772738 1.0 0.7934714694950948 4 Q9BZF1,P31751 2 |
| Glycoside metabolic process 0.4548279746747519 0.6946953012368816 0.4872462733348639 1.0 0.7934919283192672 9 P04062,Q9BTY2 2 |
| Generation of precursor metabolites and energy 0.2710462204008076 0.694141109463722 0.487593719977399 1.0 0.7934919283192672 193 O95298,Q7KZN9,O96000,Q9BRT2,Q9BRR6,O14949,Q9Y6M9,O95139,Q15067,P10253,O43676,Q9Y6N1,P03886,Q12797,Q13423,P46020,P13807,P00403,P35610,P12235,Q9P0J0,P24539,Q9H3K2,P20674,Q9H936,Q9Y375,O75208,O75964,Q9BSK2,P56385,Q99623,P13073,P22830,O75323,P03915,Q15070,O15460,P52789,P49841,P31751,P00846,P21912,P04062,P56134,O75306,O43819,O95169,P36542,Q8NFG4,P16435,Q9UDW1,P51970 52 |
| Sphingomyelin metabolic process 0.5296879211193719 0.6939429307169462 0.4877179992048894 1.0 0.7934919283192672 6 O15269 1 |
| Regulation of erbb signaling pathway 0.4379773251708946 0.6873311427734197 0.4918740780498094 1.0 0.7956237287611508 11 Q9NQC3 1 |
| Neurotransmitter transport 0.3476931999979889 0.6864943781134916 0.4924014082518873 1.0 0.7956237287611508 29 P41440,P50897,Q96QD8,Q7L0J3,P16615 5 |
| Regulation of vasoconstriction 0.6680465710533569 0.6864447683897485 0.4924326818824216 1.0 0.7956237287611508 3 P42892 1 |
| Protein localization to endoplasmic reticulum exit site 0.5840894013436285 0.684647447982898 0.4935664182924963 1.0 0.7962812080906766 4 P51572,Q5JRA6 2 |
| Regulation of water loss via skin 0.5840510650132221 0.6844926152964029 0.4936641509410444 1.0 0.7962812080906766 4 P04062 1 |
| Regulation of spontaneous synaptic transmission 0.6132665832290427 0.6825558755435827 0.4948875240495654 1.0 0.7968674451460613 2 P05556 1 |
| Spontaneous synaptic transmission 0.6132665832290427 0.6825558755435827 0.4948875240495654 1.0 0.7968674451460613 2 P05556 1 |
| Regulation of receptor internalization 0.4449927905235846 0.6824348607188113 0.4949640187711939 1.0 0.7968674451460613 10 P41440,Q8NBU5 2 |
| Protein demannosylation 0.5826805844384497 0.6789618675176193 0.4971620236207674 1.0 0.79928218095461 4 O60858 1 |
| Negative regulation of calcium ion transport 0.4442955131177501 0.6785572636294727 0.4974184290511827 1.0 0.79928218095461 10 P55061,P21796,Q9UMX0 3 |
| Response to hydroperoxide 0.6647887323943642 0.6742934748589742 0.5001247516645422 1.0 0.8019839922628634 3 P10620,P18887 2 |
| Complement activation 0.664395599290307 0.6728305256244494 0.5010551152067817 1.0 0.802175634431778 3 Q99623 1 |
| Regulation of humoral immune response 0.664395599290307 0.6728305256244494 0.5010551152067817 1.0 0.802175634431778 3 Q99623 1 |
| Regulation of complement activation 0.664395599290307 0.6728305256244494 0.5010551152067817 1.0 0.802175634431778 3 Q99623 1 |
| Regulation of fatty acid transport 0.5563383075153077 0.6723693264224002 0.5013486051490676 1.0 0.802175634431778 5 P31751,P14174,Q9Y3D6 3 |
| Positive regulation of cholesterol metabolic process 0.6631820097937247 0.6683191173124579 0.5039299127560777 1.0 0.8046722225218221 3 P16435 1 |
| Positive regulation of steroid metabolic process 0.6631820097937247 0.6683191173124579 0.5039299127560777 1.0 0.8046722225218221 3 P16435 1 |
| Neuron death 0.3035771533949689 0.6676277801327545 0.5043712203110906 1.0 0.8046722225218221 74 P50897,Q4ZIN3,Q07820,Q99720,P09601,P04062,Q96A26,Q15392,Q01105 9 |
| Response to dexamethasone 0.489118028885423 0.6630055365047289 0.5073270081996011 1.0 0.8072879015759183 7 P04062 1 |
| Export across plasma membrane 0.4412870692394466 0.6618509871024122 0.5080667257569931 1.0 0.8079134764371645 10 P17302,Q4KMQ2,P05023,P08183 4 |
| Torc2 signaling 0.6591549295774617 0.6534002853690883 0.5134982548932361 1.0 0.8135521923302383 3 Q96A49,Q9NWS0 2 |
| Cardiac muscle cell membrane repolarization 0.4868197917218781 0.651881162382162 0.5144778380196582 1.0 0.8149046910580586 7 O75844,P05023 2 |
| Water homeostasis 0.4391142172368022 0.649810056017758 0.5158149224976805 1.0 0.8166228420755841 10 P04062,Q96PU5 2 |
| Receptor signaling pathway via stat 0.3925726904636011 0.6492321962638604 0.5161883041120916 1.0 0.8168143531084247 15 Q00535,Q9H490,Q9NX40,P23458 4 |
| Regulation of dna damage response signal transduction by p53 class mediator 0.4388365786556343 0.6482730992071545 0.5168083297955461 1.0 0.8169964607808439 10 Q9UNS2,O75844 2 |
| Toxin transport 0.4219487964932624 0.6474902759035153 0.5173146859562936 1.0 0.8172360445145613 12 Q93050 1 |
| Protein localization to cilium 0.4124694402264098 0.6474531583017722 0.51733870123241 1.0 0.8172360445145613 13 Q7Z4L5,Q10713,O14966,A0AVF1 4 |
| Steroid catabolic process 0.5739711567096738 0.6440196283967649 0.519562705899576 1.0 0.8197001619872841 4 Q8WTV0 1 |
| Response to retinoic acid 0.4212823407508206 0.6435547215369114 0.5198642193910148 1.0 0.8197001619872841 12 Q9P0J0,Q99623,Q8TB36 3 |
| Mitochondrial dna metabolic process 0.4849970733884415 0.6430760534093871 0.5201747519670836 1.0 0.8197001619872841 7 P51530,P39210 2 |
| Negative regulation of neuron death 0.3166185290227159 0.6427398109751611 0.5203929440458637 1.0 0.8197001619872841 40 P50897,P09601,Q4ZIN3,P04062 4 |
| Regulation of phosphatidylcholine metabolic process 0.5481553745388914 0.6378345644580496 0.5235813770171152 1.0 0.8231357894290471 5 Q8NF37 1 |
| Response to toxic substance 0.3073796101163862 0.6366711389825069 0.5243390765739662 1.0 0.8231357894290471 47 Q7Z5K2,Q99735,P08183,P04818,P78417,P07196,Q9BRX8,O14880,P27544,P25325,P36551,Q8TC12,Q8TED1,P07099,Q15165 15 |
| Positive regulation of mononuclear cell migration 0.4510079858614481 0.6363501214717358 0.5245482432497521 1.0 0.8231357894290471 8 Q08722 1 |
| Vesicle fusion with golgi apparatus 0.5475127107696869 0.6351359988064457 0.5253397203923096 1.0 0.8231357894290471 5 Q9BSR8,Q13190 2 |
| Negative regulation of defense response to virus 0.5166096260703167 0.6351189294248357 0.5253508521436823 1.0 0.8231357894290471 6 O43657 1 |
| Regulation of cell death 0.2638933464809374 0.6346114735396451 0.5256818432514707 1.0 0.8231357894290471 338 P14174,Q9NQC3,Q07820,Q99720,Q9BVC6,P07196,Q9HCL2,Q96A26,Q15392,O60858,P45880,Q4KMQ2,Q15041,Q13144,P50897,Q9NQX7,P00403,P09601,P51572,O60313,Q9Y241,P12235,Q9NS69,Q9P0J0,O15118,O15269,P21796,Q9H4A6,Q9H3K2,Q9H300,O14966,Q8N2F6,Q14155,Q8IWB1,Q9BXK5,Q4ZIN3,Q99623,Q86XL3,Q86UE4,Q9NZJ7,Q8IXJ6,Q9NVI7,Q6NUK1,Q9UMX0,Q7Z3C6,P31751,P04062,P51812,P55061,P15291,P05141,Q12981,Q13510,P16435,Q01105,Q9Y6C9,Q9NR28 57 |
| Cobalamin metabolic process 0.5715235998125208 0.6342672259362022 0.5259064414847203 1.0 0.8231357894290471 4 O14678 1 |
| Response to sterol depletion 0.4830244410128756 0.6335648699069109 0.5263648332938493 1.0 0.8232155711398434 7 Q15363,Q9UKV5 2 |
| Cellular response to sterol depletion 0.4830244410128756 0.6335648699069109 0.5263648332938493 1.0 0.8232155711398434 7 Q15363,Q9UKV5 2 |
| Acylglycerol homeostasis 0.6534343826303977 0.6323486241730955 0.5271590970672895 1.0 0.8239009119100452 3 Q9BWH2 1 |
| Protein lipid complex subunit organization 0.515040291466027 0.6281138869802274 0.5299293364864219 1.0 0.8256385810640642 6 Q8WTV0 1 |
| Bone remodeling 0.4345317435816289 0.6244906694680767 0.532305396096632 1.0 0.8275832325243719 10 Q92791,O14773 2 |
| Positive regulation of dna demethylation 0.5982478097622014 0.6218999044300526 0.5340076879753135 1.0 0.8293127561363834 2 Q93008 1 |
| Regulation of ossification 0.4412409326811351 0.621594897129107 0.5342082772571626 1.0 0.8293127561363834 9 Q4KMQ2,P17302,O75844 3 |
| Phagosome maturation 0.5668470066653643 0.615720178827079 0.5380792169620416 1.0 0.8320085215740667 4 Q13636,P61106 2 |
| Regulation of ion transmembrane transport 0.30424433988815 0.614625665683163 0.5388019606735992 1.0 0.8322497110929675 63 Q13586,Q9BVC6,P27105,Q4KMQ2,Q15041,Q13546,P08183,O75844,P17302,P21796,O00483,P23634,Q99623,O75323,Q96PU5,Q8TAD4,Q9UMX0,Q9HD26,P78417,Q00535 20 |
| Negative regulation of transcription from rna polymerase ii promoter in response to stress 0.5418453764368814 0.6114304663138939 0.5409146383064249 1.0 0.8340921042845878 5 P55061 1 |
| Positive regulation of epithelial cell proliferation 0.3592440236546313 0.6111223151956242 0.5411186076158048 1.0 0.8340921042845878 22 Q9NQC3 1 |
| Regulation of er associated ubiquitin dependent protein catabolic process 0.5653440681935409 0.6097846842340904 0.5420044484172073 1.0 0.8345996669230127 4 P51572 1 |
| Astrocyte development 0.5413682631385927 0.6094425180720204 0.542231162742493 1.0 0.8345996669230127 5 P08670 1 |
| External encapsulating structure organization 0.3387384959328451 0.6074859961450537 0.5435284333707464 1.0 0.8348446562505158 29 P41440,P39210,Q96JX3,P15291,Q53GQ0,Q92791,O75718 7 |
| Sensory perception of pain 0.5640296749750132 0.6046040714968 0.5454421007377446 1.0 0.8360486703330051 4 Q00535,Q9H5K3 2 |
| Protein k11 linked ubiquitination 0.4769664681918113 0.6044803328411453 0.5455243409790298 1.0 0.8360486703330051 7 Q9UJX5,Q9UJX4,Q9UJX3,Q9UJX2,P30260,Q9H1A4 6 |
| Response to amyloid beta 0.5092196867465952 0.6022430021199717 0.5470123952032959 1.0 0.8371398017866473 6 P49841,P17302,Q00535 3 |
| Cellular response to amyloid beta 0.5092196867465952 0.6022430021199717 0.5470123952032959 1.0 0.8371398017866473 6 P49841,P17302,Q00535 3 |
| Neuroblast proliferation 0.4139575046963061 0.6004527934171816 0.5482045126844803 1.0 0.8378640768248974 12 Q8NCG7 1 |
| Maternal placenta development 0.5629448302707203 0.6003355319373683 0.5482826430186494 1.0 0.8378640768248974 4 P35613 1 |
| Magnesium ion homeostasis 0.6445147892438476 0.5998740125583304 0.548590202903976 1.0 0.8378640768248974 3 Q8NE01 1 |
| Eating behavior 0.6444109512773608 0.5994985801354817 0.5488404566296285 1.0 0.8379559885130823 3 Q7Z4L5 1 |
| Import into cell 0.3444849143500018 0.5989180372739578 0.5492275426618032 1.0 0.8382820961671424 27 P41440,P31751,O75915,P23634,O14975,P05023,Q8TDW0,Q15043,Q9BXP2,Q15041,P30825 11 |
| Positive regulation of tor signaling 0.4364304203162829 0.5959333076343346 0.5512197811228257 1.0 0.8394104525710417 9 Q9P2J5,Q8NFG4,Q9H4A6,P55735,Q9NWS0 5 |
| Alcohol catabolic process 0.428577759418622 0.5917588608818929 0.55401207497303 1.0 0.8407517124083798 10 Q10713,Q9NX62 2 |
| Positive regulation of natural killer cell mediated cytotoxicity 0.5607457648197247 0.5917035140879787 0.5540491429885259 1.0 0.8407517124083798 4 P11279 1 |
| Positive regulation of natural killer cell mediated immunity 0.5607457648197247 0.5917035140879787 0.5540491429885259 1.0 0.8407517124083798 4 P11279 1 |
| Regulation of potassium ion transport 0.4208425236031973 0.5897102012482757 0.555384954848569 1.0 0.8422255993698035 11 Q96PU5 1 |
| Feeding behavior 0.4737820534241009 0.5892718001705358 0.5556789587437454 1.0 0.84237230256867 7 Q7Z4L5,Q9GZP9 2 |
| Positive regulation of interleukin 12 production 0.6412579559692346 0.5881285349575124 0.5564460212844282 1.0 0.8430053019084315 3 P09429 1 |
| Neutrophil migration 0.3831319808921819 0.587137261931174 0.5571115237955808 1.0 0.8432239901789053 15 Q8N5M9 1 |
| Regulation of programmed necrotic cell death 0.4342951951585306 0.5845851101282818 0.558826722012074 1.0 0.8445648236476424 9 Q13510 1 |
| Asymmetric cell division 0.505150553205348 0.584265999748453 0.5590413634898794 1.0 0.8445648236476424 6 P61026,P61158,P61160,Q96N67 4 |
| Calcium mediated signaling 0.3529779877210807 0.5811665659442201 0.5611281987752541 1.0 0.8464528820797194 23 P23634,Q9Y3D6,P78417,P51572,O75844,P42345,Q08209,P49841,P16615 9 |
| Golgi to plasma membrane transport 0.3453170538998823 0.5807705127908848 0.5613951310167433 1.0 0.8464528820797194 26 Q9NV70,P61026,Q8N2H4,Q9HD26,Q4J6C6,Q9H4A6,Q13636,P98194,O15027 9 |
| Regulation of gliogenesis 0.4013503449584233 0.579721378418294 0.5621025241957089 1.0 0.8464705908176781 13 Q96G23 1 |
| Ether biosynthetic process 0.5338042308395663 0.5780958458539911 0.5631994115354555 1.0 0.8470603925914326 5 O15228,Q6IAN0 2 |
| Immune response regulating signaling pathway 0.3017327712117813 0.5769253199088746 0.5639899053446893 1.0 0.847884475584397 54 P41440,Q9UMX0,Q9NPR9,Q9NQC3,O14966,O43657,P51812,Q99623,Q08722,P04439,P46379,Q13144 12 |
| Nucleoside bisphosphate metabolic process 0.3058351770580152 0.5750956921850983 0.5652265812012969 1.0 0.8493490674564182 44 P50897,Q9HCL2,Q8TB61,Q86UL3,Q6Y1H2,Q53GQ0,P04035,Q9NZ01,Q8WVC6 9 |
| Protein heterotetramerization 0.4706988404888974 0.5746025871215045 0.5655601019691925 1.0 0.8496529665609596 7 Q9NSD9,Q16630,Q8N684,P31350,Q9Y285,O43809 6 |
| Gdp metabolic process 0.5560425798371983 0.5733375395000978 0.5664161725540493 1.0 0.850443627300001 4 Q14168,O14936,Q00013 3 |
| Cellular response to vitamin d 0.6368876041235884 0.57246613914157 0.567006219375696 1.0 0.850443627300001 3 Q8TB36 1 |
| Regulation of stem cell differentiation 0.3597254970634481 0.5705088229198444 0.568332639701969 1.0 0.8512331009701757 17 Q9Y6C9 1 |
| Neuron maturation 0.5012726541045627 0.5672227662153726 0.5705628423898419 1.0 0.8522026811744995 6 Q9NZJ7 1 |
| Regulation of nervous system process 0.4375851317191893 0.566943260477953 0.5707527314282075 1.0 0.8522026811744995 8 P04062,P53634,Q9UQB8 3 |
| Ensheathment of neurons 0.3435685111245908 0.566322487522666 0.5711745762953875 1.0 0.8522026811744995 26 P31751,Q92542,Q9NR77,P49770,P42345,Q16880,O15228,Q8IXJ6,P53634,O75746,Q9Y4W6,Q13144 12 |
| Receptor mediated endocytosis 0.3022307446904507 0.5636995766529912 0.5729586055619205 1.0 0.8539209889847441 46 P41440,P50897,Q8IZ07,Q8NBU5,Q5VW38,Q13432,Q14108 7 |
| Cellular response to ph 0.6338236734916797 0.5615553630101782 0.5744190000062805 1.0 0.8539302895240081 3 P17302 1 |
| Regulation of plasma lipoprotein particle levels 0.3584275986609924 0.5613053120129883 0.5745894209505891 1.0 0.8539302895240081 17 P09601,P35610,Q92945,Q6PIU2,Q8WTV0 5 |
| Nerve development 0.4364424199945594 0.5610837094817133 0.5747404729861834 1.0 0.8539302895240081 8 Q9H061 1 |
| Calcium ion regulated exocytosis 0.4228624258955863 0.560535661559525 0.5751141222721712 1.0 0.8539340085072223 10 Q9BRK5,P16615 2 |
| Negative regulation of protein import into nucleus 0.6328638497652646 0.5581494940625085 0.5767423057226431 1.0 0.854229197647319 3 P61960,P21359 2 |
| Response to l glutamate 0.5288842637685436 0.5578871003041352 0.5769214806731198 1.0 0.854229197647319 5 P55061,Q9UQB8 2 |
| Glycolytic fermentation 0.632237871674491 0.5559314046856585 0.5782577485008593 1.0 0.8554249481822997 3 P04637,O75746 2 |
| Fermentation 0.632237871674491 0.5559314046856585 0.5782577485008593 1.0 0.8554249481822997 3 P04637,O75746 2 |
| Glycoprotein catabolic process 0.6321197320486489 0.555513069389167 0.5785437732365879 1.0 0.8556524909477141 3 Q8TCJ2 1 |
| Regulation of response to endoplasmic reticulum stress 0.3494129751606094 0.5532756295096777 0.580074686186639 1.0 0.8573289264672136 23 Q9UMX0,P57088,Q4ZIN3,P51572,P55061,O60313,P46379 7 |
| Mitotic dna replication 0.4209414454343276 0.5500884605037611 0.5822587010803881 1.0 0.8597714609610477 10 O75844 1 |
| Heterotypic cell cell adhesion 0.4276188744229952 0.5492841094854305 0.5828104907202578 1.0 0.8600836971407825 9 Q08722 1 |
| Glycerophospholipid catabolic process 0.4340437888388652 0.5488117870953361 0.5831346203729533 1.0 0.8600836971407825 8 Q8N2K0,Q8WTV0 2 |
| Negative regulation of apoptotic signaling pathway 0.2971431646808334 0.5453231877981122 0.5855312589968689 1.0 0.8615571452671833 68 Q8N2F6,Q8IWB1,P09601,P55061,Q9P0J0,P45880,Q9H3K2,Q9H300 8 |
| Head morphogenesis 0.4951148921349228 0.5403493224082729 0.5889561498469871 1.0 0.8636430735579985 6 Q12797,Q15042,O95470 3 |
| Polyol biosynthetic process 0.4111923228842769 0.5354676300741261 0.592326535337953 1.0 0.86633612128977 11 P04062,Q13510 2 |
| Cardiac conduction 0.353047681540845 0.5349108319906424 0.5927115177108768 1.0 0.8667033309138714 20 O75844,P05023,P17302,Q6PI78,P20020,P16615 6 |
| Neuron projection guidance 0.3504597931151048 0.528454176711781 0.5971841436013299 1.0 0.8700211139331445 21 P42892,O00264 2 |
| Protein localization to cell periphery 0.2846916031267997 0.527937328626127 0.5975428349464909 1.0 0.8700211139331445 87 Q9BXS4,Q15904,Q9UNK0,Q6IQ22,P41440,Q8N2H4,Q4J6C6,Q9H4A6,P98194,O14966,P23634,P35613,Q13641,Q15363,O15258,O15400,O00264,Q9HD26,P61026,P31751,Q13636 21 |
| Response to estrogen 0.40977622287376 0.5275618975074122 0.5978034446323692 1.0 0.8700211139331445 11 P09601 1 |
| Synaptic transmission glutamatergic 0.4593381114369334 0.521070776964061 0.6023174674640495 1.0 0.8722753746760635 7 Q8NBU5,Q15042,Q00535,P51790 4 |
| Camera type eye morphogenesis 0.4219008335769642 0.519289351000311 0.6035589782928077 1.0 0.8730991679063895 9 Q16706,Q15555,P54802,Q8NBN7 4 |
| Negative regulation of intracellular signal transduction 0.2739134208834172 0.5185544491981029 0.6040714807725691 1.0 0.8733016442482147 98 Q8N2F6,O43657,Q07820,P04062,P55061,Q10713,Q969V5,Q9P0J0,P45880,P57105,P04035,Q9H300 12 |
| Clathrin dependent endocytosis 0.3991357190371905 0.5142571657270406 0.6070722050227468 1.0 0.8747740723856267 12 Q5VW38,Q13432 2 |
| Respiratory gaseous exchange by respiratory system 0.3990824521875492 0.5139502705742321 0.6072867594605409 1.0 0.8747740723856267 12 Q7KZN9 1 |
| Reactive oxygen species metabolic process 0.3010215963763215 0.511318367955669 0.6091281453256747 1.0 0.875283604917355 43 P39210,P00403,Q9BSK2,P52789,Q15067,Q9P0J0,Q8IXJ6,Q13423,Q9H300 9 |
| Multicellular organismal signaling 0.3339912020495592 0.5107495502005904 0.609526439505168 1.0 0.8755533127961419 27 P04062,O75844,P05023,P17302,Q6PI78,P20020,P16615 7 |
| Regulation of reactive oxygen species biosynthetic process 0.4196602892928942 0.5076017829084531 0.6117326400316925 1.0 0.8757682403585093 9 P51790,P00403,Q9BSK2 3 |
| Postsynaptic membrane organization 0.4258143105018888 0.5070125274429682 0.612146028676418 1.0 0.8757682403585093 8 O15258,P49354 2 |
| Lipid oxidation 0.3024904896979311 0.5057235252421178 0.6130507509505332 1.0 0.8762509850158681 41 P28288,P31751,O43808,Q16134,O14975,P35610,O14678,O15254,P50416,Q15067,A1L0T0,Q709F0,P16435,P23786,P40939,Q16836 16 |
| Negative regulation of ion transport 0.3496107987520881 0.4995367504036917 0.6174013034608601 1.0 0.8784837801849148 19 P78417,P55061,Q96PU5,P21796,Q9UMX0 5 |
| Positive regulation of catabolic process 0.2685800628180699 0.4994193089319396 0.617484019174573 1.0 0.8784837801849148 147 Q9BXS4,Q9HBH5,O60858,Q8NF37,Q8NCG7,Q13190,P46379,P09601,Q9Y371,Q12834,P51572,O15269,P12235,Q9P0J0,Q96B26,Q6ZXV5,P21796,O60506,Q4ZIN3,P67809,O75396,Q96PU5,Q86UE4,Q9NZN8,Q8IXJ6,Q969T7,P49841,Q9UMX0,P31751,P04062,P05141,P27544,P43686,Q92945,Q8NFG4,P50416,P53634 37 |
| Negative regulation of filopodium assembly 0.5663329161451703 0.4988706028354993 0.6178705450249895 1.0 0.8784837801849148 2 Q05655 1 |
| Positive regulation of smoothened signaling pathway 0.5362013193592182 0.4974293726524538 0.6188862967151203 1.0 0.8791554241308732 4 Q96J42 1 |
| Sprouting angiogenesis 0.3686676290853222 0.4932026528539874 0.6218694036119408 1.0 0.8804698710719494 15 P09601 1 |
| Receptor clustering 0.3779832772395376 0.4930343791996537 0.6219882958190595 1.0 0.8804698710719494 14 O15258,P57105,P49354,Q00535 4 |
| Deoxyribonucleoside triphosphate biosynthetic process 0.6130185938614123 0.4891123422897216 0.6247621639323759 1.0 0.8818889258386776 3 P55263 1 |
| Negative regulation of cysteine type endopeptidase activity 0.3477690379170919 0.4862671767840723 0.6267777479321786 1.0 0.8835777792674928 17 P16435,Q15392,Q15041 3 |
| Positive regulation of small molecule metabolic process 0.3667334055786086 0.4807770176367414 0.6306749860194696 1.0 0.8865613617545628 15 P31751,Q12770,P00403,P16435,Q92604 5 |
| N acetylglucosamine metabolic process 0.5315859214491315 0.4801729205835471 0.6311044403511819 1.0 0.8869724078073504 4 O60502,Q9Y223 2 |
| Neuropeptide signaling pathway 0.5610137672090009 0.4792667895474557 0.631748845072766 1.0 0.8871075125430574 2 Q9Y3E5 1 |
| Nerve growth factor signaling pathway 0.561013767209 0.4792667895474535 0.6317488450727675 1.0 0.8871075125430574 2 Q9ULH0 1 |
| B cell homeostasis 0.6083992239354741 0.4734474300660781 0.6358939981124134 1.0 0.8907503196631639 3 P14174 1 |
| Urogenital system development 0.2938220865230228 0.4714073549413795 0.6373498647129447 1.0 0.8912982550609719 46 P07602,O75844,O95470,Q9NZJ7 4 |
| Regulation of cholesterol metabolic process 0.4125120964950526 0.4705821172611476 0.6379391804208314 1.0 0.8913519809334242 9 P16435,Q12770,Q9UBM7 3 |
| Regulation of lipid storage 0.4184934520572568 0.4702651355044719 0.6381656031357634 1.0 0.8914758867892641 8 Q9BZF1,P50416,Q8WTV0 3 |
| Interferon gamma production 0.4472899145062227 0.4653149340954197 0.6417059416776822 1.0 0.8935285831622115 7 P04439,Q08722 2 |
| Negative regulation of map kinase activity 0.4174530644279081 0.4650792056011224 0.6418747367152615 1.0 0.8935713693312912 8 P04062 1 |
| Negative regulation of immune system process 0.2955648165603702 0.4648150576616032 0.6420639036826927 1.0 0.8936424913192231 44 P09601,P55061,Q9HCL2,Q969V5 4 |
| Central nervous system neuron differentiation 0.3639472731969628 0.4629433566044211 0.6434049689141648 1.0 0.8951240238203944 15 O14949 1 |
| Amine catabolic process 0.5041925652373617 0.4589405640956059 0.6462768482058379 1.0 0.8969984476920829 5 Q8WWI5,P21964 2 |
| Negative regulation of signaling 0.2606701974827079 0.4571854576117958 0.6475377500504043 1.0 0.8979782126261445 200 P50402,O43657,Q07820,Q8NBM4,Q92600,P45880,Q08722,P40939,P09601,Q9P0J0,O75340,Q9H3K2,Q9H300,Q16836,Q8N2F6,Q8IWB1,Q969V5,Q13641,P57105,Q9NPR9,P04062,P55061,Q10713,P04035,Q8N5M9 25 |
| Protein targeting to peroxisome 0.4755313942820489 0.4566382142824655 0.6479311071979077 1.0 0.8982560666317541 6 P40855,O75381 2 |
| Regulation of tube size 0.4035032805306378 0.4565205531858997 0.6480156945463009 1.0 0.8982560666317541 10 P42892,P20020,Q93063 3 |
| Regulation of dendrite development 0.3406343471274657 0.4552691052285522 0.6489156498268402 1.0 0.8991184084091864 21 Q9UQB8,Q86X55,Q12834,Q8WWV3,Q96PU5,Q08209,P49841 7 |
| Regulation of protein targeting to membrane 0.3960767040033002 0.4519145121669983 0.6513305693925346 1.0 0.9007289412624966 11 P31751,Q00535,P27105,Q9Y3D6 4 |
| Regulation of reactive oxygen species metabolic process 0.3078731079437945 0.4514167923270646 0.6516891828386968 1.0 0.9009020918518036 33 P39210,Q9BSK2,P00403,P52789,Q8IXJ6,Q9H300 6 |
| Regulation of long term neuronal synaptic plasticity 0.5234815278647468 0.4502766141545297 0.6525109992696929 1.0 0.9013983323956144 4 Q15334,P21359,P20339 3 |
| Regulation of nucleotide biosynthetic process 0.4079571366672349 0.4472219982649856 0.6547147796049781 1.0 0.9031852753752057 9 Q15118,Q8NFG4,P00403 3 |
| Centrosome separation 0.5225908347664657 0.4470237237635206 0.6548579308403228 1.0 0.9031852753752057 4 P43487,P52732 2 |
| Positive regulation of ossification 0.5008452542166348 0.4458838082830045 0.6556811788636132 1.0 0.903480504236248 5 Q4KMQ2 1 |
| Regulation of vacuole organization 0.3867998353509904 0.4438399479704867 0.657158304101745 1.0 0.9049209668396796 12 Q9Y371,Q14108 2 |
| Locomotory behavior 0.3129537000868097 0.4426882497926511 0.6579912426607843 1.0 0.9056825441302844 31 P50897,O75844,O15118,Q8N2K0,Q9NWW5 5 |
| Response to ischemia 0.4007698021655438 0.4420887961934358 0.6584249514884757 1.0 0.9060611540597624 10 P52789 1 |
| Fatty acyl coa metabolic process 0.3696607588121668 0.441921098749081 0.6585463023326827 1.0 0.9060611540597624 14 P50897,Q9NZ01,Q53GQ0 3 |
| Plasma membrane to endosome transport 0.5203506574827798 0.4388720547461031 0.6607542465463725 1.0 0.9084418980808204 4 P51148,Q99523,P61020 3 |
| Antigen processing and presentation of endogenous peptide antigen via mhc class i via er pathway 0.5972557933451974 0.4363467198886537 0.6625851895109509 1.0 0.9089129602617368 3 P04439 1 |
| Cellular component maintenance 0.4053199614446285 0.4337851444332216 0.664444470270487 1.0 0.909190543808167 9 Q9BRK5 1 |
| Posttranslational protein targeting to endoplasmic reticulum membrane 0.4102801215086332 0.4295907331959981 0.6674933791860991 1.0 0.9111765537737724 8 O43681,Q99442,Q9UGP8,P61619 4 |
| Negative regulation of immune response 0.3383455860925703 0.4275840961076141 0.6689539468264729 1.0 0.9111765537737724 20 P09601 1 |
| Positive regulation of receptor recycling 0.4960376798440832 0.4272971888264967 0.66916288011229 1.0 0.9111765537737724 5 P42892 1 |
| Ribonucleoprotein complex disassembly 0.5169067000626287 0.4264243631076878 0.6697986517644996 1.0 0.9116586486266752 4 Q14562,Q07866,P55072 3 |
| Regulation of defense response 0.27795916378386 0.4216778287249429 0.6732601896281123 1.0 0.914324076543804 86 O43657,Q8NCG7,Q08722,Q8N2K0,P15151,Q13546,Q8WXF1,O75844,Q7Z434,Q9NZ08,P11279,Q969V5,Q14166,Q8IXJ6,P04439,Q99735,Q8IZ81,P04062,P53634 19 |
| Immune response to tumor cell 0.4944341400531878 0.4211426701445639 0.6736509046512904 1.0 0.9145938021613492 5 P04439,P15151 2 |
| Cellular carbohydrate metabolic process 0.2880593769612938 0.4172537353344094 0.6764928245764439 1.0 0.9169134158447632 63 O43505,P46020,P31751,Q93063,P15291,O75844,Q10713,Q15118,Q9Y6N1,P08236,Q14108,P10253,Q9NX62,Q92520,P52789,Q9H5K3,P49841,Q7LGA3 18 |
| Fatty acyl coa biosynthetic process 0.3895122436067159 0.4162745334879622 0.6772091254118524 1.0 0.9173434772604496 11 P50897,Q9NZ01,Q53GQ0 3 |
| Positive regulation of oxidative stress induced cell death 0.5127624626365459 0.4115849260206494 0.6806436821023072 1.0 0.9201637501483584 4 Q13546,Q07820 2 |
| Regulation of establishment of protein localization 0.2647900680044064 0.4108467370766926 0.6811849201584419 1.0 0.9203817960888176 140 Q92544,P50402,Q8NBM4,P40939,Q7Z3B4,Q9Y371,P51572,Q16850,Q9H4A6,Q9Y282,Q16836,Q9H300,P98194,O14966,P49755,Q96KC8,Q32P28,Q9NR31,P04035,Q8N5M9 20 |
| Mammary gland epithelium development 0.4915672849971796 0.41019712639501 0.6816613486952876 1.0 0.9208332808924862 5 Q99623,Q9NQC3 2 |
| Flavin containing compound metabolic process 0.5406758448059956 0.4070665306285009 0.6839591245806633 1.0 0.9229853865681166 2 P55072 1 |
| Cellular response to xenobiotic stimulus 0.3263975566726908 0.4070550734520121 0.6839675392429987 1.0 0.9229853865681166 25 O43169,P27544,P16435,P07099,Q6PIU2 5 |
| Mononuclear cell differentiation 0.2919498046721575 0.405797199306121 0.6848916166846089 1.0 0.9231287911851256 42 O96005,P24390 2 |
| Morphogenesis of a branching structure 0.3361193156610709 0.4056071026696803 0.6850313092552647 1.0 0.9231287911851256 17 Q99623,Q9NQC3 2 |
| Insulin secretion involved in cellular response to glucose stimulus 0.4631133262074662 0.4051632510159123 0.6853575157052731 1.0 0.9231287911851256 6 Q8N5M9,O95563 2 |
| Regulation of insulin secretion involved in cellular response to glucose stimulus 0.4631133262074662 0.4051632510159123 0.6853575157052731 1.0 0.9231287911851256 6 Q8N5M9,O95563 2 |
| Negative regulation of dendritic spine development 0.5397371714643225 0.4038465260483928 0.6863255808002453 1.0 0.9234717586152308 2 Q05086 1 |
| Eyelid development in camera type eye 0.5397371714643182 0.4038465260483777 0.6863255808002564 1.0 0.9234717586152308 2 Q13547 1 |
| Cardiac muscle cell contraction 0.3864614960186032 0.39986371657986 0.6892568977435802 1.0 0.9241497083481358 11 Q96PU5,P05023,P16615 3 |
| Centriole centriole cohesion 0.5856025039123703 0.398659480518806 0.6901441278371498 1.0 0.9245422950589886 3 Q9Y496,P35222 2 |
| Regulation of long term synaptic potentiation 0.487599893501876 0.3951750316330886 0.6927137181113698 1.0 0.9259823200065882 5 P49841,Q92542,Q13501 3 |
| Positive regulation of defense response 0.292973061257037 0.3923278539455027 0.6948159855211031 1.0 0.9276888957103 39 Q99735,Q9NUD5,Q8WXF1,P11279,Q13546,P23246,Q7Z434,Q08722,P53634,P26583,P33527,P15151,O94826 13 |
| Response to nutrient 0.3263721158742464 0.3903506183404162 0.6962772980447285 1.0 0.9281575407875826 24 P09601,Q8TB36,P16435,O15228,P20020 5 |
| Oogenesis 0.3338810231362991 0.3903055047055045 0.6963106532945695 1.0 0.9281575407875826 17 Q96RD7,Q8N2A8,Q8IXJ6,Q9Y2W6 4 |
| Aggrephagy 0.4860866864156915 0.3894847303389048 0.6969176041145764 1.0 0.9284583643123792 5 Q5T8D3 1 |
| Pigment biosynthetic process 0.3257980310200501 0.3859296289771413 0.699548786566446 1.0 0.9306227639584868 24 Q9P0S9,Q7KZN9,P22830,P36551,O00264 5 |
| Lysosomal transport 0.2915948994074068 0.3855092939697936 0.6998601220074898 1.0 0.9307994863315154 40 O15118,P07602,Q9UNK0,Q14108,Q6IQ22,Q9NZJ7,P11279 7 |
| Cellular response to biotic stimulus 0.2976357577507777 0.3853619522575935 0.6999692676105509 1.0 0.9307994863315154 34 P11802,Q96A33,O75844,Q86UE4,Q9UM00,Q8IXJ6,P08670,Q8WTV0,O43823 9 |
| Heart process 0.2939092856333123 0.3811223666374453 0.7031124515053135 1.0 0.933531320010225 35 P23634,Q93063,P78417,O75844,P05023,P17302,Q6PI78,Q96PU5,P20020,P16615 10 |
| Skeletal muscle cell differentiation 0.3947910410865312 0.3808402318884125 0.7033218041362572 1.0 0.933531320010225 9 Q8NC56,P50402 2 |
| Regulation of blood circulation 0.3055730979264094 0.3767965945465734 0.7063247717003969 1.0 0.9365568372147036 31 P42892,P78417,O75844,P05023,P17302,Q6PI78,P20020,P16615 8 |
| Response to ionizing radiation 0.3026840558356393 0.3759094430517616 0.7069842200055354 1.0 0.9372392199663716 32 O60858 1 |
| Nucleoside phosphate biosynthetic process 0.2646946781118678 0.3755294371182571 0.7072667579788718 1.0 0.937421760728908 98 P50897,P00846,P43490,O75964,P00403,P56385,Q8TB61,P24539,P36542,Q6Y1H2,Q53GQ0,Q9NZ01,Q8WVC6 13 |
| Regulation of cellular response to osmotic stress 0.4816559564609497 0.3729518107969133 0.7091843099010222 1.0 0.9390018113092092 5 Q9BPX6 1 |
| Mitochondrial translation 0.2856813594327921 0.3710275738336635 0.710616994255086 1.0 0.9407063176148326 45 Q9Y2R0,Q567V2 2 |
| Positive regulation of glucose transmembrane transport 0.4804294035667336 0.3684096003858318 0.7125678400300026 1.0 0.9424657119383052 5 Q9BZF1,P31751 2 |
| Programmed cell death 0.2514377459412373 0.3629236545557959 0.7166619159778089 1.0 0.944240074730766 405 P14174,Q9NQC3,Q07820,Q99720,O95197,P24390,P12236,Q9HCL2,Q96A26,Q15392,Q9BVC6,P07196,Q8WUK0,P45880,Q4KMQ2,O95470,Q15041,Q13144,P50897,P46379,Q9NQX7,Q9H8M7,P09601,Q9Y371,Q9UDX5,P51572,O75844,O60313,Q9Y241,P12235,Q9NS69,Q9P0J0,O75340,O15269,P21796,Q3ZCQ8,Q15118,Q9H4A6,Q9H3K2,Q96KA5,Q9H300,P11279,Q8N2F6,Q14155,Q8IWB1,Q9BXK5,Q658P3,Q99623,Q86XL3,Q969V5,Q9UHX1,Q86UE4,Q9NZJ7,Q8IXJ6,Q9NVI7,P52789,Q9UMX0,P31751,P04062,P51812,P55061,O14681,P15291,P05141,Q96TC7,Q12981,Q13510,P16435,Q01105,Q9Y6C9,Q9NR28 71 |
| Interferon beta production 0.379452434067935 0.3625596900426258 0.7169338268274079 1.0 0.944240074730766 11 P41440,Q7Z434,O94826 3 |
| Positive regulation of interferon beta production 0.379452434067935 0.3625596900426258 0.7169338268274079 1.0 0.944240074730766 11 P41440,Q7Z434,O94826 3 |
| Metencephalon development 0.3038514437395199 0.3615593688530383 0.7176813321880708 1.0 0.9448400288692422 31 Q7Z4L5,P04062,O15020,O14949,P18887,O15228,Q9BRK5 7 |
| Protein import 0.2736037587079672 0.3601138445611744 0.7187619999311992 1.0 0.9452470475877258 86 Q92973,Q99595,Q9Y5L0,Q8NFH5,Q9Y512,Q7Z3B4,O94826,P40855,P13473,Q7Z434,Q3ZCQ8,Q9NS69,P56589,P55735,Q8TEX9,Q99623,O95831,Q7Z4Q2,O75381,O96008,O14925,O43615,Q96DA6,Q15388,Q08209 25 |
| Receptor diffusion trapping 0.5265957446808391 0.3598886768581794 0.7189303850387416 1.0 0.9452470475877258 2 Q9NQX3 1 |
| Neurotransmitter gated ion channel clustering 0.5265957446808391 0.3598886768581794 0.7189303850387416 1.0 0.9452470475877258 2 Q9NQX3 1 |
| Regulation of cardiac muscle adaptation 0.5730143895508275 0.3593300560146304 0.7193481922690088 1.0 0.9452470475877258 3 P23634 1 |
| Fatty acid derivative biosynthetic process 0.363963198015133 0.3591925987422477 0.7194510130434391 1.0 0.9452470475877258 13 P50897,Q9NZ01,Q53GQ0 3 |
| Positive regulation of reactive oxygen species biosynthetic process 0.4969303498700941 0.3563879367939552 0.7215500621543858 1.0 0.9475870673734518 4 P00403 1 |
| Cell junction maintenance 0.4508145363408627 0.3556246091789355 0.7221217114647334 1.0 0.9477892753621564 6 Q15334,Q14203,Q07157,Q96AC1,Q9BRK5 5 |
| Positive regulation of endothelial cell proliferation 0.3708798569964427 0.3552710175227514 0.7223865657485913 1.0 0.9477892753621564 12 P09601 1 |
| Angiogenesis involved in wound healing 0.4963904256728966 0.3545495853796763 0.7229270504279481 1.0 0.9479210934585168 4 P15291 1 |
| Caveolin mediated endocytosis 0.4960951030968501 0.3535453425242871 0.7236796422155587 1.0 0.9483270689824828 4 Q96PU5 1 |
| Regulation of action potential 0.3830857714670319 0.3506062449710375 0.7258837707963348 1.0 0.9493267393164168 10 P16615 1 |
| Ire1 mediated unfolded protein response 0.4489775603841461 0.3483600261931087 0.7275698190698567 1.0 0.949786941969839 6 P57088,Q92905 2 |
| Regulation of endoplasmic reticulum tubular network organization 0.4489543519910617 0.3482684795187679 0.7276385635319538 1.0 0.949786941969839 6 P57088,Q15041 2 |
| Neurotransmitter secretion 0.3259698655200445 0.3482393454032189 0.727660441456059 1.0 0.949786941969839 21 P50897,Q4J6C6,Q7L0J3,P49841,P16615 5 |
| Regulation of intrinsic apoptotic signaling pathway 0.2819431947175808 0.3468771421190627 0.7286836196543913 1.0 0.9500809727386472 55 Q8N2F6,P14174,Q07820,P51572,P55061,O60313,P23246,Q8WUK0,Q9P0J0,P45880,Q8NFG4,P61978,Q9H300,Q9UMX0 14 |
| Positive regulation of nf kappab transcription factor activity 0.3139972189086238 0.3462921204189578 0.72912318971852 1.0 0.9501098446177716 27 Q86UE4,O60858 2 |
| Telencephalon development 0.2843270322887186 0.3459059377586785 0.7294134061162005 1.0 0.9501098446177716 44 Q96QD8,Q9NQC3,P23634,P07196,O14949,P18887,Q96N66,O94901,P49841,Q13144 10 |
| Regulation of phospholipid metabolic process 0.3758115979729002 0.3434177156649438 0.7312842338465801 1.0 0.9501098446177716 11 Q8NF37,Q8WTV0 2 |
| Regulation of cell activation 0.2818662382601493 0.3426321606781776 0.7318752043036143 1.0 0.9501098446177716 63 P09601,Q9HCL2,Q9BWH2,Q08722,O96005,P30825 6 |
| Dendrite extension 0.4733725960279794 0.3425786443266545 0.73191547027217 1.0 0.9501098446177716 5 Q969V5 1 |
| Negative regulation of muscle organ development 0.5674844670468175 0.3425351685034313 0.7319481822408571 1.0 0.9501098446177716 3 Q8IXJ6 1 |
| Retina morphogenesis in camera type eye 0.4732887942585387 0.3422750588113787 0.73214390348996 1.0 0.9501098446177716 5 Q16706,Q15555,Q8NBN7 3 |
| Ribose phosphate biosynthetic process 0.2729663238896391 0.3422563405855283 0.7321579888144121 1.0 0.9501098446177716 85 P50897,P00846,O75964,P00403,P56385,Q8TB61,P24539,P36542,Q6Y1H2,Q53GQ0,Q9NZ01,Q8WVC6 12 |
| Regulation of sequestering of triglyceride 0.5670899096537508 0.3413485334064641 0.732841215131631 1.0 0.9501098446177716 3 Q9BZF1 1 |
| Sequestering of triglyceride 0.5670899096537508 0.3413485334064641 0.732841215131631 1.0 0.9501098446177716 3 Q9BZF1 1 |
| Epidermis development 0.2828090795251823 0.3405417997195011 0.7334485500689218 1.0 0.9502109507424424 45 Q16739,O75844,P51648,Q13510,P98194,P16615 6 |
| Positive regulation of glucose import 0.4919827746387655 0.3396566659316728 0.7341150990858365 1.0 0.9506188317894224 4 Q9BZF1,P31751 2 |
| Regulation of phagocytosis 0.3441347884931349 0.338741317120916 0.7348046122884229 1.0 0.950834873985078 15 Q8WTV0,Q08722 2 |
| Positive regulation of potassium ion transmembrane transporter activity 0.565571205007823 0.3367957306565066 0.7362708916936529 1.0 0.9520769652430212 3 P50570,P54709 2 |
| Regulation of dendrite extension 0.4904556740178439 0.3345450661578412 0.7379682899770597 1.0 0.952939100704615 4 Q969V5 1 |
| Response to monosaccharide 0.3067525051155267 0.3316545086558962 0.7401501549307481 1.0 0.9529554653679608 29 P62995,Q9HCL2,P49770,Q15043,Q8N5M9,Q08209,O95563,Q13144 8 |
| Neural retina development 0.384727259233512 0.3314053696172208 0.7403383094852789 1.0 0.9529554653679608 9 P20020,Q8NBN7 2 |
| Positive regulation of endothelial cell migration 0.3257306051543199 0.3309395017950576 0.7406901834295812 1.0 0.9529554653679608 19 P09601,Q8WTV0 2 |
| Organophosphate catabolic process 0.2917752437722586 0.330525656174681 0.7410028100674408 1.0 0.9529554653679608 34 P49902,Q9NXE4,P35610,Q10713,Q9NX62,Q8N2K0,Q8WTV0 7 |
| Purine containing compound biosynthetic process 0.2752633660625284 0.3304397060328961 0.7410677437595146 1.0 0.9529554653679608 79 P50897,P00846,O75964,P00403,P56385,Q8TB61,P24539,P36542,Q6Y1H2,Q53GQ0,Q9NZ01,Q8WVC6 12 |
| Torc1 signaling 0.4438603560272806 0.3283195053994239 0.7426700976676377 1.0 0.9529554653679608 6 Q9P2J5,P42345,Q8NFG4 3 |
| Plus end directed organelle transport along microtubule 0.5165832290362822 0.327872994415677 0.743007693380918 1.0 0.9529554653679608 2 Q9Y496 1 |
| Anterograde dendritic transport 0.5165832290362823 0.327872994415677 0.743007693380918 1.0 0.9529554653679608 2 Q14254 1 |
| Dense core granule transport 0.5165832290362823 0.327872994415677 0.743007693380918 1.0 0.9529554653679608 2 Q12756 1 |
| Anterograde neuronal dense core vesicle transport 0.5165832290362823 0.327872994415677 0.743007693380918 1.0 0.9529554653679608 2 Q12756 1 |
| Fatty acid beta oxidation 0.2878355362538849 0.3265205486137449 0.7440305449412064 1.0 0.9529554653679608 36 P28288,P31751,O43808,Q16134,O14975,P35610,O14678,O15254,P50416,Q15067,Q709F0,P23786,P40939,Q16836 14 |
| Response to angiotensin 0.5159574468085016 0.325916339273602 0.7444876531413649 1.0 0.9529554653679608 2 Q05655 1 |
| Regulation of ire1 mediated unfolded protein response 0.468412171756533 0.3247409112547834 0.7453771685860198 1.0 0.9529554653679608 5 P57088,Q92905 2 |
| Negative regulation of alcohol biosynthetic process 0.5614260973212893 0.3244896947848601 0.7455673229330082 1.0 0.9529554653679608 3 Q12770 1 |
| Negative regulation of cholesterol metabolic process 0.5614260973212893 0.3244896947848601 0.7455673229330082 1.0 0.9529554653679608 3 Q12770 1 |
| Antigen processing and presentation of exogenous antigen 0.4428649826122222 0.324455703509516 0.7455930532839403 1.0 0.9529554653679608 6 Q9UIQ6 1 |
| Centromeric sister chromatid cohesion 0.4426691729323417 0.3236969607374519 0.7461674720612974 1.0 0.9530455440387098 6 P35222,P49711,Q9GZZ1,O60566,P41227 5 |
| Unsaturated fatty acid biosynthetic process 0.3718750433963702 0.322915419599696 0.7467592982349753 1.0 0.9534476579555652 11 Q8NCG7,O00767 2 |
| Small molecule biosynthetic process 0.2598575009288293 0.3224058142364192 0.747145280077973 1.0 0.9536582272678846 140 P14324,P14174,Q13126,O00767,Q15392,Q9H7Z7,Q8NCG7,Q14739,Q15800,P55263,Q16850,O15269,Q9P035,Q53GQ0,Q92520,Q9NZ01,Q86SQ9,Q9UBX3,P23634,O75845,P00367,Q6Y1H2,Q8NI60,Q15043,P37268,Q92604,Q9H1P3,Q12770,Q99735,Q9UBM7,P04062,A1L0T0,Q13510,P04035,P16435,P09960 36 |
| Positive regulation of protein neddylation 0.5604880813469122 0.3217296230459757 0.7476575341235452 1.0 0.9538418215745288 3 Q96GG9 1 |
| Oocyte construction 0.5600329342043675 0.3203936924583669 0.7486699064401612 1.0 0.9540542057852957 3 Q8N2A8 1 |
| Positive regulation of phagocytosis 0.3873284637564695 0.3196545936962481 0.7492301840853195 1.0 0.9543578578456368 8 Q08722 1 |
| Synaptonemal complex organization 0.4415131547966727 0.3192265734451119 0.7495547076031222 1.0 0.9544061729269206 6 Q92791 1 |
| Purine containing compound metabolic process 0.2597647405353789 0.3192003866129646 0.7495745638114242 1.0 0.9544061729269206 139 P49902,Q9HCL2,Q9BRR6,P50897,P00403,P35610,P24539,Q53GQ0,Q9NZ01,O75964,P56385,O60725,Q6Y1H2,P52789,Q8WVC6,P00846,Q8IWA4,P56134,Q8TB61,Q86UL3,P36542,P04035 22 |
| Sarcoplasmic reticulum calcium ion transport 0.370993379725397 0.3183523709607351 0.7502176627123021 1.0 0.9544912438142344 11 O75844 1 |
| Fatty acid beta oxidation using acyl coa oxidase 0.4664637976186456 0.3178094605953732 0.7506294739712909 1.0 0.954622510422911 5 Q15067 1 |
| Regulation of endoplasmic reticulum unfolded protein response 0.4137686751424611 0.3172588240176274 0.7510472183424723 1.0 0.9549661290987193 7 P57088,Q92905,O76024 3 |
| Regulation of gtp binding 0.4407459901145133 0.3162685188137926 0.7517987040430327 1.0 0.955358573054488 6 O75503 1 |
| Response to hydrogen peroxide 0.3164741841532229 0.3148869537350341 0.7528474875141284 1.0 0.9561916646499208 24 P09601,Q99720 2 |
| Endoplasmic reticulum localization 0.5580594679186307 0.3146264965964742 0.753045258764006 1.0 0.9561916646499208 3 A0FGR8,Q9BSJ8 2 |
| Endoplasmic reticulum plasma membrane tethering 0.5580594679186307 0.3146264965964742 0.753045258764006 1.0 0.9561916646499208 3 A0FGR8,Q9BSJ8 2 |
| Prostanoid biosynthetic process 0.3861654670697633 0.3142520802822531 0.7533295902969956 1.0 0.9562288810882894 8 Q9H7Z7,Q8NCG7 2 |
| Cerebral cortex development 0.3045372147571495 0.3131319206248807 0.754180438527384 1.0 0.9568821403938892 29 Q96N66,O94901,Q9NQC3 3 |
| Negative regulation of multicellular organismal process 0.2564604164085485 0.3120288678392318 0.7550185844562058 1.0 0.957032899207132 102 Q9NQC3,Q9UIQ6,P09601,Q16850,Q96G23,P17302,P20020,Q8N0X7,P23634,Q99623,Q969V5,P57105,Q8IXJ6,P49841,P16615,O43823,P04062,P05023,Q92945,Q8NFG4,P04035,P53634 22 |
| Positive regulation of protein secretion 0.3220589389304786 0.311952729239667 0.7550764484241661 1.0 0.957032899207132 20 Q9NV70,P49755,Q9Y5U9,Q8IWT6,O95486,P00367,Q9H4A6,O95563 8 |
| Error free translesion synthesis 0.5112640801001118 0.3114121756289817 0.7554872989565358 1.0 0.957032899207132 2 Q9Y2S7 1 |
| Activation of immune response 0.2789884506606692 0.3112515028689622 0.7556094324480664 1.0 0.957032899207132 46 Q07666,O14966,P00813,Q9NUD5,Q8WXF1,Q99623,Q14699,P23246,P09429,Q7Z434,O94826,P49770,Q08722,P04439,P46379,Q13144 16 |
| Nucleobase containing compound transport 0.2568665527894809 0.3102265883633037 0.7563886526742021 1.0 0.957032899207132 109 Q8NFH5,Q08J23,P51991,P12236,Q07955,Q9HC21,Q08722,Q7Z3B4,Q13546,Q07666,P41440,P12235,Q8TDW0,Q86VD7,Q9BTX1,Q9H2D1,O15504,P22626,Q12769,Q9BSK2,P67809,P41208,Q6NUK1,O43808,Q9Y6M1,Q14699,Q8TB61,P05141,Q92945,L0R6Q1 30 |
| Negative regulation of protein localization to cell surface 0.4830307406809603 0.3100573384340514 0.7565173535759713 1.0 0.957032899207132 4 Q96PU5 1 |
| Acute inflammatory response 0.4642046194317949 0.3098264978358564 0.7566929000944365 1.0 0.9570679009988652 5 Q4KMQ2,P15291 2 |
| Maternal process involved in female pregnancy 0.4638590783913721 0.3086106960979289 0.7576176834742152 1.0 0.9576468405120028 5 P35613 1 |
| Regulation of endothelial cell migration 0.3067139725340861 0.308258313099962 0.7578857838286734 1.0 0.9576468405120028 28 P09601,P57105,Q8WTV0 3 |
| Negative regulation of calcium ion transmembrane transport 0.3845152295227126 0.3066170487092161 0.7591348753406595 1.0 0.9583658566197216 8 P21796,Q9UMX0 2 |
| Neuromuscular process controlling balance 0.3685687489949628 0.305859930665068 0.7597112954766059 1.0 0.9584795971306042 11 O14773 1 |
| B cell differentiation 0.3684431315658756 0.3052149937268043 0.7602024135641896 1.0 0.9584795971306042 11 P04637,P00813,Q8IWT6,P05141,P55327,P05556 6 |
| Receptor metabolic process 0.2918675721075444 0.3040586968263938 0.7610831730995629 1.0 0.9588990182449506 33 P41440,Q8NBU5,Q8IZ07,P42892,Q9Y371,Q13636,P49354,O14966 8 |
| Protein stabilization 0.2761521599186588 0.3035399853747719 0.7614783799801086 1.0 0.9588990182449506 73 P41440,P40855,Q9UNS2,Q9NQC3,O75718,Q969V3,Q86Y82,P13473,Q99623,Q969V5,O75569,Q9UBV2,Q32P28,Q96JB2,P11279,P46379,O15027 17 |
| Detection of light stimulus 0.4621650920504939 0.3026704761227268 0.7621409996681128 1.0 0.9588990182449506 5 Q13432 1 |
| Negative regulation of cytokine production 0.3162777965998445 0.3009173174249713 0.763477544611852 1.0 0.9592088160992532 23 P09601,Q969V5 2 |
| Protein mannosylation 0.5532730681245934 0.3008114763654827 0.7635582566297061 1.0 0.9592088160992532 3 O43505 1 |
| Protein o linked mannosylation 0.5532730681245934 0.3008114763654827 0.7635582566297061 1.0 0.9592088160992532 3 O43505 1 |
| Cellular response to topologically incorrect protein 0.2840972736141948 0.2990289251928157 0.7649179756078985 1.0 0.9595262491225528 38 Q96HE7,P57088,P48723,P55061,Q92905,Q9UKV5,Q9GZP9,Q7Z2K6,Q15363,Q9Y4P3,Q6NTF9,P46379 12 |
| Regulation of response to external stimulus 0.2583956690344413 0.2987596006475729 0.7651234778397917 1.0 0.9595262491225528 122 Q99735,O43657,P04062,O75844,Q969V5,Q96G23,Q11206,Q13641,Q8NCG7,Q08722,Q8IXJ6,Q4KMQ2,P80303,P11279 14 |
| Phagosome lysosome fusion 0.5068836045056219 0.2981512412885246 0.7655877340479482 1.0 0.9595262491225528 2 P51149 1 |
| Antigen processing and presentation of peptide or polysaccharide antigen via mhc class ii 0.5068836045056186 0.298151241288515 0.7655877340479555 1.0 0.9595262491225528 2 P50570 1 |
| Female meiosis i 0.4790231684408245 0.2970996242293697 0.7663904512467239 1.0 0.9595262491225528 4 Q15645,O14965,O95067 3 |
| Meiotic spindle assembly 0.4790231684408237 0.2970996242293668 0.7663904512467261 1.0 0.9595262491225528 4 Q08379,O14965,O95067 3 |
| Regulation of inflammatory response 0.2848923615439727 0.2954105139651706 0.7676803025272834 1.0 0.9595262491225528 35 P04062,Q08722,Q99735,Q8NCG7 4 |
| Amyloid beta clearance 0.3769269569740213 0.2939818999794584 0.7687717342877289 1.0 0.9595931850164284 9 P04035 1 |
| Regulation of blood brain barrier permeability 0.504693366708373 0.2916226280570496 0.7705751724197807 1.0 0.9600028117075812 2 Q9UDY2 1 |
| Positive regulation of blood brain barrier permeability 0.504693366708373 0.2916226280570496 0.7705751724197807 1.0 0.9600028117075812 2 Q9UDY2 1 |
| Positive regulation of vascular permeability 0.504693366708373 0.2916226280570496 0.7705751724197807 1.0 0.9600028117075812 2 Q9UDY2 1 |
| Maintenance of location in cell 0.2790956458687361 0.2914341965803843 0.7707192639407803 1.0 0.9600028117075812 44 Q96HE7,O43731,P78417,P24390,O43292,O95202,Q9H4A6,Q9UH99,O15258,P52789,O94901,Q00535 12 |
| Positive regulation of proteolysis 0.2644407585617136 0.2906423334203361 0.7713248796167216 1.0 0.9600028117075812 92 Q96A26,Q12797,P46379,P51572,Q12834,Q9P0J0,O75340,Q6ZXV5,Q9BXK5,Q4ZIN3,Q969V5,Q9NZJ7,Q8IXJ6,O95831,O00487,P49841,Q9UMX0,O75915,Q9Y3D6,P04062,P43686,P53634,Q9NWW5,Q9NR28 24 |
| Negative regulation of keratinocyte proliferation 0.5040675844805871 0.2897699208437375 0.7719922607323713 1.0 0.960464035267187 2 O14936 1 |
| Lipid import into cell 0.4336535181843961 0.2892554709571878 0.7723858854590309 1.0 0.9606358104040162 6 P31751,O14975 2 |
| Positive regulation of response to wounding 0.3802696481361274 0.2871455020882382 0.7740009128394889 1.0 0.962038392144646 8 Q11206 1 |
| Microtubule anchoring 0.3647663802612477 0.286440497564475 0.77454076090265 1.0 0.9622850281291918 11 Q15154,O75381,P49841,Q9P287 4 |
| Potassium ion transport 0.3181002194898343 0.2845148981238506 0.7760158185389094 1.0 0.9630177986062756 20 Q9NUT2,P05023,Q96PU5,Q9BXP2,P54709,Q4KMQ2 6 |
| Positive regulation of protein localization to cell periphery 0.3180598400011188 0.284368410191741 0.7761280651313864 1.0 0.9630177986062756 17 O00264,O15258 2 |
| Cellular response to dsrna 0.3642768875154818 0.2839562452744146 0.7764439121823978 1.0 0.963040436880889 11 P41440,Q969V5 2 |
| Negative regulation of defense response 0.2946950298642419 0.2815271041412471 0.778306142277845 1.0 0.9644062014145702 31 Q969V5,O43657 2 |
| Nucleus localization 0.3425695956739768 0.2813537059321487 0.7784391217845665 1.0 0.9644062014145702 14 Q5SNT2,Q15154,P42345,Q9UH99,O94901 5 |
| Intrinsic apoptotic signaling pathway 0.2701537277978776 0.2804178328274193 0.7791569570457235 1.0 0.9646813221946966 82 P14174,Q07820,Q9BVC6,Q8WUK0,P45880,P61978,P46379,P09601,P51572,O60313,P23246,O75569,Q9P0J0,Q15118,Q9H300,Q8N2F6,O95831,Q9UMX0,Q96HE7,O75915,Q9Y3D6,P55061,Q8NFG4,Q9NR28 24 |
| Positive regulation of endocytosis 0.3163245490109805 0.2797122872714647 0.7796982506028276 1.0 0.9646813221946966 21 P41440,P50897,Q4KMQ2,Q96PU5 4 |
| Cell volume homeostasis 0.4041869648155732 0.2773029057162142 0.7815475285832851 1.0 0.9663907633724206 7 Q9NUT2,Q4KMQ2,Q9BXP2,P51790 4 |
| Positive regulation of striated muscle cell differentiation 0.4541183839649377 0.2749221978870054 0.783376012585189 1.0 0.9669044426469794 5 Q9UGN5,Q15014,Q16539,P42345 4 |
| Detection of cell density 0.4987484355444232 0.2742509427505648 0.7838917816082525 1.0 0.9669044426469794 2 Q13153 1 |
| Germinal center formation 0.4987484355444167 0.2742509427505466 0.7838917816082664 1.0 0.9669044426469794 2 P00813 1 |
| Regulation of germinal center formation 0.4987484355444167 0.2742509427505466 0.7838917816082664 1.0 0.9669044426469794 2 P00813 1 |
| Regulation of keratinocyte migration 0.5434386433311209 0.2732150639055021 0.7846879010272836 1.0 0.9671491326316092 3 P42345 1 |
| Keratinocyte migration 0.5434386433311209 0.2732150639055021 0.7846879010272836 1.0 0.9671491326316092 3 P42345 1 |
| Regulation of myotube differentiation 0.4291979949874783 0.2726054854051303 0.7851564948573979 1.0 0.96754242854476 6 P42345,Q96TA1,Q16539,Q13547,Q8NEZ5 5 |
| Fibroblast migration 0.3406525643558629 0.2704084590871629 0.7868460330207216 1.0 0.9687449955867276 14 O95470,Q5SNT2 2 |
| N acetylneuraminate metabolic process 0.4696305572949223 0.2674759774943271 0.7891027077727886 1.0 0.9687449955867276 4 Q8NFW8,Q9UJ70,Q9Y223 3 |
| Cellular response to lipoprotein particle stimulus 0.4695804618649448 0.2673208609236644 0.7892221263279415 1.0 0.9687449955867276 4 O15118 1 |
| Negative regulation of transmembrane transport 0.3154800468576216 0.2665216442358145 0.7898374923526572 1.0 0.9687449955867276 20 P31751,P78417,Q96PU5,P21796,Q9UMX0 5 |
| Autophagosome lysosome fusion 0.4959324155193857 0.2662030157509906 0.7900828605669337 1.0 0.9687449955867276 2 Q9NVJ2 1 |
| Vesicle mediated cholesterol transport 0.4959324155193857 0.2662030157509906 0.7900828605669337 1.0 0.9687449955867276 2 Q9NVJ2 1 |
| Hyperosmotic salinity response 0.4515108718022909 0.2661016252744959 0.7901609433265304 1.0 0.9687449955867276 5 Q9BPX6 1 |
| Cellular response to salt stress 0.4515108718022909 0.2661016252744959 0.7901609433265304 1.0 0.9687449955867276 5 Q9BPX6 1 |
| Cellular hyperosmotic salinity response 0.4515108718022909 0.2661016252744959 0.7901609433265304 1.0 0.9687449955867276 5 Q9BPX6 1 |
| Lipophagy 0.4514684715216358 0.2659589054484801 0.7902708581842435 1.0 0.9687449955867276 5 O15269 1 |
| Calcineurin mediated signaling 0.4012622075206408 0.265351624811338 0.7907385985144799 1.0 0.9687449955867276 7 Q08209,P23634,P49841 3 |
| Inositol phosphate mediated signaling 0.4012622075206408 0.265351624811338 0.7907385985144799 1.0 0.9687449955867276 7 Q08209,P23634,P49841 3 |
| Fungiform papilla development 0.5399061032863927 0.263569019328479 0.7921120335702865 1.0 0.9687449955867276 3 Q13547,P35222 2 |
| Tongue morphogenesis 0.5399061032863927 0.263569019328479 0.7921120335702865 1.0 0.9687449955867276 3 Q13547,P35222 2 |
| Hair follicle placode formation 0.5399061032863927 0.263569019328479 0.7921120335702865 1.0 0.9687449955867276 3 Q13547,P35222 2 |
| Ectodermal placode development 0.5399061032863927 0.263569019328479 0.7921120335702865 1.0 0.9687449955867276 3 Q13547,P35222 2 |
| Tongue development 0.5399061032863927 0.263569019328479 0.7921120335702865 1.0 0.9687449955867276 3 Q13547,P35222 2 |
| Fungiform papilla morphogenesis 0.5399061032863927 0.263569019328479 0.7921120335702865 1.0 0.9687449955867276 3 Q13547,P35222 2 |
| Response to epinephrine 0.4669681191760833 0.2592753327285159 0.7954228104405581 1.0 0.9706453915487828 4 Q8IXJ6 1 |
| Cellular response to epinephrine stimulus 0.4669681191760833 0.2592753327285159 0.7954228104405581 1.0 0.9706453915487828 4 Q8IXJ6 1 |
| Bergmann glial cell differentiation 0.4492732123863118 0.2586010217147902 0.7959430948425874 1.0 0.97076476157448 5 Q7Z4L5 1 |
| Endoplasmic reticulum to cytosol transport 0.3384725780132959 0.25804043212186 0.7963757032338254 1.0 0.9710142334832929 14 P51572,Q9GZP9,Q9UBV2,Q8NBM4 4 |
| Positive regulation of antigen receptor mediated signaling pathway 0.4645266088504049 0.2518336667189824 0.801169633491531 1.0 0.9726752940852338 4 O14966 1 |
| Positive regulation of t cell receptor signaling pathway 0.4645266088504049 0.2518336667189824 0.801169633491531 1.0 0.9726752940852338 4 O14966 1 |
| 3 utr mediated mrna stabilization 0.3724137931034529 0.2518012595822403 0.8011946836786745 1.0 0.9726752940852338 8 Q15717,Q13148,P98175,Q16539,Q13151,Q92615,P16989 7 |
| Membrane raft assembly 0.3975460070353274 0.2503403892148057 0.8023241245258876 1.0 0.9733244851367164 7 P41440,Q14699 2 |
| Regulation of type b pancreatic cell development 0.5345069456008238 0.2491059815225004 0.8032788026929212 1.0 0.9735618747244544 3 P49841 1 |
| Interleukin 6 production 0.3506696536061401 0.2476976798086948 0.8043683271849691 1.0 0.973893035814411 12 P04062 1 |
| Regulation of jun kinase activity 0.3967408335944878 0.2471142443374709 0.8048198101468533 1.0 0.973893035814411 7 Q16512,P23396,Q13153,O43318,P18031,P31689 6 |
| Histone h4 k12 acetylation 0.4887359198998621 0.2461754308950063 0.8055464337165157 1.0 0.9743032179056792 2 Q8WYH8 1 |
| Muscle adaptation 0.3127969724539982 0.2433870638345434 0.8077055641310602 1.0 0.9760026906378308 19 P09601 1 |
| Protein import into peroxisome membrane 0.461206883337845 0.2418376196791762 0.8089059876610698 1.0 0.9767929075531904 4 P40855,P56589 2 |
| Ubiquitin independent protein catabolic process via the multivesicular body sorting pathway 0.4868585732165066 0.2410802430114363 0.8094929250353378 1.0 0.9769750369906842 2 Q8WUM4 1 |
| Neuroblast division 0.5312004889545452 0.2404188342205394 0.8100055787267912 1.0 0.9771400010288523 3 P61026 1 |
| Asymmetric neuroblast division 0.5312004889545452 0.2404188342205394 0.8100055787267912 1.0 0.9771400010288523 3 P61026 1 |
| Regulation of protein localization to membrane 0.2737763369320942 0.2367792376432472 0.8128280595477142 1.0 0.978902717043693 44 P31751,P23634,Q9BXS4,P27105,O15400,Q9UNK0,O00264,O15258,P98194,Q00535,Q9HD26 11 |
| Cellular response to vitamin 0.458607410576213 0.2341103174457594 0.8148993363204737 1.0 0.9804762211171032 4 Q8TB36 1 |
| Negative regulation of extrinsic apoptotic signaling pathway 0.3085208762528101 0.2339029718149561 0.815060306029673 1.0 0.9804762211171032 22 P09601,Q8IWB1 2 |
| Schwann cell differentiation 0.3682718746614411 0.2335464541683249 0.8153371014725224 1.0 0.9804762211171032 8 P31751,Q8IXJ6 2 |
| Positive regulation of leukocyte proliferation 0.3340719174431159 0.233339139525348 0.8154980683364288 1.0 0.9804762211171032 14 Q9HCL2 1 |
| Embryonic digestive tract development 0.4834167709636903 0.2318801533197475 0.8166310998030084 1.0 0.9808105290263412 2 P00813 1 |
| Genitalia morphogenesis 0.4834167709636904 0.2318801533197472 0.8166310998030086 1.0 0.9808105290263412 2 P35222 1 |
| Rho protein signal transduction 0.3103652377668025 0.2318102378661043 0.8166854049633734 1.0 0.9808105290263412 20 Q9P035,P57105 2 |
| Positive regulation of wound healing spreading of epidermal cells 0.4827909887359055 0.2302271525157453 0.8179152638371412 1.0 0.981741021430634 2 P42345 1 |
| Dna templated transcription termination 0.353262961664771 0.2290695165348444 0.8188148858351147 1.0 0.9818300357056652 11 O75844 1 |
| Cellular response to potassium ion 0.5267605633802904 0.2289604580388985 0.8188996496815784 1.0 0.9818300357056652 3 P55011,Q14168 2 |
| Response to potassium ion 0.5267605633802904 0.2289604580388985 0.8188996496815784 1.0 0.9818300357056652 3 P55011,Q14168 2 |
| Locomotory exploration behavior 0.5267605633802902 0.2289604580388974 0.8188996496815792 1.0 0.9818300357056652 3 Q05086,Q9HB07 2 |
| Regulation of exit from mitosis 0.4169490539558141 0.2281896323322108 0.819498821042115 1.0 0.9821845129230682 6 Q8IXJ6 1 |
| Glycosyl compound catabolic process 0.3579020788493738 0.2273393168606829 0.8201599029282958 1.0 0.9826129011018012 10 P04062,P08236,Q9BTY2 3 |
| Myeloid leukocyte migration 0.3045443409395202 0.2264529538546986 0.8208491461862766 1.0 0.9829809438291351 24 Q8N5M9,Q4KMQ2,Q08722 3 |
| Regulation of hormone secretion 0.3008997741311744 0.2259406879220496 0.8212475515648259 1.0 0.9831879677631434 26 P50416,Q9BRT2,P00367,P17302,Q08209,Q8N5M9,P40939,Q16836,O95563 9 |
| Negative regulation of lipid transport 0.5249987403771881 0.2244800989977733 0.8223837505062885 1.0 0.9840021507259566 3 P31751 1 |
| B cell lineage commitment 0.479974968710882 0.2228643575357373 0.8236410772964828 1.0 0.9845964263507456 2 P04637 1 |
| Ectopic germ cell programmed cell death 0.4799749687108742 0.2228643575357173 0.8236410772964984 1.0 0.9845964263507456 2 P42575 1 |
| Programmed cell death involved in cell development 0.4799749687108742 0.2228643575357173 0.8236410772964984 1.0 0.9845964263507456 2 P42575 1 |
| Medium chain fatty acyl coa metabolic process 0.4793491864830894 0.2212450725650758 0.8249016158725067 1.0 0.9857391539746791 2 P51659 1 |
| G2 mi transition of meiotic cell cycle 0.4787234042553046 0.2196319539849198 0.8261578033053212 1.0 0.9861875820767466 2 O95067 1 |
| Schwann cell development 0.3897367169939285 0.2194590712272106 0.8262924591458258 1.0 0.9861875820767466 7 P31751,Q8IXJ6 2 |
| Adenylate cyclase modulating g protein coupled receptor signaling pathway 0.3315641237397538 0.2194286512791997 0.826316153325177 1.0 0.9861875820767466 14 Q9NZJ7 1 |
| Regulation of vesicle mediated transport 0.2532856395835735 0.2193935173846194 0.8263435194070143 1.0 0.9861875820767466 119 P50897,P41440,O14966,P09601,Q9NR31,Q13432,P57105,Q96PU5,Q9P2W9,Q08722,P98194,Q4KMQ2,Q8WTV0,P11279,P16615 15 |
| Amine transport 0.3648948677680569 0.2188678175430143 0.8267530165466304 1.0 0.9864943811006252 8 Q15041 1 |
| Farnesyl diphosphate metabolic process 0.5220782229936122 0.2171372766210334 0.8281013643647783 1.0 0.987739039839448 3 P37268 1 |
| Notch signaling pathway 0.3155792382557039 0.2152062560820794 0.8296065135546751 1.0 0.9889875401963266 16 P57105 1 |
| Positive regulation of epithelial to mesenchymal transition 0.4356404635139427 0.2143357802509378 0.8302852177035063 1.0 0.9893390573239362 5 Q92769,P42345,P35222,Q96AC1 4 |
| Positive regulation of granulocyte chemotaxis 0.435014093329169 0.2123631564821405 0.8318237270852089 1.0 0.9899895479395868 5 O00429,Q07021,Q8NHP6,Q8NE86 4 |
| Positive regulation of neutrophil migration 0.435014093329169 0.2123631564821405 0.8318237270852089 1.0 0.9899895479395868 5 O00429,Q07021,Q8NHP6,Q8NE86 4 |
| Columnar cuboidal epithelial cell differentiation 0.343608144415102 0.2116842352059055 0.8323533878765479 1.0 0.9900873784763126 12 Q9P287,P04818,Q86UL3 3 |
| Intracellular sterol transport 0.3496311295509254 0.2114224784568877 0.832557617888217 1.0 0.9900873784763126 11 O15118,Q96JX3 2 |
| Mammary gland epithelial cell proliferation 0.5197167544880078 0.211277385548726 0.8326708283446491 1.0 0.9900873784763126 3 Q9NQC3 1 |
| Cholesterol efflux 0.3859378673352423 0.2047768012245202 0.8377465128610981 1.0 0.9933511939083792 7 O15118,Q8WTV0 2 |
| Positive regulation of lymphocyte apoptotic process 0.4727784730913575 0.2046168723010655 0.8378714721176983 1.0 0.9933511939083792 2 P04637 1 |
| Positive regulation of t cell apoptotic process 0.4727784730913575 0.2046168723010655 0.8378714721176983 1.0 0.9933511939083792 2 P04637 1 |
| Regulation of phospholipid transport 0.4727784730913573 0.2046168723010649 0.8378714721176987 1.0 0.9933511939083792 2 Q05655 1 |
| Negative regulation of membrane potential 0.4727784730913494 0.2046168723010459 0.8378714721177136 1.0 0.9933511939083792 2 O75915 1 |
| Negative regulation of ion transmembrane transport 0.305468804307635 0.2034464913131278 0.8387860647308183 1.0 0.9940713076245844 17 Q96PU5,P21796,Q9UMX0,P78417 4 |
| Cellular response to interleukin 1 0.3609022298966007 0.2017601537552688 0.8401042335725448 1.0 0.9949047757880164 8 Q08722 1 |
| Regulation of golgi to plasma membrane protein transport 0.4089044205706595 0.2001733158980344 0.8413450356403525 1.0 0.995842435267651 6 P98194 1 |
| Negative regulation of intracellular protein transport 0.3348963433488138 0.2001572405148486 0.8413576075468967 1.0 0.995842435267651 13 Q9GZP9,Q8NBM4 2 |
| Nephron development 0.3204158104221006 0.1981003689340886 0.8429665361860894 1.0 0.9960624373746122 15 P35610,Q12769,P39210 3 |
| Chromosome organization involved in meiotic cell cycle 0.3203585365875384 0.1977741446554672 0.8432217761609062 1.0 0.9960624373746122 15 Q92791,O94901,Q9BTX1 3 |
| Thioester metabolic process 0.2771302178493579 0.1970950653229791 0.8437531449909152 1.0 0.9960624373746122 34 P50897,Q9HCL2,Q86UL3,Q6Y1H2,Q53GQ0,Q9NZ01 6 |
| Cellular response to starvation 0.287655535480236 0.1970316503313563 0.8438027698529136 1.0 0.9960624373746122 30 P04062,Q9Y371,P21964 3 |
| Regulation of peptide transport 0.3031515967612216 0.1965867989729817 0.8441509019176725 1.0 0.9960624373746122 22 P50416,Q9BRT2,P00367,Q08209,Q8N5M9,P40939,Q16836,O95563 8 |
| Myeloid leukocyte cytokine production 0.359677785069391 0.1965687791092975 0.8441650045563656 1.0 0.9960624373746122 8 P09601,P14174 2 |
| Monocarboxylic acid biosynthetic process 0.2724514446514904 0.1964109588724714 0.8442885193772156 1.0 0.9960624373746122 40 Q12770,O00767,Q9P035,Q6Y1H2,Q9H7Z7,Q8NCG7,Q53GQ0,Q9H1P3,Q92604,Q9NZ01 10 |
| Hindbrain development 0.2739648084629419 0.1962159146078697 0.8444411721210765 1.0 0.9960624373746122 36 Q7Z4L5,P04062,O15020,O14949,P18887,O15228,Q9BRK5 7 |
| N acetylneuraminate catabolic process 0.4693366708385402 0.196182091896806 0.8444676442945762 1.0 0.9960624373746122 2 Q9UJ70 1 |
| Amino sugar catabolic process 0.4693366708385402 0.196182091896806 0.8444676442945762 1.0 0.9960624373746122 2 Q9UJ70 1 |
| Positive regulation of nuclease activity 0.4452097683155832 0.1957238379154228 0.8448263253008708 1.0 0.9962807179929188 4 Q05655,P26583,P23396 3 |
| Regulation of animal organ morphogenesis 0.3587604714601248 0.1926968635172648 0.8471963799699316 1.0 0.9978078350698908 8 Q8TAA9 1 |
| Development of secondary sexual characteristics 0.5117179099617669 0.1919500005074986 0.8477813708484558 1.0 0.9978078350698908 3 Q99623 1 |
| Regulation of monocyte chemotaxis 0.4436534115134259 0.1914254574875304 0.8481922766475627 1.0 0.9978078350698908 4 Q4KMQ2,P09429 2 |
| Negative regulation of dendrite morphogenesis 0.4671464330412865 0.1909139445152568 0.8485930149716332 1.0 0.9979637103641036 2 Q08209 1 |
| Regulation of immune effector process 0.2692326862746302 0.1907762384518195 0.8487009057237371 1.0 0.9979637103641036 44 P14174,P09601,Q99623,P55061,Q7Z434,Q96FZ2,Q08722,O15400,P11279,P15151 10 |
| Regulation of mitochondrial outer membrane permeabilization involved in apoptotic signaling pathway 0.3577716412530332 0.1885398340327501 0.8504534923472491 1.0 0.999196231273848 8 P05141,Q969V5 2 |
| Columnar cuboidal epithelial cell development 0.3534208224456575 0.1867876380624131 0.8518271397316279 1.0 0.9997772453485384 9 P49841,Q00534,P04818,Q86UL3 4 |
| Positive regulation of fibroblast migration 0.50935407541077 0.1863944566418165 0.8521354392174265 1.0 0.9998224370223322 3 Q14155 1 |
| Negative regulation of protein binding 0.3014709279689193 0.1850540456143841 0.8531866452738452 1.0 1.0 22 O75381,Q9GZU8,P55061,Q14012,P16615,P49841,Q6IAN0 7 |
| Response to tumor necrosis factor 0.2832535572602874 0.1844107446432364 0.8536912413650464 1.0 1.0 31 P04062,Q86VX2 2 |
| Positive regulation of fibroblast proliferation 0.4038482692613437 0.1830621963399244 0.85474921743166 1.0 1.0 6 P11802,P14174 2 |
| Intra golgi vesicle mediated transport 0.3019625379579186 0.1815533187998687 0.8559332860859916 1.0 1.0 17 O95249,O14653 2 |
| Positive regulation of erk1 and erk2 cascade 0.3375246519775877 0.1814113393339993 0.856044719047639 1.0 1.0 12 Q99623,Q13641 2 |
| Phagolysosome assembly 0.5070422535211357 0.1810308698266558 0.8563433456982055 1.0 1.0 3 P61106,P51149 2 |
| Extrinsic apoptotic signaling pathway via death domain receptors 0.309575815110421 0.1793880482243184 0.8576330153048812 1.0 1.0 16 P09601 1 |
| Leukocyte proliferation 0.2722158235400304 0.178484392516515 0.8583425773647142 1.0 1.0 35 P04062,Q9HCL2 2 |
| Regulation of dna catabolic process 0.4618272841051161 0.1784441836200664 0.8583741525700732 1.0 1.0 2 O95831 1 |
| Regulation of apoptotic dna fragmentation 0.4618272841051161 0.1784441836200664 0.8583741525700732 1.0 1.0 2 O95831 1 |
| Positive regulation of protein k63 linked ubiquitination 0.461201501877334 0.1770075013406571 0.859502497402939 1.0 1.0 2 P61088 1 |
| Negative regulation of receptor mediated endocytosis 0.3785469607367321 0.1768837501192359 0.8595997028783215 1.0 1.0 7 Q13432 1 |
| Leukocyte differentiation 0.2676806327468483 0.1757843167441769 0.8604633912003856 1.0 1.0 61 O96005,P24390,P04062,Q8N5M9 4 |
| Corpus callosum development 0.4373825923606728 0.1744565912345314 0.8615066427486837 1.0 1.0 4 Q99622,P43034,Q00535 3 |
| Oligodendrocyte differentiation 0.3013755650632376 0.1722669597216507 0.8632276583315037 1.0 1.0 20 Q15382,Q92542,P49770,P42345,P18074,Q9NR50,P21359,Q00535,Q13144 9 |
| Corpus callosum morphogenesis 0.4583854818523001 0.1706218506830844 0.8645211155045385 1.0 1.0 2 Q99622 1 |
| Ubiquinone metabolic process 0.4210108831593054 0.1697456184273276 0.865210196316204 1.0 1.0 5 Q8NI60 1 |
| Innate immune response activating signal transduction 0.4351909830933032 0.1686601527219597 0.8660639632000984 1.0 1.0 4 Q16512,Q13153,O43318 3 |
| Response to lectin 0.4351909830933032 0.1686601527219597 0.8660639632000984 1.0 1.0 4 Q16512,Q13153,O43318 3 |
| Membrane invagination 0.328705438677554 0.168281287353125 0.8663619944553542 1.0 1.0 13 Q13636,Q4KMQ2,P51790 3 |
| Defense response to gram positive bacterium 0.5013583568307423 0.1681395351615116 0.8664735075114327 1.0 1.0 3 P04439 1 |
| Cerebral cortex neuron differentiation 0.4342517219787071 0.1661974821147487 0.868001540873754 1.0 1.0 4 Q96ST3,P50542,P43034 3 |
| Multi multicellular organism process 0.2961391569043014 0.1661841776761766 0.868012010691926 1.0 1.0 24 P41440,Q9UIQ6,P15291,P35613,Q15363,Q96QD8 6 |
| Regulation of dna primase activity 0.5004694835680833 0.1661618114912318 0.8680296116288133 1.0 1.0 3 Q9BRX5,Q9BRT9 2 |
| Short term memory 0.4561952440550546 0.1657453042513077 0.8683573914784384 1.0 1.0 2 P14672 1 |
| Regulation of type i interferon mediated signaling pathway 0.3281760112914104 0.1655932002567069 0.8684770988216832 1.0 1.0 13 Q969V5,Q7Z434 2 |
| Ribose phosphate metabolic process 0.2508431690676254 0.1642005359302439 0.8695732792225095 1.0 1.0 142 P49902,Q9HCL2,Q9BRR6,P50897,P00403,P35610,P24539,Q53GQ0,Q9NZ01,O75964,P56385,Q6Y1H2,P52789,Q8WVC6,P00846,Q8IWA4,P56134,Q8TB61,Q86UL3,P36542,P04035 21 |
| Regulation of lipase activity 0.3395450734061748 0.1637090148910502 0.8699602204436481 1.0 1.0 11 P50897,P16435 2 |
| Sulfur compound metabolic process 0.2498498517449572 0.1618802289305015 0.8714001724792135 1.0 1.0 99 O43505,Q13126,Q9Y6N5,Q9HCL2,Q11206,Q9H7Z7,Q9HC21,P50897,P35610,Q15118,Q8TB36,Q53GQ0,Q9NZ01,Q9UBX3,P15586,Q8NCH0,O60725,O75027,Q6Y1H2,Q99735,P78417,Q8TB61,Q86UL3,Q9NX62 24 |
| Regulation of oxidoreductase activity 0.3064163850175699 0.1608825536591368 0.8721859034631358 1.0 1.0 16 P23634,Q99623,Q15070,P16435,Q8WTV0,Q9BQ95 6 |
| Regulation of skeletal muscle fiber development 0.4536921151439144 0.1602688920576051 0.8726692626277404 1.0 1.0 2 Q8NEZ5 1 |
| Positive regulation of jun kinase activity 0.3966165413533937 0.1592862878199346 0.8734433235655155 1.0 1.0 6 Q16512,P23396,Q13153,O43318,P18031 5 |
| Negative regulation of lipid biosynthetic process 0.3425069521461934 0.1571544717828839 0.8751231086082283 1.0 1.0 10 Q8NF37,Q12770 2 |
| Terminal button organization 0.4521276595744527 0.1568986654858886 0.8753247116206753 1.0 1.0 2 Q96QK1 1 |
| Regulation of dendritic cell differentiation 0.4518147684605645 0.1562294751453323 0.8758521441811786 1.0 1.0 2 P09429 1 |
| Dendritic cell differentiation 0.4518147684605645 0.1562294751453323 0.8758521441811786 1.0 1.0 2 P09429 1 |
| Regulation of tolerance induction 0.4518147684605645 0.1562294751453323 0.8758521441811786 1.0 1.0 2 P09429 1 |
| Tolerance induction 0.4518147684605645 0.1562294751453323 0.8758521441811786 1.0 1.0 2 P09429 1 |
| Negative regulation of protein kinase b signaling 0.3462011327701224 0.1557991304421127 0.8761913560627197 1.0 1.0 9 Q8NFG4,O75340,Q969V5 3 |
| Retina development in camera type eye 0.2991210074413287 0.1535757163569906 0.877944285298393 1.0 1.0 18 Q8NF37,P20020,P23634,Q8NBN7 4 |
| Fucose metabolic process 0.4934161433024554 0.1508389034076121 0.8801027968682829 1.0 1.0 3 Q9BTY2 1 |
| Forebrain development 0.2652626374712919 0.1507911896706819 0.8801404364198353 1.0 1.0 59 Q7Z4L5,Q9NQC3,O14949,Q96N66,O94901 5 |
| Cell death in response to oxidative stress 0.2935120967843315 0.1477457668570632 0.8825434112366177 1.0 1.0 24 Q9UMX0,Q07820,Q99720,P04062,P23246,Q15118,Q13546,Q9NR28 8 |
| Protein transport to vacuole involved in ubiquitin dependent protein catabolic process via the multivesicular body sorting pathway 0.447747183979961 0.1476774633622219 0.8825973182302125 1.0 1.0 2 Q9BRG1 1 |
| Rna interference 0.370103415857117 0.1461617322975558 0.8837937142764924 1.0 1.0 7 Q5KU26,Q15631,O75569,Q08211,Q92879,Q9HAV4 6 |
| Response to reactive oxygen species 0.276246645789762 0.1453170017424714 0.8844605917582282 1.0 1.0 32 P09601,P39210,Q99720 3 |
| Regulation of membrane protein ectodomain proteolysis 0.4907668231611981 0.145254628595516 0.8845098358555279 1.0 1.0 3 O43847,Q9Y5X1 2 |
| Positive regulation of membrane protein ectodomain proteolysis 0.4907668231611981 0.145254628595516 0.8845098358555279 1.0 1.0 3 O43847,Q9Y5X1 2 |
| Response to type i interferon 0.295977024854639 0.1449050504638788 0.8847858388324894 1.0 1.0 17 Q7Z434,Q969V5,P23458 3 |
| Regulation of stem cell population maintenance 0.4115252113999533 0.1425583502646293 0.8866389930925285 1.0 1.0 5 Q9Y6J9,Q15061,A5YKK6,Q9NZN8 4 |
| Protoporphyrinogen ix metabolic process 0.4115232836178227 0.1425529682237259 0.88664324392671 1.0 1.0 5 P22830 1 |
| Intraciliary transport 0.3910474143355677 0.1415570946216214 0.8874298590884968 1.0 1.0 6 Q7Z4L5 1 |
| Regulation of wnt signaling pathway 0.2626520967349304 0.141341085197933 0.8876004940860347 1.0 1.0 46 Q7Z4L5,P50402,Q9H2V7,Q13641 4 |
| Phosphatidylinositol 3 kinase signaling 0.3343084782660921 0.139741204135574 0.8888644696036931 1.0 1.0 11 Q10713 1 |
| Fc epsilon receptor signaling pathway 0.4436795994993583 0.1393996666169698 0.8891343357890871 1.0 1.0 2 P19174 1 |
| Meiotic sister chromatid cohesion centromeric 0.4421151439298972 0.1362889739343579 0.8915928400781052 1.0 1.0 2 O60566 1 |
| Response to carbohydrate 0.2727507246580475 0.1361944080236065 0.8916675957290592 1.0 1.0 33 Q8N183,P62995,Q9HCL2,P49770,Q15043,Q08209,Q8N5M9,Q9NR50,O95563,Q9NWS0,Q13144 11 |
| Nuclear migration 0.3216638231217768 0.1330424491202839 0.8941598093348824 1.0 1.0 13 Q9UH99,O94901,Q15154,Q5SNT2 4 |
| Dna damage response signal transduction by p53 class mediator 0.308026575136949 0.1293144104631381 0.8971088692719904 1.0 1.0 15 O75844 1 |
| Midbrain development 0.2946398333792342 0.1290294870508581 0.8973343165572059 1.0 1.0 20 O14949,P24539,Q8IXJ6 3 |
| Phosphatidylinositol 3 phosphate biosynthetic process 0.482003129890461 0.1274549595103097 0.8985803194784523 1.0 1.0 3 O00443,Q01968 2 |
| Keratinocyte proliferation 0.4185973700688861 0.1270953114859395 0.8988649622625795 1.0 1.0 4 P58107,O14936,Q13247 3 |
| Regulation of keratinocyte proliferation 0.4185973700688861 0.1270953114859395 0.8988649622625795 1.0 1.0 4 P58107,O14936,Q13247 3 |
| Negative regulation of cell death 0.2468778116466815 0.1266038028419809 0.8992539869318292 1.0 1.0 214 P14174,Q07820,Q9BVC6,Q9HCL2,Q15392,P45880,Q15041,P50897,P09601,O60313,Q9Y241,P12235,Q9P0J0,O15118,P21796,Q9H4A6,Q9H3K2,Q9H300,Q8N2F6,Q8IWB1,Q4ZIN3,Q99623,Q86XL3,Q86UE4,Q9NVI7,P31751,P04062,P51812,P55061,P05141,Q12981,P16435,Q01105 33 |
| Epithelial cell proliferation 0.2634335521538314 0.1264138581571727 0.8994043329312988 1.0 1.0 43 P09601,P57105,Q9NQC3,Q8WTV0 4 |
| Negative regulation of wound healing 0.3853383458646729 0.1239253139088342 0.9013744098381836 1.0 1.0 6 O14936,Q05655,P58107,P55011,O75122 5 |
| Regulation of macrophage activation 0.3853206165561989 0.1238714322929176 0.9014170724350998 1.0 1.0 6 P14174 1 |
| Lymphoid progenitor cell differentiation 0.4801251956181627 0.1237758617678754 0.901492744340158 1.0 1.0 3 O43809,Q8NFG4 2 |
| Pro b cell differentiation 0.4801251956181627 0.1237758617678754 0.901492744340158 1.0 1.0 3 O43809,Q8NFG4 2 |
| Positive regulation of ion transport 0.2657585513312038 0.1236915829093344 0.9015594763453124 1.0 1.0 37 O00483,P14174,Q13586,Q9P246,P08183,P78417,O76024,O75323,Q15042,P54709,P20020,Q4KMQ2,Q15041,Q00535 14 |
| Response to topologically incorrect protein 0.262505716026955 0.1220630909296777 0.9028490524189712 1.0 1.0 58 O14657,Q96HE7,Q15629,P57088,Q96CS3,P48723,P55061,Q92905,Q9GZP9,Q9UKV5,Q7Z2K6,Q15363,Q9Y4P3,Q8TCJ2,Q6NTF9,P46379 16 |
| Spindle assembly involved in female meiosis 0.4788732394366266 0.1213497277963517 0.9034140339236854 1.0 1.0 3 O14965,O95067 2 |
| Primary alcohol metabolic process 0.2994378503119077 0.1209166847559584 0.903757026614148 1.0 1.0 16 Q9Y394,P51648,Q9HBH5,Q8NBN7 4 |
| Regulation of chromatin binding 0.384089054792852 0.1201419476858447 0.9043707035779398 1.0 1.0 6 Q7L2J0,Q7Z5K2 2 |
| Sterol homeostasis 0.3240152879762003 0.1169501985789234 0.9068995183388772 1.0 1.0 12 O15118,Q8WTV0 2 |
| Regulation of atp biosynthetic process 0.3615014464566324 0.1161930242933612 0.907499565114982 1.0 1.0 7 Q8NFG4,P00403 2 |
| Regulation of synaptic transmission gabaergic 0.4760563380281767 0.1159688398875542 0.9076772373021544 1.0 1.0 3 P33176,P21359 2 |
| Ventricular cardiac muscle cell differentiation 0.4311639549436709 0.1156496680744895 0.90793019753862 1.0 1.0 2 P06493 1 |
| Ventricular cardiac muscle cell development 0.4311639549436709 0.1156496680744895 0.90793019753862 1.0 1.0 2 P06493 1 |
| Membrane protein proteolysis 0.3236638850383594 0.1153281136984066 0.9081850555222236 1.0 1.0 12 Q9H300,Q9Y4W6,Q9NZ08 3 |
| Gmp salvage 0.4132748904195369 0.1146540337371673 0.9087193493334204 1.0 1.0 4 P55263,P00492,P00813 3 |
| Memory 0.3610342685672096 0.1146053410142651 0.908757946090386 1.0 1.0 7 O00264 1 |
| Exocytosis 0.2603477327391166 0.1131674079704 0.909897834310882 1.0 1.0 75 P49755,P61026,O43760,Q5JRA6,P09601,P49841,Q92543,Q92905,Q4J6C6,Q6IQ22,Q8N5M9,Q9Y3C0,Q13636,Q9BRK5,O15498,P11279,Q7L0J3,P16615 18 |
| Synapse maturation 0.4115522070921289 0.1107218669280493 0.9118369052946242 1.0 1.0 4 P07196 1 |
| Negative regulation of necrotic cell death 0.3989711596341648 0.1087816205450559 0.913375701977621 1.0 1.0 5 Q13546,P12235 2 |
| Negative regulation of programmed necrotic cell death 0.3989711596341648 0.1087816205450559 0.913375701977621 1.0 1.0 5 Q13546,P12235 2 |
| Folic acid containing compound metabolic process 0.3104000307638697 0.1074864635717882 0.914403063611509 1.0 1.0 14 Q9H2D1 1 |
| Negative regulation of endocytosis 0.3341959099951114 0.1065788667578998 0.9151230849584788 1.0 1.0 9 Q13432 1 |
| Chaperone mediated autophagy 0.3372393880698953 0.1064234171707174 0.9152464143653904 1.0 1.0 8 P10619 1 |
| Negative regulation of fat cell differentiation 0.3368803159297898 0.1050631214047049 0.9163257221578364 1.0 1.0 8 Q8N4Q0,Q8IXJ6 2 |
| Calcium mediated signaling using intracellular calcium source 0.4068539968155864 0.1002348610719944 0.9201578702355556 1.0 1.0 4 P51572 1 |
| T cell mediated immunity 0.3025660759452264 0.1002255206160767 0.9201652855002068 1.0 1.0 15 Q14699,O15400,P53634,P04439,P15151 5 |
| Positive chemotaxis 0.4067783251314558 0.1000688021594434 0.9202897032489656 1.0 1.0 4 P14174,P26583 2 |
| Cellular response to estradiol stimulus 0.4673663336546256 0.1000502311535278 0.9203044467774052 1.0 1.0 3 O95831 1 |
| Regulation of heart contraction 0.2776577506977277 0.0983752042396593 0.9216343633103156 1.0 1.0 29 P23634,P78417,O75844,P05023,P17302,Q6PI78,P20020,P16615 8 |
| Hyperosmotic response 0.331500127989891 0.0959484386781197 0.9235615235107462 1.0 1.0 9 Q9BPX6 1 |
| Regulation of cell cell adhesion 0.2580344479285694 0.0950759786328902 0.9242544779026822 1.0 1.0 46 Q11206,Q9HCL2,Q08722,P30825 4 |
| Detection of abiotic stimulus 0.3338141445439661 0.0935600810449281 0.9254586211763942 1.0 1.0 8 Q13432 1 |
| Sertoli cell development 0.4635367762128424 0.0933620682233621 0.9256159240288068 1.0 1.0 3 Q9Y2H6,P51659 2 |
| Cellular response to extracellular stimulus 0.2604260887271372 0.0920759802306092 0.926637672367359 1.0 1.0 42 P09601,Q9Y371,P04062,P21964 4 |
| Reticulophagy 0.35420760491207 0.0918899039771526 0.926785512982631 1.0 1.0 7 Q86VR2,Q9Y6I9 2 |
| Type b pancreatic cell apoptotic process 0.4625978090766923 0.0917527211574989 0.9268945085871744 1.0 1.0 3 O76024,Q13247 2 |
| Cellular hyperosmotic response 0.3538804441626623 0.090824404726915 0.927632118024488 1.0 1.0 7 Q9BPX6 1 |
| Thymocyte apoptotic process 0.4619718309859255 0.090686496416915 0.9277417007134604 1.0 1.0 3 P04637,P00813 2 |
| Positive regulation of oxidative stress induced intrinsic apoptotic signaling pathway 0.4613944690606391 0.0897078105830113 0.9285194090230318 1.0 1.0 3 Q07820 1 |
| Regulation of synaptic transmission glutamatergic 0.4017875648518965 0.089317279570381 0.9288297618423268 1.0 1.0 4 Q8NBU5,Q00535 2 |
| Glutamate biosynthetic process 0.4611370513154659 0.0892729249379193 0.9288650109070165 1.0 1.0 3 P00367 1 |
| Negative regulation of endoplasmic reticulum stress induced intrinsic apoptotic signaling pathway 0.3525618943016766 0.0865519079390466 0.9310276942775052 1.0 1.0 7 P55061 1 |
| G quadruplex dna unwinding 0.4000239273013998 0.0856126702560837 0.9317743260346742 1.0 1.0 4 P51530 1 |
| Hydrogen peroxide metabolic process 0.3288327463164995 0.0855894639483467 0.9317927742752266 1.0 1.0 9 P00403 1 |
| Response to antibiotic 0.3286726595526006 0.0849728703685507 0.9322829589934454 1.0 1.0 9 P50416,P23458 2 |
| Regulation of response to tumor cell 0.3994523155501618 0.0844226225035968 0.9327204213329524 1.0 1.0 4 P15151 1 |
| Response to virus 0.2560933969289407 0.0825218183953271 0.9342317689335976 1.0 1.0 80 Q9HCL2,O75844,O43657,O60858 4 |
| Regulation of protein localization to cell periphery 0.268494566917716 0.0818188833575597 0.9347907396711894 1.0 1.0 32 P23634,Q9BXS4,O15400,Q9UNK0,O00264,O15258,P98194,Q9HD26 8 |
| Neuron projection extension 0.2612363533417142 0.0816752490416052 0.9349049609891766 1.0 1.0 35 Q9NQC3,Q969V5 2 |
| Icosanoid transport 0.4563322043993831 0.0813209501049585 0.9351867133924328 1.0 1.0 3 P14174 1 |
| Regulation of synapse structure or activity 0.2635062684734933 0.0791638984083095 0.9369022593377976 1.0 1.0 34 P50897,O00264 2 |
| Heart morphogenesis 0.2807465434986105 0.0790885540802859 0.9369621875159522 1.0 1.0 26 Q9NQC3 1 |
| Positive regulation of syncytium formation by plasma membrane fusion 0.3696147751219235 0.0783364567143191 0.9375604182881948 1.0 1.0 6 P41440 1 |
| Regulation of syncytium formation by plasma membrane fusion 0.3696147751219235 0.0783364567143191 0.9375604182881948 1.0 1.0 6 P41440 1 |
| Positive regulation of cell activation 0.2598410726845588 0.0782657673696125 0.9376166475877392 1.0 1.0 40 P14174,Q9HCL2,Q96FZ2,Q08722,P04439,P11279,P30825 7 |
| Cellular response to fatty acid 0.3692685333643759 0.077383206300612 0.9383187001499278 1.0 1.0 6 P11802 1 |
| T cell proliferation 0.284194981591041 0.0772478239897179 0.9384263972341635 1.0 1.0 23 Q9HCL2 1 |
| Action potential 0.2850859730168867 0.0768468790672686 0.93874535686985 1.0 1.0 22 P04062,P16615 2 |
| Galactose catabolic process 0.45320813771519 0.0763187445147244 0.9391655133685712 1.0 1.0 3 P16278,P51570 2 |
| Embryonic brain development 0.3855308487316194 0.0755257668421898 0.9397963971048222 1.0 1.0 5 P27635,P62995,P35222,O60508 4 |
| Regulation of meiotic nuclear division 0.3948285540689824 0.0749884605926292 0.940223893154535 1.0 1.0 4 Q8IXJ6 1 |
| Quinone metabolic process 0.3229047850511093 0.0747989037176635 0.9403747140824604 1.0 1.0 10 Q8NI60,Q8N0U8 2 |
| Response to isoquinoline alkaloid 0.4507042253521218 0.0724048250368724 0.9422797450512616 1.0 1.0 3 P06744,P63151 2 |
| Response to salt stress 0.3480283583889493 0.0721308601620021 0.9424977673244096 1.0 1.0 7 Q9BPX6 1 |
| Interleukin 6 mediated signaling pathway 0.3925836584067774 0.0705316154333866 0.9437705377241729 1.0 1.0 4 P23458 1 |
| Regulation of vasculature development 0.2589363678209866 0.0700458924476013 0.9441571324237814 1.0 1.0 40 P09601,P57105,P52789,Q86UE4 4 |
| Regulation of endocytosis 0.2561925163439145 0.0695399316946147 0.944559848671688 1.0 1.0 45 P41440,P50897,Q8NBU5,Q13432,P57105,Q96PU5,Q4KMQ2 7 |
| Embryonic axis specification 0.3465260371128877 0.0674450809085208 0.9462273814915154 1.0 1.0 7 Q15363,Q8N2A8 2 |
| Embryonic pattern specification 0.3465260371128877 0.0674450809085208 0.9462273814915154 1.0 1.0 7 Q15363,Q8N2A8 2 |
| Actin filament based movement 0.2790465062771893 0.0673120382296772 0.9463332935043464 1.0 1.0 26 Q9UM22,P16615 2 |
| Synapse assembly 0.2825569043083612 0.0664555128787179 0.9470151749523672 1.0 1.0 17 O15020,O14966,O15228,Q13641 4 |
| Trna pseudouridine synthesis 0.39768460575718 0.0646329378703169 0.9484662589006988 1.0 1.0 2 Q96PZ0 1 |
| Regulation of proton transport 0.3257148322594192 0.0641715006009423 0.9488336698346264 1.0 1.0 8 Q8TAD4 1 |
| Positive regulation of deoxyribonuclease activity 0.4450704225352198 0.0639070781327364 0.9490442162673096 1.0 1.0 3 Q05655,P23396 2 |
| Positive regulation of i kappab phosphorylation 0.396120150187717 0.0626779893350767 0.950022924890414 1.0 1.0 2 Q96HY6 1 |
| Regulation of i kappab phosphorylation 0.396120150187717 0.0626779893350767 0.950022924890414 1.0 1.0 2 Q96HY6 1 |
| Pigment granule maturation 0.4425665101721531 0.0602666928111474 0.9519432289948536 1.0 1.0 3 O14617,Q9BXS5 2 |
| Pigment accumulation 0.4425665101721531 0.0602666928111474 0.9519432289948536 1.0 1.0 3 O14617,Q9BXS5 2 |
| Transcription coupled nucleotide excision repair 0.3866624921728189 0.0591644891114438 0.9528210936576142 1.0 1.0 4 P19447,P18074,Q93009 3 |
| Cellular response to antibiotic 0.4410015649452372 0.0580338280405343 0.9537216830439844 1.0 1.0 3 P04637,P61160 2 |
| Response to actinomycin d 0.4410015649452362 0.0580338280405332 0.9537216830439852 1.0 1.0 3 P04637,O95251 2 |
| Negative regulation of b cell apoptotic process 0.4403068957998461 0.0570530868946482 0.9545029067465828 1.0 1.0 3 P14174 1 |
| Regulation of b cell apoptotic process 0.4403068957998461 0.0570530868946482 0.9545029067465828 1.0 1.0 3 P14174 1 |
| Adiponectin activated signaling pathway 0.3914267834793376 0.057031973309692 0.9545197255648136 1.0 1.0 2 P33121 1 |
| Regulation of wound healing spreading of epidermal cells 0.3850970569818352 0.0562534325941036 0.9551399154603316 1.0 1.0 4 P42345,Q96AC1,O75122 3 |
| Wound healing spreading of epidermal cells 0.3850970569818352 0.0562534325941036 0.9551399154603316 1.0 1.0 4 P42345,Q96AC1,O75122 3 |
| Astrocyte differentiation 0.3148425151271103 0.0560577678818365 0.9552957873520193 1.0 1.0 11 Q7Z4L5,P08670 2 |
| Positive regulation of mitophagy in response to mitochondrial depolarization 0.3847839699436397 0.0556759472771033 0.955599961065946 1.0 1.0 4 Q709C8,Q16543,O95140 3 |
| Regulation of ribosome biogenesis 0.3898623279098776 0.0552220144254829 0.9559615907178995 1.0 1.0 2 Q5T3I0 1 |
| Mitochondrial fragmentation involved in apoptotic process 0.3764484810523074 0.0548085952861002 0.956290952649462 1.0 1.0 5 Q96QK1,Q9NT62,O00429,Q9Y3D6 4 |
| Response to vitamin 0.3219241792365463 0.0509300511447717 0.9593812592255722 1.0 1.0 8 P20020,Q8TB36 2 |
| Proteolysis 0.2349701221502177 0.0507743802223695 0.9595053061578152 1.0 1.0 377 P67812,Q96A26,O60858,P46379,Q6P179,Q9H8M7,Q9UHG3,Q70CQ2,O75844,Q4J6C6,P36551,Q9NZ08,Q9Y4W6,Q4ZIN3,Q969V5,Q9UG56,Q9NZJ7,Q8TAD4,P49841,Q96HE7,O14773,P04062,Q10713,Q92905,P28072,P42785,P53634,Q6NTF9,Q00535,Q15005,Q92896,Q9UJX5,Q8NBM8,Q9Y679,Q9BXS4,P55786,Q9HB40,Q12797,Q96A33,Q9P0J0,Q9H300,Q9BXK5,Q96KC8,Q96PU5,P42892,P10619,Q9UBV2,Q9NWW5,P09960,Q9UNS2,Q8NBM4,O43292,Q15392,P49721,Q15041,O75503,P51572,O75340,P28074,Q8TCJ2,P49755,Q7L5N1,Q9GZP9,Q8IXJ6,Q9UMX0,Q9NQH7,P16435,Q9UIQ6,Q969V3,Q9UBU6,Q96CS3,P51784,Q7Z2K6,Q9GZU8,Q9UKV5,Q96FZ2,Q92643,O00487,P51812,P27824,A4D1P6,P43686,Q9NR28 83 |
| Positive regulation of behavior 0.4356807511737194 0.0506843248553096 0.9595770675475612 1.0 1.0 3 Q96QK1,Q92769 2 |
| Germ cell migration 0.4353677621283356 0.0502635958473891 0.9599123333875852 1.0 1.0 3 P05556,P78310 2 |
| Natural killer cell activation 0.3212624785044008 0.0486529974279861 0.9611958341007754 1.0 1.0 8 P11279 1 |
| Regulation of leukocyte proliferation 0.2812653917062866 0.0472416506737887 0.9623206321243736 1.0 1.0 20 Q9HCL2 1 |
| Regulation of lipid localization 0.2802267430724587 0.0464190637191214 0.9629762422391716 1.0 1.0 22 Q9BZF1,P31751,P14174,Q9Y3D6,Q9BXB4,Q9Y6B6,Q8WTV0,O15260 8 |
| Defense response to bacterium 0.3030926878745156 0.0459492592754998 0.9633506923881336 1.0 1.0 13 P61106,P62820,Q7Z434,Q8IXJ6,P26583,P04439 6 |
| Axoneme assembly 0.4320631821910671 0.0458995069092117 0.9633903471940344 1.0 1.0 3 A0AVF1 1 |
| Positive regulation of interleukin 8 production 0.3391757916659805 0.0452012027022354 0.963946935614096 1.0 1.0 7 P62820,Q13546,Q7Z434 3 |
| Regulation of protein complex stability 0.3719373634974517 0.0450537987486987 0.9640644272564332 1.0 1.0 5 Q969V3 1 |
| Positive regulation of transmembrane transport 0.2617065976487353 0.0450532645625206 0.9640648530429828 1.0 1.0 33 Q9BZF1,O00483,P31751,Q13586,P08183,P78417,O75323,Q4KMQ2,Q15041,Q00535 10 |
| Intrinsic apoptotic signaling pathway in response to dna damage 0.2789480441215059 0.0436276886241697 0.9652011803750772 1.0 1.0 23 P14174,Q07820,Q9BVC6,P09601,P46379 5 |
| Endocytosis 0.239370852592279 0.0432982795541813 0.9654637626548288 1.0 1.0 106 P50897,P41440,Q8NBU5,P51790,Q5VW38,P62820,Q9NX40,Q13432,Q9UBG0,O15118,P57105,Q96PU5,Q14108,O15260,Q4KMQ2,Q8WTV0 16 |
| Response to acid chemical 0.2802272125550816 0.0411425661043094 0.9671822404703444 1.0 1.0 20 Q14103,Q9UQB8,P23634,Q9P2J5,P55061,Q15388,O95831,Q99729,O94826 9 |
| Positive regulation of inflammatory response 0.3017949826612872 0.0402095865303057 0.9679260348664692 1.0 1.0 13 P53634,Q99735,Q08722,Q13546 4 |
| Secretion by tissue 0.4273070516292403 0.0398667600602311 0.9681993516538544 1.0 1.0 3 P17302 1 |
| Regulation of skeletal muscle cell differentiation 0.3757044458359362 0.0396131498351566 0.9684015436160645 1.0 1.0 4 P17844,Q9BYT8,Q9BRT2 3 |
| Dsrna processing 0.2799323917264321 0.0394175435461145 0.96855749305169 1.0 1.0 20 Q15631,O75844,O75569,P22626,Q13546 5 |
| Lateral ventricle development 0.3745306633291536 0.0393188948059464 0.9686361423871608 1.0 1.0 2 Q00534 1 |
| Forebrain morphogenesis 0.3745306633291491 0.0393188948059422 0.968636142387164 1.0 1.0 2 P21359 1 |
| Tissue migration 0.2520939151768646 0.0371831033163961 0.9703390108959484 1.0 1.0 51 P09601,P57105,Q9NQC3,Q8WTV0 4 |
| Sperm motility 0.3741772623792076 0.0370410264088867 0.9704522938273394 1.0 1.0 4 P23634 1 |
| Receptor localization to synapse 0.3057550210681701 0.0367306908889643 0.9706997373573952 1.0 1.0 12 P57105 1 |
| Positive regulation of nucleobase containing compound transport 0.4247261345853002 0.0367144205956452 0.970712710422896 1.0 1.0 3 Q07666,Q16630 2 |
| Positive regulation of rna export from nucleus 0.4247261345853002 0.0367144205956452 0.970712710422896 1.0 1.0 3 Q07666,Q16630 2 |
| Negative regulation of tor signaling 0.373724508995691 0.0362856371436457 0.9710546022976017 1.0 1.0 4 O75340 1 |
| Smooth muscle tissue development 0.371088861076333 0.036187998981098 0.9711324551486682 1.0 1.0 2 P21359 1 |
| Monocarboxylic acid transport 0.3533856246980179 0.0360916320731176 0.9712092946208104 1.0 1.0 6 P14174,O95563 2 |
| Response to thyroxine 0.3704630788485509 0.0356353126785065 0.9715731507483436 1.0 1.0 2 O94826 1 |
| Response to l phenylalanine derivative 0.3704630788485509 0.0356353126785065 0.9715731507483436 1.0 1.0 2 O94826 1 |
| Gamma aminobutyric acid metabolic process 0.3701501877346603 0.0353608610674368 0.9717919935239294 1.0 1.0 2 O43175 1 |
| Regulation of long chain fatty acid import into cell 0.4235584552362942 0.0353160020363741 0.9718277635103852 1.0 1.0 3 P31751 1 |
| Programmed necrotic cell death 0.2896711024170696 0.0349017573808544 0.97215807928118 1.0 1.0 15 Q13510 1 |
| Regulation of actin nucleation 0.3356314634910692 0.0348867186444958 0.9721700711538126 1.0 1.0 7 Q9Y2A7,P60983,Q7L576,P53365,P53367,Q9Y6W5 6 |
| Regulation of arp2 3 complex mediated actin nucleation 0.3356314634910692 0.0348867186444958 0.9721700711538126 1.0 1.0 7 Q9Y2A7,P60983,Q7L576,P53365,P53367,Q9Y6W5 6 |
| Carnitine metabolic process 0.352616029259028 0.0342139289830521 0.9727065593220184 1.0 1.0 6 P16435,P23786 2 |
| Positive regulation of actin cytoskeleton reorganization 0.4224891186584997 0.0340504613365345 0.972836911680413 1.0 1.0 3 Q00535 1 |
| Hair follicle maturation 0.3664625711735257 0.0336957895550124 0.9731197365160092 1.0 1.0 5 Q08J23,P18074 2 |
| Negative regulation of reactive oxygen species metabolic process 0.3091006903830083 0.0331535328016767 0.9735521531850384 1.0 1.0 11 P52789,Q8IXJ6 2 |
| Trna wobble uridine modification 0.3658926671539761 0.0325438246296773 0.9740383675224564 1.0 1.0 5 Q969Y2,O75648 2 |
| Trna wobble base modification 0.3658926671539761 0.0325438246296773 0.9740383675224564 1.0 1.0 5 Q969Y2,O75648 2 |
| Middle ear morphogenesis 0.3713212273011886 0.0323305676865587 0.9742084324522418 1.0 1.0 4 P63173,P54802,O75569 3 |
| Positive regulation of long term synaptic potentiation 0.3648310387984866 0.0308851315838025 0.9753611475445628 1.0 1.0 2 Q13501 1 |
| Cell fate specification 0.4194053208137792 0.0304811790260526 0.9756833033680312 1.0 1.0 3 P05556,P35222 2 |
| Pyrimidine deoxyribonucleoside metabolic process 0.3635794743429204 0.0298832451991848 0.9761601682764544 1.0 1.0 2 P04183 1 |
| Small rna loading onto risc 0.3697557921101984 0.0298037011273603 0.976223607006649 1.0 1.0 4 Q08211,Q5KU26,O75569 3 |
| Cell junction disassembly 0.4181620395211094 0.0290756843661703 0.9768042286619756 1.0 1.0 3 Q00535 1 |
| Smoothened signaling pathway 0.278121612190338 0.0288912001789789 0.9769513639337076 1.0 1.0 20 Q7Z4L5,P16435,Q96J42 3 |
| Pyrimidine deoxyribonucleotide biosynthetic process 0.3639210773567223 0.0286027922995155 0.9771813850639528 1.0 1.0 5 P34896,P32321,P33316,P04818 4 |
| Regulation of axonogenesis 0.2745839633383316 0.0283359217126972 0.9773942307106414 1.0 1.0 25 Q8N0X7,P07196,Q9NQC3,P49841 4 |
| Intrinsic apoptotic signaling pathway in response to osmotic stress 0.3595118898623195 0.0267580891708223 0.9786526812345202 1.0 1.0 2 P16989 1 |
| Regulation of intrinsic apoptotic signaling pathway in response to osmotic stress 0.3595118898623195 0.0267580891708223 0.9786526812345202 1.0 1.0 2 P16989 1 |
| Negative regulation of intrinsic apoptotic signaling pathway in response to osmotic stress 0.3595118898623195 0.0267580891708223 0.9786526812345202 1.0 1.0 2 P16989 1 |
| Positive regulation of t cell mediated immunity 0.3102348710557152 0.0263602486944197 0.9789700000697938 1.0 1.0 10 O15400,P15151 2 |
| Replicative senescence 0.3570087609511738 0.0249323112370221 0.9801089545992784 1.0 1.0 2 P04637 1 |
| Dtmp metabolic process 0.3659987476518416 0.0238974549318523 0.9809344043745942 1.0 1.0 4 P34896,P33316,P04818 3 |
| Pyrimidine deoxyribonucleoside monophosphate metabolic process 0.3659987476518416 0.0238974549318523 0.9809344043745942 1.0 1.0 4 P34896,P33316,P04818 3 |
| Pyrimidine deoxyribonucleoside monophosphate biosynthetic process 0.3659987476518416 0.0238974549318523 0.9809344043745942 1.0 1.0 4 P34896,P33316,P04818 3 |
| Positive regulation of smooth muscle cell migration 0.3538798498122567 0.0227515136610456 0.9818484844941158 1.0 1.0 2 Q96N67 1 |
| Mitochondrial acetyl coa biosynthetic process from pyruvate 0.3647463994990549 0.021978152145178 0.9824653833908632 1.0 1.0 4 P09622,O95563,P08559 3 |
| Gtp biosynthetic process 0.3641202254226643 0.0210277374403114 0.9832235292869722 1.0 1.0 4 P15531,P20839,P12268 3 |
| Sensory system development 0.2539630809551593 0.0206213217984512 0.983547731746042 1.0 1.0 37 P23634,Q8NBN7,O43819,Q8NF37,P17302,P08670,P20020 7 |
| Second messenger mediated signaling 0.2688105444121904 0.0193701421806457 0.9845458290265764 1.0 1.0 28 P23634,Q9Y3D6,P78417,P51572,O75844,P42345,Q08209,P49841,P16615 9 |
| Positive regulation of programmed necrotic cell death 0.4087636932707464 0.019062668498308 0.9847911122375256 1.0 1.0 3 P04637,Q13546 2 |
| Regulation of calcineurin mediated signaling 0.3460034935745129 0.0185570866559433 0.985194436822727 1.0 1.0 6 P23634,P49841 2 |
| Fat cell proliferation 0.3429286608260191 0.0159613750181526 0.9872652060371364 1.0 1.0 2 Q13501 1 |
| Regulation of histone h2b ubiquitination 0.402503912363078 0.0129776968186377 0.9896455867238858 1.0 1.0 3 P50750,O75150 2 |
| Cytokine production involved in immune response 0.2952501836469627 0.0120067528423163 0.9904202274556696 1.0 1.0 13 P09601,P14174,Q7Z434 3 |
| Negative regulation of actin nucleation 0.335106382978714 0.0118563556419862 0.9905402185183008 1.0 1.0 2 P60983 1 |
| Negative regulation of arp2 3 complex mediated actin nucleation 0.335106382978714 0.0118563556419862 0.9905402185183008 1.0 1.0 2 P60983 1 |
| Negative regulation of cold induced thermogenesis 0.3100529097776422 0.0116758764566524 0.9906842101060798 1.0 1.0 8 Q8NFG4,Q9UIQ6,Q96N67 3 |
| Positive regulation of developmental growth 0.2706972359573753 0.0111003868993784 0.991143354558314 1.0 1.0 26 Q9HCL2,Q969V5 2 |
| Ornithine metabolic process 0.3326032540675749 0.0106639509361268 0.9914915594543072 1.0 1.0 2 P54886 1 |
| Positive regulation of interleukin 1 production 0.3080399393923284 0.0106161971994749 0.9915296592667756 1.0 1.0 9 Q96RD7 1 |
| Positive regulation of histone phosphorylation 0.33197747183979 0.0103746428899488 0.9917223811056556 1.0 1.0 2 P50750 1 |
| Meiosis i cell cycle process 0.2744235371127547 0.0102110163358375 0.9918529292912992 1.0 1.0 18 O94901,Q9BTX1 2 |
| Regulation of focal adhesion disassembly 0.331038798498113 0.009947167455177 0.9920634395460136 1.0 1.0 2 Q15555 1 |
| Peptidyl tyrosine dephosphorylation involved in inactivation of protein kinase activity 0.3310387984981126 0.0099471674551767 0.9920634395460136 1.0 1.0 2 P18031 1 |
| Negative regulation of blood pressure 0.3556501239240048 0.0087718867637695 0.9930011367379448 1.0 1.0 4 P42785 1 |
| Cellular response to leucine starvation 0.3551080203688297 0.0080252285551687 0.9935968627705783 1.0 1.0 4 Q9P2J5,P42345 2 |
| Myeloid leukocyte differentiation 0.2661500255631971 0.0010333194266177 0.9991755305298452 1.0 1.0 28 P04062,Q8N5M9 2 |
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