| Term es nes pval sidak fdr geneset_size leading_edge leading_edge_size |
| Mitochondrial transport 0.5893509166764395 5.146843552813177 2.649060780385427e-07 0.0017439439388724 0.0007734960022193 92 O60830,P56385,Q9UJS0,Q9NS69,Q99595,Q8N4H5,P45880,P24539,O75947,P00846,O75964,O43772,Q9Y512,P55786,P50416,P06576,P51572,Q5JRX3,P30536,O75431,Q3ZCQ8,O95831,Q9Y5Y0,Q9UJZ1,P36542,O96008,Q9Y3D6,Q15070,Q15388,O14925,O14737,O00165,Q6NUK1,Q9UII2,Q10713,O43615,Q9UBX3,P23786,O43464 39 |
| Mitochondrial transmembrane transport 0.735072993150558 5.093142898734116 3.5217605200355393e-07 0.0023177981633273 0.0007734960022193 51 O60830,O75027,P56385,Q9UJS0,Q9BPX6,Q8WWC4,Q99595,Q6P4A7,P24539,O75947,P00846,Q9BQT8,O75964,P21796,O43772,Q9Y4W6,P50416,P06576,Q9Y619,Q9H2D1,Q3ZCQ8,Q9UJZ1,O95831,P48047,P36542,O96008,O95202,Q15388,Q96NB2,O14925,Q8IYU8,Q9BSK2,P12236,O43615,P23786 35 |
| Membrane lipid metabolic process 0.7426643795876654 4.839623624897368 1.3008525154845074e-06 0.0085346937401541 0.0021428293061335 42 O95470,Q9P035,P50897,P07602,O15121,Q8NBX0,P17900,O43292,P04062,Q13510,P06280,O15270,Q9NZJ7,Q99805,Q16739,Q5H8A4,Q06136,Q99735,P06865,O15269,P27544,P07686,Q8NCC3,Q96G23,O43464,P16278 26 |
| Sphingolipid metabolic process 0.7610428357058904 4.578849802694079 4.675397606623832e-06 0.0303365891687471 0.0061612389660102 33 O95470,Q9P035,P50897,P07602,O15121,P17900,P04062,Q13510,P06280,O15270,Q9NZJ7,Q99805,Q16739,Q06136,P06865,P27544,P07686,Q8NCC3,Q96G23,O43464,P16278 21 |
| Mitochondrial respiratory chain complex assembly 0.686999284858993 4.496062419343075 6.922342268067538e-06 0.0445869042876559 0.0076018855340506 44 Q9Y2R0,Q9NX14,Q9H061,O75306,O43676,O43920,Q96CU9,Q9Y512,O95168,Q86Y39,Q9Y375,O95831,Q00059,O43674,P03886,O95169,Q69YU5,Q15070,Q9Y6M9,Q9BSK2,Q8N183,O43819,Q6DKK2,O75880 24 |
| Anion transport 0.5792348803907769 4.3103142472426 1.6302271661050582e-05 0.1018485241376838 0.0153450954249526 74 Q9C0H2,Q9UJS0,Q5T3U5,P45880,P07602,O00400,O75746,Q9BQT8,P08183,P21796,Q9UHG3,Q9H0H5,Q08722,Q9Y619,P08195,P30536,Q9H2D1,P30825,Q4KMQ2,P33527,Q9NZJ7,Q14728,O60831,P41440,Q9HC21,Q96S66,Q9H2J7,Q96NB2,Q99808,P51790,Q6NUK1,Q9Y277,Q15043,O43681,Q8TB61,P12236,Q9UBX3 37 |
| Transmembrane transport 0.5494305624018754 4.240614168182342 2.229090193606176e-05 0.1365993041041899 0.0168149436488047 228 O60830,Q9C0H2,O75298,Q9UJS0,Q9NS69,O75027,Q99595,P45880,Q8NE01,O75964,P21796,Q9UHG3,Q9Y4W6,Q8WTV0,Q8N4V1,P50416,Q9UDW1,P04062,Q9H0U3,Q8NEW0,Q9H2V7,O95831,Q9Y5Y0,Q9UM00,Q14728,P48047,Q9HC21,P08133,O14925,Q99523,O00189,P51790,Q9Y277,Q15043,O75844,Q8TB61,Q9UBX3,P23786,P36543,P52789,Q15629,P38435,Q70HW3,P98194,Q8WWC4,P13073,Q8IXU6,P00846,O75746,P78417,Q9HD20,P05067,Q9UGP8,Q13423,P08195,P16615,Q3ZCQ8,Q4KMQ2,P33527,P07948,Q9NRK6,P55011,P33121,Q15388,Q07820,Q9HAV7,Q8IYU8,Q9BSK2,P20674,P56385,Q5T3U5,Q6P4A7,P24539,Q99623,Q9BQT8,P08183,O14548,O75381,Q16625,P06576,P35670,Q9H2D1,P0DP25,P36542,O96008,O95202,Q9H2J7,Q13586,Q99808,Q6NUK1,O43615,Q9BPX6,O75947,O00400,O43772,P20020,Q9Y619,P30825,Q9UJZ1,O60831,P41440,Q96NB2,Q9UKG1,P00403,P49755,P05023,P12236 107 |
| Protein targeting to mitochondrion 0.6363708974938008 4.229414941253046 2.3429984351786004e-05 0.1430553733519303 0.0168149436488047 50 O60830,Q9NS69,Q99595,Q8N4H5,Q9Y512,P55786,P51572,P30536,Q3ZCQ8,O95831,O96008,Q9Y3D6,Q15388,O14925,O14737,O00165,Q9UII2,Q10713,O43615 19 |
| Cellular ion homeostasis 0.5125954442550477 4.197174211788549 2.702660347342345e-05 0.1631251123242856 0.0168149436488047 97 P98194,O75027,Q9BPX6,Q8WWC4,O76024,P50897,O75503,P78417,Q92544,Q9HD20,P05067,P20020,P09601,Q9Y4W6,O75787,Q9Y639,P06576,P51572,P16615,P35670,Q8N511,Q8NEW0,P0DP25,Q9UM00,Q9Y5Y0,Q9UJZ1,O95202,Q15904,P02786,Q9Y3D6,Q93050,Q9Y487,P08133,Q13586,Q8IYU8,P51790,P07686,Q15043,P02794,Q16891,P05023,Q96A33,O43819,O75880 44 |
| Lytic vacuole organization 0.7712293746552193 4.186705790262066 2.8303231646820137e-05 0.1701353240476936 0.0168149436488047 26 P11117,P10253,O75787,P07686,P50897,Q9P253,O75503,P04062,Q14108,O14773,P54802,Q8N511 12 |
| Anion transmembrane transport 0.636254464665823 4.168778327938547 3.0623664256435035e-05 0.1827272638557988 0.0168149436488047 46 Q9UJS0,P45880,Q9BQT8,O75746,P08183,P21796,Q9UHG3,Q9Y619,P08195,Q9H2D1,P30825,Q4KMQ2,P33527,Q14728,O60831,P41440,Q9HC21,Q96NB2,P51790,Q9Y277,Q8TB61,P12236,Q9UBX3 23 |
| Mitochondrion organization 0.538130015163551 4.11798319276847 3.822025629118819e-05 0.2226294013551447 0.0178190712084065 202 O60830,Q9Y2R0,Q9NS69,Q9NX14,Q99595,O75306,Q8N4H5,P45880,Q9UG56,O43676,P21796,P14406,O43920,Q9Y4W6,Q96CU9,Q9Y512,P04062,Q13505,Q5JRX3,O96000,O95831,Q9UDX5,O95169,Q69YU5,Q15070,Q96A26,O14925,O00165,P27544,Q6DKK2,Q9H061,P55786,Q9Y375,Q9NX63,P30536,Q3ZCQ8,Q9Y3D6,Q5TC12,Q15388,O14737,Q5XKP0,Q9BSK2,O60313,O75153,Q8N183,O75880,Q99623,Q7Z3C6,Q9NVI7,O14548,Q9Y6C9,Q86Y39,P51572,Q04837,P0DP25,Q00059,O43674,O96008,O95202,Q6UXV4,P02786,Q9Y6M9,Q9H3K2,Q9BUR5,Q9UII2,Q10713,Q16891,O43615,O43819,O43464,P02545,O95168,Q9BUB7,Q8IWA4,Q9UJZ1,P03886,Q96EY1 77 |
| Protein localization to mitochondrion 0.588830461853278 4.1120955356011235 3.9208397773826675e-05 0.2276745092671692 0.0178190712084065 65 O60830,Q9NS69,Q99595,Q8N4H5,Q9Y512,P55786,Q9Y6C9,P51572,P30536,Q3ZCQ8,P0DP25,O95831,O96008,Q9Y3D6,Q15070,Q15388,O14925,O14737,O00165,Q9UII2,Q10713,O43615 22 |
| Metal ion homeostasis 0.5056156225684028 4.104234985889258 4.056549827380351e-05 0.234550081723215 0.0178190712084065 88 P98194,O75027,Q9BPX6,Q8WWC4,P30519,O76024,Q8NE01,P78417,Q9HD20,P05067,P20020,P09601,Q9Y4W6,Q9Y639,P51572,P16615,P35670,Q9Y5X3,Q8N511,Q8NEW0,P0DP25,Q9UM00,Q9Y5Y0,Q9UJZ1,O95202,Q15904,P02786,Q9Y3D6,Q9Y487,P08133,Q13586,Q8IYU8,P07686,Q15043,P02794,Q16891,P05023,Q96A33,O43819,O75880 40 |
| Nitrogen compound transport 0.3252323394399697 3.987008028183436 6.691176229800533e-05 0.3565406039396283 0.0275551001113477 620 O60830,O75027,O75298,Q9UJS0,Q9NS69,Q96C92,Q99595,Q8N4H5,P50897,Q9UNK0,P07602,P43307,Q14108,Q15005,Q9H0U4,O60725,A6NIH7,Q9Y679,Q9Y512,Q7Z3B4,Q16836,P61020,P50416,Q9P2W9,Q08722,Q08379,Q8NFH4,Q5JRX3,Q9Y282,O15173,P61019,O95831,Q9Y5Y0,Q9H9H4,P50395,Q9HC21,Q15070,P41208,O14925,O00165,Q99523,Q9UBV2,O00189,O15400,Q8TCT9,Q9Y277,Q86U42,Q9Y5M8,Q8TB61,Q16850,Q13190,Q15629,O95249,P98194,Q8WWC4,Q86Y82,P24390,O43731,Q96PC5,Q8N1F7,Q86UP2,O75746,Q9HD20,P63010,Q9UGP8,P40939,Q96KC8,P57740,P55786,Q969Q5,Q53F19,O95070,Q15363,P30040,P20339,P08195,P30536,P10619,Q3ZCQ8,Q9Y2D4,Q6UWE0,P33527,P07948,Q92945,P46379,Q9Y3D6,Q96PU8,Q12846,P55011,Q15388,Q07820,P14625,O14737,P00367,O15514,Q9UP83,Q9NQG6,Q9HAV7,Q9BSK2,Q9BTX1,P20340,P49257,Q8N183,Q9GZP9,Q6I9Y2,Q7Z434,Q6P4A7,P56589,Q99623,P08183,O75381,O95391,Q9P253,P50402,P04035,P51572,O60499,Q9Y5X3,Q9H2D1,P22626,Q9NZJ7,Q8N5M9,Q13432,O96008,P02786,Q96ED9,Q9H2J7,O00560,Q99808,Q6NUK1,Q9UII2,P40855,Q10713,Q9Y3A6,Q13555,Q07955,O43615,O95721,Q99567,Q9HD42,O43464,P02545,O15127,P18031,O75955,O00400,Q92544,O43823,O43772,P37198,Q32P28,Q9ULX6,Q9Y619,P82979,P30825,Q07666,O60831,P41440,Q15904,Q86V81,Q9H444,Q96NB2,Q9UKG1,P51991,P49755,O43681,P12236,Q13439 168 |
| Aerobic respiration 0.4901670348462154 3.9506844572834647 7.792801097128432e-05 0.4015951049269174 0.0285441644699369 91 P20674,P56385,O75306,P13073,P24539,O43676,O75947,P00846,O75964,P14406,O43920,Q13423,O14548,O95168,Q9UDW1,P14927,P06576,Q9Y375,O96000,P22695,Q9UJZ1,P36542,O43674,P03886,O14949,O95169,Q15070,P48735,Q9Y6M9,Q9H3K2,Q9BSK2,P21912,P00403 33 |
| Protein transmembrane transport 0.7497627728220387 3.950531959120214 7.79776840884594e-05 0.4017909437724208 0.0285441644699369 25 O60830,O95831,O00189,Q9NS69,O75381,Q99595,O96008,P49755,Q07820,O43615,Q15629,Q15388,Q3ZCQ8,O14925 14 |
| Ion transmembrane transport 0.5100074910862852 3.8393045162530695 0.0001233833226486 0.5564846517349316 0.0427880375227198 165 P98194,Q9C0H2,O75027,Q9UJS0,P20674,Q8WWC4,P56385,Q9BPX6,Q6P4A7,P13073,P45880,P24539,O75947,P00846,O75746,P78417,O75964,Q99623,P21796,Q9BQT8,P08183,Q9HD20,O00400,P05067,O43772,Q9UHG3,P20020,Q13423,Q9Y4W6,O14548,Q8N4V1,Q9UDW1,P06576,Q9H0U3,P08195,P16615,P35670,Q9Y619,Q9H2D1,Q8NEW0,P30825,Q4KMQ2,P0DP25,P33527,Q9UM00,Q9UJZ1,Q14728,P48047,P36542,O60831,P41440,O95202,Q9HC21,Q9H2J7,P08133,Q13586,Q96NB2,Q8IYU8,P51790,P00403,Q9Y277,Q15043,O75844,Q8TB61,P05023,P12236,Q9UBX3,P36543,Q70HW3 69 |
| Ceramide metabolic process 0.7542270385974191 3.817460712018238 0.0001348322496808 0.5887152951087777 0.0444204846573416 23 P06865,P17900,O95470,Q99805,Q16739,P27544,P07686,Q8NCC3,P04062,Q96G23,O15121,Q13510,P06280,O15270,O43464 15 |
| Nadh dehydrogenase complex assembly 0.6584991394217635 3.7403887841757686 0.0001837358322986 0.7020252808648902 0.0530793127539831 31 O43920,Q9NX14,Q96CU9,Q9H061,O95168,O75306,O43674,P03886,O43676,Q86Y39,O95169,Q9Y375,Q8N183,Q15070,O96000,Q9Y6M9 16 |
| Cellular respiration 0.480996823509173 3.737819681518341 0.0001856229939747 0.7057081851211418 0.0530793127539831 106 P20674,P56385,Q9UJS0,O75306,P13073,P24539,O43676,O75947,P00846,O75964,P14406,O43920,Q13423,O14548,O95168,Q9UDW1,P04062,P14927,P06576,Q9Y375,O96000,P22695,Q9UJZ1,P36542,O43674,P03886,O14949,O95169,Q15070,P48735,Q9Y6M9,Q9H3K2,Q9BSK2,P21912,P00403,O43819 36 |
| Oxidative phosphorylation 0.5522606789308463 3.713051679876707 0.000204775051334 0.7406044026768263 0.0530793127539831 64 P20674,P56385,P13073,O75306,P24539,O43676,O75947,P00846,O75964,P14406,O43920,O14548,O95168,Q9UDW1,P14927,P06576,Q9Y375,O96000,P22695,Q9UJZ1,P36542,O43674,P03886,O14949,O95169,Q9Y6M9,Q9H3K2,Q9BSK2,P00403 29 |
| Organic acid transmembrane transport 0.6463794785948592 3.708649576467114 0.0002083675591681 0.7466737017115022 0.0530793127539831 33 Q9UJS0,O95563,Q9BQT8,O75746,P08183,P11166,O43772,Q9H9B4,P50416,Q9Y619,P08195,Q9H2D1,P30825,P33527,O75915,O60831,P41440,P05556,P23786,Q9H2J7,P33121,Q96NB2,Q15758,Q9UBX3,Q02978 25 |
| Membrane lipid biosynthetic process 0.6889484028886407 3.7073378910358072 0.0002094494053124 0.7484734374161459 0.0530793127539831 27 Q8NBX0,O95470,Q99805,Q9P035,O43292,Q16739,P27544,P04062,Q5H8A4,Q96G23,O15121,Q06136,Q13510,O15270 14 |
| Ion homeostasis 0.478200059283913 3.6364475916785945 0.0002764238511698 0.838234663655402 0.0604071653225279 117 P98194,O75027,Q9BPX6,Q8WWC4,P30519,O76024,P50897,O75503,Q8NE01,P78417,Q92544,Q9HD20,P05067,P20020,P09601,Q9Y4W6,O75787,Q9Y639,P06576,P51572,P16615,P35670,P30536,Q8N511,Q9Y5X3,Q8NEW0,P0DP25,Q9UM00,Q9Y5Y0,Q9UJZ1,O95202,Q15904,P02786,Q9Y3D6,Q93050,Q9Y487,P08133,Q13586,Q8IYU8,P51790,P07686,Q15043,P02794,Q16891,P05023,Q96A33,O43819,O75880 48 |
| Respiratory electron transport chain 0.5686448011315898 3.6354789776390017 0.0002774646211929 0.8393405012802715 0.0604071653225279 52 P20674,Q9UJS0,P13073,O75306,O43676,O43920,O14548,O95168,Q9UDW1,P04062,P14927,Q9Y375,O43674,P03886,O14949,O95169,Q9Y6M9,Q9H3K2,P21912,P00403,O43819 21 |
| Cation transmembrane transport 0.4808967695927596 3.6336060584725343 0.0002794874851714 0.8414682565954363 0.0604071653225279 124 P98194,O75027,P20674,P56385,Q9BPX6,Q8WWC4,P13073,P24539,O75947,P00846,P78417,Q99623,O75964,O00400,P21796,Q9HD20,O43772,P05067,P20020,Q13423,Q9Y4W6,O14548,Q8N4V1,Q9UDW1,P06576,Q9H0U3,P08195,P16615,P35670,Q9Y619,Q8NEW0,P30825,Q4KMQ2,P0DP25,Q9UM00,Q9UJZ1,P48047,P36542,O95202,Q9HC21,Q9H2J7,P08133,Q13586,Q96NB2,Q8IYU8,P51790,P00403,Q15043,P05023,P36543,Q70HW3 51 |
| Monovalent inorganic cation homeostasis 0.6494132204590276 3.6111195504988154 0.0003048780750523 0.8658971082318664 0.0617788536095933 29 O75787,P51790,P50897,O75503,Q15904,P06576,Q92544,Q9Y5X3,Q8N511,Q93050,Q9Y487 11 |
| Inorganic anion transport 0.6452572767527821 3.607291532834021 0.0003094099513001 0.8698434902570971 0.0617788536095933 30 P33527,Q9C0H2,Q5T3U5,P51790,Q9Y277,Q15043,P45880,O43681,Q96S66,P08183,P21796,P30536,Q9UBX3,Q9UHG3,Q4KMQ2,Q9H0H5 16 |
| Proton transmembrane transport 0.5826537524811716 3.5940789189157036 0.0003255411609126 0.8829717507127111 0.0617870033669074 44 P20674,P56385,P13073,P24539,O75947,O00400,Q99623,P00846,O75964,Q13423,O14548,Q9UDW1,P06576,Q9UJZ1,P48047,P36542,P00403,P51790,P05023 19 |
| Organophosphate ester transport 0.6459607387466584 3.5843646209152005 0.0003378997712266 0.8921266937820976 0.0617870033669074 29 P33527,Q99808,Q9BSK2,Q8WTV0,Q6NUK1,P41440,P61916,Q08722,Q8TB61,O00400,Q14108,Q7Z3C6,P08183,Q9HC21,P12236,Q9H2D1,P22307,Q4KMQ2 18 |
| Steroid metabolic process 0.518395289926995 3.5774681322005653 0.0003469385015022 0.8983657226246251 0.0617870033669074 72 Q15392,O95470,O76062,O15118,P05067,P37268,O75845,Q14534,Q14739,Q9BQE5,Q8WTV0,P04062,P04035,P30536,Q13510,Q15125,P38571,Q53GQ0,Q16850,Q9BZF3,P38435 21 |
| Mitochondrial membrane organization 0.5669476561835023 3.5774519663646265 0.0003469599521286 0.8983800913979191 0.0617870033669074 49 Q9NS69,P45880,Q9Y4W6,Q9Y512,Q13505,Q9NX63,O75431,Q3ZCQ8,P0DP25,Q8IWA4,O95202,Q6UXV4,Q15070,O14737,Q5XKP0,Q9H3K2,Q9BUR5,Q9UII2,O60313,Q16891,P52789 21 |
| Vacuole organization 0.551959875891851 3.538552524998895 0.0004023272300257 0.9294523938988914 0.0665789904552384 56 P11117,P10253,O00189,O75787,P07686,P50897,Q9P253,O75503,P04062,Q14108,Q7Z3C6,P16615,O14773,P54802,Q8N511 15 |
| Protein targeting 0.4722499378842691 3.5344682875669795 0.0004085964631155 0.9323083378635432 0.0665789904552384 121 O60830,Q9NS69,Q99595,Q8N4H5,P56589,P43307,Q14108,O60725,O75381,Q9Y512,P55786,P51572,P30536,Q3ZCQ8,O95831,O96008,Q9Y3D6,Q15388,O14925,O14737,O00165,O00189,O00560,Q9Y5M8,Q9UII2,P40855,Q10713,O43615,Q15629 29 |
| Organic anion transport 0.5592043259750874 3.5038742618585466 0.0004585418118285 0.95129749990174 0.0686666363213305 49 Q9UJS0,Q5T3U5,O95563,P07602,O00400,O75746,Q9BQT8,Q6P1M0,P11166,Q9H9B4,O15439,Q08722,Q9Y619,P08195,Q9H2D1,P30825,P33527,Q9NZJ7,Q14728,O75915,O60831,P41440,Q9HC21,P05556,P55011,Q9H2J7,Q96NB2,P05141,Q99808,Q6NUK1,Q15758,Q8TB61,P12236,Q9UBX3,Q02978 35 |
| Intracellular protein transmembrane transport 0.7193499617631942 3.452754703234316 0.0005548933433701 0.9741955162461464 0.0748445027285388 21 O60830,O95831,O75381,Q99595,O96008,Q15629,Q15388,Q3ZCQ8,O14925 9 |
| Inorganic ion transmembrane transport 0.4644461709109765 3.4464753422413414 0.000567950392537 0.9763238777353036 0.0748445027285388 118 P98194,O75027,P20674,P56385,Q9BPX6,Q8WWC4,P13073,P24539,O75947,P00846,P78417,Q99623,O75964,O00400,P21796,Q9HD20,P20020,Q9UHG3,Q13423,Q9Y4W6,O14548,Q8N4V1,Q9UDW1,P06576,Q9H0U3,P08195,P16615,P35670,Q4KMQ2,P0DP25,Q9UM00,Q9UJZ1,P48047,P36542,O95202,Q9H2J7,P08133,Q13586,Q8IYU8,P51790,P00403,Q15043,P05023,Q9UBX3,P36543 45 |
| Atp synthesis coupled electron transport 0.5806023824107553 3.4076219606568663 0.0006553161574145 0.9866907176649614 0.0832213652401609 40 P20674,O43920,Q9H3K2,O14548,P00403,O95168,P13073,O75306,O43674,Q9UDW1,P03886,O43676,P14927,O14949,O95169,Q9Y375,Q9Y6M9 17 |
| Ion transport 0.4888090157088875 3.407013778572053 0.0006567781139001 0.9868183915777788 0.0832213652401609 218 Q9C0H2,O75027,Q9UJS0,O76024,P45880,Q8NE01,P07602,O75964,P21796,Q9UHG3,Q9Y4W6,Q8N4V1,Q9UDW1,Q08722,Q9H0U3,Q8NEW0,O15173,Q9UM00,Q9Y5Y0,Q14728,P48047,Q9HC21,P08133,P51790,Q9Y277,Q15043,O75844,Q8TB61,Q9UBX3,P36543,Q70HW3,P98194,Q8WWC4,P13073,P00846,O75746,P78417,Q9HD20,P05067,Q9H0H5,Q13423,P08195,P16615,P30536,Q4KMQ2,P33527,Q8IYU8,P20674,P56385,Q5T3U5,Q6P4A7,P24539,Q99623,Q9BQT8,P08183,O14548,P06576,P35670,Q9H2D1,P0DP25,Q9NZJ7,P36542,O96008,O95202,P02786,Q96S66,Q9H2J7,Q13586,Q99808,Q6NUK1,Q13555,Q9BPX6,O75947,O00400,O43772,P20020,Q9Y619,P30825,Q9UJZ1,O60831,P41440,Q96NB2,P00403,P02794,O43681,P05023,P12236 87 |
| Regulation of alternative mrna splicing via spliceosome 0.6208634025966665 3.3874820709255515 0.0007053732731305 0.9904321279173948 0.0876925376727814 29 P52756,O00422,O75525,P49756,Q9UHX1,Q15007,P51116,Q9Y2W1,Q07666,P17844,Q92841,P09651,Q01130,Q9BWF3,P51114,Q2TAY7,P62995,P98175,Q96MU7,Q8WXF0,P38159,Q13247 22 |
| Sphingolipid biosynthetic process 0.7157638560446478 3.37041616036677 0.0007505474092606 0.9928968268422352 0.0915806829558926 20 O95470,Q99805,Q9P035,Q16739,P27544,P04062,Q96G23,O15121,Q06136,Q13510,O15270 11 |
| Cellular monovalent inorganic cation homeostasis 0.6542564221065323 3.364075387268449 0.0007680056169971 0.993669228747986 0.0920070729162636 26 O75787,P51790,P50897,O75503,Q15904,P06576,Q92544,Q8N511,Q93050,Q9Y487 10 |
| Liposaccharide metabolic process 0.748453193694161 3.3502021600896263 0.0008075260091016 0.9951216018889284 0.0950140870351879 18 Q8NBX0,P06865,P17900,P07686,Q16739,Q99805,O43292,P04062,Q5H8A4,P06280,P16278 11 |
| Sterol metabolic process 0.5641822093248184 3.3401653934460622 0.0008372850940769 0.9959908754251484 0.0967872190328647 42 Q14534,Q15392,Q14739,Q9BQE5,Q8WTV0,P38571,O76062,P04062,P37268,P04035,Q16850,O76054,O15118,P16435,P05067,O75845,Q15125 17 |
| Regulation of rna splicing 0.4423351242834163 3.334945025972877 0.0008531626390817 0.996389424191999 0.0969222177398217 89 P26368,Q14011,Q12849,P55795,P52756,O75525,O00422,P31942,Q15427,Q9UHX1,P35637,Q15007,Q96E39,P22626,Q14320,Q9Y2W1,Q07666,Q92841,Q01130,Q13242,P51114,Q13595,P98179,P62995,P98175,P49761,P31943,Q07955,O75494,Q8WXF0,P38159,P52597 32 |
| Carbohydrate derivative transport 0.7269146955716769 3.3252687719032767 0.000883333366358 0.997040857329904 0.0976726065488207 19 Q99808,Q9NZJ7,Q8WTV0,Q6NUK1,P41440,Q08722,P07602,Q8TB61,O00400,Q96AA3,P12236 11 |
| Alternative mrna splicing via spliceosome 0.5667654591437042 3.323355418808022 0.000889415145383 0.9971571951305988 0.0976726065488207 41 P52756,Q96I25,O00422,O75525,P49756,O95391,O60828,Q9UHX1,Q15007,P51116,Q9Y2W1,Q07666,P17844,Q92841,P09651,Q01130,Q13242,Q9BWF3,P51114,Q2TAY7,P23246,P62995,P98175,Q96MU7,Q07955,Q8WXF0,P52272,P38159,Q13247 29 |
| Secondary alcohol metabolic process 0.5427215762924398 3.3138587395155623 0.0009201798251026 0.9976792297289608 0.0993945060262485 46 Q14534,Q15392,Q14739,Q9BQE5,Q8WTV0,O76062,P04062,P37268,P04035,Q16850,O76054,O15118,P16435,P48735,P05067,O75845,Q15125 17 |
| Inner mitochondrial membrane organization 0.7050976592183963 3.301231417220045 0.0009626144919392 0.9982457636052045 0.1010116983892265 20 Q5XKP0,Q9H3K2,Q9Y4W6,Q9Y512,Q9BUR5,O95202,Q6UXV4,O60313,Q16891,Q13505,Q9NX63,O75431 12 |
| Glycoprotein biosynthetic process 0.5266065047471178 3.3003008693945435 0.0009658122626379 0.9982823738147384 0.1010116983892265 57 Q9BT22,Q9P2E5,Q96L58,Q96IZ0,Q2TAA5,O15118,Q8WVQ1,Q8N6G5,P04843,Q9H0U3,Q96AA3,Q08379,Q10472,Q8NCH0,Q99805,Q9H9S5,Q9NQX7,Q7LGA3,P46977,Q10469,O14734,O60502,Q8TCJ2,Q92542 24 |
| Lipid localization 0.4640246469905485 3.2567721336345077 0.0011268685468874 0.9994062923104216 0.1160146383662754 81 Q5T3U5,Q86Y82,P07602,Q9H6V9,Q14108,Q7Z3C6,Q99720,O15118,P08183,O43772,Q9Y679,Q14534,Q9BQE5,P17900,Q8WTV0,P50416,P04062,Q96AA3,P30536,Q4KMQ2,Q9H2V7,P33527,Q9UJZ1,Q6IAA8,Q9NZJ7,Q16739,P61916,Q9Y3D6,P33121,Q9BZF3,P22307,P35790,Q9BZF1,P07686,Q9BUR5,P23786,O15260 37 |
| Regulation of ph 0.6761649900399926 3.226621139344405 0.0012526119582882 0.9997409873628446 0.1218182755556401 22 O75787,P51790,P50897,O75503,Q15904,P06576,Q92544,Q8N511,Q93050 9 |
| Regulation of cellular ph 0.6761649900399926 3.226621139344405 0.0012526119582882 0.9997409873628446 0.1218182755556401 22 O75787,P51790,P50897,O75503,Q15904,P06576,Q92544,Q8N511,Q93050 9 |
| Protein transmembrane import into intracellular organelle 0.8319238675032055 3.225576413526081 0.0012571927056888 0.9997486977534416 0.1218182755556401 12 O60830,O95831,O75381,Q99595,O96008,Q15388,Q3ZCQ8,O14925 8 |
| Membrane lipid catabolic process 0.8287939608993679 3.2093491699765604 0.0013303582536645 0.9998449195418516 0.1270395729477656 12 P06865,Q99735,P17900,O95470,P07686,P50897,P04062,Q13510,P06280 9 |
| Endoplasmic reticulum organization 0.5403694964561132 3.1611540356715317 0.0015714537234547 0.9999684031389288 0.1458353321668121 43 Q12981,Q00765,Q5JRA6,Q9P0I2,Q15006,P61026,Q8N4V1,Q12907,Q9P2W9,Q15363,Q8N766,Q9H6H4,Q8NHH9,Q8N5M9,P46379,O95197,P49257,O43681,Q96A33,Q9NQC3,Q15629,Q9NP72,A0FGR8 23 |
| Glycosphingolipid metabolic process 0.8634788696547954 3.133613735154366 0.001726679875516 0.9999886571993636 0.158015190274652 10 P06865,P17900,P07686,Q99805,Q16739,P04062,P16278 7 |
| Transition metal ion homeostasis 0.6111250282533173 3.123438926774185 0.0017875095799511 0.9999924081840414 0.1613411044150391 27 P09601,Q9Y5Y0,P30519,Q15904,P02794,P02786,P35670,Q9Y487,O43819,Q8N511,Q8NEW0,P05067,O75880 13 |
| Cation transport 0.4527817781530724 3.061931529920769 0.0021991375025991 0.9999994987061004 0.1764005282763978 162 P98194,O75027,P20674,P56385,Q9BPX6,O76024,P13073,P24539,O75947,P00846,P78417,Q99623,O75964,O00400,P21796,Q9HD20,O43772,P05067,P20020,Q13423,Q9Y4W6,O14548,Q8N4V1,Q9UDW1,P06576,Q9H0U3,Q9Y619,P16615,P35670,P30536,Q8NEW0,O15173,P30825,P0DP25,Q9UM00,Q9Y5Y0,Q9UJZ1,P48047,P36542,O95202,P02786,Q9HC21,Q9H2J7,P08133,Q13586,Q96NB2,Q8IYU8,Q99808,P51790,P00403,Q15043,P02794,O75844,Q13555,P05023,P36543,Q70HW3 57 |
| Nucleotide transport 0.744247304567117 3.0502337920420377 0.0022866329129114 0.9999997187091044 0.1764005282763978 15 Q99808,Q9BSK2,Q6NUK1,P41440,Q08722,Q8TB61,O00400,P12236,Q9H2D1 9 |
| Cytochrome complex assembly 0.7728076643224219 3.0058113119917524 0.0026487330522531 0.999999974271242 0.1764005282763978 13 Q9Y2R0,Q9BSK2,P53701,Q69YU5,Q15070,Q6DKK2,O75880 7 |
| Alcohol metabolic process 0.4178545219755071 2.9984323009146108 0.0027137243944401 0.999999983252816 0.1764005282763978 89 Q15392,Q9NX62,O76062,O15118,P05067,O75845,P37268,Q14534,Q14739,Q9BQE5,Q8WTV0,P04062,P04035,Q96PE3,Q13510,O94788,O15270,Q15125,Q6NUM9,Q9NZC3,O76054,P16435,P51648,P48735,Q15800,O15269,Q9BY49,Q10713,Q16850,P30837 30 |
| Transition metal ion transport 0.7141169106943422 2.954386242459093 0.0031329163159354 0.9999999989507492 0.1764005282763978 16 P98194,O75027,Q9Y5Y0,Q8N4V1,P02794,P02786,P35670,Q9HD20,Q8NEW0,O15173 10 |
| Steroid biosynthetic process 0.5027759302856201 2.9500067934105925 0.0031776694232872 0.9999999992194332 0.1764005282763978 49 Q15392,O76062,O75845,P37268,Q14534,Q14739,P04035,P30536,O75477,Q13510,Q15125,O76054,P16435,P22307,Q15800,O14734,Q53GQ0,Q16850,P05023,Q9BZF3 20 |
| Phosphatidylglycerol metabolic process 0.7767065062517238 2.934485585523617 0.0033410107110312 0.9999999997348634 0.1764005282763978 12 Q9HCL2,Q9UJZ1,Q6UWP7,Q8NCC3,Q92604,Q99623,Q8NF37 7 |
| Aminoglycan metabolic process 0.6887049361364193 2.88552695200388 0.0039075900202125 0.9999999999937444 0.1764005282763978 17 P15586,P06865,Q96L58,Q8NCH0,P07686,Q9NX62,Q7LGA3,P54802,Q8N6G5,P16278 10 |
| Protein import into mitochondrial matrix 0.832877719425556 2.8390480851282636 0.0045248337743437 0.9999999999998946 0.1764005282763978 9 O60830,Q99595,O96008,Q15388,Q3ZCQ8,O14925 6 |
| Peroxisome organization 0.8033812651332743 2.834873107396635 0.0045843890782035 0.999999999999929 0.1764005282763978 10 O75381,P56589,P40855,Q9Y3D6,P22307,Q7Z434 6 |
| Cristae formation 0.8318257958960401 2.8339361672436914 0.0045978515169142 0.999999999999935 0.1764005282763978 9 Q5XKP0,Q9Y512,Q9BUR5,O95202,Q6UXV4,Q16891,Q9NX63 7 |
| Lipid catabolic process 0.4366687630630033 2.8012421168211254 0.0050906309898608 0.9999999999999976 0.1830501675967959 78 Q13011,Q8NHP8,O95470,P50897,Q8IY17,Q6PIU2,Q9H6V9,Q8NCG7,P40939,P17900,Q8WTV0,Q16836,P50416,P04062,Q13510,A1L0T0,P06280,Q9NZC3,P05166,Q99735,P22307,P30084,P55084,Q15067,P06865,O15254,P07686,P38571,Q8NCC3,P04066,O14734,P23786 32 |
| Electron transport chain 0.4557120479976858 2.797913181505509 0.0051433935633817 0.9999999999999982 0.1830501675967959 70 P20674,Q9UJS0,P13073,O75306,O43676,O15121,O43920,O14548,O95168,Q9UDW1,P04062,P14927,Q9Y375,O43674,P03886,O14949,O95169,P16435,Q9Y6M9,Q9H3K2,P21912,P00403,O43819 23 |
| Establishment of protein localization to membrane 0.4056457670893846 2.796676817727692 0.0051631150619371 0.9999999999999984 0.1830501675967959 93 P98194,Q9NS69,P56589,P43307,Q15006,O15118,Q9HD20,O60725,Q9Y512,Q8N4V1,P0DP25,Q15904,Q9H444,Q9Y3D6,Q15070,O14737,O00560,P40855,O43681,Q96A33,Q15629,Q13439 22 |
| Regulation of mrna processing 0.4065421031477283 2.792895078647386 0.0052238632778913 0.999999999999999 0.1830501675967959 88 P26368,Q14011,Q16629,Q8N684,Q15637,P52756,O75525,O00422,Q6PJT7,Q5VTR2,Q15427,Q9UHX1,Q15007,P51116,Q13573,Q96E39,P50750,P22626,Q9Y2W1,P09012,Q07666,P17844,Q92841,P09651,Q01130,P19338,Q96PU8,Q9BWF3,Q13242,P51114,Q13595,P98179,Q2TAY7,P62995,P61978,P98175,Q96MU7,Q8N7H5,O75494,Q8WXF0,Q07021,P38159,Q13247 43 |
| Circulatory system process 0.4354396867561181 2.785612980889018 0.0053426617873046 0.9999999999999996 0.1830501675967959 78 Q9HB40,P78417,P08183,P42892,P20020,Q9NZ08,P09601,O75787,Q16625,P42785,P16615,Q9Y5X3,P30825,P0DP25,P10253,P41440,P02786,Q9UIQ6,P00813,Q99808,O75844 21 |
| Glycoprotein metabolic process 0.462113614835864 2.777182771368365 0.00548323359239 0.9999999999999998 0.1830501675967959 66 Q9BT22,Q9P2E5,Q96L58,Q9NX62,Q96IZ0,Q2TAA5,O15118,Q8WVQ1,Q9H0U4,Q8N6G5,Q9NY61,P04843,Q9H0U3,Q96AA3,Q08379,Q10472,Q8NCH0,Q99805,Q9H9S5,Q9NQX7,Q7LGA3,P46977,Q10469,O14734,O60502,Q8TCJ2,Q92542,P04844,O43505 29 |
| Mitochondrial atp synthesis coupled proton transport 0.7597101844240677 2.7587669119212905 0.0058019902289812 1.0 0.1830501675967959 11 P56385,Q9UJZ1,P36542,P24539,O75947,P06576,P00846,O75964 8 |
| Cellular transition metal ion homeostasis 0.6008380701167129 2.754019967811125 0.0058868176446889 1.0 0.1830501675967959 23 P09601,Q9Y5Y0,Q15904,P02794,P02786,P35670,Q9Y487,O43819,Q8N511,Q8NEW0,P05067,O75880 12 |
| Atp synthesis coupled proton transport 0.7427575068275943 2.7502725904566345 0.0059545706911778 1.0 0.1830501675967959 12 P56385,Q9UJZ1,P36542,P24539,O75947,P06576,P00846,O75964 8 |
| Carboxylic acid transport 0.5236434678918479 2.7316019661683777 0.006302723445053 1.0 0.1830501675967959 35 Q9UJS0,Q5T3U5,O95563,P07602,O75746,Q9BQT8,Q6P1M0,Q9H9B4,O15439,Q9Y619,P08195,Q9H2D1,P30825,P33527,Q9NZJ7,O75915,O60831,P41440,P05556,P55011,Q9H2J7,Q96NB2,Q15758,Q9UBX3,Q02978 25 |
| Glycosylation 0.4823959455535197 2.7188973603300073 0.0065499929555976 1.0 0.1830501675967959 46 P04843,Q9BT22,Q96L58,Q9H9S5,O75503,P04062,Q9H0U3,Q2TAA5,Q08379,O15118,Q96AA3,O60502,Q8TCJ2,P46977,Q10472,P04844,Q9UP83,Q10469 18 |
| Ph reduction 0.7041397892861948 2.7140612182298205 0.0066463882699938 1.0 0.1830501675967959 14 P51790,P50897,O75503,Q8N511,Q93050 5 |
| Mitochondrial calcium ion homeostasis 0.7457740572042685 2.6840960519126535 0.0072726208843201 1.0 0.1830501675967959 11 Q9BPX6,Q8IYU8,Q9Y4W6,O95202,Q16891,Q9Y3D6,P51572,P08133 8 |
| Iron ion homeostasis 0.6426486957335684 2.6816082316846437 0.0073269209064179 1.0 0.1830501675967959 18 O75027,P09601,Q9Y5Y0,P30519,P02794,Q15904,P02786,Q8N511,Q9Y487 9 |
| Ceramide biosynthetic process 0.6980029488807163 2.6781506390617933 0.0074029915694235 1.0 0.1830501675967959 14 P27544,Q16739,P04062,Q96G23,O15121,Q13510,O15270 7 |
| Proteoglycan metabolic process 0.7724963946569235 2.676997197051804 0.0074285256422437 1.0 0.1830501675967959 10 Q96L58,Q8NCH0,Q99805,Q7LGA3,Q8WVQ1,Q8N6G5 6 |
| Sterol biosynthetic process 0.554659383417362 2.6748490159841953 0.0074762911767447 1.0 0.1830501675967959 27 Q14534,Q15392,Q14739,O76062,Q16850,P04035,O76054,O75845,P16435,O75477,P37268,Q15800,Q15125 13 |
| Protein exit from endoplasmic reticulum 0.6048482263041828 2.671270176450658 0.0075564798279448 1.0 0.1830501675967959 21 Q9Y679,Q9UBV2,Q9NR31,Q8TCT9,P49257,Q92544,P51572,Q9GZP9,Q96CS3,P14625,O15260 11 |
| Regulation of mitochondrion organization 0.4741390755233546 2.6563009702244043 0.0079003070331276 1.0 0.1859111537188493 49 Q9H3K2,O43464,P27544,Q9Y6C9,Q9UII2,O60313,P02786,Q9Y3D6,P21796,P30536,Q96A26,O14737,O00165 13 |
| Proteoglycan biosynthetic process 0.7943281570374808 2.6495962956702757 0.0080588002805059 1.0 0.1876305125379998 9 Q96L58,Q8NCH0,Q99805,Q7LGA3,Q8WVQ1 5 |
| Energy derivation by oxidation of organic compounds 0.4111669811107864 2.646063524903745 0.0081434522113472 1.0 0.188422011808726 127 P20674,P56385,Q9UJS0,O75306,P13073,P24539,O43676,O75947,P00846,O75964,P14406,O43920,Q13423,O14548,O95168,Q9UDW1,P04062,P14927,P06576,Q9Y375,O96000,P22695,Q9UJZ1,P10253,P36542,O43674,P03886,O14949,O95169,Q15070,P48735,Q9Y6M9,Q9H3K2,Q9BSK2,P21912,P00403,O43819 37 |
| Protein insertion into membrane 0.5407202341956702 2.6411932503614963 0.0082614581120126 1.0 0.1903312849652138 28 Q9NS69,Q9Y512,Q8N4V1,O43681,Q96A33,Q15006,Q15070,Q15629,O14737 9 |
| Phospholipid metabolic process 0.4047731553821904 2.6387888365718615 0.0083202788886604 1.0 0.1910185282138815 85 Q8N2K0,Q6UWP7,Q8NHP8,Q6IAN0,Q92643,Q9UG56,Q9NX62,Q8IY17,Q99623,P37268,P40939,Q8WTV0,Q96N66,O43292,Q92604,Q9NPH0,Q96PE3,Q9BTU6,Q9NTJ5,O15270,Q9HCL2,O15228,Q9UJZ1,Q9HBU6,Q8WVX9,Q5H8A4,Q9NZC3,O15269,P35790,Q9BZF1,P07686,Q8NCC3,Q10713,Q96S52,Q8NF37 35 |
| Ceramide catabolic process 0.8783252031017522 2.632879511654201 0.0084664376271748 1.0 0.1936991580744958 7 P06865,P17900,P07686,P04062,Q13510 5 |
| Purine nucleotide transport 0.7210142251575484 2.6301052661045685 0.0085358432972937 1.0 0.1946113200203059 12 Q99808,Q6NUK1,P41440,Q8TB61,O00400,P12236 6 |
| Organic acid transport 0.4708658828047699 2.6143484706739266 0.0089397805558972 1.0 0.1950470664993615 48 Q9UJS0,O95563,Q6P4A7,Q9BQT8,O75746,Q6P1M0,P08183,P11166,O43772,Q9H9B4,O15439,P50416,Q9Y619,P08195,Q9H2D1,P30825,P33527,O75915,O60831,P41440,Q9Y3D6,P05556,P23786,P55011,Q9H2J7,P33121,Q96NB2,Q15758,O95573,Q9UBX3,Q02978 31 |
| Negative regulation of mrna processing 0.5773660376428816 2.579400358120542 0.0098972006769737 1.0 0.2064897432011334 23 P26368,Q6PJT7,Q5VTR2,P98175,P61978,P38159,P50750,Q13242,O75494,Q8WXF0,Q07021,O00422,P22626 13 |
| Divalent inorganic cation homeostasis 0.4529532949173109 2.575668105951958 0.0100046627195908 1.0 0.2064897432011334 61 P98194,Q9BPX6,Q8WWC4,O76024,Q8NE01,P78417,Q9HD20,P05067,P20020,Q9Y4W6,Q9Y639,P51572,P35670,P16615,Q8NEW0,P0DP25,Q9UJZ1,Q9UM00,O95202,Q9Y3D6,Q13586,P08133,Q8IYU8,P07686,Q15043,Q16891,Q96A33 27 |
| Cellular lipid catabolic process 0.4427124350278116 2.572694803197584 0.0100910149204378 1.0 0.2064897432011334 67 Q13011,Q8NHP8,O95470,P50897,Q8IY17,Q8NCG7,P40939,P17900,Q8WTV0,Q16836,P50416,P04062,Q13510,A1L0T0,P06280,Q9NZC3,P23786,Q99735,P05166,P22307,P30084,P55084,P06865,O15254,P07686,P04066,Q8NCC3,O14734,Q15067 29 |
| Membrane protein proteolysis 0.7091117325498484 2.5635863134066383 0.0103596938852572 1.0 0.2100308400306464 12 Q8TCT8,Q16740,Q8TCT9,Q92542,P38159,Q9NZ08 6 |
| Regulation of mrna splicing via spliceosome 0.4439495798364514 2.5260831182238195 0.0115342188679055 1.0 0.2228708742540452 64 P26368,Q14011,Q16629,Q15637,P52756,O75525,O00422,P49756,Q15427,Q9UHX1,Q15007,P51116,Q13573,Q96E39,P22626,Q9Y2W1,Q07666,P17844,Q92841,P09651,Q01130,P19338,Q96PU8,Q13242,Q9BWF3,P51114,Q13595,Q2TAY7,P98179,P62995,P98175,P61978,Q96MU7,O75494,Q8WXF0,Q07021,P38159,Q13247 38 |
| Calcium ion import 0.6857812834368836 2.5152715188998513 0.0118940743450992 1.0 0.2253663487027457 13 Q9BPX6,Q8IYU8,Q9Y4W6,O75844,P16615,P21796 6 |
| Regulation of mitophagy 0.8671383611196601 2.5046870430586603 0.0122559783710971 1.0 0.2294165951339748 6 P21796 1 |
| Vitamin transport 0.7648929325738403 2.5019500797321523 0.0123511338992181 1.0 0.2305428364361146 9 Q8WTV0,P41440,P04062,Q9HC21,Q9H2D1,P38435 6 |
| Sensory perception of light stimulus 0.6275870395007924 2.4958510887678043 0.0125655338782972 1.0 0.2325682660789349 17 Q9H6K4,P50897,Q13432,O60313,P53611 5 |
| Regulation of blood pressure 0.623491279804931 2.469099869695895 0.0135453409122583 1.0 0.2404162062221888 17 P09601,Q9HB40,O75787,P42785,Q9Y5X3,P42892,Q9UIQ6,P20020,Q9NZ08 9 |
| Negative regulation of mrna metabolic process 0.4569614236037466 2.468707793638012 0.0135601897480033 1.0 0.2404162062221888 48 P26368,Q14011,Q16629,O00422,Q99729,Q6PJT7,Q5VTR2,P35637,P22626,P50750,Q9Y2W1,Q13242,Q14147,O60506,Q92804,P98175,P61978,Q13151,O75494,Q8WXF0,Q07021,P07910,P38159 23 |
| Peptide catabolic process 0.7568743292834997 2.461272231112013 0.0138445272658602 1.0 0.2404162062221888 9 P42892,P55786,Q9UIQ6,O14773 4 |
| Cellular hormone metabolic process 0.5956769100773629 2.457868247482842 0.013976443863205 1.0 0.2404162062221888 19 Q9HB40,Q6NUM9,O95470,Q53GQ0,P30536,P42892 6 |
| Amino acid transmembrane transport 0.6605405538117041 2.455576105139181 0.0140658965641362 1.0 0.2404162062221888 14 Q9UJS0,Q9H9B4,O75915,O60831,O75746,Q9Y619,P08195,P05556,Q9H2J7,Q96NB2,P30825 11 |
| Vacuolar acidification 0.7545106659415998 2.4492438973496578 0.0143156474223693 1.0 0.2404162062221888 9 O75787,P50897,O75503,Q8N511,Q93050 5 |
| Metal ion export 0.7541799632908653 2.4475596317203867 0.0143827322938911 1.0 0.2404162062221888 9 O95202,P05023,P35670,P20020,P0DP25 5 |
| Mrna splice site selection 0.5738785965341459 2.447385483136469 0.0143896844827893 1.0 0.2404162062221888 21 P09234,Q9NQ29,O95391,Q96MU7,Q9UHX1,Q12874,Q07955,Q13242,O75494,Q8WXF0,Q13247 11 |
| Autophagy of mitochondrion 0.495323083463863 2.446812821530091 0.0144125666197851 1.0 0.2404162062221888 34 P27544,Q9UII2,P04062,Q99623,Q9Y3D6,Q7Z3C6,P21796,P30536,O00165 9 |
| Mitochondrial calcium ion transmembrane transport 0.752150262443366 2.4372150187869663 0.0148008755269122 1.0 0.2440354116225959 9 Q9BPX6,Q9UJZ1,Q8IYU8,Q9Y4W6,O95202,P21796 6 |
| Skeletal system morphogenesis 0.6047326545976772 2.4288011643897995 0.0151488377538926 1.0 0.2452474003940998 18 Q9Y5Y0,O95470,Q9NX62,O75844,Q7Z3C6,Q92896,P16435 7 |
| Glycerolipid biosynthetic process 0.4471378102213409 2.426146327348201 0.0152601160509873 1.0 0.2462427619811116 55 Q6UWP7,Q6IAN0,Q9NX62,Q9UG56,Q92643,Q8WTV0,Q96N66,O43292,Q92604,Q9NPH0,Q96PE3,Q9BTU6,Q9NTJ5,Q9HCL2,O15228,Q9HBU6,Q8WVX9,Q5H8A4,P33121,P35790,Q8NCC3,Q10713,Q96S52,Q8NF37 24 |
| Protein processing 0.4533677022474358 2.42450220817375 0.0153293900997182 1.0 0.2462427619811116 47 Q9UJZ1,Q15392,Q9Y4W6,O75787,Q8TCT9,Q9H9S5,O75503,Q9UG56,Q10713,O75844,P67812,Q92896,Q15005,P42892,Q92542,O75976,O43464 17 |
| Alcohol biosynthetic process 0.4805418138619867 2.417867387385386 0.0156117652732454 1.0 0.2487670857266644 38 Q15800,Q14739,Q15392,O76062,P04062,Q16850,P04035,O76054,O75845,P16435,Q13510,P37268,O15270,Q15125 14 |
| Export across plasma membrane 0.7212357971166256 2.4081520395791336 0.0160335022480111 1.0 0.2504174888521425 10 Q4KMQ2,P05023,P35670,P08183,P20020,P0DP25 6 |
| Regulation of lysosomal lumen ph 0.897580664443892 2.407766575547723 0.0160504396201317 1.0 0.2504174888521425 5 Q8N511,P50897,O75503 3 |
| Vitamin transmembrane transport 0.8250869306717807 2.392381226828706 0.0167394450730011 1.0 0.2571007076596848 7 Q8WTV0,P41440,P04062,Q9H2D1,P38435 5 |
| Glycerolipid metabolic process 0.4117312084240349 2.389891484975983 0.0168533515392403 1.0 0.2579768465905976 75 Q8N2K0,Q6UWP7,Q6IAN0,Q9NX62,Q8IY17,Q92643,Q8TBX8,Q9UG56,Q99623,Q8NCG7,P40939,Q8WTV0,Q96N66,O43292,P50416,Q92604,Q9NPH0,Q96PE3,Q9BTU6,Q9NTJ5,Q9HCL2,O15228,Q9UJZ1,Q9HBU6,Q8WVX9,Q5H8A4,Q9NZC3,P33121,Q9UBV2,Q9BZF1,P35790,Q8NCC3,Q10713,Q96S52,Q8NF37 35 |
| Glycolipid catabolic process 0.8225020032460097 2.380529099587319 0.0172877955557011 1.0 0.2601769295272093 7 P06865,P17900,P07686,P04062,P06280 5 |
| Negative regulation of immune effector process 0.6900305608713018 2.37856273442737 0.0173802792206594 1.0 0.2601769295272093 11 P04439,P09601,P46108,Q9UKG1 4 |
| Organic hydroxy compound biosynthetic process 0.4417592475677323 2.3781507379116475 0.0173997114538191 1.0 0.2601769295272093 56 Q15392,O76062,O75845,P37268,Q14534,Q14739,P04062,P04035,O75477,Q13510,O15270,Q15125,O76054,P16435,Q15800,P22307,Q9UKG1,O15269,O14734,Q16850,Q9BZF3 21 |
| Tetrapyrrole metabolic process 0.5841856832925302 2.377655795066387 0.0174230811235029 1.0 0.2601769295272093 19 P33527,O75027,P09601,Q9Y5Y0,P30519,Q9UII2,O00264,P30536 8 |
| Hormone metabolic process 0.4947739320840981 2.370667941500288 0.0177559752525193 1.0 0.2603151105390019 31 O75787,Q9HB40,Q6NUM9,O95470,O75844,Q53GQ0,P05023,P16435,P30536,P42892,O94788 11 |
| Nucleotide transmembrane transport 0.7141832473041001 2.370484057946733 0.017764810031285 1.0 0.2603151105390019 10 Q8TB61,Q9H2D1,P41440,Q9BSK2 4 |
| Regulation of glycoprotein metabolic process 0.6747081133731995 2.36832841512455 0.0178686666036342 1.0 0.2604657066878654 12 Q99805,Q9NQX7,O14734,Q96IZ0,Q08379,Q9H0U4,Q92542 7 |
| Glycerophospholipid metabolic process 0.4260848433822242 2.3539758127074375 0.018573819617693 1.0 0.2633701448007592 66 Q8N2K0,Q6UWP7,Q6IAN0,Q9NX62,Q8IY17,Q92643,Q9UG56,Q99623,P40939,Q8WTV0,Q96N66,O43292,Q92604,Q9NPH0,Q96PE3,Q9BTU6,Q9NTJ5,Q9HCL2,O15228,Q9UJZ1,Q9HBU6,Q8WVX9,Q5H8A4,Q9NZC3,Q9BZF1,P35790,Q8NCC3,Q10713,Q96S52,Q8NF37 30 |
| Bone morphogenesis 0.7741286460353157 2.3423592302645684 0.0191622611374595 1.0 0.266934753984611 8 Q9NX62,O75844,Q7Z3C6,Q92896,P16435 5 |
| Protein import 0.3829617023346287 2.333326920431802 0.0196309935765923 1.0 0.2687774323056531 85 O60830,O95831,P02545,Q9NS69,O75381,Q9Y512,Q99595,P56589,O96008,P40855,Q99623,O43615,Q99567,Q15388,Q3ZCQ8,O14925,O14737,Q7Z434 18 |
| Iron ion transport 0.6818068035870598 2.3325427099811913 0.0196721587976766 1.0 0.2687774323056531 11 O75027,Q9Y5Y0,Q8N4V1,P02794,P02786,O15173 6 |
| Regulation of steroid biosynthetic process 0.6808937967988454 2.327418391025274 0.0199430078650089 1.0 0.2687774323056531 11 P05023,O76054,P16435,P30536,O75477,Q13510 6 |
| Neuromuscular process 0.50389216386873 2.3273972007679933 0.0199441346141688 1.0 0.2687774323056531 28 P10253,P17900,P04062,O75844,P78417,O14773,P05067 7 |
| Glycoside catabolic process 0.8260256716477049 2.3212612784948146 0.0202727467123251 1.0 0.2687774323056531 6 Q9BTY2,P06280,P04062,Q9NUJ1 4 |
| Adult behavior 0.5627629719465129 2.321021197654851 0.0202856998238847 1.0 0.2687774323056531 20 P51790,P50897,O75844,O15118,Q92542,P05067,O43464 7 |
| Cellular iron ion homeostasis 0.6234904225623503 2.3209942048477443 0.0202871566216273 1.0 0.2687774323056531 15 O75027,P09601,Q9Y5Y0,Q15904,P02794,P02786,Q8N511,Q9Y487 8 |
| Glycolipid biosynthetic process 0.7288075897832286 2.317332571447885 0.0204856223225542 1.0 0.2700860093172303 9 Q8NBX0,Q16739,Q99805,Q92643,O43292,Q5H8A4 6 |
| Proton transporting two sector atpase complex assembly 0.8761520737327215 2.3163677869768455 0.0205381960318027 1.0 0.2701121230609745 5 Q8N511,Q92544,Q5TC12,Q15070 4 |
| L amino acid transport 0.6784632346865054 2.313761907485259 0.0206807859451152 1.0 0.2714456147258254 11 Q9UJS0,Q9H9B4,O75915,O60831,O75746,Q9Y619,P08195,P05556,P30825 9 |
| Porphyrin containing compound metabolic process 0.5995988574096832 2.3114167227942675 0.0208098481389311 1.0 0.2719348806939675 17 P33527,O75027,P09601,Q9Y5Y0,P30519,Q9UII2,O00264,P30536 8 |
| Membrane protein ectodomain proteolysis 0.7030786181533835 2.3108367266829 0.0208418750569818 1.0 0.2719348806939675 10 Q8TCT8,P38159,Q8TCT9,Q9NZ08 4 |
| Endoplasmic reticulum membrane organization 0.726625754945456 2.3060409943293547 0.0211083418196151 1.0 0.273785165845363 9 Q9P2W9,Q9NQC3,Q8NHH9 3 |
| Positive regulation of rna splicing 0.5410908641099021 2.302770244983704 0.0212917735091378 1.0 0.2752811586156097 23 P26368,Q14011,P62995,P38159,Q15427,Q96E39,Q13595,P98179 8 |
| Inorganic anion transmembrane transport 0.6755256059728189 2.297227715268272 0.0216057828668299 1.0 0.2757669216210323 11 Q9UHG3,P51790 2 |
| Fat soluble vitamin metabolic process 0.7647807413934937 2.2967408058790637 0.0216335601459749 1.0 0.2757669216210323 8 Q9Y5Z9,Q8N0U8,P38435,P04062 4 |
| Low density lipoprotein particle clearance 0.6733313311292817 2.2848569387090354 0.0223212176948794 1.0 0.2757669216210323 11 P09601,P38571,Q8WTV0 3 |
| Cellular copper ion homeostasis 0.8663569237266269 2.2742808201256772 0.0229491076004875 1.0 0.2810625836052272 5 O75880,P05067,P35670 3 |
| Cerebellar purkinje cell layer development 0.7983353207623856 2.2689325447054163 0.0232724282592591 1.0 0.2829188741702184 7 O14949,P04062 2 |
| Sphingoid metabolic process 0.8623271889400956 2.2569102225513467 0.024013685152703 1.0 0.2859862692923784 5 Q13510,O15270,Q06136,P04062 4 |
| Atp metabolic process 0.3776048891704173 2.2568486810119355 0.0240175316717761 1.0 0.2859862692923784 111 P20674,P56385,Q9UJS0,O75306,P13073,P24539,O43676,O75947,P00846,O75964,P14406,P05067,O43920,O14548,O95168,Q9UDW1,Q9BRR6,P14927,P06576,Q9Y375,O96000,P30536,P22695,Q9UJZ1,Q5T5X7,P36542,O43674,P03886,O14949,O95169,Q9Y3D6,Q9Y6M9,Q9H3K2,Q9BSK2,P00403,Q9UII2 36 |
| Metal ion transport 0.3752221790778966 2.249936211761258 0.0244529948336584 1.0 0.2877156838553138 107 P98194,O75027,Q9BPX6,Q8WWC4,O76024,P78417,P21796,Q9HD20,P20020,Q9Y4W6,Q8N4V1,Q9H0U3,P08195,P16615,P35670,P30536,Q8NEW0,O15173,Q4KMQ2,P0DP25,P07948,Q9UM00,Q9Y5Y0,Q9UJZ1,O95202,P02786,Q9H2J7,P08133,Q13586,Q8IYU8,Q15043,P02794,O75844,Q13555,P05023 35 |
| Sensory perception 0.460127129896979 2.2487046400959696 0.0245312937782615 1.0 0.288122450454484 39 Q9H6K4,P07686,P50897,Q13432,O60313,Q14108,P53611 7 |
| Negative regulation of mrna splicing via spliceosome 0.6005104247340263 2.242607137902898 0.0249221595531619 1.0 0.2898425834156382 16 P26368,P98175,P61978,Q13242,O75494,Q8WXF0,O00422,Q07021,P38159,P22626 10 |
| Sulfur compound transport 0.6520979799412003 2.2375570392276343 0.0252499557607643 1.0 0.291880628960836 12 Q8TB61,O00400,Q9HC21,Q9UBX3,Q70HW3,Q9H0H5 6 |
| Copper ion homeostasis 0.8060007469472664 2.230508226161518 0.0257137219532337 1.0 0.2946568938258384 6 O75880,P05067,P35670 3 |
| Chloride transport 0.6200806263999682 2.2085870802357497 0.0272033748022266 1.0 0.3020208052482218 14 Q9C0H2,P51790,P08183,P30536,Q9UHG3 5 |
| Response to manganese ion 0.8510677537266559 2.2082027546779184 0.0272301424668659 1.0 0.3020208052482218 5 P05067,P30536 2 |
| Locomotory behavior 0.4735304237299736 2.198593680319046 0.0279068267400841 1.0 0.3057095131919617 32 P10253,P51790,P07686,P50897,Q9HB07,O75844,O15118,P54802,P05067 9 |
| Lysosomal lumen acidification 0.9164987042902442 2.19703305453078 0.0280180855828231 1.0 0.3057095131919617 4 Q8N511,P50897,O75503 3 |
| Nuclear envelope organization 0.4707541745528359 2.19500903641712 0.0281629495382487 1.0 0.3057095131919617 33 P02545,P20700,Q8N1F7,O75844,Q9UH99,Q9ULX6,P50402,Q9H444,Q86XL3,Q9HD42,Q9Y2U8,Q9H6H4 12 |
| Positive regulation of necrotic cell death 0.7961542744068063 2.185545203926196 0.0288488953222447 1.0 0.3086897868675078 6 Q7Z3C6,P30536 2 |
| Mitochondrial cytochrome c oxidase assembly 0.7950521876537947 2.180498765254815 0.0292205102621248 1.0 0.310147653283806 6 Q9Y2R0,Q15070,O75880 3 |
| Respiratory chain complex iv assembly 0.7950521876537947 2.180498765254815 0.0292205102621248 1.0 0.310147653283806 6 Q9Y2R0,Q15070,O75880 3 |
| Mitochondrial fusion 0.6150663839508139 2.177494791792147 0.0294436699836326 1.0 0.3119040860484818 14 Q9UJZ1,Q9Y6C9,O60313,P02786,Q9Y3D6,Q9NX63,Q8IWA4 7 |
| Positive regulation of mrna splicing via spliceosome 0.5794261881515629 2.176103258356435 0.0295475403412759 1.0 0.3125019956800435 17 Q14011,P62995,Q15427,Q96E39,P38159,Q13595,P98179 7 |
| Response to endoplasmic reticulum stress 0.3690667876017319 2.1723988372203813 0.0298255926497936 1.0 0.3130014212908238 86 Q9BS26,O94905,O76024,P18031,Q9Y4P3,O75955,Q9Y679,Q6NTF9,Q8IXB1,Q15363,P27824,P30040,P51572,P16615,O75477,Q9H3N1,O95831,Q9UM00,P41440,Q96HY6,P46379,Q96JB5,Q4ZIN3,P14625,Q9UBV2,Q8TCT9,Q9UBU6,O60313,Q7Z2K6,Q13217,Q96A33,Q9GZP9,Q8TCJ2 33 |
| Adult locomotory behavior 0.5895103261711956 2.170526073983907 0.0299670155760582 1.0 0.3139152076798857 16 P51790,P50897,O75844,O15118,P05067,O43464 6 |
| Negative regulation of blood pressure 0.9090015195862524 2.1664402396758335 0.0302775618265995 1.0 0.3142519648602415 4 P42785,Q9HB40 2 |
| Phospholipid catabolic process 0.6396074658858609 2.164477674079187 0.0304277082338793 1.0 0.3142519648602415 12 Q8NHP8,Q9NZC3,Q8WTV0 3 |
| Macroautophagy 0.3714517854008977 2.164468599837775 0.0304284039430617 1.0 0.3142519648602415 111 Q9Y5K8,Q13501,Q9Y6I9,Q86Y82,Q9NV70,Q8TBX8,Q9Y2S7,P08754,Q99623,Q7Z3C6,O15118,P21796,Q96HS1,Q9H0U4,Q9Y679,P09601,O95140,Q9NRR5,O75396,P04062,P20339,P16615,Q9Y5X3,Q6UWE0,Q5T8D3,O15270,Q9H9H4,Q96HY6,Q86VR2,Q9H444,Q93050,Q9Y487,O15269,O00189,P27544,O95721,P36543,Q9HD42,O43464 39 |
| Vesicle docking 0.5538622579613539 2.162543353477912 0.0305763191787684 1.0 0.3152853944740303 19 P61026,P20337,O15400,Q86Y82,Q9P253,Q9UNK0,Q7Z6M1,O60499,Q13190,Q12846,Q9H270,P56545 12 |
| L alpha amino acid transmembrane transport 0.6754910148051487 2.1608633461346707 0.0307058970258613 1.0 0.3161268054740632 10 Q9UJS0,O75915,O60831,O75746,Q9Y619,P08195,P05556,P30825 8 |
| Negative regulation of autophagy 0.4925925029352604 2.155367368917242 0.0311330977535033 1.0 0.316880110810405 27 P09601,Q9NRR5,Q9H444,O15118,P30536,P10619,Q07820 7 |
| Carbohydrate derivative catabolic process 0.4589393722016666 2.1549748147715664 0.0311638051001885 1.0 0.316880110810405 36 P15586,P06865,P00813,P17900,P07686,P04062,Q13126,Q9NUJ1,O60502,P54802,P16278,Q9BTY2 12 |
| Plasma lipoprotein particle clearance 0.6374654930959196 2.151885619023615 0.031406364178931 1.0 0.3178757146929245 12 P09601,P38571,Q8WTV0 3 |
| Mitochondrial electron transport ubiquinol to cytochrome c 0.904147146684358 2.146581640598488 0.031826602825542 1.0 0.3185195945242637 4 Q9UDW1,O14949 2 |
| Release of cytochrome c from mitochondria 0.5750261184608764 2.146323330587298 0.0318471914760607 1.0 0.3185195945242637 17 Q9H3K2,O60313,Q9Y3D6,Q96A26,Q3ZCQ8,O14737 6 |
| Mating 0.8358472522005561 2.1419581672459325 0.0321968484558365 1.0 0.3213295335305686 5 P00813,P05067 2 |
| Lysosomal protein catabolic process 0.8339177888702383 2.1335277123145295 0.0328814608267324 1.0 0.3262890743785246 5 O14773,P04062 2 |
| Protein catabolic process in the vacuole 0.8339177888702383 2.1335277123145295 0.0328814608267324 1.0 0.3262890743785246 5 O14773,P04062 2 |
| Terpenoid metabolic process 0.5370682567157818 2.13201636202476 0.0330055014930101 1.0 0.3270274426126978 20 Q6NUM9,Q9HB40,Q9BY49,P51648,O94788,P37268,O43464 7 |
| Response to food 0.766558886400095 2.1200233455235593 0.0340040765642979 1.0 0.3330432787291099 7 P80303 1 |
| Sterol homeostasis 0.6318707394971034 2.118913172737974 0.0340978054969143 1.0 0.3330432787291099 12 Q6IAA8,Q8WTV0,O15118,Q9UKM9,Q5BJF2 5 |
| Chemical homeostasis 0.3989556193642365 2.1170216959599775 0.0342580065018254 1.0 0.3339142083439759 197 O75027,P30519,O76024,P50897,O75503,Q8NE01,P09601,Q9Y4W6,Q8WTV0,P04062,P42785,Q8NEW0,Q9UM00,Q9Y5Y0,Q16739,Q93050,P16949,P08133,P51790,Q15043,Q96A33,P52789,P98194,Q8WWC4,Q96TC7,P78417,O15118,Q9HD20,P05067,Q5BJF2,P49366,P16615,Q9UKM9,P30536,Q8N511,Q9HCD5,P07948,Q6IAA8,P61916,Q9Y3D6,Q12846,P55011,Q8IYU8,P07686,Q8N183,Q8NF37,Q9NQC3,O75880,O75787,Q9Y6C9,P06576,P51572,P35670,Q9Y5X3,P0DP25,Q8N5M9,O95202,P02786,Q13586,Q99808,P62995,Q16891,O43819,Q15067,Q96CP7,Q9BPX6,Q9P035,Q92544,P20020,Q9Y639,Q9HCL2,Q9UJZ1,Q15904,Q9Y487,O15254,P02794,P05023 77 |
| Organic cation transport 0.8287139828562586 2.110753998023398 0.0347934620202099 1.0 0.3341896811241447 5 O43772,Q99808,Q70HW3 3 |
| Negative regulation of macroautophagy 0.617410203276131 2.1090845789138566 0.0349372817088238 1.0 0.3345955656677909 13 P09601,Q9NRR5,Q9Y2S7,Q9H444,O15118 5 |
| Positive regulation of mrna processing 0.521582950101403 2.101167755751167 0.0356262428063218 1.0 0.3377736972766521 22 Q14011,P62995,P38159,Q15427,Q96E39,Q13595,P98179 7 |
| Atp biosynthetic process 0.5329200957384517 2.1011480296994822 0.0356279738362836 1.0 0.3377736972766521 20 P56134,P56385,Q9UJZ1,Q9UJS0,P00403,P48047,P36542,P24539,O75947,P00846,O75746,P06576,O75964,P27144 14 |
| Cellular homeostasis 0.3861904581795863 2.0955456870434186 0.0361225115672494 1.0 0.3399982281813248 158 P98194,O75027,Q9BPX6,Q8WWC4,O76024,P50897,O75503,P78417,Q92544,Q9HD20,P05067,P20020,P09601,Q9Y4W6,O75787,Q9Y639,P06576,P51572,P16615,P35670,Q8N511,Q8NEW0,P0DP25,Q9UM00,Q9Y5Y0,P10253,Q9UJZ1,Q8N5M9,O95202,Q15904,P02786,Q9Y3D6,Q93050,Q07820,P08133,Q13586,Q9Y487,Q8IYU8,Q99808,P51790,P62995,P07686,Q15043,P02794,Q16891,P05023,Q96A33,Q8N183,O43819,Q9NQC3,P52789,O75880 52 |
| Calcium mediated signaling 0.5320568517386703 2.094711888791952 0.0361966117423211 1.0 0.3399982281813248 20 P00813,O75844,Q9Y3D6,P78417,P51572,P16615 6 |
| Detection of stimulus 0.5558545092858115 2.0920328271199335 0.0364355792601711 1.0 0.3405305414826493 18 Q8WTV0,Q13432,P30536,Q13586,P0DP25 5 |
| Mitochondrial electron transport cytochrome c to oxygen 0.7743380044036603 2.085132317827454 0.0370572914295093 1.0 0.3443003557916015 6 P20674,P13073,O14548 3 |
| Neuromuscular process controlling balance 0.6260798860267913 2.0846596552976586 0.0371002052833566 1.0 0.3443003557916015 12 P10253,P05067,P17900,O14773 4 |
| Endochondral bone morphogenesis 0.821969237878923 2.08115748098975 0.0374194939444429 1.0 0.345952416794592 5 Q9NX62,P16435,O75844 3 |
| Calcium ion export 0.8219288513574057 2.080979993556315 0.0374357373159119 1.0 0.345952416794592 5 O95202,P0DP25 2 |
| Membrane raft organization 0.6600717186964571 2.0759293598336064 0.037900484821119 1.0 0.3473714728983931 10 P50897,P41440,O15118,O75955 4 |
| Regulation of membrane lipid distribution 0.7200394027244196 2.075079194834346 0.0379791956066191 1.0 0.3473714728983931 8 Q96AA3,Q7Z3C6,P08183,Q96CP7,Q4KMQ2 5 |
| Mitochondrial electron transport nadh to ubiquinone 0.4907432863747957 2.0723818347551273 0.0382298460591483 1.0 0.3473714728983931 26 O43920,O95168,O75306,O43674,P03886,O43676,O95169,Q9Y375,Q9Y6M9 9 |
| Glycosaminoglycan catabolic process 0.8188570193836859 2.0674708386823073 0.0386898092630312 1.0 0.347654382290833 5 P15586,P54802,P16278 3 |
| Aminoglycan catabolic process 0.8188570193836859 2.0674708386823073 0.0386898092630312 1.0 0.347654382290833 5 P15586,P54802,P16278 3 |
| Ceramide transport 0.8185220887228165 2.0659967863911155 0.038828783026795 1.0 0.347654382290833 5 P08183,P07602 2 |
| Tetrapyrrole catabolic process 0.8841895583847195 2.064529465983288 0.0389675430812621 1.0 0.347654382290833 4 P30519 1 |
| Regulation of oxidoreductase activity 0.5399631697706246 2.0622751956270573 0.0391815431594171 1.0 0.347654382290833 19 Q8TCT9,Q8WTV0,Q99623,Q15070,P06280,P0DP25 6 |
| Regulation of autophagy of mitochondrion 0.5730464567226815 2.0615861060746754 0.0392471579373683 1.0 0.347654382290833 16 P27544,O00165,P21796,P30536 4 |
| Regulation of mitochondrial gene expression 0.6095850805538827 2.061401348765068 0.0392647662937148 1.0 0.347654382290833 13 Q9Y2R0,Q92552,Q567V2,Q9NYY8,Q9NWS8,P34897,Q07021 7 |
| Respiratory chain complex iii assembly 0.7539284292764289 2.06015362340195 0.0393838568757949 1.0 0.347654382290833 7 Q6DKK2,Q69YU5 2 |
| Mucopolysaccharide metabolic process 0.6338594012016349 2.059332440338848 0.0394624028506389 1.0 0.347654382290833 11 P15586,Q96L58,Q8NCH0,Q8N6G5,P16278 5 |
| Phosphatidylcholine metabolic process 0.6216954548648526 2.058640696452599 0.0395286711503024 1.0 0.347654382290833 12 P35790,Q8WTV0,Q96N66,Q8NCC3,Q8NF37 5 |
| Positive regulation of mitophagy 0.8818377453528345 2.054817585768118 0.0398966269863096 1.0 0.347654382290833 4 P21796 1 |
| Peroxisome fission 0.815584918940494 2.05306077574229 0.0400666835212641 1.0 0.347654382290833 5 Q9Y3D6,P40855 2 |
| Membrane docking 0.4599728437318926 2.052093165813846 0.0401606090012538 1.0 0.347654382290833 31 P61026,P20337,O15400,O14795,Q86Y82,Q9P253,Q9UNK0,Q7Z6M1,O60499,P16615,Q12846,Q13190,Q9H270,O95721,P56545,Q13464,A0FGR8 17 |
| Phospholipid transport 0.5950006495020513 2.052008359890423 0.0401688499697561 1.0 0.347654382290833 14 P33527,Q8WTV0,P61916,Q7Z3C6,Q14108,P08183,P22307,Q4KMQ2 8 |
| Positive regulation of mitochondrial calcium ion concentration 0.766798132660077 2.05017740013303 0.0403471225377691 1.0 0.3484235785076817 6 P51572,Q9Y3D6,Q8IYU8 3 |
| Endoplasmic reticulum to cytosol transport 0.6198218838174265 2.047500012711868 0.0406090156194243 1.0 0.3494329650076667 12 Q9Y679,Q9UBV2,Q8TCT9,P51572,Q9GZP9,P14625 6 |
| Regulated exocytosis 0.4399105165016135 2.047356370316567 0.0406231068744684 1.0 0.3494329650076667 39 P61026,P07948,P09601,Q4J6C6,Q9P253,Q9BRK5,Q5SQN1,P49755,P20339,P11279,P16615,O43760,Q12846,O95721,P56545,P0DP25 16 |
| Purine containing compound transmembrane transport 0.6769946489854656 2.0451987481050664 0.0408352678716745 1.0 0.350799973932808 9 Q8TB61,P41440,Q99808 3 |
| Cardiolipin metabolic process 0.7504723601803654 2.0437045318403237 0.0409827452504532 1.0 0.3508310649243678 7 Q99623,Q9UJZ1,Q6UWP7 3 |
| Organelle fusion 0.415567254918841 2.0392231970335364 0.0414277567715519 1.0 0.3534430604331825 51 Q12981,Q86Y82,Q9UNK0,P08754,Q9H270,Q9Y4W6,Q9Y6C9,Q9P253,O75396,Q9NX63,O60499,Q8IWA4,Q9UJZ1,P02786,Q9Y3D6,Q12846,Q9NQG6,Q9BSR8,O15400,Q5SQN1,O60313,Q13190,O95721,O95249 24 |
| Membrane organization 0.4024751407737711 2.038852130903651 0.0414647876331537 1.0 0.3534430604331825 245 Q9NS69,Q14254,P50897,Q9UNK0,P45880,Q9P0I2,Q9Y4W6,Q9Y512,Q8N4V1,Q9P2W9,Q13505,Q96AA3,O43760,O75431,Q9H6H4,P84095,Q16739,Q15070,P08133,O15400,P51790,Q5SQN1,O75844,Q96A33,Q13190,P52789,Q15629,Q92734,O95249,P98194,Q8WWC4,Q86Y82,Q8N1F7,Q9UH99,O15121,O15118,Q5JTV8,Q15363,Q9NX63,P16615,P30536,Q3ZCQ8,Q4KMQ2,Q8NHH9,P33527,O15228,P61916,P46379,Q86XL3,O14737,Q5XKP0,O60313,Q9NQC3,Q12981,Q15392,Q7Z3C6,P08183,P50402,O60499,P0DP25,P20700,Q9NZJ7,O95202,Q6UXV4,Q9Y2U8,Q9H3K2,Q9BUR5,Q9UII2,Q16891,O95721,Q9HD42,Q96CP7,P02545,O75955,Q15006,Q9ULX6,Q8IWA4,P41440,Q9H444,P49755,O43681,Q96EY1 82 |
| Smad protein signal transduction 0.6750275724544283 2.0347038091803435 0.04188068469521 1.0 0.3560668792990176 9 Q96PK6,P08670,Q6PIU2,O00400,Q9UIQ6 5 |
| Protein insertion into er membrane 0.6041271863508614 2.0279988940237894 0.0425603608818363 1.0 0.3586069007515433 13 Q8N4V1,O43681,Q96A33,Q15006,Q15629 5 |
| Positive regulation of mitochondrion organization 0.4926773272764738 2.027290498332533 0.0426327126599241 1.0 0.3586069007515433 25 P27544,Q9UII2,Q9Y3D6,P21796,Q96A26,O14737 6 |
| Intracellular transport 0.2920027235705426 2.0238317075172905 0.0429874705775981 1.0 0.3599039944546301 584 O60830,O75298,Q9UJS0,Q9NS69,Q96C92,Q14254,Q99595,Q8N4H5,P45880,O75503,Q9UNK0,P07602,P43307,Q14108,O75964,Q5SNT2,P11279,Q15005,Q9H0U4,O60725,Q9Y679,Q9Y512,Q7Z3B4,P61020,P50416,Q9P2W9,Q08379,Q5JRX3,Q9Y282,O75431,P61019,O95831,Q9Y5Y0,P48047,Q9H9H4,Q15070,O14925,P22307,O00165,Q99523,Q9UBV2,O00189,O15400,Q8TCT9,Q86U42,Q9Y5M8,O75844,Q13190,O75494,Q9UBX3,P23786,P52789,Q15629,O95249,Q92734,Q9UH62,Q8WWC4,Q86Y82,P24390,O43731,Q96PC5,Q8N1F7,Q9UH99,P00846,Q96D71,O15118,P05067,P63010,Q9UGP8,P57740,P55786,Q969Q5,Q53F19,O95070,Q15363,P30040,P20339,P16615,P30536,P10619,Q3ZCQ8,Q9Y2D4,Q8NHH9,Q6IAA8,P61916,P46379,Q9Y3D6,Q9NRK6,Q12846,Q15388,P14625,O15514,O14737,Q9NQG6,Q9HAV7,P20340,O60313,P49257,Q9UPR3,Q8NBN3,Q9GZP9,Q6I9Y2,Q7Z434,O15260,P56134,P56385,P56589,Q5JRA6,P24539,O60749,P11717,Q99623,P61026,Q4J6C6,O75381,O95391,Q53H12,Q969X5,Q9P253,Q12907,O75396,Q08J23,P50402,P06576,P51572,O60499,Q9Y5X3,P22626,Q9NZJ7,P36542,O96008,Q96ED9,O00560,Q6NUK1,Q9UII2,P40855,Q10713,Q9Y3A6,O43615,Q99567,Q9HD42,O43464,P02545,P18031,O75947,Q92544,O43772,P37198,Q9ULX6,P82979,Q9UJZ1,Q07666,Q15904,Q86V81,Q9H444,Q9UKG1,P23246,O43805,P49755,O43681 160 |
| Calcium import into the mitochondrion 0.7610189466901638 2.023298435478338 0.0430423881056949 1.0 0.3599064660259187 6 Q9BPX6,Q8IYU8,Q9Y4W6,P21796 4 |
| Early endosome to golgi transport 0.6723921602469307 2.020624549541795 0.0433186456408503 1.0 0.3608426752560842 9 P20340,P49257,Q13190,O60499,O15260 5 |
| Maintenance of protein localization in endoplasmic reticulum 0.8725930815919105 2.016555264326698 0.0437419454949188 1.0 0.3625354451144908 4 O43731,P24390 2 |
| Protein retention in er lumen 0.8725930815919105 2.016555264326698 0.0437419454949188 1.0 0.3625354451144908 4 O43731,P24390 2 |
| Organic hydroxy compound metabolic process 0.3656816078822592 2.013586937235773 0.0440529190275229 1.0 0.3632849605411123 120 Q15392,O94905,Q9NX62,O76062,Q8NBN7,O15118,P05067,P37268,O75845,Q14534,Q14739,Q9BQE5,Q8WTV0,P04062,P04035,Q96PE3,O75477,Q13510,O94788,O15270,Q15125,P21964,Q6NUM9,Q9NZC3,O76054,P16435,P51648,P48735,P22307,Q15800,Q9UKG1,Q9BW91,O15269,Q9BY49,P38571,O14734,Q10713,Q16850,P30837,Q9BZF3,P38435 41 |
| Cellular response to oxygen levels 0.4279079216361814 2.0126053101182455 0.0441561678974939 1.0 0.3636812378457348 42 P09601,P02545,O95831,Q99808,P55786,Q9Y4P3,Q15904,Q99623,Q9Y487,Q8N511,Q96A26 11 |
| Regulation of response to extracellular stimulus 0.802878203804045 1.9969056381520776 0.0458354346058225 1.0 0.3733123345089796 5 P80303 1 |
| Heparan sulfate proteoglycan biosynthetic process 0.8025949380528908 1.9956502717377689 0.0459720034416402 1.0 0.3735012708717229 5 Q99805,Q96L58 2 |
| Heparan sulfate proteoglycan metabolic process 0.8025949380528908 1.9956502717377689 0.0459720034416402 1.0 0.3735012708717229 5 Q99805,Q96L58 2 |
| Regulation of release of cytochrome c from mitochondria 0.6104873564526755 1.9917978336579736 0.0463932440480914 1.0 0.375996414554581 12 Q96A26,Q9H3K2,O60313,O14737 4 |
| Positive regulation of mitochondrial translation 0.6447202121838757 1.9905837543956508 0.0465266677375735 1.0 0.3764513168615706 10 Q9Y2R0,Q92552,Q567V2,Q9NYY8,Q9NWS8,Q07021 6 |
| Amino acid transport 0.5413321723631509 1.989609829354509 0.0466339325312541 1.0 0.3765575753044529 18 Q9UJS0,Q9H9B4,O75915,Q6P4A7,O60831,O75746,Q9Y619,P08195,P05556,P55011,Q9H2J7,Q96NB2,P30825 13 |
| Intestinal absorption 0.6654464955713744 1.9834170470672816 0.0473208645137859 1.0 0.3788800473785755 9 Q8WTV0 1 |
| Endosome organization 0.4435904680203355 1.9820389898981228 0.0474748769909103 1.0 0.3788800473785755 35 P51790,Q9P253,P61020,Q9H444,Q14108,Q96ED9,Q9BTU6,Q9HD42 8 |
| Diol biosynthetic process 0.7361193676100533 1.9750866605251096 0.048258314370579 1.0 0.3821803285910399 7 Q13510,O15270,P04062 3 |
| Diol metabolic process 0.7361193676100533 1.9750866605251096 0.048258314370579 1.0 0.3821803285910399 7 Q13510,O15270,P04062 3 |
| Sphingosine biosynthetic process 0.8620788943276783 1.972873496018312 0.048509976954508 1.0 0.38363945071723 4 Q13510,O15270,P04062 3 |
| Neutral lipid biosynthetic process 0.6989463057411696 1.9686878328185604 0.048988949356584 1.0 0.3846293644642151 8 Q9HCL2,Q8NCC3,Q92604,Q8WTV0 4 |
| Apoptotic mitochondrial changes 0.4421858879433478 1.968383349152215 0.0490239462716552 1.0 0.3846293644642151 35 Q9H3K2,P45880,Q9UII2,O60313,Q9Y3D6,Q96A26,Q3ZCQ8,O14737 8 |
| Amyloid precursor protein biosynthetic process 0.7959444719940563 1.9661332869591104 0.0492832162079452 1.0 0.3852041655921133 5 Q96IZ0,Q92542,Q9NQX7 3 |
| Peroxisomal transport 0.8600228057262813 1.964311094065635 0.0494940259131728 1.0 0.3858735278337972 4 P56589,O75381 2 |
| Collagen biosynthetic process 0.8596726883468301 1.9628524056250305 0.0496633264125812 1.0 0.3858735278337972 4 P08670 1 |
| Connective tissue development 0.4619993611079624 1.957788885794548 0.0502547901092493 1.0 0.3858735278337972 28 Q9NX62,Q96HY6,P43490,O75844,Q92896,P16435,O15173,P08133,O15270 9 |
| Negative regulation of rna splicing 0.5367401363680654 1.9570012640859584 0.0503473197367176 1.0 0.3858735278337972 18 P26368,P98175,Q13242,O75494,Q8WXF0,O00422,P38159,P22626 8 |
| Positive regulation of nitric oxide synthase activity 0.7936237223530161 1.9558133976010308 0.0504871400467832 1.0 0.3858735278337972 5 Q8WTV0 1 |
| Peptidyl asparagine modification 0.6384611266743854 1.9555642553674992 0.0505165070943307 1.0 0.3858735278337972 10 P04843,Q9H0U3,Q8TCJ2,P46977,P04844,Q10469 6 |
| Signal peptide processing 0.7933666153134215 1.9546694747536488 0.0506220952631741 1.0 0.3858735278337972 5 P67812,O75503,Q8TCT9 3 |
| Regulation of autophagy 0.3527154588716231 1.9545336784749257 0.0506381359881593 1.0 0.3858735278337972 101 P07602,O15118,P21796,P09601,P04062,Q9Y5X3,P30536,P10619,O15270,Q9NZJ7,Q9H444,Q93050,Q9Y487,Q07820,Q86UE4,O00165,P27544,O75844,O43464 19 |
| Glycosyl compound catabolic process 0.6359921295902298 1.9417151066219416 0.0521715988789837 1.0 0.3921171243939629 10 P00813,Q13126,P04062,Q9NUJ1,P06280,Q9BTY2 6 |
| Er nucleus signaling pathway 0.5644895547379436 1.9413780178799365 0.0522124426105234 1.0 0.3921171243939629 15 Q9UM00,P18031,O76024,O94905,Q96A33,P16615,O75477 7 |
| Regulation of alcohol biosynthetic process 0.7900831694038303 1.9400498775885435 0.0523736285339784 1.0 0.3921171243939629 5 O75477,O76054,P16435 3 |
| Regulation of cholesterol biosynthetic process 0.7900831694038303 1.9400498775885435 0.0523736285339784 1.0 0.3921171243939629 5 O75477,O76054,P16435 3 |
| Glycosylceramide metabolic process 0.8532534623669233 1.9360745070188423 0.0528585762966924 1.0 0.3921171243939629 4 Q16739,P04062 2 |
| Regulation of protein exit from endoplasmic reticulum 0.7422639325185518 1.935557526743639 0.0529219165837882 1.0 0.3921171243939629 6 Q9GZP9,Q92544,P51572,Q9NR31 4 |
| Import into cell 0.4511948318615643 1.9339262645486872 0.0531221943425757 1.0 0.3921171243939629 29 P20337,Q99808,O75915,Q6UWE0,Q15043,P41440,Q15758,O75955,O95573,P05023,P08195,Q6P1M0,P05556,P11166,P55011,P33121,P30825 17 |
| Selective autophagy 0.4490988181195313 1.932012038568256 0.0533580200081473 1.0 0.3921171243939629 30 Q9Y679,O15269,Q5T8D3,Q9Y6I9,P27544,Q99623,P21796,O15270,O43464 9 |
| Aminoglycan biosynthetic process 0.6336815579957507 1.92873667983037 0.0537635601909309 1.0 0.3921171243939629 10 Q8NCH0,P06865,Q96L58,Q7LGA3 4 |
| Regulation of pattern recognition receptor signaling pathway 0.4935153939351795 1.9273864459545225 0.0539314875091974 1.0 0.3921171243939629 23 Q14254,O43657,P41440,O75955,Q9NQC3,Q07021,Q86UT6,Q9UKG1 8 |
| Phosphatidylethanolamine metabolic process 0.8509453917204663 1.926430893169968 0.0540505930794927 1.0 0.3921171243939629 4 Q9HBU6,P35790 2 |
| Protein localization to membrane raft 0.8501156682796804 1.9229621469591112 0.0544848038841387 1.0 0.3923184909818998 4 P41440,O75955 2 |
| Toll like receptor 3 signaling pathway 0.8501156682796804 1.9229621469591112 0.0544848038841387 1.0 0.3923184909818998 4 P41440,O75955 2 |
| Dicarboxylic acid transport 0.5607652916146437 1.9169000169620285 0.0552506349330683 1.0 0.3947887499042981 15 Q9UJS0,O75915,O60831,P41440,O75746,Q9BQT8,P05556,Q9UBX3,Q02978,P55011,Q9H2D1 11 |
| Outer mitochondrial membrane organization 0.7843805076062694 1.9146110915963737 0.0555421195616114 1.0 0.3947887499042981 5 Q9NS69,Q9Y512 2 |
| Oligosaccharide metabolic process 0.7233581409852781 1.91367044404689 0.0556622778359527 1.0 0.3947887499042981 7 P07686,P10253,P17900,Q10469 4 |
| Embryonic digit morphogenesis 0.6087098107389812 1.9127094686899513 0.0557852563442287 1.0 0.39523554199153 11 P42892,Q9Y5Y0 2 |
| Lipid metabolic process 0.3973425642505716 1.9111941668840864 0.0559796332202697 1.0 0.3961866845202551 298 Q9HB40,Q8NHP8,P50897,O60869,Q9UG56,P07602,Q9H6V9,Q8NBN7,Q8NBX0,Q9BQE5,Q8WTV0,Q16836,P50416,P46108,P04062,Q92604,Q96AA3,O75477,Q13510,Q9BTU6,Q9NTJ5,Q5T8D3,Q15125,Q16739,Q9HBU6,Q9NZC3,P51648,P05166,P22307,P30084,P55084,P35790,P27544,Q8NCC3,O75844,Q16850,P23786,P38435,P16278,Q13011,O95470,O76062,O15121,O15118,O14773,P05067,P37268,Q14534,Q14739,P17900,Q9H6K4,Q96N66,Q9NPH0,P30536,Q9H7Z7,P21964,Q6NUM9,Q99805,Q8WVX9,P06865,P07686,P38571,P07099,Q96G23,Q53GQ0,Q8NF37,Q9BZF3,Q15392,Q99623,O75845,Q8N4Q0,P06576,P04035,P06280,O94788,O15270,Q9NZJ7,O76054,Q99735,Q10713,Q15067,O43464,Q9BT22,Q6UWP7,Q9P035,Q9NX62,Q8IY17,Q6PIU2,O43292,Q96PE3,A1L0T0,O00116,Q9HCL2,Q9UJZ1,O95864,Q5H8A4,Q06136,P16435,Q15800,O15269,O15254,Q9BY49,P04066,O43681,P05023 105 |
| Glial cell migration 0.5965987572532697 1.908318482203209 0.056350065639795 1.0 0.3979836777829933 12 P07686,Q96N66,Q96G23,P30536 4 |
| Endoplasmic reticulum calcium ion homeostasis 0.6064712183482106 1.899550032446108 0.0574921948545905 1.0 0.4034249966953112 11 O76024,Q9Y3D6,P51572,Q96A33,P16615,P05067 6 |
| Entry into host 0.4449747191155017 1.893518263483392 0.0582889817851965 1.0 0.4060303113932312 30 Q8WTV0,Q9P253,P02786,Q14108,P11279,O15118,P35613,P35232,Q9BTY2 9 |
| Negative regulation of leukocyte mediated immunity 0.7320786856877577 1.887586034418581 0.0590815463922764 1.0 0.4071738099549004 6 P04439,P09601 2 |
| Macromolecule depalmitoylation 0.7317440110127195 1.8860059656249752 0.0592941507591751 1.0 0.4078174941045979 6 P50897,Q9UMR5 2 |
| Lipoprotein metabolic process 0.526522057576246 1.884064653989326 0.0595562305789914 1.0 0.4082900492299502 18 Q9BQE5,Q16739,P50897,O43292,P04062,Q9NUJ1 6 |
| Regulation of vacuole organization 0.5925259866197012 1.88370381868828 0.0596050496178666 1.0 0.4082900492299502 12 O75396,Q8TBX8,Q9H444,Q14108,P20339,P07355,Q9H0U4,Q6UWE0 8 |
| Regulation of necrotic cell death 0.5923721690304202 1.8827730040594184 0.0597311370320785 1.0 0.4084533741947114 12 Q13510,Q7Z3C6,P30536 3 |
| Regulation of toll like receptor signaling pathway 0.6466616574703932 1.8820590704462148 0.0598279957704905 1.0 0.4084533741947114 9 Q14254,P41440,O75955,Q9NQC3,Q9UKG1 5 |
| Intracellular lipid transport 0.6033381379813103 1.881103103445278 0.0599578949289545 1.0 0.4084533741947114 11 P50416,O15118,P23786,O43772,P22307 5 |
| Autophagosome organization 0.4610715394870435 1.8807458035823748 0.0600065057247656 1.0 0.4084533741947114 27 O95140,O00189,Q86Y82,Q9UNZ2,Q9ULC3,Q8WVM8,O75396,Q8TBX8,P04062,Q9H444,Q7Z3C6,P20339,P16615,Q9H0U4,Q6UWE0 15 |
| Regulation of leukocyte mediated immunity 0.4408550719675488 1.872864420756457 0.0610871093909926 1.0 0.4136480049214612 31 P07948,P09601,O15400,P46108,P02786,P11279,Q12846,P04439,Q7Z434 9 |
| Cellular lipid metabolic process 0.3892388723823109 1.8677637206851072 0.0617950123862776 1.0 0.4154768740950848 226 Q9HB40,Q8NHP8,P50897,Q9UG56,P07602,Q8NBN7,Q8NBX0,Q8WTV0,Q16836,P50416,P04062,Q92604,Q96AA3,O75477,Q13510,Q9BTU6,Q9NTJ5,Q5T8D3,Q16739,Q9HBU6,Q9NZC3,P51648,P05166,P22307,P30084,P55084,Q9UBV2,P35790,P27544,Q8NCC3,O14734,O75844,P23786,P16278,Q13011,O94905,O95470,Q92643,Q2TAA5,O15121,P37268,Q8NCG7,P40939,P17900,Q16134,Q96N66,Q9NPH0,Q9H7Z7,O15228,Q6IAA8,Q6NUM9,Q99805,Q8WVX9,P61916,Q96PU8,P33121,P06865,Q9BZF1,P07686,P07099,Q96G23,Q53GQ0,Q96S52,Q8NF37,Q15120,Q8N2K0,Q6IAN0,Q99623,Q8N4Q0,P04035,P06280,O94788,O15270,Q9NZJ7,Q99735,Q10713,Q15067,O43464,Q9BT22,Q6UWP7,Q9P035,Q9NX62,Q8IY17,Q6PIU2,O43292,Q96PE3,A1L0T0,O00116,Q9HCL2,Q9UJZ1,O95864,Q5H8A4,Q06136,P16435,Q15800,O15269,O15254,Q9BY49,P04066 99 |
| Associative learning 0.5652139353784502 1.8626360306198368 0.0625134914974039 1.0 0.4161637415727964 14 P50897,O00264,P04035,P05067 4 |
| Glycerophospholipid biosynthetic process 0.4007083033065163 1.8616378280064632 0.0626541574646488 1.0 0.4164453041620783 49 Q6UWP7,Q6IAN0,Q9NX62,Q9UG56,Q92643,Q96N66,O43292,Q9NPH0,Q96PE3,Q9BTU6,Q9NTJ5,Q9HCL2,O15228,Q9HBU6,Q8WVX9,Q5H8A4,P35790,Q10713,Q96S52,Q8NF37 20 |
| Membrane biogenesis 0.4505986340503849 1.854917456149627 0.0636080148166691 1.0 0.4175272675316767 28 Q14254,Q16739,P41440,O75955,Q9H444,Q86XL3,Q9HD42,Q96CP7 8 |
| Protein localization to endoplasmic reticulum 0.4274844886370312 1.8469300315480963 0.0647572815587684 1.0 0.4195533217214606 36 Q9UGP8,P24390,Q5JRA6,O43731,O43292,Q96HY6,P46379,Q9Y5M8,O43681,Q9H444,P51572,Q9NQC3,Q15005,Q15629 14 |
| Mitophagy 0.5626974879739309 1.84647193659323 0.0648237105046742 1.0 0.4195711478539282 14 P27544,Q99623,P21796 3 |
| Detection of biotic stimulus 0.7688049495398901 1.8448283444334828 0.0650625128408513 1.0 0.4202388183499246 5 P30536,Q8WTV0 2 |
| Glial cell proliferation 0.7222432330537403 1.841051744503961 0.0656139762353384 1.0 0.4202388183499246 6 P04062,P30536 2 |
| Triglyceride biosynthetic process 0.7218743632953217 1.8393025570640276 0.0658706971648417 1.0 0.420835955333228 6 Q9HCL2,Q92604,Q8WTV0 3 |
| Regulation of macroautophagy 0.3929600515990917 1.8390128519220952 0.0659132957814374 1.0 0.420835955333228 58 Q9Y5K8,P09601,O15269,Q9NRR5,Q6UWE0,P36543,P27544,Q8TBX8,Q9Y2S7,P04062,Q9H444,O15118,P21796,Q9Y5X3,Q93050,Q9Y487,O15270 17 |
| Establishment of protein localization to mitochondrial membrane 0.5291007113372372 1.8299134810934423 0.0672628772540206 1.0 0.4237626408281537 17 Q9NS69,O14737,Q9Y512,Q15070 4 |
| Regulation of appetite 0.9769784172661868 1.8298519638624016 0.0672720780552813 1.0 0.4237626408281537 2 P80303 1 |
| Negative regulation of response to food 0.9769784172661868 1.8298519638624016 0.0672720780552813 1.0 0.4237626408281537 2 P80303 1 |
| Regulation of response to food 0.9769784172661868 1.8298519638624016 0.0672720780552813 1.0 0.4237626408281537 2 P80303 1 |
| Erad pathway 0.4128256211902346 1.8254253854588671 0.0679368614003514 1.0 0.4255094864704524 41 Q9Y679,Q6NTF9,Q8IXB1,Q9UBV2,Q8TCT9,O94905,O76024,Q9UBU6,P46379,P27824,Q96A33,P51572,Q9GZP9,Q8TCJ2,O75477,P14625,Q4ZIN3 17 |
| Regulation of plasma lipoprotein particle levels 0.5586573106524947 1.8204676976255212 0.0686878111424647 1.0 0.4289895617229382 14 P09601,P38571,Q8WTV0 3 |
| Lipid translocation 0.7031063960568178 1.8154347451532191 0.0694571256142608 1.0 0.4313411881926153 7 Q96AA3,Q7Z3C6,P08183,Q4KMQ2 4 |
| Nucleobase containing compound transport 0.3512687374915077 1.8129970409803855 0.0698322777068378 1.0 0.4320421387890654 117 Q8TEM1,Q8N1F7,O75955,O00400,P57740,Q7Z3B4,P37198,Q53F19,Q08722,Q08J23,Q9ULX6,Q8NFH4,P82979,Q9H2D1,P22626,P12270,Q07666,Q92945,P41440,P09651,O15504,Q86V81,Q9HC21,Q96PU8,P41208,Q15388,O15514,Q99808,Q9BSK2,Q9BTX1,Q6NUK1,Q86U42,P51991,Q9UPR3,Q8TB61,Q9NRG9,Q07955,P12236,Q6I9Y2,Q99567,Q9BVL2 41 |
| Regulation of t cell differentiation in thymus 0.9720863309352518 1.8098556000954833 0.070318183023005 1.0 0.4321022467874141 2 O96005 1 |
| Regulation of water loss via skin 0.7140442426455145 1.8021054143062816 0.0715288220323262 1.0 0.4344847248043866 6 P04062 1 |
| Membrane raft assembly 0.7135025637362352 1.7995274929832048 0.0719352789675706 1.0 0.4354685867890883 6 P41440,O75955 2 |
| Phosphatidylcholine catabolic process 0.9694964028776976 1.7992615569892827 0.0719773161272399 1.0 0.4354685867890883 2 Q8WTV0 1 |
| Cartilage development involved in endochondral bone morphogenesis 0.8203049691481001 1.797659524067111 0.072230979328153 1.0 0.4354685867890883 4 P16435,O75844 2 |
| Lipoprotein localization 0.7119606386879125 1.7921859941842948 0.073103177421385 1.0 0.4382864750041002 6 Q5JRA6,Q13432,O15260,A6NIH7 4 |
| Import across plasma membrane 0.4862178367210147 1.7831073221386364 0.0745688347525745 1.0 0.4446734632486805 21 O75915,Q15043,P41440,Q15758,P05023,P08195,P05556,P11166,P55011,P33121,P30825 11 |
| Negative regulation of nitric oxide metabolic process 0.7537302449055109 1.7768810940360042 0.0755878056234644 1.0 0.4483078818126273 5 P06280,P30536 2 |
| Xenobiotic transport 0.6948126801152696 1.7749392052915138 0.0759079259399051 1.0 0.449338797555445 7 P33527,Q5T3U5,P41440,P08183,P35670,P11166 6 |
| Embryonic appendage morphogenesis 0.5194065489324086 1.761860674914364 0.0780928402646257 1.0 0.4563125100503123 17 P42892,O94788,Q9Y5Y0 3 |
| Response to testosterone 0.5724176800535925 1.7613013785197358 0.0781874068670211 1.0 0.4563125100503123 12 Q13126,P04062 2 |
| Sodium ion homeostasis 0.7043180610401935 1.7557268975058884 0.0791350517821922 1.0 0.4593688632866411 6 P05023,Q9Y5X3 2 |
| Regulation of morphogenesis of a branching structure 0.8090272408939855 1.74992820283634 0.08013070343952 1.0 0.461865862222923 4 Q9NQC3 1 |
| Lipid biosynthetic process 0.3659987230923795 1.7490671461025102 0.0802794134319411 1.0 0.4619747206140262 164 Q15392,Q6UWP7,O95470,Q9P035,Q9NX62,Q9UG56,O76062,O15121,P37268,O75845,Q8NBX0,Q14534,Q14739,Q8WTV0,Q96N66,O43292,P04062,Q92604,P04035,Q9NPH0,P30536,Q13510,O75477,Q9BTU6,O94788,Q96PE3,O15270,Q15125,Q9H7Z7,O00116,Q9HCL2,Q16739,Q99805,Q9HBU6,O95864,Q8WVX9,Q5H8A4,O76054,Q06136,P16435,Q15800,O15269,P35790,Q9BY49,P27544,P07686,Q8NCC3,Q96G23,Q10713,Q53GQ0,Q16850,P05023,Q8NF37,Q9BZF3 54 |
| Negative regulation of secretion 0.4710658746935104 1.7454413201072323 0.0809080784149798 1.0 0.4645375238303776 23 P09601,P00813,P40939,Q8N5M9,Q16836,Q16850,P04035,Q8N183 8 |
| Triglyceride metabolic process 0.5586142847612741 1.7449573936942042 0.0809922856737002 1.0 0.4645375238303776 13 Q9HCL2,Q9UBV2,Q8WTV0,Q96N66,P50416,Q92604,Q8NCG7 7 |
| Microglia differentiation 0.9556834532374096 1.7426749486485884 0.0813904099492703 1.0 0.4645375238303776 2 P04062 1 |
| Mitochondrial translation 0.3901345626208776 1.7423208888248742 0.0814523102508664 1.0 0.4645375238303776 49 Q16540,P82673,Q9Y2R0,Q96EY7,Q9BW92,Q92552,Q567V2,Q7L0Y3,Q9NYY8,P34897,Q9Y3D3,O75879,Q9NX20,Q5T160,Q9NWS8,Q07021,Q9UGM6 17 |
| Negative regulation of muscle cell apoptotic process 0.7457736193444715 1.740862064304139 0.0817077597307391 1.0 0.4645375238303776 5 P09601 1 |
| Positive regulation of toll like receptor signaling pathway 0.7451703951143726 1.7381270569196805 0.0821884283206655 1.0 0.4645375238303776 5 Q9NQC3,O75955 2 |
| Glutamate receptor signaling pathway 0.8051545555261146 1.7334984461236878 0.0830071134464751 1.0 0.4662202572199129 4 Q92542,P05067 2 |
| Appendage morphogenesis 0.5054257846627045 1.7318791659057096 0.0832950789335644 1.0 0.4669572303847396 18 P42892,O94788,Q9Y5Y0 3 |
| Positive regulation of macroautophagy 0.4947253037404021 1.7288694384310903 0.0838324649101343 1.0 0.4681119587227753 19 P27544,P09601,O15270,P21796 4 |
| Positive regulation of heart rate 0.9482014388489206 1.7119685820986938 0.0869024585131361 1.0 0.4751870139689959 2 P00813 1 |
| Calcium ion import into sarcoplasmic reticulum 0.9482014388489208 1.7119685820986938 0.0869024585131361 1.0 0.4751870139689959 2 O75844 1 |
| Suckling behavior 0.7997875150011053 1.7106968481019045 0.0871370898601897 1.0 0.4751870139689959 4 P05067 1 |
| Calcium ion transmembrane transport 0.3961203165904316 1.7053336139064217 0.0881322218658655 1.0 0.4751870139689959 43 P98194,Q9BPX6,P0DP25,Q9Y4W6,Q9UJZ1,Q8WWC4,Q9UM00,Q8IYU8,O95202,P78417,P16615,P21796,Q13586,P20020,Q4KMQ2,P08133 16 |
| Cell death in response to oxidative stress 0.4480839571991852 1.7050958309795268 0.0881765530434581 1.0 0.4751870139689959 26 P23246,Q15233,P04062,Q99720,Q07820,Q9NR28,O43464 7 |
| Toll like receptor 4 signaling pathway 0.7978692772818933 1.7025384414215268 0.0886544786389698 1.0 0.4764635887048711 4 Q9UKG1,P41440,O75955 3 |
| Regulation of toll like receptor 4 signaling pathway 0.7978692772818933 1.7025384414215268 0.0886544786389698 1.0 0.4764635887048711 4 Q9UKG1,P41440,O75955 3 |
| Protein insertion into er membrane by stop transfer membrane anchor sequence 0.6915451038170063 1.6945364851195408 0.0901633847658154 1.0 0.4780868954738743 6 Q8N4V1,Q15006 2 |
| Glycosphingolipid biosynthetic process 0.9424460431654672 1.688324476244214 0.091348959231206 1.0 0.4780868954738743 2 Q16739 1 |
| Glycolipid transport 0.794414051252532 1.6878315494794134 0.09144356945936 1.0 0.4780868954738743 4 Q96AA3,Q9NZJ7,P07602 3 |
| Sarcoplasmic reticulum calcium ion transport 0.6425594021534885 1.6785956574447636 0.0932308734738476 1.0 0.4814249414727131 8 P78417,P16615,O75844 3 |
| Pinocytosis 0.6423087493390122 1.67728869443096 0.0934860422563457 1.0 0.4823645516265167 8 P50897,Q9Y5X3 2 |
| Plasma membrane organization 0.4060038532682152 1.6767885933084905 0.0935838290645629 1.0 0.4824912752006302 38 Q16739,P41440,O75955,Q9H444,Q7Z3C6,O15121,P16615,Q96CP7,Q9HD42,P08133,Q4KMQ2 11 |
| Fatty acid transmembrane transport 0.641971053514074 1.675527639286332 0.0938307528247344 1.0 0.4833861066162432 8 O43772,P50416,P23786 3 |
| Amyloid precursor protein metabolic process 0.4568290740008813 1.6743814900348994 0.0940556482404244 1.0 0.4837881859923159 24 O95197,O75298,Q15392,Q14254,Q16799,Q9NQX7,P49755,Q96IZ0,Q9NQC3,Q92542,Q9NY61 11 |
| Atp transport 0.6861768807300415 1.6687265962446205 0.0951715757497844 1.0 0.4871515318414702 6 P12236,Q6NUK1 2 |
| Pigment metabolic process 0.4224277954804347 1.6651877977840663 0.0958752946294465 1.0 0.489000414078701 29 P09601,Q9Y5Y0,P00813,P30519,Q9UII2,O00264,P30536,Q9UKG1 8 |
| Regulation of steroid metabolic process 0.5229290640368356 1.66492491033844 0.0959277377045995 1.0 0.489000414078701 15 O94905,P05023,O76054,P16435,P30536,O75477,Q13510 7 |
| Chloride transmembrane transport 0.6723989459279367 1.664765451261392 0.0959595591749522 1.0 0.489000414078701 7 Q9UHG3 1 |
| Walking behavior 0.787823944415781 1.6597410115575773 0.0969665651479854 1.0 0.4924098225805869 4 O15118,O75844 2 |
| Regulation of monooxygenase activity 0.5557902328860346 1.6590304565771363 0.097109655248349 1.0 0.4924098225805869 12 P0DP25,P06280,Q8TCT9,Q8WTV0 4 |
| Neural retina development 0.6385364648554737 1.6576016827780873 0.0973978898031189 1.0 0.4924098225805869 8 P20020,P54802 2 |
| Endomembrane system organization 0.367458452981834 1.65450578712353 0.0980247884548284 1.0 0.4937961247162573 188 Q12981,P02545,Q14789,Q5JRA6,Q8N1F7,Q9P0I2,Q9UH99,O75955,Q14108,O15121,Q7Z3C6,Q15006,P61026,Q8N4V1,P61020,Q12907,Q5JTV8,Q9P2W9,Q15363,Q9P253,P50402,Q9ULX6,Q08379,P16615,O43760,Q9BTU6,Q9H6H4,P61019,Q4KMQ2,Q8NHH9,Q8TBA6,Q6IAA8,P20700,Q8N5M9,Q16739,Q9H9H4,P41440,P46379,Q9H444,Q86XL3,Q12846,Q96ED9,Q9Y2U8,P08133,Q9UP83,O95197,P51790,Q5SQN1,P49257,P49755,O43681,O75844,Q9Y3A6,Q7Z3D4,Q96A33,Q13190,Q9NQC3,O95721,Q15629,Q9HD42,Q96CP7,O15260,A0FGR8 63 |
| Oligosaccharide catabolic process 0.9335251798561148 1.6516391497573824 0.0986081341210187 1.0 0.4952202711306346 2 P17900 1 |
| Positive regulation of blood circulation 0.7845895312466131 1.645935413109908 0.0997770570360403 1.0 0.498297735604398 4 P00813,P16615 2 |
| Gpi anchor metabolic process 0.6810717372515208 1.644132358767568 0.1001488651870787 1.0 0.4987761698546198 6 O43292,Q92643,O60762,Q5H8A4,Q96S52 5 |
| Prostate gland development 0.6679641261735657 1.6428444463603753 0.100415121545399 1.0 0.4997244983856753 7 P07602 1 |
| Response to oxidative stress 0.3309259909955149 1.6412673678940368 0.100741926774744 1.0 0.5001491579527482 98 Q15392,P30519,O75306,Q15165,Q96IZ0,Q99720,P05067,Q9NR28,O43169,P09601,O95168,P04062,P16615,O95831,Q07820,P23246,Q6NUK1,Q15233,Q7Z2K6,Q8N0U8,O43464 21 |
| Phosphatidylcholine acyl chain remodeling 0.9303597122302156 1.6386119635451617 0.1012940991708517 1.0 0.5011647154551038 2 Q96N66 1 |
| Neurotransmitter catabolic process 0.9300719424460429 1.6374274375449962 0.1015411891231694 1.0 0.5011647154551038 2 P21964 1 |
| Mating behavior 0.7818038498592916 1.6340355044842714 0.1022513957775874 1.0 0.5014812456538753 4 P05067 1 |
| Reproductive behavior 0.7818038498592916 1.6340355044842714 0.1022513957775874 1.0 0.5014812456538753 4 P05067 1 |
| Regulation of multicellular organism growth 0.4996787028221497 1.6221049687735245 0.1047808744634861 1.0 0.510274339866896 17 Q9HCL2,O95470,O75844,P05067,O43464 5 |
| Endoplasmic reticulum tubular network organization 0.5796702663547644 1.620615095115123 0.1051002128213871 1.0 0.5103323160579014 10 P61026,O95197,Q9C0E8,Q9NQC3,Q9H6H4,Q9NP72,Q8NHH9 7 |
| Cellular response to exogenous dsrna 0.6761959607307646 1.6205994547978313 0.1051035692473276 1.0 0.5103323160579014 6 Q7Z434,O75955 2 |
| Regulation of neurotransmitter levels 0.4122675794823006 1.616518009426008 0.1059823628399336 1.0 0.5119631882348409 32 Q4J6C6,P21964,Q99808,P50897,Q9P253,P41440,Q5SQN1,O75955,P20339,P51649,P16615,Q12846,O95721,Q8NCG7,P0DP25 15 |
| C4 dicarboxylate transport 0.6624038293598726 1.6153060517261566 0.1062444337629302 1.0 0.5124777262547199 7 Q9UJS0,O75746,Q9UBX3,Q02978,P55011 5 |
| Second messenger mediated signaling 0.4306729211093937 1.609417719162863 0.1075250333491404 1.0 0.5141382037282194 27 P00813,O75844,Q9Y3D6,P78417,P51572,P16615 6 |
| Regulation of heart contraction 0.4368071841818345 1.6060644474613217 0.1082597504071036 1.0 0.5146485212401174 26 P00813,P10253,O75844,P78417,P16615,P20020,P0DP25 7 |
| Ubiquitin dependent erad pathway 0.4030679133260875 1.60205295354444 0.1091439002408842 1.0 0.5154928696353569 36 Q9Y679,Q6NTF9,Q8IXB1,Q9UBV2,O94905,O76024,Q9UBU6,P46379,P27824,Q96A33,P51572,Q9GZP9,Q8TCJ2,O75477,P14625 15 |
| Dermatan sulfate proteoglycan metabolic process 0.9191366906474816 1.5923890568289334 0.1112973135459762 1.0 0.5214099199053429 2 Q8NCH0 1 |
| Glycerophospholipid catabolic process 0.6575384480017588 1.591161109531129 0.1115733226847557 1.0 0.5214099199053429 7 Q9NZC3,Q8NCC3,Q8WTV0 3 |
| Isoprenoid metabolic process 0.4217794196258749 1.5908318415510256 0.1116474249209633 1.0 0.5214099199053429 28 Q6NUM9,Q9HB40,Q9BY49,P04035,P51648,O94788,P37268,O43464 8 |
| Regulation of response to osmotic stress 0.771132694332324 1.5883709771407903 0.1122024762897293 1.0 0.5221430860009318 4 O95202,P08183 2 |
| Antiviral innate immune response 0.7120501174338412 1.587097230881296 0.1124906249722215 1.0 0.5221430860009318 5 Q9NVI7,Q99623 2 |
| Neutral amino acid transport 0.7114055299539219 1.5841421292812872 0.1131613790877721 1.0 0.5221430860009318 5 Q9H2J7,P08195,Q96NB2,Q9H9B4 4 |
| Mitochondrial respirasome assembly 0.9165467625899272 1.581715333107418 0.1137145707635405 1.0 0.5226299743640069 2 P14406 1 |
| Ganglioside metabolic process 0.9337938975244668 1.5773926049635325 0.1147052159530983 1.0 0.5252207560215184 3 P06865,P17900 2 |
| Ganglioside catabolic process 0.9337938975244668 1.5773926049635325 0.1147052159530983 1.0 0.5252207560215184 3 P06865,P17900 2 |
| Regulation of nitric oxide synthase activity 0.5911235309954685 1.5764936081656886 0.1149120906724054 1.0 0.5256366216302576 9 P06280,Q8WTV0 2 |
| Regulation of triglyceride metabolic process 0.7681845131748417 1.575733747616668 0.1150871765265191 1.0 0.5258733745722847 4 Q8WTV0 1 |
| Negative regulation of amyloid precursor protein catabolic process 0.5718187011262723 1.5751149176500865 0.1152299213095289 1.0 0.5261607425561234 10 O95197,O75298,Q16799,P49755,Q9NQC3 5 |
| Ire1 mediated unfolded protein response 0.6536540823203787 1.571853096342864 0.115984624346253 1.0 0.5281428402332142 7 P57088,P18031,Q96HY6,Q92905,Q07812 5 |
| Response to increased oxygen levels 0.5704026663135873 1.5668915063300743 0.1171400533354973 1.0 0.5287676494247853 10 Q8N511,P00846,Q15904 3 |
| Protein n linked glycosylation 0.4626806459207486 1.5641512252437206 0.1177820584744864 1.0 0.5287676494247853 20 P04843,Q9BT22,Q9H0U3,Q2TAA5,Q96AA3,Q8TCJ2,P46977,P04844,Q10469 9 |
| Regulation of retrograde protein transport er to cytosol 0.9119424460431648 1.5627344769837943 0.1181150614950279 1.0 0.5287676494247853 2 Q9GZP9 1 |
| Xenobiotic export 0.9113669064748195 1.5603614298336246 0.1186744941226356 1.0 0.5287676494247853 2 P08183 1 |
| Negative regulation of interleukin 6 production 0.7644627276549611 1.5597680374825598 0.1188147072354464 1.0 0.5287676494247853 4 P04062 1 |
| Positive regulation of erad pathway 0.7639025584716554 1.5573638480302507 0.1193841243276145 1.0 0.5287676494247853 4 Q4ZIN3,P51572 2 |
| Regulation of amyloid fibril formation 0.6631335453712073 1.5573526700090503 0.119386776756369 1.0 0.5287676494247853 6 P05067 1 |
| Protein maturation 0.3537881802320251 1.556768469464183 0.1195254657792534 1.0 0.5287676494247853 72 Q15392,O76024,O75503,Q9UG56,Q15005,P42892,Q9Y4W6,O75787,P35670,O75976,Q9BU89,Q9UJZ1,Q9H9S5,Q9NRN7,Q92896,P67812,Q8TCT9,Q10713,O75844,Q92542,O43464 21 |
| Amide transport 0.3795524571885029 1.5534918752573776 0.1203056687975705 1.0 0.5287676494247853 44 P33527,P40939,Q9NZJ7,Q8N5M9,Q16836,P50416,P41440,P07602,O00400,Q13555,Q8N183,P08183,Q12846,Q9H2D1 14 |
| Neutral lipid metabolic process 0.4898608844105798 1.5519598303286444 0.12067183549058 1.0 0.5287676494247853 17 Q9HCL2,Q9UBV2,Q8WTV0,Q96N66,Q8NCC3,P50416,Q92604,P33121,Q8NCG7 9 |
| Regulation of ire1 mediated unfolded protein response 0.6619722303791389 1.5517161049954953 0.1207301674434169 1.0 0.5287676494247853 6 Q92905,Q07812,Q96HY6,P18031 4 |
| Succinate metabolic process 0.7613639839979655 1.546464773360128 0.1219923612843283 1.0 0.532675724653704 4 P51649 1 |
| Plasma membrane to endosome transport 0.7609692254207809 1.5447693751130869 0.1224020573943627 1.0 0.5330516564252848 4 Q99523,P61020 2 |
| Endoplasmic reticulum unfolded protein response 0.4465510778653871 1.5435525355600148 0.1226967711162858 1.0 0.533813063063513 23 Q6NTF9,P18031,O76024,Q9Y4P3,Q96HY6,Q7Z2K6,Q96JB5,Q9GZP9 8 |
| Behavior 0.3268214588961058 1.5431494434429538 0.1227945205721707 1.0 0.533813063063513 86 P10253,P51790,P17900,P07686,P50897,Q9HB07,P04062,O75844,P04035,O00264,O15118,P54802,P30536,Q9GZP9,Q92542,P05067,O43464 17 |
| Striated muscle adaptation 0.7024533304269427 1.5430446498684478 0.1228199428751382 1.0 0.533813063063513 5 Q13555,P16615 2 |
| Tetrapyrrole biosynthetic process 0.5266240909875746 1.541518886794312 0.1231905498725556 1.0 0.5343663764711409 13 O75027,Q9Y5Y0,P36551,Q9UII2,P22830,O00264,Q9NRK6,P30536 8 |
| Regulation of hormone levels 0.35397174813897 1.539767570330968 0.1236170194752694 1.0 0.5343892288311789 71 Q9HB40,O95470,Q8NBN7,P42892,P40939,O75787,Q16836,P50416,P30536,O94788,P07948,Q6NUM9,Q8N5M9,P16435,Q12846,Q15043,O75844,Q53GQ0,P05023,Q8N183,Q13555 21 |
| Negative regulation of insulin secretion involved in cellular response to glucose stimulus 0.9061870503597118 1.5390001675198814 0.1238042553480802 1.0 0.5343892288311789 2 Q8N183 1 |
| Calcium ion regulated exocytosis 0.5655781023785131 1.5388347541214855 0.1238446429541979 1.0 0.5343892288311789 10 P16615 1 |
| Head morphogenesis 0.658073807526588 1.5327791512499012 0.1253302792512602 1.0 0.5384803259570711 6 O95470,Q9Y5Y0 2 |
| Lysosomal transport 0.3716754869916841 1.531357378815679 0.125681091698333 1.0 0.5384803259570711 49 O00189,Q9NZJ7,Q9P253,Q9UNK0,P07602,Q9H444,Q14108,P11279,O15118,Q96ED9,Q9HD42 11 |
| Acute phase response 0.9035971223021572 1.5283172604793689 0.1264337864514799 1.0 0.5398208473982359 2 Q9BQE5 1 |
| Cerebellar cortex development 0.5336491168545913 1.5214745501230214 0.1281407931637743 1.0 0.541038810547773 12 O14949,P04062 2 |
| Cellular response to arsenic containing substance 0.612590806106853 1.521352109019325 0.1281715001292309 1.0 0.541038810547773 8 P09601 1 |
| Mitochondrial protein processing 0.6557188130222046 1.5213281661279934 0.1281775054279972 1.0 0.541038810547773 6 Q9UJZ1,Q9Y4W6,Q10713,Q96TA2,Q99797 5 |
| Intermediate filament organization 0.6554471869741385 1.5200068634251562 0.1285092506672107 1.0 0.5415460762795871 6 P08670 1 |
| Chondroitin sulfate proteoglycan metabolic process 0.6971551782087377 1.5186747115524692 0.1288443950367945 1.0 0.5418354951111614 5 Q8N6G5,Q9NX62,Q96L58 3 |
| Detection of calcium ion 0.900143884892086 1.5140714741278534 0.1300077126799084 1.0 0.5442317781752963 2 P0DP25 1 |
| Regulation of t cell apoptotic process 0.6959218822707753 1.5129971055799318 0.1302803940734029 1.0 0.5448267675856414 5 Q9HCL2,P00813 2 |
| Excretion 0.6536511333893367 1.511267326130543 0.1307203550714144 1.0 0.5461740136750474 6 P09601 1 |
| Cellular response to topologically incorrect protein 0.3899195699173444 1.5105636359737904 0.1308996646891091 1.0 0.5463715164106324 38 P48723,Q9Y679,Q6NTF9,P18031,O76024,Q9Y4P3,Q96HY6,Q7Z2K6,Q15363,P46379,Q96JB5,Q9GZP9 12 |
| Positive regulation of protein exit from endoplasmic reticulum 0.7526634033976488 1.5090649589831973 0.1312821832404347 1.0 0.5471336529862267 4 Q92544,P51572,Q9NR31 3 |
| Heart process 0.4011758178168854 1.5081278328849086 0.1315218129849518 1.0 0.5477858569897898 32 P00813,P10253,O75844,P78417,P16615,P20020,P0DP25 7 |
| Calcium ion transport 0.3637468115781622 1.5066968425809832 0.1318883812557494 1.0 0.5481390568032412 60 P98194,Q9BPX6,Q8WWC4,O76024,P78417,P21796,P20020,Q9Y4W6,P08195,P16615,P30536,P0DP25,Q4KMQ2,Q9UJZ1,Q9UM00,O95202,Q13586,P08133,Q8IYU8,O75844,Q13555 21 |
| Cytokine production involved in inflammatory response 0.6399966199256876 1.5037547235910569 0.1326445330336261 1.0 0.5482501211510753 7 Q8IV08 1 |
| Fatty acid beta oxidation using acyl coa oxidase 0.6513830848728113 1.5002242630064735 0.1335563202972336 1.0 0.5482501211510753 6 O15254,P22307,Q15067 3 |
| L glutamate transmembrane transport 0.6510704286580934 1.4987013604325603 0.1339511236449797 1.0 0.5482501211510753 6 O60831,O75746,Q9UJS0,O75915 4 |
| Mammary gland epithelium development 0.608293997925808 1.4986553173905537 0.1339630740709108 1.0 0.5482501211510753 8 Q9NQC3 1 |
| Negative regulation of oxidoreductase activity 0.749828752887601 1.4968659067223984 0.1344281529374531 1.0 0.5498119799533698 4 Q15070 1 |
| Protein import into peroxisome membrane 0.8952517985611504 1.4938870929511805 0.1352051325436378 1.0 0.5512788479765036 2 P56589 1 |
| Cartilage development 0.4808747777687564 1.4874397665407115 0.1368987005816895 1.0 0.5561193206737067 17 Q9NX62,Q96HY6,O75844,Q92896,P16435,P08133 6 |
| Er overload response 0.6899578959056796 1.4855167644432998 0.1374069858557793 1.0 0.5574966932288979 5 O76024,Q96A33 2 |
| Organelle disassembly 0.3670324762265569 1.4841279530257796 0.1377749787359747 1.0 0.5585778985862869 51 O43464,Q9Y6I9,P27544,Q96HY6,Q9UII2,P04062,Q99623,Q9Y3D6,Q7Z3C6,Q08379,Q13190,P21796,P30536,O00165 14 |
| Autophagosome membrane docking 0.8926618705035966 1.4832003239023954 0.1380211951925749 1.0 0.5585778985862869 2 P16615 1 |
| Glucosylceramide metabolic process 0.9088688722817582 1.4814486827598956 0.1384870501134267 1.0 0.5585778985862869 3 P04062 1 |
| Amino acid import 0.5741174515797743 1.4813432395455235 0.138515131703572 1.0 0.5585778985862869 9 Q9H9B4,O75915,P08195,P05556,Q96NB2,P30825 6 |
| Cellular response to insulin like growth factor stimulus 0.7459240443287902 1.480051150582829 0.1388595965962165 1.0 0.5585778985862869 4 P46108,Q9BSK2 2 |
| Regulation of blood circulation 0.4097113623079638 1.4786945213463198 0.1392219772337113 1.0 0.5585778985862869 28 P00813,P10253,O75844,P78417,P16615,P42892,P20020,P0DP25 8 |
| Sterol transport 0.432538255803613 1.4690370787781908 0.1418227324568486 1.0 0.5612432337286339 24 Q6IAA8,Q86Y82,Q8WTV0,P61916,O15118,P30536,Q9BZF3,P22307 8 |
| Regulation of phospholipid metabolic process 0.5341750533545738 1.4657794168818166 0.1427083902887398 1.0 0.5614108506569506 11 Q99623,Q8NF37,Q8WTV0 3 |
| Regulation of leukocyte mediated cytotoxicity 0.6020244449769134 1.465476190456576 0.1427910436941966 1.0 0.5614108506569506 8 P04439,P46108,P11279 3 |
| Positive regulation of release of cytochrome c from mitochondria 0.6322809131392336 1.4651465666139287 0.1428809341766805 1.0 0.5614108506569506 7 Q96A26 1 |
| Neurotransmitter transport 0.4013915734225379 1.465106576139666 0.1428918427824153 1.0 0.5614108506569506 29 Q4J6C6,Q99808,P50897,Q9P253,P41440,Q5SQN1,O75955,P20339,P16615,Q12846,O95721,Q9H2J7,P0DP25 13 |
| Acute inflammatory response 0.6854174990505446 1.464569900233215 0.1430382991446279 1.0 0.5614108506569506 5 P42785,Q9BQE5 2 |
| Tail anchored membrane protein insertion into er membrane 0.5526576596455701 1.4634151148565198 0.1433538252635786 1.0 0.5617831961411733 10 Q8N4V1,Q15006,O43681,Q9P0I2 4 |
| Cytosolic calcium ion transport 0.4204197241928332 1.4608947813340696 0.1440443190156037 1.0 0.562041408423847 26 Q9BPX6,Q9Y4W6,Q8IYU8,Q8WWC4,O95202,P78417,P16615,P21796,P20020,P0DP25 10 |
| Regulation of t cell mediated cytotoxicity 0.7413837353444901 1.4604846426624916 0.1441569252141905 1.0 0.562041408423847 4 P04439 1 |
| Positive regulation of t cell mediated cytotoxicity 0.7413837353444901 1.4604846426624916 0.1441569252141905 1.0 0.562041408423847 4 P04439 1 |
| Vascular transport 0.4847247315562815 1.4567911690921689 0.1451740343067562 1.0 0.5646704321412142 16 P33527,Q99808,O15439,P41440,Q15758,P02786,Q6P1M0,P08183,P11166,P55011,P30825 11 |
| Negative regulation of map kinase activity 0.5504681933586609 1.4505961743581857 0.1468923412090919 1.0 0.5675338761653718 10 P04035,Q96JB5,P04062,P18031 4 |
| Proton transporting v type atpase complex assembly 0.8846043165467619 1.4499513555044248 0.14707208475685 1.0 0.5675338761653718 2 Q8N511 1 |
| Vacuolar proton transporting v type atpase complex assembly 0.8846043165467619 1.4499513555044248 0.14707208475685 1.0 0.5675338761653718 2 Q8N511 1 |
| Negative regulation of cytokine production 0.3966195562307069 1.4477170676950943 0.1476961946054795 1.0 0.5675338761653718 31 P09601,P04062,Q9BWS9,P30536,O43823,P20020,Q86UT6 7 |
| Homologous chromosome pairing at meiosis 0.5680073896120971 1.447001661989432 0.1478964580870707 1.0 0.5675338761653718 9 Q92791,Q15645,P46379,Q9BTX1 4 |
| Collagen metabolic process 0.5674232536367372 1.4437145200042214 0.148819295345399 1.0 0.5675338761653718 9 Q92791,P08670 2 |
| Positive regulation of response to endoplasmic reticulum stress 0.5672665553341938 1.4428326063631565 0.1490676315599715 1.0 0.5675338761653718 9 P18031,P46379,P51572,Q13794,Q07812,Q4ZIN3 6 |
| Regulation of hormone metabolic process 0.680435094300605 1.4415596528873291 0.149426637499547 1.0 0.5675338761653718 5 P16435,O75844 2 |
| Protein targeting to membrane 0.3765100267093307 1.43928155581255 0.1500707664103908 1.0 0.5675338761653718 41 Q9UGP8,O00560,P56589,Q9H9H4,P40855,P46379,O43681,P43307,Q9H444,Q9Y3D6,Q15629,O60725 12 |
| Response to corticosterone 0.8817266187050353 1.4380772068484018 0.1504121490478165 1.0 0.5675338761653718 2 P0DP25 1 |
| Modified amino acid transport 0.6264390215298664 1.435854368379453 0.1510437853624506 1.0 0.5675338761653718 7 Q9H2D1,O43772,P41440 3 |
| Phosphatidic acid metabolic process 0.5961463131676946 1.4343051775789903 0.1514851934363674 1.0 0.5675338761653718 8 Q9HCL2,Q9NPH0,Q6UWP7,Q8NF37 4 |
| Mammary gland epithelial cell proliferation 0.6787337697287408 1.4336969275051417 0.1516587693866462 1.0 0.5675338761653718 5 Q9NQC3 1 |
| Vitamin d metabolic process 0.8963834496352813 1.433315424620062 0.1517677159032562 1.0 0.5675354597540041 3 P04062 1 |
| Protein targeting to peroxisome 0.895509499136441 1.4299451017468845 0.1527327759902341 1.0 0.5688289156743042 3 P56589,O75381 2 |
| Cellular sodium ion homeostasis 0.7342462056722144 1.4296961470471097 0.152804246584234 1.0 0.5688289156743042 4 P05023 1 |
| Regulation of leukocyte degranulation 0.6243917286852017 1.4255772739029609 0.1539904000736247 1.0 0.5692852153317203 7 P07948,P09601,P11279 3 |
| Positive regulation of chemokine production 0.6241525868727976 1.424376437355392 0.1543375313080393 1.0 0.5692852153317203 7 P09601,P05067 2 |
| Chemokine production 0.5934108757497177 1.4197796451421263 0.1556718426166234 1.0 0.5714327415046976 8 P09601,P05067 2 |
| Cellular response to unfolded protein 0.3905001696759863 1.4192856369127935 0.1558157578362822 1.0 0.5715919836554653 33 P48723,Q6NTF9,P18031,O76024,Q9Y4P3,Q96HY6,Q7Z2K6,Q15363,Q96JB5,Q9GZP9 10 |
| Membrane protein intracellular domain proteolysis 0.8917674150834736 1.4155129225897736 0.1569181622319395 1.0 0.5725532529761604 3 Q8TCT8,Q8TCT9 2 |
| Negative regulation of mitochondrion organization 0.485937721995422 1.4133525860546907 0.1575520792918239 1.0 0.5725532529761604 15 P02786,Q9H3K2,O60313,P30536 4 |
| Homophilic cell adhesion via plasma membrane adhesion molecules 0.5435593736246085 1.410078185211146 0.1585165978840645 1.0 0.5732523948727232 10 Q9Y639,Q14574 2 |
| Ubiquinone metabolic process 0.6207944571265016 1.407505553687914 0.1592775315949857 1.0 0.5750573455777319 7 Q9Y5Z9,Q8NI60,Q9Y2Z9 3 |
| Positive regulation of autophagy 0.4018911145233907 1.4056118417496868 0.1598394177616269 1.0 0.5764052075192204 28 P09601,P27544,P21796,O15270,Q86UE4 5 |
| Amino acid import across plasma membrane 0.6318697548324317 1.4049244775051093 0.1600437370100655 1.0 0.5764052075192204 6 P08195,P05556,O75915,P30825 4 |
| Ribonucleoside metabolic process 0.5905814680371061 1.404742432782705 0.1600978829241308 1.0 0.5764052075192204 8 P00813,O60725 2 |
| Purine ribonucleoside metabolic process 0.5905814680371061 1.404742432782705 0.1600978829241308 1.0 0.5764052075192204 8 P00813,O60725 2 |
| Activation of cysteine type endopeptidase activity involved in apoptotic process 0.4770393397833484 1.40275651418668 0.1606894584552929 1.0 0.5767637926038249 16 O95831,Q9NZJ7,Q96A26,Q9NR28,Q9BXK5 5 |
| Adipose tissue development 0.5237108021258715 1.4017595686721505 0.1609870556864614 1.0 0.5767637926038249 11 O15173,P43490 2 |
| Mrna transport 0.3292259083020893 1.3992175317936215 0.1617477607937105 1.0 0.5767637926038249 80 Q8TEM1,Q8N1F7,P57740,Q7Z3B4,P37198,Q53F19,Q08J23,Q9ULX6,Q8NFH4,P82979,P12270,P22626,Q92945,P09651,O15504,Q86V81,Q96PU8,P41208,O15514,Q9BTX1,Q86U42,P51991,Q9UPR3,Q9NRG9,Q07955,Q6I9Y2,Q99567,Q9BVL2 28 |
| Ornithine transport 0.8722302158273374 1.3988998688518883 0.1618430119274683 1.0 0.5767637926038249 2 Q9Y619 1 |
| Mitotic dna replication 0.5231222884813524 1.3981516533463223 0.1620675314274344 1.0 0.5767637926038249 11 P33991,O75844 2 |
| Estrogen metabolic process 0.6703595128436441 1.3949574673185117 0.1630286658734192 1.0 0.576976270864263 5 O95470,Q53GQ0,Q8NBQ5 3 |
| Phospholipid homeostasis 0.8710791366906466 1.3941522676331166 0.1632716284283975 1.0 0.576976270864263 2 Q96CP7 1 |
| Positive regulation of long term synaptic potentiation 0.6686639120103856 1.3871065176910895 0.1654092848845927 1.0 0.5813989297064235 5 Q9Y639,Q13501,P05067 3 |
| Reactive nitrogen species metabolic process 0.4583869857632505 1.385606547109462 0.1658670779642905 1.0 0.5813989297064235 18 O43169,Q08722,P16435,P30536,P06280 5 |
| Epithelial cell differentiation involved in prostate gland development 0.8832574598945456 1.3826881539406235 0.1667605057303682 1.0 0.5813989297064235 3 P07602 1 |
| Regulation of amyloid beta clearance 0.6676937739466254 1.3826136040013703 0.166783375504856 1.0 0.5813989297064235 5 Q16850 1 |
| Folic acid transport 0.8682014388489201 1.382284759710587 0.166884283598605 1.0 0.5813989297064235 2 Q9H2D1 1 |
| Folate transmembrane transport 0.8682014388489201 1.382284759710587 0.166884283598605 1.0 0.5813989297064235 2 Q9H2D1 1 |
| Positive regulation of cell adhesion molecule production 0.8682014388489199 1.382284759710586 0.1668842835986053 1.0 0.5813989297064235 2 O75955 1 |
| Positive regulation of toll like receptor 3 signaling pathway 0.8682014388489199 1.382284759710586 0.1668842835986053 1.0 0.5813989297064235 2 O75955 1 |
| Regulation of synaptic transmission dopaminergic 0.8682014388489199 1.382284759710586 0.1668842835986053 1.0 0.5813989297064235 2 O75955 1 |
| Positive regulation of heterotypic cell cell adhesion 0.8682014388489199 1.382284759710586 0.1668842835986053 1.0 0.5813989297064235 2 O75955 1 |
| Intracellular distribution of mitochondria 0.7226955191098972 1.3798063582356426 0.1676462744323172 1.0 0.5815389362920913 4 Q9NVT9,O75153 2 |
| Regulation of regulated secretory pathway 0.4391867679713052 1.3792313945204748 0.1678234213495959 1.0 0.5815389362920913 20 P07948,P09601,Q9P253,P20339,P11279,P16615,Q12846,P0DP25 8 |
| Positive regulation of t cell proliferation 0.536988312871595 1.371450851106127 0.1702344548104069 1.0 0.585425272831822 10 Q9HCL2,P02786,Q96EY1,P04439,P30825 5 |
| Regulation of t cell proliferation 0.4564107916531366 1.3708833577730997 0.1704113200432739 1.0 0.5857277974778989 18 Q9HCL2,Q96IZ0,P02786,Q96EY1,P04439,P30825 6 |
| Neuron recognition 0.6124938736295067 1.3657418229264748 0.172020012288494 1.0 0.5880716341425426 7 Q9Y639,P05067,Q9NQC3 3 |
| Regulation of neurotransmitter uptake 0.7183990786064025 1.3612324435351406 0.1734402444195135 1.0 0.5902881045868672 4 P20337,P41440,O75955 3 |
| Regulation of mrna polyadenylation 0.4780223198462465 1.358970298216866 0.174156000798979 1.0 0.591197263917812 15 P09012,O43809,Q8N684,Q5VTR2,Q96MU7,Q6PJT7,Q6PD62,O75150,Q16630,P50750 10 |
| Diacylglycerol metabolic process 0.7168481676090919 1.3545258802440772 0.1755686623800239 1.0 0.5937029638226152 4 Q8NCC3 1 |
| Phospholipid biosynthetic process 0.3469792752199978 1.3534183936815944 0.1759220045066301 1.0 0.5941371269091573 65 Q6UWP7,Q6IAN0,Q9NX62,Q9UG56,Q92643,Q96N66,O43292,Q92604,Q9NPH0,Q96PE3,Q9BTU6,Q9NTJ5,O15270,Q9HCL2,O15228,Q9HBU6,Q8WVX9,Q5H8A4,O15269,P35790,P07686,Q10713,Q96S52,Q8NF37 24 |
| Mitochondrial proton transporting atp synthase complex assembly 0.8756476683937777 1.3533352182419565 0.1759485629141699 1.0 0.5941371269091573 3 Q5TC12,Q15070 2 |
| Nuclear pore organization 0.5067944048778682 1.352820093130771 0.1761131119952419 1.0 0.5941675857330513 12 P57740,Q9BTX1,Q7Z3B4,Q8N1F7,Q9NQC3 5 |
| Long chain fatty acyl coa biosynthetic process 0.6610023041474733 1.3516056992818664 0.1765014861461442 1.0 0.5942015496025356 5 Q53GQ0,O95573,P33121,Q9NZ01 4 |
| Positive regulation of glycoprotein metabolic process 0.5801638732527503 1.3492733206210898 0.1772491917399312 1.0 0.5955608997319771 8 Q96IZ0,Q9H0U4,Q92542 3 |
| T cell differentiation in thymus 0.5505884032065351 1.3487033835668023 0.177432258298559 1.0 0.5956196562544335 9 O96005,P04062 2 |
| Regulation of post translational protein modification 0.87439964970766 1.3485216453317754 0.1774906631041584 1.0 0.5956196562544335 3 O75718 1 |
| Ribonucleoprotein complex localization 0.6088666310177756 1.3474657882850338 0.177830264728569 1.0 0.5962970047310642 7 Q9ULX6,P12270,Q08J23,Q8WWY3 4 |
| Maintenance of protein localization in organelle 0.4528206408369674 1.3441070138067166 0.1789137843800445 1.0 0.5972972922867191 18 Q9UH99,P30536,O43731,P24390 4 |
| Regulation of rna export from nucleus 0.5139321767910053 1.3417176202596397 0.179687571625853 1.0 0.5981245211176284 11 Q07666,Q96ST2,Q08J23,Q9ULX6,P12270 5 |
| Regulation of hormone biosynthetic process 0.8572661870503587 1.3372136300102118 0.1811529140681012 1.0 0.6007129093078605 2 P16435 1 |
| Positive regulation of striated muscle contraction 0.8572661870503587 1.3372136300102118 0.1811529140681012 1.0 0.6007129093078605 2 P78417 1 |
| Regulation of steroid hormone biosynthetic process 0.8572661870503587 1.3372136300102118 0.1811529140681012 1.0 0.6007129093078605 2 P16435 1 |
| Glycerolipid catabolic process 0.5306037317333627 1.3338428516902685 0.1822553639298827 1.0 0.6032334739969678 10 Q9NZC3,Q8NCC3,Q8WTV0 3 |
| Lipoprotein biosynthetic process 0.5124719817360451 1.332735689354082 0.1826185568359348 1.0 0.6033972136002569 11 Q16739,Q92643,O43292,Q5H8A4,P04062 5 |
| Glycoprotein catabolic process 0.8561151079136682 1.3324722031708265 0.1827050696845618 1.0 0.6033972136002569 2 O60502 1 |
| Lens development in camera type eye 0.6564159146170095 1.3303360508896611 0.1834075741865701 1.0 0.6037497807173423 5 P08670 1 |
| Positive regulation of lipid catabolic process 0.6561059907834152 1.328898329238673 0.1838815151338853 1.0 0.6037497807173423 5 Q96AD5,P50416,Q05655,Q8NCG7 4 |
| Embryonic digestive tract development 0.7107279005051235 1.328052188584212 0.1841608666819107 1.0 0.6039999753942809 4 P00813 1 |
| Establishment of protein localization 0.2840204654965438 1.3270497669772088 0.1844922205322394 1.0 0.6044849533003112 561 O60830,O75298,Q9NS69,Q96C92,Q99595,Q8N4H5,P50897,Q9UNK0,Q9P0I2,P43307,Q9H1Z9,Q14108,P11279,Q15005,Q9H0U4,O60725,A6NIH7,Q9Y679,Q9Y512,Q7Z3B4,Q8N4V1,Q16836,P50416,P61020,Q9P2W9,Q08379,Q8NFH4,Q5JRX3,Q9Y282,P61019,O95831,Q9H9H4,P50395,Q15070,P41208,O14925,O00165,Q99523,Q9UBV2,O00189,O15400,Q8TCT9,Q8NBU5,Q9Y5M8,Q16850,Q96A33,Q13190,P52789,Q15629,O95249,P98194,Q8WWC4,Q86Y82,P24390,O43731,Q96PC5,Q8N1F7,Q86UP2,O15118,Q9HD20,P63010,Q9UGP8,P40939,Q96KC8,P57740,P55786,Q969Q5,O95070,Q15363,P30040,P20339,P30536,P10619,Q3ZCQ8,Q9Y2D4,Q6UWE0,P46379,Q9Y3D6,Q12846,P55011,Q15388,Q07820,P14625,O14737,P00367,Q9UP83,Q9NQG6,Q9HAV7,Q9BTX1,P20340,O96028,Q8N183,Q9GZP9,Q7Z434,P56589,Q99623,O75381,O95391,Q9P253,P50402,P04035,P51572,O60499,Q9Y5X3,P0DP25,Q8N5M9,Q13432,O96008,P02786,Q96ED9,O00560,Q9UII2,P40855,Q10713,Q9Y3A6,Q13555,O43615,O95721,Q99567,Q9HD42,O43464,P02545,O15127,P18031,Q92544,Q15006,O43823,P37198,Q32P28,O60831,Q15904,Q9H444,Q9UKG1,P49755,O43681,Q13439 136 |
| Pyramidal neuron differentiation 0.7101447822766916 1.3255292888673185 0.1849956617081138 1.0 0.6055322478861214 4 P04062 1 |
| Regulation of myeloid leukocyte mediated immunity 0.5285480615090272 1.321719187807581 0.1862616768115566 1.0 0.6084671237041875 10 P07948,P09601,Q7Z434 3 |
| Lens fiber cell differentiation 0.8532374100719413 1.320621540927049 0.1866275866964155 1.0 0.6087570142290506 2 P08670 1 |
| Lens fiber cell development 0.8532374100719413 1.320621540927049 0.1866275866964155 1.0 0.6087570142290506 2 P08670 1 |
| Vacuolar transport 0.35108872052063 1.3195844277359106 0.1869738048544051 1.0 0.6090853006071165 56 O00189,Q9NZJ7,Q9P253,Q9UNK0,Q9H9H4,P07602,Q9H444,Q14108,P11279,O15118,Q96ED9,Q9HD42 12 |
| Neuron maturation 0.5741006498861032 1.3169214329855048 0.1878649613795984 1.0 0.6103758533186262 8 P05067,O75503 2 |
| Protein quality control for misfolded or incompletely synthesized proteins 0.5096531717703692 1.3153857387930077 0.1883802959747096 1.0 0.6117124996090442 11 Q9Y679,Q16740,P46379 3 |
| Positive regulation of monooxygenase activity 0.6020211809378462 1.3129363784345254 0.1892043873172668 1.0 0.6118553001714839 7 P0DP25,Q8WTV0 2 |
| Protein targeting to lysosome 0.4899194359150944 1.3043681925657469 0.1921080747306103 1.0 0.6159611213625262 13 Q14108 1 |
| Positive regulation of autophagy of mitochondrion 0.6104289715627582 1.299718082503867 0.1936976104868013 1.0 0.618104775686427 6 P21796 1 |
| Nervous system process 0.3175147806674654 1.296780084577999 0.194706864971373 1.0 0.6191715894287533 115 P10253,Q99808,P17900,Q9Y6M9,Q9H6K4,P07686,P50897,Q13432,O60313,P04062,O75844,P78417,Q14108,O00264,P04035,O14773,P05067,P53611 18 |
| Regulation of nucleobase containing compound transport 0.4969211579264248 1.2904114259946622 0.1969078470503047 1.0 0.6215182866274249 12 Q07666,Q96ST2,Q08J23,Q9ULX6,P12270 5 |
| Nuclear pore complex assembly 0.5402871652119308 1.2903355342019949 0.1969341843278689 1.0 0.6215182866274249 9 Q8N1F7,P57740,Q9BTX1,Q9NQC3 4 |
| Amyloid precursor protein catabolic process 0.4278831288922973 1.2895713362128494 0.1971995332466829 1.0 0.6215182866274249 20 O95197,O75298,Q15392,Q16799,P49755,Q9NQC3,Q92542 7 |
| Positive regulation of adaptive immune response 0.4607577808869039 1.2877548001926171 0.1978313308958108 1.0 0.6215182866274249 16 P02786,P00813,O15400,P04439 4 |
| Cellular response to reactive nitrogen species 0.5685718065453167 1.2873829829641736 0.1979608326255373 1.0 0.6215182866274249 8 O95831,P46108 2 |
| Response to nitric oxide 0.5685718065453167 1.2873829829641736 0.1979608326255373 1.0 0.6215182866274249 8 O95831,P46108 2 |
| Lipid storage 0.4451749777852595 1.2869705724521014 0.1981045452820695 1.0 0.6215182866274249 18 Q14534,P17900,Q8WTV0,P04062,Q9H6V9 5 |
| Maintenance of protein location in mitochondrion 0.6999877288262928 1.2815732913869289 0.199992374407983 1.0 0.6215182866274249 4 P30536 1 |
| Folic acid metabolic process 0.5956170627889509 1.280593023485671 0.2003366517460372 1.0 0.6215182866274249 7 Q9H2D1,P41440,P13995 3 |
| Detection of external biotic stimulus 0.8564067208360155 1.2791546239522789 0.2008426112019212 1.0 0.6215182866274249 3 Q8WTV0 1 |
| Regulation of immune effector process 0.3499116485179626 1.277156783285079 0.2015469010315684 1.0 0.6215182866274249 47 P07948,P09601,O15400,P46108,Q08722,P02786,Q99623,P11279,Q12846,P04439,Q07021,P35232,Q7Z434,Q9UKG1 14 |
| Vascular process in circulatory system 0.3712768891367041 1.2769576824807811 0.2016171877118437 1.0 0.6215182866274249 36 Q99808,Q9HB40,Q16625,P02786,P08183,P42892,P20020,P30825 8 |
| Vasculogenesis 0.5665937423680554 1.2768070544439103 0.2016703743829768 1.0 0.6215182866274249 8 O95470,Q4VCS5,Q96PU8 3 |
| Cholesterol efflux 0.5663325725440156 1.2754103917275064 0.2021640224546372 1.0 0.6226880010529428 8 Q6IAA8,O15118,Q86Y82,Q8WTV0 4 |
| Negative regulation of viral induced cytoplasmic pattern recognition receptor signaling pathway 0.604440315093409 1.270265358458018 0.2039901233560774 1.0 0.624467993317416 6 O43657,Q86UT6 2 |
| Positive regulation of pattern recognition receptor signaling pathway 0.5193073037452012 1.2671406368232905 0.2051050074519103 1.0 0.6252073894159067 10 Q9NQC3,O75955 2 |
| Heme transport 0.8529073114565283 1.265674245178889 0.2056297327041893 1.0 0.6255283050729011 3 O15173,Q9Y5Y0 2 |
| Iron coordination entity transport 0.8529073114565283 1.265674245178889 0.2056297327041893 1.0 0.6255283050729011 3 O15173,Q9Y5Y0 2 |
| Regulation of fc gamma receptor signaling pathway involved in phagocytosis 0.8397122302158262 1.2649905514281117 0.2058747149408628 1.0 0.6255981044548042 2 Q9UKG1 1 |
| Phosphatidylglycerol acyl chain remodeling 0.8394244604316534 1.263808319480118 0.206298834387042 1.0 0.6262276779424717 2 Q8NF37 1 |
| Hydrogen peroxide biosynthetic process 0.8522816109045335 1.2632644322774529 0.206494163998242 1.0 0.6264226733814073 3 Q15067 1 |
| Regulation of toll like receptor 3 signaling pathway 0.8514680483592387 1.2601313331380493 0.2076219887407624 1.0 0.6278206901390012 3 P41440,O75955 2 |
| Cellular response to lipoprotein particle stimulus 0.6949163440555807 1.259622208874263 0.2078056799311527 1.0 0.6278368868816535 4 Q5JRA6,O15118 2 |
| Phosphatidylethanolamine biosynthetic process 0.8497409326424811 1.253481005735498 0.2100307073977507 1.0 0.631049854557127 3 Q9HBU6,P35790 2 |
| Acetyl coa biosynthetic process from pyruvate 0.5620999290888392 1.252766528907158 0.2102906860803424 1.0 0.6315429947964339 8 P09622,Q15118,P11177,Q15120 4 |
| Response to arsenic containing substance 0.49008085745686 1.2470767256434403 0.212369366004584 1.0 0.6349513855520436 12 P09601 1 |
| Mitochondrial fission 0.4807501049126975 1.2446637944315253 0.2132553598346933 1.0 0.6360975853104547 13 Q9Y3D6,Q9UDX5 2 |
| Negative regulation of mrna catabolic process 0.3959145370466657 1.2415771796985604 0.214392605806978 1.0 0.6373248164594144 26 Q14011,Q9Y2W1,Q92804,P98175,P35637,Q14147,Q13151,O60506,Q99729 9 |
| Positive regulation of cysteine type endopeptidase activity 0.3711553575296173 1.2414471760581272 0.2144406007118715 1.0 0.6373248164594144 34 O95831,Q9NZJ7,Q9Y3D6,P51572,Q96A26,O14737,Q9NR28,O43464,Q9BXK5 9 |
| Positive regulation of mitochondrial fission 0.559616174547672 1.2394716776679084 0.2151708711546465 1.0 0.6386310225396242 8 Q9NQG6,Q9Y3D6,Q96HS1 3 |
| Amyloid beta formation 0.4700697561646407 1.236177511405856 0.2163925880115804 1.0 0.6393325818946797 14 O95197,Q16799,P49755,Q9NQC3,Q92542 5 |
| Centriole assembly 0.4882825879551119 1.2356731293475751 0.2165800895381744 1.0 0.6393325818946797 12 P37198,P41208 2 |
| Protein depalmitoylation 0.6359896464728043 1.2354972088803915 0.2166455145935537 1.0 0.6393325818946797 5 P50897 1 |
| Glycoside metabolic process 0.5305352007399814 1.2349525961741474 0.2168481469500256 1.0 0.6393342747706504 9 Q9BTY2,P06280,P04062,Q9NUJ1 4 |
| Plasma membrane repair 0.5138596541558417 1.234911957436725 0.216863272744332 1.0 0.6393342747706504 10 Q9H444,Q9HD42 2 |
| Regulation of neutrophil migration 0.5584709571120907 1.2333400084507034 0.2174489370400052 1.0 0.6407741709108205 8 P84095,Q8NHP6,Q07021,O94813,Q00013 5 |
| Negative regulation of dna biosynthetic process 0.4592781578024122 1.2296179025917222 0.2188402228125854 1.0 0.6426613916197352 15 Q9NVN8 1 |
| Response to mitochondrial depolarisation 0.5571491570103856 1.226261686736871 0.220100214245499 1.0 0.6436929923051902 8 Q13501,Q9UII2,P04062,P52789,O43464 5 |
| Negative regulation of protein secretion 0.4864185674084516 1.22384820352296 0.2210094962295903 1.0 0.6446354894452283 12 P40939,Q8N5M9,Q16836,Q16850,Q8N183,P04035 6 |
| Pointed end actin filament capping 0.8293525179856104 1.2224751605074042 0.2215279916374481 1.0 0.6452982487900767 2 P28289 1 |
| Regulation of pinocytosis 0.6861864253127407 1.2218384404176534 0.2217687286666723 1.0 0.6452982487900767 4 P50897 1 |
| Positive regulation of pinocytosis 0.6861864253127407 1.2218384404176534 0.2217687286666723 1.0 0.6452982487900767 4 P50897 1 |
| Azole transmembrane transport 0.8290647482014376 1.2212956049842236 0.2219741168699109 1.0 0.6452982487900767 2 P30825 1 |
| Quaternary ammonium group transport 0.8290647482014376 1.2212956049842236 0.2219741168699109 1.0 0.6452982487900767 2 O43772 1 |
| Body morphogenesis 0.5279499807183646 1.2202538488925336 0.222368659154732 1.0 0.6454568701191759 9 O95470,Q9Y5Y0 2 |
| Positive regulation of t cell mediated immunity 0.6321529973245404 1.2176731359101718 0.2233482096359256 1.0 0.6471565699690025 5 P04439 1 |
| Negative regulation of calcium ion transmembrane transport 0.5272923936914016 1.216514049090378 0.2237891625141359 1.0 0.6471735173674966 9 P78417,P21796 2 |
| Negative regulation of nuclear transcribed mrna catabolic process nonsense mediated decay 0.6849226978095435 1.216369886176807 0.2238440500956935 1.0 0.6471735173674966 4 Q14147,Q99729 2 |
| Autophagosome maturation 0.4356037157174238 1.2152627076922446 0.2242659103845727 1.0 0.6472985514698453 18 Q9H444,Q9HD42,P16615,O95721 4 |
| Phosphatidylinositol acyl chain remodeling 0.8396660909614228 1.2147168708903004 0.2244740956937856 1.0 0.6473404712167745 3 Q96N66,Q6UWP7 2 |
| Regulation of phosphatidylcholine metabolic process 0.6843732360659163 1.213992301316053 0.2247506640237841 1.0 0.6473404712167745 4 Q8WTV0 1 |
| Cell volume homeostasis 0.5926769346156884 1.2123577133265644 0.2253754804934407 1.0 0.6473404712167745 6 P51790,Q4KMQ2 2 |
| Cotranslational protein targeting to membrane 0.4566030993401332 1.211105980324736 0.2258547897004259 1.0 0.6484345138719418 15 P43307 1 |
| Very long chain fatty acid metabolic process 0.5541305994581682 1.2100926709807611 0.2262433351442085 1.0 0.6492671320841421 8 P51659,Q9P035,Q6P1M0,Q15067,P33121 5 |
| Insulin secretion involved in cellular response to glucose stimulus 0.5253185977431317 1.205286574954691 0.2280926904472355 1.0 0.6523015353111263 9 Q8N183,Q8N5M9 2 |
| Regulation of insulin secretion involved in cellular response to glucose stimulus 0.5253185977431317 1.205286574954691 0.2280926904472355 1.0 0.6523015353111263 9 Q8N183,Q8N5M9 2 |
| Regulation of cell killing 0.5252442050505343 1.2048633479578916 0.2282560599445298 1.0 0.6524855440236472 9 P04439,P46108,P11279 3 |
| Regulation of heart rate 0.4745282026435299 1.2040803395057065 0.2285585280810933 1.0 0.6526595860145147 13 P00813,P16615 2 |
| Antigen processing and presentation of endogenous peptide antigen via mhc class i via er pathway 0.8367949134007105 1.2036803348331235 0.2287131558821542 1.0 0.6526595860145147 3 P10321 1 |
| Protein o linked glycosylation 0.4487401740477088 1.2025107316602786 0.2291657107648688 1.0 0.6531024516564535 16 Q10472,O60502 2 |
| Negative regulation of calcium ion transport 0.5083071182615703 1.2020297841686345 0.2293519887057722 1.0 0.6533507365250035 10 P78417,P21796 2 |
| Ribonucleoside triphosphate biosynthetic process 0.3737077821343676 1.198355494503904 0.2307786508269602 1.0 0.6551440277228521 29 P56134,P56385,Q9UJZ1,Q9UJS0,P00403,P48047,P36542,P24539,O75947,P00846,O75746,P06576,O75964,Q05682,P17812,P27144 16 |
| Attachment of gpi anchor to protein 0.6806795277857847 1.1980112763154684 0.2309126270925754 1.0 0.6551440277228521 4 Q96S52,Q92643,O43292 3 |
| Zinc ion transport 0.8227338129496389 1.195367389178534 0.2319435210320506 1.0 0.6564758849141673 2 Q8NEW0 1 |
| Blood vessel endothelial cell migration 0.3955304038943903 1.1923825170858695 0.2331112922606442 1.0 0.6585871431955662 25 P09601,Q4VCS5,P42785,Q8WTV0 4 |
| Plasma membrane raft organization 0.8336853470181029 1.1917336084692172 0.2333657155421482 1.0 0.6585871431955662 3 O75955 1 |
| Plasma membrane raft assembly 0.8336853470181029 1.1917336084692172 0.2333657155421482 1.0 0.6585871431955662 3 O75955 1 |
| Regulation of fc receptor mediated stimulatory signaling pathway 0.6264718423840868 1.1912801735798688 0.2335436145470129 1.0 0.6585871431955662 5 Q08722,Q9UKG1 2 |
| Response to oxygen levels 0.3252234150289926 1.1884092852418564 0.2346722000229677 1.0 0.6593180336118245 73 P09601,P02545,O95831,P00813,P30519,Q99808,Q9Y4P3,P55786,Q15904,P02786,Q99623,Q92544,P00846,Q9Y487,Q8N511,Q96A26 16 |
| Appendage development 0.4078311758959382 1.1854133867425571 0.23585404141846 1.0 0.6593180336118245 22 P42892,Q9Y5Y0,O94788 3 |
| G protein coupled receptor signaling pathway 0.3414724663486354 1.179513848766547 0.2381936254748395 1.0 0.6611026951363597 48 Q99523,P00813,Q9NZJ7,Q15043,P07602,Q68DH5,Q99720,P63218,P42892,Q9BYT8,P16949,P35232,P0DP25 13 |
| Interferon gamma production 0.5755879991404885 1.1792600892845806 0.2382946252947793 1.0 0.6611045415020214 7 P04439,Q08722 2 |
| Regulation of autophagy of mitochondrion in response to mitochondrial depolarization 0.5753359434784163 1.1779837601830334 0.2388030805410053 1.0 0.6619577188408431 7 O43464,Q9UII2,P04062 3 |
| Positive regulation of dna dependent dna replication 0.5855962249890021 1.1774812004249775 0.2390034967618379 1.0 0.6619891637485237 6 Q04837 1 |
| Humoral immune response mediated by circulating immunoglobulin 0.8181294964028762 1.1765390001627192 0.2393795572932102 1.0 0.6625418401054208 2 Q9UQ84 1 |
| Superoxide anion generation 0.6231403788918076 1.175804939865037 0.2396728319541021 1.0 0.6626958832335624 5 P08754,Q05655,Q9NY61 3 |
| Pyrimidine containing compound transmembrane transport 0.8293033966609049 1.174910311471447 0.240030599805161 1.0 0.6634067206863281 3 Q99808,Q9BSK2 2 |
| Regulation of natural killer cell mediated immunity 0.5845788472255622 1.1724695526434086 0.2410085893482114 1.0 0.6636045111639638 6 P04439,P11279 2 |
| Nerve development 0.5741825025675219 1.17214292430803 0.2411396788914761 1.0 0.6636881137075757 7 P42892 1 |
| Growth plate cartilage development 0.8267127230857737 1.1649711767023756 0.2440306602186304 1.0 0.6679336150327688 3 P16435,O75844 2 |
| Bone growth 0.8267127230857737 1.1649711767023756 0.2440306602186304 1.0 0.6679336150327688 3 P16435,O75844 2 |
| Regulation of skeletal muscle cell differentiation 0.672257641221068 1.161591919004317 0.2454012661189129 1.0 0.6691637710071905 4 Q9BYT8,Q92841 2 |
| Interleukin 6 production 0.4428741037611055 1.160825384027854 0.2457129178190045 1.0 0.6691637710071905 16 Q86UT6,P05067,P04062,Q7Z434 4 |
| Negative regulation of cholesterol metabolic process 0.814100719424459 1.1600857900596773 0.2460138790375674 1.0 0.6691637710071905 2 O75477 1 |
| Negative regulation of alcohol biosynthetic process 0.814100719424459 1.1600857900596773 0.2460138790375674 1.0 0.6691637710071905 2 O75477 1 |
| O glycan processing 0.6195276497695947 1.15902605523261 0.2464455646987655 1.0 0.6691637710071905 5 Q10472,O43505,Q10471,Q9H488 4 |
| Positive regulation of biomineralization 0.6716536551275457 1.158981309142094 0.2464638038045388 1.0 0.6691637710071905 4 P20020 1 |
| Cytoplasmic pattern recognition receptor signaling pathway in response to virus 0.4490358124073145 1.1586910821399117 0.2465821271824948 1.0 0.6691637710071905 15 Q99623,O43657,Q86UT6,Q07021 4 |
| Regulation of mrna export from nucleus 0.619210057029401 1.1575512188569268 0.2470472260369427 1.0 0.6695985900277316 5 Q9ULX6,Q08J23,P12270 3 |
| Establishment of protein localization to organelle 0.3373827004874091 1.1563644961177482 0.2475320974419177 1.0 0.6698588088257456 190 O60830,O43464,Q9NS69,Q99595,Q8N4H5,P56589,Q9H1Z9,Q99623,Q14108,O75381,Q9Y512,P55786,P51572,P30536,Q3ZCQ8,P0DP25,O95831,O96008,Q9Y3D6,Q15070,Q15388,O14925,O14737,O00165,O00189,Q99567,Q9Y5M8,Q9UII2,P40855,Q10713,O43615,Q15629,Q7Z434 33 |
| Regulation of nuclear transcribed mrna catabolic process nonsense mediated decay 0.5811706408033883 1.1556805565059631 0.2478118440549799 1.0 0.6698588088257456 6 Q14147,Q99729 2 |
| Lipid droplet formation 0.8238738112223878 1.1540861405279357 0.2484648548748098 1.0 0.6698588088257456 3 Q14534 1 |
| Maintenance of location 0.3170508037957558 1.1532598113098416 0.2488037603561246 1.0 0.6702240298391272 77 Q14534,P10253,P17900,P24390,Q8WTV0,P07686,O43731,P04062,Q9UH99,Q9H6V9,P78417,P35670,P30536,Q8NEW0,P0DP25 15 |
| Glycosylceramide catabolic process 0.8233057593239267 1.15190894723916 0.2493584911919986 1.0 0.6711695663660452 3 P04062 1 |
| Positive regulation of amyloid precursor protein biosynthetic process 0.8232317191242999 1.1516251919847973 0.2494751247507407 1.0 0.6712093086903351 3 Q92542 1 |
| Manganese ion transmembrane transport 0.8229706390328086 1.1506246554672168 0.2498866852450594 1.0 0.6712202890663302 3 P98194,Q9HD20 2 |
| Manganese ion transport 0.8229706390328086 1.1506246554672168 0.2498866852450594 1.0 0.6712202890663302 3 P98194,Q9HD20 2 |
| Iron ion transmembrane transport 0.8229706390328075 1.1506246554672124 0.2498866852450612 1.0 0.6712202890663302 3 Q8N4V1,O75027 2 |
| Cellular macromolecule localization 0.2672130178877563 1.147815837711941 0.2510445977651683 1.0 0.6735068626525627 578 O60830,O75298,Q9NS69,Q96C92,Q14254,Q99595,Q8N4H5,Q9UNK0,Q9P0I2,P43307,Q9H1Z9,Q14108,P11279,Q15005,Q9H0U4,O60725,Q13123,Q9Y679,Q9Y512,Q7Z3B4,Q8N4V1,P61020,Q9P2W9,Q9NVN8,Q5JRX3,Q9Y282,O95831,P84095,Q9H9H4,Q96HY6,P50395,Q15070,P35613,O14925,O00165,Q99523,Q9UBV2,O00189,O15400,Q8TCT9,Q8NBU5,Q9Y5M8,Q96A33,O00264,Q13190,P52789,Q15629,Q9UH62,P98194,Q9Y5K8,Q4VCS5,Q14789,Q8WWC4,Q86Y82,P24390,O43731,Q92643,Q8N1F7,Q9UH99,O15118,O14773,Q9HD20,P63010,Q9UGP8,P57740,P55786,Q969Q5,Q5JTV8,Q15363,P30040,P20339,P30536,P10619,Q3ZCQ8,Q9Y2D4,Q6UWE0,Q6IAA8,Q99805,P46379,Q9Y3D6,Q12846,Q15388,P14625,O14737,Q9NQG6,Q9HAV7,Q9BZF1,P20340,Q9HD45,Q9GZP9,Q9NQC3,Q7Z434,P56589,Q99623,Q7Z3C6,Q99729,O75381,O95391,Q16625,Q9Y6C9,Q9P253,Q8NEY8,P50402,P51572,O60499,Q9Y5X3,P0DP25,O96008,Q96JB5,P02786,O00560,Q9UII2,P40855,Q10713,Q9Y3A6,O43615,Q99567,O43464,P02545,P18031,O75955,Q92544,Q15006,O43292,P37198,P25054,P41440,Q15904,Q9H444,Q9UKG1,O43805,P49755,O43681,Q96EY1,Q96EA4,Q13439 136 |
| Chondroitin sulfate biosynthetic process 0.6688173075158246 1.1467244600629365 0.2514955179459668 1.0 0.6736194990837298 4 Q8N6G5,Q96L58 2 |
| Chondroitin sulfate proteoglycan biosynthetic process 0.6688173075158246 1.1467244600629365 0.2514955179459668 1.0 0.6736194990837298 4 Q8N6G5,Q96L58 2 |
| Collateral sprouting 0.6680103656781057 1.143238247210996 0.2529396863530286 1.0 0.675018061312315 4 P05067,Q8N0X7,P53990 3 |
| Regulation of cardiac muscle contraction by calcium ion signaling 0.5784320597627018 1.1421907719322304 0.2533747309238232 1.0 0.675547963374972 6 P78417,P16615 2 |
| Mitochondrial gene expression 0.330502079652109 1.141127603838563 0.2538168257103457 1.0 0.675547963374972 65 Q9Y2R0,Q7L0Y3,Q9NX20,Q5T160,P82673,Q96EY7,Q9BW92,O75879,Q9NWS8,Q00059,Q567V2,Q9NYY8,P52815,P34897,Q9UGM6,Q9H0R6,Q16540,Q9BSK2,Q53R41,Q92552,Q9Y3D3,Q07021,Q96QE5 23 |
| Regulation of cell cell adhesion mediated by cadherin 0.615639843809061 1.1409744178517336 0.2538805689240271 1.0 0.675547963374972 5 O75955 1 |
| Protein localization to lysosome 0.4396798152450796 1.1381122867532627 0.255073598232741 1.0 0.6766022297727579 16 Q14108,O00189 2 |
| Regulation of phospholipase activity 0.5133724339840343 1.1372792578939437 0.2554215629569052 1.0 0.6767079526831719 9 P50897 1 |
| Process utilizing autophagic mechanism 0.3315266811260789 1.1362629830854258 0.2558465180253937 1.0 0.6768333629792812 175 Q9Y5K8,Q9Y6I9,P07602,Q99623,Q7Z3C6,O15118,P21796,Q9H0U4,Q9Y679,P09601,Q9NRR5,Q9P253,Q969Q5,P04062,Q08379,P16615,Q9Y5X3,P30536,P10619,Q5T8D3,O15270,Q9NZJ7,Q9H9H4,Q96HY6,Q9H444,Q9Y3D6,Q93050,Q07820,Q9Y487,O00165,Q86UE4,O15269,O00189,P27544,Q9UII2,O75844,P20073,P36543,P52789,O95721,Q9HD42,O43464 42 |
| Digestive system process 0.4725654449423579 1.1358593292126498 0.2560154420295535 1.0 0.6768333629792812 12 Q8WTV0 1 |
| Activation of protein kinase c activity 0.8080575539568331 1.1354473004455203 0.2561879507163951 1.0 0.6768333629792812 2 Q99623 1 |
| Regulation of phospholipase c activity 0.8080575539568331 1.1354473004455203 0.2561879507163951 1.0 0.6768333629792812 2 Q99623 1 |
| Activation of phospholipase c activity 0.8080575539568331 1.1354473004455203 0.2561879507163951 1.0 0.6768333629792812 2 Q99623 1 |
| Positive regulation of protein tyrosine kinase activity 0.5766787577958605 1.1335549180175166 0.2569812925280672 1.0 0.6778483547882973 6 Q13432 1 |
| Negative regulation of amyloid precursor protein biosynthetic process 0.8074820143884877 1.1331035261248743 0.2571707807730259 1.0 0.6778483547882973 2 Q9NQX7 1 |
| Negative regulation of cellular response to insulin stimulus 0.565691376439571 1.129140436028554 0.2588385958130452 1.0 0.6802731146423737 7 Q05655,P18031,Q8TBX8,Q6P1M0,Q9HCD5 5 |
| Endoplasmic reticulum to golgi vesicle mediated transport 0.3231959147069077 1.1266644115069997 0.2598843946561886 1.0 0.6810770856969459 71 P24390,Q5JRA6,Q96PC5,O43731,Q9H0U4,Q969X5,Q12907,O75396,Q15363,Q9P2W9,O95070,P51572,Q08379,Q9Y282,P61019,Q8NHH9,Q9NR31,Q9Y6B6,O95249,P49755,P49257,Q9Y3A6,Q13190,Q92734 24 |
| Negative regulation of amyloid fibril formation 0.612491669773421 1.126361781576015 0.260012416829666 1.0 0.6810770856969459 5 O15212,Q9NQP4,Q99471 3 |
| Cardiolipin acyl chain remodeling 0.8057553956834516 1.126075206791053 0.2601336873956237 1.0 0.6810770856969459 2 Q6UWP7 1 |
| Determination of adult lifespan 0.5649584754097717 1.125428716823858 0.2604074079172291 1.0 0.6814235149986588 7 P04062 1 |
| Intrinsic apoptotic signaling pathway in response to endoplasmic reticulum stress 0.4309171233788469 1.124602792891226 0.2607573897016451 1.0 0.6817977939460871 17 Q8IXB1,O95831,P18031,O76024,O60313,P30040 6 |
| Regulation of heterotypic cell cell adhesion 0.6113398105877359 1.1210165560827123 0.2622808151967157 1.0 0.6834033672276989 5 P41440,O75955 2 |
| Neuron death 0.3083582199617598 1.1198527239719918 0.2627765272168763 1.0 0.6834033672276989 81 P09601,O95831,Q15392,O76024,Q15233,P50897,P04062,Q07820,Q9UMX5,Q9H444,Q99720,Q96A26,Q92542,P05067,Q9NR28,O43464,Q4ZIN3 17 |
| Positive regulation of cell cell adhesion mediated by cadherin 0.6623226446719862 1.1186780288644649 0.2632775216955507 1.0 0.6834033672276989 4 O75955 1 |
| Lysine metabolic process 0.6623061449182276 1.118606815086466 0.2633079147625814 1.0 0.6834033672276989 4 Q9BQT8 1 |
| Negative regulation of blood circulation 0.8145972757593984 1.1185700687201108 0.2633235985564612 1.0 0.6834033672276989 3 P16615 1 |
| Negative regulation of steroid metabolic process 0.8143350604490474 1.1175674156006394 0.2637517918383649 1.0 0.6834033672276989 3 O75477,P05023 2 |
| Negative regulation of cellular response to growth factor stimulus 0.4695281843109407 1.1165512369027313 0.2641862511886943 1.0 0.6839776852975665 12 P18031,Q8N0X7,O14964,Q9Y2U8,O94813,P46934 6 |
| Regulation of lipid metabolic process 0.3309017759956988 1.115417190760797 0.2646716862151839 1.0 0.6839889862402851 62 O94905,O60869,P07602,Q99623,Q8NCG7,Q9H6K4,Q8WTV0,Q96N66,P50416,Q92604,P30536,O75477,Q13510,P07948,Q9UJZ1,Q6IAA8,Q9NZJ7,P61916,O76054,P16435,Q96G23,O75844,P05023,Q8NF37,Q15120 25 |
| Exocytic process 0.4024476333714918 1.111918833860959 0.2661730500978927 1.0 0.6852942888696321 21 P61026,P07948,P20337,Q9P253,Q5SQN1,Q7Z6M1,Q12846,O95721,Q9H270,P56545 10 |
| Response to muscle activity 0.6606612516242631 1.1115084472634045 0.2663495560636271 1.0 0.6852942888696321 4 Q9UDX5 1 |
| Gland development 0.3125784239550512 1.1110732964289725 0.2665368010159397 1.0 0.6852942888696321 78 P09601,P00813,Q9NZJ7,O75844,P07602,Q99623,Q96JB5,Q13505,P35670,Q9NQC3,P30536,O94788 12 |
| Copper ion transport 0.8119101482012907 1.1082986339785983 0.2677328652376807 1.0 0.6866299313395378 3 Q8N4V1 1 |
| Antigen processing and presentation of peptide antigen via mhc class i 0.4924782363127699 1.1081725285642672 0.2677873125656225 1.0 0.6866299313395378 10 Q9UIQ6,Q9NZ08,P10321 3 |
| Aromatic amino acid transport 0.8011510791366891 1.107355891166666 0.26814008848141 1.0 0.6866299313395378 2 P30825 1 |
| Branched chain amino acid transport 0.8011510791366891 1.107355891166666 0.26814008848141 1.0 0.6866299313395378 2 Q9H2J7 1 |
| Leucine transport 0.8011510791366891 1.107355891166666 0.26814008848141 1.0 0.6866299313395378 2 Q9H2J7 1 |
| Regulation of mammary gland epithelial cell proliferation 0.8110068048205499 1.104847441454576 0.2692256997131217 1.0 0.6877153641998774 3 Q9NQC3 1 |
| Neuron cellular homeostasis 0.5341441864258052 1.1029419644839662 0.2700523688654177 1.0 0.6880800690078258 8 P51790 1 |
| Prostate gland growth 0.809987978062576 1.100956166258357 0.2709157351668543 1.0 0.6889478112753389 3 P07602 1 |
| Regulation of tube size 0.4667387226182379 1.0988162136012054 0.2718482386221508 1.0 0.6907488786159394 12 Q9HB40 1 |
| Negative regulation of mrna 3 end processing 0.5593424185667962 1.0969896123238314 0.2726459330218544 1.0 0.6907488786159394 7 Q6PJT7,Q5VTR2,Q6PD62,O75150,P50750 5 |
| Negative regulation of lymphocyte mediated immunity 0.6570647181811684 1.0959958398801772 0.2730805950389978 1.0 0.6907488786159394 4 P04439,P46108 2 |
| Plasma membrane phospholipid scrambling 0.7982733812949625 1.0956740556429343 0.2732214404315602 1.0 0.6907488786159394 2 Q7Z3C6 1 |
| Negative regulation of cell volume 0.7982733812949625 1.0956740556429343 0.2732214404315602 1.0 0.6907488786159394 2 P51790 1 |
| Complement activation 0.8082901554404096 1.094474244769248 0.2737470371271242 1.0 0.6907488786159394 3 Q99623,Q07021 2 |
| Regulation of humoral immune response 0.8082901554404096 1.094474244769248 0.2737470371271242 1.0 0.6907488786159394 3 Q99623,Q07021 2 |
| Regulation of complement activation 0.8082901554404096 1.094474244769248 0.2737470371271242 1.0 0.6907488786159394 3 Q99623,Q07021 2 |
| Potassium ion homeostasis 0.6565984975758713 1.0939857711932626 0.2739612187525493 1.0 0.6907488786159394 4 P55011,P05023 2 |
| Sphingolipid translocation 0.7976978417266172 1.0933393952055417 0.2742448120290328 1.0 0.6907488786159394 2 P08183 1 |
| Xenobiotic transport across blood brain barrier 0.7976978417266172 1.0933393952055417 0.2742448120290328 1.0 0.6907488786159394 2 P08183 1 |
| Negative regulation of glycoprotein metabolic process 0.8077144502014907 1.0922771040531667 0.2747113209019372 1.0 0.6912692965932105 3 Q9NQX7,O14734 2 |
| Positive regulation of peptidase activity 0.3335598764815848 1.0875646622902828 0.2767873381013397 1.0 0.694613609126439 47 O95831,Q9NZJ7,Q9Y3D6,P51572,Q96A26,O14737,Q92542,P05067,Q9NR28,O43464,Q9BXK5 11 |
| Mrna alternative polyadenylation 0.6038749341011695 1.0863960336060634 0.2773038156373473 1.0 0.6947356810777495 5 Q96MU7,Q16630,Q8N684 3 |
| Lipid droplet organization 0.529855354575206 1.0799453994024288 0.280166494922589 1.0 0.6994564764166831 8 Q9Y679,Q14534,Q96CS3,Q96AD5,Q9NP72 5 |
| Mitochondrion morphogenesis 0.4713145956318612 1.0784395636109327 0.2808376389924225 1.0 0.6996669205037839 11 Q9Y3D6,Q8TB37,Q04837 3 |
| Positive regulation of oxidoreductase activity 0.471148946492299 1.0774139800450968 0.2812953612857782 1.0 0.6997678212571361 11 P0DP25,Q8WTV0 2 |
| Amine transport 0.6018259493990339 1.0769005580917608 0.2815246937561102 1.0 0.6997678212571361 5 P55011,P20337,O75915 3 |
| Production of molecular mediator involved in inflammatory response 0.4550455000677487 1.0767886488704392 0.2815746975817923 1.0 0.6997678212571361 13 Q8IV08 1 |
| Keratan sulfate metabolic process 0.8032344911114809 1.0751936359248515 0.2822880441169171 1.0 0.7005634360400628 3 P16278 1 |
| Regulation of glial cell proliferation 0.601127620594394 1.073665162567878 0.282972780625836 1.0 0.7015776967962567 5 P30536 1 |
| Mitochondrial protein catabolic process 0.7925179856115091 1.0723541937392542 0.2835609738345506 1.0 0.7022773256796623 2 Q9UG56 1 |
| Mrna 3 splice site recognition 0.6007179467893551 1.0717673244015702 0.2838245529880332 1.0 0.7022773256796623 5 Q12874,O95391 2 |
| Calcium ion export across plasma membrane 0.8014956662196986 1.0685699027614457 0.285263516435227 1.0 0.7022773256796623 3 P0DP25 1 |
| Alpha linolenic acid metabolic process 0.6503245760697693 1.0669570876859111 0.2859912140859135 1.0 0.7022773256796623 4 O95864,P22307 2 |
| Regulation of rna polymerase ii regulatory region sequence specific dna binding 0.8007540310201616 1.0657460073056162 0.2865384740593066 1.0 0.7022773256796623 3 O75844 1 |
| Bone remodeling 0.5007917700421772 1.0656170009854165 0.2865968107658632 1.0 0.7022773256796623 9 Q92791,O14773 2 |
| Amine catabolic process 0.649937186882022 1.0652895314990152 0.2867449286092638 1.0 0.7022773256796623 4 P21964 1 |
| Multicellular organism aging 0.4690507941277271 1.064424135241004 0.2871366050597368 1.0 0.702541066000225 11 P04062 1 |
| Water homeostasis 0.4844963628869654 1.060822073987227 0.2887707685359171 1.0 0.7054529547897181 10 O76024,Q16739,P04062 3 |
| Sphingomyelin biosynthetic process 0.6484126743002729 1.058728758794644 0.2897233265459187 1.0 0.7058520425105795 4 O15270 1 |
| Positive regulation of cell killing 0.5514060708851847 1.056819169616375 0.2905941238154224 1.0 0.7061662909096394 7 P04439,P11279 2 |
| Endothelial cell proliferation 0.3986131986644013 1.0562173629411185 0.2908689199466931 1.0 0.7061662909096394 20 P09601,O94788,Q8WTV0 3 |
| Regulation of monocyte chemotaxis 0.5598585575540966 1.050769619888835 0.2933644119837983 1.0 0.7072190353446177 6 P07948,O94813,Q8NHP6,Q4KMQ2 4 |
| Vesicle docking involved in exocytosis 0.4591416056442798 1.0505153753563776 0.2934812256827235 1.0 0.7072190353446177 12 P61026,P20337,Q9P253,Q7Z6M1,Q9H270,P56545 6 |
| Regulation of action potential 0.4581299532442838 1.044084691662776 0.2964462077829923 1.0 0.7078270520797553 12 P16615,P04062 2 |
| Regulation of cardiac conduction 0.5944413773898559 1.0427112880498906 0.2970820282878903 1.0 0.708502964726806 5 P16615 1 |
| Regulation of translation initiation in response to endoplasmic reticulum stress 0.7847482014388473 1.040972866183303 0.2978881415116117 1.0 0.7088369916194232 2 Q15363 1 |
| Negative regulation of endoplasmic reticulum stress induced eif2 alpha phosphorylation 0.7847482014388473 1.040972866183303 0.2978881415116117 1.0 0.7088369916194232 2 Q15363 1 |
| Positive regulation of jnk cascade 0.5225051943013763 1.0405499510548375 0.298084469762951 1.0 0.7088369916194232 8 P05067 1 |
| Positive regulation of fatty acid metabolic process 0.6440940384236491 1.040158459885704 0.2982662872144803 1.0 0.7088369916194232 4 P50416 1 |
| Mannosylation 0.5481051075287489 1.040121437578012 0.2982834850534124 1.0 0.7088369916194232 7 Q9H9S5,Q9BT22,Q2TAA5 3 |
| Response to estrogen 0.4405880221140166 1.0379432441768237 0.2992964791307262 1.0 0.709027361791569 14 P09601 1 |
| Mitochondrial ribosome assembly 0.5934020882330536 1.0379041869001908 0.2993146640934403 1.0 0.709027361791569 5 Q567V2,Q9NYY8 2 |
| Muscle hypertrophy in response to stress 0.6433944825336662 1.0371525521815843 0.2996647667968517 1.0 0.709027361791569 4 P16615 1 |
| Regulation of protein tyrosine kinase activity 0.4254850753130392 1.0371373174867484 0.2996718657634307 1.0 0.709027361791569 16 O95684,Q13432,P05067 3 |
| Antigen processing and presentation of peptide antigen 0.4569589862956545 1.036641948683015 0.2999027557008806 1.0 0.709027361791569 12 Q9UIQ6,Q9NZ08,P10321 3 |
| Regulation of translational initiation by eif2 alpha phosphorylation 0.6427308312217067 1.0343015179785344 0.3009952274434704 1.0 0.7093242523253185 4 Q13217,Q15363 2 |
| Response to iron ion 0.5562922662952418 1.033241419628966 0.3014909338807232 1.0 0.709472772621459 6 P09601 1 |
| Macrophage differentiation 0.5464092914303778 1.0315463558634992 0.3022846816377109 1.0 0.7100955171114257 7 P04062 1 |
| Retinoic acid metabolic process 0.7911186496835975 1.0291289271185078 0.3034190946051849 1.0 0.7117224686199941 3 Q9HB40 1 |
| Cellular response to chemical stress 0.300450196715528 1.027580311521762 0.3041472894737507 1.0 0.712669448912711 82 P23246,Q9BPX6,P09601,O95831,O43464,Q6NUK1,Q15233,O95202,Q7Z2K6,P04062,Q99720,P16615,P30536,Q07820,Q9NR28,Q8N0U8 16 |
| Anatomical structure maturation 0.3439219844582243 1.0270519188403335 0.3043960172847031 1.0 0.7129987052573441 38 Q9Y5Y0,O75787,P05067,O75503,P04062,O94788,Q15125 7 |
| Mrna 5 splice site recognition 0.5549421762259618 1.026608926047905 0.3046046492544778 1.0 0.7131349976622773 6 Q07955,Q8WXF0 2 |
| Fucose metabolic process 0.7891891513700346 1.0218132347846691 0.3068693041583001 1.0 0.7157387062297486 3 Q9BTY2 1 |
| Regulation of mitochondrial membrane permeability involved in apoptotic process 0.4539829650293571 1.0177300437019758 0.308806265425261 1.0 0.7172271373679091 12 P45880 1 |
| Intermediate filament based process 0.4538580994582333 1.0169366953026389 0.3091835453902305 1.0 0.7172271373679091 12 P07197,P08670 2 |
| Primary alcohol metabolic process 0.4091499823498154 1.016553410898664 0.3093659268960191 1.0 0.7172271373679091 18 Q6NUM9,Q9BY49,Q9NZC3,P30837,P51648,O94788 6 |
| Negative regulation of natural killer cell mediated immunity 0.787463944582204 1.0152772224219595 0.309973698917046 1.0 0.7172271373679091 3 P04439 1 |
| Negative regulation of t cell apoptotic process 0.787276914219911 1.0145689459346166 0.3103113485438995 1.0 0.7172271373679091 3 Q9HCL2,P00813 2 |
| Positive regulation of protein neddylation 0.7781294964028762 1.014340759653136 0.3104201812223413 1.0 0.7172271373679091 2 Q92564 1 |
| Neuron apoptotic process 0.3255818958958023 1.01372840484061 0.3107123663073818 1.0 0.7172271373679091 57 P09601,O95831,P50897,P04062,Q07820,Q99720,Q96A26,P05067 8 |
| Negative regulation of autophagosome assembly 0.6374892024186715 1.0118050383015114 0.3116312805210639 1.0 0.7172271373679091 4 Q9H444,Q8WVM8,O75396 3 |
| Neurotransmitter secretion 0.3867823340666961 1.0110532810361754 0.3119909291995162 1.0 0.7172271373679091 22 Q4J6C6,P50897,Q9P253,Q5SQN1,P20339,P16615,Q12846,O95721,P0DP25 9 |
| Purine nucleoside metabolic process 0.4908174551075578 1.0088318898179514 0.3130552643293938 1.0 0.7177866410788662 9 P00813,O60725 2 |
| Bile acid metabolic process 0.4598099433808933 1.0072363595891527 0.3138212041799715 1.0 0.7189735446251155 11 O14734,P22307,O15118,Q9BZF3 4 |
| Ether metabolic process 0.4903924805524297 1.006413963766679 0.3142164792924125 1.0 0.7193640303875672 9 O15228,P07099,Q8WVX9,Q6PIU2,O00116 5 |
| Mitochondrial outer membrane permeabilization 0.4596198693977719 1.006060703856212 0.3143863701026075 1.0 0.7193640303875672 11 P45880 1 |
| Gdp metabolic process 0.6359701110112801 1.0052928001632784 0.3147558809542201 1.0 0.7193640303875672 4 Q00013 1 |
| Presynapse organization 0.5859637016723718 1.0035382377523432 0.3156012372137704 1.0 0.7207960318896129 5 P05067 1 |
| Feeding behavior 0.5151673702111363 1.0012563810852089 0.3167028749290925 1.0 0.7225606796772128 8 P05067,Q9GZP9 2 |
| Multicellular organismal signaling 0.3691049197753152 1.0000570202329633 0.3172829141954705 1.0 0.7233830870705728 26 P04062,O75844,P16615,P20020,P0DP25 5 |
| Negative regulation of leukocyte migration 0.4892079510407159 0.9996753543426162 0.3174676428552287 1.0 0.7235538909626781 9 P09601 1 |
| Phosphatidylserine metabolic process 0.6342332390667512 0.9978513619015048 0.3183514399899985 1.0 0.7245656780981348 4 Q8NCC3,Q9BZF1 2 |
| Regulation of superoxide anion generation 0.6337460408868437 0.9957648820216756 0.3193643970223943 1.0 0.7258361567543813 4 P08754,Q05655,Q9NY61 3 |
| Execution phase of apoptosis 0.3987956701701031 0.9944376157237772 0.3200098627339798 1.0 0.7268338454168194 19 Q12981,O95831,Q96JB5 3 |
| Negative regulation of neuron apoptotic process 0.3634736965569796 0.9937038915451214 0.3203670476054749 1.0 0.7273943751455805 27 P50897,P09601 2 |
| Regulation of systemic arterial blood pressure 0.5136527710035934 0.993152029540894 0.3206358716654494 1.0 0.7275033603318339 8 P42892,P42785 2 |
| Regulation of cardiac muscle contraction 0.4492325050511697 0.9875577064226438 0.3233693081270377 1.0 0.7298046745892975 12 P78417,P16615 2 |
| Response to sterol depletion 0.5371923902011888 0.984987213159758 0.3246303518995903 1.0 0.7312281966723403 7 O75477,Q15363,O94905 3 |
| Skeletal muscle cell differentiation 0.4863989165337445 0.9837007638813936 0.3252626641291225 1.0 0.7317021829794429 9 P50402,Q9BYT8,Q92841 3 |
| Protein localization to basolateral plasma membrane 0.7700719424460414 0.9820565852085328 0.3260719722011949 1.0 0.7318739401213228 2 O00189 1 |
| Negative regulation of rig i signaling pathway 0.6296325534721163 0.9781642508582616 0.327993094362681 1.0 0.7345841260216537 4 Q86UT6 1 |
| Negative regulation of amyloid beta clearance 0.7773979342863762 0.9772445073070308 0.3284481185615597 1.0 0.7346370380411894 3 Q16850 1 |
| Mitochondrial transcription 0.5346569389518809 0.9721963678056192 0.3309528672073414 1.0 0.7383699700128186 7 P52815,Q00059,Q9BSK2 3 |
| Digestion 0.4388871985124986 0.9712363885011408 0.3314305772828221 1.0 0.738906817592439 13 Q8WTV0 1 |
| Glucocorticoid metabolic process 0.6274114598330115 0.9686730452606952 0.332708345421711 1.0 0.7400501863553135 4 P05023,Q9UNE7,P51608 3 |
| Positive regulation of mitochondrial membrane potential 0.5782125461524972 0.9678130196920574 0.3331377602769727 1.0 0.7402266979348956 5 Q8IWA4 1 |
| Synaptonemal complex organization 0.5337594811270641 0.9676709320525534 0.3332087397290788 1.0 0.7402266979348956 7 Q92791,Q15645 2 |
| Polyol biosynthetic process 0.4451348185616304 0.9615526495650412 0.3362743663829919 1.0 0.7447011289849185 12 Q13510,O15270,P04062 3 |
| Cell recognition 0.3772894360832546 0.9613046680665308 0.3363990014813267 1.0 0.7447011289849185 23 P45880,P05067,Q8WTV0 3 |
| Maintenance of protein location in cell 0.3734313123337143 0.9609985125350466 0.3365529157426836 1.0 0.7447011289849185 24 Q9UH99,O43731,P24390 3 |
| Negative regulation of neuron death 0.3262659473114288 0.95551943434811 0.3393150821106341 1.0 0.7473623326145525 44 P09601,O76024,Q15233,P50897,P04062,Q9UMX5,Q9H444,Q4ZIN3,O43464 9 |
| Astrocyte development 0.5748374825823367 0.9522893154920016 0.3409502749861508 1.0 0.7480923615996496 5 P08670 1 |
| Embryonic heart tube morphogenesis 0.7623021582733794 0.9510828486289312 0.3415623206302502 1.0 0.748399971673829 2 Q15363 1 |
| Cell maturation 0.3535713434054428 0.9499361978000302 0.3421446726529047 1.0 0.7486142177232797 28 Q9Y5Y0,O75503,P04062 3 |
| Regulation of viral induced cytoplasmic pattern recognition receptor signaling pathway 0.4501561787381252 0.94757890299054 0.3433438705016831 1.0 0.7491132190238012 11 O43657,Q86UT6 2 |
| Positive regulation of leukocyte proliferation 0.4065271713730198 0.9464914188322304 0.3438979970238622 1.0 0.7491132190238012 17 Q9HCL2,P00813,P49366,P02786,Q96EY1,P04439,P30825 7 |
| Signaling receptor ligand precursor processing 0.6222025543067733 0.9464508281554376 0.3439186910125831 1.0 0.7491132190238012 4 P42892 1 |
| Phosphatidylinositol metabolic process 0.34562028234564 0.9458483541852508 0.3442259385036852 1.0 0.7492182880191374 31 Q6UWP7,Q96N66,O43292,Q9NX62,Q92643,Q5H8A4,Q92604,Q10713,Q96S52,Q96PE3,Q9BTU6,Q9NTJ5 12 |
| Negative regulation of release of cytochrome c from mitochondria 0.5376966011379084 0.9420911368932527 0.3461459818164791 1.0 0.7518435414593512 6 Q9H3K2,O60313 2 |
| Regulation of electron transfer activity 0.759999999999998 0.9419374173465852 0.3462246818054049 1.0 0.7518435414593512 2 Q99623 1 |
| Cellular modified amino acid catabolic process 0.5285815319373406 0.9415843465970648 0.3464054870269528 1.0 0.7518435414593512 7 Q9NRN7,Q9UHG3 2 |
| Cellular response to nutrient 0.5375748907807646 0.9414962949936984 0.3464505870430747 1.0 0.7518435414593512 6 P09601 1 |
| Positive regulation of leukocyte mediated immunity 0.3749202975159879 0.9413227052911868 0.3465395106104187 1.0 0.7518435414593512 23 O15400,P02786,P11279,Q12846,P04439,Q7Z434 6 |
| Estrogen biosynthetic process 0.7597122302158253 0.9407953094138716 0.3468097651016708 1.0 0.7520634044894174 2 Q53GQ0 1 |
| Cellular response to increased oxygen levels 0.5283097368052462 0.9402162122123874 0.3471066674954679 1.0 0.7520634044894174 7 Q8N511,Q15904 2 |
| Diacylglycerol biosynthetic process 0.7673748483413732 0.9395667770115824 0.3474398244446481 1.0 0.7520634044894174 3 Q8NCC3 1 |
| Mammary gland development 0.3777891420635746 0.9366436680082232 0.3489418817081273 1.0 0.7539587086995821 22 Q99808,Q99623,Q13505,P35670,Q9NQC3 5 |
| Actin mediated cell contraction 0.4051046487915153 0.9361246929534406 0.3492089907034423 1.0 0.7539587086995821 17 Q9UM22 1 |
| Amyloid beta metabolic process 0.4111666161451068 0.9354102281495992 0.3495769278075864 1.0 0.7544586889368448 16 O95197,Q16799,P49755,Q9NQC3,Q92542 5 |
| Adp transport 0.6178204378731265 0.9277985776301348 0.3535120619989014 1.0 0.7597165611581087 4 P05141,P12236 2 |
| Cellular modified amino acid metabolic process 0.3188830251307788 0.918302860311554 0.3584603302390285 1.0 0.764862408013264 53 P41440,Q8NCC3,P78417,Q9NRN7,P16435,P23786,Q99735,Q9H2D1,O60725,Q92820,Q9UHG3,Q9H7Z7,P13995 13 |
| Response to salt 0.6153789302344852 0.9174246238824416 0.3589201743563204 1.0 0.7650531092306215 4 P09651,Q9UER7 2 |
| Response to activity 0.4142089679210087 0.9173896536910308 0.3589384924032117 1.0 0.7650531092306215 15 Q16836,Q15388,O43819,Q9UDX5 4 |
| Rna polyadenylation 0.3391287500329583 0.9164394066724376 0.3594364746781515 1.0 0.765457961103536 34 Q9P2I0,P09012,Q6PJT7,Q8N684,Q5VTR2,Q6UN15,Q12996,Q96MU7,Q9NVV4,P33240,Q8N7H5,Q12849,Q6PD62,Q16630,P05067,P50750 16 |
| Pulmonary valve morphogenesis 0.7530935251798542 0.9145949394321146 0.3604043163710249 1.0 0.7662168188345185 2 Q04721 1 |
| Regulation of the force of heart contraction 0.5318738746630554 0.9136653577434244 0.3608927122796044 1.0 0.7668076679119468 6 P10253,P16615 2 |
| Platelet derived growth factor receptor beta signaling pathway 0.7528057553956815 0.9134588379718896 0.3610012727064591 1.0 0.7668076679119468 2 P18031 1 |
| Protein deneddylation 0.5228949541293811 0.9129871241273078 0.3612493134644783 1.0 0.767087246670141 7 Q99627,Q9BT78 2 |
| Negative regulation of g protein coupled receptor signaling pathway 0.5218816969245651 0.9078979618154804 0.363932134570653 1.0 0.7704369318388122 7 P00813 1 |
| Response to mineralocorticoid 0.5305528811430253 0.9072260972094428 0.3642872458013992 1.0 0.7705581581333611 6 O95831,P0DP25 2 |
| Regulation of protein secretion 0.3181555734684038 0.9065172385285604 0.3646621448243448 1.0 0.7708562310707756 49 Q9NV70,Q8NE86,P40939,Q96KC8,Q16836,P50416,Q9H4A6,Q32P28,P30040,P04035,Q8N5M9,Q6WKZ4,Q12846,P55011,P00367,O14795,P49755,Q16850,Q8N183 19 |
| Toll like receptor signaling pathway 0.4121390871528859 0.9030957921373636 0.366475057068413 1.0 0.7731439073100583 15 Q14254,P41440,O75955,Q9NQC3,Q9UKG1 5 |
| Sensory perception of mechanical stimulus 0.4005141328825035 0.902703903375866 0.3666830642501035 1.0 0.7731439073100583 17 P07686,Q14108,Q9Y6M9 3 |
| Peptidyl glutamic acid modification 0.5294769090022603 0.9019840321461472 0.3670653501178678 1.0 0.7736050868384214 6 P38435 1 |
| Carnitine metabolic process 0.563737064245481 0.9013953118167122 0.3673781731883134 1.0 0.7738666186501909 5 P16435,P23786 2 |
| Embryonic organ morphogenesis 0.376056374976808 0.8976129413691597 0.3693919371975958 1.0 0.77582541236506 21 Q9Y5Y0 1 |
| Retinal metabolic process 0.7560785342003022 0.8973670715807501 0.369523077344021 1.0 0.77582541236506 3 O94788 1 |
| Coenzyme a metabolic process 0.471102066408507 0.8969045685786857 0.3697698420693527 1.0 0.77582541236506 9 P04035,Q8WVC6 2 |
| Xenobiotic metabolic process 0.4271577960883448 0.8948319793625806 0.3708769125109101 1.0 0.7771625872276604 13 O43169,P78417,P07099,Q6PIU2 4 |
| Maternal process involved in female pregnancy 0.4563674445636797 0.8943485261964529 0.3711354439301892 1.0 0.7771625872276604 10 P35613,Q9BQE5 2 |
| Negative regulation of endoplasmic reticulum stress induced intrinsic apoptotic signaling pathway 0.5188081686071266 0.8924739024832227 0.3721389749213577 1.0 0.7771625872276604 7 O60313,P18031 2 |
| Cell cell adhesion mediated by cadherin 0.518515326241189 0.8910053738936508 0.3729262872715204 1.0 0.7771625872276604 7 O75955 1 |
| Mitochondrial acetyl coa biosynthetic process from pyruvate 0.5614423633343416 0.8909094386333944 0.3729777562717444 1.0 0.7771625872276604 5 P09622,P11177 2 |
| Golgi to lysosome transport 0.5270457545870646 0.8901493161958887 0.3733857153531246 1.0 0.7771625872276604 6 O00189,P11279 2 |
| Cellular response to dsrna 0.4936725343022252 0.8865534972760892 0.3753193397780749 1.0 0.7791705149205255 8 Q7Z434,O75955 2 |
| Positive regulation of glial cell proliferation 0.753103194596229 0.8863035125001499 0.3754539967935451 1.0 0.7791705149205255 3 P30536 1 |
| Alpha ketoglutarate transport 0.7450359712230195 0.8828855208479202 0.3772981274073612 1.0 0.780049376054943 2 Q9BQT8 1 |
| Cardiac muscle contraction 0.3843048044548322 0.8825980733036343 0.3774534699289202 1.0 0.7801257570143211 19 P78417,P10253,P16615,P0DP25 4 |
| Regulation of neutrophil chemotaxis 0.5166774992391759 0.881793546920341 0.3778884619454987 1.0 0.7805351334667371 7 Q07021,O94813,Q8NHP6,Q00013 4 |
| Cellular response to xenobiotic stimulus 0.3602217417658001 0.8814962317219416 0.3780492927069849 1.0 0.7806226228913582 25 O43169,P27544,P07099,Q6PIU2,P02786,P78417 6 |
| Positive regulation of oxidative stress induced cell death 0.5590702582370899 0.8800838615692843 0.3788138810742925 1.0 0.7817114507981564 5 P23246,Q07820 2 |
| Hypoxia inducible factor 1alpha signaling pathway 0.743884892086329 0.8783733562610764 0.3797411385272524 1.0 0.782707856300936 2 Q15120 1 |
| Regulation of acyl coa biosynthetic process 0.743884892086329 0.8783733562610764 0.3797411385272524 1.0 0.782707856300936 2 Q15120 1 |
| Positive regulation of muscle tissue development 0.605840978554844 0.8770350057227541 0.3804676247425578 1.0 0.7834066185714729 4 O75955 1 |
| Positive regulation of skeletal muscle tissue development 0.605840978554844 0.8770350057227541 0.3804676247425578 1.0 0.7834066185714729 4 O75955 1 |
| Positive regulation of immune effector process 0.3296561755659785 0.876368429977998 0.3808297750974998 1.0 0.7837775633562373 38 P07948,P09601,O15400,P02786,Q99623,P11279,Q12846,P04439,P35232,Q7Z434 10 |
| Hormone biosynthetic process 0.4670096926878049 0.8737599604810842 0.3822489896091301 1.0 0.7850088581401368 9 Q53GQ0,P16435,P30536 3 |
| Neurotransmitter metabolic process 0.6050351230402764 0.8736332387644105 0.3823180187845953 1.0 0.7850088581401368 4 P21964,P51649 2 |
| Pattern recognition receptor signaling pathway 0.3322279285789295 0.8729833917927524 0.3826721302874543 1.0 0.7854911733532823 36 Q14254,O43657,P41440,O75955,Q99623,Q9NQC3,Q07021,P35232,Q86UT6,Q9UKG1 10 |
| Mrna export from nucleus 0.3222541805081948 0.8681053726835095 0.3853366501141053 1.0 0.7880146454381874 42 P57740,Q86U42,Q8N1F7,Q53F19,Q08J23,Q9UPR3,Q86V81,Q9ULX6,P82979,Q6I9Y2,Q99567,O15514,P22626 13 |
| Positive regulation of lymphocyte mediated immunity 0.3953515354768696 0.8651909724420984 0.3869339794687396 1.0 0.7900551567150683 17 P02786,P04439,O15400,P11279 4 |
| Long chain fatty acid import across plasma membrane 0.6028945653489932 0.8646059460336022 0.3872551078421362 1.0 0.7901146484104375 4 P33121,P11166 2 |
| Androgen metabolic process 0.5556459011830053 0.8644825568749038 0.3873228584558679 1.0 0.7901146484104375 5 O95470,Q8NBQ5 2 |
| Chromosome attachment to the nuclear envelope 0.7395683453237389 0.8614942646407472 0.3889658786318011 1.0 0.7917504400077039 2 P02545 1 |
| Sulfate transport 0.745250431778919 0.8572159472583156 0.3913255506786941 1.0 0.7942547696428023 3 Q9UBX3,Q9H0H5 2 |
| Lipid modification 0.3138820968665313 0.8570141751889762 0.3914370506377316 1.0 0.7942547696428023 52 Q13011,O15254,P40939,Q16134,Q16836,Q96N66,P50416,O14734,P04062,Q10713,P23786,P16435,Q15067,A1L0T0,Q9NTJ5,P22307,P30084,P55084 18 |
| Maintenance of blood brain barrier 0.5116433030462355 0.8566016973805245 0.3916650473325103 1.0 0.7942547696428023 7 Q16625,P55011 2 |
| Positive regulation of calcium ion transport 0.3877690268673662 0.856382342228715 0.3917863284906158 1.0 0.7942547696428023 18 P78417,Q13586,P30536,P20020,P0DP25 5 |
| Cellular potassium ion homeostasis 0.7447788460920568 0.8554745494659384 0.3922884880937507 1.0 0.7942547696428023 3 P05023 1 |
| Regulation of lymphocyte mediated immunity 0.3707206320002164 0.8544798732288822 0.3928391565496494 1.0 0.7944817009868707 21 O15400,P46108,P02786,P11279,P04439 5 |
| Regulation of defense response to virus 0.3875138524795009 0.8544787280014362 0.3928397908355174 1.0 0.7944817009868707 18 O43657,Q7Z434,O75844 3 |
| Retrograde vesicle mediated transport golgi to endoplasmic reticulum 0.3432812570266525 0.8530207301172565 0.3936478083905377 1.0 0.7954455367203441 28 Q9Y282,O43731,Q9P2W9,P24390 4 |
| Regulation of sulfur metabolic process 0.744099021301088 0.8529653146985555 0.393678539269243 1.0 0.7954455367203441 3 O75027,Q15120 2 |
| Branching involved in blood vessel morphogenesis 0.5998025515643509 0.8515890538557852 0.3944422170847992 1.0 0.7962560564864406 4 Q13043,Q14344 2 |
| Negative regulation of cell killing 0.599705423929659 0.8511806130335866 0.3946690304763707 1.0 0.7964699056075978 4 P04439 1 |
| Lipoprotein catabolic process 0.5187284148497127 0.849772596634167 0.395451527861546 1.0 0.7972619067152787 6 P50897 1 |
| Response to retinoic acid 0.4124308506840223 0.8491155230740965 0.3958170135099368 1.0 0.7973635750810119 14 P07948,Q9P0J0,P11717,P02786,Q99623,Q13573,O94788,O43464 8 |
| Negative regulation of binding 0.3201026764836462 0.8444269816987953 0.3984308501994187 1.0 0.7991954883305776 42 P09601,O75381,P40855,P35269,Q9UBB9,Q9NVN8,P16615 7 |
| Fatty acid derivative biosynthetic process 0.4117240699058146 0.8444008159755827 0.3984454665603198 1.0 0.7991954883305776 14 Q8WVX9,P50897,Q9UMR5 3 |
| Maintenance of location in cell 0.3125566658618896 0.8404345779317342 0.4006647685301163 1.0 0.8004791266964635 50 P10253,P24390,O43731,O43292,O95202,Q9UH99,P78417,P35670,P30536,Q8NEW0,P0DP25 11 |
| Macromolecule deacylation 0.3195674514488042 0.8385404532146827 0.4017272379072796 1.0 0.8006262981594287 42 Q96PK6,P23246,P50897,Q9UMR5,Q9NUJ1,Q9ULX6,O43823 7 |
| Localization within membrane 0.318904800961326 0.8379210648106644 0.4020750372756942 1.0 0.8006262981594287 193 P98194,Q9NS69,Q96C92,Q14254,Q8WWC4,P56589,Q9UNK0,P07602,P43307,Q9P0I2,O75955,Q92544,Q15006,O15118,Q9HD20,O60725,P63010,Q9UGP8,Q9Y512,Q7Z3B4,Q8N4V1,Q15363,Q9Y2D4,P0DP25,Q9NZJ7,P84095,Q99805,Q9H9H4,P41440,Q15904,P46379,Q9H444,Q9Y3D6,Q15070,Q12846,P35613,O14737,Q9UKG1,O43805,O15400,O00189,O00560,Q9BTX1,Q8NBU5,P40855,O43681,Q9HD45,Q96A33,O00264,Q96EY1,Q15629,Q13439 52 |
| Purinergic nucleotide receptor signaling pathway 0.7382804010263628 0.8315440790176091 0.405666337942995 1.0 0.8051587692930683 3 P00813 1 |
| Negative regulation of rna catabolic process 0.3290624508571463 0.8270059492874565 0.4082336894571119 1.0 0.8073590181666823 35 Q14011,Q9Y2W1,Q92804,P98175,Q9H814,Q15717,Q08J23,P35637,Q14147,A2RRP1,Q13151,O60506,P07910,Q99729 14 |
| Amino acid betaine metabolic process 0.5134947399126485 0.8244651001958666 0.4096753380235385 1.0 0.808915433694065 6 P16435,P23786 2 |
| Protein localization to vacuole 0.3640844383473313 0.8237164922168301 0.4101006662947781 1.0 0.8090077732427812 22 O00189,Q14108 2 |
| Protein localization to perinuclear region of cytoplasm 0.7355520264655699 0.8215348459279154 0.4113416841051298 1.0 0.8096141102735315 3 Q96ED9 1 |
| Vacuolar localization 0.3949172225013892 0.8205314400025285 0.4119132137420973 1.0 0.8098456233655092 16 Q9H0B6,P07948,P09601 3 |
| Positive regulation of ryanodine sensitive calcium release channel activity 0.7345104791482646 0.8177200023427996 0.4135170862791977 1.0 0.8107174546272046 3 P78417 1 |
| Organic hydroxy compound transport 0.3324683366895656 0.8165679792458205 0.4141753603520213 1.0 0.8112370539118515 31 Q6IAA8,Q86Y82,Q8WTV0,Q14728,P61916,O15118,P30536,Q9BZF3,P22307 9 |
| Adiponectin activated signaling pathway 0.7339052263335237 0.8155047456603981 0.4147834492317788 1.0 0.8115846916280004 3 Q9UKG1 1 |
| Negative regulation of lipase activity 0.7328530231706567 0.8116564260827339 0.416988803878682 1.0 0.8135264828105861 3 P16435 1 |
| Organelle membrane fusion 0.3271480985897498 0.8075083058327436 0.419373691195231 1.0 0.8164293171401661 35 Q12981,Q9BSR8,O15400,Q86Y82,Q9UNK0,Q5SQN1,O75396,P08754,Q13190,O60499,Q12846,O95721,Q9H270,O95249,Q8IWA4 15 |
| Peripheral nervous system axon regeneration 0.7313005868729534 0.8059851197364953 0.4202514290869867 1.0 0.8164293171401661 3 P30536 1 |
| Cardiac conduction 0.3741907847615756 0.8049542627913284 0.4208460735233323 1.0 0.8164293171401661 19 P20020,P16615,P0DP25,O75844 4 |
| Protein retention in golgi apparatus 0.7246043165467604 0.8035262207773743 0.421670647613011 1.0 0.8174133266025682 2 Q9H4A6 1 |
| Cell adhesion molecule production 0.7299942429476037 0.8012189730869176 0.423004889178084 1.0 0.8193816557653885 3 P41440,O75955 2 |
| Positive regulation of immunoglobulin production 0.412648483516158 0.8008370775412247 0.4232259709909836 1.0 0.8193816557653885 13 P02786,Q99623,P35232,Q12846 4 |
| Regulation of phosphatidylinositol 3 kinase signaling 0.4190270126417181 0.7967450424185862 0.425599118762122 1.0 0.8197536962657666 12 O00165,Q8NDZ4 2 |
| Long chain fatty acid metabolic process 0.3574848998110835 0.7948979705493883 0.4266728548867839 1.0 0.8208313695909546 23 P22307,O95864,P50416,P07099,O14734,Q96PU8,P23786,P33121,Q8NCG7,Q9H7Z7 10 |
| Magnesium ion transport 0.7280081673493636 0.7939837897707858 0.4272048683622147 1.0 0.8210229625331998 3 Q8N4V1 1 |
| Cellular component disassembly involved in execution phase of apoptosis 0.4754422146507929 0.7900850800588686 0.429478082599618 1.0 0.8232014698276636 8 O95831 1 |
| Ether biosynthetic process 0.5388019776229255 0.7882641286430719 0.4305422252348414 1.0 0.8232014698276636 5 O15228,O00116,Q8WVX9 3 |
| Retrograde transport vesicle recycling within golgi 0.726369383156908 0.7880238801488023 0.4306827378034545 1.0 0.8232014698276636 3 Q8TBA6 1 |
| Tissue remodeling 0.3785302316130971 0.7876472152532407 0.4309030888941221 1.0 0.8232014698276636 18 Q92791,P38571,O14773 3 |
| Sphingomyelin metabolic process 0.5057313380279816 0.7870886567045288 0.4312299691631862 1.0 0.8232014698276636 6 O15269,O15270,Q05655 3 |
| Positive regulation of smoothened signaling pathway 0.4975607500324816 0.7865100493541234 0.431568733985558 1.0 0.8232014698276636 7 Q96J42,P16435 2 |
| Fatty acyl coa metabolic process 0.4102623206972972 0.7854557801176762 0.4321863872242595 1.0 0.8232014698276636 13 Q8WVX9,P50897,Q9UMR5 3 |
| Negative regulation of glial cell proliferation 0.7253394076220012 0.7842828295129428 0.432874172334988 1.0 0.8235527386781791 3 P30536 1 |
| Visual behavior 0.4741192484904227 0.7831257771276507 0.4335532553707328 1.0 0.8235527386781791 8 P04035,P05067 2 |
| Regulation of mitochondrial membrane permeability 0.3838455287493006 0.7819637276466738 0.4342358908418919 1.0 0.8235527386781791 17 P05141,P45880,Q9UII2,Q8IXI1,Q13794,Q8IXI2,P52789 7 |
| Chondrocyte differentiation 0.4231097605325942 0.781542230986197 0.4344836486375656 1.0 0.8235527386781791 11 Q9NX62,P08133,Q92896,P16435 4 |
| Lipophagy 0.537163832397048 0.7809039586051381 0.4348589836526151 1.0 0.8235527386781791 5 O15269,O15270 2 |
| Vitamin k metabolic process 0.7243297686504713 0.7806192489246218 0.4350264670625678 1.0 0.8235527386781791 3 Q9Y5Z9 1 |
| Regulation of t cell mediated immunity 0.504235566993097 0.7799119732861647 0.435442690359491 1.0 0.8235527386781791 6 P04439 1 |
| Positive regulation of intracellular lipid transport 0.7182733812949618 0.7792799185194932 0.4358148413900147 1.0 0.8235527386781791 2 P22307 1 |
| Regulation of intracellular lipid transport 0.7182733812949618 0.7792799185194932 0.4358148413900147 1.0 0.8235527386781791 2 P22307 1 |
| Positive regulation of neurotransmitter uptake 0.7179856115107891 0.7781820396679099 0.4364617033638187 1.0 0.8235527386781791 2 P20337 1 |
| Late endosome to lysosome transport 0.4497954730660132 0.7769285716311529 0.4372009132636556 1.0 0.82405347995826 9 Q9HD42 1 |
| Membrane fusion 0.306583647138345 0.7768837769503324 0.4372273434412015 1.0 0.82405347995826 46 Q12981,Q9BSR8,O15400,Q86Y82,Q9UNZ2,Q9UNK0,Q5SQN1,O75396,Q9P2W9,P08754,Q13190,O60499,Q12846,O95721,Q9H270,O95249,Q8IWA4 17 |
| Negative regulation of reproductive process 0.5033932747191593 0.7758743925370846 0.4378231537371819 1.0 0.8242444781251764 6 P00813 1 |
| Activation of immune response 0.3064428061282983 0.7758050261965059 0.4378641158173071 1.0 0.8242444781251764 56 Q96PK6,P07948,Q9UJZ1,Q07666,P23246,P00813,Q15233,Q9UKG1,Q08722,Q96IZ0,Q99623,P43243,P04439,Q07021,P35232,Q7Z434,Q8WXF1 17 |
| Positive regulation of membrane permeability 0.408580794238701 0.774632310850465 0.4385569590650928 1.0 0.8249077371624026 13 P45880 1 |
| Granulocyte differentiation 0.4716480907632525 0.7701442213445852 0.4412143468469107 1.0 0.8282510915596282 8 Q14739,O00165 2 |
| Cellular response to inorganic substance 0.3132211473594363 0.7688881291050682 0.4419597251150677 1.0 0.8289442029891902 42 P09601,O95831,Q6NUK1,P30536,P05067 5 |
| Antigen processing and presentation of endogenous antigen 0.5017494628897298 0.7680025900392604 0.4424856461470374 1.0 0.8293059197530327 6 Q9NZ08,P10321 2 |
| Antigen processing and presentation of endogenous peptide antigen 0.5017494628897298 0.7680025900392604 0.4424856461470374 1.0 0.8293059197530327 6 Q9NZ08,P10321 2 |
| Inorganic ion import across plasma membrane 0.4936071804349396 0.7669509132036153 0.44311070105707 1.0 0.8294176698317685 7 P55011,Q15043,P05023 3 |
| Embryonic camera type eye development 0.7148201438848898 0.7661304025064837 0.4435987146664275 1.0 0.8294176698317685 2 O94788 1 |
| Regulation of superoxide metabolic process 0.5336957035399172 0.7653561105788546 0.4440595202560253 1.0 0.8295682068318194 5 P08754,Q05655,Q9NY61 3 |
| Synaptic vesicle docking 0.7139568345323718 0.7628516672297931 0.445551863685607 1.0 0.8297133617222396 2 P56545 1 |
| Mitochondrial outer membrane permeabilization involved in programmed cell death 0.4133402712065108 0.7611613870571833 0.446560678228437 1.0 0.8303760356290456 12 P45880 1 |
| Response to nerve growth factor 0.3989337150270527 0.7594380289378625 0.4475905718887356 1.0 0.8303760356290456 14 Q99523,P05067,P46108 3 |
| Eye photoreceptor cell differentiation 0.5774636207235819 0.7584705903375973 0.4481693127237194 1.0 0.8303760356290456 4 P54802 1 |
| Regulation of spontaneous synaptic transmission 0.7181922855497876 0.758427660166663 0.4481950042436446 1.0 0.8303760356290456 3 P55011,P05067 2 |
| Spontaneous synaptic transmission 0.7181922855497876 0.758427660166663 0.4481950042436446 1.0 0.8303760356290456 3 P55011,P05067 2 |
| Positive regulation of vesicle fusion 0.5773106824071421 0.7578393832078706 0.4485471422908333 1.0 0.8303760356290456 4 P07355,P04083,P31751 3 |
| Negative regulation of fibroblast proliferation 0.4462452948439767 0.7570904153623658 0.4489956958771208 1.0 0.8303760356290456 9 P50402,P02794 2 |
| Regulation of tetrapyrrole metabolic process 0.7173287276914148 0.7553164212635247 0.4500591480079694 1.0 0.8303760356290456 3 O75027,Q9NRK6 2 |
| Long chain fatty acyl coa metabolic process 0.4912156938079233 0.7551485720484883 0.4501598420499242 1.0 0.8303760356290456 7 Q9NZ01,Q8WVX9,Q53GQ0,O95573,P33121 5 |
| Regulation of mitochondrial dna replication 0.716908685824246 0.7538041086721847 0.4509668565020175 1.0 0.8313970766096569 3 Q04837 1 |
| L serine transport 0.7107913669064726 0.7508599286898372 0.4527369583598828 1.0 0.8331531766343976 2 Q9H9B4 1 |
| Regulation of cellular response to osmotic stress 0.7141234568913037 0.7437933315104219 0.4570015150856763 1.0 0.8332393795280048 3 O95202 1 |
| Cerebral cortex radially oriented cell migration 0.4889017924144004 0.7437509808736145 0.4570271407303443 1.0 0.8332393795280048 7 Q96N66 1 |
| Telencephalon glial cell migration 0.4889017924144004 0.7437509808736145 0.4570271407303443 1.0 0.8332393795280048 7 Q96N66 1 |
| Mrna cis splicing via spliceosome 0.3591623474948216 0.7431169443257258 0.457410881870379 1.0 0.8332393795280048 20 Q9Y2W2,Q07955,O75400,Q8WXF0,Q96I25,Q9P013 6 |
| Positive regulation of amine transport 0.5733614645824664 0.7415734968618992 0.4583457861935072 1.0 0.8332393795280048 4 P55011,P20337 2 |
| Triglyceride catabolic process 0.7079136690647458 0.7400005593188029 0.4592996549469894 1.0 0.8332393795280048 2 Q8NCG7 1 |
| Regulation of triglyceride catabolic process 0.7079136690647458 0.7400005593188029 0.4592996549469894 1.0 0.8332393795280048 2 Q8NCG7 1 |
| Negative regulation of sequestering of triglyceride 0.7079136690647458 0.7400005593188029 0.4592996549469894 1.0 0.8332393795280048 2 Q9BZF1 1 |
| Positive regulation of triglyceride catabolic process 0.7079136690647458 0.7400005593188029 0.4592996549469894 1.0 0.8332393795280048 2 Q8NCG7 1 |
| Negative regulation of lipid storage 0.7079136690647458 0.7400005593188029 0.4592996549469894 1.0 0.8332393795280048 2 Q9BZF1 1 |
| Developmental maturation 0.3036779330752574 0.7362477637968291 0.4615799293230398 1.0 0.8337553077709896 50 Q9Y5Y0,O75787,P51790,P05067,O75503,P04062,O94788,Q15125 8 |
| Regulation of receptor localization to synapse 0.7119051245037137 0.7358417771284304 0.461826993471865 1.0 0.8337553077709896 3 Q9Y639 1 |
| Serine transport 0.7109959700633202 0.7325885915307333 0.463809391378333 1.0 0.8337553077709896 3 Q96NB2,Q9H9B4 2 |
| L aspartate transmembrane transport 0.7109959700633202 0.7325885915307333 0.463809391378333 1.0 0.8337553077709896 3 O75746,Q9UJS0 2 |
| Sulfur compound catabolic process 0.4418377411818788 0.7325378942941058 0.463840322275715 1.0 0.8337553077709896 9 P16278 1 |
| Regulation of amino acid transport 0.5710010600528006 0.7318830493089615 0.4642399530654852 1.0 0.8337952359441665 4 P55011,O75915 2 |
| Positive regulation of protein dephosphorylation 0.3947462040504387 0.7317983061030927 0.4642916831146668 1.0 0.8337952359441665 14 Q86XL3,P04062 2 |
| Regulation of establishment of protein localization to mitochondrion 0.3493632273340485 0.7272839082972052 0.4670520536930465 1.0 0.8351919166523153 23 P55786,Q9UII2,O14737,O00165 4 |
| Glycosyl compound metabolic process 0.3246908115953769 0.7249427153502329 0.4684871742743184 1.0 0.8362807747217497 29 P00813,P04062,Q13126,Q9NUJ1,O60725,Q9BTY2 6 |
| Double strand break repair via break induced replication 0.4273045045423567 0.7243592277938941 0.4688452241344882 1.0 0.8362807747217497 10 P33991,Q14566,Q9BRT9,Q9Y248 4 |
| Body fluid secretion 0.3808804981409692 0.722216301310861 0.4701615025483479 1.0 0.8377215090024511 16 P00813,Q99808,P00403,Q13505,P35670 5 |
| Pyridine nucleotide biosynthetic process 0.7078295912492683 0.721284664225191 0.4707343904687193 1.0 0.8382888915671328 3 P43490,Q4G0N4 2 |
| Retrograde transport endosome to golgi 0.3195590478452871 0.719225044264134 0.4720022708507452 1.0 0.8391055586001812 34 P20340,O75503,O60749,P49257,Q8NBN3,Q13190,O60499,Q9Y5X3,O95249,O15260 10 |
| Positive regulation of histone deacetylation 0.4837744421656476 0.7185765260171755 0.4724018810659354 1.0 0.8392513772200858 7 O43823 1 |
| Antigen processing and presentation 0.3450816052046852 0.7185451638626885 0.4724212108224765 1.0 0.8392513772200858 24 P61026,P20337,P20340,Q99538,P61020,P04062,Q9Y6B6,P04439,Q9UIQ6,P30101,Q9NZ08,P10321 12 |
| Pore complex assembly 0.3993896366633149 0.7157317195815797 0.4741570208349666 1.0 0.8402960221306065 13 P57740,Q9BTX1,Q8N1F7,Q9NQC3,Q4KMQ2 5 |
| Negative regulation of membrane potential 0.70610247553252 0.7151363472765162 0.4745247963154919 1.0 0.8404599810082102 3 Q13794,O75915 2 |
| Cellular response to sterol depletion 0.490611117014583 0.7149625191663876 0.4746322035713386 1.0 0.8404599810082102 6 O75477,O94905 2 |
| Hematopoietic stem cell homeostasis 0.5644374593973457 0.7050674525856359 0.4807682601942207 1.0 0.8449199675447876 4 Q9NX40 1 |
| Rig i signaling pathway 0.3974924933024473 0.7036352902984611 0.481659928177466 1.0 0.8456320987906538 13 Q99623,Q86UT6,Q07021 3 |
| Eye photoreceptor cell development 0.7016869578861104 0.6994753349588615 0.4842550220527095 1.0 0.847500371338244 3 P54802 1 |
| Regulation of amyloid precursor protein catabolic process 0.3661170396849715 0.6960774146039872 0.4863803498543166 1.0 0.847500371338244 18 O95197,O75298,Q16799,P49755,Q9NQC3 5 |
| Positive regulation of dephosphorylation 0.3818108241994509 0.6955883904796293 0.4866866387470294 1.0 0.847500371338244 15 Q86XL3,P04062 2 |
| Intracellular sterol transport 0.4789733700483518 0.6951133366798093 0.4869842774340318 1.0 0.847500371338244 7 P61916,P22307,O15118 3 |
| Regulation of perk mediated unfolded protein response 0.6958273381294939 0.6948555007207077 0.487145862308008 1.0 0.847500371338244 2 P18031 1 |
| Positive regulation of reactive oxygen species biosynthetic process 0.5618344944567456 0.6944888566867491 0.4873756866689622 1.0 0.847500371338244 4 P51790 1 |
| Regulation of dna methylation 0.4087297751393466 0.6944411467342627 0.4874055971169877 1.0 0.847500371338244 11 O75844 1 |
| Establishment of lymphocyte polarity 0.5617953510740032 0.694330026781046 0.4874752645701727 1.0 0.847500371338244 4 Q14254 1 |
| Inflammatory response 0.2834695195184646 0.694316755255241 0.4874835856079922 1.0 0.847500371338244 78 P09601,P00813,Q9BQE5,P38571,P04062,Q9BWS9,P02786,P42785,Q8IV08,P05067 10 |
| Establishment of protein localization to vacuole 0.359396792144984 0.6924416980867631 0.4886599872742669 1.0 0.847500371338244 19 Q14108 1 |
| Establishment of rna localization 0.2732854200267638 0.6923251934361357 0.4887331321754047 1.0 0.847500371338244 102 Q8TEM1,Q8N1F7,O75955,P57740,Q7Z3B4,P37198,Q53F19,Q08J23,Q9ULX6,Q8NFH4,P82979,P12270,P22626,Q07666,Q92945,P41440,P09651,O15504,Q86V81,Q96PU8,P41208,Q15388,O15514,Q9BTX1,Q86U42,P51991,Q9UPR3,Q9NRG9,Q07955,Q6I9Y2,Q99567,Q9BVL2 32 |
| Fatty acid elongation 0.6949640287769759 0.6916609489390575 0.4891502762783355 1.0 0.847500371338244 2 Q9P035 1 |
| Positive regulation of bone mineralization 0.699381775459793 0.691333096436859 0.489356237601112 1.0 0.847500371338244 3 P20020 1 |
| Cd40 signaling pathway 0.5170140327093699 0.6913011066183741 0.4893763365327181 1.0 0.847500371338244 5 Q99623,P35232 2 |
| Protein targeting to vacuole 0.3711350799209801 0.6908864815484156 0.4896368821586785 1.0 0.847500371338244 17 Q14108 1 |
| Platelet degranulation 0.6938129496402852 0.6874080514516981 0.4918256253099333 1.0 0.847500371338244 2 P07948 1 |
| Tripeptide transmembrane transport 0.6938129496402852 0.6874080514516981 0.4918256253099333 1.0 0.847500371338244 2 P33527 1 |
| Vesicle targeting rough er to cis golgi 0.4073598688254169 0.6862044331414444 0.4925842026558422 1.0 0.8478835265221129 11 Q92734,P49755,Q9NR31,Q15363 4 |
| Histone h2b ubiquitination 0.4770993848823848 0.6859857156445202 0.4927221161106647 1.0 0.8478835265221129 7 P50750,Q8N7H5,Q6PD62,Q5VTR2 4 |
| Negative regulation of ion transmembrane transport 0.3645303901313798 0.6844549592601972 0.4936879215459702 1.0 0.8486589394903203 18 P78417,P21796 2 |
| Positive regulation of histone ubiquitination 0.5151174795874365 0.6829667714985898 0.4946278396196466 1.0 0.8494407878515101 5 P50750,Q6PD62,Q5VTR2 3 |
| Muscle cell apoptotic process 0.3798067179852158 0.682059703084554 0.4952011999372963 1.0 0.8497085172882409 15 P09601,Q8NDZ4 2 |
| Purine nucleoside biosynthetic process 0.4834429905982044 0.6811361687764859 0.4957853329417154 1.0 0.8500033715041114 6 P00813 1 |
| Meiotic spindle assembly 0.5144741547106289 0.6801440062555757 0.4964132826534477 1.0 0.8500033715041114 5 O14777,Q08379 2 |
| Positive regulation of ire1 mediated unfolded protein response 0.6960276338514595 0.6795284892149223 0.4968030627043982 1.0 0.8500033715041114 3 Q07812,P18031 2 |
| Positive regulation of endoplasmic reticulum unfolded protein response 0.6960276338514595 0.6795284892149223 0.4968030627043982 1.0 0.8500033715041114 3 Q07812,P18031 2 |
| Mrna 3 end processing 0.3077749848050919 0.6762312642234952 0.4988938256433257 1.0 0.8514267148944996 40 Q9P2I0,P09012,Q6PJT7,Q8N684,Q5VTR2,Q6UN15,Q12996,Q96MU7,P33240,Q8N7H5,Q12849,Q6PD62,Q9NQG5,P05067,O15514,P50750 16 |
| Regulation of adaptive immune response 0.3484328610021944 0.6760806756328688 0.4989894250632261 1.0 0.8514267148944996 21 P04439,O15400,P00813,P02786 4 |
| Regulation of lipid biosynthetic process 0.3169525835133717 0.6739876316355783 0.500319177062472 1.0 0.8518805504581305 32 Q8WTV0,Q92604,P05023,Q8NF37,O76054,P16435,P30536,O75477,Q13510 9 |
| Oligodendrocyte progenitor proliferation 0.6940736552672423 0.672675504491581 0.5011537547063851 1.0 0.8518805504581305 3 P07948 1 |
| Leukotriene transport 0.6940126655152457 0.6724618888750662 0.5012896945601075 1.0 0.8518805504581305 3 P33527,Q5T3U5 2 |
| Skeletal muscle contraction 0.5126441909047286 0.6721266898804095 0.501503046522672 1.0 0.8518805504581305 5 P78417 1 |
| Protein hydroxylation 0.3782435601245221 0.671528794310055 0.5018837224728832 1.0 0.8518805504581305 15 Q92791,O15460,O75718,Q32P28 4 |
| Response to toxic substance 0.298056753829973 0.6706883996364827 0.5024190543511078 1.0 0.8518805504581305 50 O95831,P27544,P07099,Q15165,Q9Y5Z9,P78417,Q13242,P35670,P08183,Q99735,O43464 11 |
| Cytokine production involved in immune response 0.4045351951136933 0.6692592170360725 0.5033301374408121 1.0 0.8518805504581305 11 P09601,Q7Z434 2 |
| Myeloid leukocyte mediated immunity 0.3680547797336194 0.6689925400564164 0.5035002366817611 1.0 0.8518805504581305 17 P09601,Q7Z434 2 |
| Response to hydrogen peroxide 0.3185704962902135 0.6668283091720559 0.5048818079066093 1.0 0.8525478343693343 29 P09601,Q99720 2 |
| Regulation of protein localization to centrosome 0.5549010881539045 0.6664760237440789 0.5051068838363775 1.0 0.8525478343693343 4 P37198 1 |
| Positive regulation of atp metabolic process 0.4800542042117218 0.6652385454383414 0.5058979302266615 1.0 0.8525478343693343 6 P00403,P05067,Q5T5X7 3 |
| Retinol metabolic process 0.4514305723984909 0.6649603577520896 0.5060758488051813 1.0 0.8525478343693343 8 Q6NUM9,Q9HBH5,Q8NBN7,Q96AD5,O94788 5 |
| Adenylate cyclase inhibiting g protein coupled receptor signaling pathway 0.4511820918987549 0.6636807422016668 0.5068946674899668 1.0 0.8525478343693343 8 P07602 1 |
| Neurotransmitter uptake 0.4796550438105473 0.6633701874023379 0.5070934946683483 1.0 0.8525478343693343 6 P20337,P41440,Q99808,O75955 4 |
| Regulation of nervous system process 0.3762689506461811 0.6582537024847109 0.5103751221519264 1.0 0.8533100906695108 15 P04062 1 |
| Glutamate biosynthetic process 0.6894070236039063 0.6563819455033462 0.5115784040701918 1.0 0.8533100906695108 3 O75746,P00367 2 |
| Regulation of mitochondrial fusion 0.5522320973225496 0.6557596034702091 0.5119788120759743 1.0 0.8533100906695108 4 Q9Y6C9 1 |
| Regulation of calcium mediated signaling 0.4278593864376813 0.6553301130470623 0.5122552368049247 1.0 0.8534133388894182 9 P00813 1 |
| Positive regulation of endocytosis 0.343080138032838 0.6528568470917882 0.5138485711415672 1.0 0.8541241764005516 22 Q8NBU5,P50897,P41440,O75955,P63010,O00291,Q4KMQ2,Q9UKG1 8 |
| Synaptic vesicle exocytosis 0.3539270130147576 0.6512823622394802 0.5148642318491918 1.0 0.8549391932219047 19 Q4J6C6,Q9P253,Q5SQN1,P20339,P16615,Q12846,O95721,P0DP25 8 |
| Bile acid biosynthetic process 0.4269624614179558 0.650415042242323 0.5154241634343486 1.0 0.8549618937174503 9 O14734,P22307,Q9BZF3 3 |
| Regulation of platelet activation 0.5495227111106666 0.6449209154738157 0.5189784369019219 1.0 0.856553295321443 4 P07948,Q9BWH2 2 |
| Nuclear membrane organization 0.3362599397143229 0.6443125529986581 0.5193727771663448 1.0 0.856553295321443 24 Q9UNZ2,Q5JTV8,P50402,Q9ULX6,Q9H444,Q9BTV4,Q86XL3,Q9HD42,Q9H6H4 9 |
| Natural killer cell mediated immunity 0.4001666315107728 0.6431606608707203 0.5201198565155705 1.0 0.856553295321443 11 P04439,P11279 2 |
| Positive regulation of neural precursor cell proliferation 0.4679740260885359 0.6418075028603274 0.5209981774988219 1.0 0.8573773924895525 7 P55209,P07948 2 |
| Organophosphate catabolic process 0.3059050619065276 0.6417883177640668 0.521010635836723 1.0 0.8573773924895525 39 P00813,Q8WTV0,Q8NHP8,Q9NX62,Q8NCC3,Q10713,Q9NZC3 7 |
| T cell proliferation 0.3284613218140209 0.6378037774833252 0.5236014202924331 1.0 0.8597083873179271 26 Q9HCL2,P49366,Q96IZ0,P02786,Q96EY1,P04439,Q92542,P30825 8 |
| Female meiosis i 0.5474474412966667 0.6366469324082569 0.5243548474593502 1.0 0.8599695095015033 4 O14777,Q15645 2 |
| Positive regulation of i kappab kinase nf kappab signaling 0.3009510882008938 0.635326240883516 0.5252156627010272 1.0 0.8599695095015033 42 P98194,P09601,O43657,P02786,Q8TB61,Q7Z434,Q8WVQ1,Q86UE4 8 |
| Sequestering of metal ion 0.5468951553030102 0.6344491685726595 0.5257877301320895 1.0 0.8601919512915945 4 Q8NEW0 1 |
| Negative regulation of transport 0.2633004902840324 0.6337370013740452 0.5262524730220595 1.0 0.8606298199906552 90 P09601,P00813,Q8N5M9,Q13432,Q16850,P78417,Q9Y3D6,Q8N183,Q9GZP9,P21796,P04035,P05067,P0DP25 13 |
| Leukocyte degranulation 0.3921114317837577 0.629949967611772 0.5287273192354656 1.0 0.8614699076267266 12 P07948,P09601,P11279 3 |
| B cell receptor signaling pathway 0.5016441870623501 0.6243364206367336 0.5324066700845367 1.0 0.8626804252267102 5 P07948,Q07812 2 |
| Negative regulation of gliogenesis 0.4711809994966621 0.6239275492762626 0.5326751668481446 1.0 0.8627777237576306 6 P30536 1 |
| Retina morphogenesis in camera type eye 0.5435706237434852 0.6212573875253659 0.5344302861379668 1.0 0.8638220055984944 4 P54802 1 |
| Lactation 0.3843738699150703 0.6206868851705993 0.5348056600916111 1.0 0.86397756765574 13 P35670,Q13505,Q99808,P00403 4 |
| Cellular response to osmotic stress 0.3957507410856176 0.6169244868029622 0.5372845346812292 1.0 0.8653965956423698 11 O95202,P30536 2 |
| Nucleoside triphosphate biosynthetic process 0.3091104444099962 0.615438654394269 0.5382650704892031 1.0 0.8665107621435035 34 P56134,P56385,Q9UJZ1,Q9UJS0,P00403,P48047,P36542,P24539,O75947,P00846,O75746,P06576,O75964,Q05682,P17812,P27144 16 |
| Regulation of atp metabolic process 0.3123804829321079 0.6147596727278273 0.5387134451912252 1.0 0.8665973853430133 30 O14548,Q9BSK2,Q9Y3D6,P30536,P14406,P05067 6 |
| Regulation of long term synaptic potentiation 0.4202019513866363 0.613541420658681 0.5395184035453058 1.0 0.86669656285792 9 Q92542,P05067 2 |
| Regulation of centriole replication 0.4619467912086158 0.612895676057407 0.53994532250874 1.0 0.86669656285792 7 Q96PK6,P37198,Q92830 3 |
| Photoreceptor cell development 0.541247760112817 0.6120796244748467 0.540485077672362 1.0 0.86669656285792 4 P54802 1 |
| Cellular response to mineralocorticoid stimulus 0.6757972270695779 0.6094884075128272 0.5422007543203278 1.0 0.8675475401206021 3 O95831 1 |
| Myotube differentiation 0.3538593059318302 0.6068919035420411 0.5439226515979847 1.0 0.8689357931025747 18 Q99523,P41440,O75955,Q8IV08,Q9BYT8 5 |
| Regulation of mitochondrial fission 0.4065755223738769 0.6056821515112718 0.5447258383969555 1.0 0.8692021002589946 10 Q9NQG6,Q9Y3D6,Q96HS1 3 |
| Regulation of cytosolic calcium ion concentration 0.3247595128210295 0.6055436530411733 0.5448178288161554 1.0 0.8692021002589946 26 O95202,P78417,P51572,Q9Y3D6,P20020,P0DP25 6 |
| Regulation of dna binding 0.3163340768271572 0.6029682150228703 0.5465298342964711 1.0 0.8699427306722023 28 P09601,O60869,Q00403,O75844,P0DP25 5 |
| Necrotic cell death 0.3473963367773379 0.602537279847566 0.5468165556580609 1.0 0.8699845343912653 19 Q13510,Q7Z3C6,P30536 3 |
| Antigen processing and presentation of exogenous peptide antigen 0.4965421226043363 0.6024228689948543 0.5468926910682381 1.0 0.8699845343912653 5 Q9UIQ6 1 |
| Monocyte chemotaxis 0.4180339773316903 0.6017855198213508 0.5473169150457311 1.0 0.870239177904518 9 P07948,O94813,Q8NHP6,Q4KMQ2 4 |
| Aspartate transmembrane transport 0.6711932415009776 0.5938496847419642 0.5526126544259353 1.0 0.8723705521199702 3 Q9UJS0 1 |
| Diencephalon development 0.4577512328527693 0.5929086895032857 0.5532422623439686 1.0 0.8723705521199702 7 O14949 1 |
| Neutrophil differentiation 0.5363674837247572 0.592906960573297 0.5532434194724816 1.0 0.8723705521199702 4 Q14739 1 |
| Negative regulation of collateral sprouting 0.6676258992805728 0.5928322657406793 0.5532934119414132 1.0 0.8723705521199702 2 Q8N0X7 1 |
| Blastocyst formation 0.3620431584490274 0.5924905249201783 0.5535221637234407 1.0 0.8723705521199702 16 P00813 1 |
| Regulation of b cell receptor signaling pathway 0.6670503597122277 0.5908042313911741 0.5546515995083066 1.0 0.8730528879981443 2 P07948 1 |
| Release of sequestered calcium ion into cytosol by endoplasmic reticulum 0.463757485703664 0.5897514042346533 0.555357326892087 1.0 0.8733292188286305 6 P78417 1 |
| Cellular response to vitamin d 0.5340842679202654 0.583989816446185 0.5592271634706119 1.0 0.875515679064644 4 P20020,Q13573 2 |
| Regulation of collateral sprouting 0.6678180771444928 0.5824614623303626 0.5602558923320653 1.0 0.8760147305590836 3 Q8N0X7,P53990 2 |
| Regulation of protein targeting 0.3072235781368024 0.5798493046356064 0.5620162451469639 1.0 0.8777257737078324 32 P55786,Q9UII2,Q9Y3D6,O14737,O00165 5 |
| Nuclear membrane reassembly 0.3711641132950366 0.5784848373064257 0.5629368314419056 1.0 0.8780952447457936 14 Q9H444,Q9HD42,Q86XL3 3 |
| Positive regulation of protein localization to centrosome 0.6665838531251713 0.578313588227103 0.5630524220748183 1.0 0.8780952447457936 3 P37198 1 |
| Negative regulation of ion transport 0.3374459388694041 0.5749793501227098 0.5653052627940847 1.0 0.8798874259346257 20 P78417,P21796 2 |
| Action potential 0.3331639627338827 0.5737238262902199 0.5661547024389804 1.0 0.8801992486279041 22 P0DP25,P16615,P04062 3 |
| Regulation of production of molecular mediator of immune response 0.3169933610829086 0.5713421154172429 0.5677677585265437 1.0 0.8805273907037467 27 P09601,P02786,Q99623,Q12846,P04439,P35232,Q7Z434 7 |
| Negative regulation of calcium ion transport into cytosol 0.4892244756328021 0.5713008569538065 0.5677957209277287 1.0 0.8805273907037467 5 P78417 1 |
| Positive regulation of sequestering of calcium ion 0.4892244756328021 0.5713008569538065 0.5677957209277287 1.0 0.8805273907037467 5 P78417 1 |
| Negative regulation of ryanodine sensitive calcium release channel activity 0.4892244756328021 0.5713008569538065 0.5677957209277287 1.0 0.8805273907037467 5 P78417 1 |
| Positive regulation of dna templated transcription elongation 0.3484525219209168 0.5680580810425837 0.5699955303456998 1.0 0.8820800472252905 18 P05114,Q96FV9,Q13769,P35269,Q86V81,Q9NYV4,P50750 7 |
| Skeletal system development 0.2893414011051068 0.567915053684091 0.5700926496541308 1.0 0.8820800472252905 54 Q9Y5Y0,O95470,P07686,Q9NX62,Q96HY6,Q15904,Q32P28,O75844,Q7Z3C6,Q92896,P16435,P08133,Q15125 13 |
| Regulation of aspartic type peptidase activity 0.529763746137103 0.5672115628945692 0.5705704530599642 1.0 0.8820800472252905 4 P49755 1 |
| Regulation of aspartic type endopeptidase activity involved in amyloid precursor protein catabolic process 0.529763746137103 0.5672115628945692 0.5705704530599642 1.0 0.8820800472252905 4 P49755 1 |
| Phosphatidylinositol biosynthetic process 0.3122265027269051 0.5656499272942076 0.5716317804905131 1.0 0.8820800472252905 28 Q96N66,Q9NX62,Q92643,O43292,Q5H8A4,Q10713,Q96S52,Q96PE3,Q9BTU6,Q9NTJ5 10 |
| Calcium mediated signaling using intracellular calcium source 0.6622566784496273 0.5638428511656598 0.5728610860856167 1.0 0.8822084134682113 3 Q9Y3D6 1 |
| Positive regulation of vasculature development 0.3319010438028699 0.5637394444976938 0.5729314688117026 1.0 0.8822084134682113 22 P09601,Q13586,Q9NZ08 3 |
| Intrinsic apoptotic signaling pathway in response to oxidative stress 0.3526509336243333 0.5608713159515882 0.5748852654726089 1.0 0.8827406809781285 17 P23246,Q07820,Q9NR28,O43464 4 |
| T cell apoptotic process 0.3681268200430721 0.5591037396189041 0.5760909227142821 1.0 0.8827406809781285 14 Q9HCL2,P00813,P24390 3 |
| Olefinic compound metabolic process 0.3312712326985024 0.5587690334229176 0.5763193588830022 1.0 0.8827406809781285 22 P22307,Q6NUM9,O95864,P07099,O14734,Q8NBN7,O94788,Q8NCG7,Q9H7Z7 9 |
| Positive regulation of blood vessel endothelial cell migration 0.3802247220249428 0.557983811771589 0.5768554384260804 1.0 0.8827406809781285 12 P09601 1 |
| Cellular response to salt 0.6575539568345296 0.5576863815006323 0.5770585587356507 1.0 0.8827406809781285 2 P09651 1 |
| Response to sodium arsenite 0.6575539568345296 0.5576863815006323 0.5770585587356507 1.0 0.8827406809781285 2 P09651 1 |
| Cellular response to sodium arsenite 0.6575539568345296 0.5576863815006323 0.5770585587356507 1.0 0.8827406809781285 2 P09651 1 |
| Actin filament based movement 0.3055141151434974 0.5564051655439525 0.577933908445946 1.0 0.8829136384767768 31 Q9UH99,Q9UM22 2 |
| Golgi ribbon formation 0.4556661803822269 0.5529481332777118 0.5802989266150027 1.0 0.8838935582204351 6 Q08379,Q9Y3A6 2 |
| Rna stabilization 0.3107030208620291 0.5518826810725278 0.5810287348568819 1.0 0.8838935582204351 28 Q14011,Q9Y2W1,Q92804,P98175,P35637,Q13151,O60506,P07910 8 |
| Primitive hemopoiesis 0.6558273381294935 0.5517368775794097 0.5811286400240812 1.0 0.8838935582204351 2 Q13043 1 |
| Positive regulation of fatty acid beta oxidation 0.655539568345321 0.5507475064116545 0.5818067735429744 1.0 0.8838935582204351 2 P50416 1 |
| Positive regulation of fatty acid oxidation 0.655539568345321 0.5507475064116545 0.5818067735429744 1.0 0.8838935582204351 2 P50416 1 |
| Response to light intensity 0.655539568345321 0.5507475064116545 0.5818067735429744 1.0 0.8838935582204351 2 Q8NBN7 1 |
| Nucleobase containing small molecule catabolic process 0.4841281270327293 0.5498553609107566 0.5824185836961546 1.0 0.8838935582204351 5 P00813 1 |
| Regulation of cholesterol metabolic process 0.4481673256019123 0.5477219813216875 0.5838828164618997 1.0 0.8838935582204351 7 O75477,O76054,P16435 3 |
| Alditol phosphate metabolic process 0.4835471922901203 0.5474233396618339 0.5840879241457149 1.0 0.8838935582204351 5 Q9NPH0 1 |
| Myeloid leukocyte cytokine production 0.4078931838994996 0.5472926372054429 0.584177701402468 1.0 0.8838935582204351 9 P09601 1 |
| Negative regulation of intrinsic apoptotic signaling pathway 0.3029492730185629 0.5465821704622182 0.5846658210277731 1.0 0.8838935582204351 33 P18031,Q15233,P45880,O60313,Q07820,O43464 6 |
| Regulation of skeletal muscle adaptation 0.6568109782059472 0.5457946127773039 0.5852071268275902 1.0 0.8838935582204351 3 P16615 1 |
| Skeletal muscle adaptation 0.6568109782059472 0.5457946127773039 0.5852071268275902 1.0 0.8838935582204351 3 P16615 1 |
| Negative regulation of neuron projection development 0.3295441210652582 0.5451695934432794 0.5856368820761371 1.0 0.8842258056827834 22 Q9NQX7,Q96G23,P08670,Q9NR77 4 |
| Protein folding in endoplasmic reticulum 0.4071528937107169 0.543348999320426 0.5868895333801096 1.0 0.8853358462035746 9 Q8IXB1,Q13217,P27824,P14625,P30101 5 |
| Microtubule anchoring 0.3830966717399227 0.5426740580981705 0.5873542386994055 1.0 0.8853358462035746 11 O95684 1 |
| Sensory system development 0.2922746184571305 0.5422096773122704 0.5876740694418598 1.0 0.8853358462035746 42 P08670,Q8NF37,O43819,P54802,Q15293,O94788,P20020,P28289 8 |
| Protein processing involved in protein targeting to mitochondrion 0.6551525618883022 0.5403354022473149 0.5889657479159736 1.0 0.8860725685179609 3 Q99797,Q10713 2 |
| Cobalamin metabolic process 0.6546387380035938 0.5386475716426916 0.590130056090933 1.0 0.8871473738496825 3 P33527 1 |
| Succinyl coa metabolic process 0.5217391304347813 0.5363976464970268 0.5916837576193039 1.0 0.8888203107431352 4 Q9P2R7,Q02218,P36957 3 |
| Protein localization to extracellular region 0.2807575184174081 0.5353203436355436 0.5924283612426902 1.0 0.8890204823537482 69 Q5JRA6,Q96PC5,Q9NV70,Q8NE86,P61026,P20337,P40939,Q96KC8,Q16836,P50416,P27824,Q32P28,P30040,P04035,Q8N5M9,Q6WKZ4,Q12846,P55011,P00367,Q9UBV2,P49755,Q16850,Q8N183,Q13555 24 |
| Pyridine containing compound metabolic process 0.4250489008000226 0.531433280732802 0.595118564146264 1.0 0.89184777283747 8 P43490 1 |
| Negative regulation of tumor necrosis factor superfamily cytokine production 0.652121101077023 0.5304023351316184 0.5958330073302396 1.0 0.89184777283747 3 P30536 1 |
| Regulation of sterol transport 0.4248237597081621 0.5303170279136212 0.5958921425700572 1.0 0.89184777283747 8 Q9BZF3,P22307,P30536 3 |
| Positive regulation of interleukin 6 production 0.4046740919177882 0.5301806593871283 0.595986679230768 1.0 0.89184777283747 9 P05067 1 |
| Negative regulation of phosphatidylinositol 3 kinase signaling 0.5198095871081576 0.529059191134852 0.5967643894782957 1.0 0.8920930781429045 4 Q10713 1 |
| Protein insertion into mitochondrial inner membrane 0.5197937284136527 0.5289989946863654 0.5968061472721078 1.0 0.8920930781429045 4 Q53H12,O94826 2 |
| Positive regulation of cell maturation 0.6486330935251772 0.5271963770278678 0.5980572243342694 1.0 0.8927484005864695 2 Q8IXJ6 1 |
| Regulation of oocyte maturation 0.6486330935251772 0.5271963770278678 0.5980572243342694 1.0 0.8927484005864695 2 Q8IXJ6 1 |
| Lipid homeostasis 0.3118379265709087 0.5260135291280303 0.5988788069514133 1.0 0.892932945104303 27 Q9HCL2,Q6IAA8,O15254,Q9BWH2,Q8WTV0,Q9Y6C9,P61916,O15260,O15118,Q9NQC3,Q9UKM9,Q96CP7,Q5BJF2,Q15067 14 |
| Insulin like growth factor receptor signaling pathway 0.5188597754103212 0.5254573034891633 0.5992653270279991 1.0 0.892932945104303 4 P11717,P31749,Q8WWQ0 3 |
| Histone h3 k9 trimethylation 0.4495256910408858 0.5253602512176293 0.5993327800355206 1.0 0.892932945104303 6 P02545 1 |
| Regulation of endocytosis 0.2856948686225554 0.5252644527047509 0.5993993650320735 1.0 0.892932945104303 54 O00560,P18031,Q8NBU5,P50897,P61020,Q13432,P41440,O75955,P20339,P05067,P63010,Q6UWE0,P0DP25,Q9UKG1 14 |
| Protein o linked glycosylation via serine 0.5184874323334501 0.5240471988884943 0.6002457119677922 1.0 0.8936126043759367 4 Q10472,Q10471 2 |
| Glycerol ether metabolic process 0.4430319624318334 0.5238028607984393 0.6004156634178379 1.0 0.8936126043759367 7 O15228,O00116,Q8WVX9,Q6PIU2 4 |
| Pigment biosynthetic process 0.3183575154044856 0.5214926886975717 0.6020235974767902 1.0 0.8954251656376007 25 P00813,Q9Y5Y0,Q9UII2,O00264,P30536,Q9UKG1 6 |
| Response to dexamethasone 0.4029276973032105 0.5209378987123919 0.6024100332133067 1.0 0.8954646198485052 9 Q13185,P16435,P04062 3 |
| Stem cell proliferation 0.3738248390331355 0.5198155304465919 0.6031921537763956 1.0 0.8957478253848704 12 P04062 1 |
| Regulation of endoplasmic reticulum stress induced intrinsic apoptotic signaling pathway 0.3908941221378363 0.5181151235440651 0.6043779490077981 1.0 0.8965109374643434 10 O76024,O60313,P18031 3 |
| Muscle adaptation 0.3358937148350471 0.5179610046830135 0.6044854769841039 1.0 0.8965109374643434 19 Q13555,P09601,P16615 3 |
| Negative regulation of endoplasmic reticulum calcium ion concentration 0.4760668180933425 0.5163486914640936 0.6056108943168603 1.0 0.8965109374643434 5 Q9Y3D6 1 |
| Camera type eye development 0.2980427232444894 0.5161100707046457 0.605777534645612 1.0 0.8965561940206509 35 P08670,Q8NF37,P54802,Q15293,O94788,P20020,P28289 7 |
| Glycosyl compound biosynthetic process 0.4411058031417226 0.5148881676284556 0.6066311696879978 1.0 0.896676968581073 7 P00813 1 |
| Nucleobase containing small molecule biosynthetic process 0.4411058031417226 0.5148881676284556 0.6066311696879978 1.0 0.896676968581073 7 P00813 1 |
| Regulation of cardiac muscle contraction by regulation of the release of sequestered calcium ion 0.4756621488619672 0.5146807907916227 0.6067760987973767 1.0 0.896676968581073 5 P78417 1 |
| Branching involved in labyrinthine layer morphogenesis 0.6448920863309323 0.5145989205144663 0.6068333196029094 1.0 0.896676968581073 2 Q15363 1 |
| Regulation of leukocyte proliferation 0.310218847685004 0.5118802389702163 0.6087348290637111 1.0 0.8975227103274133 27 Q9HCL2,P00813,P49366,Q96IZ0,P02786,Q96EY1,P04439,P30825 8 |
| Eosinophil mediated immunity 0.6440287769784143 0.5117081508608681 0.6088552807352932 1.0 0.8975227103274133 2 Q12846 1 |
| Eosinophil activation 0.6440287769784143 0.5117081508608681 0.6088552807352932 1.0 0.8975227103274133 2 Q12846 1 |
| Regulation of low density lipoprotein particle clearance 0.4738241653910958 0.5071228839896545 0.6120685992979464 1.0 0.9000044634622113 5 P61978,Q92945,P07355 3 |
| Reticulophagy 0.4735198882795378 0.5058744849756422 0.6129447651141968 1.0 0.900534511675075 5 Q96HY6,Q9Y6I9 2 |
| Embryonic hemopoiesis 0.4732613182151999 0.5048142467454839 0.6136893084480293 1.0 0.900534511675075 5 Q13043,Q9H6E4,Q13769 3 |
| Response to copper ion 0.4190284149165033 0.5017420800223983 0.6158489602037305 1.0 0.9012226017394692 8 P05067,P35670 2 |
| Positive regulation of low density lipoprotein receptor activity 0.6421991940126549 0.4983221333066981 0.6182570099807934 1.0 0.902858031640835 3 P61978,P07355 2 |
| Nucleoside catabolic process 0.511384505121109 0.497357953474253 0.6189366505537257 1.0 0.9030499536090564 4 P00813 1 |
| Regulation of striated muscle contraction 0.3582326612698752 0.4967068957743187 0.6193957589270012 1.0 0.9032215705627552 14 P78417,P16615,P0DP25 3 |
| Olfactory lobe development 0.6416340819848394 0.4965154722097298 0.6195307739293248 1.0 0.9032215705627552 3 O94813 1 |
| Regulation of system process 0.2783232842618827 0.4950367061429178 0.6205742104522116 1.0 0.9040379112689856 68 P00813,P02545,P10253,P04062,O75844,Q13555,P78417,P16615,Q9Y5X3,P42892,P05067,P0DP25 12 |
| Regulation of synaptic vesicle priming 0.638273381294961 0.4925966172771276 0.6222976386943162 1.0 0.9053032512829544 2 O14795 1 |
| Multicellular organism growth 0.2972050613055358 0.4915941782042727 0.6230062598570285 1.0 0.9053032512829544 33 Q9HCL2,Q9Y5Y0,O95470,O75844,P05067,O43464 6 |
| Regulation of carbohydrate catabolic process 0.3469024430442495 0.4909329048040415 0.6234739032713779 1.0 0.9053032512829544 16 Q14108 1 |
| Post embryonic development 0.337458781062347 0.4902842435009182 0.623932775110285 1.0 0.9055271046699708 18 O95470,Q96A33,P51649 3 |
| Protein ufmylation 0.5086129400810038 0.4870556746508772 0.626218876943542 1.0 0.9069717196075944 4 Q96JB5 1 |
| Protein localization to early endosome 0.4688940092165979 0.4869958697654873 0.6262612578926996 1.0 0.9069717196075944 5 Q14160,O75116,P15311,P35241 4 |
| Protein localization to adherens junction 0.4686059907834163 0.4858267985108381 0.6270899722427246 1.0 0.9073335098302028 5 Q07157,Q14160,Q13112,Q5T2T1 4 |
| Histone h3 k36 trimethylation 0.6356834532374069 0.484089237957232 0.628322538717347 1.0 0.9078985104404824 2 Q96ST2 1 |
| Regulation of respiratory gaseous exchange by nervous system process 0.6351079136690618 0.4822066859696334 0.6296591277279391 1.0 0.9085950533812268 2 O94925 1 |
| Regulation of membrane permeability 0.3234289799894023 0.4820455756690091 0.6297735705206287 1.0 0.9085950533812268 21 P05141,P45880,Q8IXI1,Q9UII2,P52789,Q8IXI2,Q13794 7 |
| Negative regulation of protein serine threonine kinase activity 0.3134293834496288 0.4806683844725762 0.6307522044548863 1.0 0.9090570403471429 25 P18031,P37198,P04062,Q96JB5,P04035 5 |
| Synaptic vesicle membrane organization 0.4393028779678892 0.4801562755092128 0.6311162751466826 1.0 0.909144105146806 6 Q5SQN1,O95721,O43760 3 |
| Negative regulation of intracellular estrogen receptor signaling pathway 0.4333068264475155 0.4791306467103804 0.6318456886962147 1.0 0.9091555815468496 7 Q99623 1 |
| Gamma aminobutyric acid signaling pathway 0.6333812949640257 0.4765766178335511 0.6336636368093955 1.0 0.9093271720889768 2 P55011 1 |
| Long term memory 0.6352907311456425 0.4763933918634262 0.6337941415910169 1.0 0.9093271720889768 3 Q92830,Q96KQ7 2 |
| Hepatocyte differentiation 0.6330935251798533 0.4756408522460512 0.6343302659363741 1.0 0.9093271720889768 2 Q16822 1 |
| Myoblast migration 0.6330935251798531 0.4756408522460505 0.6343302659363745 1.0 0.9093271720889768 2 Q13464 1 |
| Regulation of mrna metabolic process 0.2856407517696415 0.4744307027883567 0.6351928031160643 1.0 0.9093271720889768 161 P26368,Q14011,Q16629,Q8N684,Q96B26,Q15637,A2RRP1,P52756,P67809,O75525,O00422,Q99729,Q9HCE1,Q6PJT7,Q5VTR2,Q9Y5A9,Q9HBH5,Q15427,Q9UHX1,P35637,Q15007,P51116,Q13573,Q969T7,Q96E39,P50750,P22626,Q9Y2W1,P09012,Q07666,P06748,P08670,Q92945,P17844,Q92841,P09651,Q01130,Q9NYY8,Q96PU8,Q14147,Q9BWF3,P19338,Q13242,P51114,O60506,O15514,Q13595,P98179,Q9P2K5,Q2TAY7,Q92804,Q05655,P62995,Q53R41,P61978,P98175,Q96MU7,Q15717,Q8N7H5,Q13151,O75494,Q8WXF0,P52272,Q07021,P07910,P38159,Q13247 67 |
| Positive regulation of peptidyl threonine phosphorylation 0.4128540346765048 0.4716535198351756 0.6371741187113216 1.0 0.909724405213394 8 P05067 1 |
| Regulation of map kinase activity 0.3219550535523634 0.4709092321665676 0.6377055549220711 1.0 0.910064069556634 21 P04035,Q96JB5,P04062,P18031 4 |
| Negative regulation of cation channel activity 0.4313878023803283 0.4704193403902603 0.6380554490812531 1.0 0.910185614634418 7 P78417 1 |
| Establishment of protein localization to endoplasmic reticulum 0.3173871127746168 0.4682210441124012 0.6396265245709403 1.0 0.9112141592338538 23 P61026,Q9UGP8,Q9Y5M8,P46379,O43681,Q9H444,Q15005,Q15629 8 |
| Response to topologically incorrect protein 0.2803541840588178 0.4676400198832901 0.6400420407712257 1.0 0.911440891861164 58 Q9BS26,P18031,O76024,Q9Y4P3,Q92905,P61604,P48723,Q9Y679,Q6NTF9,Q15363,Q96CS3,Q96HY6,P46379,Q96JB5,Q9NRK6,Q13217,Q7Z2K6,Q9GZP9,Q8TCJ2,Q15629,Q92575 21 |
| Regulation of histamine secretion by mast cell 0.630503597122299 0.4672524466752403 0.6403192743531552 1.0 0.9116386557288114 2 P51809 1 |
| Lysosomal membrane organization 0.6299280575539538 0.4653966012503412 0.6416474676577206 1.0 0.9131350247077152 2 Q9Y3E7 1 |
| Ubiquitin dependent endocytosis 0.6296402877697811 0.4644698109344786 0.6423111837722775 1.0 0.9131623998909784 2 Q6UWE0 1 |
| Bone resorption 0.429876106012355 0.4635824677284569 0.6429469178309117 1.0 0.9131623998909784 7 O14773 1 |
| Amyloid beta clearance 0.3918057626561103 0.4628048680512829 0.6435042415634766 1.0 0.9131623998909784 9 Q16850 1 |
| Maintenance of synapse structure 0.5020123489748293 0.462786046182935 0.643517734120929 1.0 0.9131623998909784 4 Q9BRK5 1 |
| Dendritic transport 0.4352948650268997 0.4627012758585405 0.6435785036400239 1.0 0.9131623998909784 6 P23246 1 |
| Posttranslational protein targeting to endoplasmic reticulum membrane 0.3914591155741228 0.4610146204216414 0.6447881157145259 1.0 0.9131623998909784 9 Q9UGP8,Q9H444,O43681 3 |
| Peripheral nervous system development 0.3524500911237028 0.4608275064734851 0.6449223655237781 1.0 0.9131623998909784 14 Q9NR77 1 |
| Centrosome separation 0.4623559071911893 0.4606482684860943 0.645050975374311 1.0 0.9131623998909784 5 Q9UNZ2,P37198,O14965 3 |
| Cell fate commitment involved in formation of primary germ layer 0.501374132849871 0.4604598242751128 0.6451862024802855 1.0 0.9131623998909784 4 Q8N7H5 1 |
| Endodermal cell fate commitment 0.501374132849871 0.4604598242751128 0.6451862024802855 1.0 0.9131623998909784 4 Q8N7H5 1 |
| Leukotriene metabolic process 0.4345893234902523 0.459645158751001 0.6457709394415336 1.0 0.913478900811564 6 Q99735,Q5T3U5 2 |
| Gliogenesis 0.2794838356669424 0.4573701887881241 0.6474049879497317 1.0 0.9150046043759722 58 P08670,P07686,Q96N66,P04062,Q96G23,P30536,P05067 7 |
| Regulation of oxidative phosphorylation 0.3790598252321198 0.4536944034066912 0.6500487956371512 1.0 0.9177569133175894 10 P14406,Q9BSK2 2 |
| Positive regulation of protein deacetylation 0.4082424202842564 0.4494381431480269 0.6531156208627222 1.0 0.919328952331655 8 O43823 1 |
| Steroid hormone biosynthetic process 0.4254573469504172 0.4437303672111728 0.6572375374932042 1.0 0.9213175218307484 7 P30536 1 |
| Regulation of receptor mediated endocytosis 0.2939718620822815 0.4436505749901935 0.6572952344279615 1.0 0.9213175218307484 30 O00560,P50897,Q13432,O75955,P05067 5 |
| Photoreceptor cell differentiation 0.4569915501707044 0.4393403327185614 0.660414953698286 1.0 0.9213175218307484 5 P54802 1 |
| Negative regulation of calcium ion dependent exocytosis 0.6212949640287739 0.4379275577060382 0.6614387981121264 1.0 0.9213175218307484 2 P04899 1 |
| Regulation of secretion 0.2554531988747083 0.4375614168542311 0.6617042454911153 1.0 0.9213175218307484 99 P11279,P09601,P40939,Q96KC8,Q16836,Q9P253,P50416,Q32P28,P30040,P04035,P20339,P16615,Q9Y5X3,P0DP25,P07948,Q8N5M9,Q12846,P55011,P00813,O00560,P49755,Q16850,Q8N183 23 |
| Regulation of synaptic vesicle exocytosis 0.3645065376692934 0.4367054798370103 0.6623249546271621 1.0 0.9213175218307484 11 Q9P253,P16615 2 |
| Centrosome duplication 0.3011205443602502 0.4335002999487653 0.6646513482197154 1.0 0.9213175218307484 27 Q96PK6,Q9HD42,P37198,P41208 4 |
| Astrocyte differentiation 0.3637093289406785 0.4322598202271552 0.6655525863138245 1.0 0.9213175218307484 11 P08670 1 |
| Immune response regulating signaling pathway 0.2733285343536593 0.4317889724313991 0.6658947950843186 1.0 0.9213175218307484 68 P07948,Q9UJZ1,Q07666,P00813,Q14254,O43657,P41440,Q08722,O75955,Q96IZ0,Q99623,Q9NQC3,P04439,Q07021,P35232,Q86UT6,Q9UKG1 17 |
| Mitochondrial adp transmembrane transport 0.6206102475532412 0.4309894527328142 0.666476039570032 1.0 0.9213175218307484 3 P05141,P12236 2 |
| B cell activation involved in immune response 0.3288072053395326 0.4304146938116725 0.6668940085350852 1.0 0.9213175218307484 18 Q9UQ84,P02786,P00813,O96028 4 |
| Atrial septum morphogenesis 0.619891296797078 0.4288096525750955 0.6680617537222975 1.0 0.9213175218307484 3 O96028 1 |
| Cardiac atrium development 0.619891296797078 0.4288096525750955 0.6680617537222975 1.0 0.9213175218307484 3 O96028 1 |
| Cardiac atrium morphogenesis 0.619891296797078 0.4288096525750955 0.6680617537222975 1.0 0.9213175218307484 3 O96028 1 |
| Atrial septum development 0.619891296797078 0.4288096525750955 0.6680617537222975 1.0 0.9213175218307484 3 O96028 1 |
| Regulation of histone h2b ubiquitination 0.4539590641445131 0.427424488345332 0.6690701741554896 1.0 0.9213175218307484 5 P50750,Q6PD62,Q5VTR2 3 |
| Long term synaptic potentiation 0.3525365167918092 0.4265034336504162 0.6697410465369997 1.0 0.9213175218307484 13 Q92542,P05067 2 |
| Folic acid containing compound metabolic process 0.3467356423754423 0.425853975229727 0.6702142537171336 1.0 0.9213175218307484 14 Q92820,Q9H2D1,Q9NRN7,P41440 4 |
| Face development 0.4030215534332971 0.4245727962683764 0.6711481275776878 1.0 0.9213175218307484 8 O95470 1 |
| Regulation of cysteine type endopeptidase activity 0.2766875150749799 0.4245322006562324 0.6711777267447405 1.0 0.9213175218307484 58 O95831,Q15392,O43464,Q9NZJ7,Q9Y3D6,P51572,Q96A26,O14737,Q9NR28,P61604,Q9BXK5 11 |
| Cardiac septum morphogenesis 0.4206804567440814 0.4225007540610174 0.6726595504325397 1.0 0.9213175218307484 7 O94813,O96028,Q04721 3 |
| Multicellular organismal movement 0.3732065544640972 0.4224600731885044 0.6726892378059142 1.0 0.9213175218307484 10 P78417 1 |
| Oligosaccharide lipid intermediate biosynthetic process 0.4257481824898551 0.4217902520063257 0.673178121486925 1.0 0.9213175218307484 6 Q9BT22,Q96AA3 2 |
| External encapsulating structure organization 0.2919618515842053 0.4213551735227488 0.6734957470777037 1.0 0.9213175218307484 29 O75718,O75955,Q53GQ0,Q92791,P05067 5 |
| Regulation of endothelial cell migration 0.2895999765311984 0.4199938908768247 0.6744899165715412 1.0 0.9213175218307484 33 P09601,Q8WTV0 2 |
| Nucleus organization 0.2691238012354581 0.4147946493049924 0.6782922368967159 1.0 0.9225445656193998 72 P02545,P20700,Q5T5X7,P57740,Q7Z3B4,Q9BTX1,Q8N1F7,O75844,Q9UH99,P50402,Q9ULX6,Q9H444,Q86XL3,Q9HD42,Q9NQC3,Q9Y2U8,Q9H6H4 17 |
| Histone h3 k4 dimethylation 0.6138129496402845 0.4146991120247661 0.6783621824899062 1.0 0.9225445656193998 2 O15047 1 |
| Histone h3 k4 monomethylation 0.6138129496402845 0.4146991120247661 0.6783621824899062 1.0 0.9225445656193998 2 O15047 1 |
| Biological process involved in interaction with host 0.2758216637153362 0.4128717444295258 0.6797005837342933 1.0 0.9237927281817778 57 Q8WTV0,Q9P253,Q9H9H4,P02786,Q86V81,Q9H444,Q14108,P11279,O15118,Q6I9Y2,P35613,Q9HD42,P35232,Q9BTY2 14 |
| Non lytic viral release 0.3707550045256002 0.4095142558849459 0.6821623070829392 1.0 0.9256110875966818 10 Q9HD42 1 |
| Endocytosis 0.2681024362394222 0.4084183606734175 0.6829665559344136 1.0 0.9257917705083089 129 P18031,P50897,Q5JRA6,P11717,O60749,O75955,Q14108,Q96D71,O15118,Q7Z6M1,P05067,P63010,Q08380,Q8WTV0,P61020,P27824,P20339,Q9Y5X3,Q6UWE0,Q4KMQ2,P0DP25,P84095,Q13432,P41440,P02786,Q9NX40,Q96ED9,Q9UKG1,Q99523,O00560,P51790,Q8NBU5,O15260,A0FGR8 34 |
| Adenylate cyclase modulating g protein coupled receptor signaling pathway 0.337488797496163 0.4062446594915593 0.684562842973643 1.0 0.9263716846205756 15 P07602 1 |
| Regulation of nitric oxide metabolic process 0.3488303058284843 0.4047774059010174 0.6856411382229397 1.0 0.9263716846205756 13 P06280,Q08722,P30536 3 |
| Very long chain fatty acid catabolic process 0.6118478791992421 0.4047150756108193 0.685686959401314 1.0 0.9263716846205756 3 Q15067 1 |
| Regulation of neurotransmitter transport 0.3335500239335556 0.4041347754225397 0.6861136138410977 1.0 0.9263716846205756 16 Q9P253,P16615,P0DP25,O75955 4 |
| Negative regulation of homotypic cell cell adhesion 0.6097841726618672 0.4024225580571522 0.6873730711726778 1.0 0.9267819239641758 2 Q05655 1 |
| Endothelial cell migration 0.280137126245005 0.4018589299147911 0.6877878497209844 1.0 0.9269450075294674 41 P09601,P42785,Q8WTV0 3 |
| Positive regulation of endothelial cell migration 0.3063380458709795 0.4010660913396466 0.6883714651128736 1.0 0.9271901064034856 24 P09601 1 |
| Regulation of granulocyte chemotaxis 0.3685806025158775 0.3981026199853694 0.6905545431994482 1.0 0.9282451143061756 10 Q07021,O94813,Q8NHP6,Q00013 4 |
| Activation of innate immune response 0.3136185706941314 0.3980748325336554 0.6905750253923955 1.0 0.9282451143061756 20 P23246,Q96PK6,Q15233,P43243,Q7Z434,Q8WXF1 6 |
| Regulation of xenophagy 0.6093839953943458 0.3974441736081938 0.6910399463969576 1.0 0.928668612443311 3 Q6UWE0,Q96EP0 2 |
| Positive regulation of synaptic transmission 0.3134840083795258 0.3971069526867332 0.691288593087581 1.0 0.9288133237875348 20 Q9Y639,P05067,Q92542,O75955 4 |
| Regulation of erad pathway 0.4144347854068178 0.3951282715353554 0.6927482252583044 1.0 0.9300159038767252 7 Q4ZIN3 1 |
| Negative regulation of centrosome duplication 0.4826182894330472 0.3938275853978095 0.6937083367089398 1.0 0.9304106886293144 4 Q92830,Q96PK6 2 |
| Cellular response to retinoic acid 0.3519125989060833 0.3930283130965386 0.6942985698065263 1.0 0.9304106886293144 12 P07948,Q9P0J0,Q99623,Q13573,O94788,O43464 6 |
| Myeloid leukocyte differentiation 0.2858397237563068 0.3915178184863267 0.6954145204553179 1.0 0.9304106886293144 34 Q14739,Q8N5M9,Q15904,P04062,P02786,P05067,O00165 7 |
| Negative regulation of defense response to virus 0.3959388486919089 0.3913592534362845 0.6955317063482276 1.0 0.9304106886293144 8 O43657,Q86UT6 2 |
| Regulation of cardiac muscle cell action potential 0.3777394400008393 0.3913429749474654 0.6955437372120361 1.0 0.9304106886293144 9 P16615 1 |
| Zinc ion homeostasis 0.4445539451336247 0.391097432702772 0.6957252182238021 1.0 0.9304106886293144 5 Q8NEW0,P35670 2 |
| Cell fate determination 0.4816465289107492 0.3904716166388748 0.6961878395555452 1.0 0.9304628143674416 4 Q07820 1 |
| Cellular response to dexamethasone stimulus 0.4177725398133049 0.3883879148099154 0.6977289862713811 1.0 0.9317665769238204 6 P04150,P25705,Q9H7B4,Q13185 4 |
| Exocytosis 0.2568101625439411 0.3876123764774103 0.6983029085478827 1.0 0.9318580733886884 82 Q5JRA6,Q9NV70,Q7Z6M1,P11279,Q9H270,Q92905,P61026,P09601,Q4J6C6,Q9P253,P20339,P16615,O43760,Q9Y2D4,P56545,P0DP25,P07948,Q8N5M9,Q9BRK5,Q6WKZ4,Q12846,O00560,Q5SQN1,P49755,O95721 25 |
| Negative regulation of adenylate cyclase activity 0.6059297639608399 0.3873398430958978 0.6985046326402689 1.0 0.9318580733886884 3 P08754,P04899 2 |
| Negative regulation of lyase activity 0.6059297639608399 0.3873398430958978 0.6985046326402689 1.0 0.9318580733886884 3 P08754,P04899 2 |
| Regulation of oxidative stress induced intrinsic apoptotic signaling pathway 0.3454166665687764 0.384965725847955 0.700262809055807 1.0 0.9332997053341764 13 P23246,Q07820,O43464 3 |
| Peptidyl proline hydroxylation 0.3945217968525342 0.3847899726683836 0.7003930288553981 1.0 0.9332997053341764 8 O15460,O75718,Q32P28 3 |
| Protein autoprocessing 0.4427835592519575 0.384370467708414 0.700703885861065 1.0 0.9333259774614748 5 Q9UG56,O43464 2 |
| Positive regulation of keratinocyte proliferation 0.6034532374100686 0.3834684349414924 0.7013724700945114 1.0 0.9334445938688426 2 Q04721 1 |
| Bone development 0.2873121973189226 0.3801557589093215 0.703829797526907 1.0 0.935363964482612 29 Q9NX62,Q15904,Q32P28,O75844,Q7Z3C6,Q92896,Q15125 7 |
| I kappab kinase nf kappab signaling 0.2729320889193197 0.379526558241978 0.7042968862440855 1.0 0.9356072950528788 57 P98194,Q86UE4,P09601,Q9P035,O43657,P02786,Q8TB61,Q7Z434,Q8WVQ1,Q86UT6 10 |
| Regulation of receptor catabolic process 0.4782865354619265 0.3789454639073699 0.7047283621922316 1.0 0.9359917715147376 4 P18031 1 |
| Fc gamma receptor signaling pathway 0.4101003813812479 0.3764033450606623 0.7066170595514147 1.0 0.936659273855167 7 P07948,Q08722,Q9UKG1 3 |
| Regulation of immunoglobulin production 0.3290744463889045 0.3757472786173709 0.7071047858481636 1.0 0.93688184877409 16 P02786,Q99623,P35232,Q12846 4 |
| Potassium ion import across plasma membrane 0.4403289957967228 0.3751044217804439 0.7075828086332383 1.0 0.9372107825159028 5 P55011,P05023 2 |
| Generation of precursor metabolites and energy 0.2887756149500398 0.3747776972713974 0.7078258023486019 1.0 0.9372107825159028 188 P20674,P56385,Q9UJS0,P13073,P24539,O43676,O75947,P00846,Q99623,O75964,O15121,P14406,P05067,Q13423,O14548,O95168,Q9UDW1,Q9BRR6,P04062,P14927,P06576,Q9Y375,P22695,Q9UJZ1,P10253,P36542,O43674,P03886,O14949,O95169,Q15070,P16435,P48735,Q9Y6M9,Q9H3K2,Q9BSK2,P21912,P00403,Q9UII2,O43819,Q15067 41 |
| Neuron projection regeneration 0.3743847594890379 0.3746868872703767 0.7078933454494081 1.0 0.9372107825159028 9 P30536 1 |
| Negative regulation of protein binding 0.2863973230990178 0.3721257723292331 0.7097992085099842 1.0 0.9386939815481442 29 O75381,P35269,Q9UBB9,Q9NVN8,P16615 5 |
| Phosphatidylcholine biosynthetic process 0.408906475933057 0.3712862904555793 0.7104243079990731 1.0 0.9392026014056768 7 P35790 1 |
| Positive regulation of protein localization to cell periphery 0.3090935856970019 0.3657574901533951 0.7145460430489046 1.0 0.9414794148597236 20 O00264 1 |
| Collagen fibril organization 0.3723446995802562 0.3646370885525868 0.7153823256069893 1.0 0.9416920560082672 9 Q92791 1 |
| Regulation of vascular endothelial growth factor receptor signaling pathway 0.4111172691134851 0.3611027819023382 0.7180226137123908 1.0 0.9431919859950046 6 O14964,P46934,P18031 3 |
| Regulation of lymphocyte apoptotic process 0.3607737392869041 0.3577100780830347 0.7205602902896637 1.0 0.9447737175734562 10 P07948,P00813,Q9HCL2,Q99576,Q07812 5 |
| Skin development 0.2744634548280469 0.3565701012207923 0.7214136637940922 1.0 0.9453847714278588 42 Q15392,Q16739,P04062,O75844,Q13510 5 |
| Positive regulation of transcription elongation from rna polymerase ii promoter 0.3604277560424259 0.3559419110083928 0.7218840680616099 1.0 0.9458131088602004 10 P35269 1 |
| Positive regulation of monocyte chemotaxis 0.4712851612671222 0.3553253756817484 0.7223458471496369 1.0 0.946229977508739 4 Q8NHP6,Q4KMQ2 2 |
| Regulation of binding 0.2540943108648225 0.3547524223017527 0.7227750744763346 1.0 0.9464270982141504 107 P09601,O75381,P41440,O60869,Q00403,O75503,P46108,Q96HY6,O75844,P35269,Q9UBB9,P40855,O75955,Q08379,Q9NVN8,P16615,P05067,P0DP25 18 |
| Regulation of tor signaling 0.3256225552252088 0.3541252870920504 0.7232449920692037 1.0 0.9464669816770572 16 P04062 1 |
| Positive regulation of defense response 0.2715041945656052 0.3526460556861506 0.7243538055237844 1.0 0.9473535578793598 44 P33527,Q96PK6,P23246,Q15233,Q08722,P43243,P11279,Q99735,P05067,Q6UWE0,Q7Z434,Q8WXF1 12 |
| Multi multicellular organism process 0.2913532063968194 0.351673700583187 0.7250829860909855 1.0 0.9477731819719916 27 Q9BQE5,P07686,P41440,P35613,Q07021,Q9UIQ6 6 |
| Amyloid fibril formation 0.369143457424406 0.3489920948067734 0.7270952443438514 1.0 0.9491841557719513 9 P05067 1 |
| Interferon beta production 0.333515390438025 0.3470548058832345 0.7285501453809105 1.0 0.9491841557719513 14 Q86UT6,Q7Z434,O75955 3 |
| Regulation of protein localization to endosome 0.4687589979844557 0.3469390050882713 0.7286371426432448 1.0 0.9491841557719513 4 O75116,P15311,P35241 3 |
| Positive regulation of protein localization to early endosome 0.4687589979844557 0.3469390050882713 0.7286371426432448 1.0 0.9491841557719513 4 O75116,P15311,P35241 3 |
| Regulation of protein localization to cilium 0.4326761868710717 0.3466823168506414 0.7288299963861846 1.0 0.9491841557719513 5 Q96C92,Q10713 2 |
| Cell cell adhesion via plasma membrane adhesion molecules 0.3114774899325313 0.3458578209256298 0.7294495686492914 1.0 0.949637269929933 19 P98194,Q9Y639,Q14574 3 |
| Indole containing compound metabolic process 0.5902158273381262 0.3452255431263035 0.7299248172129817 1.0 0.9497382742133368 2 Q92947 1 |
| Polyadenylation dependent rna catabolic process 0.4023054755043139 0.343325450697397 0.7313536362254482 1.0 0.9502837919718948 7 Q8TCS8,Q13868,Q15024,Q96B26,Q9NQT5,Q01780 6 |
| Positive regulation of nucleotide metabolic process 0.4314928376233811 0.3423526089800961 0.7320855485315643 1.0 0.9508597830227632 5 P05067,P00403 2 |
| Regulation of systemic arterial blood pressure mediated by a chemical signal 0.4664092681993568 0.3392048889678649 0.7344553865110073 1.0 0.952195358533483 4 P42892 1 |
| Reactive oxygen species biosynthetic process 0.3566532364293022 0.336779323291517 0.736283261098182 1.0 0.9527435992490024 10 P00403,P51790,Q9BSK2,Q15067 4 |
| Regulation of lipase activity 0.3412872085713382 0.3342161336957773 0.7382164703762357 1.0 0.9544953538675466 12 Q99523,Q99623,P50897,P16435 4 |
| Vesicle cargo loading 0.3363012399411714 0.3330785598833038 0.7390749829807368 1.0 0.9550431580427682 13 Q5JRA6,Q96PC5,P49755,Q15363 4 |
| Negative regulation of atp dependent activity 0.3830743828761503 0.3327226348801992 0.7393436619601892 1.0 0.955203017383468 8 Q15070 1 |
| Specification of symmetry 0.3656982005924291 0.3323313362227293 0.7396390803558475 1.0 0.9553973535512016 9 Q9Y673,O94788,Q15363 3 |
| Positive regulation of b cell proliferation 0.4638682041482225 0.3309143766605577 0.7407091622007456 1.0 0.95621721585829 4 P00813 1 |
| Leukocyte mediated cytotoxicity 0.3248419545227455 0.3291025473638423 0.7420781788790145 1.0 0.9564519646921902 15 P04439,P46108,P11279 3 |
| Rna splicing via transesterification reactions 0.2868210919001661 0.329005778677375 0.742151320222479 1.0 0.9564519646921902 191 P26368,Q14011,Q16629,Q13435,P52756,Q96I25,P62310,Q9P013,O75525,Q13123,O00422,P31942,O95391,P55081,Q15427,Q9UHX1,Q15007,Q9UBB9,O75400,Q9UKM9,Q96E39,P22626,P09234,Q9Y2W1,P09012,O75934,Q96PK6,Q07666,Q8WWY3,O43390,O60508,Q92945,P17844,Q92841,P09651,Q12874,Q9Y2W2,Q01130,Q86V81,Q96PU8,Q9BWF3,P78332,Q13242,P51114,O60506,Q13595,P98179,P23246,Q9NQ29,O00566,P62995,P61978,P98175,P51991,P31943,Q07955,O75494,Q8WXF0,P52272,Q07021,P07910,P38159,P52597 63 |
| Positive regulation of reactive oxygen species metabolic process 0.3304065490940164 0.3290042454732325 0.7421524790934784 1.0 0.9564519646921902 14 P51790,P30536 2 |
| Organ growth 0.2851331658571757 0.3287432883433912 0.7423497318250485 1.0 0.9564519646921902 28 Q9Y5Y0,O75844,Q8NDZ4,P07602 4 |
| Negative regulation of inflammatory response 0.3177623899930845 0.3285607064304098 0.7424877522234865 1.0 0.9564519646921902 17 P04062 1 |
| Leukocyte mediated immunity 0.2680900961119308 0.325742378456196 0.7446192780593308 1.0 0.9576522084019512 53 P07948,P09601,O15400,Q8N5M9,P46108,Q9UQ84,P02786,P11279,Q12846,P04439,Q07021,Q7Z434 12 |
| Nuclear ncrna surveillance 0.4021895707288972 0.3254069371688641 0.7448731058772273 1.0 0.9576522084019512 6 Q13868,Q15024,Q96B26,Q9NQT5,Q01780 5 |
| Leukocyte tethering or rolling 0.4621516561095146 0.3253577264906148 0.7449103458400417 1.0 0.9576522084019512 4 Q9H4A6,P05556 2 |
| Homologous chromosome segregation 0.3396286938260912 0.3252209944219897 0.745013820357072 1.0 0.9576522084019512 12 Q92791,Q15645,Q9BTX1 3 |
| Mesonephros development 0.4619357758661211 0.3246614226060698 0.7454373345885765 1.0 0.9576522084019512 4 P80723 1 |
| Regulation of dna dependent dna replication initiation 0.4615606104232758 0.3234527055166418 0.7463524195563684 1.0 0.9578502015327534 4 O95251,Q9ULV3,O60934 3 |
| Positive regulation of glycogen metabolic process 0.5821582733812916 0.3229082457677814 0.7467647313496291 1.0 0.9578502015327534 2 P31751 1 |
| Mammary gland epithelial cell differentiation 0.5821582733812916 0.3229082457677814 0.7467647313496291 1.0 0.9578502015327534 2 P31751 1 |
| Regulation of long chain fatty acid import across plasma membrane 0.5828979853330656 0.3227693553753044 0.7468699227214253 1.0 0.9578502015327534 3 P33121 1 |
| Plus end directed organelle transport along microtubule 0.5818705035971188 0.3221250834546579 0.7473579363833556 1.0 0.9580630922953494 2 Q92845 1 |
| Export from cell 0.2723066981971506 0.3221044780049485 0.747373545970268 1.0 0.9580630922953494 152 P50897,Q96PC5,Q5JRA6,Q9NV70,Q7Z6M1,P11279,P08183,Q9H270,Q92905,P20020,Q8NE86,P61026,P09601,Q4J6C6,P40939,P20337,Q96KC8,Q16836,Q9P253,P50416,P27824,Q32P28,P30040,P04035,P20339,P16615,P35670,O43760,Q9Y2D4,P56545,Q4KMQ2,P0DP25,P33527,P07948,Q8N5M9,Q9BRK5,Q6WKZ4,Q12846,P55011,P00367,Q9UBV2,O00560,Q5SQN1,P49755,Q16850,Q8N183,Q13555,P05023,O95721 49 |
| Heterotypic cell cell adhesion 0.3382990520675279 0.318047840387355 0.7504486481059487 1.0 0.9593816867860784 12 P41440,Q14254,O75955 3 |
| Endoplasmic reticulum localization 0.5805887324426837 0.3165775427898102 0.7515641782102964 1.0 0.9599647196395368 3 A0FGR8 1 |
| Endoplasmic reticulum plasma membrane tethering 0.5805887324426837 0.3165775427898102 0.7515641782102964 1.0 0.9599647196395368 3 A0FGR8 1 |
| Positive regulation of calcium ion transmembrane transporter activity 0.3621767261947245 0.3154991437119768 0.7523827011079565 1.0 0.9602878275407846 9 P78417,P0DP25 2 |
| Positive regulation of b cell activation 0.3419093488719672 0.3145542536971549 0.7531001173734557 1.0 0.9602878275407846 11 P00813 1 |
| Cytokine production 0.2504077579548547 0.3144806728246127 0.7531559932722063 1.0 0.9602878275407846 105 Q9HCL2,P09601,Q86UT6,Q9UJZ1,O75787,O43823,Q9Y639,P41440,Q9BWS9,P04062,O75955,Q8IV08,P04439,P30536,P05067,P20020,Q7Z434,Q9UKG1 18 |
| Isocitrate metabolic process 0.3992182807336418 0.3137704053976595 0.7536954231273882 1.0 0.9602878275407846 6 P48735,O43837,P51553 3 |
| Negative regulation of endoplasmic reticulum unfolded protein response 0.423393976501807 0.3132101789090231 0.7541209855748909 1.0 0.9604540151426104 5 O76024,P18031 2 |
| Rna export from nucleus 0.266956275698777 0.3115831699331687 0.755357326378076 1.0 0.9611914684250952 57 Q8N1F7,P57740,Q9H814,P37198,Q53F19,Q08J23,Q9ULX6,P82979,P12270,P22626,Q07666,P06748,P09651,Q86V81,O15514,Q96MU7,Q86U42,Q9UPR3,Q8WUM0,Q6I9Y2,Q99567 21 |
| Lipopolysaccharide mediated signaling pathway 0.3513921690561551 0.3104743972282431 0.7562002262375966 1.0 0.9617068694614022 10 Q8WTV0 1 |
| Membrane repolarization 0.3778272826542421 0.3094936350249746 0.7569460531808991 1.0 0.9620982917455524 8 O75844 1 |
| Acidic amino acid transport 0.3511552898542193 0.3093015280473105 0.7570921687103538 1.0 0.9620984184440736 10 Q9UJS0,O75915,O60831,O75746,P55011 5 |
| Regulation of endothelial cell differentiation 0.3975799481417476 0.3074083225871153 0.7585325941805829 1.0 0.9629897251266032 6 O75116,P35611,P18206,P35222,Q13464 5 |
| Regulation of microtubule binding 0.5758273381294929 0.3059042514980875 0.7596775488129333 1.0 0.9637110837752054 2 Q7KZI7 1 |
| Ubiquitin dependent protein catabolic process via the multivesicular body sorting pathway 0.3205640595359275 0.3037626107356849 0.7613087538207688 1.0 0.9643046788334948 15 Q9H444,Q9HD42 2 |
| Negative regulation of nervous system development 0.3051639290488089 0.3035016563583639 0.7615075853741851 1.0 0.9643046788334948 19 Q96G23,P30536 2 |
| Columnar cuboidal epithelial cell maturation 0.5746762589928022 0.3028638734823857 0.7619936038518826 1.0 0.9643046788334948 2 Q86UL3 1 |
| Embryonic organ development 0.2660677885534135 0.3013464677656258 0.7631503105389932 1.0 0.9648376841963952 56 P00813,Q9Y5Y0,P62995,P54802,P42892,O94788 6 |
| Labyrinthine layer morphogenesis 0.4540742873596339 0.2996970301861972 0.7644082641121079 1.0 0.9654689165701984 4 O75190,P62993,Q15363 3 |
| Apoptotic process involved in morphogenesis 0.4540742873596267 0.2996970301861749 0.764408264112125 1.0 0.9654689165701984 4 Q14160,P30154,Q07812 3 |
| Positive regulation of protein localization to membrane 0.2767115775907502 0.2981260061656615 0.7656069935030909 1.0 0.9663954942896296 32 P98194,Q9Y3D6,O00264 3 |
| Insulin receptor signaling pathway 0.2765619421720617 0.296815296100185 0.7666075268583195 1.0 0.9666261431639834 32 Q9BZF1,Q05655,P18031,Q15043,Q8TBX8,P43490,Q6P1M0,Q9Y5X3,Q9HCD5,P25054,Q92922,Q9UKG1 12 |
| Ear development 0.287608451845332 0.2967923855899052 0.7666250191123622 1.0 0.9666261431639834 26 P42892 1 |
| Viral protein processing 0.3485047958448669 0.2962478690149536 0.767040794393915 1.0 0.9666261431639834 10 Q10472 1 |
| Positive regulation of neutrophil migration 0.4185366430469325 0.2961571808828611 0.7671100474433858 1.0 0.9666261431639834 5 Q07021,Q8NHP6 2 |
| Positive regulation of granulocyte chemotaxis 0.4185366430469325 0.2961571808828611 0.7671100474433858 1.0 0.9666261431639834 5 Q07021,Q8NHP6 2 |
| Glucose import 0.3190538117870216 0.2949162643289195 0.76805784710599 1.0 0.96688522518382 15 Q99523,O75298,Q16625,P52789,Q9UKG1 5 |
| Histone h3 k9 dimethylation 0.5715107913669031 0.2945852512757659 0.7683107302368599 1.0 0.96688522518382 2 Q9NWS0 1 |
| Antigen processing and presentation of exogenous peptide antigen via mhc class i 0.5721924538278366 0.2945215162854652 0.768359424513934 1.0 0.96688522518382 3 Q9UIQ6 1 |
| Endosome transport via multivesicular body sorting pathway 0.3290933223435646 0.2931990026411207 0.7693700463862145 1.0 0.96688522518382 13 Q9H444,Q9HD42 2 |
| Multivesicular body sorting pathway 0.3290933223435646 0.2931990026411207 0.7693700463862145 1.0 0.96688522518382 13 Q9H444,Q9HD42 2 |
| Ventricular septum morphogenesis 0.4515402174206193 0.2918163012772553 0.7704270808451719 1.0 0.9671068842996452 4 O96028,O94813 2 |
| Dicarboxylic acid catabolic process 0.3925854048423809 0.288257323436713 0.7731497722221263 1.0 0.9693623995128168 6 Q9NRN7,O14734 2 |
| Positive regulation of lipid biosynthetic process 0.3273353432116271 0.2836395506364109 0.7766866243006876 1.0 0.9703219491776556 13 P16435,Q8WTV0 2 |
| Learning 0.2928114938214391 0.2825487164894664 0.7775227972028742 1.0 0.9704084659732636 23 O00264,P50897,P05067,P04035 4 |
| Epithelial cell proliferation 0.2619849977658687 0.2821660899512255 0.7778161585769434 1.0 0.9704084659732636 46 P09601,Q8WTV0,Q9UII2,Q99623,Q9NQC3,O94788 6 |
| Positive regulation of cation channel activity 0.35504054675929 0.282034097763422 0.777917364891604 1.0 0.9704084659732636 9 P78417,P0DP25 2 |
| Negative regulation of organelle assembly 0.345254439029114 0.2804191138838701 0.7791559743183347 1.0 0.9705754774532868 10 Q96PK6,Q92830,O75396,P50395,Q9H444 5 |
| Positive regulation of immune response 0.2452663983150887 0.279089721270398 0.7801759710965996 1.0 0.9705754774532868 85 Q96IZ0,Q99623,P11279,P04439,P35232,Q8WXF1,Q08722,P43243,Q96PK6,P07948,Q9UJZ1,Q07666,P46379,P02786,Q12846,Q9UKG1,P23246,P00813,O15400,Q15233,Q07021,Q7Z434 22 |
| Cellular response to salt stress 0.4471797560202383 0.2784510420107801 0.7806661422173069 1.0 0.9705754774532868 4 O95202 1 |
| Hyperosmotic salinity response 0.4471797560202383 0.2784510420107801 0.7806661422173069 1.0 0.9705754774532868 4 O95202 1 |
| Cellular hyperosmotic salinity response 0.4471797560202383 0.2784510420107801 0.7806661422173069 1.0 0.9705754774532868 4 O95202 1 |
| Regulation of long term neuronal synaptic plasticity 0.3898272141018798 0.2778430968445491 0.7811328066443872 1.0 0.9705754774532868 6 Q9Y639,P05067 2 |
| Regulation of skeletal muscle tissue development 0.4129475345511972 0.2769477897879597 0.7818201962479181 1.0 0.9710486848402512 5 O75955 1 |
| Negative regulation of immune response 0.281999837899528 0.2760729576381188 0.7824920305015515 1.0 0.971220637989746 27 P04439,P09601,P46108,Q86UT6 4 |
| Regulation of mrna 3 end processing 0.2961088507291702 0.2759442860946864 0.7825908585296222 1.0 0.971220637989746 20 P09012,Q6PJT7,Q5VTR2,Q8N684,Q96MU7,Q8N7H5,Q6PD62,Q16630,P50750 9 |
| Regulation of chondrocyte differentiation 0.4125863418160115 0.2757219704757855 0.7827616195038445 1.0 0.971220637989746 5 Q92896 1 |
| 2 oxoglutarate metabolic process 0.3441574819923956 0.2751228536803227 0.7832218541428291 1.0 0.9712965249672502 10 Q9H9P8 1 |
| Negative regulation of peptide secretion 0.3697711634974158 0.2746783206504479 0.7835633883472846 1.0 0.9712965249672502 8 Q16836,Q8N183,Q8N5M9 3 |
| Vesicle fusion to plasma membrane 0.4458710868861746 0.2744888104137309 0.7837090015225923 1.0 0.9712965249672502 4 Q5SQN1,O95721 2 |
| Protein o linked mannosylation 0.4455187775717905 0.2734260365670201 0.784525740761224 1.0 0.9712965249672502 4 Q9H9S5,O43505 2 |
| Protein mannosylation 0.4455187775717905 0.2734260365670201 0.784525740761224 1.0 0.9712965249672502 4 Q9H9S5,O43505 2 |
| Snorna localization 0.4448603512813189 0.2714442933634315 0.7860493391521739 1.0 0.9724519518726388 4 Q9NWS0,P22087,Q8WWY3 3 |
| Negative regulation of adenylate cyclase activating g protein coupled receptor signaling pathway 0.562014388489205 0.2704865129225425 0.786785991489394 1.0 0.9728153308169668 2 P04899 1 |
| Negative regulation of adenylate cyclase activating adrenergic receptor signaling pathway 0.562014388489205 0.2704865129225425 0.786785991489394 1.0 0.9728153308169668 2 P04899 1 |
| Regulation of nik nf kappab signaling 0.314755148567132 0.2700346726190715 0.7871335792049317 1.0 0.9730625053248207 15 O43657,P05067 2 |
| Positive regulation of inflammatory response 0.3198956718963917 0.2695143430513548 0.787533906275433 1.0 0.9733747717968164 14 Q99735,P05067,Q08722 3 |
| Negative regulation of transmembrane transport 0.2888029314895487 0.2680658988199521 0.7886485942677719 1.0 0.9743869468648696 24 P78417,P21796 2 |
| Cardiac muscle cell membrane repolarization 0.3864916550508059 0.2654072506106518 0.7906957512144042 1.0 0.9750878354392118 6 O75844 1 |
| Intestinal epithelial cell differentiation 0.5591366906474784 0.263405913860319 0.7922377329095702 1.0 0.97589351694544 2 P04818 1 |
| Intestinal epithelial cell development 0.5591366906474784 0.263405913860319 0.7922377329095702 1.0 0.97589351694544 2 P04818 1 |
| Regulation of endoplasmic reticulum unfolded protein response 0.3668340735197384 0.2622552782055696 0.7931246384176127 1.0 0.9764785726852326 8 P18031,O76024,Q96HY6,Q92905,Q07812 5 |
| Mitochondrial genome maintenance 0.3502446908652631 0.2600574591569973 0.7948194518450507 1.0 0.9770644343669848 9 Q9BSK2 1 |
| Odontogenesis of dentin containing tooth 0.3501050847097472 0.2594241744904886 0.7953079794683116 1.0 0.9774826108406462 9 Q13586 1 |
| Positive regulation of protein kinase b signaling 0.3099006801260108 0.2590441547808054 0.7956011723186098 1.0 0.9774983750376004 16 Q86UE4,Q9BZF1,Q9NQC3,Q07021,P35232,O00165 6 |
| Cellular defense response 0.3837374991125006 0.2552727479373131 0.7985124468227542 1.0 0.9795938395299064 6 Q9ULC3,P05556,Q08380 3 |
| Positive regulation of lipid metabolic process 0.2887522396244895 0.2535487012866502 0.7998442320982622 1.0 0.980294741133794 23 Q9UJZ1,Q8WTV0,P50416,Q92604,P16435,Q8NCG7 6 |
| Cdp diacylglycerol metabolic process 0.3646492791446359 0.2531117197847836 0.8001818826217817 1.0 0.980294741133794 8 Q6UWP7 1 |
| Response to interleukin 1 0.3088568812901369 0.2529491307646135 0.8003075228029297 1.0 0.980294741133794 16 P38159 1 |
| Regulation of membrane potential 0.2596988720094882 0.2529379511055184 0.800316162041105 1.0 0.980294741133794 66 P0DP25,Q9UJZ1,Q99808,Q9BSK2,Q9UII2,P04062,O75844,P16615,P30536,P05067,Q8IWA4 11 |
| Muscle contraction 0.2604056798499697 0.2521286427139985 0.8009416312698787 1.0 0.980294741133794 45 P00813,P10253,P67936,P28289,P50402,P05023,P78417,Q9NYL9,P16615,P20020,P0DP25,P08133 12 |
| Negative regulation of hormone secretion 0.3483304406096181 0.25140652683309 0.8014998220448175 1.0 0.980294741133794 9 Q16836,Q8N183,P40939,Q8N5M9 4 |
| Positive regulation of proteolysis 0.2439615699295114 0.2493279762604403 0.8031070925614878 1.0 0.9812113170568596 101 O95831,Q9BXK5,Q9NZJ7,Q9UII2,P04062,Q96JB5,Q92542,Q9Y3D6,P51572,Q96A26,Q9NR28,P05067,O14737,O43464,Q4ZIN3 15 |
| Cell communication by electrical coupling involved in cardiac conduction 0.4044300363356647 0.2485604547558381 0.8037008010929774 1.0 0.98121176365791 5 P0DP25 1 |
| Negative regulation of leukocyte apoptotic process 0.3818707817171434 0.2484739305206454 0.80376773815465 1.0 0.98121176365791 6 Q9HCL2,P00813 2 |
| Negative regulation of lymphocyte apoptotic process 0.3818707817171434 0.2484739305206454 0.80376773815465 1.0 0.98121176365791 6 Q9HCL2,P00813 2 |
| Positive regulation of insulin secretion involved in cellular response to glucose stimulus 0.3814462690867273 0.2469358137017745 0.8049578990762858 1.0 0.9820158483639412 6 O95563,P55809,Q12846,P30626,O00330 5 |
| Negative regulation of erbb signaling pathway 0.3381026288606654 0.2463209274849533 0.8054338111382349 1.0 0.982283471462966 10 Q9Y5X3 1 |
| Secretion 0.2722669909619352 0.2444178782221885 0.8069071967774013 1.0 0.9831108523186272 165 P50897,Q96PC5,Q7Z6M1,P11279,P55327,P09601,P40939,Q96KC8,Q16836,Q9P253,P50416,Q32P28,P30040,P04035,Q13505,P20339,P16615,P35670,O43760,Q9Y5X3,Q9Y2D4,Q9H7Z7,P0DP25,P07948,Q8N5M9,Q9BRK5,Q12846,P55011,Q9UBV2,P00813,O00560,Q99808,P00403,Q5SQN1,P49755,Q16850,Q8N183,Q13555,O95721,P52789 40 |
| Dendrite self avoidance 0.5514052885367662 0.2431363677574635 0.807899758948907 1.0 0.9834198248132916 3 Q9Y639 1 |
| Regulation of guanyl nucleotide exchange factor activity 0.4350510706821919 0.2426217199568819 0.8082984537865545 1.0 0.9837234045067615 4 P16949 1 |
| Regulation of translation in response to endoplasmic reticulum stress 0.4345608978048025 0.2412165892790747 0.8093872540766534 1.0 0.9846346974931892 4 Q15363 1 |
| Dna unwinding involved in dna replication 0.2954595749404082 0.2405481207028405 0.8099053631904125 1.0 0.9849513543856826 19 P33991,Q14566 2 |
| Regulation of neuronal synaptic plasticity 0.345492086628024 0.2387105542601205 0.8113300322043266 1.0 0.9858653193541554 9 Q9Y639,Q96A49,P05067 3 |
| Pteridine containing compound metabolic process 0.3030982769564248 0.2386138656595619 0.81140501242337 1.0 0.9858653193541554 17 Q92820,Q9H2D1,Q9NRN7,P41440 4 |
| Organic hydroxy compound catabolic process 0.3062079564392973 0.2376141020201333 0.812180411910564 1.0 0.9861191152594848 16 P21964,Q9NX62,Q10713,Q8WTV0 4 |
| Peptidyl lysine dimethylation 0.3606226578264656 0.2364839831748547 0.8130571344361051 1.0 0.9867808912874372 8 Q8WTS6,Q86TU7,Q9NWS0,Q96KQ7,O15047,Q12824,Q03164 7 |
| Protein localization to chromosome telomeric region 0.3025451219050165 0.2353352488778664 0.8139485385948331 1.0 0.9870187370515277 17 Q9NVN8 1 |
| Regulation of rig i signaling pathway 0.3442735402769737 0.2333090200323567 0.815521454888376 1.0 0.9875554286983608 9 Q86UT6 1 |
| Leukocyte proliferation 0.2616353013221327 0.2296324356593326 0.8183774002895463 1.0 0.9893695422243872 42 Q9HCL2,P00813,P04062,P02786,Q96EY1,P04439,Q92542,P30825 8 |
| Response to dsrna 0.3013828797293867 0.2284756538818788 0.8192764810063549 1.0 0.9893695422243872 17 P06748,P41440,O75955,P08195,Q13794,Q7Z434 6 |
| Regulation of exocytosis 0.262492351364591 0.228115286615936 0.8195566163694428 1.0 0.9893695422243872 41 P61026,P07948,P09601,O00560,Q9P253,P20339,P11279,P16615,Q12846,P0DP25 10 |
| Fibroblast proliferation 0.2976318782256107 0.2280946750158421 0.8195726397146594 1.0 0.9893695422243872 18 P50402,P02794,O75844 3 |
| Regulation of mitotic cytokinesis 0.5447706888217032 0.2277445357677385 0.8198448475557982 1.0 0.9893695422243872 3 P37198 1 |
| Regulation of endothelial cell development 0.3974654377880241 0.2261807763056866 0.8210608215059598 1.0 0.9895701941655975 5 Q13464,P18206,O75116,P35611 4 |
| Inositol phosphate metabolic process 0.3425012438346564 0.2255064064047731 0.8215853421257393 1.0 0.9898607247358396 9 Q9NX62,Q10713,Q96PE3 3 |
| Epidermis development 0.2583458435654554 0.2226666351770125 0.8237949707081291 1.0 0.9902544705673556 52 P98194,Q16739,O75844,P51648,Q13510 5 |
| Digestive system development 0.3062449916821529 0.2221631189708157 0.8241869034888238 1.0 0.9902544705673556 15 P00813 1 |
| Protein kinase c signaling 0.3961343547310725 0.2219916380140758 0.8243203928370642 1.0 0.9902544705673556 5 O75955 1 |
| Maternal placenta development 0.374433476901432 0.2219659566890376 0.8243403849017605 1.0 0.9902544705673556 6 P35613 1 |
| Hepaticobiliary system development 0.2634338307106653 0.2199845877692613 0.8258831578850832 1.0 0.9902544705673556 39 P09601,O94788,P00813,O75844 4 |
| Cardiolipin biosynthetic process 0.5404316546762551 0.2199742352984077 0.8258912205037279 1.0 0.9902544705673556 2 Q96BW9 1 |
| Viral budding 0.3058255058621107 0.2198538381808195 0.8259849884569257 1.0 0.9902544705673556 15 Q9HD42,Q9H444,Q9H9H4 3 |
| Negative regulation of vascular endothelial growth factor receptor signaling pathway 0.3953265438670371 0.2194633450784825 0.8262891302442437 1.0 0.9902544705673556 5 O14964,P18031 2 |
| Regulation of glucose import 0.3191698673084744 0.2189957223411452 0.8266533799722988 1.0 0.990330749206814 12 Q16625,O75298,P52789,Q9UKG1 4 |
| Vasodilation 0.5389928057553917 0.2168228441610045 0.8283464083607257 1.0 0.9916378060844516 2 O60568 1 |
| Fc receptor signaling pathway 0.3554165303352822 0.2154307236299009 0.8294315183165366 1.0 0.9916756077277552 8 P07948,Q08722,Q9UKG1 3 |
| Muscle system process 0.2567572909466503 0.2105795622371918 0.8332153616747462 1.0 0.9922449562109434 64 P09601,P02545,P10253,P00813,P67936,P28289,P50402,P05023,P78417,Q9NYL9,Q13555,P16615,O43819,P20020,P0DP25,P08133 16 |
| Quinone metabolic process 0.3174227863125228 0.2103709796947156 0.8333781406948058 1.0 0.9922449562109434 12 Q9Y5Z9 1 |
| Positive regulation of myoblast fusion 0.3909351529491988 0.2059065978666975 0.8368638715318317 1.0 0.9929068708711294 5 O75955 1 |
| Regulation of syncytium formation by plasma membrane fusion 0.3909351529491988 0.2059065978666975 0.8368638715318317 1.0 0.9929068708711294 5 O75955 1 |
| Regulation of myoblast fusion 0.3909351529491988 0.2059065978666975 0.8368638715318317 1.0 0.9929068708711294 5 O75955 1 |
| Positive regulation of syncytium formation by plasma membrane fusion 0.3909351529491988 0.2059065978666975 0.8368638715318317 1.0 0.9929068708711294 5 O75955 1 |
| Growth hormone receptor signaling pathway via jak stat 0.5349111362234267 0.2058077621538362 0.8369410776776829 1.0 0.9929068708711294 3 P18031 1 |
| Response to growth hormone 0.36931338497143 0.2042737929831374 0.8381395483432237 1.0 0.9933823859739056 6 P18031 1 |
| Cellular response to growth hormone stimulus 0.4211906990856915 0.2042283400361828 0.8381750658973321 1.0 0.9933823859739056 4 P18031 1 |
| Negative regulation of response to external stimulus 0.2563665482716437 0.1979432070352939 0.8430894986095832 1.0 0.9969699760119424 54 P80303,Q9UMX5,P00813,P04062 4 |
| Carbohydrate derivative biosynthetic process 0.2691238979210752 0.1973853838195191 0.8435259666447017 1.0 0.9973071225950008 165 P56385,Q9P2E5,Q9UJS0,Q96L58,Q9BT22,P50897,Q92643,P24539,Q9UMR5,Q13126,Q96IZ0,P00846,O75746,Q2TAA5,O75964,O15118,O75947,Q8WVQ1,Q8WVC6,Q8N6G5,Q8NBX0,P04843,O43292,P06576,Q9H0U3,Q96AA3,Q08379,Q8NBZ7,Q10472,Q9UJZ1,Q8NCH0,P48047,Q16739,Q99805,Q9H9S5,Q9NQX7,P36542,Q5H8A4,Q7LGA3,P46977,Q10469,P06865,P00813,P00403,O14734,Q8TB61,Q53GQ0,O60502,Q8TCJ2,Q92542 50 |
| Positive regulation of leukocyte degranulation 0.4180638184340998 0.1959596819257874 0.8446417232815113 1.0 0.9982680385115476 4 P11279 1 |
| Guanine nucleotide transmembrane transport 0.5285928639157422 0.192350257033766 0.8474678538869944 1.0 1.0 3 P41440 1 |
| Guanine nucleotide transport 0.5285928639157422 0.192350257033766 0.8474678538869944 1.0 1.0 3 P41440 1 |
| Cell cycle dna replication 0.2820804088900265 0.1898656147529007 0.849414437759006 1.0 1.0 21 P33991,O75844 2 |
| Positive regulation of calcineurin mediated signaling 0.5254676258992766 0.1885503251496972 0.8504452691185487 1.0 1.0 2 Q8IWX8 1 |
| Positive regulation by symbiont of entry into host 0.525179856115104 0.1879754828148364 0.8508958704471556 1.0 1.0 2 P07237 1 |
| Negative regulation of wound healing 0.3618361896339374 0.1862071180378557 0.8522823421946693 1.0 1.0 7 P55011,P46108,Q05655,P58107 4 |
| Peptidyl proline hydroxylation to 4 hydroxy l proline 0.3842165898617602 0.1857910794051226 0.8526086003420457 1.0 1.0 5 P07237,O15460,P13674,Q13162 4 |
| Regulation of aerobic respiration 0.3040449490556785 0.1849136947729962 0.8532967293528226 1.0 1.0 14 P14406,Q9BSK2 2 |
| Fc receptor mediated stimulatory signaling pathway 0.3329518188791639 0.1846005958488984 0.8535423185559443 1.0 1.0 9 Q08722,Q9UKG1 2 |
| Spindle midzone assembly 0.3835762564398985 0.1839141536181067 0.8540808012235492 1.0 1.0 5 O43663,Q9H0H5 2 |
| Protein localization to endoplasmic reticulum exit site 0.4128191440385292 0.1824249341478379 0.8552492594847663 1.0 1.0 4 P51572 1 |
| Positive regulation of amino acid transport 0.5226617177665829 0.1801506709781161 0.8570342835976321 1.0 1.0 3 P55011 1 |
| Positive regulation of oxidative stress induced intrinsic apoptotic signaling pathway 0.5224231453448036 0.1796688058122142 0.8574125842352549 1.0 1.0 3 Q07820 1 |
| Mitochondrial translational elongation 0.4105960264900707 0.1768157134366527 0.8596531459893471 1.0 1.0 4 Q96RP9,P49411,Q9H9J2 3 |
| Inositol phosphate catabolic process 0.3608542791588383 0.1760846540789553 0.8602274368243785 1.0 1.0 6 Q10713 1 |
| Neuron projection guidance 0.273774469304148 0.1757852656215373 0.8604626457131137 1.0 1.0 25 P42892,O00264 2 |
| Cytoplasmic pattern recognition receptor signaling pathway 0.2798661716831714 0.1757242221975172 0.8605106048465869 1.0 1.0 21 Q99623,O43657,Q86UT6,Q07021 4 |
| Positive regulation of nf kappab transcription factor activity 0.2658607460501159 0.174687148924797 0.8613254661768805 1.0 1.0 28 Q14254,P41440,O75955,P02786,P05067,Q86UE4 6 |
| Positive regulation of early endosome to late endosome transport 0.3585014409221815 0.1745207807709061 0.8614562006706181 1.0 1.0 7 P15311,P35241,Q9H3S7,Q13614,Q9H270,P26038 6 |
| Positive regulation of cytoplasmic transport 0.3585014409221815 0.1745207807709061 0.8614562006706181 1.0 1.0 7 P15311,P35241,Q9H3S7,Q13614,Q9H270,P26038 6 |
| Chemical synaptic transmission postsynaptic 0.3016285703347138 0.1726217042333336 0.8629487904955218 1.0 1.0 14 P05067 1 |
| Regulation of postsynaptic membrane potential 0.3016285703347138 0.1726217042333336 0.8629487904955218 1.0 1.0 14 P05067 1 |
| Positive regulation of interleukin 1 production 0.3573136450434716 0.1704098013823246 0.864687864493314 1.0 1.0 7 P05067 1 |
| Neutrophil migration 0.2940812014656261 0.1700116782009056 0.8650009524777345 1.0 1.0 16 Q8N5M9,P84095,Q8NHP6,Q07021,P35613,O94813,Q00013 7 |
| Regulation of calcium ion transmembrane transport 0.2765085609123737 0.1696764924043241 0.8652645623176496 1.0 1.0 23 P0DP25,P78417,P21796 3 |
| Er associated misfolded protein catabolic process 0.3588484366021244 0.1695965413943241 0.8653274427136148 1.0 1.0 6 Q9Y679 1 |
| Response to ketone 0.2562069292408917 0.1695915308294253 0.865331383484033 1.0 1.0 41 O95831,P04062,Q13126,P30536,O43823,P20020,P0DP25,P16278 8 |
| Adenylate cyclase activating adrenergic receptor signaling pathway involved in heart process 0.5161197466896784 0.1671867559965886 0.8672231049366135 1.0 1.0 3 P04899,P23634 2 |
| Positive regulation of calcium ion transmembrane transport 0.30463279637677 0.1668984225092553 0.8674499743959454 1.0 1.0 13 P78417,P0DP25 2 |
| Regulation of protein monoubiquitination 0.5139568345323705 0.1664307718302097 0.8678179592204056 1.0 1.0 2 O75340 1 |
| Positive regulation of protein monoubiquitination 0.5139568345323705 0.1664307718302097 0.8678179592204056 1.0 1.0 2 O75340 1 |
| Positive regulation of glucose transmembrane transport 0.3405506366145771 0.1582659629899012 0.87424722767276 1.0 1.0 8 Q16625,Q9UKG1 2 |
| Phagocytosis 0.2538895144869855 0.156744049702784 0.8754465694946445 1.0 1.0 42 P51790,Q8WTV0,P84095,Q08722,Q92544,P20339,P50995,Q4KMQ2,Q9UKG1 9 |
| T cell mediated cytotoxicity 0.3532427459669552 0.156529469484733 0.8756156922397411 1.0 1.0 7 P04439 1 |
| Cellular hyperosmotic response 0.3545807084405231 0.1560491787781829 0.875994256949054 1.0 1.0 6 O95202 1 |
| Gas homeostasis 0.5079136690647441 0.1555373249043858 0.8763977309491178 1.0 1.0 2 P04179 1 |
| Negative regulation of cell cycle checkpoint 0.4016700259141885 0.1550739866788271 0.876762989700903 1.0 1.0 4 Q96QC0,Q96FV9,Q13769 3 |
| Negative regulation of dna damage checkpoint 0.4016700259141885 0.1550739866788271 0.876762989700903 1.0 1.0 4 Q96QC0,Q96FV9,Q13769 3 |
| Regulation of centrosome cycle 0.2764812148988023 0.154476085711542 0.8772343657167236 1.0 1.0 21 Q96PK6,Q9HD42,P37198 3 |
| Negative regulation of striated muscle cell apoptotic process 0.5070503597122262 0.1540215631988014 0.8775927334812768 1.0 1.0 2 O95817 1 |
| Retina development in camera type eye 0.2847726245932767 0.1526976279430842 0.878636731455507 1.0 1.0 18 Q8NF37,P20020,P54802 3 |
| Glutamine family amino acid biosynthetic process 0.3383618319244857 0.1502396539943415 0.8805755415650907 1.0 1.0 8 O94925,O75746,P00367,Q96C36 4 |
| Response to fluid shear stress 0.5038848920863271 0.1485501873078915 0.8819085815259773 1.0 1.0 2 P31749 1 |
| Response to water 0.5038848920863268 0.1485501873078909 0.8819085815259777 1.0 1.0 2 P23634 1 |
| Response to hydrostatic pressure 0.5038848920863268 0.1485501873078909 0.8819085815259777 1.0 1.0 2 P23634 1 |
| Regulation of peptidyl threonine phosphorylation 0.3071625418160232 0.1467541001962783 0.8833261150549323 1.0 1.0 11 P05067 1 |
| Negative regulation of receptor mediated endocytosis 0.3037077658683218 0.1454377935329047 0.8843652269450231 1.0 1.0 12 Q13432,P05067 2 |
| Lipid import into cell 0.3498355203764203 0.1451652179926135 0.8845804270181941 1.0 1.0 7 O95573,Q6P1M0,P33121,P11166 4 |
| Negative regulation of mitophagy 0.501870503597118 0.1451390330052144 0.8846011006760819 1.0 1.0 2 Q9NQ88 1 |
| Positive regulation of g protein coupled receptor signaling pathway 0.397122431027496 0.1444839910833683 0.8851182970724256 1.0 1.0 4 Q15043 1 |
| Cellular response to biotic stimulus 0.2525203943163522 0.1442053168785742 0.8853383425693928 1.0 1.0 42 Q9UM00,Q8WTV0,O76024,P08670,O75844,Q96A33,P30536,O43823,Q86UE4 9 |
| Neuron intrinsic apoptotic signaling pathway in response to oxidative stress 0.396800564393045 0.1437470519506334 0.8857002149211233 1.0 1.0 4 Q07820 1 |
| Neurotransmitter receptor internalization 0.5004316546762548 0.1427360790665966 0.8864986214722848 1.0 1.0 2 Q9UQ16 1 |
| Postsynaptic neurotransmitter receptor internalization 0.5004316546762548 0.1427360790665966 0.8864986214722848 1.0 1.0 2 Q9UQ16 1 |
| Positive regulation of cell aging 0.3687763062496124 0.1425483491652584 0.8866468921460322 1.0 1.0 5 P02545 1 |
| Protein localization to cell cortex 0.3686635944700492 0.1422484440722042 0.8868837679713739 1.0 1.0 5 Q14980,P15311,O43491,P11171 4 |
| Golgi to vacuole transport 0.3360325852725728 0.1418134033824406 0.887227396705875 1.0 1.0 8 O00189,P11279 2 |
| Regulation of immune response 0.2524080041218572 0.1413326057376973 0.8876071924773257 1.0 1.0 134 Q14254,P18031,O75955,Q96IZ0,Q99623,P11279,P04439,P35232,Q9NZ08,Q86UT6,Q8WXF1,P09601,P46108,Q08722,P43243,Q8TCT8,P07948,Q96PK6,Q9UJZ1,Q07666,P41440,P46379,P02786,Q12846,Q9UKG1,P23246,P00813,O15400,Q15233,O43657,Q9NQC3,Q07021,Q7Z434 33 |
| Glycerol 3 phosphate metabolic process 0.5019585578947021 0.1409120946948571 0.887939387303142 1.0 1.0 3 Q9HCL2 1 |
| Regulation of anion transmembrane transport 0.3483222809038525 0.1401933095870135 0.8885072578781343 1.0 1.0 7 P08183,O75915 2 |
| Regulation of ryanodine sensitive calcium release channel activity 0.3481385022031114 0.139592666861987 0.8889818348865983 1.0 1.0 7 P78417 1 |
| Regulation of lipophagy 0.5008074038782202 0.138884404694086 0.8895414947770435 1.0 1.0 3 O15270 1 |
| Integrated stress response signaling 0.3673645733383548 0.1388088054547199 0.8896012356054221 1.0 1.0 5 P18031 1 |
| Perk mediated unfolded protein response 0.3673645733383548 0.1388088054547199 0.8896012356054221 1.0 1.0 5 P18031 1 |
| Regulation of cellular respiration 0.2854417978640653 0.1386867389927959 0.889697697575756 1.0 1.0 17 P14406,Q9BSK2 2 |
| Regulation of protein complex stability 0.3668085379463288 0.1373459735361797 0.8907573330997764 1.0 1.0 5 Q9BQ95,Q969V3 2 |
| Anaphase promoting complex dependent catabolic process 0.301875901875906 0.1371584770361981 0.8909055311768723 1.0 1.0 12 Q13042,Q9H1A4,Q9UJX4,P24941,P30260,Q9UJX5,P53350,Q12834,Q16763,Q9UJX3,Q9UJX2 11 |
| Response to calcium ion 0.2678747269691058 0.1353255820049035 0.8923544596016337 1.0 1.0 25 Q9UJS0,Q6NUK1,P50995,Q92542,Q13586,P0DP25 6 |
| Positive regulation of glucose import 0.3462023133870429 0.1333067771981087 0.8939507680105823 1.0 1.0 7 Q16625,Q9UKG1 2 |
| Regulation of growth rate 0.4932374100719382 0.1311397754926603 0.8956647365539956 1.0 1.0 2 Q14699 1 |
| Late endosome to vacuole transport 0.3035108616846101 0.1308727463755456 0.8958759744630918 1.0 1.0 11 Q9HD42 1 |
| Response to salt stress 0.3454366141819015 0.1308422613908521 0.8959000905967138 1.0 1.0 7 O95202 1 |
| Maintenance of protein location 0.2559988712092434 0.1305238253984246 0.8961520054391126 1.0 1.0 34 Q9UH99,O43731,P24390 3 |
| Regulation of sphingolipid biosynthetic process 0.4958934447888243 0.130412177589104 0.8962403325466635 1.0 1.0 3 Q05655 1 |
| Positive regulation of sphingolipid biosynthetic process 0.4958934447888243 0.130412177589104 0.8962403325466635 1.0 1.0 3 Q05655 1 |
| Regulation of transcription regulatory region dna binding 0.3003178549109625 0.130193480215466 0.8964133527120142 1.0 1.0 12 Q00403,O75844 2 |
| Receptor metabolic process 0.2539154600829377 0.1293459710675852 0.8970838972732613 1.0 1.0 38 O00560,P18031,Q8NBU5,P41440,O75955,P02786,P20339,P42892 8 |
| Receptor localization to synapse 0.3191213428319851 0.1290084669008342 0.8973509492000649 1.0 1.0 9 Q9Y639 1 |
| Regulation of oxidative stress induced cell death 0.2725196609658333 0.1266530919362657 0.8992149739635542 1.0 1.0 20 P23246,Q15233,Q07820,O43464 4 |
| Mitochondrial dna replication 0.3317081892460625 0.1264900103633463 0.8993440561093056 1.0 1.0 8 Q9UJZ1,Q04837,Q96EY1 3 |
| Striated muscle contraction 0.2708854038564081 0.1256719026625597 0.8999916439253437 1.0 1.0 22 P78417,P10253,P16615,P0DP25 4 |
| 3 utr mediated mrna destabilization 0.3444914546850495 0.1254510591514215 0.900166467996208 1.0 1.0 6 Q9HCE1 1 |
| Regulation of response to endoplasmic reticulum stress 0.2681673840453326 0.1253442086875248 0.9002510546660161 1.0 1.0 24 P18031,O76024,Q96HY6,O60313,P30040,P51572,Q4ZIN3 7 |
| Segment specification 0.4886330935251755 0.1240822558814179 0.9012501473320792 1.0 1.0 2 Q9Y483 1 |
| Planar cell polarity pathway involved in neural tube closure 0.4886330935251756 0.1240822558814179 0.9012501473320792 1.0 1.0 2 Q13308 1 |
| Cochlea morphogenesis 0.4886330935251756 0.1240822558814179 0.9012501473320792 1.0 1.0 2 Q13308 1 |
| Regulation of gliogenesis 0.2912480742272199 0.1218305649117167 0.90303320695129 1.0 1.0 14 P30536 1 |
| Negative regulation of transcription regulatory region dna binding 0.4869064748201395 0.1215084723832825 0.903288304436454 1.0 1.0 2 Q96ST3 1 |
| Lung associated mesenchyme development 0.4866187050359669 0.1210833537404869 0.9036250139497076 1.0 1.0 2 Q13308 1 |
| Morphogenesis of an epithelial fold 0.4866187050359671 0.1210833537404869 0.9036250139497076 1.0 1.0 2 P35453 1 |
| Synaptic vesicle clustering 0.4866187050359668 0.1210833537404867 0.9036250139497076 1.0 1.0 2 P19022 1 |
| Epidermis morphogenesis 0.4866187050359668 0.1210833537404867 0.9036250139497076 1.0 1.0 2 O60568 1 |
| Digestive tract morphogenesis 0.3855456377771341 0.1190355689670346 0.9052471761462866 1.0 1.0 4 Q6KC79,P35222,P35453 3 |
| Negative regulation of establishment of protein localization 0.2553331617359295 0.1189126301822125 0.9053445753247223 1.0 1.0 29 P40939,Q8N5M9,Q16836,P30040,P04035,Q16850,Q8N183,Q9GZP9 8 |
| Regulation of cartilage development 0.3414090497715619 0.1180804092471908 0.9060039460006324 1.0 1.0 7 Q92896 1 |
| Regulation of innate immune response 0.2482925366835321 0.1173793990284628 0.9065594084041126 1.0 1.0 53 Q96PK6,P23246,P18031,Q15233,Q9UKG1,P11279,Q7Z434,P04439,Q9NZ08,Q86UT6,Q8WXF1 11 |
| Meiotic cell cycle checkpoint signaling 0.4877687152514335 0.1170561600732425 0.906815550022485 1.0 1.0 3 Q15645 1 |
| Positive regulation of isotype switching 0.3159775849571551 0.1170173122031779 0.9068463345773632 1.0 1.0 9 P02786 1 |
| Positive regulation of b cell mediated immunity 0.3159775849571551 0.1170173122031779 0.9068463345773632 1.0 1.0 9 P02786 1 |
| Negative regulation of cell projection organization 0.2548584374833236 0.116130722947069 0.90754894014801 1.0 1.0 31 Q9NQX7,Q96G23,P08670,Q9NR77 4 |
| Centriole centriole cohesion 0.4867587795048798 0.1154526622558982 0.9080863395424524 1.0 1.0 3 Q14203,Q9C0F1 2 |
| Positive regulation of phagocytosis 0.3401554287920811 0.114177913770291 0.9090967596559436 1.0 1.0 7 Q4KMQ2,Q08722 2 |
| Regulation of myosin light chain phosphatase activity 0.481438848920859 0.113618214893855 0.9095404474588042 1.0 1.0 2 Q13464 1 |
| Negative regulation of myosin light chain phosphatase activity 0.481438848920859 0.113618214893855 0.9095404474588042 1.0 1.0 2 Q13464 1 |
| Negative regulation of bicellular tight junction assembly 0.481438848920859 0.113618214893855 0.9095404474588042 1.0 1.0 2 Q13464 1 |
| Transepithelial transport 0.340220913808247 0.1131215478803355 0.9099341919033062 1.0 1.0 6 P33527,P08183 2 |
| Regulation of amino acid transmembrane transport 0.4851346065329034 0.1129001759514393 0.9101096968345967 1.0 1.0 3 O75915 1 |
| L glutamate import across plasma membrane 0.4851346065329034 0.1129001759514393 0.9101096968345967 1.0 1.0 3 O75915 1 |
| Regulation of l glutamate import across plasma membrane 0.4851346065329034 0.1129001759514393 0.9101096968345967 1.0 1.0 3 O75915 1 |
| Regulation of platelet aggregation 0.4851224947543864 0.1128812630816087 0.91012469126947 1.0 1.0 3 P07948 1 |
| Negative regulation of defense response 0.2513278051776117 0.112792927499252 0.910194725598716 1.0 1.0 39 P07948,P00813,O43657,P46108,P04062,P04439,Q07021,Q86UT6 8 |
| Extrinsic apoptotic signaling pathway via death domain receptors 0.2697365900446346 0.1104531043796186 0.9120500395168576 1.0 1.0 20 Q99523,P09601,Q13043,Q8IWB1,Q12846,Q13794,Q9NR28 7 |
| Positive regulation of myeloid leukocyte mediated immunity 0.3390176815989005 0.109715872882984 0.9126347116753032 1.0 1.0 6 Q7Z434 1 |
| Regulation of mitotic recombination 0.3809386697379833 0.1095182792869874 0.9127914241993564 1.0 1.0 4 P49959,Q92878,Q15554 3 |
| Regulation of defense response 0.2361709027655472 0.1089427163317346 0.9132479255219792 1.0 1.0 105 P18031,P11279,P04439,P05067,Q8NCG7,Q9NZ08,Q86UT6,Q8WXF1,P46108,P04062,Q08722,P43243,Q6UWE0,P33527,P07948,Q96PK6,Q99735,Q9UKG1,P23246,P00813,Q15233,O43657,O75844,Q07021,Q7Z434 25 |
| Bile acid and bile salt transport 0.4762589928057508 0.1065046573512521 0.9151819603963708 1.0 1.0 2 O15439 1 |
| Positive regulation of dna binding transcription factor activity 0.2463977036442871 0.1057891875937562 0.9157496156985492 1.0 1.0 44 Q14254,P41440,O75955,P02786,Q99623,Q7Z434,P05067,Q86UE4 8 |
| Mitotic nuclear membrane organization 0.3375515146475623 0.1056068302101859 0.9158943053362932 1.0 1.0 6 Q86XL3 1 |
| Humoral immune response 0.2875755202010279 0.1046850852109385 0.9166256972048076 1.0 1.0 14 Q9UQ84,Q99623,P04439,Q07021,Q04721,P35232 6 |
| Regulation of hematopoietic stem cell proliferation 0.4748201438848876 0.1045904736894413 0.9167007741388424 1.0 1.0 2 O95251 1 |
| Phosphatidylinositol 3 kinase signaling 0.2785996845883685 0.1028412762865792 0.9180889451837244 1.0 1.0 17 O00165,Q8NDZ4 2 |
| Rna surveillance 0.2937950937951009 0.1018216494465574 0.9188982411858476 1.0 1.0 12 Q13868,Q06265,Q9NQT4,Q15024,Q96B26,Q8IZH2,Q5RKV6,Q9NQT5,Q9BRX2,Q8IYB8,Q01780 11 |
| Cell activation involved in immune response 0.249098362882616 0.0996178555428155 0.9206477176670708 1.0 1.0 40 P07948,P09601,P00813,Q9UQ84,P02786,P11279,Q12846,P05067 8 |
| Cellular response to extracellular stimulus 0.2446474816490112 0.0995302925701957 0.9207172373117944 1.0 1.0 48 P09601,O95831,P21964,Q9Y4P3,P04062 5 |
| Inflammasome complex assembly 0.4749568221070628 0.0976394716038719 0.9222185804288292 1.0 1.0 3 Q8IXJ6,O00571 2 |
| Regulation of leukocyte migration 0.2519567756407099 0.0965475263567643 0.923085729619961 1.0 1.0 33 P07948,P09601,O94813,P00813,P84095,Q5JRA6,Q8NHP6,P46108,Q08722,Q07021,P05067,Q4KMQ2,Q00013 13 |
| Response to osmotic stress 0.2667791684944322 0.0962183485250415 0.92334715841033 1.0 1.0 21 O95202,P08183,P30536 3 |
| Copi coated vesicle budding 0.3491079200659048 0.0938005778784091 0.9252675726298838 1.0 1.0 5 P49755 1 |
| Regulation of mitochondrial rna catabolic process 0.3490783410138275 0.0937327814523143 0.9253214290723202 1.0 1.0 5 Q8TCS8,Q12849,P42704,Q8IYB8 4 |
| Lymphocyte anergy 0.4656115107913627 0.0929665938562944 0.9259301004937304 1.0 1.0 2 P01889 1 |
| T cell tolerance induction 0.4656115107913627 0.0929665938562944 0.9259301004937304 1.0 1.0 2 P01889 1 |
| Mitotic recombination 0.3019901932506529 0.0920739372641903 0.9266392955237236 1.0 1.0 10 P49959,P18887,Q8IY18,Q96SB8,P18074,P20585,Q15554,P43246,Q92878 9 |
| Positive regulation of peptidyl serine phosphorylation 0.2662830773757664 0.0908166874056225 0.9276382502134886 1.0 1.0 20 P05067,O00165 2 |
| Substrate dependent cell migration 0.3208998035887068 0.0900750221378475 0.928227597964187 1.0 1.0 8 P06576,O94813,O00560 3 |
| Membrane to membrane docking 0.468624064478968 0.0887786590041356 0.9292578183564596 1.0 1.0 3 P15311,Q13464 2 |
| Prolactin secretion 0.4618705035971184 0.0885493832755732 0.9294400362749164 1.0 1.0 2 P04083 1 |
| Isotype switching to iga isotypes 0.4678831560916038 0.0877735112436686 0.9300566914543724 1.0 1.0 3 O96028 1 |
| Signal release 0.2459821374028203 0.0873978844245429 0.9303552509303517 1.0 1.0 61 P07948,Q4J6C6,P40939,Q8N5M9,Q16836,P50897,Q9P253,P50416,Q5SQN1,Q13555,Q8N183,P20339,P16615,Q12846,O95721,P00367,P56545,P0DP25 18 |
| Regulation of systemic arterial blood pressure by hormone 0.467601283580885 0.087392837868214 0.9303592621516912 1.0 1.0 3 P42892 1 |
| Regulation of protein localization to cell cortex 0.3685574431327341 0.0856753275836935 0.931724515732407 1.0 1.0 4 Q14980,O43491,P11171 3 |
| Negative regulation of double strand break repair via homologous recombination 0.3453341013824947 0.0852864029528969 0.93203370101759 1.0 1.0 5 Q9NRR5,Q6NSI4,Q12888,Q5UIP0 4 |
| Constitutive heterochromatin assembly 0.3453341013824925 0.0852864029528919 0.932033701017594 1.0 1.0 5 Q7Z7K6,Q8IXJ6,Q9NRZ9,Q5UIP0 4 |
| Regulation of lipid transport 0.2722413083520576 0.0849778686760878 0.9322789852936336 1.0 1.0 18 Q6IAA8,Q9Y6B6,Q9Y3D6,P07355,P30536,P33121,Q9BZF3,P22307,O15260 9 |
| Midbody abscission 0.2923006384984059 0.0845224649664035 0.932641042288196 1.0 1.0 11 Q9HD42 1 |
| Alcohol catabolic process 0.28284276140518 0.0832603188043848 0.9336445517056398 1.0 1.0 14 Q9NX62,Q10713,Q8WTV0 3 |
| Ventricular septum development 0.3065375456039176 0.0825343533154756 0.9342218015156704 1.0 1.0 9 O96028,P43243,Q96T37,O94813,P63010 5 |
| Histone h3 k36 demethylation 0.4628670120897925 0.0811408170282791 0.9353299653914736 1.0 1.0 3 Q8IUF8,Q9UPP1 2 |
| Regulation of fertilization 0.4549640287769738 0.0808463984319015 0.9355641081979796 1.0 1.0 2 Q9NVM9 1 |
| Mitotic spindle midzone assembly 0.3655918495978785 0.0803401924599815 0.9359666925490198 1.0 1.0 4 Q9H0H5 1 |
| Cellular response to fatty acid 0.3428292492913153 0.0797864127569037 0.9364071309198316 1.0 1.0 5 P50416,Q15120 2 |
| Cellular response to cocaine 0.4538129496402838 0.0796186466386785 0.9365405644237296 1.0 1.0 2 Q96KQ7 1 |
| Response to glucagon 0.453812949640283 0.0796186466386776 0.9365405644237303 1.0 1.0 2 P08574 1 |
| Positive regulation of vacuole organization 0.3425107558715833 0.079095751476046 0.9369564627588348 1.0 1.0 5 P07355,Q6UWE0,Q8TBX8 3 |
| Synaptic transmission dopaminergic 0.3421579624398978 0.0783329938501631 0.9375631727897984 1.0 1.0 5 O75955 1 |
| Regulation of pigmentation 0.4520863309352471 0.0778066333022171 0.937981869835986 1.0 1.0 2 Q07812 1 |
| Erythrocyte development 0.3168783741672253 0.0772363497768224 0.9384355250609652 1.0 1.0 8 Q9NYL9,Q9Y5Y0 2 |
| Sequestering of triglyceride 0.3633746040886789 0.0764460516173266 0.9390642328772474 1.0 1.0 4 Q96AD5,Q9BXB4,Q9BZF1 3 |
| Regulation of sequestering of triglyceride 0.3633746040886789 0.0764460516173266 0.9390642328772474 1.0 1.0 4 Q96AD5,Q9BXB4,Q9BZF1 3 |
| Acetyl coa biosynthetic process 0.2899969049854561 0.075465147846509 0.9398446264264776 1.0 1.0 11 P09622,Q15118,P11177,Q15120 4 |
| Rrna transport 0.4571099597006141 0.0738955899722801 0.9410934649491074 1.0 1.0 3 Q16762,P06748 2 |
| Negative regulation of cell population proliferation 0.2351381359556391 0.0738429596048114 0.941135343492036 1.0 1.0 108 Q15392,P02545,Q99623,P52756,P05067,P09601,P37198,Q32P28,P50402,P30536,P25054,O94788,Q9NR77,O14737,P98175,Q9UII2,P02794,Q96G23,Q96EY1 19 |
| Neural crest cell differentiation 0.2895433041850849 0.0737011461645477 0.941248186763918 1.0 1.0 11 O94788 1 |
| Mesenchymal cell development 0.2895433041850849 0.0737011461645477 0.941248186763918 1.0 1.0 11 O94788 1 |
| Myeloid cell development 0.274908540340867 0.0730432184038881 0.941771726027684 1.0 1.0 16 Q9Y5Y0,Q15904,Q9NYL9,Q9NRK6,P05067 5 |
| Response to hydroperoxide 0.4469064748201392 0.0725811381398478 0.9421394367099754 1.0 1.0 2 Q05655 1 |
| Negative regulation of translational elongation 0.4460431654676212 0.071740538711091 0.9428083940342492 1.0 1.0 2 P38919 1 |
| Spindle assembly involved in female meiosis 0.4545192861254845 0.0707618426315399 0.943587300832742 1.0 1.0 3 O14777,O14965 2 |
| Glycine biosynthetic process 0.4542314335060256 0.0704184609734989 0.9438605979901618 1.0 1.0 3 P34897,P34896 2 |
| Regulation of endocytic recycling 0.4443165467625851 0.0700849826976158 0.9441260193801642 1.0 1.0 2 Q07960 1 |
| Response to cold 0.2884383066483854 0.0694308100975926 0.9446467051748464 1.0 1.0 11 Q14011,P20020 2 |
| Positive regulation of extrinsic apoptotic signaling pathway via death domain receptors 0.4522806492536816 0.0681165992432457 0.9456928167613728 1.0 1.0 3 Q13043 1 |
| Pulmonary valve development 0.4518674641095389 0.0676346852552627 0.9460764437651804 1.0 1.0 3 Q04721 1 |
| Self proteolysis 0.4408633093525133 0.0668753402784714 0.946680944686454 1.0 1.0 2 Q99538 1 |
| Mammary gland involution 0.4408633093525133 0.0668753402784714 0.946680944686454 1.0 1.0 2 Q07812 1 |
| Myoblast fusion 0.3238867657585875 0.0666308710318016 0.946875568819728 1.0 1.0 7 O75955 1 |
| Syncytium formation 0.3238867657585875 0.0666308710318016 0.946875568819728 1.0 1.0 7 O75955 1 |
| Mitochondrial rna 3 end processing 0.3567520875323854 0.0652957235689298 0.9479385471778844 1.0 1.0 4 Q99714,Q7L0Y3,Q8TCS8 3 |
| Positive regulation of small molecule metabolic process 0.2709223025750014 0.0647528920236858 0.9483707494049318 1.0 1.0 17 P00403,P50416,Q92604,P16435,P05067 5 |
| Positive regulation of production of molecular mediator of immune response 0.2596296053508968 0.0644476275151541 0.9486138075484768 1.0 1.0 23 P02786,Q99623,Q12846,P04439,P35232,Q7Z434 6 |
| Negative regulation of erythrocyte differentiation 0.436546762589924 0.0630502040768927 0.9497265267424566 1.0 1.0 2 P38646 1 |
| Negative regulation of multicellular organism growth 0.4353956834532327 0.0620646388651147 0.9505113567843628 1.0 1.0 2 Q99538 1 |
| Regulation of intrinsic apoptotic signaling pathway 0.2427540376741339 0.0608741969141101 0.951459399204676 1.0 1.0 54 P23246,P18031,Q15233,P45880,O60313,Q9Y3D6,P51572,Q07820,O43464 9 |
| Dendritic cell chemotaxis 0.3531824709863584 0.0595827940931694 0.9524879223439088 1.0 1.0 4 Q07021 1 |
| Extracellular matrix disassembly 0.3212208730339664 0.0594012918567071 0.9526324841254556 1.0 1.0 7 O75955 1 |
| Subtelomeric heterochromatin assembly 0.4319424460431606 0.0591934558004364 0.9527980220192608 1.0 1.0 2 Q8IXJ6 1 |
| Phosphorylation of rna polymerase ii c terminal domain 0.3326612903225889 0.0587041671015401 0.9531877401974131 1.0 1.0 5 O60885,Q8WUA2,Q9NYV4,P50750 4 |
| Ventricular system development 0.2994052698710268 0.0580556495282741 0.953704301321678 1.0 1.0 9 Q9H6E4,Q96N66 2 |
| Ensheathment of neurons 0.2466998500047974 0.0563317318027263 0.955077540637378 1.0 1.0 32 O15228,Q9Y4W6,P07686,O75746,O15121,Q92542,Q9NR77 7 |
| Intrinsic apoptotic signaling pathway 0.229729152981434 0.0550656375160241 0.9560861718796412 1.0 1.0 84 P23246,Q96RU2,P09601,O95831,P18031,Q15233,P45880,O60313,Q9Y3D6,P51572,Q07820,Q9NR28,O43464 13 |
| Late endosome to golgi transport 0.4258992805755348 0.0544705424732868 0.9565602774358304 1.0 1.0 2 Q8IWJ2 1 |
| Labyrinthine layer blood vessel development 0.3171996542783154 0.0533066411427528 0.9574875888604416 1.0 1.0 6 Q15738,P20248,P31749,Q15363,P28482 5 |
| Dendritic cell differentiation 0.3171996542783127 0.0533066411427461 0.957487588860447 1.0 1.0 6 P07948,P01889,P09429,Q04721,P17931 5 |
| Poly a plus mrna export from nucleus 0.284151593084963 0.0532291515319608 0.9575493289695188 1.0 1.0 11 Q86U42,P82979 2 |
| Antigen processing and presentation of exogenous peptide antigen via mhc class ii 0.4235971223021534 0.0527696679121812 0.9579154293147438 1.0 1.0 2 Q99538 1 |
| Positive regulation of interferon beta production 0.2816776069539636 0.0526594418683769 0.9580032548625548 1.0 1.0 12 Q7Z434,O75955 2 |
| Positive regulation of mrna 3 end processing 0.3169115528666151 0.0526307587145056 0.9580261090160108 1.0 1.0 6 O43809,Q6P1J9,Q8N7H5,P52298,Q9H2U1 5 |
| Response to granulocyte macrophage colony stimulating factor 0.4230215827338081 0.0523527491242331 0.9582476231864888 1.0 1.0 2 P31749 1 |
| Positive regulation of epithelial cell migration 0.2456421815489279 0.0505212119543938 0.9597070462917516 1.0 1.0 34 P09601,Q9NQC3,Q8WTV0 3 |
| Sphingomyelin catabolic process 0.4198561151079087 0.0501181667130297 0.9600282229863442 1.0 1.0 2 Q05655 1 |
| Cellular response to corticosteroid stimulus 0.2808020570588454 0.0492934904644769 0.9606854070701688 1.0 1.0 12 O95831 1 |
| Mitochondrial rna modification 0.346386409444278 0.0492760531636364 0.9606993031363448 1.0 1.0 4 Q99714,Q7L0Y3,Q9Y606 3 |
| Negative regulation of centriole replication 0.4341616954690199 0.0487913458054475 0.961085579008694 1.0 1.0 3 Q96PK6 1 |
| Phosphatidylinositol dephosphorylation 0.3146902991435086 0.0474808696009809 0.962129976984343 1.0 1.0 6 Q10713 1 |
| Regulation of cell maturation 0.3449290851823039 0.0471623739210237 0.962383815395088 1.0 1.0 4 Q15058,Q8IXJ6 2 |
| Delamination 0.4117985611510741 0.0448633822149619 0.964216204199597 1.0 1.0 2 Q9Y5A9 1 |
| Transcription dependent tethering of rna polymerase ii gene dna at nuclear periphery 0.3251728110599111 0.0444543834313752 0.9645422127516828 1.0 1.0 5 P78406,Q8WUM0,P57740,Q86U70 4 |
| Positive regulation of cold induced thermogenesis 0.2768418382503997 0.0443351984327268 0.964637214955982 1.0 1.0 13 Q16836,P25054,P40939,P23786 4 |
| Synaptic vesicle priming 0.324943113296642 0.0440343621923178 0.964877013353762 1.0 1.0 5 O95721 1 |
| Regulation of hair cycle 0.4086330935251756 0.0429627421299651 0.9657312338877228 1.0 1.0 2 Q14980 1 |
| Renal tubule development 0.3123019302794653 0.0420644602842585 0.966447311665378 1.0 1.0 6 Q04721,Q13418,P35610,P35222,P24752 5 |
| Negative regulation of fat cell differentiation 0.3122172091198733 0.0418746310405876 0.9665986401509244 1.0 1.0 6 Q8N4Q0 1 |
| Positive regulation of calcium ion import 0.4023021582733769 0.0394249570926414 0.9685515824917684 1.0 1.0 2 O14936 1 |
| Regulation of protein tyrosine phosphatase activity 0.4023021582733767 0.0394249570926412 0.9685515824917688 1.0 1.0 2 P04899 1 |
| Antigen processing and presentation of peptide or polysaccharide antigen via mhc class ii 0.423719055843393 0.0392717250913271 0.9686737493281374 1.0 1.0 3 Q99538,Q9NVJ2 2 |
| Positive regulation of potassium ion transmembrane transporter activity 0.4237190558433904 0.0392717250913254 0.9686737493281388 1.0 1.0 3 Q99996,P54709 2 |
| Positive regulation of telomere capping 0.423143350604478 0.0387798024021675 0.9690659480678824 1.0 1.0 3 Q14103,P27361 2 |
| Cell communication by electrical coupling 0.3128943770214826 0.0378656783245091 0.9697947781424574 1.0 1.0 7 P0DP25 1 |
| Vesicle targeting to from or within golgi 0.2720672552449147 0.0374343613587889 0.9701386754598068 1.0 1.0 14 Q92734,P49755,Q9NR31,Q15363 4 |
| Antifungal innate immune response 0.3976978417266143 0.0370634014236565 0.970434453398975 1.0 1.0 2 O95999 1 |
| Positive regulation of endothelial cell development 0.3971223021582685 0.0367802707591401 0.9706602050568648 1.0 1.0 2 P35611 1 |
| Negative regulation of myelination 0.396258992805751 0.0363605020608098 0.9709949081282668 1.0 1.0 2 P53634 1 |
| Negative regulation of nervous system process 0.396258992805751 0.0363605020608098 0.9709949081282668 1.0 1.0 2 P53634 1 |
| Smooth muscle cell apoptotic process 0.3030712962969469 0.0362076840709852 0.9711167590059387 1.0 1.0 8 Q8NDZ4 1 |
| Insulin secretion 0.2434546505281534 0.0350455213212193 0.9720434423836776 1.0 1.0 29 P40939,Q8N5M9,Q16836,P50416,Q13555,Q8N183,Q12846 7 |
| Positive regulation of stress activated protein kinase signaling cascade 0.2743447677384813 0.0345893580036113 0.972407187506259 1.0 1.0 13 P05067 1 |
| Positive regulation of smooth muscle cell apoptotic process 0.3193521895293705 0.0341226234893909 0.9727793680522508 1.0 1.0 5 P98175 1 |
| Branch elongation of an epithelium 0.3890647482014344 0.0330857385640694 0.9736062155016388 1.0 1.0 2 P35453 1 |
| Positive regulation of protein localization to cell cortex 0.4159470351180115 0.0329114814514484 0.9737451768825356 1.0 1.0 3 Q14980,O43491 2 |
| Negative regulation of transcription from rna polymerase ii promoter in response to stress 0.4156591824985441 0.0326873946215241 0.9739238761555618 1.0 1.0 3 Q8IXJ6,O95817 2 |
| Left right axis specification 0.3853237410071893 0.031534058165566 0.974843631154864 1.0 1.0 2 Q04721 1 |
| Left right pattern formation 0.3853237410071893 0.031534058165566 0.974843631154864 1.0 1.0 2 Q04721 1 |
| Regulation of lipoprotein particle clearance 0.307265726003042 0.0310545874510274 0.9752260061493024 1.0 1.0 6 P61978,Q92945 2 |
| Regulation of myeloid leukocyte differentiation 0.2756852133911505 0.0301415615032937 0.975954154489949 1.0 1.0 12 P07948,O00165,Q9BRX8 3 |
| Keratinocyte differentiation 0.2535003613225884 0.0296729223514036 0.97632790724274 1.0 1.0 23 Q13510,Q16739 2 |
| Replication born double strand break repair via sister chromatid exchange 0.408750719631533 0.0275478944554358 0.9780227400741356 1.0 1.0 3 P18887,O60216 2 |
| Positive regulation of synapse maturation 0.3677697841726571 0.025494634607773 0.9796604280606158 1.0 1.0 2 Q9UJX6 1 |
| Multivesicular body organization 0.2643309866254165 0.0254714638804941 0.979678909624367 1.0 1.0 16 Q9H444,Q9HD42 2 |
| Neutrophil degranulation 0.4041450777201947 0.024369614066341 0.9805577855869794 1.0 1.0 3 O00186,P51809 2 |
| Neutrophil activation involved in immune response 0.4041450777201947 0.024369614066341 0.9805577855869794 1.0 1.0 3 O00186,P51809 2 |
| Regulation of insulin secretion 0.2500258243512714 0.0234235921665345 0.9813123863396338 1.0 1.0 25 P40939,Q8N5M9,Q16836,P50416,Q8N183,Q12846 6 |
| Regulation of generation of precursor metabolites and energy 0.2403115057042013 0.0230304622328201 0.9816259740412392 1.0 1.0 39 O14548,Q9BSK2,Q99623,P14406,P05067 5 |
| Nadh oxidation 0.399539435808851 0.0213825479065334 0.9829404951368964 1.0 1.0 3 Q16822,P43304 2 |
| Tolerance induction 0.3247912467607203 0.0213442107548064 0.9829710767789276 1.0 1.0 4 P07948,Q96J02,P01889 3 |
| Telomere maintenance via recombination 0.3016421780466808 0.0194202820098575 0.9845058307548388 1.0 1.0 6 P18887,Q8IY18,Q96SB8,Q15554,Q92878 5 |
| Regulation of b cell mediated immunity 0.2743796884016269 0.0185194942872308 0.9852244260397118 1.0 1.0 11 Q12888,O96028,Q96FV9,Q5RKV6,Q96FZ2,P02786,Q9NQT5,Q5UIP0,Q7KZ85,P43246 10 |
| Regulation of isotype switching 0.2743796884016269 0.0185194942872308 0.9852244260397118 1.0 1.0 11 Q12888,O96028,Q96FV9,Q5RKV6,Q96FZ2,P02786,Q9NQT5,Q5UIP0,Q7KZ85,P43246 10 |
| Serine family amino acid catabolic process 0.3946459412780472 0.0184111612713337 0.9853108485455544 1.0 1.0 3 P34897,P34896 2 |
| Chromatin disassembly 0.263772928495729 0.0173391062916003 0.986166087977126 1.0 1.0 15 Q969G3,P17096,Q01105,Q8TAQ2 4 |
| Neuronal stem cell population maintenance 0.30048977239989 0.0171219008114316 0.9863393671515754 1.0 1.0 6 Q9NZI8,Q15154,Q9BXP5,Q9BXW9,P19022 5 |
| Positive regulation of cardiocyte differentiation 0.3205755395683402 0.0168296496445673 0.986572516248146 1.0 1.0 2 Q92830 1 |
| Regulation of cardiocyte differentiation 0.3205755395683402 0.0168296496445673 0.986572516248146 1.0 1.0 2 Q92830 1 |
| Regulatory t cell differentiation 0.3202877697841675 0.0168007923918828 0.9865955377496154 1.0 1.0 2 Q92830 1 |
| Negative regulation of platelet derived growth factor receptor signaling pathway 0.3179856115107862 0.0165775324583765 0.9867736485970672 1.0 1.0 2 O14964 1 |
| Notch signaling involved in heart development 0.3168345323740956 0.0164708430417623 0.9868587628143844 1.0 1.0 2 Q04721 1 |
| Endocardium development 0.3168345323740955 0.0164708430417623 0.9868587628143844 1.0 1.0 2 Q13043 1 |
| Myeloid dendritic cell differentiation 0.3168345323740956 0.0164708430417623 0.9868587628143844 1.0 1.0 2 Q04721 1 |
| Positive regulation of transcription of notch receptor target 0.3168345323740955 0.0164708430417623 0.9868587628143844 1.0 1.0 2 Q96T37 1 |
| Nuclear transcribed mrna catabolic process exonucleolytic 3 5 0.2800692241130698 0.0157466171214844 0.987436536513628 1.0 1.0 10 Q13868,Q06265,Q9NQT4,Q15024,Q96B26,Q5RKV6,Q9NQT5,Q9NPD3,Q6PGP7 9 |
| Regulation of vitamin d receptor signaling pathway 0.389176741508329 0.0153274839475198 0.9877709160375732 1.0 1.0 3 O15164,Q13573 2 |
| Vitamin d receptor signaling pathway 0.389176741508329 0.0153274839475198 0.9877709160375732 1.0 1.0 3 O15164,Q13573 2 |
| Regulation of dna primase activity 0.3055875576036898 0.0122402834899869 0.9902339106507388 1.0 1.0 5 Q9BRT9,Q14691,Q9Y248,Q9BRX5 4 |
| Adaptive immune response based on somatic recombination of immune receptors built from immunoglobulin superfamily domains 0.2401484108579761 0.0119044598711161 0.9905018396051464 1.0 1.0 35 P00813,O15400,P02786,Q9UQ84,P04439,Q07021,P35232 7 |
| Negative regulation of mononuclear cell migration 0.3155695754576929 0.0115457490914167 0.9907880297234184 1.0 1.0 4 Q5JRA6 1 |
| U4 snrna 3 end processing 0.2934563274718945 0.0105062949365906 0.9916173436951908 1.0 1.0 8 Q13868,Q06265,Q9NQT4,Q15024,Q96B26,Q5RKV6,Q9NQT5 7 |
| Phospholipid dephosphorylation 0.301056305670514 0.0100072704154144 0.9920154867087784 1.0 1.0 7 Q10713 1 |
| Tripeptide transport 0.3778179277047806 0.0096759905074947 0.9922797970308496 1.0 1.0 3 P33527 1 |
| Oligopeptide transport 0.3778179277047806 0.0096759905074947 0.9922797970308496 1.0 1.0 3 P33527 1 |
| Negative regulation of mitochondrial outer membrane permeabilization involved in apoptotic signaling pathway 0.3765112262521475 0.0090875653816549 0.992749271685665 1.0 1.0 3 P05141,P48506 2 |
| Regulation of protein neddylation 0.3126735784921151 0.0087171620024869 0.9930447991106696 1.0 1.0 4 Q92564 1 |
| Mesenchymal to epithelial transition 0.3121220846530322 0.0081916339433827 0.9934640948452368 1.0 1.0 4 P80723,P35222,Q9BRX2 3 |
| Spliceosomal complex assembly 0.2365715929680393 0.0071175880713088 0.9943210343172456 1.0 1.0 42 P09234,O95391,Q12874,Q9UHX1,Q07955,Q13242,O75494,P52756,Q8WXF0 9 |
| Golgi vesicle budding 0.2995616976724732 0.0067218949070767 0.9946367442231108 1.0 1.0 7 Q9H4A6,P49755,Q15363 3 |
| Protection from non homologous end joining at telomere 0.3015552995391722 0.0064948616042425 0.9948178866344934 1.0 1.0 5 Q9UBB9,P18887,Q9NYB0,Q15554 4 |
| Embryonic cleavage 0.3012672811059932 0.0060957689931675 0.9951363101553046 1.0 1.0 5 P18074,P11388,Q9NY61,P11387 4 |
| Regulation of synapse maturation 0.3678756476683845 0.0054976379567809 0.9956135416494816 1.0 1.0 3 P63104,Q9UJX6 2 |
| Regulation of response to oxidative stress 0.2495508640397726 0.0050936950739868 0.9959358369176484 1.0 1.0 22 P23246,Q15233,Q07820,O43464 4 |
| Positive regulation of mitotic cell cycle spindle assembly checkpoint 0.3082929153684775 0.0046567761357258 0.9962844436471832 1.0 1.0 4 P12270 1 |
| Golgi disassembly 0.299196400002965 0.0032702152435088 0.9973907503973892 1.0 1.0 5 Q08379 1 |
| Regulation of platelet derived growth factor receptor signaling pathway 0.3046357615893967 0.0014634550727422 0.9988323322088296 1.0 1.0 4 O14964,O14745,O00291 3 |
| T cell receptor signaling pathway 0.2472696741337132 0.0010174964071982 0.9991881554661076 1.0 1.0 24 P04439,Q9UJZ1,Q07666,P00813 4 |
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