| Term es nes pval sidak fdr geneset_size leading_edge leading_edge_size |
| Rna processing 0.4619540385447507 7.177331553163289 7.108515638512699e-13 4.624095917163023e-09 4.62409592785251e-09 505 P08621,P23246,P56182,Q01081,Q13247,P52756,Q9H0D6,Q9H0A0,Q9UNQ2,Q9NVP1,Q9Y2W1,Q5SY16,Q8IYB8,O75691,O15514,O95453,P17844,Q14498,Q15233,Q86V81,Q92841,Q01130,Q9H6R4,Q9NW13,Q9UKV3,Q69YN4,O75934,Q86U38,Q969Y2,P31483,Q14684,P50914,Q13243,P46087,Q969X6,Q96T37,Q15061,Q9NNW5,Q15459,Q8TEA1,Q13151,Q9NYY8,Q92804,Q9Y3A2,P62841,Q12849,Q76FK4,P38432,Q12874,O75525,Q5VT52,Q96FV9,Q9BV44,O75494,Q75QN2,Q8IWX8,Q9Y4Z0,O75127,P49756,Q8WYQ5,Q8IX01,Q5T8P6,Q9GZR2,Q8N8A6,Q9BSC4,P51991,P31943,P31942,P38159,P55265,P22087,Q01780,Q8N5L8,P09651,Q14151,Q9NV06,P26599,Q07666,P78316,Q92979,Q9H7N4,Q6NZY4,Q96GM8,P55081,Q969Z0,Q9UJV9,Q5BKZ1,Q9Y5S9,Q8N7H5,Q2TAY7,P62995,P55795,Q5TA45,Q9UQ35,Q9NYV4,Q9BYG3,O00566,P07910,Q8WUQ7,Q14137,P52597,Q96B26,Q14562,Q99848,Q9ULX6,Q9H501,Q8IY81,Q14966,Q96RS0,O95478,P52948,O43390,O60287,P21127,Q15050,O75312,O75475,Q9Y4C8,P52272,Q96EU6,Q08211,Q13595,P98179,Q96CB8,Q96HR8,Q8NDT2,Q9UPY3,Q6DKI1,Q8IXT5,Q15007,Q7Z6E9,P98175,P18583,Q13435,Q14978,Q86W42,Q8N201,Q9BVJ6,Q15424,Q8WXA9,O43159,Q9NVR2,Q9HCG8,Q9P2I0,Q9Y3B2,Q5JTZ9,P35637,O00541,O75400,O76021,Q68CQ4,O60832,Q07021,O75533,Q14004,O75643,Q8NEF9,Q9Y5J1,Q9Y2X3,P04637,Q9NZM5,P62847,P82912,Q13123,Q8N9T8,Q8TCS8,Q07955,O15042,Q86U42,Q96I25,Q9BVI4,Q14011,Q13523,Q00839,P22626,Q15287,Q15024,O60341,Q99575,Q6PJT7,Q8WXF0,O95218,O75648,P33240,O00267,Q92945,Q92620,Q8IWZ8,Q6P6C2,Q96DI7,Q96GQ7,Q13242,Q96PU8,O60870,Q9NY93,Q9UHI6,Q9Y2R4,Q9NR30,Q9UKA9,Q96PK6,Q14692,P61978,O43719,O15381,Q13148,Q13601,Q9BUJ2,Q8NI27,Q8TDN6,Q9BZE4,Q6UN15,Q8NI36,O00567,Q6PD62,Q9BZJ0,Q9H0G5,Q9H0S4,Q9NQT4,Q9BWF3,Q9Y4W2,P09234,O15213,O43395,O60942,P36507,Q8IY67,P24928,Q7KZ85,Q7L0Y3,Q9NV88,Q9NQ55,Q9Y3B9,Q5JTH9,Q5VV42,Q9NQT5,Q16629,Q9NU22,Q9P2D1,Q9UBB9,O43290,Q99459,Q7L8L6,Q96G21,Q96MU7,Q9BXY0,Q9H7B2,Q14690,O60506,P51114,P14866,Q8TDD1,Q9BUQ8,Q9BVS4,Q9BXP5,Q9H8H0,Q9HCS7,Q9NWS0,O15091 258 |
| Rna splicing via transesterification reactions 0.5187941622670601 5.752399579177886 8.798553373206521e-09 5.723295208310851e-05 2.861729484960671e-05 179 P08621,P23246,Q01081,Q13247,P52756,Q9Y2W1,P17844,Q14498,Q86V81,Q92841,Q01130,O75934,P31483,Q13243,Q96T37,Q15459,Q12874,P38432,O75525,O75494,Q9Y4Z0,P49756,P51991,P31943,P31942,P38159,P09651,P26599,Q07666,Q6NZY4,Q9UJV9,P55081,Q9Y5S9,Q2TAY7,P62995,O00566,Q9UQ35,P07910,Q8WUQ7,P52597,Q14562,Q96RS0,P52948,O43390,O75475,Q9Y4C8,P52272,Q08211,Q13595,P98179,Q8NDT2,Q15007,P98175,P18583,Q13435,Q9HCG8,O75400,O75533,O75643,Q07021,Q14004,Q13123,Q07955,Q96I25,Q14011,Q13523,Q00839,P22626,Q15287,O60341,Q8WXF0,Q92945,Q92620,Q96DI7,Q96PU8,Q13242,Q9UHI6,Q9UKA9,Q96PK6,P61978,Q9H0G5,Q9BWF3,O43395,Q8IY67,Q16629,O43290,Q99459,Q96MU7,O60506,P51114,P14866,Q9BUQ8,Q9HCS7 93 |
| Mrna metabolic process 0.4079631090671339 5.453825270897048 4.92976440180883e-08 0.0003206297695341 0.0001053179290164 357 P08621,Q969T7,P23246,Q01081,Q13247,P52756,Q9H0D6,Q9Y2W1,Q8IYB8,Q15648,O15514,O95453,P17844,Q14498,Q15233,Q96F86,Q86V81,Q92841,Q01130,Q9NW13,Q9UKV3,Q69YN4,O75934,P31483,Q14684,Q13243,Q96T37,Q15459,Q13151,Q9NYY8,Q92804,Q12849,Q12874,P38432,O75525,Q5VT52,Q96FV9,O75494,Q9Y4Z0,P49756,Q8IX01,Q5T8P6,P51991,P31943,P31942,P38159,P55265,Q01780,P08670,P09651,Q14151,P26599,Q07666,Q9H7N4,Q6NZY4,Q969Z0,P55081,Q9UJV9,Q5BKZ1,Q9Y5S9,Q8N7H5,Q2TAY7,P62995,Q9UQ35,Q9NYV4,P07910,Q8WUQ7,P52597,Q96B26,Q14562,Q9ULX6,Q96RS0,P52948,O43390,P21127,O75312,O75475,Q9Y4C8,Q9P2K5,P52272,Q08211,Q13595,P98179,Q8NDT2,Q15007,Q7Z6E9,P98175,P18583,Q13435,Q86W42,Q15424,Q8WXA9,Q9UBS4,Q9HCG8,Q9P2I0,P35637,O60832,O75400,O75533,O75643,Q07021,P04637,Q14004,Q13123,Q8TCS8,Q07955,Q86U42,Q96I25,Q9BZI7,Q99729,Q14011,Q13523,Q00839,P22626,Q15287,Q15024,Q9BQG2,O60341,Q6PJT7,Q8WXF0,O95218,P33240,O00267,Q92945,Q92620,Q8IWZ8,Q6P6C2,Q96DI7,Q13242,Q96PU8,O60870,Q9UHI6,Q96PK6,P61978,Q8NI27,Q6UN15,Q9H0G5,Q9BWF3,O43395,O60942,Q8IY67,Q16629,O43290,Q99459,Q7L8L6,Q96MU7,Q14690,O60506,P51114,P14866,Q9BUQ8,Q9BXP5,Q9HCS7 153 |
| Mrna processing 0.4766042222822803 5.405130520689588 6.476121691918276e-08 0.0004211830072308 0.0001053179290164 270 P08621,P23246,Q01081,Q13247,P52756,Q9H0D6,Q9Y2W1,O15514,P17844,Q14498,Q15233,Q86V81,Q92841,Q01130,Q9NW13,Q9UKV3,Q69YN4,O75934,P31483,Q14684,Q13243,Q96T37,Q15459,Q13151,Q12849,Q12874,P38432,O75525,Q5VT52,Q96FV9,O75494,Q9Y4Z0,P49756,Q5T8P6,Q8IX01,P51991,P31943,P31942,P38159,P55265,P09651,Q14151,P26599,Q07666,Q9H7N4,Q6NZY4,Q969Z0,Q9UJV9,P55081,Q5BKZ1,Q9Y5S9,Q8N7H5,Q2TAY7,P62995,Q9UQ35,Q9NYV4,P07910,Q8WUQ7,P52597,Q14562,Q9ULX6,Q96RS0,P52948,O43390,P21127,O75312,O75475,Q9Y4C8,P52272,Q08211,Q13595,P98179,Q8NDT2,Q15007,Q7Z6E9,P98175,P18583,Q13435,Q86W42,Q15424,Q8WXA9,Q9P2I0,Q9HCG8,O75400,O75533,O75643,Q07021,Q14004,Q13123,Q8TCS8,Q07955,Q86U42,Q96I25,Q14011,Q13523,Q00839,P22626,Q15287,O60341,Q6PJT7,Q8WXF0,O95218,P33240,O00267,Q92945,Q92620,Q8IWZ8,Q96DI7,Q6P6C2,Q96PU8,Q13242,O60870,Q9UHI6,Q9UKA9,Q96PK6,O43719,P61978,Q13148,Q8NI27,Q6UN15,Q6PD62,Q9BZJ0,Q9H0G5,Q9BWF3,O43395,O60942,Q8IY67,Q16629,O43290,Q99459,Q7L8L6,Q96MU7,Q14690,O60506,P51114,P14866,Q9BUQ8,Q9BXP5,Q9HCS7 139 |
| Rna splicing 0.4811265812698518 5.216089431290477 1.827399728193216e-07 0.0011880173797473 0.0002377447046392 233 P08621,P23246,Q01081,Q13247,P52756,Q9Y2W1,P17844,Q14498,Q15233,Q86V81,Q92841,Q01130,Q9NW13,Q9UKV3,Q69YN4,O75934,P31483,Q14684,Q13243,Q96T37,Q15459,Q92804,Q12849,Q12874,P38432,O75525,Q96FV9,O75494,Q9Y4Z0,P49756,Q8IX01,P51991,P31943,P31942,P38159,P09651,P26599,Q07666,Q9H7N4,Q6NZY4,Q9UJV9,P55081,Q5BKZ1,Q9Y5S9,Q2TAY7,P62995,P55795,O00566,Q9UQ35,Q9NYV4,P07910,Q8WUQ7,P52597,Q14562,Q9ULX6,Q14966,Q96RS0,P52948,O43390,O75312,O75475,Q9Y4C8,P52272,Q08211,Q13595,P98179,Q8NDT2,Q8IXT5,Q15007,P98175,P18583,Q13435,Q86W42,Q8WXA9,Q9HCG8,P35637,O75400,O75533,O75643,Q07021,Q14004,Q13123,Q07955,Q96I25,Q14011,Q13523,Q00839,P22626,Q15287,O60341,Q8WXF0,O95218,Q92945,Q92620,Q8IWZ8,Q96DI7,Q96PU8,Q13242,Q9UHI6,Q9UKA9,Q96PK6,O43719,P61978,Q8NI27,Q9H0G5,Q9BWF3,O43395,Q8IY67,Q16629,O43290,Q99459,Q96MU7,O60506,P51114,P14866,Q9BUQ8,Q9HCS7 117 |
| Ribosome biogenesis 0.4733386208789308 5.00428425444834 5.60699686122729e-07 0.0036407089702394 0.0006078919097058 209 Q567V2,P56182,Q13823,Q9H0D6,Q9NWU5,Q96D46,Q9H0A0,Q9UNQ2,Q9NVP1,Q5SY16,O75691,O75683,Q9H8H2,Q92841,Q9H6R4,Q86U38,Q14684,P50914,P46087,Q969X6,Q15061,Q9NYY8,Q9Y3A2,P62841,Q76FK4,Q9NVU7,Q9GZR2,Q8N8A6,Q9NY61,Q5T3I0,Q9BSC4,Q9NVN8,P22087,Q01780,Q9NV06,P78316,Q92979,O00566,Q9BYG3,Q99567,Q14137,Q96B26,Q99848,Q9H501,Q8IY81,O95478,Q9Y3T9,O60287,Q15050,Q96EU6,P39023,Q96HR8,Q6DKI1,Q14978,Q9Y3C1,Q7L2E3,Q9BVJ6,O43159,Q9UHA3,Q9Y3B2,Q68CQ4,O00541,O60832,O76021,Q07021,Q8NEF9,Q9Y5J1,Q9Y2X3,P62847,Q9NZM5,P82912,Q8N9T8,Q7Z478,Q9BVI4,Q9NVX2,Q15024,Q02878,Q8IUF8,Q96GQ7,Q9NY93,Q9Y2R4,Q9NR30,Q96BK5,Q14692,O15381,Q13601,Q8NI36,Q9BZE4,Q8TDN6,O00567,Q5C9Z4,Q9H0S4,Q9NQT4,Q9Y4W2,O15213,Q9NQ55,Q9BQG0,Q9Y3B9,Q5JTH9,Q9NQT5,Q9NU22,O43290,Q96G21,Q9BXY0,Q9H7B2,Q14690,Q8TDD1,Q9BVS4,Q9H8H0,Q9NWS0 110 |
| Regulation of rna splicing 0.6176741183374174 4.915733897363317 8.84504752382655e-07 0.0057371850933031 0.0008219576306079 90 P08621,Q13247,P52756,P31943,P31942,Q9H0G5,P38159,Q9HCG8,Q9BWF3,Q9Y2W1,P09651,P35637,P26599,Q07666,Q07021,P17844,Q14498,Q8IY67,Q5BKZ1,Q9Y5S9,Q92841,Q01130,Q2TAY7,P62995,P55795,Q07955,Q9NYV4,Q16629,Q14011,P31483,P52597,Q14684,Q00839,P22626,Q13243,Q96MU7,Q8WXF0,Q96T37,P52948,O75312,P51114,P14866,Q12849,Q13595,P98179,Q13242,O75525,Q8NDT2,O75494,P61978,Q8IXT5,P49756,P98175,P18583 54 |
| Rrna metabolic process 0.4571306925720813 4.744631435319372 2.0888631313553674e-06 0.0134961677772611 0.0016985068336841 177 P56182,Q9H0D6,Q9H0A0,Q9UNQ2,Q9NVP1,Q5SY16,O75691,O75367,Q92841,Q9H6R4,Q86U38,Q14684,P50914,P46087,Q969X6,Q15061,P62841,Q9Y3A2,Q76FK4,Q9GZR2,Q8N8A6,Q9BSC4,P22087,Q01780,Q9NV06,P78316,Q92979,O00566,Q9BYG3,Q14137,Q96B26,Q99848,Q9H501,Q8IY81,Q9H9Y6,O95478,O60287,Q15050,Q96EU6,Q96HR8,Q9Y5Q8,Q6DKI1,Q9GZS1,Q14978,Q9BVJ6,O43159,Q8WUA4,Q9Y3B2,Q68CQ4,O00541,O60832,O76021,P04637,Q8NEF9,Q9Y5J1,Q9Y2X3,P62847,Q9NZM5,P82912,Q8N9T8,Q9BVI4,Q15024,Q12789,Q96GQ7,Q9NY93,Q9Y2R4,Q9NR30,Q14692,O15381,Q13601,Q9Y5Q9,Q8NI36,Q9BZE4,Q8TDN6,O00567,Q9H0S4,Q9NQT4,Q9Y4W2,Q9P0M6,O15213,Q9NQ55,Q9Y3B9,Q5JTH9,Q9NQT5,Q9NU22,Q9P2D1,O43290,Q96G21,P19338,Q9BXY0,Q9H7B2,Q12824,Q14690,Q13428,Q8TDD1,Q9BVS4,Q9H8H0,Q9NWS0 98 |
| Ribonucleoprotein complex biogenesis 0.4304912846005034 4.70848167055317 2.495688027126519e-06 0.0161034020882584 0.0018038278462738 290 Q567V2,P56182,Q13247,Q13823,P52756,Q9H0D6,Q9NWU5,Q96D46,Q9H0A0,Q9UNQ2,Q9NVP1,Q5SY16,O75691,O15514,O75683,Q9H8H2,Q92841,Q9H6R4,Q86U38,Q14684,P50914,Q13243,P46087,Q969X6,Q15061,Q15459,Q9NYY8,Q9Y3A2,P62841,Q12874,P38432,Q76FK4,Q9NVU7,O75494,Q9Y4Z0,Q9GZR2,Q8N8A6,Q9NY61,Q5T3I0,Q9BSC4,Q9NVN8,P55265,P22087,Q01780,Q9NV06,P78316,Q92979,O00566,Q9BYG3,Q99567,Q14137,Q96B26,Q99848,Q9H501,Q8IY81,Q96RS0,O95478,Q9Y3T9,O60287,Q15050,O75475,Q96EU6,Q08211,P39023,Q96HR8,Q9UPY3,Q6DKI1,Q14978,Q9Y3C1,Q7L2E3,Q9BVJ6,O43159,Q9UHA3,Q9Y3B2,Q68CQ4,O00541,O60832,O75533,O75643,O76021,Q07021,Q8NEF9,Q9Y5J1,Q9Y2X3,P62847,Q9NZM5,P82912,Q8N9T8,Q7Z478,Q07955,Q9BVI4,Q9NVX2,Q15024,Q8WXF0,Q02878,Q8IUF8,Q96GQ7,Q13242,Q9NY93,Q9UHI6,Q9Y2R4,Q9UKA9,Q9NR30,Q96BK5,Q14692,Q13535,O15381,Q13601,Q8NI36,Q9BZE4,Q8TDN6,O00567,Q5C9Z4,Q9BZJ0,Q9H0S4,Q9NQT4,Q9Y4W2,O15213,O43395,Q9NQ55,Q9Y3B9,O43290,Q96G21,Q96MU7,Q9BXY0,Q9H7B2,Q14690,Q8TDD1,Q9BUQ8,Q9BVS4,Q9H8H0,Q9HCS7,Q9NWS0 133 |
| Chromosome organization 0.3604785184752053 4.568632664579988 4.909162977684289e-06 0.0314296721628382 0.0031934105169842 369 P23246,P41440,P51530,Q969T9,Q9H0A0,Q14191,Q8IYB8,Q92791,P38398,O95983,O75367,O95453,Q9NRA0,Q96ST3,O95696,O95831,O96028,Q9UKV3,P35251,Q8WUX9,P78406,Q9H1A4,Q96T37,Q9UJX4,O94901,P19447,Q04837,O43823,Q8IXJ6,Q13042,Q92922,Q7Z3K3,Q96EB6,O14497,P49750,Q53HL2,Q9UPP1,Q8N3U4,Q96JM3,Q9NVN8,Q13363,P28370,Q01780,P09651,P11387,O43670,P29375,P51608,P46013,Q8N7H5,Q9UIF9,Q96KQ7,P12270,Q03164,P07910,P45973,Q13330,Q9BRT9,Q8IY18,Q9ULX6,Q9Y3T9,Q15050,O14646,O60216,Q9H0U9,Q08211,Q13185,P54646,P46100,Q96HR8,Q96L91,Q9UJX3,Q8NDT2,Q8WVM7,Q9H0E9,Q15424,O43159,Q9UJX5,Q6PL18,Q5UIP0,Q96T23,O60832,O60934,P04637,Q9BYW2,Q02241,Q13123,Q15022,Q8TAQ2,Q8NB78,Q93009,Q12830,Q6ZRS2,Q7Z7K6,Q14980,Q9NRL2,Q96T88,Q9BRX5,Q9Y6X9,Q00839,P22626,Q2NKX8,O60341,Q13111,P62805,P51948,Q7LBC6,Q96FZ7,Q15047,Q9UFC0,Q9H0H5,Q9BZ95,Q96BK5,Q15003,Q13535,Q5SSJ5,P54132,Q8WUM0,Q6PD62,Q99741,Q9H3R5,Q99496,Q9P0M6,O60885,P11388,P57740,Q92889,Q7KZ85,Q9BVP2,Q9UIG0,P20585,O95619,Q9P2D1,Q9UBB9,Q9UKL0,Q14807,O15294,P06748,Q96MU7,P25440,Q9NTI5,Q14103,Q14683,Q14839,Q6W2J9,Q12824,P14635,Q02880,Q06609,Q14527,Q96EE3,Q86U86,Q8WXI9,Q29RF7,Q9BVS4,Q9NWS0,Q9UFW8,Q15651,O60264 159 |
| Ncrna processing 0.4276397838680849 4.1981087511836614 2.691533774279442e-05 0.1606156968033582 0.0106857625827169 221 P56182,Q9H0D6,Q9H0A0,Q9UNQ2,Q9NVP1,Q5SY16,O75691,O95453,Q92841,Q9H6R4,Q86U38,Q969Y2,Q14684,P50914,P46087,Q969X6,Q15061,Q9NNW5,Q8TEA1,Q9Y3A2,P62841,Q12849,Q76FK4,Q9BV44,Q75QN2,O75127,Q8WYQ5,Q9GZR2,Q8N8A6,Q9BSC4,P55265,P22087,Q01780,Q8N5L8,Q9NV06,P78316,Q92979,Q6NZY4,Q96GM8,O00566,Q5TA45,Q9BYG3,Q14137,Q96B26,Q99848,Q9H501,Q8IY81,O95478,O60287,Q15050,Q96EU6,Q96CB8,Q96HR8,Q9UPY3,Q6DKI1,Q14978,Q8N201,Q9BVJ6,O43159,Q9NVR2,Q9Y3B2,Q68CQ4,Q5JTZ9,O00541,O60832,O76021,Q8NEF9,Q9Y5J1,Q9Y2X3,P62847,Q9NZM5,Q8N9T8,P22626,Q99575,O75648,Q9Y2R4,Q9NR30,Q14692,O15381,Q8TDN6,Q9BZE4,O00567,O15213,Q9NV88,Q9NQ55,Q9Y3B9,Q5VV42,O43290,Q96G21,Q9BXY0,Q9H7B2,Q14690,Q8TDD1,Q9BVS4,Q9BXP5,Q9H8H0,Q9NWS0,O15091 98 |
| Regulation of mrna processing 0.5429327297033881 4.136652731429295 3.5240882173770416e-05 0.2048670757417337 0.0106857625827169 91 P08621,Q15424,Q13247,P52756,Q9H0G5,P38159,Q9HCG8,Q9BWF3,Q9Y2W1,P09651,Q14151,P26599,Q07666,Q07021,P17844,Q14498,Q8IY67,Q9Y5S9,Q8N7H5,Q92841,Q01130,Q2TAY7,P62995,Q16629,Q69YN4,Q14011,P31483,Q00839,P22626,Q96MU7,Q6PJT7,Q8WXF0,Q96T37,P52948,P21127,O00267,P51114,Q08211,Q13595,Q13242,P98179,P14866,O75525,Q8NDT2,O75494,P61978,P49756,P98175,P18583 49 |
| Ncrna metabolic process 0.404837618701611 4.082143726764419 4.462218559941888e-05 0.2519412742271589 0.0106857625827169 282 P56182,Q9H0D6,Q9H0A0,Q9UNQ2,Q9NVP1,Q5SY16,O75691,O75367,O95453,Q92841,Q9H6R4,Q86U38,Q969Y2,Q14684,P50914,P46087,Q969X6,Q15061,Q9NNW5,Q6PI48,Q8TEA1,Q9Y3A2,P62841,Q12849,Q76FK4,Q9BV44,Q75QN2,O75127,Q8WYQ5,Q9GZR2,Q8N8A6,Q9BSC4,P55265,P22087,Q01780,Q8N5L8,Q9NV06,P78316,Q9HA77,Q92979,Q6NZY4,Q96GM8,O00566,Q5TA45,Q9BYG3,Q5T160,Q14137,O43716,Q96B26,Q99848,Q9H501,Q8IY81,Q9H9Y6,O95478,O60287,Q15050,Q96EU6,P46100,Q96CB8,Q96HR8,Q9UPY3,Q9Y5Q8,Q6DKI1,Q9GZS1,Q14978,Q8N201,Q9BVJ6,O43159,Q8WUA4,Q9NVR2,Q9Y3B2,Q68CQ4,Q5JTZ9,O00541,O60832,O76021,P04637,Q8NEF9,Q9Y5J1,Q9Y2X3,P62847,Q9NZM5,P82912,Q8N9T8,Q8TCS8,Q9BVI4,P22626,Q15024,Q99575,O75648,Q12789,Q92945,Q96GQ7,Q9NY93,Q9Y2R4,Q9NR30,Q14692,O15381,Q13601,Q9Y5Q9,Q8NI36,Q9BZE4,Q8TDN6,Q5JPH6,O00567,Q6P1N0,Q9H0R6,Q9H0S4,Q9NQT4,Q9Y4W2,Q9P0M6,O15213,Q7L0Y3,Q9NV88,Q9NQ55,Q9Y3B9,Q7L2J0,Q5JTH9,Q5VV42,Q9NQT5,Q9NU22,Q9P2D1,O43290,Q68E01,Q96G21,P19338,Q9BXY0,Q9H7B2,Q15031,Q12824,Q14690,Q13428,Q8TDD1,Q9BVS4,Q9BXP5,Q9H8H0,Q9NWS0,O15091 138 |
| Regulation of mrna metabolic process 0.4480880083007214 4.0782384372548846 4.537821588446178e-05 0.2556113429378656 0.0106857625827169 155 P08621,Q969T7,Q15424,Q13247,P52756,Q9H0G5,P38159,Q9HCG8,Q9BWF3,P08670,Q9Y2W1,P09651,Q14151,P35637,P26599,Q07666,O15514,Q07021,O95453,P17844,Q969Z0,Q14498,Q8IY67,Q9Y5S9,Q8N7H5,Q92841,Q01130,Q2TAY7,P62995,P07910,Q16629,Q69YN4,Q99729,Q14011,P31483,Q00839,Q96B26,P22626,Q7L8L6,Q96MU7,Q6PJT7,Q8WXF0,Q96T37,P52948,P21127,O00267,Q13151,O60506,Q9P2K5,Q9NYY8,Q92804,P52272,Q08211,Q92945,Q6P6C2,P98179,Q13242,O75525,P14866,P51114,Q8NDT2,O75494,P61978,P49756,P98175,P18583 66 |
| Chromatin organization 0.4090172443467736 3.91466777617107 9.052877075488296e-05 0.4450716713252272 0.0106857625827169 174 Q969T9,P38398,O95983,O75367,Q9NRA0,Q96ST3,O95696,O96028,Q96T37,Q8IXJ6,Q92922,Q96EB6,O14497,Q9UPP1,Q13363,P28370,Q01780,P11387,P29375,P51608,P46013,Q8N7H5,Q9UIF9,Q96KQ7,P12270,Q03164,P07910,P45973,Q13330,Q9Y3T9,O14646,Q9H0U9,Q13185,P54646,P46100,Q96L91,Q8NDT2,Q9H0E9,Q15424,O43159,Q6PL18,Q5UIP0,Q96T23,P04637,Q9BYW2,Q15022,Q8TAQ2,Q8NB78,Q12830,Q6ZRS2,Q7Z7K6,Q96T88,Q9NRL2,Q9Y6X9,Q00839,O60341,Q13111,P62805,Q7LBC6,Q15047,Q9UFC0,Q9BZ95,Q5SSJ5,Q6PD62,Q99496,Q9P0M6,O60885,Q7KZ85,Q9UIG0,O95619,Q9P2D1,Q9UKL0,O15294,P06748,Q96MU7,P25440,Q14839,Q12824,P54198,Q6W2J9,Q9Y5B9,Q14527,Q86U86,Q8WXI9,Q9NWS0,Q9UFW8,Q15651,O60264 88 |
| Regulation of mrna splicing via spliceosome 0.6141562382711206 3.883867427328796 0.0001028079784113 0.4876771463611397 0.0106857625827169 67 P08621,Q13247,P52756,Q9H0G5,Q9HCG8,Q9BWF3,P38159,Q9Y2W1,P09651,P26599,Q07666,Q07021,P17844,Q14498,Q8IY67,Q9Y5S9,Q92841,Q2TAY7,Q01130,P62995,Q16629,Q14011,P31483,Q00839,P22626,Q96MU7,Q8WXF0,Q96T37,P52948,P51114,P14866,Q13595,Q13242,P98179,O75525,Q8NDT2,O75494,P61978,P49756,P98175,P18583 41 |
| Regulation of alternative mrna splicing via spliceosome 0.7130754301642097 3.819413396521596 0.0001337694141034 0.5811440634376404 0.0106857625827169 35 Q13247,P52756,Q9H0G5,P38159,Q9BWF3,Q9Y2W1,P09651,P26599,Q07666,P17844,Q8IY67,Q9Y5S9,Q92841,Q01130,P62995,P31483,Q00839,Q96MU7,Q8WXF0,Q96T37,P51114,P14866,O75525,Q8NDT2,P49756,P98175 26 |
| Alternative mrna splicing via spliceosome 0.684620761808156 3.798871252080791 0.000145356572156 0.6115587056509778 0.0106857625827169 45 P23246,Q13247,P52756,Q9H0G5,P38159,Q9BWF3,Q9Y2W1,P09651,P26599,Q07666,Q14004,P17844,Q8IY67,Q9Y5S9,Q92841,Q2TAY7,Q01130,P62995,Q07955,Q96I25,P31483,Q00839,Q15287,Q96MU7,Q8WXF0,Q96T37,P52272,P51114,P14866,Q08211,Q13242,O75525,Q8NDT2,Q15007,P49756,P98175 36 |
| Regulation of gene expression epigenetic 0.6176310043030419 3.3191905388155205 0.0009027880623277 0.9971920169101444 0.0200431274588475 47 Q9UPP1,O43159,Q13363,Q969T9,Q01780,Q5UIP0,Q9P0M6,P38398,O95983,P51608,O75367,Q15022,Q9UIF9,Q9NRA0,Q96ST3,Q8NB78,P12270,Q7Z7K6,Q13330,Q9Y6X9,Q00839,Q96MU7,Q96T37,Q15047,Q13185,Q8IXJ6,Q8NDT2,Q96EB6,Q9UFW8,O14497 30 |
| Rna localization 0.432631280631396 3.189322738517399 0.0014260656856408 0.9999070248281962 0.0271244365061221 116 Q8N1F7,P41440,Q86W42,Q8TEM1,P35658,Q8WUM0,P51991,P22087,Q01780,P09651,O60832,Q07666,O15514,O95453,Q9Y2X3,P57740,Q9BYW2,O75152,Q86V81,Q7KZ85,Q8TCS8,P12270,Q9H6R4,Q07955,Q9BY77,Q99567,Q86U42,Q16629,Q9BZI7,Q99729,Q00839,P22626,P78406,Q9ULX6,Q9BW27,O15504,P06748,Q96MU7,P52948,P42704,Q92945,Q6P6C2,Q08211,P49790,Q96PU8,Q8WYP5,Q9NRG9,Q96HR8,Q96EE3,Q96FV9,Q8NDT2,P49792,O94906,Q13535,P37198,Q9NWS0,Q8NI27 57 |
| Establishment of rna localization 0.4556480058189331 3.160580866841568 0.0015745489081004 0.9999646606234756 0.0296024296161667 93 Q8N1F7,P41440,Q86W42,Q8TEM1,P35658,Q8WUM0,P51991,P09651,Q07666,O15514,P57740,Q9BYW2,O75152,Q86V81,Q7KZ85,Q8TCS8,P12270,Q9H6R4,Q07955,Q9BY77,Q99567,Q86U42,Q16629,Q9BZI7,P22626,P78406,Q9ULX6,Q9BW27,O15504,P06748,Q96MU7,P52948,P42704,Q92945,Q6P6C2,Q08211,P49790,Q96PU8,Q8WYP5,Q9NRG9,Q96EE3,Q96FV9,Q8NDT2,P49792,Q13535,P37198,Q8NI27 47 |
| Positive regulation of nucleobase containing compound metabolic process 0.305632007997603 3.157633176802539 0.0015905556566193 0.9999681604609848 0.0298171888942621 398 P08621,Q969T7,P23246,P41440,Q969T9,Q96D46,Q9UNQ2,Q9Y2W1,Q14191,Q8IYB8,P38398,Q15648,O15514,Q96QE3,Q9ULV3,O95453,P17844,Q12906,P43490,Q9H1B7,Q86V81,Q92841,Q96ST3,O96028,Q9NXV6,P35251,P19474,Q14684,Q13243,Q96HY6,Q96T37,Q15061,Q9NYF8,Q92804,Q12849,Q8IXJ6,Q92922,Q96FV9,Q96EB6,O14497,Q9UPP1,Q96I24,Q9NY61,P28370,P38159,P51608,Q9H7N4,Q03164,P62995,Q9NYV4,Q9ULX6,P52948,Q8WUB8,P98179,P54646,P46100,Q9H0E9,Q12948,Q8NCF5,Q5UIP0,Q96T23,P35637,Q14004,Q8TAQ2,Q12830,Q6ZRS2,Q99729,Q14011,Q00839,P22626,O15111,O00267,P84095,Q92945,Q7Z4V5,Q05086,Q9NR30,Q9BZ95,Q96PK6,Q7Z434,Q13535,P61978,O15381,O00459,O75155,Q12888,O60885,Q9BVP2,Q9UIG0,Q7L2J0,O95619,Q99459,O60506,P35659,Q06609,Q8WWQ0,Q9BVS4,Q9H8H0,Q9NWS0,Q15651,O60264 101 |
| Positive regulation of cellular biosynthetic process 0.3007726009597677 3.0458220553633115 0.0023204512087993 0.9999997265303852 0.0396152788821135 392 P23246,P41440,Q567V2,P51530,Q969T9,Q96D46,Q9H0A0,Q9Y2W1,P38398,Q15648,O15514,Q96QE3,Q9ULV3,O95453,Q12906,P43490,Q9H1B7,Q86V81,Q92841,Q9NRA0,Q96ST3,Q9NXV6,P35251,P19474,O95573,Q14684,Q96HY6,Q96T37,Q15061,Q9NYF8,Q13144,Q9NYY8,Q92804,Q04837,Q8IXJ6,O95785,Q92922,Q8N442,Q96FV9,Q96EB6,Q13217,O14497,Q9UPP1,Q96I24,Q9NY61,P28370,P38159,Q07666,P51608,Q9H7N4,Q03164,Q9NYV4,Q9ULX6,P52948,Q8WUB8,P98179,P46100,Q9H0E9,Q12948,Q8NCF5,Q96T23,P35637,Q07021,Q14004,Q8TAQ2,Q12830,Q6ZRS2,Q9NRL2,Q99729,Q14011,Q00839,O15111,O00267,P84095,Q05086,Q9NR30,Q9BZ95,Q96PK6,Q7Z434,Q13535,P61978,O15381,O00459,O75155,Q12888,Q08379,O60885,Q9BVP2,Q9UIG0,Q7L2J0,O95619,Q99459,O60506,P35659,P51114,Q8WWQ0,Q9H8H0,Q9NWS0,Q15651,Q15042,O60264 101 |
| Nucleobase containing compound transport 0.4247362479189913 3.043219018928312 0.0023406191088408 0.9999997602271862 0.0396152788821135 108 Q8N1F7,P41440,Q86W42,Q8TEM1,P35658,Q8WUM0,P51991,P09651,Q07666,O15514,Q9H2D1,P12235,P57740,Q9BYW2,O75152,Q86V81,Q8TDW0,Q7KZ85,Q8TCS8,P12270,Q9H6R4,Q07955,Q9BY77,Q99567,Q86U42,Q16629,Q9BZI7,P22626,P78406,Q9ULX6,Q9BW27,O15504,P06748,Q96MU7,P52948,P42704,Q6KCM7,Q92945,Q6P6C2,Q08211,P49790,Q96PU8,Q8WYP5,Q9NRG9,Q96EE3,Q96FV9,Q8NDT2,P49792,O00400,P37198,Q8NI27 51 |
| Mrna transport 0.4944807515763688 3.040365786193829 0.0023629097934296 0.9999997926622408 0.0396152788821135 74 P35658,Q86W42,Q8WUM0,Q8N1F7,Q8TEM1,P51991,P09651,O15514,P57740,Q9BYW2,O75152,Q7KZ85,Q86V81,P12270,Q07955,Q9BY77,Q16629,Q99567,Q86U42,Q9BZI7,P22626,P78406,O15504,Q9ULX6,Q9BW27,Q96MU7,P52948,P42704,Q92945,Q6P6C2,Q08211,P49790,Q96PU8,Q8WYP5,Q9NRG9,Q96EE3,Q96FV9,Q8NDT2,P49792,P37198,Q8NI27 41 |
| Peptidyl lysine modification 0.4192904220514817 2.926781414600081 0.0034248949883717 0.9999999997968712 0.051098490594858 101 O00469,Q9H0E9,Q96AY3,Q9H4L4,Q9NVN8,Q969T9,Q13363,Q5UIP0,Q00403,Q92791,P38398,O95983,P51608,O75367,O60885,Q9BU89,Q86UY6,Q9BYW2,Q9BVP2,Q9NRA0,Q96ST3,Q96KQ7,O95696,Q03164,O96028,Q6ZRS2,O95619,Q8IY18,O60568,Q6UXN9,Q6W2J9,Q15047,Q02809,P54646,Q8IXJ6,P46100,O75925,Q9BZ95,P49792,Q96EB6,Q9NWS0 41 |
| Negative regulation of nucleobase containing compound metabolic process 0.3463242862319888 2.8517931243656003 0.0043473383442349 0.9999999999995084 0.0604716498228184 289 P23246,P41440,Q13247,Q96MG7,Q9H0A0,Q9Y2W1,P38398,O95983,Q15648,O75367,O95453,P17844,Q12906,Q15233,Q9H1B7,Q96ST3,Q01130,O75182,O96028,P35251,Q96T37,Q9NYF8,Q13151,Q9HCD5,Q92804,Q96KM6,Q8IXJ6,Q96FV9,O75494,Q96EB6,Q8IWS0,Q9NVN8,Q13363,P38159,Q01780,P09651,P10589,P26599,P29375,Q07666,P51608,Q8N7H5,Q96KQ7,P12270,Q03164,P07910,P45973,Q13330,Q8IX12,Q9Y3T9,Q08211,Q8WUB8,Q13185,P46100,O75925,Q8N6R0,Q96HR8,Q8NDT2,Q9NRR5,Q9UPY3,P98175,Q12948,O43159,Q5UIP0,Q96T23,P35637,O60832,O60934,P27797,P04637,Q07021,Q9NZM5,Q15022,Q8TAQ2,Q8NB78,Q12830,Q96T88,Q99729,Q14011,Q15287,Q00839,P22626,O15226,O60341,Q6PJT7,Q8WXF0,O00330,O00267,P42704,Q9UQR0,Q8IUF8,Q13242,Q9UHI6,Q9UKA9,Q96BK5,P61978,Q96K76,Q13148,P54132,Q6PD62,Q6P1N0,Q12888,Q99496,Q9P0M6,Q6IAN0,Q92889,Q7L2J0,P20585,Q16629,Q6GQQ9,Q6W2J9,O60506,P14866,Q8TDD1,Q8WXI9,Q9UFW8 116 |
| Dna packaging 0.4435596258051437 2.8515538121382247 0.0043506121625025 0.9999999999995188 0.0604716498228184 86 Q9UPP1,Q6PD62,O43159,Q13363,Q5UIP0,Q96T23,Q9P0M6,O95983,P51608,O75367,P04637,P11388,Q8N7H5,Q9UIF9,Q96ST3,P12270,Q9UIG0,O95831,Q9UKV3,Q7Z7K6,Q9NRL2,Q8IY18,Q9Y6X9,Q9ULX6,O60341,P06748,P25440,Q13111,Q9Y3T9,P62805,Q9H0U9,O43823,Q13185,Q15047,Q8IXJ6,P46100,Q15003,Q96EB6,Q5SSJ5,O60264 40 |
| Folate transmembrane transport 0.9894212818917242 2.714652468906998 0.0066345352547267 1.0 0.0805180071492496 2 P41440 1 |
| Folic acid transport 0.9894212818917242 2.714652468906998 0.0066345352547267 1.0 0.0805180071492496 2 P41440 1 |
| Heterochromatin organization 0.5697275352867421 2.7097400979154296 0.0067335949541478 1.0 0.0814164222615829 31 Q9Y6X9,Q15047,Q9UPP1,Q13185,Q8IXJ6,O60341,O43159,Q13363,Q9UIF9,Q96ST3,P12270,Q96EB6,Q5SSJ5,Q5UIP0,Q7Z7K6,O95983,P51608,O75367 18 |
| Negative regulation of protein targeting to mitochondrion 0.9869321717486002 2.7039435312940476 0.0068521932668823 1.0 0.0825435503723513 2 P49257 1 |
| Negative regulation of gene expression epigenetic 0.5778915633507373 2.683918821478877 0.0072764771970166 1.0 0.0864540856217783 30 Q9Y6X9,Q15047,Q9UPP1,Q13185,Q8IXJ6,O60341,O43159,Q13363,Q9UIF9,Q96ST3,P12270,Q96EB6,Q9P0M6,Q5UIP0,Q7Z7K6,O95983,P51608,O75367 18 |
| Histone deacetylation 0.5771548245703941 2.6785163819810127 0.0073949114700992 1.0 0.0874616347509017 30 O43823,P23246,Q8IXJ6,Q9ULX6,Q96PK6,O43159,Q13363,Q9UIF9,Q9NRA0,Q96ST3,Q8WXI9,Q96EB6,O75182,P29375,O95983 15 |
| Protein hydroxylation 0.7075053919743339 2.669183037493269 0.0076036001408978 1.0 0.0895975338659781 16 O00469,Q02809,Q12797,Q13162,Q96AY3,O75718,O15460,Q96HE7,Q92791,P13674,Q32P28 11 |
| Epoxide metabolic process 0.9775980087118858 2.66367958405411 0.0077291144115692 1.0 0.0902655103182364 2 P07099 1 |
| Ethanol catabolic process 0.977286869943996 2.6623345845049413 0.007760070035657 1.0 0.0903027827941843 2 P30837 1 |
| Primary alcohol catabolic process 0.977286869943996 2.6623345845049413 0.007760070035657 1.0 0.0903027827941843 2 P30837 1 |
| Chromatin remodeling 0.4265650663147903 2.644121360895651 0.0081903284389375 1.0 0.0924966779432093 86 Q9NRZ9,P28370,Q13547,Q9P0M6,Q96T23,P11387,O94776,P29375,O95983,O75367,O60885,Q9BYW2,Q7KZ85,Q8N7H5,Q9UIF9,Q8TAQ2,Q9UIG0,Q12830,P07910,Q6ZRS2,Q7Z7K6,O95619,Q9NRL2,Q9P2D1,Q13330,Q9Y6X9,P06748,P25440,Q13111,P62805,Q14839,O14646,Q12824,Q9H0U9,Q13185,P46100,Q9Y5B9,Q92922,Q86U86,Q16512,Q8WXI9,Q5SSJ5,Q9NWS0,O14497,O60264 45 |
| Mrna export from nucleus 0.542783477251729 2.6341757094115072 0.0084341828655076 1.0 0.0944309114287908 39 P35658,Q86W42,Q8WUM0,Q8N1F7,O15514,P57740,Q9BYW2,O75152,Q86V81,P12270,Q9BY77,Q99567,Q86U42,P22626,P78406,Q9ULX6,Q9BW27,Q96MU7,Q6P6C2,Q96FV9,Q8NDT2,Q8NI27 22 |
| Peptidyl proline modification 0.5541188447248204 2.6101889831392686 0.0090492216063062 1.0 0.0987670915252053 32 P26885,Q96AY3,O75718,Q5T1M5,Q9NWM8,P49792,P30414,O15460,P13674,Q32P28 10 |
| Snrna metabolic process 0.6201329383807291 2.604178354390825 0.0092094817947216 1.0 0.0995144170675492 25 Q4G0J3,Q68E01,Q96B26,Q8N201,Q6P1N0,Q6NZY4,Q96GM8,Q15024,Q96CB8,Q9NV88,Q75QN2,Q9NVR2,Q9NQT4,Q01780,Q5TA45,Q7L2J0,Q9NQT5,O60832 18 |
| Anion transmembrane transport 0.519993289500845 2.5141593993842677 0.0119316491952852 1.0 0.1163812883548378 47 Q9UHG3,Q9H2D1,P41440,P12235,O60831 5 |
| Positive regulation of rna metabolic process 0.3051996648730462 2.470483974557451 0.0134930364396641 1.0 0.1281346015182705 341 P08621,Q969T7,P23246,P41440,Q969T9,Q96D46,Q9UNQ2,Q9Y2W1,Q8IYB8,P38398,Q15648,O15514,O95453,P17844,Q12906,P43490,Q9H1B7,Q86V81,Q92841,Q96ST3,Q9NXV6,P35251,P19474,Q14684,Q13243,Q96HY6,Q96T37,Q15061,Q9NYF8,Q92804,Q12849,Q8IXJ6,Q92922,Q96FV9,Q96EB6,O14497,Q9UPP1,Q96I24,Q9NY61,P28370,P38159,P51608,Q9H7N4,Q03164,P62995,Q9NYV4,Q9ULX6,P52948,Q8WUB8,P98179,P46100,Q9H0E9,Q12948,Q8NCF5,Q96T23,P35637,Q14004,Q8TAQ2,Q12830,Q6ZRS2,Q99729,Q14011,Q00839,O15111,O00267,P84095,Q92945,Q05086,Q9NR30,Q9BZ95,Q96PK6,Q7Z434,P61978,O00459,O75155,Q12888,O60885,Q9BVP2,Q9UIG0,Q7L2J0,O95619,Q99459,O60506,P35659,Q8WWQ0,Q9BVS4,Q9H8H0,Q9NWS0,Q15651,O60264 90 |
| Positive regulation of nuclear cell cycle dna replication 0.929060360920973 2.451624813217703 0.0142212856463774 1.0 0.1327209603466836 2 O95785 1 |
| Maturation of lsu rrna 0.5968771492488678 2.4490313043671614 0.0143240998240212 1.0 0.1327209603466836 25 Q9BZE4,Q14137,Q8IY81,Q9BXY0,Q9H7B2,O95478,Q9Y3B9,Q9NVP1,O60287,Q5SY16,O00541,O76021,Q9BYG3 13 |
| Negative regulation of mrna splicing via spliceosome 0.6563678695207311 2.4458656213907304 0.0144504848290303 1.0 0.1327209603466836 17 Q13242,P22626,Q13247,Q8WXF0,O75494,P38159,P61978,Q16629,P98175,Q07021 10 |
| Maturation of 5 8s rrna 0.5861225521824485 2.4414382508463746 0.0146288898644999 1.0 0.1327209603466836 26 Q86U38,Q14137,Q96B26,Q8IY81,Q9BXY0,Q8N9T8,O95478,Q9Y3B9,Q01780,O60287,Q5SY16,O00541,O75691,P78316 14 |
| Adenylate cyclase activating adrenergic receptor signaling pathway involved in heart process 0.9262601120099572 2.4392541118461324 0.0147176148796732 1.0 0.1329695622114925 2 P23634 1 |
| Negative regulation of adenylate cyclase activating adrenergic receptor signaling pathway 0.9262601120099572 2.4392541118461324 0.0147176148796732 1.0 0.1329695622114925 2 P23634 1 |
| Negative regulation of adenylate cyclase activating g protein coupled receptor signaling pathway 0.9262601120099572 2.4392541118461324 0.0147176148796732 1.0 0.1329695622114925 2 P23634 1 |
| Negative regulation of biosynthetic process 0.3151881868924546 2.4274159695413537 0.0152068091388384 1.0 0.13700871668718 320 Q969T7,P23246,P41440,Q96MG7,Q9H0A0,P38398,O95983,Q15648,O15514,O75367,O95453,P17844,Q12906,Q15233,Q9H1B7,Q01130,Q96ST3,O75182,O96028,P35251,P31483,P49841,Q96T37,Q9NYF8,Q9HCD5,Q96KM6,Q8IXJ6,Q96EB6,Q10713,Q8IWS0,Q9NY61,Q9NVN8,Q13363,Q01780,P09651,P10589,P29375,Q07666,P51608,Q8N7H5,Q96KQ7,P12270,P07910,P45973,Q13330,Q8IX12,Q96B26,Q9Y3T9,P23634,Q8WUB8,Q08211,Q13185,P46100,O75925,Q8N6R0,Q8NDT2,Q9UPY3,P98175,Q12948,P49458,O43159,Q5UIP0,Q96T23,P27797,Q07021,P04637,P61586,Q9NZM5,O14734,Q15022,Q8TAQ2,Q8NB78,Q8TCS8,Q12830,Q96T88,Q14011,Q00839,P22626,Q15024,O15226,O60341,O00330,O00267,Q9UQR0,Q92945,Q8IUF8,Q9UHI6,Q96BK5,Q13535,P61978,O75477,Q96K76,Q13148,P54132,Q9BZE4,Q6PD62,Q6P1N0,Q99741,Q9BQ70,Q99496,Q9BWF3,Q9P0M6,Q6IAN0,O94905,O95782,Q92889,Q7L2J0,Q9Y4G8,Q6GQQ9,Q6W2J9,O60506,P51114,P14866,Q8TDD1,Q8WXI9,Q29RF7,Q9UFW8 117 |
| Plasma membrane organization 0.5317020502695693 2.4206631012312503 0.0154922276906526 1.0 0.1384298641863946 31 Q8WUX9,P41440,Q9Y2J2,Q8N3F8,Q765P7 5 |
| Negative regulation of transcription by rna polymerase ii 0.3671284809948061 2.415123173375835 0.0157298893326947 1.0 0.1401374682018898 138 P23246,P41440,Q6PD62,Q6P1N0,Q12948,Q13363,Q96MG7,Q99496,Q5UIP0,P10589,Q9P0M6,P27797,P29375,O95983,Q15648,Q07666,O75367,P51608,P04637,P17844,Q07021,Q9NZM5,Q9H1B7,Q15022,Q8N7H5,Q8NB78,Q96KQ7,Q96ST3,P12270,Q12830,O75182,O96028,Q7L2J0,Q96T88,P45973,P35251,Q13330,Q00839,P22626,O60341,O00330,Q9Y3T9,O00267,Q6GQQ9,Q6W2J9,Q9HCD5,Q13185,Q8IXJ6,P46100,Q9UHI6,O75925,Q8N6R0,Q9UPY3,Q8WXI9,Q96EB6,Q9UFW8,P98175,Q8IWS0 58 |
| Negative regulation of rna splicing 0.6265851161993691 2.41256293040927 0.0158408025719996 1.0 0.1404299958726746 19 Q15287,Q13242,P22626,Q13247,P98175,Q8WXF0,O75494,P38159,P61978,Q16629,P26599,Q07021 12 |
| Regulation of transcription by glucose 0.9169259489732446 2.3979115155648723 0.0164888478603655 1.0 0.1449458855833483 2 Q96EB6 1 |
| Regulation of mitochondrial gene expression 0.7493728618151134 2.3908092477268683 0.0168112846777916 1.0 0.1473819499043598 11 Q9NYY8,Q567V2,Q9BT17 3 |
| Cell motility involved in cerebral cortex radial glia guided migration 0.9150591163659024 2.3896233110798852 0.0168656610732749 1.0 0.1476596571758457 2 O94901 1 |
| Ribosomal large subunit biogenesis 0.4793977268265781 2.3802881935837257 0.0172991027911622 1.0 0.1497008612189716 60 Q8TDN6,Q9BZE4,Q7L2E3,Q9Y3C1,Q9UHA3,Q9NVP1,Q5SY16,O00541,O76021,O75683,Q9NZM5,Q9NQ55,Q9Y3B9,Q9BYG3,Q9NVX2,Q14137,P50914,Q99848,P46087,Q8IY81,Q9BXY0,Q9H7B2,O95478,Q9Y3T9,O60287,Q15050,Q9NYY8,P39023,Q9NVU7,Q6DKI1,O15381 31 |
| Positive regulation of production of molecular mediator of immune response 0.6048324668958361 2.380142891945015 0.0173059258472969 1.0 0.1497008612189716 23 Q12846,Q9NR30,Q9NRA0,Q7Z434,Q96EB6,O96028,Q5UIP0,Q96QE3 8 |
| Snrna processing 0.6434986246132174 2.3701853754134348 0.0177791685955597 1.0 0.1527787208905099 17 Q68E01,Q96B26,Q8N201,Q96GM8,Q96CB8,Q15024,Q9NV88,Q75QN2,Q9NVR2,Q9NQT4,Q5TA45,Q9NQT5 12 |
| Negative regulation of mrna processing 0.5939983946871235 2.367708398441163 0.017898636682718 1.0 0.1531981995014224 24 Q13242,P22626,Q6PJT7,Q8WXF0,O75494,P38159,P61978,O00267,Q16629,P98175,Q07021 11 |
| Facultative heterochromatin assembly 0.659149650739288 2.3328012417821298 0.0196585794770469 1.0 0.1600488854795876 15 Q9Y6X9,Q15047,Q9UPP1,Q8IXJ6,O60341,Q9NRZ9,O43159,Q9UIF9,Q96EB6,O95983,O75367 11 |
| Mitochondrial gene expression 0.4836139788974234 2.331341022406899 0.0197353847364438 1.0 0.1604733471382092 56 Q5JPH6,Q567V2,Q9H0R6,Q9Y3D3,Q9BT17,Q5JTZ9,Q8IYB8,Q07021,Q969Z0,P82912,Q14197,Q7L0Y3,Q8TCS8,Q5T160,Q9HD33,O43716,Q7L8L6,Q15031,Q00059,Q6PI48,P42704,Q96QE5,Q9NYY8,Q9BZE1,O00411,Q96EY7,Q4U2R6,P49411,O15091,Q92552 30 |
| Nucleotide transport 0.6476900464048563 2.328966509489184 0.0198608399724431 1.0 0.1612918402256462 16 Q9H2D1,P41440 2 |
| Chromatin assembly or disassembly 0.41730952321208 2.325033637904583 0.0200701615969463 1.0 0.1621848339382626 77 Q9UPP1,Q6PD62,Q9NRZ9,O43159,Q13363,Q13547,Q5UIP0,Q96T23,O94776,Q9P0M6,O95983,P51608,O75367,P04637,Q13112,Q8N7H5,Q9UIF9,Q8TAQ2,Q96ST3,P12270,Q7Z7K6,Q9NRL2,Q9Y6X9,P24941,O60341,P06748,P25440,Q13111,Q9Y3T9,P62805,Q12824,P54198,Q9H0U9,Q15047,Q13185,Q8IXJ6,P46100,Q9Y5B9,Q92922,Q96EB6,Q5SSJ5,O14497,O60264 43 |
| Type i interferon production 0.5692769553439398 2.3250267659290484 0.0200705290269487 1.0 0.1621848339382626 26 P41440,Q9BYW2,O15111,Q8WUQ7,P19474 5 |
| Cellular modified amino acid catabolic process 0.8644001787802692 2.3238889491532264 0.0201314466990814 1.0 0.1624752615105763 7 Q9UHG3 1 |
| Nad biosynthesis via nicotinamide riboside salvage pathway 0.8976353453640373 2.311952483268183 0.0207803020012278 1.0 0.1666780080369753 2 P43490 1 |
| Spliceosomal complex assembly 0.5047170348232005 2.3079504237297974 0.0210018940502447 1.0 0.1678345464334671 38 Q92499,Q13247,P52756,Q9BZJ0,P09234,O75533,O75643,Q07955,Q13243,Q96MU7,Q8WXF0,Q15459,O75475,Q13242,Q12874,Q9UKA9,O94906,O75494,Q9BUQ8,Q15637 20 |
| Dna conformation change 0.3593644803639548 2.288739161852453 0.0220945121796269 1.0 0.1746352390382425 138 Q9UPP1,P51530,Q6PD62,O60264,O43159,Q13363,Q5UIP0,Q96T23,P11387,Q8IYB8,Q14191,O60934,O95983,Q9P0M6,P51608,O75367,P04637,P11388,Q8N7H5,Q9UIF9,Q96ST3,P12270,Q9UIG0,O95831,Q9UKV3,Q7Z7K6,Q9NRL2,Q9BRX5,Q9P2D1,Q9BRT9,Q8IY18,Q9Y6X9,Q2NKX8,P22626,Q9ULX6,O60341,P06748,P25440,Q13111,Q9Y3T9,P62805,Q14839,O14646,P51948,Q9H0U9,P19447,Q04837,O43823,Q08211,Q13185,Q15047,Q8IXJ6,P46100,Q02880,Q06609,Q15003,Q96EB6,Q5SSJ5,P54132 59 |
| Regulation of chromatin organization 0.6403886514880024 2.286558793961581 0.0222215887043255 1.0 0.1752138600262275 16 Q9Y6X9,Q15047,Q00839,Q9UPP1,P46013,O60341,Q96ST3,P12270,O75367 9 |
| Positive regulation of cytokine production involved in immune response 0.7446026460553711 2.2775596991961824 0.0227528239318766 1.0 0.1770691945275445 10 Q9NR30,Q96EB6,Q9NRA0 3 |
| Methylation 0.3703640344486664 2.2750852271664335 0.0229008176853984 1.0 0.1777682804815235 110 O43159,Q9UNQ2,P22087,O60725,Q5UIP0,P38398,O95983,P51608,O75367,O60885,Q92979,Q9BYW2,Q8N7H5,Q9UIF9,Q03164,Q7L2J0,O96028,Q69YN4,Q969Y2,P46087,Q8IY81,Q96RS0,Q96T37,Q9NNW5,O75648,Q8TEA1,Q6W2J9,Q15047,P46100,Q8N6R0,Q9BZ95,Q9BV44,Q8NDT2,Q96EB6,Q9NWS0 35 |
| Maturation of 5 8s rrna from tricistronic rrna transcript ssu rrna 5 8s rrna lsu rrna 0.6153554371787744 2.2701790496115075 0.0231967216097603 1.0 0.1792098266882319 18 Q86U38,Q14137,Q96B26,Q8IY81,Q8N9T8,O60287,Q01780,Q5SY16,O00541,O75691,P78316 11 |
| Negative regulation of centriole replication 0.8873677660236522 2.265918671731029 0.0234563631799982 1.0 0.1803589154679532 2 P38398 1 |
| Regulation of ribosome biogenesis 0.8870566272557601 2.2645206867740963 0.0235421088893814 1.0 0.1808045080583546 2 Q5T3I0 1 |
| Nucleotide transmembrane transport 0.7404833998337123 2.2575936737218223 0.0239710034311646 1.0 0.1825894348006159 10 Q9H2D1,P41440 2 |
| Mitochondrial translation 0.4941652774660173 2.249727909588611 0.0244662227078282 1.0 0.1848464328855086 42 Q5JPH6,Q567V2,Q9H0R6,Q9Y3D3,Q9BT17,Q5JTZ9,Q07021,P82912,Q14197,Q7L0Y3,Q5T160,Q9HD33,O43716,Q15031,Q6PI48,P42704,Q9NYY8,Q9BZE1,Q96EY7,Q4U2R6,P49411,Q92552 22 |
| Response to endoplasmic reticulum stress 0.3970136367376288 2.2451053178684988 0.0247613723063331 1.0 0.1862112449164127 84 P41440,Q9GZP9,P61960,O14656,Q9UBV2,Q8IXB1,Q96A33,O00459,O95881,O95831,Q96EB6,Q9NYU2,P14625,Q6ZXV5,Q13217,Q96HE7,O94905,Q9Y4P3 18 |
| Regulation of chromosome organization 0.3677964371680415 2.242419310028985 0.0249342849462095 1.0 0.1872950618650034 102 P23246,Q9NVN8,Q9H0A0,Q9UJX5,Q01780,P09651,O60832,O43670,O60934,O75367,O95453,Q13123,Q92889,Q9BVP2,Q93009,Q96ST3,P12270,Q9UIG0,P07910,Q7Z7K6,Q14980,Q8IY18,Q9Y6X9,Q00839,P22626,Q9H1A4,Q9UJX4,P51948,O60216,P14635,Q04837,Q15047,P46100,Q13042,Q96HR8,Q9UJX3,Q96BK5,Q13535,Q9BVS4,P49750,O60264 41 |
| Folic acid containing compound metabolic process 0.6607802016948462 2.229908082467661 0.0257535457091884 1.0 0.1925595572853685 14 P41440 1 |
| Cellular response to alcohol 0.5945211285498134 2.212564853829579 0.0269276603601547 1.0 0.1981498084194642 19 O43823,Q14571,Q9NRA0,O95831,P38398 5 |
| Pteridine containing compound metabolic process 0.6153448805116852 2.2024736536447893 0.027631868177302 1.0 0.2017283264243445 17 P41440 1 |
| Histone h3 k9 methylation 0.693232488477529 2.201375149794955 0.027709476735088 1.0 0.2017283264243445 12 Q15047,P46100,Q96EB6,Q5UIP0,P38398,P51608 6 |
| Histone h3 k9 modification 0.6352615777450308 2.196499766540318 0.0280561918575483 1.0 0.2023342882853128 15 P46100,Q9NRA0,Q03164,Q96EB6,Q5UIP0,P38398,P51608 7 |
| Negative regulation of mrna metabolic process 0.4825001400924193 2.188471801252024 0.0286352531320708 1.0 0.2049200457911119 47 Q13247,P38159,Q9Y2W1,P35637,P26599,Q07021,P07910,Q16629,Q99729,Q14011,Q00839,P22626,Q6PJT7,Q8WXF0,O00267,Q13151,O60506,Q92804,Q13242,O75494,P61978,P98175 22 |
| Ammonium transmembrane transport 0.869010578718114 2.1831372193375627 0.0290257063814711 1.0 0.2069047916560218 2 Q9Y666 1 |
| Gamma aminobutyric acid signaling pathway 0.8690105787181118 2.183137219337554 0.0290257063814718 1.0 0.2069047916560218 2 P04899 1 |
| Folic acid metabolic process 0.8303204520472196 2.1814504731863695 0.0291501138824039 1.0 0.2070103611408709 7 P41440 1 |
| Negative regulation of intracellular protein transport 0.72419680270514 2.178228721474768 0.0293890127789204 1.0 0.2075834107004047 10 P49257,O95429,P61960 3 |
| Ribosomal large subunit assembly 0.5772051444169908 2.171457318614721 0.0298966201484058 1.0 0.2102459611517624 22 Q8TDN6,Q14137,Q7L2E3,P39023,Q9NZM5,P46087,Q9H7B2,Q9NQ55,Q02878,Q15050,Q9NYY8,Q9NVX2 12 |
| Negative regulation of intrinsic apoptotic signaling pathway by p53 class mediator 0.8384640861909557 2.165289143405595 0.0303655492568175 1.0 0.2113978484196776 6 Q96QE3 1 |
| Mrna splice site selection 0.5794860835934318 2.1612768858967697 0.0306739573076588 1.0 0.2125535144107195 21 Q13242,Q12874,Q13243,Q13247,O75475,Q96MU7,Q9UKA9,Q8WXF0,O75494,Q07955,Q15459,P09234,Q15637 13 |
| Modified amino acid transport 0.9436655083956046 2.1611700504782805 0.030682206000256 1.0 0.2125535144107195 5 P41440,O43772 2 |
| Ncrna 3 end processing 0.570467044161316 2.1539134535256355 0.0312469597073723 1.0 0.2144108363886678 23 Q4G0J3,O95453,Q96B26,Q8N201,Q96GM8,Q15024,Q96CB8,Q7L0Y3,Q75QN2,Q9NQT4,P22087,Q01780,O75127,Q9NQT5,O60832 15 |
| Primary alcohol metabolic process 0.5938360658623562 2.137773515606602 0.0325351295157825 1.0 0.2206892778938116 18 P30837,O94788 2 |
| External encapsulating structure organization 0.5507033231715959 2.1336739441156274 0.0328694803852351 1.0 0.2222464968039573 25 P41440,O75718,Q96AY3,Q12948,Q92791 5 |
| Histone modification 0.3392153659601888 2.131414217306125 0.0330550326286978 1.0 0.2223608968455834 150 P23246,Q9UPP1,Q9H0E9,Q9UGN5,O43159,Q969T9,Q13363,Q99496,P22087,Q5UIP0,Q00403,P29375,P38398,O95983,P51608,O75367,P04637,O60885,Q86UY6,Q9BYW2,Q15022,Q8N7H5,Q9UIF9,Q9NRA0,Q96ST3,Q96KQ7,O95696,Q03164,Q8NB78,O75182,O96028,Q93009,Q6ZRS2,Q9UIG0,Q96T88,O95619,Q13330,Q9ULX6,O60341,O94874,Q6UXN9,Q9Y3T9,Q6W2J9,Q6ZW49,Q7LBC6,O43823,Q15047,P54646,Q8IXJ6,P46100,Q96L91,Q9BZ95,Q96PK6,Q8WXI9,Q96EB6,Q9NWS0,O60264 57 |
| Positive regulation of epithelial cell differentiation 0.8298724396509904 2.1296382464760004 0.0332014909071269 1.0 0.2228851376169876 6 Q12948,Q14980,Q15648,Q9P0M6 4 |
| Positive regulation of gene expression 0.3238160302040793 2.1270410689636545 0.0334166710072136 1.0 0.2240983968061082 225 P08621,Q9UPP1,P41440,Q567V2,Q96I24,Q12948,Q12846,Q12888,O94788,Q969T9,Q9H0A0,P55265,P38159,Q9Y2W1,Q5UIP0,P35637,P38398,Q15648,O15514,Q96QE3,O75367,Q07666,P17844,Q07021,Q9BYW2,Q9NRA0,P62995,O96028,O14802,Q9BY67,Q99729,Q14011,Q00839,P49841,Q13243,P34913,Q96HY6,P52948,O15111,Q13151,Q13144,O60506,Q9NYY8,Q92804,P51114,P98179,Q9Y478,Q9NR30,Q8N442,Q14160,Q7Z434,Q96EB6,Q13217,P98175,O14497 55 |
| Water soluble vitamin metabolic process 0.5805459754421443 2.12411018148549 0.0336609313382467 1.0 0.2248304235594421 19 P41440 1 |
| Peptidyl lysine methylation 0.480220522978328 2.122366752467106 0.0338069519007677 1.0 0.2252787070884906 40 O60885,Q15047,P46100,Q9BYW2,Q9BZ95,Q03164,Q96EB6,Q5UIP0,O96028,Q6W2J9,Q9NWS0,P38398,P51608 13 |
| Intracellular estrogen receptor signaling pathway 0.5572355807079998 2.1204373691989513 0.0339691780782933 1.0 0.2254790851013248 24 P17844,P61960,Q15424,Q8TDD1,Q969T9,Q92841,Q9P253,O14497,P38398,Q15648 10 |
| Negative regulation of intracellular transport 0.6115635038327165 2.1172939346967574 0.0342349093470351 1.0 0.2263191923805521 16 P49257,O95429,P61960,Q9GZP9 4 |
| Positive regulation of mast cell activation involved in immune response 0.8534536403235915 2.1125134297381756 0.0346424353010454 1.0 0.2273956020517755 2 Q9NRA0 1 |
| Positive regulation of mast cell activation 0.8534536403235915 2.1125134297381756 0.0346424353010454 1.0 0.2273956020517755 2 Q9NRA0 1 |
| Eosinophil mediated immunity 0.8534536403235884 2.11251342973816 0.0346424353010468 1.0 0.2273956020517755 2 Q12846 1 |
| Eosinophil activation 0.8534536403235884 2.11251342973816 0.0346424353010468 1.0 0.2273956020517755 2 Q12846 1 |
| Strand invasion 0.849408836341016 2.0940822423236027 0.0362526546535764 1.0 0.2343814618243987 2 Q14191 1 |
| Double strand break repair via synthesis dependent strand annealing 0.8494088363410127 2.0940822423235876 0.0362526546535777 1.0 0.2343814618243987 2 P46100 1 |
| Dosage compensation 0.6718647104927475 2.08986838196991 0.0366296245173163 1.0 0.2361503542964744 12 Q00839,Q96MU7,Q8NDT2,Q96T37,Q01780,Q9P0M6,P38398,O75367 8 |
| Regulation of protein deacetylation 0.6161275924651312 2.0859284863259724 0.0369851014641839 1.0 0.2372663465503725 15 O43823,P54646,Q9ULX6,Q9NRA0,Q96EB6 5 |
| Rna export from nucleus 0.4627265145316303 2.0847222105183225 0.0370945233576831 1.0 0.2372663465503725 53 P35658,Q86W42,Q8WUM0,Q8N1F7,P09651,Q07666,O15514,P57740,Q9BYW2,O75152,Q7KZ85,Q86V81,P12270,Q9H6R4,Q9BY77,Q99567,Q86U42,P22626,P78406,Q9ULX6,Q9BW27,P06748,Q96MU7,Q6P6C2,Q08211,P49790,Q96FV9,Q8NDT2,P37198,P82979,Q8NI27 31 |
| Protein localization to nucleolus 0.6697605885423653 2.078819465292706 0.037633947080947 1.0 0.2400086527074121 12 Q76FK4,Q9NZM5,Q96BK5,Q9H7B2,Q96D46,O15381,Q15050,Q14191 8 |
| Negative regulation of signal transduction by p53 class mediator 0.7701659056534004 2.067441363355699 0.0386925840523131 1.0 0.2429490919500935 8 Q96EB6,Q96QE3 2 |
| Regulation of receptor internalization 0.6665866585346303 2.0621298986006944 0.0391953705172647 1.0 0.2446033548400952 12 P41440,P30533 2 |
| Glycerol 3 phosphate metabolic process 0.8400746733043001 2.0514423644150455 0.0402238870031723 1.0 0.2490755380310444 2 Q9HCL2 1 |
| Negative regulation of telomere maintenance via telomere lengthening 0.6981456387247635 2.0498923425923654 0.0403749376152264 1.0 0.2490755380310444 10 Q00839,Q92889,Q96BK5,Q9NVN8,Q9H0A0,Q01780,P09651 7 |
| Nucleolar chromatin organization 0.81059190031154 2.0491448048448677 0.0404479573929505 1.0 0.2490755380310444 6 Q9UPP1,O43159,Q9UIF9,Q96EB6,O75367 5 |
| Cleavage involved in rrna processing 0.5651252456316652 2.0456598887817004 0.0407898447492898 1.0 0.2490755380310444 20 Q86U38,Q14137,Q96B26,Q8N9T8,Q14692,Q01780,Q5SY16,O75691,P78316,Q96EU6 10 |
| Regulation of histone h3 k9 methylation 0.6795724914498943 2.0403572279308224 0.0413147587295152 1.0 0.2490755380310444 11 P46100,Q96EB6,Q5UIP0,P38398,P51608 5 |
| Dna catabolic process exonucleolytic 0.8372744243932863 2.0386218515708223 0.0414877826482431 1.0 0.249425162778948 2 Q9GZR2 1 |
| Positive regulation of type i interferon production 0.5653551796781083 2.027100782764258 0.0426521068494247 1.0 0.2523164516467223 19 P41440,Q9BYW2,Q9NUD5,Q7Z434,O15111,O14802 6 |
| Dicarboxylic acid transport 0.5857885718175687 2.023298400745306 0.0430423916845092 1.0 0.2524063657050006 17 O60831,P41440 2 |
| Collagen fibril organization 0.6585058668574966 2.0195145144662616 0.0434337702663798 1.0 0.2531690641422947 12 Q12948,O75718,Q92791,Q96AY3 4 |
| Regulation of establishment of protein localization to mitochondrion 0.5944174160239087 2.015244037654087 0.043879085389721 1.0 0.255307200769352 16 P49257,P55786 2 |
| Protein exit from endoplasmic reticulum 0.5564376979865838 2.0107551888033464 0.0443513214818056 1.0 0.2566773543052898 21 Q9GZP9,O15260,Q9UBV2,P14625,P49257 5 |
| Telomere maintenance 0.4200861958460185 2.001787527339247 0.0453075879603481 1.0 0.2611438556936837 68 P41440,P51530,Q9NVN8,Q9H0A0,Q01780,Q5UIP0,P09651,Q14191,O60832,O60934,O95453,Q92889,Q9BVP2,P07910,P35251,Q8IY18,Q00839,P22626,P46100,Q06609,Q96HR8,Q96BK5,Q13535,P49750 24 |
| Interferon beta production 0.6545637209015768 1.9986609862344016 0.0456450469278228 1.0 0.2616044319519717 12 Q8WUQ7,P41440 2 |
| Negative regulation of circadian rhythm 0.8260734287492226 1.9872108978624623 0.0468990306916878 1.0 0.2673779094210602 2 P23246 1 |
| Regulation of microtubule depolymerization 0.6682165317829809 1.9821288409668425 0.0474648223548057 1.0 0.2692856864017078 11 Q9UJX6,Q9ULW0 2 |
| Dna dependent dna replication 0.3797290500434305 1.9805946930420433 0.0476367445664192 1.0 0.2699277207356767 80 P41440,P51530,Q9Y619,Q14191,O60934,Q96QE3,Q9ULV3,Q86V81,Q9NRL2,P49427,P35251,Q9BRX5,Q9BRT9,Q8WTT2,O75312,Q9UBD5,Q96QE5,Q04837,Q9UFC0,P46100,O95785,Q9NY93,Q9UJZ1,Q9NR30,Q96FV9,Q9NVH0,Q06609,Q13535,Q9BUQ8,O43913,P54132 31 |
| Dna modification 0.484961924816403 1.9789699345639988 0.0478193914002165 1.0 0.2704248910685167 30 Q9UGN5,Q9UIF9,Q03164,P38398,P51608 5 |
| Rna methylation 0.4708001602934736 1.9787052586624967 0.0478492005564739 1.0 0.2704248910685167 34 Q969Y2,P46087,Q8IY81,Q8NDT2,Q9BV44,Q96RS0,Q96T37,Q9UNQ2,P22087,Q9NNW5,Q7L2J0,O75648,Q8TEA1,Q69YN4 14 |
| Maturation of ssu rrna 0.4648005724712372 1.975304309766181 0.0482336244562895 1.0 0.2714184490382036 38 Q86U38,Q8NEF9,Q9Y2R4,Q9BSC4,Q969X6,Q8N9T8,Q14692,Q9H0A0,Q9BVS4,Q15050,Q9H8H0,Q68CQ4,Q9NV06,O75691,P78316,O15213,Q96EU6 17 |
| Nucleosome positioning 0.7164940729595326 1.9742151970973736 0.0483572787016615 1.0 0.2718790820694106 9 O60264,Q9NRL2,Q96T23 3 |
| Telomere organization 0.4082155444228902 1.9724313575395664 0.0485603851114369 1.0 0.2725498750214815 71 P41440,P51530,Q9NVN8,Q9H0A0,Q01780,Q5UIP0,P09651,Q14191,O60832,O60934,O95453,Q92889,Q9BVP2,P07910,P35251,Q8IY18,Q00839,P22626,P46100,Q8IXJ6,Q06609,Q96HR8,Q96BK5,Q13535,P49750 25 |
| Nucleolus organization 0.6657452407411117 1.9694139507569275 0.0489055750277271 1.0 0.2738193282340576 11 Q9UPP1,Q92979,Q8IXJ6,O43159,Q9H9Y6,Q9UIF9,Q96EB6,O75367 8 |
| Protein folding in endoplasmic reticulum 0.7134393514187749 1.959728738205784 0.050027504316882 1.0 0.2775651560390483 9 Q9P0L0,Q8IXB1,P30101,P27824,P14625,Q13217,P27797,Q96HE7 8 |
| Organic acid transmembrane transport 0.471567194778601 1.9468274551921187 0.0515554242274922 1.0 0.2827723731870465 31 O60831,P41440,O43772 3 |
| Telomere maintenance via telomere lengthening 0.458067068829535 1.9445952477600128 0.0518237117226902 1.0 0.2832580560031512 43 O95453,Q00839,P41440,P22626,Q06609,Q96HR8,Q92889,Q96BK5,Q9NVN8,Q9H0A0,Q13535,Q01780,P09651,P07910,P35251 15 |
| Regulation of chromatin assembly 0.644343317183201 1.944403870108623 0.0518467675394718 1.0 0.2832580560031512 12 Q9Y6X9,Q15047,Q9UPP1,O60341,Q96ST3,P12270,O75367 7 |
| Organic cation transport 0.8875542255434177 1.9439188102068692 0.0519052425450816 1.0 0.2832580560031512 5 O43772 1 |
| Chloride transmembrane transport 0.7412601519768642 1.93745494020806 0.0526897563567856 1.0 0.2862793460158541 8 Q9UHG3 1 |
| Negative regulation of establishment of protein localization to mitochondrion 0.968217946425996 1.9343101786864536 0.0530750025050146 1.0 0.2862793460158541 3 P49257 1 |
| Negative regulation of peptidyl lysine acetylation 0.706466907920351 1.926588629270656 0.0540309168337578 1.0 0.2898340012197192 9 Q13363,Q96ST3,Q96EB6,Q9NWS0,P38398 5 |
| Negative regulation of adenylate cyclase activity 0.8123833229620476 1.9241035337635168 0.0543416072432041 1.0 0.2898340012197192 2 P04899 1 |
| Negative regulation of lyase activity 0.8123833229620476 1.9241035337635168 0.0543416072432041 1.0 0.2898340012197192 2 P04899 1 |
| Nucleolar large rrna transcription by rna polymerase i 0.6227919841658319 1.9194143580621736 0.0549319152706178 1.0 0.2915702433860022 13 Q13428,Q9NZM5,Q9H8H0,Q9P0M6,Q9NWS0,Q9GZS1 6 |
| Purine nucleotide transport 0.6223743277646312 1.9171132893798684 0.0552235406783117 1.0 0.2915702433860022 13 P41440 1 |
| Positive regulation of dna replication 0.5779392575458009 1.9162474783927916 0.0553336026414981 1.0 0.2916896962584645 16 Q9ULV3,P46100,P51530,O95785,O60264,Q9NRL2,Q96QE3 7 |
| Negative regulation of histone acetylation 0.7675811331441359 1.913503968370314 0.0556835659707273 1.0 0.2931164886967957 7 Q13363,Q96ST3,Q96EB6,Q9NWS0,P38398 5 |
| Peptidyl lysine deacetylation 0.8095830740510352 1.9111596258518833 0.0559840705733227 1.0 0.2936079271263406 2 Q96EB6 1 |
| Smooth muscle cell differentiation 0.7776827998986265 1.910229168941038 0.0561037130542723 1.0 0.2936079271263406 6 Q96EB6 1 |
| Transcription by rna polymerase i 0.475999268521407 1.9086178313588968 0.0563114099513972 1.0 0.2944579756702888 30 Q9UPP1,Q13428,Q9NZM5,Q9UIF9,Q15061,Q9H8H0,Q9P0M6,Q9NWS0,Q9GZS1,O75367 10 |
| Mitochondrial rna metabolic process 0.4933429722373876 1.9060048751420628 0.0566495731476572 1.0 0.2959039653028699 28 Q12849,Q5JPH6,Q969Z0,Q7L8L6,O00411,O15091,Q8TCS8,Q00059,Q6PI48,Q5JTZ9,Q8IYB8,Q96QE5,Q9NYY8,P42704 14 |
| Non membrane bounded organelle assembly 0.3223516266559454 1.9057787674910431 0.0566789147989816 1.0 0.2959039653028699 154 Q8TDN6,Q7L2E3,Q8N3U4,Q567V2,Q68CZ6,Q9NWU5,Q9H3R5,O94887,Q08379,O43670,P38398,P62266,P28289,Q07021,P61586,Q9NZM5,Q02241,Q96F86,P82912,Q96CW5,Q9NQ55,P12270,Q7Z478,Q9NU22,Q14980,Q9NVX2,Q14011,Q8WUX9,P31483,Q14137,Q00839,Q9Y2S7,P23396,P46087,P06748,Q9ULW0,Q9H7B2,Q14683,Q15050,Q02878,Q9NYY8,Q8IY37,P62841,Q96FZ7,P39023,P54646,Q9H0H5,Q9NRG9,O95067,Q96PK6,Q7Z3K3,O14965,Q9Y4Z0,Q8WVM7,P05556,Q14534 56 |
| Negative regulation of protein acetylation 0.6527374924396309 1.902239333196606 0.0571398728186949 1.0 0.2965358378110468 11 P49841,Q13363,Q96ST3,Q96EB6,Q9NWS0,P38398 6 |
| Negative regulation of telomere maintenance via telomerase 0.7327018706671309 1.8986558031149745 0.0576097461803097 1.0 0.2978945937225081 8 Q00839,Q96BK5,Q9NVN8,Q9H0A0,Q01780,P09651 6 |
| Histone h2a acetylation 0.667443699935264 1.8965217463703332 0.0578910872161468 1.0 0.2981860299014574 10 Q86UY6,Q9H0E9,Q9NRA0 3 |
| Anion transport 0.391532285910405 1.8948630129131312 0.0581105524337743 1.0 0.2988214573768398 74 Q9UHG3,Q9H2D1,P41440,P12235,Q96S66,O60831 6 |
| Positive regulation of dna metabolic process 0.365653955828266 1.8908387894874843 0.0586458674326719 1.0 0.2999145972087509 87 Q9H0E9,Q12888,P09651,Q5UIP0,P35637,Q14191,O60832,P38398,O60934,P51608,Q96QE3,Q9ULV3,O95453,Q9BVP2,Q93009,O96028,O95619,Q9BRT9,P22626,Q7Z4V5,Q08211,P46100,Q06609,Q96HR8,Q96L91,Q7Z3K3,Q13535,Q96EB6,O15381 29 |
| Sno s rna metabolic process 0.634224546539934 1.8904184904536665 0.0587020123850812 1.0 0.2999647600680654 12 Q4G0J3,O95453,Q5RKV6,Q14978,Q9NQT4,P22087,Q01780,Q9NQT5,O60832 9 |
| Histone h3 acetylation 0.6001854980425201 1.889251489217102 0.0588581383799631 1.0 0.3002919138522824 14 Q969T9,Q9NRA0,Q03164,O95696,Q96EB6,Q9NWS0,P38398 7 |
| Positive regulation of endothelial cell development 0.8042937149968935 1.886678050566651 0.0592036416641121 1.0 0.3010764574291967 2 Q9Y624 1 |
| Maturation of lsu rrna from tricistronic rrna transcript ssu rrna 5 8s rrna lsu rrna 0.6164832608018552 1.8846064776497848 0.0594829871150062 1.0 0.3013526722609933 13 Q9BZE4,Q14137,Q8IY81,Q9H7B2,O60287,Q9NVP1,Q9BYG3,O00541 8 |
| Regulation of chromatin assembly or disassembly 0.6162016848218719 1.8830504199806228 0.0596935353683125 1.0 0.3021840058917301 13 Q9Y6X9,Q15047,Q9UPP1,O60341,Q96ST3,P12270,O75367 7 |
| Positive regulation of histone h3 k9 methylation 0.8716422694148728 1.8815225688871977 0.0599008681584525 1.0 0.3029977817812859 5 Q96EB6,P38398,P51608 3 |
| Myotube differentiation 0.5811262062512674 1.8805779309124553 0.0600293561538567 1.0 0.3030428975915136 15 P41440 1 |
| Histone h3 k36 methylation 0.7578147170039959 1.871155473975852 0.0613235343530838 1.0 0.3053254880122046 7 O60885,O96028,Q9BYW2,Q9BZ95 4 |
| Ribosome assembly 0.4446709241814658 1.8692179430376068 0.0615924989080278 1.0 0.3053254880122046 49 Q8TDN6,Q14137,Q7L2E3,P39023,Q567V2,P82912,Q9NZM5,P46087,Q9NWU5,Q9H7B2,Q9NQ55,P62841,Q7Z478,Q15050,Q9NVX2,Q9NYY8,Q07021 17 |
| Microtubule depolymerization 0.5776526939507168 1.8599919543671477 0.0628866642724899 1.0 0.3082726082084 15 Q9UJX6,Q9ULW0 2 |
| Organ or tissue specific immune response 0.7980709396390825 1.8578238678045451 0.0631940305449987 1.0 0.3090805779663284 2 Q6GQQ9 1 |
| Inorganic anion transmembrane transport 0.6440815175772613 1.8573111768344823 0.0632668951789505 1.0 0.3092044726814977 11 Q9UHG3 1 |
| Protein n linked glycosylation 0.5358928576291615 1.854716480626072 0.0636367240498785 1.0 0.3105453037842909 20 Q13724,Q93063,Q86SQ9,Q9H0U3,Q9NYU2,Q9H553,P04843,P04844,Q2TAA5,Q06210 10 |
| Endonucleolytic cleavage involved in rrna processing 0.6409856368068341 1.8411993652584933 0.065592348349118 1.0 0.3162922357383345 11 Q86U38,Q14137,Q8N9T8,Q14692,Q5SY16,P78316 6 |
| Coronary vasculature morphogenesis 0.7934038581207287 1.8361471208295157 0.0663359008651469 1.0 0.3165484614275949 2 Q9BYW2 1 |
| Positive regulation of calcineurin mediated signaling 0.7930927193528308 1.8347009263566108 0.0665500149681479 1.0 0.3165484614275949 2 Q8IWX8 1 |
| Chloride transport 0.6073339437054546 1.833938520702738 0.066663120698577 1.0 0.3165484614275949 13 Q9UHG3,Q96S66 2 |
| Regulation of histone deacetylase activity 0.7927815805849516 1.8332545985047837 0.0667647177676649 1.0 0.3165484614275949 2 Q9NRA0 1 |
| Negative regulation of histone deacetylation 0.7927815805849516 1.8332545985047837 0.0667647177676649 1.0 0.3165484614275949 2 Q9NRA0 1 |
| Positive regulation of cellular amide metabolic process 0.4122773098268678 1.8328924144168617 0.066818572055876 1.0 0.3165730598859969 65 Q567V2,Q9H0A0,P08670,Q07666,O15514,Q07021,P61586,Q9NRA0,Q7Z478,Q71RC2,O15031,Q9BY77,Q14011,Q00839,Q13144,O60506,Q9NYY8,P51114,Q08211,P98179,Q8N442,Q13217,Q92552 23 |
| Protein oxidation 0.7924704418170583 1.831808137519922 0.0669800104461133 1.0 0.3170771109266246 2 Q96JJ7 1 |
| Protein stabilization 0.3824006543098102 1.8280031058890895 0.0675490855141549 1.0 0.3184331326594018 75 P41440,O75718,O95785,Q9UBV2,O95429,P83436,Q32P28 7 |
| Lens fiber cell development 0.7915370255133773 1.8274679582411573 0.0676294395865391 1.0 0.3184331326594018 2 P08670 1 |
| Nuclear pore organization 0.622146871900225 1.82564460878869 0.0679038117621164 1.0 0.3191577279715084 12 P49790,Q8WUM0,Q8N1F7,P57740,Q96EE3,P12270,P52948,Q8WYP5 8 |
| Positive regulation of mitochondrial translation 0.7461638869152489 1.8204239801650088 0.0686944633229784 1.0 0.3207878563646625 7 Q9NYY8,Q567V2 2 |
| Positive regulation of adaptive immune response 0.5615888559886505 1.8171699125351533 0.0691911004192606 1.0 0.3224126849765693 16 O96028,Q96EB6,Q5UIP0,Q96QE3 4 |
| Regulation of histone deacetylation 0.619126454324795 1.8093901379968131 0.0703904142079085 1.0 0.3261322253721121 12 O43823,Q96EB6,Q9NRA0,Q9ULX6 4 |
| Cellular response to ketone 0.5255464855142563 1.8059009532842991 0.0709338121823732 1.0 0.3284159773995289 21 O43823,O95831,Q96EB6,Q9NRA0 4 |
| Long term memory 0.7865588052271406 1.804300417298551 0.0711842244148095 1.0 0.3291068797571684 2 P51608 1 |
| Dna replication 0.3371310447972974 1.798006189983862 0.072176026853862 1.0 0.3320403498475053 120 Q9BZE4,P41440,P51530,Q99741,O60264,Q9Y619,P11387,Q14191,O60934,Q96QE3,Q9ULV3,P04637,Q86V81,Q96KQ7,Q96ST3,Q5W0B1,Q9NRL2,P49427,P35251,Q9BRX5,Q9BRT9,Q8WTT2,Q13111,O75312,Q9UBD5,Q96QE5,Q04837,Q08211,Q9UFC0,O60870,P46100,O95785,Q9NY93,Q9UJZ1,Q9NR30,Q96FV9,Q9NVH0,Q06609,Q29RF7,Q13535,Q9BUQ8,Q7Z6E9,O43913,P54132 44 |
| Peptidyl lysine trimethylation 0.5268523866483646 1.7950580221811536 0.0726444559849386 1.0 0.3333783929014579 20 O60885,P46100,Q9BYW2,Q9BZ95,Q03164,Q96EB6,P51608 7 |
| Purine containing compound transmembrane transport 0.6788299967934694 1.794243095610586 0.0727743763136157 1.0 0.3333783929014579 9 P41440 1 |
| Very low density lipoprotein particle assembly 0.7831362787803371 1.7883536582169923 0.0737189679044778 1.0 0.3365970152876851 2 O95573 1 |
| Lens development in camera type eye 0.7488097424891327 1.786844187865746 0.0739626752272477 1.0 0.3370743012195993 6 Q15648,P08670 2 |
| Ncrna transcription 0.4774924184818904 1.7862619149771233 0.0740568603271731 1.0 0.3371167784662432 28 Q6P1N0,Q8WUA4,Q9P0M6,O75367,P04637,Q9NZM5,Q7L2J0,Q9BYG3,Q9H9Y6,P19338,Q12824,Q12789,P46100,Q13428,Q9Y5Q8,Q9H8H0,Q9NWS0,Q9GZS1,Q9Y5Q9 19 |
| Regulation of protein targeting 0.5158933490767568 1.7849626551665854 0.0742673745441164 1.0 0.3376025656250717 23 P49257,P55786 2 |
| Sterol biosynthetic process 0.5007638747710604 1.7823834019277986 0.0746867303378606 1.0 0.3385624953643091 25 P48449,Q15392,Q14739,Q9UBM7 4 |
| Positive regulation of maintenance of sister chromatid cohesion 0.7809583074051049 1.77819781949418 0.0753713709498953 1.0 0.3400074674265388 2 O75367 1 |
| Mrna cis splicing via spliceosome 0.5246743469736819 1.7631703119108035 0.0778717693255124 1.0 0.3453251912527473 19 Q13523,Q8WXF0,Q9BUQ8,Q07955,Q15459,O75475,Q96I25,O75400,Q8WUQ7,O75643,O43290 11 |
| Regulation of keratinocyte differentiation 0.702916773017032 1.7625687599160431 0.0779732498752905 1.0 0.3453251912527473 8 Q12948,Q13247,Q9P0M6,Q14980,Q15648 5 |
| Regulation of epidermis development 0.702916773017032 1.7625687599160431 0.0779732498752905 1.0 0.3453251912527473 8 Q12948,Q13247,Q9P0M6,Q14980,Q15648 5 |
| Adenylate cyclase activating g protein coupled receptor signaling pathway 0.7424759797006869 1.7596005885825172 0.0784755516748392 1.0 0.3467958312804545 6 P23634,P04899 2 |
| Protein peptidyl prolyl isomerization 0.5120564672458751 1.7586250066462397 0.078641222686385 1.0 0.3472920255091208 23 P26885,Q96AY3,Q5T1M5,Q9NWM8,P30414 5 |
| Phosphorylation of rna polymerase ii c terminal domain 0.7409956404727495 1.753224362755447 0.0795635027134524 1.0 0.3500287172301025 6 Q14004,Q9NYV4 2 |
| Peptidyl proline hydroxylation 0.699439887143829 1.746580994406285 0.0807100463274945 1.0 0.3536787708830715 8 O75718,O15460,Q96HE7,P13674,Q32P28 5 |
| Dna methylation dependent heterochromatin assembly 0.6378019289298409 1.7464091074956645 0.0807398885105858 1.0 0.3536787708830715 10 Q9Y6X9,Q15047,O60341,Q9NRZ9,Q96EB6,O95983 6 |
| Response to sodium arsenite 0.7734909769757304 1.743332613949907 0.0812755316001672 1.0 0.354592443366256 2 P09651 1 |
| Sno s rna processing 0.6368143540221515 1.7413757507056935 0.081617735928003 1.0 0.3558467642169301 10 Q4G0J3,O95453,Q9NQT4,P22087,Q01780,Q9NQT5,O60832 7 |
| Maturation of ssu rrna from tricistronic rrna transcript ssu rrna 5 8s rrna lsu rrna 0.4710858524643757 1.7375952584991523 0.0822821558995965 1.0 0.3569351266279327 28 Q86U38,Q9BSC4,Q969X6,Q8N9T8,Q14692,Q15050,Q68CQ4,Q9NV06,O75691,P78316,O15213,Q96EU6 12 |
| Regulation of intrinsic apoptotic signaling pathway in response to dna damage by p53 class mediator 0.7269784921209147 1.7364032363565072 0.0824925604267448 1.0 0.3569351266279327 7 Q96EB6,Q96QE3 2 |
| Regulation of intrinsic apoptotic signaling pathway in response to dna damage 0.6207367369277248 1.7352844860991778 0.0826904282595379 1.0 0.3569351266279327 11 P61978,Q96EB6,Q96QE3 3 |
| Protein kinase c signaling 0.9372358943517743 1.734606834876577 0.0828104680407602 1.0 0.3569795192877039 4 P41440 1 |
| Response to vitamin 0.5724993377157219 1.7300516430667583 0.0836210488180784 1.0 0.3595207683817581 14 Q01130,O94788 2 |
| Endonucleolytic cleavage in its1 to separate ssu rrna from 5 8s rrna and lsu rrna from tricistronic rrna transcript ssu rrna 5 8s rrna lsu rrna 0.7348390904100552 1.7266713425809437 0.0842267051730349 1.0 0.3611698860583999 6 Q86U38,O75691,P78316,Q8N9T8 4 |
| Positive regulation of epidermis development 0.8321395203986228 1.7252471436663133 0.0844829429756064 1.0 0.3614071034933739 5 Q12948,Q14980,Q15648,Q9P0M6 4 |
| Positive regulation of keratinocyte differentiation 0.8321395203986228 1.7252471436663133 0.0844829429756064 1.0 0.3614071034933739 5 Q12948,Q14980,Q15648,Q9P0M6 4 |
| Positive regulation of epidermal cell differentiation 0.8321395203986228 1.7252471436663133 0.0844829429756064 1.0 0.3614071034933739 5 Q12948,Q14980,Q15648,Q9P0M6 4 |
| Positive regulation of histone deacetylation 0.6941465917097337 1.7222020185009852 0.0850329293355141 1.0 0.3624233325159161 8 O43823,Q96EB6,Q9ULX6 3 |
| Rna dependent dna biosynthetic process 0.4346173933887867 1.7184055944358043 0.085722660633114 1.0 0.3635110217851414 38 O95453,Q00839,P41440,Q96HR8,Q96BK5,Q9NVN8,Q9H0A0,Q13535,Q01780,P09651,P07910,P35251 12 |
| Regulation of adenylate cyclase activating g protein coupled receptor signaling pathway 0.91025558247808 1.7124553142570809 0.0868127928608846 1.0 0.3657494932383772 3 P23634 1 |
| Ribosomal small subunit biogenesis 0.4168072631773593 1.710371044336138 0.0871972819364406 1.0 0.3666569612130227 57 Q5C9Z4,Q9BSC4,Q9H0A0,Q68CQ4,Q9NV06,O75691,P78316,O15213,O75683,Q8NEF9,Q92979,P62847,Q8N9T8,Q86U38,Q969X6,Q15050,P62841,Q96EU6,Q9Y2R4,Q14692,Q9BVS4,Q9H8H0 22 |
| Ethanol metabolic process 0.9089067801929228 1.7072554273662786 0.0877745868435866 1.0 0.3683701209145362 3 P30837 1 |
| Positive regulation of dna dependent dna replication 0.7300393545481753 1.7059317190629306 0.0880207932839414 1.0 0.3687038594431192 6 Q9ULV3,O95785 2 |
| Dna methylation 0.525418985394597 1.7057688930523274 0.0880511169427689 1.0 0.3687038594431192 18 Q03164,P51608,P38398,Q9UIF9 4 |
| Regulation of transcription elongation from rna polymerase ii promoter 0.534241532755162 1.7037750999500614 0.0884231115539357 1.0 0.3693899291516908 17 Q15061,Q14004,Q00839,Q9NYV4 4 |
| Protein demannosylation 0.7641568139390238 1.699657656397057 0.0891953384576698 1.0 0.3697996664545201 2 Q9NYU2 1 |
| Positive regulation of histone modification 0.4292818558480298 1.6955645776724562 0.0899683708241281 1.0 0.372140991888172 44 O60885,O43823,Q9ULX6,Q9BZ95,O43159,Q9NRA0,Q03164,Q96EB6,Q5UIP0,Q9NWS0,P38398,P51608 12 |
| Triglyceride metabolic process 0.6269851532177348 1.6911740219046276 0.0908035710196748 1.0 0.3729861575023722 10 Q9UBV2,Q96EB6 2 |
| Engulfment of apoptotic cell 0.7619788425637914 1.689452729767328 0.0911327033049129 1.0 0.3735464618767893 2 P84095 1 |
| Positive regulation of rho protein signal transduction 0.7619788425637906 1.6894527297673232 0.0911327033049138 1.0 0.3735464618767893 2 Q9Y624 1 |
| Regulation of telomere maintenance 0.4290944703492149 1.6869152428595635 0.0916196506623778 1.0 0.3748481778412623 42 O95453,Q00839,P22626,P46100,Q96HR8,Q92889,Q96BK5,Q9NVN8,Q9BVP2,Q9H0A0,Q13535,Q01780,P09651,P07910,O60832,O60934,P49750 17 |
| Protein autoubiquitination 0.5795861840348269 1.6790023066898727 0.0931515942058354 1.0 0.3777031608904074 13 Q05086,Q5W0B1,O95628,P38398,Q13330,P19474 6 |
| Positive regulation of histone methylation 0.4861534057154493 1.677898292103008 0.0933669560210916 1.0 0.3779415363517121 25 Q9BZ95,O43159,Q03164,Q96EB6,Q5UIP0,P38398,P51608 7 |
| Positive regulation of protein deacetylation 0.6547116620797737 1.6775449807897294 0.0934359613193278 1.0 0.3779856519789973 9 O43823,Q96EB6,Q9ULX6 3 |
| Phosphatidylinositol acyl chain remodeling 0.7585563161169852 1.6734061702401852 0.0942473639994323 1.0 0.3803220240795951 2 Q92604 1 |
| Forelimb morphogenesis 0.8172520966123428 1.6658889050275114 0.095735543870133 1.0 0.3846570184528817 5 O94788 1 |
| Epigenetic maintenance of chromatin in transcription competent conformation 0.8171294250039028 1.6653988391847516 0.0958332108635418 1.0 0.3846712434566401 5 O14497,Q969T9,Q9NRA0 3 |
| Artery development 0.6519598073149904 1.6641646202012574 0.0960795362332285 1.0 0.3850957464635788 9 Q96AY3 1 |
| Regulation of dna templated transcription elongation 0.4689807287645842 1.6620400845303285 0.0965047375791849 1.0 0.3856040036563872 27 O60885,Q14004,Q00839,Q5BKZ1,Q86V81,Q15061,O00267,Q9NYV4 8 |
| Nucleobase transport 0.8966868024225485 1.6600785431926908 0.0968986528144464 1.0 0.3858056204644932 3 P12235 1 |
| Regulation of mrna catabolic process 0.3648295298443514 1.6600171885440822 0.0969109947163213 1.0 0.3858056204644932 76 Q969T7,P08670,Q9Y2W1,P35637,O15514,O95453,Q969Z0,Q9Y5S9,P07910,Q99729,Q14011,Q00839,Q96B26,Q7L8L6,Q6PJT7,Q13151,O60506,Q9P2K5,P52272,Q92804,P51114,Q6P6C2,Q92945,Q9NYY8,P98175 25 |
| Histone h3 k9 trimethylation 0.7193721247046919 1.6597221580982573 0.0969703596401916 1.0 0.3858056204644932 6 Q96EB6,P46100,P51608 3 |
| Regulation of histone h3 k9 trimethylation 0.7193721247046919 1.6597221580982573 0.0969703596401916 1.0 0.3858056204644932 6 Q96EB6,P46100,P51608 3 |
| Regulation of epithelial cell differentiation 0.5354449256722715 1.657147021279372 0.0974897545152289 1.0 0.3859296022135401 16 Q12948,Q13247,Q9Y624,Q9P0M6,Q14980,Q15648,O75367 7 |
| Positive regulation of peptidyl lysine acetylation 0.6045784175796669 1.6501441881167955 0.0989134488014267 1.0 0.3859296022135401 11 P54646,P38398,Q9NWS0,Q9NRA0 4 |
| Regulation of dendritic cell chemotaxis 0.7535780958307499 1.6500442375621016 0.0989338884956008 1.0 0.3859296022135401 2 Q07021 1 |
| Response to lithium ion 0.7535780958307425 1.6500442375620668 0.0989338884956079 1.0 0.3859296022135401 2 Q13144 1 |
| Peptide antigen assembly with mhc protein complex 0.75357809583074 1.650044237562055 0.0989338884956103 1.0 0.3859296022135401 2 P30101 1 |
| Cellular modified amino acid metabolic process 0.4162436367520194 1.6485304601145254 0.0992438654205161 1.0 0.3859296022135401 53 Q9UHG3,Q9H2D1,P41440,Q8TB36 4 |
| Spliceosomal conformational changes to generate catalytic conformation 0.7523335407591836 1.644199928316144 0.1001349117632961 1.0 0.3859296022135401 2 Q9HCS7 1 |
| Antigen processing and presentation of endogenous antigen 0.7156699061953862 1.6436481905733804 0.1002488935126315 1.0 0.3859296022135401 6 Q9NZ08,Q03518 2 |
| Antigen processing and presentation of endogenous peptide antigen 0.7156699061953862 1.6436481905733804 0.1002488935126315 1.0 0.3859296022135401 6 Q9NZ08,Q03518 2 |
| Positive regulation of transcription from rna polymerase ii promoter involved in cellular response to chemical stimulus 0.7517112632234009 1.6412772164284517 0.1007398833158004 1.0 0.3866396073081857 2 Q9NXV6 1 |
| Regulation of transcription from rna polymerase ii promoter in response to hypoxia 0.7517112632233995 1.6412772164284453 0.1007398833158017 1.0 0.3866396073081857 2 Q8IXJ6 1 |
| Glutamate secretion neurotransmission 0.751400124455512 1.639815722518006 0.1010434881160611 1.0 0.3866396073081857 2 Q15042 1 |
| Glutamate secretion 0.751400124455512 1.639815722518006 0.1010434881160611 1.0 0.3866396073081857 2 Q15042 1 |
| Pyridine nucleotide biosynthetic process 0.8910675381263594 1.638346420235967 0.1013494493320612 1.0 0.3866396073081857 3 P43490,Q9BQG2 2 |
| Negative regulation of establishment of protein localization 0.4804753920796623 1.6371229038878377 0.1016047917820079 1.0 0.3868856400652361 25 P49257,O95429,P61960 3 |
| Regulation of neutrophil migration 0.675499671209172 1.6359654566756856 0.1018468171371296 1.0 0.3868856400652361 8 Q00013,Q8NE86,P84095,Q8NHP6,Q07021 5 |
| Stem cell differentiation 0.4219494706939398 1.6267230493247191 0.1037959311401288 1.0 0.3907842405163698 43 Q14978,Q14004,Q00839,P49841,Q13428,Q12948,Q96DH6,Q9BYW2,O94874,O94788,O00330,P60953,Q9NYV4,Q9Y6C9,P04637 15 |
| Regulation of protein stability 0.3263138126421205 1.6239494491174151 0.1043865977115114 1.0 0.3916731482935953 115 P41440,O75718,O95785,Q9UBV2,P48449,O95429,P83436,Q96EB6,P54725,O43670,Q07666,P19474,Q32P28 13 |
| Regulation of intracellular steroid hormone receptor signaling pathway 0.4318037128543973 1.6238584026463951 0.1044060321508215 1.0 0.3916731482935953 31 P17844,P61960,P61586,O60341,Q969T9,Q96HY6,Q9P253,Q96EB6,Q14151,P27797,P38398,Q15648 12 |
| Cytokine production 0.3311399644865335 1.6223030694817988 0.1047384717974182 1.0 0.3922269468243347 98 O43823,Q9HCL2,P41440,Q9BYW2,Q9NR30,Q9BWS9,Q14160,Q8NCF5,Q9NRA0,Q7Z434,Q99496,Q8WUQ7,Q96EB6,O15111,P38398,Q9BY67,P19474,Q07021 18 |
| Negative regulation of epithelial cell migration 0.5845934760889986 1.6220925168394338 0.1047835402054815 1.0 0.3922269468243347 12 P57105,P51608,Q9H3S7 3 |
| Replication fork processing 0.5536072797981854 1.6203224466633537 0.1051630295363434 1.0 0.3923430591033267 14 P46100,P51530,Q06609,Q96FV9,Q86V81,Q13535,Q14191 7 |
| Positive regulation of translation 0.4003576154403599 1.6188061533204523 0.1054889777736103 1.0 0.3923430591033267 61 Q567V2,Q9H0A0,P08670,Q07666,O15514,Q07021,P61586,Q7Z478,Q71RC2,O15031,Q9BY77,Q14011,Q00839,Q13144,O60506,Q9NYY8,P51114,Q08211,P98179,Q8N442,Q13217,Q92552 22 |
| G quadruplex dna unwinding 0.709618262675046 1.6173351349023222 0.1058059590572315 1.0 0.3923430591033267 6 Q08211,Q14191,P22626,P51530 4 |
| Negative regulation of telomere maintenance 0.5370888661252955 1.6171254608902534 0.1058512019563933 1.0 0.3923430591033267 15 Q00839,Q92889,Q96BK5,Q9NVN8,Q9H0A0,Q01780,P09651,P07910 8 |
| Early endosome to golgi transport 0.6984149923689666 1.6102919484604976 0.1073341361420145 1.0 0.3964841315183446 7 P49257,O15260 2 |
| Trna catabolic process 0.609613428075419 1.6020086775627456 0.1091536906146739 1.0 0.4008338611686959 10 Q96B26,Q15024,Q99575,Q9UPY3,Q01780 5 |
| Negative regulation of intrinsic apoptotic signaling pathway in response to dna damage 0.6680931294214008 1.6015683032887618 0.1092511046659643 1.0 0.4008338611686959 8 Q96EB6,Q96QE3 2 |
| Protein dna complex subunit organization 0.3563134204319695 1.5975819079769995 0.1101360555020503 1.0 0.403398108694165 77 Q9P0M6,Q96T23,Q00403,O75367,Q9BYW2,Q8TAQ2,Q9UIF9,Q12830,Q6ZRS2,Q7Z7K6,Q9NRL2,Q13111,Q9H0U9,P46100,Q06609,Q92922,Q5SSJ5,Q9NWS0,O14497,Q9GZS1,O60264 21 |
| Endoplasmic reticulum to cytosol transport 0.5798326532857234 1.596079744000794 0.1104709904902558 1.0 0.4036803221635939 12 Q9UBV2,Q9GZP9 2 |
| Negative regulation of dna recombination 0.5249560687280205 1.5924582218608054 0.1112817831747727 1.0 0.4046327554789809 16 Q12888,A6NHR9,Q96FV9,Q9NRR5,Q5UIP0,P20585,Q9NYB0,P54132 8 |
| Dna dependent dna replication maintenance of fidelity 0.5160770377432229 1.5893516438927435 0.1119810253052697 1.0 0.4066997729067774 17 Q7Z7L1,P46100,P51530,Q06609,Q96FV9,Q9NVH0,Q86V81,Q13535,Q14191,P49959,P54132 11 |
| Negative regulation of histone h3 k9 methylation 0.7027171957223974 1.587272557489764 0.112450927747709 1.0 0.4079717150021457 6 Q96EB6,P38398 2 |
| Macromolecule deacylation 0.41786760823445 1.5853558339610057 0.1128855099119772 1.0 0.4089101735486611 39 O43823,P23246,P54646,Q8IXJ6,Q8N2K0,Q9ULX6,Q96PK6,O43159,Q13363,Q9UIF9,Q9NRA0,Q96ST3,Q8WXI9,Q96EB6,O75182,P29375,O95983 17 |
| Positive regulation of dna recombination 0.4722117700903432 1.5776319874092783 0.1146501793434926 1.0 0.4128246841716609 25 Q9H0E9,Q12888,Q5UIP0,O96028,P35637,Q7Z4V5,Q96QE3 7 |
| Regulation of histone methylation 0.4204801663868773 1.5770919817378333 0.114774361922302 1.0 0.4128246841716609 36 Q6PD62,O43159,Q5UIP0,P38398,P51608,O75367,O60885,Q7KZ85,Q8N7H5,Q96KQ7,Q03164,O15294,O60341,Q6W2J9,Q6ZW49,P46100,Q9BZ95,Q96EB6,Q9NWS0 19 |
| Negative regulation of ire1 mediated unfolded protein response 0.7377100186683294 1.575425172110726 0.1151583378813119 1.0 0.4133802740625677 2 Q96HY6 1 |
| Production of molecular mediator of immune response 0.4201515054860513 1.574297346354818 0.1154187229792982 1.0 0.4133802740625677 36 Q12888,Q12846,Q9NR30,Q9NRA0,Q7Z434,Q8WYA6,Q96EB6,Q5UIP0,O96028,Q96QE3 10 |
| Ribonucleoprotein complex subunit organization 0.3205985173617392 1.574089043609848 0.1154668651762775 1.0 0.4133802740625677 128 Q8TDN6,Q7L2E3,Q13247,P52756,P55265,O75533,O75643,O15514,O43395,Q9NZM5,P82912,Q9NQ55,Q7Z478,Q07955,Q9NVX2,O43290,Q14137,Q14562,Q13243,P46087,Q96MU7,Q8WXF0,Q96RS0,Q9H7B2,Q15459,Q15050,Q02878,O75475,Q9NYY8,P62841,Q08211,Q12874,P38432,P39023,Q13242,Q9UHI6,Q96HR8,O75494,Q9UPY3,Q13535,Q9Y4Z0,Q9BUQ8,Q9HCS7,Q9NWS0 44 |
| Regulation of production of molecular mediator of immune response 0.4569190888733466 1.5716519103206394 0.116031300604549 1.0 0.413950954591849 27 Q12846,Q9NR30,Q9NRA0,Q7Z434,Q96EB6,O96028,Q5UIP0,Q96QE3 8 |
| Nitric oxide mediated signal transduction 0.7364654635967753 1.5695639187122763 0.1165165981668141 1.0 0.414401569751299 2 P23634 1 |
| Poly a plus mrna export from nucleus 0.6313042561908443 1.5633467919101178 0.1179710479449247 1.0 0.4171689544776935 9 Q8WUM0,Q8N1F7,O75152,Q9BY77,Q86U42,Q8NI27 6 |
| Histone methylation 0.4081481255297544 1.5608720152803002 0.1185539513815809 1.0 0.4175384156671273 52 Q6PD62,O43159,P22087,Q5UIP0,P38398,P51608,O75367,O60885,Q9BYW2,Q7KZ85,Q8N7H5,Q15022,Q96KQ7,Q03164,O96028,O15294,O60341,Q6UXN9,Q6W2J9,Q6ZW49,Q15047,P46100,Q9BZ95,Q96EB6,Q9NWS0 25 |
| Rrna modification 0.5585076522808705 1.5601733536136844 0.118718920740378 1.0 0.4178931706797397 13 Q92979,Q96HR8,P46087,Q8IY81,Q9H0A0,Q9UNQ2,P22087 7 |
| Regulation of neural precursor cell proliferation 0.5432250250050551 1.559693708208209 0.1188322797028655 1.0 0.4180659705068364 14 P48681,P21359,P61586,Q8IXJ6,Q8NEM2,O60341,P04899,P04637 8 |
| Ion transmembrane transport 0.2887085670283159 1.553793347092168 0.1202337179965753 1.0 0.4217844892262323 167 Q9UHG3,Q9H2D1,P41440,Q9NWR8,P12235,O43772,Q14571,Q70HW3,Q9NRA0,O60831 10 |
| Cellular response to organic cyclic compound 0.3214713657980438 1.5524783898496806 0.1205477995463981 1.0 0.4223523221806844 117 P41440,Q15424,Q969T9,Q9P253,Q14151,P38398,Q15648,P17844,P61960,Q92841,Q9H4A6,Q96ST3,O95831,Q00839,P49841,Q14571,P78406,Q9Y4G8,Q96HY6,P14625,P23634,P08754,Q05086,Q06609,Q8TDD1,Q7Z434,Q96EB6,Q8TB36,O14497 29 |
| Regulation of core promoter binding 0.8683248759905062 1.550175766774677 0.1210993345605513 1.0 0.4226132893328253 3 Q12948 1 |
| Vitamin transmembrane transport 0.6923089110376471 1.541825414018928 0.1231160245685571 1.0 0.4257726669694614 6 P41440 1 |
| Mesenchymal cell differentiation 0.4204982814161772 1.541819945474486 0.1231173538154584 1.0 0.4257726669694614 32 Q14978,P17844,P49841,Q13428,Q12948,Q9H9Y6,O94788,Q92841,P60953,Q99729 10 |
| Granulocyte differentiation 0.6912548859247675 1.537216331609785 0.1242403423045959 1.0 0.4279917369036283 6 Q14739 1 |
| Steroid hormone mediated signaling pathway 0.411785944979476 1.5365237161979792 0.1244099857446938 1.0 0.4279917369036283 43 P17844,Q05086,P61960,Q15424,Q8TDD1,Q969T9,Q92841,Q9P253,Q96EB6,Q14151,O14497,P38398,Q15648 13 |
| Mirna metabolic process 0.6535065825851324 1.5336106500420394 0.1251254666889716 1.0 0.4297471809988175 8 O95453,Q92945,Q92841,Q9UPY3 4 |
| Peptidyl lysine hydroxylation 0.6530242453961457 1.5313589367038447 0.1256807068819909 1.0 0.4311988387486029 8 O00469,Q92791,Q02809,Q96AY3 4 |
| Histone lysine demethylation 0.6527431421446437 1.5300465248406738 0.1260052132496985 1.0 0.4314321119153373 8 Q9UPP1,O60341,Q9H6W3,Q8NB78,P29375,Q7LBC6,Q8IUF8 7 |
| Positive regulation of myeloid leukocyte cytokine production involved in immune response 0.6798731490993706 1.52785584937488 0.1265483321448268 1.0 0.431671159204037 7 Q9NR30,Q96EB6 2 |
| Positive regulation of transcription by rna polymerase iii 0.6520961606450997 1.5270255520179623 0.1267546576484819 1.0 0.4319219738100445 8 Q9NY93,Q9NR30,Q9UIG0,O75533,P35659,O60264 6 |
| Nuclear pore complex assembly 0.622940530899393 1.522348593063707 0.1279217583292231 1.0 0.4341981137236864 9 P49790,Q8N1F7,P57740,P12270,P52948,Q8WYP5 6 |
| Positive regulation of mrna splicing via spliceosome 0.5135964484810712 1.5221330674074354 0.1279757419150597 1.0 0.4341981137236864 16 Q14011,P08621,P98179,P38159,P52948,P62995 6 |
| Regulation of oocyte maturation 0.7261978842563818 1.5211678504249644 0.128217721065496 1.0 0.4341981137236864 2 Q8IXJ6 1 |
| Positive regulation of cell maturation 0.7261978842563818 1.5211678504249644 0.128217721065496 1.0 0.4341981137236864 2 Q8IXJ6 1 |
| Mesenchymal cell development 0.580099310795421 1.5202503968315837 0.1284480555592917 1.0 0.4341981137236864 11 Q14978,Q13428,Q12948,O94788,P60953 5 |
| Neural crest cell differentiation 0.580099310795421 1.5202503968315837 0.1284480555592917 1.0 0.4341981137236864 11 Q14978,Q13428,Q12948,O94788,P60953 5 |
| Rna 5 end processing 0.5658745854837555 1.5195873077082809 0.1286147298275151 1.0 0.434391909412246 12 Q86U38,Q99575,Q8N5L8,P78316,O15091 5 |
| Negative regulation of alcohol biosynthetic process 0.7255756067206063 1.5182326385421414 0.1289557622453543 1.0 0.4348663729424727 2 O94905 1 |
| Negative regulation of cholesterol metabolic process 0.7255756067206063 1.5182326385421414 0.1289557622453543 1.0 0.4348663729424727 2 O94905 1 |
| Regulation of smooth muscle cell differentiation 0.7800813128775095 1.516763867137089 0.1293263127840662 1.0 0.4354387498241982 5 Q96EB6 1 |
| Positive regulation of leukocyte mediated immunity 0.4766142253896822 1.513430652530137 0.1301703038072248 1.0 0.4373749102613624 23 Q12846,Q9NR30,Q7Z434,O96028,Q5UIP0,Q9BY67,Q96QE3 7 |
| Positive regulation of mrna processing 0.4840837382277524 1.5095993491793354 0.13114568753346 1.0 0.438771663432258 20 Q14011,P08621,P98179,Q8N7H5,P38159,P52948,P62995,Q9Y2W1 8 |
| Positive regulation of rna splicing 0.4788989035564014 1.5091748407838563 0.1312541078765843 1.0 0.438771663432258 22 Q14011,P08621,P98179,Q13243,P38159,P52948,P62995,Q9Y2W1,O75312 9 |
| Positive regulation of camp dependent protein kinase activity 0.8574540927482035 1.507928145892407 0.1315729181487133 1.0 0.4389137602858388 3 P23634,Q96EB6 2 |
| Adenylate cyclase activating adrenergic receptor signaling pathway 0.8574540927482027 1.5079281458924034 0.1315729181487142 1.0 0.4389137602858388 3 P23634,P04899 2 |
| Regulation of gene expression by genomic imprinting 0.8573626870482725 1.5075726782252976 0.1316639297783146 1.0 0.4389369477027385 3 P38398 1 |
| Negative regulation of response to dna damage stimulus 0.4480865886674106 1.505250329000048 0.1322597301552301 1.0 0.4394960979193862 27 Q6NSI4,Q9BRJ7,P23396,Q96QC0,Q12888,Q8N163,Q92889,O60341,Q96FV9,A6NHR9,Q9NRR5,Q96EB6,Q5UIP0,Q96K76,Q14669,Q9UBB9,Q96QE3 17 |
| Regulation of response to dna damage stimulus 0.3420480367262869 1.5051403865606343 0.1322879876596707 1.0 0.4394960979193862 79 Q9H0E9,P35659,Q9BYW2,Q12888,P51114,Q92889,Q13535,P61978,Q96EB6,Q9NYF8,O96028,Q5UIP0,Q96K76,P35637,O95619,P38398,Q7Z4V5,Q96QE3 18 |
| Response to camptothecin 0.7218419415059187 1.5006169438245072 0.1334546663088391 1.0 0.4407803980019335 2 Q06609 1 |
| Regulation of transcription by rna polymerase iii 0.5764048467429708 1.500564599650412 0.133468213279555 1.0 0.4407803980019335 11 Q9NY93,Q9NR30,Q9UIG0,O75533,P35659,O60264 6 |
| Negative regulation of lipid biosynthetic process 0.6461184006725207 1.499090798275463 0.133850078419091 1.0 0.4408581063879428 8 Q96EB6,P38398 2 |
| Positive regulation of stem cell differentiation 0.77514496982617 1.4968767593237806 0.1344253285216057 1.0 0.441247968339758 5 Q9Y6C9 1 |
| Histone h4 acetylation 0.4609015977725901 1.4959695807453788 0.1346615823704782 1.0 0.441247968339758 25 Q86UY6,Q9H0E9,Q03164,Q96EB6,O95619,P38398 6 |
| Negative regulation of histone methylation 0.575358433328309 1.4949854191720693 0.1349182475173553 1.0 0.441247968339758 11 Q96EB6,P38398,Q6W2J9,Q9NWS0 4 |
| Inner cell mass cell differentiation 0.7199751088985671 1.4918064402438669 0.1357498951198468 1.0 0.4424113565904827 2 Q9NVX2 1 |
| Membrane biogenesis 0.4599455678977209 1.4890562747090446 0.1364725506040769 1.0 0.4435763619357146 25 Q8WUX9,Q12846,P41440 3 |
| Vitamin transport 0.6711396437881271 1.4888945094909884 0.1365151496050773 1.0 0.4435763619357146 7 P41440 1 |
| Response to oxygen levels 0.3815265306099527 1.4874946050729816 0.1368842270377999 1.0 0.4436344675713746 64 Q9Y487,Q9Y4P3,Q6P6C2,Q9NZM5,Q14571,P55786,P27144,P36776,O95831,Q5SSJ5,P14625,Q96EB6,P51608,Q8N511 14 |
| Regulation of dna metabolic process 0.307112906842145 1.487269738825504 0.1369435835331776 1.0 0.4436344675713746 144 Q9H0E9,Q12888,Q9NVN8,Q9H0A0,Q01780,P09651,Q5UIP0,Q14191,P35637,O60832,P38398,O95983,P51608,Q96QE3,Q9ULV3,O95453,O60934,P04637,Q9BYW2,Q92889,Q86V81,Q9BVP2,Q8NB78,Q96KQ7,Q93009,Q03164,O95831,O96028,P07910,P20585,O95619,Q9BRX5,Q9BRT9,Q00839,P22626,Q7Z4V5,P35659,Q08211,P46100,Q06609,Q96HR8,Q96L91,Q96FV9,Q9NRR5,Q96BK5,Q7Z3K3,Q13535,Q96EB6,O15381,P49750 50 |
| Sister chromatid segregation 0.3198410505001207 1.4842056113207058 0.1377543816110882 1.0 0.4453738828927081 99 P23246,Q8N3U4,Q96JM3,Q9UJX5,O43670,O75367,Q02241,Q13123,P12270,Q9UIG0,Q14980,Q8WUX9,Q8IY18,Q00839,Q14807,Q9ULX6,Q9H1A4,Q9NTI5,Q15050,Q9UJX4,O60216,P14635,Q96FZ7,O43823,Q9H0H5,P46100,Q02880,Q13042,Q96EE3,Q9UJX3,Q96BK5,Q7Z3K3,Q29RF7,Q9BVS4,Q8WVM7,Q53HL2,O60264 37 |
| Negative regulation of rna catabolic process 0.4132714573781326 1.4819137182572453 0.1383632543907709 1.0 0.4464548461368873 32 Q14011,O95453,Q08211,Q00839,Q96HR8,P98175,P42704,Q92804,P07910,Q9Y2W1,Q13151,P35637,O60832,O60506,Q99729 15 |
| Regulation of dna replication 0.4023080787989124 1.4800221057779093 0.1388673473807777 1.0 0.4465928459346684 49 Q9BZE4,P51530,Q99741,P54132,O60934,P04637,Q9ULV3,Q96QE3,Q96KQ7,Q5W0B1,Q9BRX5,Q9NRL2,Q9BRT9,Q9UBD5,Q04837,Q08211,P46100,O95785,Q9UJZ1,Q29RF7,Q13535,Q7Z6E9,O43913,O60264 24 |
| Primary amino compound metabolic process 0.8493896261241269 1.47655316586894 0.1397954537972108 1.0 0.4486282323388536 3 P05091 1 |
| Microtubule nucleation 0.5136893644902465 1.475298570116556 0.1401322906951283 1.0 0.4494874511695315 15 Q08379,Q96S59,Q9ULW0,P51608 4 |
| Embryonic camera type eye development 0.8477759379930382 1.4702721483417596 0.1414880611241715 1.0 0.4498245167418359 3 O94788 1 |
| Regulation of epithelial cell proliferation involved in lung morphogenesis 0.7149968886123275 1.4683041750967047 0.1420216173553967 1.0 0.4498245167418359 2 Q13247 1 |
| Positive regulation of epithelial cell proliferation involved in lung morphogenesis 0.7149968886123275 1.4683041750967047 0.1420216173553967 1.0 0.4498245167418359 2 Q13247 1 |
| Neuron fate commitment 0.714996888612323 1.4683041750966843 0.1420216173554023 1.0 0.4498245167418359 2 Q96KQ7 1 |
| Positive regulation of lipid transport 0.6661857744953322 1.46676141252281 0.1424409701169771 1.0 0.4508897861853703 7 Q9Y255 1 |
| Nucleic acid phosphodiester bond hydrolysis 0.3263116407239181 1.463170520920196 0.1434207250080477 1.0 0.453109187070107 93 Q9GZR2,Q6UN15,P51530,Q9H0D6,Q9P2I0,Q01780,Q5SY16,Q14191,O75691,P78316,Q96QE3,O95453,Q96GM8,Q96F86,Q92889,Q8N9T8,Q8TCS8,O95831,Q5TA45,Q86U38,Q14137,Q96B26,Q15024,Q9BQG2,Q99575,Q9UBZ4,Q15050,P19447,Q96EU6,Q9NVH0,Q9UPY3,Q14692,O15091 33 |
| Amino acid homeostasis 0.7131300560049767 1.4594883202947824 0.1444307529750377 1.0 0.4546424762681649 2 P29144 1 |
| Regulation of muscle cell differentiation 0.4763575162752072 1.4575869855725931 0.1449544190284664 1.0 0.4546424762681649 20 Q9UGN5,Q96EB6 2 |
| Rrna transcription 0.4683063332172522 1.4555715041409756 0.1455111102123327 1.0 0.4550720057361657 23 Q13428,Q9NZM5,O75367,Q8WUA4,Q9H9Y6,P19338,Q9Y5Q8,Q9H8H0,Q9P0M6,Q12789,Q9BYG3,Q9NWS0,Q9GZS1,Q9Y5Q9,P04637 15 |
| Cellular response to glucose starvation 0.5676152086088836 1.4536571753955694 0.1460413767039723 1.0 0.455826701809115 11 Q9Y4P3,P54646,O43159,Q9BQG0,Q96EB6,P09651,P08243,P04637 8 |
| Cellular response to lipid 0.3136483923568743 1.4534845815906423 0.1460892575420707 1.0 0.455826701809115 104 Q15424,O94788,Q969T9,Q9P253,Q14151,P38398,Q15648,P17844,P61960,Q92841,Q9NRA0,O95831,Q86U42,Q8WUQ7,Q00839,P49841,O43823,Q05086,Q8TDD1,Q96EB6,Q8TB36,O14497 22 |
| Chondrocyte differentiation involved in endochondral bone morphogenesis 0.7115743621655242 1.452140871098605 0.1464624396077016 1.0 0.4561781963498699 2 P50454 1 |
| Regulation of rna export from nucleus 0.5805159527635089 1.4515884399152348 0.1466160749739367 1.0 0.4561781963498699 10 P49790,Q9ULX6,Q9BYW2,P12270,Q07666 5 |
| Apoptotic chromosome condensation 0.7109520846297501 1.4492016790282938 0.1472812687849467 1.0 0.4562941988369768 2 Q9UKV3 1 |
| Receptor internalization 0.4668868239810094 1.4456759349802992 0.1482681171889757 1.0 0.4580229965914906 23 P41440,P30533 2 |
| Regulation of neurotransmitter transport 0.501161882419468 1.4448887708032 0.1484891309515443 1.0 0.4584346449168467 16 Q15042,Q9P253,P41440,O14656 4 |
| Regulation of retrograde transport endosome to golgi 0.7090852520224002 1.4403834358477916 0.1497589473713514 1.0 0.4587029837743898 2 Q93009 1 |
| Positive regulation of isotype switching 0.6062311055706113 1.440187248117668 0.149814429986077 1.0 0.4587029837743898 9 O96028,Q5UIP0,Q96QE3 3 |
| Positive regulation of b cell mediated immunity 0.6062311055706113 1.440187248117668 0.149814429986077 1.0 0.4587029837743898 9 O96028,Q5UIP0,Q96QE3 3 |
| Regulation of telomere maintenance via telomere lengthening 0.4170778894129839 1.4386394243527951 0.1502527102504656 1.0 0.4587029837743898 30 O95453,Q00839,P22626,Q96HR8,Q92889,Q96BK5,Q9NVN8,Q9H0A0,Q13535,Q01780,P09651,P07910 12 |
| Retrograde transport vesicle recycling within golgi 0.6687100539554556 1.4383696389442546 0.150329202380993 1.0 0.4587029837743898 6 P83436,Q14746,Q8TBA6 3 |
| Mitochondrial ribosome assembly 0.7602029674049546 1.436587874675825 0.1508351309618216 1.0 0.4587029837743898 5 Q567V2 1 |
| Negative regulation of histone h3 k27 methylation 0.7078406969508463 1.4345040989799762 0.1514284602071254 1.0 0.4587029837743898 2 O75367 1 |
| Positive regulation of rrna processing 0.6589232809751674 1.434274572988986 0.1514939234324583 1.0 0.4587029837743898 7 Q15061,Q9BVS4 2 |
| Regulation of rrna processing 0.6589232809751674 1.434274572988986 0.1514939234324583 1.0 0.4587029837743898 7 Q15061,Q9BVS4 2 |
| Positive regulation of myeloid leukocyte mediated immunity 0.6674754313134952 1.4329436178539272 0.1518739508175435 1.0 0.4588667208862612 6 Q9NR30,Q12846 2 |
| Negative regulation of dna biosynthetic process 0.5495005434226239 1.4294887044144746 0.1528638192135898 1.0 0.4610376217316833 12 Q00839,Q92889,Q96BK5,Q9NVN8,Q9H0A0,Q01780,P09651,P07910 8 |
| Fatty acid homeostasis 0.7582526819244979 1.4287098645304146 0.153087641366358 1.0 0.4610376217316833 5 Q9HCL2,Q96EB6 2 |
| Vacuolar proton transporting v type atpase complex assembly 0.7065961418792894 1.4286244007487094 0.1531122170243404 1.0 0.4610376217316833 2 Q8N511 1 |
| Proton transporting v type atpase complex assembly 0.7065961418792894 1.4286244007487094 0.1531122170243404 1.0 0.4610376217316833 2 Q8N511 1 |
| Regulation of histone h3 k14 acetylation 0.8369125427948845 1.4279675086853454 0.1533012107310731 1.0 0.4610376217316833 3 Q03164,Q96EB6 2 |
| Regulation of neutrophil chemotaxis 0.6570539944349181 1.4259058677043353 0.1538955154675561 1.0 0.4623973801923567 7 Q8NHP6,Q00013,Q8NE86,Q07021 4 |
| Positive regulation of transcription by rna polymerase i 0.5054703389853921 1.4252655968729255 0.1540804408833382 1.0 0.4625257350928082 15 Q9UPP1,Q8TED0,P19338,Q15061,Q9H8H0,Q12824,Q9NWS0 7 |
| Positive regulation of b cell activation 0.5616293316237686 1.4216608004594795 0.1551247450138464 1.0 0.4645886124839185 11 Q96QE3,O96028,Q5UIP0 3 |
| Dna templated transcription elongation 0.3988979480660363 1.4203814692815315 0.1554966546410441 1.0 0.4646328610197483 39 Q6PD62,Q14241,O60885,Q14004,Q9BYW2,Q7KZ85,Q86V81,Q5BKZ1,Q8N7H5,Q9NYV4,Q00839,Q15061,O00267,Q96QE5,P19447,Q9Y5B9,Q96FV9,O43719,Q9GZS1 19 |
| Histone h3 k14 acetylation 0.6643658039481106 1.4192720857917758 0.1558197069914721 1.0 0.4653843865838046 6 O95696,Q96EB6 2 |
| Positive regulation of immunoglobulin production 0.5334489403775952 1.4179215705086567 0.1562136639786273 1.0 0.4661662090242849 13 O96028,Q12846,Q5UIP0,Q96QE3 4 |
| Spliceosomal snrnp assembly 0.4359507083690231 1.4138094453382757 0.1574178595337638 1.0 0.4686958150586959 27 P38432,Q8WXF0,Q96RS0,O75494,Q9Y4Z0,O43395 6 |
| Regulation of intrinsic apoptotic signaling pathway by p53 class mediator 0.5601520493964258 1.41375858039024 0.1574327987553037 1.0 0.4686958150586959 11 Q96EB6,Q96QE3 2 |
| Regulation of transcription of nucleolar large rrna by rna polymerase i 0.5597854243479727 1.4117971189911476 0.1580097070198216 1.0 0.4697683474241041 11 Q9NZM5,P19338,Q9H8H0,Q9P0M6,Q12824,Q9NWS0,O75367 7 |
| Ventricular trabecula myocardium morphogenesis 0.702862476664599 1.4109835323173292 0.1582494697510279 1.0 0.4700515071828788 2 Q15648 1 |
| Adult heart development 0.7028624766645917 1.410983532317294 0.1582494697510383 1.0 0.4700515071828788 2 P51948 1 |
| Negative regulation of histone modification 0.4642656193146469 1.4083774797322255 0.159019324067942 1.0 0.4709551710989519 22 O60341,Q7KZ85,Q13363,Q9NRA0,Q96ST3,Q9Y3T9,Q96EB6,Q12824,Q6W2J9,Q9NWS0,P29375,P38398,O75367 13 |
| Nucleosome assembly 0.4031059098499424 1.408147046272021 0.1590875325886214 1.0 0.4709551710989519 33 P46100,Q13111,Q5SSJ5,Q9P0M6,Q96T23,Q9NRL2,Q9H0U9,O60264 8 |
| Protein methylation 0.3812691612384553 1.4079938450126772 0.1591328925558026 1.0 0.4709551710989519 60 O43159,P22087,O60725,Q5UIP0,P38398,P51608,O75367,O60885,Q9BYW2,Q8N7H5,Q96KQ7,Q03164,O96028,Q6W2J9,Q15047,P46100,Q9BZ95,Q96EB6,Q9NWS0 19 |
| Rna stabilization 0.4346784396898366 1.404214026762845 0.1602551261907261 1.0 0.4728670250170226 27 Q14011,O95453,Q08211,Q00839,Q96HR8,P07910,Q9Y2W1,Q13151,P35637,P98175,O60506,Q92804 12 |
| Organelle fission 0.2877140702576592 1.4041044577993027 0.1602877463739485 1.0 0.4728670250170226 161 Q8N3U4,Q96JM3,Q9UJX5,P27797,Q08379,O43670,Q92791,O75367,Q14004,P61586,Q02241,P46013,Q13123,O14734,Q92889,Q8NE86,Q96KQ7,P12270,Q9UIG0,Q96HS1,Q14980,Q8WUX9,Q8IY18,Q00839,Q14807,Q9ULX6,Q9H1A4,Q9ULW0,Q9NTI5,Q15050,Q9UJX4,O60216,O94901,P14635,Q96FZ7,O43823,Q9H0H5,Q8IXJ6,P46100,Q13042,O95067,Q02880,Q9UJX3,Q06609,Q96BK5,Q96EE3,Q15003,Q7Z3K3,Q8WWQ0,Q29RF7,Q9BVS4,Q8TB36,Q69YH5,Q8WVM7,Q53HL2,O60264 56 |
| Positive regulation of cell cell adhesion 0.4015960621660286 1.401671110024718 0.1610134814885198 1.0 0.4739133939862294 34 P41440,Q9H3S7 2 |
| Regulation of nucleobase containing compound transport 0.5578517815588335 1.4014499766993085 0.1610795563571949 1.0 0.4739133939862294 11 P49790,Q9ULX6,Q9BYW2,P12270,Q07666 5 |
| Negative regulation of calcium ion dependent exocytosis 0.7000622277535911 1.3977516313107083 0.1621876637581552 1.0 0.4760969100842958 2 P04899 1 |
| Protein localization to plasma membrane 0.3325602237280967 1.3948065015131428 0.1630741978166967 1.0 0.4774626086838076 80 P41440,Q9UNK0,Q12846,Q9Y2J2,O95429,Q14160,Q9Y4G8,Q8TEU7,Q9UJY4,Q9Y624,P84095,P23634,O15258,Q6VY07 14 |
| Adrenergic receptor signaling pathway 0.8453659435783161 1.393453828514058 0.1634825978524898 1.0 0.478182438472179 4 P23634,P04899 2 |
| Dna metabolic process 0.2815339264463704 1.3928848675349734 0.1636546091396398 1.0 0.4784519597403483 298 P23246,P41440,P51530,Q9UGN5,Q9H0D6,Q96MG7,Q9H0A0,P36776,Q9Y619,Q8IYB8,Q14191,P38398,O95983,Q96QE3,Q9ULV3,O95453,Q15233,Q86V81,O95831,O96028,P54725,Q9H773,P35251,Q92614,Q9UBZ4,Q9H1I8,P19447,Q96FV9,Q7Z3K3,Q96EB6,P49750,Q9GZR2,Q9NVN8,Q14676,Q01780,P09651,P11387,P51608,Q9UIF9,Q96KQ7,Q03164,P07910,P49427,Q13330,Q9BRT9,Q8IY18,Q8WTT2,Q5TKA1,O60216,Q9UBD5,Q08211,P46100,Q96HR8,Q96L91,Q9NVH0,Q9NRR5,Q9H0E9,Q5UIP0,P35637,Q9NZM5,Q9BYW2,Q00839,P22626,Q13111,Q7Z4V5,O60870,Q9NR30,Q96BK5,Q13535,O15381,Q96K76,Q12888,Q92889,Q9BVP2,P20585,O95619,Q14807,Q99459,Q9NTI5,P35659,Q02880,Q06609,Q29RF7,Q9BUQ8,Q9HCS7 85 |
| Histone h4 k20 methylation 0.8448094827558271 1.391375982973022 0.1641114436173179 1.0 0.4791494347983182 4 P38398 1 |
| Rrna transport 0.6985065339141252 1.3904003079908784 0.1644073530061522 1.0 0.4795828839932827 2 Q8TCS8 1 |
| Single stranded viral rna replication via double stranded dna intermediate 0.6489189578468856 1.3894562424505472 0.1646940580509688 1.0 0.480172467644197 7 Q9Y6X9,P11388,Q02880,Q15047 4 |
| Regulation of transcription by rna polymerase i 0.463663773763898 1.387169288714881 0.1653901478311099 1.0 0.480707577591663 21 Q9UPP1,Q9NZM5,Q15061,Q9H8H0,Q9P0M6,Q9NWS0 6 |
| Ventricular septum development 0.647742071992598 1.3841794879548082 0.1663035024936083 1.0 0.4821704216627166 7 O96028,P43243 2 |
| Transcription initiation from rna polymerase i promoter 0.647721226795543 1.3840860175896534 0.1663321177880301 1.0 0.4821704216627166 7 Q9GZS1,Q9UIF9 2 |
| Rna polymerase i preinitiation complex assembly 0.647721226795543 1.3840860175896534 0.1663321177880301 1.0 0.4821704216627166 7 Q9GZS1,Q9UIF9 2 |
| Embryonic hemopoiesis 0.7470077121892548 1.383254966797376 0.1665867009561983 1.0 0.48269331390649 5 Q03164,Q9H6E4 2 |
| Regulation of granulocyte chemotaxis 0.6213204742433087 1.3828346713444684 0.1667155652792473 1.0 0.4828516260647836 8 Q8NHP6,Q00013,Q8NE86,Q07021 4 |
| Stress granule assembly 0.4980398121878697 1.3799624372302048 0.1675982105778999 1.0 0.4845541397888103 15 Q14011,P31483,P54646 3 |
| Positive regulation of histone acetylation 0.5940160491508293 1.379952225114747 0.1676013550384048 1.0 0.4845541397888103 9 P38398,Q9NWS0,Q9NRA0 3 |
| Polyadenylation dependent rna catabolic process 0.6456389824939105 1.3747478899425631 0.1692096185528913 1.0 0.4878841300008493 7 Q8TCS8,Q01780,Q96B26,Q15024 4 |
| Histone h3 k9 dimethylation 0.694772868699448 1.3727569402860889 0.1698279211414108 1.0 0.4888188615154326 2 Q9NWS0 1 |
| Regulation of intracellular estrogen receptor signaling pathway 0.4656746444182137 1.371959535434846 0.1700760349689809 1.0 0.4888840510266111 19 P61960,Q969T9,Q9P253,P38398,Q15648 5 |
| Dna synthesis involved in dna repair 0.525079030260917 1.370237424260509 0.1706127994843362 1.0 0.490210362475975 13 Q14191 1 |
| Peptidyl asparagine modification 0.6438143507610037 1.36656303923828 0.171762308971902 1.0 0.4907531023315269 7 P04843,P04844,Q9NYU2 3 |
| Cardiac cell development 0.5099062313386615 1.3639473690166817 0.1725841308267619 1.0 0.4928269407498184 14 Q9UGN5 1 |
| Cell cycle dna replication 0.4576118488569146 1.3624685780349737 0.1730500540505262 1.0 0.493940588678663 22 Q06609,P46100,O95785,Q14191,Q96QE3 5 |
| Regulation of protein localization to nucleolus 0.7406860222250538 1.3576819551335226 0.1745646250421244 1.0 0.496712844303069 5 O15381,Q96BK5 2 |
| Mitochondrial rna processing 0.5496406597195106 1.3574769018111204 0.1746297278546293 1.0 0.496712844303069 11 Q969Z0,Q7L8L6,Q8TCS8,Q8IYB8,Q9NYY8,O15091 6 |
| Late endosome to vacuole transport via multivesicular body sorting pathway 0.6417875447831878 1.3574692065427154 0.174632171394484 1.0 0.496712844303069 7 Q9H3S7 1 |
| Peptidyl proline hydroxylation to 4 hydroxy l proline 0.7365515562637845 1.3409515048837763 0.1799361982431591 1.0 0.5066940811418271 5 Q96HE7,O15460,P13674 3 |
| Spleen development 0.6879278158058553 1.340413412048831 0.1801109777171583 1.0 0.5066940811418271 2 Q96T37 1 |
| Histone h3 k27 methylation 0.6379011215807349 1.3400261090063583 0.1802368567754493 1.0 0.5066940811418271 7 Q7KZ85,O75367,Q96KQ7 3 |
| Organic acid transport 0.3888063408072016 1.336688382945083 0.1813243755098175 1.0 0.5086309024111094 45 O60831,P41440,O43772 3 |
| Positive regulation of transcription by rna polymerase ii 0.2738848284774897 1.3349666662568382 0.1818872565464049 1.0 0.5093312973888782 170 P23246,Q9H0E9,Q96I24,O00459,Q12948,Q12888,Q9NY61,Q969T9,P28370,Q8NCF5,P38159,Q9Y2W1,Q96T23,P38398,Q15648,P51608,O60885,Q14004,P43490,Q9H1B7,Q92841,Q96ST3,Q03164,Q12830,Q7L2J0,Q9NXV6,Q9NYV4,Q00839,Q14684,Q99459,Q9ULX6,Q96HY6,Q96T37,O15111,Q9NYF8,O00267,Q8WUB8,Q05086,Q8IXJ6,P46100,Q92922,Q96PK6,Q8WWQ0,Q7Z434,P61978,Q96EB6,Q15651,O60264 48 |
| Regulation of superoxide anion generation 0.8126361655773311 1.3333587399933264 0.1824141056964872 1.0 0.5096467982764645 3 Q9NY61,P04899 2 |
| Regulation of dna methylation dependent heterochromatin assembly 0.6448498428130464 1.333331118006478 0.1824231661246549 1.0 0.5096467982764645 6 Q9Y6X9,Q15047 2 |
| Protein adp ribosylation 0.531926283746907 1.3324722709153731 0.1827050474374658 1.0 0.5096467982764645 12 Q9UGN5,Q96EB6 2 |
| Glycolipid biosynthetic process 0.6360406950386238 1.3316737869921718 0.1829674065501587 1.0 0.5099412937484074 7 Q16739,Q92643,Q969N2 3 |
| Carbohydrate derivative transport 0.459190783742503 1.3286122815011396 0.1839759180563074 1.0 0.512093858346718 19 P41440 1 |
| Insulin receptor signaling pathway 0.3947046753915224 1.3277551115861093 0.1842590205133256 1.0 0.5122310815670098 32 P49841,P49815,O00459,Q92922,P43490,Q8WWQ0,P04899,Q96EB6,Q9HCD5,O00443 10 |
| Mrna catabolic process 0.3063280202189637 1.327747760517044 0.184261449787364 1.0 0.5122310815670098 111 Q969T7,Q9H0D6,Q01780,P08670,Q9Y2W1,Q8IYB8,P35637,O15514,O95453,P17844,Q969Z0,Q96F86,Q9Y5S9,P07910,Q99729,Q14011,Q00839,Q96B26,Q7L8L6,Q9BQG2,Q6PJT7,Q13151,Q9P2K5,Q9NYY8,Q92804,P52272,Q92945,Q6P6C2,O60506,P51114,Q9Y4Z0,P98175 32 |
| Positive regulation of chromosome organization 0.3869467595765972 1.327469178442334 0.184353529002843 1.0 0.5122681359092244 47 P23246,P09651,O60832,O60934,O75367,O95453,Q9BVP2,Q96ST3,P12270,Q14980,Q9Y6X9,Q8IY18,P22626,O60216,Q04837,Q15047,P46100,Q96HR8,Q13535 19 |
| Regulation of stem cell differentiation 0.4569738583637182 1.3267693120723456 0.1845850048032373 1.0 0.5124735195241396 20 Q12948,Q14004,Q9Y6C9,Q9NYV4 4 |
| Cellular response to oxygen levels 0.3901362234019884 1.326254837340645 0.1847553007786906 1.0 0.512560914853407 37 Q9Y487,Q9Y4P3,Q9NZM5,P55786,P27144,O95831,Q96EB6,Q5SSJ5,Q8N511 9 |
| Positive regulation of protein localization to centrosome 0.6848164281269512 1.325714617817111 0.1849342436302263 1.0 0.512643607792254 2 P49841 1 |
| Regulation of b cell mediated immunity 0.543534006099095 1.3247449094047312 0.1852557724349073 1.0 0.512643607792254 11 Q12888,Q96FV9,Q7KZ85,Q5UIP0,Q9NQT5,O96028,Q6ZW49,Q96QE3 8 |
| Regulation of isotype switching 0.543534006099095 1.3247449094047312 0.1852557724349073 1.0 0.512643607792254 11 Q12888,Q96FV9,Q7KZ85,Q5UIP0,Q9NQT5,O96028,Q6ZW49,Q96QE3 8 |
| Artery morphogenesis 0.7325316666816213 1.324681749203952 0.185276728965348 1.0 0.512643607792254 5 Q96AY3 1 |
| Somatic diversification of immunoglobulins 0.4557833989130828 1.318726376914075 0.1872606052571406 1.0 0.5172084786775818 20 Q12888,Q8WYA6,O96028,Q5UIP0,Q96QE3 5 |
| Chromosome segregation 0.2973689090321781 1.311708692816051 0.1896184426168885 1.0 0.5206703120400422 143 P23246,Q8N3U4,Q96JM3,P11387,O43670,Q92791,P38398,O75367,P46013,Q92889,Q96KQ7,P12270,Q9UIG0,Q14980,Q8WUX9,Q8IY18,Q00839,Q14807,Q9ULX6,Q9H1A4,Q9NTI5,Q15050,Q9UJX4,O94901,P14635,O43823,Q02880,Q8IXJ6,P46100,Q13042,Q96EE3,Q9UJX3,Q96BK5,Q7Z3K3,Q29RF7,Q9BVS4,Q8WVM7,Q69YH5,Q53HL2,O60264 40 |
| Protein k11 linked ubiquitination 0.5410562723614227 1.3114589742612988 0.1897027455852047 1.0 0.520682008452218 11 Q9UJX3,Q9H1A4,Q9UJX6,Q13042 4 |
| Mitotic sister chromatid segregation 0.3198030952020833 1.308167680645501 0.1908164415450817 1.0 0.5220955193581005 88 Q96JM3,Q9UJX5,O43670,O75367,Q02241,Q13123,P12270,Q9UIG0,Q14980,Q8WUX9,Q8IY18,Q00839,Q14807,Q9ULX6,Q9H1A4,Q9NTI5,Q15050,Q9UJX4,O60216,P14635,Q96FZ7,O43823,Q9H0H5,P46100,Q13042,Q96EE3,Q9UJX3,Q96BK5,Q15003,Q7Z3K3,Q29RF7,Q9BVS4,Q53HL2,O60264 34 |
| Regulation of cell cycle g2 m phase transition 0.385772817948169 1.3048092250523224 0.1919578171024509 1.0 0.5236315119719945 40 Q99741,Q9Y619,O60934,P38398,P51608,O75367,O60885,Q96QE3,P04637,Q9NZM5,Q96ST3,Q68E01,Q6ZW49,O60216,P14635,Q96BK5,O14965,Q6NUQ1,Q96K76,P54132 20 |
| B cell mediated immunity 0.4711698000346991 1.3038272907439663 0.1922924754076924 1.0 0.523826240388574 17 O96028,Q07021,Q5UIP0,Q96QE3 4 |
| Circadian regulation of gene expression 0.4524906133485698 1.29647833240099 0.1948107402642152 1.0 0.5277557391693114 20 Q00839,P43490,Q9BQG2,Q03164,Q96EB6,P11387,P29375,Q13330 8 |
| Rna phosphodiester bond hydrolysis endonucleolytic 0.3994007326618928 1.2962884125331176 0.1948761391982607 1.0 0.5277557391693114 30 Q86U38,Q14137,Q9BQG2,Q99575,Q8N9T8,Q14692,Q5TA45,Q5SY16,O75691,P78316,O15091 11 |
| Negative regulation of centrosome duplication 0.8027320167826393 1.294764377366013 0.1954015241338191 1.0 0.5285184675636149 3 P38398 1 |
| Histone h3 k9 acetylation 0.6359044808755211 1.2938820346461608 0.1957061708934437 1.0 0.5291224612060896 6 P38398,Q9NRA0 2 |
| Cell cell adhesion via plasma membrane adhesion molecules 0.4537536328754263 1.2922477795237377 0.1962713500047543 1.0 0.5296365112640212 19 Q13740,O00192,O60245,Q9BY67,Q9H3S7 5 |
| Rna catabolic process 0.3007134436203671 1.2921552029016694 0.1963034017920915 1.0 0.5296365112640212 134 Q969T7,P51530,Q9H0D6,Q01780,P08670,Q9Y2W1,Q9Y3B2,Q8IYB8,P35637,O60832,O15514,O95453,P17844,Q6NZY4,Q969Z0,Q96F86,Q9Y5S9,Q8TCS8,P07910,Q9BZI7,Q99729,Q14011,Q15287,Q00839,Q96B26,Q7L8L6,Q9BQG2,Q99575,Q6PJT7,O75312,Q13151,Q9P2K5,Q9NYY8,Q92804,P52272,Q08211,Q12849,Q92945,Q6P6C2,O60506,P51114,Q96HR8,Q9UPY3,Q9Y4Z0,P98175 45 |
| Negative regulation of cell cycle g2 m phase transition 0.4469078704718153 1.288577970474196 0.1975448461101501 1.0 0.531662897785075 22 Q9NZM5,Q99741,Q96BK5,Q6NUQ1,P54132,Q96K76,Q9Y619,O60934,P38398,O60216,O75367 11 |
| Sertoli cell differentiation 0.723148981030905 1.286701289676144 0.19819842340081 1.0 0.5329599876736275 5 Q14151,P46100 2 |
| Protein acetylation 0.3720642964405783 1.2860189525180612 0.1984364473705651 1.0 0.5329599876736275 58 Q86UY6,Q9H0E9,P54646,Q5VZE5,P38398,Q969T9,Q9NRA0,Q96ST3,Q9H0A0,O95696,Q03164,Q96EB6,Q9NWS0,Q6ZRS2,Q00403,O95619,O95983,P51608 18 |
| Regulation of tooth mineralization 0.6761045426260213 1.2845753660565615 0.1989407115037469 1.0 0.5330833872726995 2 Q6W2J9 1 |
| 3 utr mediated mrna stabilization 0.6251100902866036 1.2825784417304649 0.1996398070059162 1.0 0.5339872304989659 7 Q13151,P98175,Q13148,P07910 4 |
| Negative regulation of dna replication 0.547812954691428 1.281474577160474 0.200027023999092 1.0 0.534041631414515 10 Q9BZE4,Q7Z7L1,Q99741,Q29RF7,Q13535,P54132,P04637 7 |
| Positive regulation of chromatin organization 0.5996853469003084 1.2810764819372569 0.2001668035284836 1.0 0.534041631414515 8 Q96ST3,Q9Y6X9,P12270,Q15047 4 |
| Sphingomyelin metabolic process 0.7215412163488377 1.280193050716999 0.2004772493521995 1.0 0.534041631414515 5 Q9P0L0,Q9NXE4,O15269 3 |
| Nuclear ncrna surveillance 0.6327096783775508 1.2797880726700104 0.2006196797712904 1.0 0.534041631414515 6 Q01780,Q96B26,Q15024 3 |
| Rrna 3 end processing 0.6327096783775508 1.2797880726700104 0.2006196797712904 1.0 0.534041631414515 6 Q01780,Q96B26,Q15024 3 |
| Positive regulation of response to dna damage stimulus 0.3827908475666993 1.278023741409007 0.201241055277382 1.0 0.5341078651875556 41 Q08211,P17844,Q9H0E9,Q7Z3K3,Q13535,Q96EB6,Q9NYF8,Q5UIP0,P35637,O95619,P38398,Q7Z4V5,P51114 13 |
| Viral transcription 0.4743406987859191 1.2776816653095946 0.2013616925275032 1.0 0.5341078651875556 16 Q14684,O14646,P19474,Q96T23 4 |
| Negative regulation of histone h4 acetylation 0.7970743853096814 1.2727268216526832 0.2031149964632528 1.0 0.5368805574942948 3 Q96EB6,Q9NWS0 2 |
| Mitotic recombination 0.5459039540076607 1.2715282087419983 0.2035407985853961 1.0 0.5372387513152719 10 Q8IY18,Q06609,P20585,Q92889,Q96SB8,P18074,P49959 7 |
| Epithelial to mesenchymal transition 0.4360245603957068 1.271488878516548 0.2035547814829259 1.0 0.5372387513152719 24 P17844,P49841,Q13428,Q12948,Q9H9Y6,Q92841,Q99729 7 |
| Phosphatidic acid metabolic process 0.6305823697151227 1.27040251597855 0.2039412875125359 1.0 0.5379716444724437 6 Q9NPH0,Q9NUQ2 2 |
| Transepithelial chloride transport 0.6726820161792273 1.2684233093371755 0.2046468219147277 1.0 0.5382197665737654 2 P55011 1 |
| Activated t cell proliferation 0.6300218427718511 1.2679294199761468 0.2048231567276777 1.0 0.5382197665737654 6 Q9HCL2,Q14160 2 |
| Nuclear export 0.3191056803896307 1.2677157864718591 0.2048994651656777 1.0 0.5382197665737654 85 Q8N1F7,Q86W42,P35658,Q96D46,P09651,Q07666,O15514,Q9BYW2,O75152,Q86V81,P12270,Q9H6R4,Q99567,Q86U42,Q86U38,P22626,P49841,P78406,Q9ULX6,Q9BW27,Q96MU7,Q15050,P50402,P62841,Q08211,P49790,Q6P6C2,Q9NVU7,Q96FV9,Q8NDT2,Q9BVS4,Q8NI27 32 |
| Protein destabilization 0.5200943240030944 1.2670579660310928 0.2051345639815771 1.0 0.5383195015982071 12 P54725,P19474 2 |
| Positive regulation of histone h3 k9 acetylation 0.8107949818628009 1.2643372367935033 0.2061090097330447 1.0 0.5395328403675879 4 P38398 1 |
| Regulation of cell cycle 0.2764803145636559 1.2624622751855723 0.2067824927136046 1.0 0.5406431330795812 296 Q9BZE4,P23246,Q15392,Q9H0E9,P51530,P35658,Q12948,Q12888,Q9NY61,O43159,Q14676,Q9H0A0,Q99496,Q9Y619,O00541,O43670,P38398,Q15648,P51608,Q96QE3,O75367,O75400,Q14004,O60885,Q9H7N4,P49815,Q9NZM5,Q9BYW2,P46013,Q96ST3,Q9UIG0,Q7L2J0,Q9NYV4,P54725,Q7Z7K6,Q14980,O95619,P19474,Q8WUX9,Q14137,Q00839,Q99459,P78406,Q13243,Q96AY4,Q9H1A4,Q9ULW0,Q96HY6,Q9UJX4,O95235,P23634,P14635,P19447,Q8IXJ6,O95785,Q13042,P46100,O95067,Q96FV9,Q8N6R0,Q9UJX3,Q14160,Q96PK6,Q96BK5,Q8WWQ0,Q13535,Q9BVS4,Q96EB6,Q69YH5,Q96K76,P18583,O60264 72 |
| Histone h3 k36 trimethylation 0.8100632458281507 1.2616055419326786 0.2070907610068046 1.0 0.5410616974590212 4 Q9BYW2,Q9BZ95 2 |
| Negative regulation of double strand break repair via nonhomologous end joining 0.6708151835718731 1.2596160587603822 0.2078078996023267 1.0 0.5413657937177153 2 Q9UBB9 1 |
| N terminal protein amino acid acetylation 0.6267058694811224 1.2532985944960493 0.2100970597590152 1.0 0.5438851085954225 6 Q86UY6 1 |
| Calcium dependent cell cell adhesion via plasma membrane cell adhesion molecules 0.7918471165851017 1.2523744320536003 0.2104334583914631 1.0 0.5438851085954225 3 O00192 1 |
| Positive regulation of phosphatidylinositol 3 kinase signaling 0.7144945951954167 1.2516709033818827 0.2106898066513991 1.0 0.5438851085954225 5 Q96EB6 1 |
| Response to dsrna 0.4908356041272531 1.2514570752885896 0.2107677650106645 1.0 0.5438851085954225 14 Q9NR30,P41440 2 |
| Negative regulation of transcription by rna polymerase i 0.8064451515940173 1.2481006555058678 0.2119941982727833 1.0 0.5448527300531235 4 Q9P0M6,Q9NZM5 2 |
| Nucleosome mobilization 0.5411738663656417 1.246882157852267 0.2124407098033474 1.0 0.5455491983577612 10 O14497,Q12830,Q9NRL2 3 |
| Androgen receptor signaling pathway 0.4685357498329843 1.2414544804666452 0.2144379038558979 1.0 0.547859623989962 16 P17844,Q05086,P61586,O60341,Q16512,Q92841,Q13547,Q96EB6,Q14151,O14497 10 |
| Positive regulation of dna templated transcription elongation 0.4681183757632036 1.2388500329186911 0.2154010410312372 1.0 0.5488381401912253 16 O60885,Q14004,Q86V81,O00267,Q9NYV4 5 |
| Regulation of immunoglobulin production 0.4677549152429554 1.2365820598932602 0.2162422835827291 1.0 0.5505503149532888 16 O96028,Q12846,Q5UIP0,Q96QE3 4 |
| Negative regulation of tumor necrosis factor superfamily cytokine production 0.787596324421624 1.2358318204635492 0.2165210843010814 1.0 0.5506506065826179 3 O43823 1 |
| Positive regulation of immune effector process 0.3803426438097776 1.2350824281880326 0.2167998283812253 1.0 0.5506506065826179 36 Q12846,Q9NR30,Q9NRA0,Q92614,Q7Z434,Q96EB6,O96028,Q5UIP0,Q9BY67,Q96QE3 10 |
| Dna methylation or demethylation 0.4388949222386296 1.2332814008659705 0.2174707945620542 1.0 0.5515195004390497 22 Q03164,P38398,Q9UIF9,P51608 4 |
| Striated muscle cell differentiation 0.37711288787866 1.2284761998499116 0.2192682584290775 1.0 0.5544119226149634 43 P41440 1 |
| Rna modification 0.3632704037229252 1.2278934471610885 0.2194869697226986 1.0 0.5544119226149634 60 Q9UBS4,Q9H0A0,Q9UNQ2,P55265,P22087,Q5JTZ9,O95453,Q92979,Q7L2J0,Q5VV42,Q69YN4,Q99729,Q969Y2,P46087,Q8IY81,Q96RS0,Q96T37,Q9NNW5,O75648,Q8TEA1,Q6P6C2,Q96HR8,Q8NDT2,Q9BV44,Q15007 25 |
| Nucleosome organization 0.369297886226492 1.2228435702701064 0.2213887854088501 1.0 0.5551788932477139 55 P46100,Q9BYW2,Q92922,O14497,O60264,Q8TAQ2,Q13111,Q12830,Q5SSJ5,Q9P0M6,Q96T23,Q9H0U9,Q9NRL2,Q6ZRS2,O75367 15 |
| Polyadenylation dependent snorna 3 end processing 0.611458090332875 1.2212369041874245 0.2219963351708516 1.0 0.5552042138740445 7 Q9NQT4,O95453,Q01780,Q9NQT5 4 |
| Roundabout signaling pathway 0.6624144368388316 1.220015015188224 0.2224591828954134 1.0 0.5553591631446096 2 P61586 1 |
| Negative regulation of lipoprotein particle clearance 0.783460072098876 1.2197430295956468 0.2225623041299755 1.0 0.5553591631446096 3 P30533 1 |
| Negative regulation of microtubule polymerization or depolymerization 0.471698221522188 1.2191013185472277 0.2228057395175233 1.0 0.5553591631446096 15 Q9UJX6,Q9ULW0 2 |
| Positive regulation of smad protein signal transduction 0.6614810205351647 1.2156185777445263 0.2241302538358678 1.0 0.557753366948095 2 Q8N1F7 1 |
| Guanine nucleotide transport 0.7820724815874471 1.2143477112126744 0.2246149735980696 1.0 0.5583188396084993 3 P41440 1 |
| Guanine nucleotide transmembrane transport 0.7820724815874471 1.2143477112126744 0.2246149735980696 1.0 0.5583188396084993 3 P41440 1 |
| Cyclic gmp amp transmembrane import across plasma membrane 0.7820724815874471 1.2143477112126744 0.2246149735980696 1.0 0.5583188396084993 3 P41440 1 |
| Mitochondrial rna catabolic process 0.6176021590640179 1.2131324964688304 0.2250791674460006 1.0 0.559258970296499 6 Q8TCS8,Q12849,Q8IYB8 3 |
| Positive regulation of integrin activation 0.6605476042314871 1.2112229680651132 0.2258099623657643 1.0 0.5605966912442563 2 Q96AC1 1 |
| Regulation of circadian rhythm 0.4149476717690057 1.20759264996139 0.2272039877941574 1.0 0.5615624621338675 26 P11388,P23246,Q05086,P49841,P54646,Q15233,Q93009,Q96ST3,Q14103,Q9BWF3,Q9Y2W1,Q13148,Q13330,P04637 14 |
| Positive regulation of granulocyte chemotaxis 0.7033388975866461 1.2065371735616273 0.2276104347073908 1.0 0.5615925307489112 5 Q8NHP6,Q8NE86,Q07021 3 |
| Positive regulation of neutrophil migration 0.7033388975866461 1.2065371735616273 0.2276104347073908 1.0 0.5615925307489112 5 Q8NHP6,Q8NE86,Q07021 3 |
| Inorganic anion transport 0.4018057767989048 1.2056334998873155 0.2279588363844513 1.0 0.5616940267730516 28 Q9UHG3,Q96S66,Q9Y666 3 |
| Ribonucleoprotein complex localization 0.5826362241438392 1.200826440296947 0.2298185332211608 1.0 0.564378257464759 8 Q9BYW2,P12270,Q9BVS4,Q9ULX6 4 |
| Import across plasma membrane 0.4317932049316766 1.2007708569435604 0.2298400995598919 1.0 0.564378257464759 23 P23634,P41440,Q8TDW0,Q9Y666 4 |
| Negative regulation of fatty acid biosynthetic process 0.7017119734752466 1.1999583223330643 0.2301555272916327 1.0 0.5647535665907472 5 Q96EB6,P38398 2 |
| Platelet derived growth factor receptor beta signaling pathway 0.6580584940883649 1.1995055857490025 0.2303314141141916 1.0 0.5647590836082989 2 P12931 1 |
| Formation of extrachromosomal circular dna 0.6141965838404586 1.198110102484805 0.2308741564130147 1.0 0.5648216638958058 6 Q14191,O60934,P51530 3 |
| Ribosomal subunit export from nucleus 0.4942973866990225 1.194597054108654 0.2322445007796609 1.0 0.5656080589041828 13 Q86U38,Q9NVU7,Q96D46,Q9BVS4,Q99567,P62841 6 |
| Positive regulation of transcription elongation from rna polymerase ii promoter 0.5310140338875293 1.193954682890987 0.2324956952915786 1.0 0.5656080589041828 10 Q14004,Q9NYV4 2 |
| Actin filament based transport 0.6053582196156861 1.1938349316320536 0.2325425444474791 1.0 0.5656080589041828 7 Q8WXH0,O94832,Q9UH99 3 |
| Vesicle docking 0.460884146639013 1.193721702897669 0.2325868480184698 1.0 0.5656080589041828 16 Q12846,Q9UNK0 2 |
| Negative regulation of histone h3 k4 methylation 0.7001110061822998 1.1934855070716954 0.2326792848119714 1.0 0.5656080589041828 5 P38398,Q6W2J9 2 |
| Trna methylation 0.4673420023436768 1.1925044666403375 0.23306350039844 1.0 0.5656080589041828 15 Q969Y2,O75648,Q9NNW5,Q8TEA1 4 |
| Pattern specification process 0.3735852115919896 1.192040703102431 0.2332452857308293 1.0 0.5656080589041828 38 Q12797,Q12948,O94788,Q99496,P62995,Q12830,Q9UJX6 7 |
| Positive regulation of nuclear division 0.4936619808902574 1.190972664309648 0.2336643163191192 1.0 0.5656815696523523 13 Q8IXJ6,Q13042,Q9UJX3,Q8WWQ0,O14965,Q9UJX5,Q9UJX4 7 |
| Nuclear transcribed mrna catabolic process deadenylation independent decay 0.6561916614810294 1.1907218308493883 0.2337628047687716 1.0 0.5657094661535936 2 Q96F86 1 |
| Regulation of camp mediated signaling 0.7753469297814523 1.1882131560457898 0.2347494418008664 1.0 0.5660141254262768 3 Q9Y4G8 1 |
| Nuclear chromosome segregation 0.297152640553566 1.1864819464351364 0.2354320269192673 1.0 0.5667078631315747 117 P23246,Q8N3U4,Q96JM3,O43670,Q92791,O75367,Q92889,Q96KQ7,P12270,Q9UIG0,Q14980,Q8WUX9,Q8IY18,Q00839,Q14807,Q9ULX6,Q9H1A4,Q9NTI5,Q15050,Q9UJX4,O94901,P14635,O43823,Q02880,Q8IXJ6,P46100,Q13042,Q96EE3,Q9UJX3,Q96BK5,Q7Z3K3,Q29RF7,Q9BVS4,Q8WVM7,Q53HL2,O60264 36 |
| Mitotic chromosome condensation 0.5052428483690856 1.1849525480576966 0.2360362090608609 1.0 0.5674115077386921 12 O43823,Q9UIG0,Q9ULX6 3 |
| Alcohol biosynthetic process 0.3734644812300547 1.1834621061071016 0.2366260560447575 1.0 0.5676746837085748 37 Q15392,P48449,Q9NRA0,Q9UBM7,Q14739 5 |
| Amyloid precursor protein metabolic process 0.4338012575668714 1.1833540092185917 0.236668876215597 1.0 0.5676746837085748 21 Q15392 1 |
| Peptidyl lysine acetylation 0.3694575072474522 1.18323044099414 0.2367178317209157 1.0 0.5676746837085748 50 Q86UY6,Q9H0E9,P54646,Q969T9,Q9NRA0,O95696,Q03164,Q96EB6,Q9NWS0,Q6ZRS2,Q00403,O95619,P38398,O95983,P51608 15 |
| Regulation of mrna export from nucleus 0.6105490606658948 1.1820240767678305 0.2371961476235415 1.0 0.567894646784643 6 Q9BYW2,P12270,Q9ULX6 3 |
| Molting cycle 0.4920714149039875 1.1819011765919785 0.2372449150826845 1.0 0.567894646784643 13 Q14980,O94887 2 |
| Response to estradiol 0.4654532523898208 1.1809770197805909 0.237611852480966 1.0 0.568259228084075 15 O94788 1 |
| Positive regulation of chromosome separation 0.5284407174283056 1.180554944682738 0.2377795711108303 1.0 0.5684513451216286 10 Q9UJX3,Q14980,Q9UJX4,Q13042 4 |
| Histone h3 k4 demethylation trimethyl h3 k4 specific 0.653391412570012 1.177553592239456 0.2389746202573368 1.0 0.5702642718696068 2 P29375 1 |
| Resolution of recombination intermediates 0.6530802738021178 1.1760910291494246 0.2395585023246167 1.0 0.5706072031358485 2 P54132 1 |
| Protein localization to chromatin 0.4509361676545299 1.17475965557256 0.240090885114601 1.0 0.5712537097390938 17 Q8WUX9,Q9BYW2,Q9P0M6,Q9NWS0,O60216,O75367 6 |
| Peptidyl lysine dimethylation 0.6954219869199372 1.1745344033107994 0.240181040236544 1.0 0.5712537097390938 5 Q9BYW2,Q03164,Q9NWS0,Q96KQ7 4 |
| Negative regulation of organelle assembly 0.5523818708164494 1.1741698917515355 0.2403269831337029 1.0 0.5712537097390938 9 P38398 1 |
| Regulation of mitochondrial mrna stability 0.7865945552396315 1.174095278358966 0.2403568644974481 1.0 0.5712537097390938 4 Q9NYY8,Q7L8L6 2 |
| Mrna 5 splice site recognition 0.6082405870181854 1.171845912912394 0.241258925500954 1.0 0.5725258545432924 6 O75475,Q07955,Q8WXF0,P09234 4 |
| Regulation of chromosome segregation 0.3705936126515233 1.1708453916792043 0.2416609285690518 1.0 0.5727541646030182 43 Q8IY18,Q00839,Q8IXJ6,Q13042,P46013,Q9UJX3,Q9H1A4,P12270,Q9BVS4,Q9UJX5,Q9UJX4,Q69YH5,Q14980,O43670,P14635,O60216 16 |
| Cardiac septum development 0.5147656646950127 1.1704626190223717 0.2418148487984273 1.0 0.5727541646030182 11 P43243,Q96T37,O96028,Q9P2D1,P04637 5 |
| Regulation of histone h3 k4 methylation 0.4355150331832895 1.170318327410101 0.2418728891250094 1.0 0.5727541646030182 19 Q6PD62,O60341,Q96KQ7,Q03164,Q6W2J9,Q9NWS0,Q6ZW49,P38398,O75367 9 |
| Immunoglobulin production 0.415905657567789 1.1701099693660566 0.241956717037524 1.0 0.5727541646030182 25 Q12888,Q12846,Q8WYA6,O96028,Q5UIP0,Q96QE3 6 |
| Cell cycle g2 m phase transition 0.3664094238270317 1.16854215146593 0.2425881469982349 1.0 0.5734899500213427 52 O60885,P48681,O43823,Q9NZM5,Q9ULX6,O95067,Q96BK5,Q96QE3,Q07666,Q96K76,Q9Y619,P38398,P14635,P51608,O75367 15 |
| Regulation of toll like receptor signaling pathway 0.5261298495964639 1.1685250240802811 0.2425950513503694 1.0 0.5734899500213427 10 P41440 1 |
| Negative regulation of intracellular steroid hormone receptor signaling pathway 0.4885805531609291 1.161998608822936 0.2452360300271099 1.0 0.5779928896109964 13 Q96EB6,P38398 2 |
| Mitotic nuclear division 0.2942646731258124 1.1610007044895254 0.245641612950398 1.0 0.5782641479413718 128 Q8N3U4,Q99741,Q96JM3,Q9UJX5,Q08379,O43670,O75367,Q14004,P61586,Q02241,P46013,Q13123,P12270,Q9UIG0,Q14980,Q8WUX9,Q8IY18,Q00839,Q14807,Q9ULX6,Q9H1A4,Q9ULW0,Q9NTI5,Q15050,Q9UJX4,O60216,P14635,Q96FZ7,O43823,Q9H0H5,Q8IXJ6,P46100,Q13042,Q96EE3,Q9UJX3,Q96BK5,Q15003,Q7Z3K3,Q8WWQ0,O14965,Q29RF7,Q9BVS4,Q8WVM7,Q69YH5,Q53HL2,O60264 46 |
| Protein acylation 0.353370795255664 1.160174427242905 0.245977796495187 1.0 0.5784835741869817 62 Q86UY6,Q9H0E9,P54646,Q5VZE5,P38398,Q969T9,Q9NRA0,Q96ST3,Q9H0A0,O95696,Q03164,Q96EB6,Q9NWS0,Q6ZRS2,Q00403,O95619,O95983,P51608 18 |
| Skeletal muscle organ development 0.4202283508101752 1.1593359600681112 0.2463192692981208 1.0 0.5790772847070026 24 P17844,P41440,Q92841,Q9Y5Q8,P51114 5 |
| Vitamin metabolic process 0.4020002230207377 1.1579280138314532 0.2468934143033947 1.0 0.5794226825929142 27 P41440,O94788 2 |
| Cell fate specification 0.6912996894477547 1.157883561641132 0.2469115566714155 1.0 0.5794226825929142 5 Q9UJX6,Q96KQ7 2 |
| Somatic diversification of immune receptors 0.401753307136629 1.1560733618771069 0.247651150827578 1.0 0.5795601371302765 27 Q12888,P55265,Q8WYA6,O96028,Q5UIP0,Q96QE3 6 |
| Nose development 0.6487243310516507 1.1556280750364596 0.2478333192885475 1.0 0.5795601371302765 2 Q9P2D1 1 |
| Regulation of muscle adaptation 0.4612467703210459 1.1553162917886348 0.2479609267562181 1.0 0.5795601371302765 15 Q9UGN5 1 |
| Positive regulation of protein acetylation 0.4742990463410223 1.153949157506451 0.2485210138924762 1.0 0.5796479090984314 14 P54646,P38398,Q9NWS0,Q9NRA0 4 |
| Import into cell 0.3746922430230734 1.153936062167538 0.2485263830619315 1.0 0.5796479090984314 31 P41440,O14656,Q8TDW0,Q9Y666,P23634 5 |
| Regulation of insulin receptor signaling pathway 0.4607166683899869 1.152083921135155 0.2492865896613816 1.0 0.579671366054224 15 Q9HCD5,Q96EB6,P04899 3 |
| Erad pathway 0.367910339148026 1.1512501878588806 0.249629323338214 1.0 0.5799424101125296 39 Q9GZP9,O14656,Q9UBV2,Q8IXB1,Q96A33,Q9NYU2,P14625 7 |
| Neural precursor cell proliferation 0.3880260406526579 1.150403523166486 0.2499777097250657 1.0 0.5801471062789665 29 P21359,P48681,Q9H0H5,P61586,Q8NEM2,Q96N67,Q8IXJ6,O60341,P04899,O15031,Q9UBD5,P04637 12 |
| Ras protein signal transduction 0.3269126533198981 1.147742940766414 0.2510746987118621 1.0 0.5819169712916407 74 Q15392,P41440 2 |
| Translocation of molecules into host 0.5713338358465279 1.14766848030433 0.2511054478732721 1.0 0.5819169712916407 8 Q96FV9,Q86V81,Q8NI27 3 |
| U4 snrna 3 end processing 0.5709907836848855 1.146056134530416 0.2517719261229414 1.0 0.5826312271183686 8 Q9NQT4,Q96B26,Q15024,Q9NQT5 4 |
| Regulation of cholesterol metabolic process 0.593598381043186 1.1410463927219443 0.2538506176066888 1.0 0.5847101042066826 7 P34913,Q9UBM7 2 |
| Vasculogenesis 0.5698852001096592 1.1408604493159715 0.2539280003384445 1.0 0.5847101042066826 8 Q9BYW2,Q4VCS5,Q6ZW49,Q9Y4G8 4 |
| Immunoglobulin production involved in immunoglobulin mediated immune response 0.4523697461424635 1.140665886765081 0.2540089876143558 1.0 0.5847101042066826 16 Q12888,Q96FV9,Q7KZ85,Q5UIP0,Q9NQT5,O96028,Q6ZW49,O60934,Q96QE3 9 |
| Somatic diversification of immunoglobulins involved in immune response 0.4523697461424635 1.140665886765081 0.2540089876143558 1.0 0.5847101042066826 16 Q12888,Q96FV9,Q7KZ85,Q5UIP0,Q9NQT5,O96028,Q6ZW49,O60934,Q96QE3 9 |
| Protein dna complex assembly 0.360673707081281 1.1405830063047893 0.2540434923270878 1.0 0.5847101042066826 55 Q7Z7K6,P46100,Q06609,Q9UIF9,Q13111,Q5SSJ5,Q9P0M6,Q96T23,Q00403,Q9NWS0,Q9NRL2,Q9H0U9,Q9GZS1,O60264 14 |
| Regulation of muscle hypertrophy 0.4718046585760322 1.1392605957679844 0.254594478286793 1.0 0.5852439287185094 14 Q9UGN5 1 |
| Regulation of centriole replication 0.6865161807392015 1.1385754959146508 0.2548802536601902 1.0 0.5852439287185094 5 P38398 1 |
| Regulation of organ growth 0.4966620674876706 1.1375695274170745 0.2553002769554027 1.0 0.5855076629838787 12 Q9UGN5 1 |
| Rrna methylation 0.5688070317835563 1.135794458579573 0.2560425967883044 1.0 0.5855076629838787 8 Q9UNQ2,P46087,Q8IY81,P22087 4 |
| Negative regulation of intracellular estrogen receptor signaling pathway 0.5999064684139247 1.1351221096091475 0.2563241589939318 1.0 0.5855076629838787 6 P38398 1 |
| Dicarboxylic acid metabolic process 0.3664989338707186 1.1347573194036178 0.2564770135690755 1.0 0.5855076629838787 43 P41440 1 |
| Histone h4 k16 acetylation 0.5195566006271857 1.1343274100356833 0.2566572356503247 1.0 0.5855076629838787 10 Q96EB6,P38398 2 |
| Cardiac conduction system development 0.6440572495332942 1.1337325626828298 0.2569067462678247 1.0 0.5855076629838787 2 P60953 1 |
| Regulation of dna recombination 0.363269226296883 1.1324023499004263 0.2574653173776158 1.0 0.5864187288310192 51 Q9H0E9,Q12888,Q5UIP0,P35637,Q96QE3,Q9BYW2,Q7KZ85,Q86V81,O96028,P20585,O95619,O60341,Q6ZW49,Q7Z4V5,Q06609,Q96L91,Q96FV9,Q9NRR5,Q7Z3K3,P54132 20 |
| Lens fiber cell differentiation 0.7607351009157659 1.1315478758959738 0.2578245646412185 1.0 0.5870314291183502 3 P08670 1 |
| Adaptive immune response 0.3656405716090033 1.1280092616345012 0.2593160077539846 1.0 0.5883250092959605 41 Q13740,Q07021,Q9NZ08,Q12888,Q03518,Q96EB6,Q5UIP0,O96028,Q9BY67,Q96QE3 10 |
| Positive regulation of interferon alpha production 0.5670529228337061 1.1275543455561583 0.2595081768533305 1.0 0.5883250092959605 8 Q9BYW2,O15111,Q7Z434 3 |
| Interferon alpha production 0.5670529228337061 1.1275543455561583 0.2595081768533305 1.0 0.5883250092959605 8 Q9BYW2,O15111,Q7Z434 3 |
| Lipoprotein localization 0.7595640621022075 1.1270146558897565 0.2597362845247082 1.0 0.5883250092959605 3 O15260 1 |
| Regulation of double strand break repair 0.367599414197552 1.1269837882231162 0.2597493353878553 1.0 0.5883250092959605 36 Q9H0E9,P35659,Q06609,Q9BYW2,Q12888,Q96L91,Q7Z3K3,Q5UIP0,O96028,P35637,O95619,Q7Z4V5 12 |
| Chromosome condensation 0.4036220703707843 1.1241887275345974 0.260932970541722 1.0 0.5908001995732342 26 O43823,Q9ULX6,Q9UIG0,O95831,Q9UKV3,O60264 6 |
| Intra golgi vesicle mediated transport 0.428420021779668 1.1229826375191636 0.2614448684895056 1.0 0.5915474328779945 19 P83436,O14653,Q14746,Q8TBA6 4 |
| Positive regulation of chromosome segregation 0.5419425759761333 1.122629519385884 0.2615948728794459 1.0 0.5915895962266947 9 Q8IY18,Q00839,Q8IXJ6,Q14980,P14635 5 |
| Base excision repair 0.4203035530114735 1.120826129798823 0.2623618794003111 1.0 0.5925406907209286 23 Q9UGN5 1 |
| Neurofilament cytoskeleton organization 0.640945861854392 1.1191540348547848 0.2630744310223325 1.0 0.5931187820965163 2 P07196 1 |
| Regulation of skeletal muscle cell differentiation 0.7574978698510223 1.1190195403821344 0.2631318028933411 1.0 0.5931187820965163 3 P17844 1 |
| Negative regulation of mrna catabolic process 0.4145294664024826 1.1189948828894998 0.2631423220800224 1.0 0.5931187820965163 24 Q14011,Q00839,Q92804,P07910,Q9Y2W1,Q13151,P35637,P98175,O60506,Q99729 10 |
| Cellular response to estrogen stimulus 0.6804360528719531 1.1140584431908915 0.2652541151138874 1.0 0.5970512175833348 5 Q9H6U6,Q9H7N4,Q969T9 3 |
| Face development 0.5400256125693168 1.1131752153780097 0.2656331850060009 1.0 0.5976976369643847 9 O94788 1 |
| Isotype switching to iga isotypes 0.7550845244676201 1.1096867345797796 0.267134041139059 1.0 0.6000369259701585 3 O96028 1 |
| Rac protein signal transduction 0.4791119549979182 1.108079939542089 0.2678272936861456 1.0 0.6002006839228593 13 Q9Y2I1,O94887,P84095,P63000 4 |
| Positive regulation of systemic arterial blood pressure 0.6381456129433756 1.1060470898559185 0.2687061379847926 1.0 0.6014797160205376 2 P61586 1 |
| Regulation of digestive system process 0.6381456129433747 1.1060470898559147 0.2687061379847941 1.0 0.6014797160205376 2 P11171 1 |
| Positive regulation of nf kappab transcription factor activity 0.4180253333891632 1.1050130353096062 0.2691539408506544 1.0 0.6015545140869765 23 P41440 1 |
| Establishment of epithelial cell polarity 0.5132555207722774 1.101584942854265 0.2706421573089206 1.0 0.6031268356610239 10 Q92614,P61586,Q9P1Y5,Q9H4A6 4 |
| Negative regulation of dna repair 0.5016597016070268 1.100311814476881 0.2711962862665937 1.0 0.6039479089915072 11 Q9BRJ7,P23396,Q12888,A6NHR9,Q9NRR5,Q5UIP0,Q14669,Q9UBB9 8 |
| Hair cell differentiation 0.5373449418527478 1.0999608562299314 0.2713491773710004 1.0 0.6040815875422169 9 Q14160,P19447 2 |
| Regulation of astrocyte differentiation 0.6365899191039235 1.098771397625734 0.2718677910488183 1.0 0.604145867550174 2 P21359 1 |
| Regulation of histone h3 k36 methylation 0.6762554602499692 1.0972194297977254 0.272545481535829 1.0 0.604145867550174 5 O60885,Q9BZ95,Q6W2J9 3 |
| Mitotic sister chromatid cohesion 0.4515126837451262 1.0960265428916998 0.2730671588850906 1.0 0.6048014533699402 15 Q8IY18,P46100,Q7Z3K3,Q29RF7,Q9NTI5,O75367 6 |
| Trna 5 leader removal 0.6749345673625854 1.0919024716339347 0.274875971217599 1.0 0.606536021970991 5 Q99575,Q8N5L8 2 |
| Ubiquitin dependent erad pathway 0.3646473315411178 1.091535846764224 0.2750371674502376 1.0 0.6066859187059328 34 Q9GZP9,Q9UBV2,Q8IXB1,Q96A33,P14625 5 |
| Transcription elongation from rna polymerase ii promoter 0.3930084838764063 1.0905189718661823 0.2754846008186939 1.0 0.6073147196896215 27 O60885,Q14004,Q00839,Q6PD62,Q9Y5B9,Q9BYW2,Q7KZ85,Q8N7H5,Q15061,O00267,Q14241,Q9NYV4,P19447 13 |
| Attachment of mitotic spindle microtubules to kinetochore 0.5819429625491352 1.088816263878005 0.2762349180619952 1.0 0.6085025878744594 7 Q96EE3,Q00839 2 |
| Positive regulation of muscle cell differentiation 0.5582924147451674 1.0864429142261545 0.2772830840316087 1.0 0.6088187543420612 8 Q9UGN5 1 |
| Ribosomal small subunit export from nucleus 0.5582402128729402 1.086198180130183 0.2773913222778017 1.0 0.6088187543420612 8 Q86U38,Q99567,Q9BVS4 3 |
| Regulation of camp dependent protein kinase activity 0.5811136271571801 1.085104553824184 0.2778753506622573 1.0 0.6092204580081003 7 P23634,Q96EB6 2 |
| Positive regulation of dna repair 0.3729720313403196 1.08430180427005 0.2782310055827608 1.0 0.6093207288231022 30 Q9H0E9,Q96EB6,Q5UIP0,P35637,P38398,Q7Z4V5 6 |
| Sister chromatid cohesion 0.3857828927899089 1.0828640837621286 0.2788687558791702 1.0 0.6095070668727829 28 Q8IY18,P23246,Q14807,Q8N3U4,P46100,Q7Z3K3,Q9NTI5,Q29RF7,Q8WVM7,O75367 10 |
| Positive regulation of neural precursor cell proliferation 0.6716976837404731 1.078880690325799 0.280640917893642 1.0 0.6095070668727829 5 P48681,P04899 2 |
| Muscle hypertrophy 0.4289243487967927 1.0784960820145224 0.2808124293000804 1.0 0.6095070668727829 18 Q9UGN5 1 |
| Potassium ion homeostasis 0.5868848480865159 1.07784243028884 0.2811040805847045 1.0 0.6095070668727829 6 Q9Y666 1 |
| Regulation of rig i signaling pathway 0.5867533656739294 1.0772648682629604 0.2813619526411861 1.0 0.6095070668727829 6 Q9NZM5,Q07021 2 |
| Regulation of leukocyte mediated immunity 0.3652709007936469 1.0768956178218432 0.2815269010645447 1.0 0.6095070668727829 31 Q12888,Q12846,Q9NR30,Q9NRA0,Q7Z434,Q5UIP0,O96028,Q9BY67,Q96QE3 9 |
| Negative regulation of innate immune response 0.4606481096468324 1.0736763478805036 0.2829677656643228 1.0 0.6095070668727829 14 P55265,P19474 2 |
| Regulation of cellular response to insulin stimulus 0.4339999215134001 1.0670660688332017 0.2859420026172139 1.0 0.6095070668727829 17 Q9HCD5,Q96EB6,P04899 3 |
| Regulation of dna topoisomerase atp hydrolyzing activity 0.7435418611889254 1.0651424080182403 0.28681149090957 1.0 0.6095095551671849 3 Q08211,Q00839 2 |
| Regulation of isomerase activity 0.7435418611889254 1.0651424080182403 0.28681149090957 1.0 0.6095095551671849 3 Q08211,Q00839 2 |
| Establishment of protein localization to chromatin 0.5838704628406153 1.0646059424724996 0.2870542895559165 1.0 0.609660749606618 6 Q9P0M6,Q9NWS0,O75367 3 |
| Organic anion transport 0.3564899609789987 1.0643993415821342 0.2871478319341207 1.0 0.609660749606618 50 O60831,Q9H2D1,P41440 3 |
| Peptidyl amino acid modification 0.2734890570122016 1.0641860412214637 0.2872444292058165 1.0 0.609660749606618 258 O00469,Q9H0E9,Q96AY3,Q9H4L4,Q9UGN5,Q969T9,Q9NYU2,Q5UIP0,Q00403,Q92791,P38398,O95983,P51608,O75367,P13674,O60885,Q86UY6,Q13162,Q9BYW2,O95429,Q9NWM8,Q9BVP2,Q9NRA0,Q96ST3,O95696,Q03164,Q9UIG0,O96028,Q6ZRS2,O95619,P04843,P04844,Q32P28,P26885,O60568,Q12797,O75718,Q9H2P0,Q5T1M5,P30414,O15460,O15111,Q6W2J9,P23634,Q15047,Q02809,P54646,P46100,O75925,Q9BZ95,Q5VZE5,Q7Z4H8,P49792,Q96JJ7,Q13535,Q96EB6,Q9NWS0,Q96HE7,O95684 59 |
| Positive regulation of protein localization to cell periphery 0.4264616233104321 1.0625145929268165 0.2880021367503489 1.0 0.6098475647692613 18 P98194,Q12846,Q14980,P84095,P23634,O15258 6 |
| Regulation of lipid transport 0.4397662362585016 1.0623410117299867 0.2880809024574526 1.0 0.6098475647692613 16 Q9Y255,Q96EB6,O15260 3 |
| Regulation of b cell activation 0.4394958593268575 1.0606645437090303 0.2888423787806189 1.0 0.6098475647692613 16 Q12888,Q96FV9,Q7KZ85,Q16512,O96028,Q9NQT5,Q5UIP0,Q6ZW49,Q96QE3 9 |
| Late endosome to vacuole transport 0.5051606508693699 1.0595975647004583 0.2893277219978132 1.0 0.6098475647692613 10 Q9H3S7 1 |
| Positive regulation of collagen metabolic process 0.6281891723708848 1.0595630863959504 0.2893434145102791 1.0 0.6098475647692613 2 P08670 1 |
| Positive regulation of tyrosine phosphorylation of stat protein 0.628189172370881 1.0595630863959329 0.2893434145102871 1.0 0.6098475647692613 2 P22059 1 |
| Eyelid development in camera type eye 0.6281891723708801 1.059563086395929 0.2893434145102889 1.0 0.6098475647692613 2 Q13547 1 |
| Response to acetylcholine 0.7556372100501574 1.059215141268995 0.2895018109158307 1.0 0.6098475647692613 4 P23634 1 |
| Nucleus organization 0.3283256156706284 1.057856523646013 0.2901208587897437 1.0 0.6105482232905204 70 Q14978,Q9UPP1,Q8N1F7,O43159,Q9UH99,O75367,Q92979,Q9UIF9,P12270,Q5JTV8,Q14980,Q8WUX9,Q8NBJ4,Q9ULX6,Q9H9Y6,P52948,O75312,O94901,P50402,Q96FZ7,P49790,O14656,Q8IXJ6,Q96EE3,Q9BTV4,Q96EB6,Q13148 27 |
| Anatomical structure maturation 0.3616382157438751 1.0544620248092134 0.2916714381293932 1.0 0.6132264722145129 32 O94887,O95696,O94788 3 |
| Regulation of adaptive immune response 0.4144548584329441 1.051903448751553 0.2928438494841676 1.0 0.6148964625224372 21 O96028,Q96EB6,Q5UIP0,Q96QE3 4 |
| Protein localization to cell periphery 0.298131586899969 1.051532506261437 0.2930140879736576 1.0 0.6150553863403171 90 P41440,Q9UNK0,Q12846,Q9Y2J2,O95429,Q14160,Q9Y4G8,Q8TEU7,Q9UJY4,O15258,Q9Y624,P84095,P23634,Q14980,Q6VY07 15 |
| Cardiac septum morphogenesis 0.6630333229523286 1.0440831888358533 0.2964469030223868 1.0 0.6188662080104707 5 Q9P2D1,P04637,O96028,Q96T37 4 |
| Regulation of maintenance of sister chromatid cohesion 0.7508469038884658 1.0415255540100097 0.2976316996385661 1.0 0.6207419705510975 4 P46100,O75367 2 |
| Dna replication initiation 0.4033644393654204 1.0402671802168442 0.2982157875795304 1.0 0.621760800706681 24 Q9ULV3,O60934,Q8WTT2,Q9UFC0,Q9UBD5,Q9Y619,O43913,Q9BRX5,P49427 9 |
| Regulation of cell cycle process 0.2684215400922239 1.0397652990404829 0.2984489546296696 1.0 0.6218483183427292 204 P23246,P51530,Q12888,O43159,Q14676,Q9H0A0,Q9Y619,O43670,P38398,Q15648,P51608,Q96QE3,O75367,O75400,Q14004,O60885,Q9NZM5,Q9BYW2,P46013,Q96ST3,Q9UIG0,Q7L2J0,Q7Z7K6,Q14980,Q8WUX9,Q00839,Q99459,P78406,Q9H1A4,Q9ULW0,Q96HY6,Q9UJX4,O95235,P23634,P14635,P19447,Q8IXJ6,O95785,Q13042,P46100,Q8N6R0,Q96FV9,Q9UJX3,Q96PK6,Q96BK5,Q8WWQ0,Q13535,Q9BVS4,Q96EB6,Q69YH5,Q96K76,O60264 52 |
| Bile acid biosynthetic process 0.5239076477961381 1.03386444358332 0.3011995394488762 1.0 0.6258749185338818 9 P22059,Q9BZF3,O14734,Q99714,P28288,Q96EB6 6 |
| Vascular transport 0.4778019617717384 1.033762075636698 0.3012474050621958 1.0 0.6258749185338818 12 P41440 1 |
| Phosphatidylinositol 3 kinase signaling 0.4219796976888461 1.0334752751472902 0.3013815353573872 1.0 0.6259536677841008 18 Q05086,Q8IXJ6,O00459,Q9NZM5,P49815,Q96EB6,O00443,Q07021 8 |
| Regulation of sister chromatid cohesion 0.5000007749834166 1.0328901803024566 0.3016552946800375 1.0 0.6263222763784372 10 Q8IY18,P23246,P46100,O75367 4 |
| Mitochondrial dna repair 0.6599190283400819 1.0315989595270714 0.3022600280277054 1.0 0.6271759843187825 5 P09874,Q9BQP7,P51530,P04637 4 |
| Regulation of dna methylation 0.5228653436295724 1.028749419531461 0.3035974405769379 1.0 0.628516704455089 9 P38398,P51608 2 |
| Positive regulation of lymphocyte mediated immunity 0.4278628551597321 1.0282041593625737 0.3038538023056001 1.0 0.628516704455089 17 O96028,Q9BY67,Q5UIP0,Q96QE3 4 |
| Histone h3 k9 demethylation 0.732959850606909 1.024462518029875 0.3056168659301961 1.0 0.6303226737082833 3 O60341,Q9UPP1 2 |
| Glutamine family amino acid biosynthetic process 0.5671548769086983 1.022756355733925 0.3064230582864899 1.0 0.6311849253178016 7 O75746,P32322,P04181,P54886,O94925,P00367 6 |
| Positive regulation of mitotic nuclear division 0.4755369801325769 1.0213411309633222 0.3070928457745889 1.0 0.6314138694238209 12 Q13042,Q9UJX3,Q8WWQ0,O14965,Q9UJX5,Q9UJX4 6 |
| Negative regulation of helicase activity 0.6571821225466629 1.020638788103442 0.307425605301824 1.0 0.6314138694238209 5 Q96EB6,P04637 2 |
| Receptor clustering 0.4636710387481911 1.0204715746594766 0.3075048636947985 1.0 0.6314138694238209 13 Q14696,P57105,Q14160 3 |
| Pyridine containing compound biosynthetic process 0.6569561423399819 1.0197343195352544 0.3078544804729528 1.0 0.6319322800494029 5 P43490,Q9BQG2 2 |
| Interferon gamma production 0.5663069344782625 1.018977689046118 0.308213558720865 1.0 0.6324697790155289 7 Q14160 1 |
| Negative regulation of chromosome organization 0.3531634807652601 1.0186357618669446 0.3083759198203135 1.0 0.6326033927565877 42 Q00839,P46100,Q13123,Q92889,O43670,Q9NVN8,Q96BK5,Q9H0A0,P12270,Q9UIG0,Q01780,P09651,P07910,O60934,P14635,O60216,O60264 17 |
| T cell homeostasis 0.5732490470502146 1.0180569792008916 0.308650878554503 1.0 0.6329678325967977 6 Q9HCL2 1 |
| Mitochondrial transmembrane transport 0.3500394185812311 1.0170038448342935 0.3091516003692574 1.0 0.6333956410715021 52 Q9H2D1,Q9NWR8,P12235,O43772 4 |
| Mitochondrial genome maintenance 0.4964691483718181 1.0146407012229823 0.3102771303074758 1.0 0.6347021171855756 10 P36776 1 |
| Positive regulation of myelination 0.6182327317983873 1.0132950422261835 0.3109192549034092 1.0 0.6356158872239714 2 Q9UPY3 1 |
| Ether metabolic process 0.5196324389191689 1.0128971272600154 0.3111093007115695 1.0 0.6358045872223561 9 P34913,P07099 2 |
| R loop disassembly 0.7298474945533671 1.012530776170193 0.3112843392219293 1.0 0.6359625083664102 3 Q9NR30,Q9BUQ8 2 |
| Vesicle mediated transport between endosomal compartments 0.4111715552621156 1.008414321405958 0.3132556004892413 1.0 0.6384721099432696 19 Q9H3S7 1 |
| Histone h3 k4 demethylation 0.6540018685767546 1.0079171810683247 0.3134942227761419 1.0 0.6384721099432696 5 O60341,P29375,Q8IUF8,Q8NB78 4 |
| Anaphase promoting complex dependent catabolic process 0.4730231034325692 1.0075698985133767 0.3136609858114376 1.0 0.6384865430828994 12 Q9UJX3,Q9H1A4,Q9UJX4,Q13042 4 |
| Meiotic chromosome separation 0.6536904391155314 1.0066722462090032 0.314092303547469 1.0 0.6384865430828994 5 P11388,Q92889,Q02880,Q15003 4 |
| Vesicle fusion to plasma membrane 0.7281638834197757 1.0060831307387077 0.3143755827041143 1.0 0.6384865430828994 3 Q12846 1 |
| Cardiac neural crest cell differentiation involved in heart development 0.6163658991910432 1.0046473192588616 0.3150667034090268 1.0 0.639073559612022 2 P60953 1 |
| Outer ear morphogenesis 0.6163658991910406 1.0046473192588503 0.3150667034090322 1.0 0.639073559612022 2 O75569 1 |
| Organism emergence from protective structure 0.6519540687637548 0.9997339704224504 0.3174392677268485 1.0 0.6425421651209713 5 Q6PD62,Q6W2J9,Q8IWS0 3 |
| Pore complex assembly 0.4598367973128944 0.9988030962244324 0.3178900858524323 1.0 0.6427392903616047 13 P49790,Q8N1F7,P57740,Q92621,P12270,P52948,Q8WYP5 7 |
| Organic hydroxy compound biosynthetic process 0.344656571301343 0.998588126915304 0.3179942541101794 1.0 0.6427392903616047 56 Q15392,P48449,P05091,Q9NRA0,Q96EB6,Q9UBM7,Q14739 7 |
| Nuclear transcribed mrna catabolic process exonucleolytic 3 5 0.4933283229588168 0.9984336698727037 0.3180691135827196 1.0 0.6427392903616047 10 Q5RKV6,Q96B26,Q15024,Q9NQT4,Q13868,Q15477,Q9NPD3,Q9NQT5 8 |
| Regulation of respiratory gaseous exchange 0.7382742255314743 0.9952441771253656 0.3196175205134293 1.0 0.644473569381412 4 Q9BT17 1 |
| Regulation of respiratory system process 0.7382742255314743 0.9952441771253656 0.3196175205134293 1.0 0.644473569381412 4 Q9BT17 1 |
| Myeloid dendritic cell cytokine production 0.6506799267509911 0.9946458164705022 0.3199085558082366 1.0 0.644473569381412 5 Q9NR30,Q9NY93,Q7Z434 3 |
| Positive regulation of dendritic cell cytokine production 0.6506799267509911 0.9946458164705022 0.3199085558082366 1.0 0.644473569381412 5 Q9NR30,Q9NY93,Q7Z434 3 |
| Dendritic cell cytokine production 0.6506799267509911 0.9946458164705022 0.3199085558082366 1.0 0.644473569381412 5 Q9NR30,Q9NY93,Q7Z434 3 |
| Trna 5 end processing 0.5605357992215929 0.9932915217396254 0.3205679080444874 1.0 0.64521232513529 7 Q99575,Q8N5L8 2 |
| Carboxylic acid transport 0.3522423850329882 0.9929883158249516 0.3207156485449043 1.0 0.64521232513529 35 O60831,P41440 2 |
| Ventricular septum morphogenesis 0.7242409983981716 0.9910790984392946 0.3216469582665322 1.0 0.645975135388636 3 O96028 1 |
| Head morphogenesis 0.6495565307415919 0.9901619018498912 0.3220949908638046 1.0 0.6464757530296358 5 Q12797 1 |
| Amelogenesis 0.6116988176726861 0.9830699175637816 0.3255730286752412 1.0 0.6514778035526672 2 P04920 1 |
| Enamel mineralization 0.6116988176726861 0.9830699175637816 0.3255730286752412 1.0 0.6514778035526672 2 P04920 1 |
| Circadian rhythm 0.3475895838595885 0.9760539473034324 0.3290377312462489 1.0 0.6562393418848065 48 P23246,Q16795,Q9BWF3,Q9Y2W1,P11387,P29375,P04637,P11388,Q15233,P43490,Q93009,Q96ST3,Q9BQG0,Q03164,Q13330,Q00839,P49841,O15294,Q9BQG2,Q14103,Q8WXF1,Q06210,Q05086,P54646,Q96EB6,Q13148 26 |
| Mitochondrial protein processing 0.5629868758410281 0.97324739798112 0.3304303589455046 1.0 0.6578952127725384 6 Q10713,Q9Y4W6 2 |
| Positive regulation of histone h3 k4 methylation 0.4431905925728414 0.9716159375582092 0.3312416507719602 1.0 0.6581328461428225 14 P38398 1 |
| Stress induced premature senescence 0.7183776933188273 0.9687066299393304 0.3326915836866002 1.0 0.6586528515728242 3 Q96EB6 1 |
| Regulation of double strand break repair via homologous recombination 0.3765743608757749 0.9682847242099832 0.3329021916912049 1.0 0.6586528515728242 27 Q9H0E9,Q06609,Q9BYW2,Q12888,Q96L91,Q9NRR5,Q7Z3K3,Q5UIP0,P35637,O95619,Q7Z4V5 11 |
| Phosphatidylglycerol biosynthetic process 0.7178803089671613 0.96681185315987 0.3336380978922628 1.0 0.6592081006056484 3 Q9HCL2 1 |
| Protein containing complex localization 0.3470844944161891 0.96622384709794 0.3339321825055852 1.0 0.6592500294988867 42 Q86U38,P57105,P23246,Q00839,Q96EE3,Q14160,Q96D46,Q13535,Q9BVS4,Q99567,P62841 11 |
| Dephosphorylation 0.2954718784665966 0.9657244197223044 0.3341820967475435 1.0 0.6595432461598211 84 Q969T7,P34913,O95429,Q86UY8,P04899,Q9NPH0,Q69YH5,P14625,Q9H3S7 9 |
| B cell activation involved in immune response 0.4178763594216346 0.9652390800676284 0.334425076983555 1.0 0.6598226041182972 17 Q12888,Q96FV9,Q7KZ85,Q5UIP0,Q9NQT5,O96028,Q6ZW49,O60934,Q96QE3 9 |
| Positive regulation by host of viral transcription 0.5534997931537462 0.9620585267310704 0.3360202054815271 1.0 0.6613924194058749 7 Q14684 1 |
| Negative regulation of stem cell differentiation 0.5534492784888679 0.9618346520849468 0.336132668484653 1.0 0.6613924194058749 7 Q14004,Q00839,Q9NYV4 3 |
| Regulation of signal transduction by p53 class mediator 0.3457838953603088 0.9618284313943306 0.3361357937826015 1.0 0.6613924194058749 39 Q14137,P17844,Q9NZM5,P46087,O60341,P62841,Q93009,Q9H7B2,Q13535,P61978,P04637,Q15050,Q96EB6,Q96QE3 14 |
| Regulation of superoxide metabolic process 0.7288964931200649 0.9608830980483614 0.3366109500831535 1.0 0.6617268752767947 4 Q9NY61,P04899 2 |
| Cellular response to steroid hormone stimulus 0.3393442580717248 0.958222692808294 0.3379504765941257 1.0 0.6627822009020508 57 P17844,Q00839,P61960,Q05086,Q15424,Q8TDD1,Q969T9,Q92841,O95831,Q9P253,Q96EB6,Q14151,O14497,P38398,Q15648 15 |
| Centrosome duplication 0.4035303173867284 0.9580036303597408 0.3380609279354942 1.0 0.6627822009020508 19 Q96PK6,Q96EB6,Q8TEY7,P38398 4 |
| Multivesicular body sorting pathway 0.4639088151661872 0.9577880227465008 0.3381696599845529 1.0 0.6627822009020508 12 Q9H3S7 1 |
| Endosome transport via multivesicular body sorting pathway 0.4639088151661872 0.9577880227465008 0.3381696599845529 1.0 0.6627822009020508 12 Q9H3S7 1 |
| Negative regulation of neurotransmitter transport 0.6057871810827675 0.9558307468410684 0.3391577516534991 1.0 0.6631262923071873 2 P21359 1 |
| Negative regulation of neurotransmitter secretion 0.6057871810827675 0.9558307468410684 0.3391577516534991 1.0 0.6631262923071873 2 P21359 1 |
| Positive regulation of synaptic transmission 0.4025206664273006 0.9513632992964052 0.3414199841527068 1.0 0.6657485002737883 19 P41440,P51608 2 |
| Zymogen activation 0.5291945428411915 0.950682667325046 0.341765489466928 1.0 0.6660570719394519 8 Q15392 1 |
| Hematopoietic stem cell homeostasis 0.7260950722372745 0.9506481563957596 0.3417830140098217 1.0 0.6660570719394519 4 P55265 1 |
| B cell lineage commitment 0.6042314872433152 0.9486808395436336 0.3427829619237379 1.0 0.6671311422130208 2 P04637 1 |
| Regulation of endoplasmic reticulum stress induced intrinsic apoptotic signaling pathway 0.5062430196785217 0.9474859023966926 0.3433912365503322 1.0 0.6675215577337363 9 P30040,Q9Y4L1,P18031,O60313,O00330,O95881,Q96EB6 7 |
| Inositol phosphate mediated signaling 0.5280367343732969 0.9453158643966864 0.344497641516301 1.0 0.668307775085027 8 Q8IWX8,P23634,P49841,Q14571 4 |
| Adipose tissue development 0.4500434029363408 0.9436637228859572 0.3453415176818879 1.0 0.6693821729799406 13 P55809,Q8N0X7,P43490,Q96EB6,P35610,Q6IAN0 6 |
| Negative regulation of nf kappab transcription factor activity 0.4143510559930325 0.9431099958251954 0.345624643435497 1.0 0.6697313987333655 17 Q8WUQ7,Q96EB6,P19474 3 |
| Transcription preinitiation complex assembly 0.460903211171669 0.941428846132062 0.3464851368674435 1.0 0.6709048894031473 12 Q00403,Q9GZS1,Q9UIF9 3 |
| Heterophilic cell cell adhesion via plasma membrane cell adhesion molecules 0.63703686196786 0.9403468168341432 0.3470396925508283 1.0 0.6713546919410536 5 Q13740 1 |
| Monoubiquitinated protein deubiquitination 0.6365773319403722 0.9385242580913636 0.3479750565541706 1.0 0.6718257886769862 5 Q99496,Q96K76,Q93009 3 |
| Dendritic transport 0.5546911069675355 0.9371714341265196 0.3486703812045653 1.0 0.6719788681386403 6 Q00839 1 |
| Regulation of lipoprotein particle clearance 0.5478501250540835 0.9370547233874278 0.348730409542175 1.0 0.6719788681386403 7 Q92945,P30533 2 |
| Transcription by rna polymerase iii 0.4069822790256305 0.9368512435116728 0.3488350819251229 1.0 0.6719788681386403 18 P35659,Q9NY93,Q9NR30,Q8WUA4,Q9Y5Q8,Q9UIG0,Q12789,O75533,Q9Y5Q9,O60264 10 |
| Telomere maintenance via recombination 0.5542765115556174 0.9353724013297102 0.3495964148268167 1.0 0.6727645600586097 6 Q8IY18,Q92889,Q06609,Q96SB8 4 |
| Mesenchyme development 0.3447009211970893 0.9352255091587134 0.34967209493592 1.0 0.6727645600586097 36 Q14978,P17844,Q8WUM0,P49841,Q13428,Q12948,Q9H9Y6,O94788,Q92841,P60953,Q99729 11 |
| Ketone body metabolic process 0.7210692915747229 0.9323237342403596 0.3511692454900512 1.0 0.6745937077004635 4 P55809,P35610 2 |
| Regulation of phosphatidylinositol 3 kinase activity 0.6346932419806883 0.9310564162270584 0.3518243819739464 1.0 0.6755069671607205 5 P12931,P60953,O00459,Q99570 4 |
| Protein folding 0.2770051300831539 0.9283316200239076 0.3532355768272102 1.0 0.6774166943576068 105 P26885,Q13724,O14656,O75718,Q8IXB1,Q96A33,O95429,P49792,P30414,Q9NYU2,P14625,Q8IVD9,P49257,Q96HE7,Q14696,Q13217,Q32P28 17 |
| Error free translesion synthesis 0.5992532669570677 0.9258558352850008 0.3545209057203096 1.0 0.678481462698033 2 Q9Y2S7 1 |
| Superoxide metabolic process 0.5451399012553068 0.925086399021278 0.3549209672546594 1.0 0.6790362176116103 7 Q9NY61,P04899 2 |
| Histone h3 deacetylation 0.5518605398740213 0.924896878447413 0.3550195505145406 1.0 0.6790362176116103 6 P23246,Q96EB6 2 |
| Body morphogenesis 0.5443396786707089 0.9215560859883264 0.3567601734394889 1.0 0.6813182780089234 7 Q12797 1 |
| Ubiquitin dependent protein catabolic process via the multivesicular body sorting pathway 0.434532332870039 0.9213722368562142 0.3568561185280687 1.0 0.6813182780089234 14 Q9H3S7 1 |
| Potassium ion import across plasma membrane 0.5442955988522 0.9213616675545332 0.3568616348087778 1.0 0.6813182780089234 7 Q9Y666 1 |
| Organophosphate ester transport 0.3522180119120566 0.920260804487894 0.357436486299632 1.0 0.6813182780089234 30 Q9H2D1,P41440,P12235 3 |
| Positive regulation of protein binding 0.3809390716950109 0.919883563100766 0.3576336092211922 1.0 0.6813182780089234 25 P41440,P49841,Q8TEY7,Q9Y4G8,Q96D46,O15381,P19474 7 |
| Response to chemokine 0.5436374260506035 0.9184593188092492 0.3583784475567648 1.0 0.6813182780089234 7 P61586,P55011,Q12948,Q96T37,O94813 5 |
| Ncrna catabolic process 0.3807135944005883 0.9182926161638622 0.3584656919324658 1.0 0.6813182780089234 25 Q5RKV6,O95453,Q96B26,Q6NZY4,Q15024,Q99575,Q9UPY3,Q9NQT4,Q8TCS8,Q01780,Q9NQT5 11 |
| Positive regulation of vascular associated smooth muscle cell proliferation 0.6303315346121534 0.9137983343692724 0.3608228218257534 1.0 0.6835039184555987 5 P04899 1 |
| Glycerophospholipid biosynthetic process 0.3405720914753433 0.9116438635918253 0.3619562239367559 1.0 0.6844641535701955 38 O95573,Q9HCL2,O00459,Q9BTU6,Q96N66,O60762,Q9UG56,Q96BW9,Q969N2,Q9NPH0,Q9Y6K0,Q10713,Q92643,Q6IAN0,O00443,Q9BXW7,Q9NUQ2 17 |
| Positive regulation of lipid catabolic process 0.5961418792781604 0.9116346818923496 0.3619610589210529 1.0 0.6844641535701955 2 Q8NCG7 1 |
| Response to light intensity 0.5961418792781592 0.9116346818923428 0.3619610589210564 1.0 0.6844641535701955 2 Q8NBN7 1 |
| Neutrophil differentiation 0.7153041447310909 0.9113660029296352 0.3621025602953605 1.0 0.6845327389483639 4 Q14739 1 |
| Negative regulation of canonical wnt signaling pathway 0.4091919620556784 0.9108342093213604 0.3623827347337283 1.0 0.6848633612559275 17 Q9UJX6,P49841 2 |
| Skeletal muscle acetylcholine gated channel clustering 0.6293642359058076 0.9099769120061748 0.3628346859672804 1.0 0.6855183363976646 5 Q14696 1 |
| Histone serine phosphorylation 0.6292979205071464 0.9097150063499851 0.3629728281079862 1.0 0.6855802110460076 5 P54646 1 |
| Ruffle assembly 0.4545348037806432 0.9068750962249524 0.3644728520120259 1.0 0.6873843145664431 12 O95429,Q765P7 2 |
| Inner ear auditory receptor cell differentiation 0.5473877792471977 0.9055408536974944 0.3651789268267864 1.0 0.6878372047433399 6 Q14160 1 |
| Negative regulation of histone h3 k9 trimethylation 0.7016370623364205 0.9052276420469724 0.3653448006652655 1.0 0.6878633656519687 3 Q96EB6 1 |
| Regulation of histone h3 k27 methylation 0.6996576408341153 0.897765299637738 0.3693106880324392 1.0 0.6935165758125893 3 Q7KZ85,O75367 2 |
| Negative regulation of megakaryocyte differentiation 0.5927193528313682 0.8960332636125891 0.3702349978823818 1.0 0.693735730869808 2 P62805 1 |
| Snorna localization 0.7108608056956143 0.8952620295487699 0.3706470328428484 1.0 0.6938299132784831 4 Q9Y2X3,Q9NWS0 2 |
| Sphingomyelin biosynthetic process 0.7107915307979654 0.8950113070006979 0.3707810436920633 1.0 0.6938810958621612 4 Q9P0L0,O15269 2 |
| Regulation of intracellular protein transport 0.3146418931664316 0.8915512980890811 0.3726334842098386 1.0 0.6959462574748781 69 P49257,O95429,P61960,P55786 4 |
| Cellular response to ionizing radiation 0.3819610875765569 0.8911155201159806 0.3728671995547874 1.0 0.6961828740252274 24 Q12888,Q13535,Q96EB6,Q14191,P38398 5 |
| Intracellular receptor signaling pathway 0.3214137980111705 0.8881971310431652 0.3744347217627606 1.0 0.6985081345187146 65 Q15424,Q9NUD5,O94788,Q969T9,Q9P253,Q14151,P38398,Q15648,Q07021,P17844,P61960,Q9NZM5,Q92841,Q9H078,Q96HY6,Q05086,Q8TDD1,Q96EB6,O14497 19 |
| Mitotic spindle assembly 0.338231063802396 0.8867346954815893 0.3752217540493761 1.0 0.6993746447252697 37 Q96FZ7,Q8WUX9,Q00839,Q8N3U4,P61586,Q9H0H5,Q02241,Q9ULW0,P12270,Q14683,Q8WVM7,Q08379,O43670,Q9Y2S7 14 |
| Regulation of calcineurin mediated signaling 0.542669218648657 0.8851779087383232 0.3760606851120533 1.0 0.7003363173930452 6 Q8IWX8,P49841,P23634 3 |
| Regulation of fertilization 0.590230242688244 0.8847155539496014 0.376310064609932 1.0 0.7006001632191207 2 P35579 1 |
| Negative regulation of double strand break repair via homologous recombination 0.6222360635315782 0.8818867003768994 0.3778380798507397 1.0 0.7022390598368747 5 Q12888,A6NHR9,Q9NRR5,Q5UIP0 4 |
| Trophoblast cell migration 0.6952793621585688 0.8812953240678651 0.3781579962902568 1.0 0.7026328951351386 3 Q07021 1 |
| Respiratory system process 0.5139354457582069 0.8802465756887422 0.3787257471051297 1.0 0.7032860362314785 8 Q9BT17 1 |
| Positive regulation of translational initiation 0.4493805967499479 0.8790299790425253 0.3793850212762251 1.0 0.7041082919834077 12 Q13217,Q13144,Q07666,O15514 4 |
| Regulation of immune effector process 0.3369316412553763 0.8785505498457931 0.3796450179151014 1.0 0.7041890052859239 46 Q07021,Q12846,Q9NR30,Q9NRA0,Q92614,Q7Z434,Q96EB6,Q5UIP0,O96028,Q9BY67,Q96QE3 11 |
| Regulation of deacetylase activity 0.6943666355430748 0.8778683062651825 0.3800151905558948 1.0 0.7043325616489035 3 P29375,Q9NRA0 2 |
| Regulation of mitochondrial rna catabolic process 0.6209955922773959 0.8770115925446607 0.3804803415271709 1.0 0.7043325616489035 5 Q8TCS8,Q12849,Q8IYB8 3 |
| Positive regulation of dna methylation dependent heterochromatin assembly 0.6204820342630246 0.8749944858667648 0.381576906007276 1.0 0.7054028895529885 5 Q15047 1 |
| Mesoderm development 0.4145333384320031 0.8731901816949026 0.3825594255235613 1.0 0.7057711466337965 15 Q12948,Q14696,Q93063 3 |
| Organelle membrane fusion 0.3398052600423286 0.8717623908864178 0.3833380157104114 1.0 0.7068066304411071 31 Q12846,Q9UNK0,Q8IWA4,O14653 4 |
| I kappab phosphorylation 0.6188779503021687 0.8686987044914068 0.38501195021217 1.0 0.7084635043384123 5 O15111,Q13162 2 |
| G protein coupled receptor signaling pathway involved in heart process 0.7034075997163348 0.8683518233555649 0.3852017600566242 1.0 0.7084635043384123 4 P23634 1 |
| Rna 3 end processing 0.3238586165246648 0.8683243052845561 0.3852168201145218 1.0 0.7084635043384123 62 Q4G0J3,Q5RKV6,Q6UN15,Q8N201,Q6PD62,Q9NQT4,Q9P2I0,P22087,Q01780,Q8IYB8,O60832,O15514,O95453,Q96GM8,Q8N7H5,Q7L0Y3,Q8TCS8,Q9NQT5,Q69YN4,Q96B26,Q15024,Q96MU7,Q6PJT7,P33240,O00267,Q12849,Q96CB8,Q5VT52,Q75QN2,O75127 30 |
| Dna biosynthetic process 0.299500609905381 0.8679699535240702 0.3854107814854628 1.0 0.7085243878564764 75 P41440,Q9NVN8,Q9H0A0,Q01780,P09651,Q14191,O60832,P04637,O95453,Q92889,P07910,P35251,Q9BRT9,Q00839,P22626,Q5TKA1,Q96HR8,Q96BK5,Q13535,Q96EB6,O15381 21 |
| Mitochondrial transport 0.2882411223831447 0.8676669484753257 0.3855766845521793 1.0 0.7085243878564764 82 O75431,P12235,O43772,O95429,P55786,O95831,P49257 7 |
| Ruffle organization 0.4078859921149454 0.8665030412204922 0.3862143593208154 1.0 0.7092954283969237 16 O95429,Q765P7 2 |
| Peroxisome organization 0.5105893943624581 0.8648963966416684 0.3870956555306022 1.0 0.7101120245985807 8 P56589,O14734,Q7Z434 3 |
| Adenylate cyclase modulating g protein coupled receptor signaling pathway 0.4245745517770403 0.8640023282230797 0.3875866115704647 1.0 0.7104116394099389 14 P23634,Q9Y4G8,P04899 3 |
| Rna phosphodiester bond hydrolysis 0.3186249929857508 0.8605772796073137 0.3894709039124688 1.0 0.7124601321570894 65 Q6UN15,Q9H0D6,Q9P2I0,Q01780,Q5SY16,O75691,P78316,O95453,Q96GM8,Q96F86,Q8N9T8,Q8TCS8,Q5TA45,Q86U38,Q14137,Q96B26,Q15024,Q9BQG2,Q99575,Q15050,Q96EU6,Q9NVH0,Q9UPY3,Q14692,O15091 25 |
| Alcohol metabolic process 0.2842877570267685 0.8601812109507742 0.3896891601980308 1.0 0.7126589786584735 88 Q15392,P34913,P05091,O94788,Q9NRA0,P30837,Q9UBM7,Q14739,P51608 9 |
| Superoxide anion generation 0.7005998991413588 0.8582497822900895 0.390754552339803 1.0 0.7143563202270237 4 Q9NY61,P04899 2 |
| Regulation of double strand break repair via nonhomologous end joining 0.4873939600837681 0.8562727626278354 0.3918469234337236 1.0 0.7153446095596641 9 O96028,Q5UIP0 2 |
| Positive regulation of double strand break repair 0.3878655136589819 0.855644817860334 0.3921942717710631 1.0 0.715630782011435 19 Q9H0E9,Q7Z3K3,Q5UIP0,P35637,O95619,Q7Z4V5 6 |
| Dna catabolic process endonucleolytic 0.6146523875463747 0.8521483335741379 0.3941317685163064 1.0 0.7176169320596106 5 O95831 1 |
| Regulation of cell junction assembly 0.335279939970076 0.8504882753939303 0.395053676222707 1.0 0.7179428469734088 34 Q9H2P0,Q9Y624,P41440,Q9P1Y5 4 |
| Transcription elongation from rna polymerase i promoter 0.6866351517135298 0.8489326399430316 0.3959187753337625 1.0 0.7184348961784447 3 Q9GZS1 1 |
| Positive regulation of metaphase anaphase transition of cell cycle 0.4852917078878445 0.846178644336913 0.397453093483056 1.0 0.7198806225804604 9 Q9UJX3,Q9UJX4,Q13042 3 |
| Intrinsic apoptotic signaling pathway in response to dna damage by p53 class mediator 0.4432509802837611 0.8460742417107807 0.3975113291789414 1.0 0.7198806225804604 12 Q96EB6,Q96QE3 2 |
| Golgi ribbon formation 0.5267872605429991 0.8445726758417602 0.3983494703103196 1.0 0.7206232760816659 7 Q08379,Q92614 2 |
| Hormone mediated signaling pathway 0.3319062311177905 0.8442226573639484 0.3985449958254423 1.0 0.7206232760816659 50 P17844,Q05086,P61960,Q15424,Q8TDD1,Q969T9,Q92841,Q9P253,Q96EB6,Q14151,O14497,P38398,Q15648 13 |
| Regulation of membrane depolarization during action potential 0.5808960796515303 0.8425062203175919 0.3995046593811198 1.0 0.7214819015197624 2 Q14BN4 1 |
| Regulation of membrane depolarization during cardiac muscle cell action potential 0.5808960796515303 0.8425062203175919 0.3995046593811198 1.0 0.7214819015197624 2 Q14BN4 1 |
| Membrane depolarization during cardiac muscle cell action potential 0.5808960796515303 0.8425062203175919 0.3995046593811198 1.0 0.7214819015197624 2 Q14BN4 1 |
| Positive regulation of cell cycle 0.2751352890339469 0.8418763219795876 0.3998571852519788 1.0 0.7215176116682724 97 P23246,Q99741,Q9UJX5,P27797,Q15648,P51608,O75367,Q96QE3,O60885,P61586,Q02241,Q8N7H5,Q96ST3,P12270,Q7L2J0,P08243,P54725,Q7Z7K6,Q14980,P19474,Q8IY18,Q00839,Q96HY6,Q9UJX4,P51948,O60216,P14635,Q9H0H5,Q8IXJ6,O95785,Q13042,P46100,Q96FV9,Q9UJX3,Q8WWQ0,O14965 36 |
| Replicative senescence 0.5324958020748957 0.8414962627502929 0.4000699778228125 1.0 0.7217013881689949 6 Q14191 1 |
| Regulation of helicase activity 0.4624038492031018 0.8404510716598763 0.4006555241411196 1.0 0.7222698702846398 10 Q04837,Q96EB6,P20585,P04637 4 |
| Regulation of protein deubiquitination 0.5047315440448887 0.8381184449524709 0.4019641846508226 1.0 0.7239225184885183 8 P19474 1 |
| Vasodilation 0.6836780222839817 0.8379117749820442 0.402080255080556 1.0 0.7239225184885183 3 Q93063 1 |
| T cell proliferation involved in immune response 0.5796515245799687 0.8369077099731904 0.4026444462485536 1.0 0.7242636416185274 2 P04637 1 |
| Rna surveillance 0.4516744941698655 0.8361880891479266 0.4030490980259906 1.0 0.7242636416185274 11 Q96B26,Q15024,Q9NQT4,Q01780,Q9NQT5,Q8IYB8 6 |
| Intrinsic apoptotic signaling pathway by p53 class mediator 0.3906571582876906 0.8330199256287887 0.4048334917094323 1.0 0.7261072353747375 18 Q96EB6,P61978,O43159,Q96QE3 4 |
| Myelin assembly 0.6096882544839365 0.8327719095102818 0.4049733800559929 1.0 0.7261072353747375 5 Q9NR77,Q9Y2J2 2 |
| Snrna transcription by rna polymerase ii 0.6819172113289852 0.8313622414467039 0.4057690228648871 1.0 0.7265421122312389 3 Q7L2J0,Q6P1N0 2 |
| Snrna transcription 0.6819172113289852 0.8313622414467039 0.4057690228648871 1.0 0.7265421122312389 3 Q7L2J0,Q6P1N0 2 |
| Regulation of snrna transcription by rna polymerase ii 0.6819172113289852 0.8313622414467039 0.4057690228648871 1.0 0.7265421122312389 3 Q7L2J0,Q6P1N0 2 |
| Cellular response to interleukin 1 0.4602166722277653 0.8294187929986911 0.4068674709353321 1.0 0.7277076982222535 10 P38159 1 |
| Meiotic spindle organization 0.5027147379312946 0.8289289108135073 0.4071446348080947 1.0 0.7278190070108663 8 P46100,O95067 2 |
| Telencephalon glial cell migration 0.5229322749568108 0.8277964395768767 0.4077857914054137 1.0 0.7282855848573295 7 O94901 1 |
| Cerebral cortex radially oriented cell migration 0.5229322749568108 0.8277964395768767 0.4077857914054137 1.0 0.7282855848573295 7 O94901 1 |
| Endonucleolytic cleavage in 5 ets of tricistronic rrna transcript ssu rrna 5 8s rrna lsu rrna 0.607891391405549 0.8257768936828687 0.4089306637927854 1.0 0.7289925919353436 5 Q86U38,P78316 2 |
| Regulation of dna repair 0.3296508250300309 0.8245035466186987 0.4096535014313165 1.0 0.7297223063210778 50 Q9H0E9,P35659,Q9BYW2,Q12888,Q96EB6,Q5UIP0,O96028,P35637,O95619,P38398,Q7Z4V5 11 |
| Er overload response 0.6072686109358195 0.8233548576777892 0.4103062261551491 1.0 0.7306438546781399 5 Q96A33,P49841 2 |
| Protein demethylation 0.4804263516575773 0.8228881169018947 0.4105716208607177 1.0 0.7308716161932215 9 Q9UPP1,O60341,Q9H6W3,Q8NB78,P29375,Q7LBC6,Q8IUF8 7 |
| Cell cycle process 0.2266824214600888 0.8222194669763172 0.4109520013023302 1.0 0.7311933174156615 372 P23246,P51530,Q9H0A0,Q9UH99,Q9Y619,Q14191,Q92791,P38398,Q15648,Q96QE3,O75367,Q96CW5,Q96ST3,Q8WUX9,P78406,Q9H1A4,Q9ULW0,Q96HY6,Q9NNW5,Q9UJX4,O95235,O94901,P19447,O43823,Q86VI3,Q8IXJ6,O95785,Q13042,Q96FV9,Q7Z3K3,Q6NUQ1,Q96EB6,Q69YH5,Q53HL2,Q9UPP1,Q8N3U4,Q14676,O43670,Q07666,P51608,P46013,Q9ULX6,P23634,P46100,O95067,Q8N6R0,Q9UJX3,Q8WVM7,P18583,O43159,O75400,Q14004,Q9NZM5,Q9BYW2,Q8TEY7,Q7Z7K6,Q14980,Q14141,Q00839,Q96PK6,Q96BK5,Q13535,Q96K76,Q68CZ6,Q12888,Q08379,O60885,Q92889,Q9UIG0,Q7L2J0,P48681,Q14807,Q99459,Q9NTI5,P14635,Q02880,Q06609,Q96EE3,Q8WWQ0,Q29RF7,Q9BVS4,O60264 82 |
| Camera type eye development 0.3301842825673525 0.8208148207742533 0.411751755276728 1.0 0.731415938851752 37 P48681,Q15293,Q15042,Q12948,Q9H0D6,O94788,P08670,P23634,Q15648 9 |
| Histone h3 k4 methylation 0.3666252112534783 0.8197598060958458 0.4123530486473377 1.0 0.7316848285463535 25 Q6PD62,O60341,Q96KQ7,Q6UXN9,Q03164,Q6W2J9,Q9NWS0,Q6ZW49,P38398,O75367 10 |
| Cytokine production involved in immune response 0.4480946121148387 0.8176310330489989 0.4135679018753253 1.0 0.7324419280421974 11 Q9NR30,Q96EB6,Q9NRA0 3 |
| Erythrocyte development 0.4998504693008857 0.8159058183746575 0.414554004120411 1.0 0.7333896646187853 8 O95696 1 |
| Trna aminoacylation for mitochondrial protein translation 0.5191507844975125 0.8113925602377942 0.4171402702237863 1.0 0.7363629464873079 7 Q5JTZ9,Q6PI48 2 |
| Rig i signaling pathway 0.45649758442395 0.8107131010717821 0.4175304479842467 1.0 0.7366118169449795 10 Q07021,Q9H078,Q9NZM5 3 |
| Response to organic cyclic compound 0.2474777638760205 0.8086722333348461 0.4187037037131125 1.0 0.7373858330972528 173 P41440,Q15424,O94788,Q969T9,Q9P253,Q14151,P38398,O95983,Q15648,P17844,P61960,Q92841,Q9H4A6,Q96ST3,Q01130,O95831,P07099,Q00839,P49841,Q14571,P78406,Q9Y4G8,Q96HY6,P14625,P23378,P23634,P08754,Q05086,Q06609,Q9NR30,Q8TDD1,Q7Z434,Q96EB6,Q8TB36,O14497 35 |
| Oligosaccharide lipid intermediate biosynthetic process 0.5185079240085184 0.8086092655595772 0.4187399335067259 1.0 0.7373858330972528 7 Q86SQ9,Q9H553 2 |
| Regulation of attachment of spindle microtubules to kinetochore 0.4980639550968205 0.807800171114518 0.4192056266180244 1.0 0.7380061166847763 8 P14635,Q00839,Q9H0H5,Q8IXJ6 4 |
| Phospholipid dephosphorylation 0.6857878410481135 0.8053092366874717 0.4206412529522068 1.0 0.7391332659249339 4 P34913,Q10713 2 |
| Signal transduction by p53 class mediator 0.3272016473113974 0.803205538151463 0.4218559450325623 1.0 0.7404675991464699 50 Q14137,P17844,P46100,Q9NZM5,P46087,O60341,O43159,P62841,Q93009,Q9H7B2,Q13535,P61978,P04637,Q15050,Q96EB6,Q6ZW49,O60934,Q96QE3 18 |
| Steroid biosynthetic process 0.3279697092892078 0.801897043827296 0.422612516287399 1.0 0.7413954742312651 46 Q15392,P48449,Q96EB6,Q9UBM7,Q14739 5 |
| Negative regulation of cell cycle 0.2737231054592903 0.7994115307240477 0.4240518265715511 1.0 0.7431188393986908 95 P51530,Q12948,Q12888,O43159,Q14676,Q9Y619,O43670,P38398,Q9NZM5,Q9UIG0,Q99459,P14635,P46100,Q8N6R0,Q96PK6,Q96BK5,Q14160,Q13535,Q96EB6,Q96K76,O60264 21 |
| Nuclear envelope organization 0.3289021106906559 0.7969974043590842 0.4254525387991432 1.0 0.7439395655707156 33 Q8WUX9,O14656,Q8IXJ6,Q9ULX6,Q9BTV4,Q9UH99,O94901,P50402 8 |
| Hair follicle maturation 0.6002835265253325 0.7962770797732839 0.425871004578056 1.0 0.7441017686758675 5 P21359,Q5C9Z4,P18074 3 |
| Adherens junction maintenance 0.6722689075630346 0.7956533020971164 0.4262335763207217 1.0 0.7443354131453139 3 Q96AC1,Q9P1Y5 2 |
| Cell cell junction maintenance 0.6722689075630346 0.7956533020971164 0.4262335763207217 1.0 0.7443354131453139 3 Q96AC1,Q9P1Y5 2 |
| Positive regulation of double strand break repair via homologous recombination 0.4008459701782549 0.7923967559017332 0.4281293704099891 1.0 0.7466482030464248 15 Q9H0E9,Q7Z3K3,P35637,O95619,Q7Z4V5 5 |
| Leydig cell differentiation 0.5696950840074738 0.7923924722004145 0.4281318673886494 1.0 0.7466482030464248 2 Q15637 1 |
| Microtubule anchoring 0.4525629403682401 0.7910011459853568 0.4289433227527806 1.0 0.7476107151696127 10 O95684,Q9P1Y5 2 |
| Negative regulation of cellular response to insulin stimulus 0.5141298802442292 0.7896978972441877 0.4297042196728025 1.0 0.7479866066287343 7 Q9HCD5 1 |
| Regulation of histone h4 k16 acetylation 0.5984041807549294 0.789020374892337 0.4301000981392224 1.0 0.7483606158973245 5 P38398 1 |
| Positive regulation of cytokine production 0.3165662178902136 0.7869073412851753 0.4313361096840378 1.0 0.7494234491171651 61 P41440,Q9BYW2,Q9NR30,Q14160,Q9NRA0,O15111,Q96EB6,P38398,Q9BY67 9 |
| Nuclear membrane organization 0.36661023919129 0.7863390262924819 0.4316688946239302 1.0 0.7494357683862645 24 Q96FZ7,Q8WUX9,O14656,Q8IXJ6,Q9ULX6,Q9BTV4,Q5JTV8,P50402 8 |
| Regulation of cell cell adhesion 0.3249608346048259 0.7838302805908172 0.4331397034892892 1.0 0.7513530056527536 50 Q9HCL2,Q9BZE4,P41440,Q14160,Q9Y624,Q9H3S7 6 |
| Protein localization to golgi apparatus 0.4503633575196017 0.7800184882116088 0.4353799929025961 1.0 0.7528301046867059 10 P83436,Q6VY07 2 |
| Signal transduction in response to dna damage 0.3238530786855895 0.7777796953184233 0.4366989000845973 1.0 0.754637732747639 51 P17844,Q99459,P46100,Q9NZM5,Q12888,Q96FV9,Q14676,Q13535,Q96EB6,P38398,Q96QE3 11 |
| Muscle tissue development 0.3214015095261583 0.7772130014885661 0.4370331127561244 1.0 0.7548859263087067 55 Q9UGN5,P41440 2 |
| Respiratory gaseous exchange by respiratory system 0.4399572150360417 0.775711438799575 0.4379193843631705 1.0 0.7550723360310664 11 Q9BT17 1 |
| Regulation of cell maturation 0.6667906127158826 0.7755211770033665 0.4380317568711662 1.0 0.7550723360310664 3 Q8IXJ6 1 |
| Muscle organ development 0.3239089336132421 0.7746974484378796 0.4385184590908744 1.0 0.7552455854874603 38 P17844,P41440,P50402,Q12948,Q92841,Q9Y5Q8,Q96EB6,Q15648,P51114 9 |
| Neural crest cell migration 0.6663554310613163 0.7739266376270824 0.4389741761029495 1.0 0.7558103118152952 3 P08133,P60953 2 |
| Regulation of dna duplex unwinding 0.5941425453532291 0.7726123653630789 0.4397518242256861 1.0 0.7560952516244527 5 Q04837,P51948 2 |
| Regulation of receptor mediated endocytosis 0.369161924877502 0.7724880337102221 0.4398254315368068 1.0 0.7560952516244527 23 P41440,Q14160,P30533 3 |
| Centriole assembly 0.5098894743157889 0.7714568866484681 0.440436167668933 1.0 0.7564985435330555 7 P38398 1 |
| Regulation of androgen receptor signaling pathway 0.4391263944812141 0.7714535212032264 0.4404381617779676 1.0 0.7564985435330555 11 P17844,O60341,Q16512,Q13547,Q96EB6,Q14151 6 |
| Appendage morphogenesis 0.396864788443604 0.7691471382821226 0.4418059674008101 1.0 0.7574981069958541 15 Q12797,O94788 2 |
| Terpenoid biosynthetic process 0.5928168881742988 0.7675221907142807 0.442771104682703 1.0 0.7582275399693358 5 O94788 1 |
| Transcription dependent tethering of rna polymerase ii gene dna at nuclear periphery 0.6749688667496876 0.7670574991560064 0.4430473296577164 1.0 0.7582275399693358 4 Q8WUM0,P57740,P78406 3 |
| Response to alcohol 0.3231297332706948 0.7645438764949667 0.4445431999841398 1.0 0.7599877834157239 42 O95831,P38398,Q14571,Q9NRA0 4 |
| Activation of innate immune response 0.3722854396069183 0.7629064495173851 0.4455191895651564 1.0 0.7612561933599534 20 P23246,P43243,Q15233,Q96PK6,Q7Z434,Q96ST3 6 |
| Sertoli cell development 0.6732194837759099 0.7609087580573555 0.4467115670770816 1.0 0.7627472048335532 4 P46100 1 |
| Inorganic ion import across plasma membrane 0.4464216830362817 0.7604074653033398 0.4470110623191823 1.0 0.7628035048232636 10 P23634,Q9Y666 2 |
| Regulation of response to extracellular stimulus 0.5904961050011985 0.7586272942573341 0.4480755405120451 1.0 0.7636183890570746 5 Q9UMX5 1 |
| Protein quality control for misfolded or incompletely synthesized proteins 0.4266459274135062 0.757838598315389 0.4485476122263194 1.0 0.7640225759445425 12 P36776,O14656,Q9NYU2 3 |
| Response to arsenite ion 0.5616054760423215 0.7566117933719083 0.4492824737540348 1.0 0.7647017836797426 2 P55072 1 |
| Protein targeting to mitochondrion 0.3222541704989222 0.7537668430641368 0.4509892368497539 1.0 0.7664802179236905 45 P49257,O95831,O95429,P55786 4 |
| Cellular response to alkaloid 0.5884979172374158 0.7509858072870109 0.4526611973333783 1.0 0.7676123797324363 5 Q06609,Q96KQ7 2 |
| Regulation of mitochondrial dna replication 0.6595082477435431 0.748933334712305 0.4538973873617342 1.0 0.7687067182473541 3 Q9UJZ1,Q04837 2 |
| Negative regulation of dna dependent dna replication 0.6595082477435427 0.7489333347123035 0.4538973873617351 1.0 0.7687067182473541 3 Q7Z7L1,P54132 2 |
| Mitotic g2 m transition checkpoint 0.3881453489836041 0.7481355733994505 0.4543783868312614 1.0 0.7692728971923104 16 Q68E01,Q9NZM5,Q99741,Q6NUQ1,Q9Y619,O60934,P38398,P54132 8 |
| Positive regulation of attachment of spindle microtubules to kinetochore 0.5873695963938367 0.7466779673521121 0.4552579723925074 1.0 0.770409237880661 5 Q00839,P14635 2 |
| Mannosylation 0.5037778966203807 0.7453074355370071 0.45608588713994 1.0 0.7707755351647743 7 Q9H553,Q2TAA5,Q6ZXV5 3 |
| Cell fate determination 0.6577579500999103 0.7425741376839134 0.4577395511634692 1.0 0.772289661404196 3 P60953 1 |
| Appendage development 0.3701698874716302 0.742242456681155 0.4579404491555978 1.0 0.772289661404196 19 P46100,Q12797,O94788 3 |
| Cellular component disassembly involved in execution phase of apoptosis 0.5086221265281274 0.7404532294634913 0.4590250305269892 1.0 0.7729398235382391 6 Q9UKV3,O95831,Q9UPY3 3 |
| Negative regulation of reactive oxygen species metabolic process 0.4231449548826601 0.7394621224922578 0.4596264318190295 1.0 0.7733755662138612 12 P38398 1 |
| Dna recombination 0.2638323196171551 0.7390817155486457 0.4598573789336904 1.0 0.7735640677433815 108 P23246,Q9H0E9,Q12888,Q5UIP0,Q8IYB8,Q14191,P35637,P38398,Q96QE3,Q15233,Q9BYW2,Q92889,Q86V81,O96028,P20585,O95619,Q9BRT9,Q8IY18,Q9UBZ4,O60216,Q7Z4V5,O60870,P46100,Q02880,Q06609,Q96L91,Q96FV9,Q9NVH0,Q7Z3K3 29 |
| Telomere capping 0.4127127429213262 0.7376034586434185 0.4607554530716666 1.0 0.7737604190443977 13 Q92878,Q92889,Q93009,Q14103,P28482,Q9NYB0,O60934,P49959,Q9UBB9 9 |
| Negative regulation of amyloid beta clearance 0.6563304112594752 0.7373968409180196 0.4608810560240282 1.0 0.7737604190443977 3 P30533 1 |
| Glycoprotein biosynthetic process 0.315291566278765 0.7372698053622058 0.4609582904621061 1.0 0.7737604190443977 57 O00469,Q9NY61,Q8N6G5,Q9H0U3,Q9NYU2,Q08379,Q86SQ9,O14734,Q96L58,Q9H4A6,P35610,P04843,P04844,Q9H553,O60568,Q14165,Q93063,Q6ZXV5,Q06210,Q13724,Q02809,Q7Z4H8,Q9H488,P83436,O60476,Q2TAA5 26 |
| Response to epidermal growth factor 0.3862652579162002 0.737028176792967 0.4611052145490366 1.0 0.7737604190443977 16 Q12948,P12270,O95429,Q15648 4 |
| Regulation of viral transcription 0.5848118805445053 0.7369321876787309 0.4611635887217724 1.0 0.7737604190443977 5 P19474 1 |
| Regulation of fatty acid biosynthetic process 0.4820879364029005 0.7359678501476059 0.4617502635340273 1.0 0.7743453117527321 8 Q96EB6,P38398 2 |
| Positive regulation of sister chromatid cohesion 0.5844903770993521 0.7357090804326746 0.4619077623683676 1.0 0.7744097923211936 5 Q8IY18,P23246,O75367 3 |
| Inositol lipid mediated signaling 0.3662949959870435 0.732914100400463 0.4636108224891631 1.0 0.7758652946467728 21 Q05086,P49815,O00459,Q9NZM5,Q8IXJ6,Q96EB6,O00443,Q07021 8 |
| Negative regulation of immune response 0.3537577046562565 0.7316110762903191 0.464405985744277 1.0 0.7766301463604394 25 P55265,P28070,P19474 3 |
| Auditory receptor cell development 0.5832442036333432 0.7309723582370167 0.4647960369305814 1.0 0.7768494913241091 5 Q14160 1 |
| Constitutive heterochromatin assembly 0.5062146648558911 0.7303995125289561 0.4651460162561567 1.0 0.7770351401505649 6 Q7Z7K6,Q5UIP0 2 |
| Heart growth 0.411141948222859 0.7291294579324439 0.465922476686186 1.0 0.7775041220116837 13 Q9UGN5 1 |
| Regulation of pattern recognition receptor signaling pathway 0.366931785147242 0.7287371303146065 0.4661624755096833 1.0 0.777535103382177 20 Q8WUQ7,P41440,Q07021 3 |
| Positive regulation of cytokinesis 0.4001506907837883 0.7258568619670417 0.4679265240780286 1.0 0.7796547283208377 14 Q9H0H5,P61586,Q02241,Q99741,P60953,Q7Z7K6,Q9Y2S7 7 |
| Response to retinoic acid 0.3892126232713304 0.7248310142625154 0.4685557065359829 1.0 0.7796547283208377 15 O94788 1 |
| Regulation of spindle organization 0.3635282389294326 0.7246168165803925 0.4686871393244352 1.0 0.7796547283208377 22 Q8WUX9,Q14980,Q9ULW0 3 |
| Developmental maturation 0.3185888290766607 0.723473861860539 0.469388806963066 1.0 0.7801130960859725 45 O94887,O95696,O94788,Q9UJX6 4 |
| Regulation of protein acetylation 0.3426051469406295 0.7228910709099514 0.4697468097415456 1.0 0.7801130960859725 27 P54646,P49841,Q13363,Q969T9,Q96ST3,Q9NRA0,Q03164,Q96EB6,Q9NWS0,P38398 10 |
| Positive regulation of cell division 0.3836828089553691 0.7218257949673245 0.4704015881806915 1.0 0.7810011054403774 16 Q9H0H5,P61586,Q8IXJ6,Q02241,Q99741,P60953,Q7Z7K6,Q9Y2S7 8 |
| Negative regulation of cellular macromolecule biosynthetic process 0.2627581310452792 0.7211855568234897 0.4707953568589555 1.0 0.7814554213747145 109 Q9BZE4,Q969T7,Q99741,Q9NY61,P49458,Q9NVN8,Q9NQT4,Q9H0A0,Q9BWF3,Q01780,P09651,P27797,O15514,P04637,O95453,Q12906,O14734,Q92889,Q8TCS8,P12270,P07910,Q9NQT5,Q14011,P31483,Q00839,Q96B26,P49841,Q15024,P23396,P19338,Q92945,O60506,P51114,Q08211,Q96BK5,Q29RF7,Q13535,Q10713,Q13148,P54132 40 |
| Receptor localization to synapse 0.4375495714160639 0.7166224516039982 0.4736070872897491 1.0 0.7844449617319761 10 P57105 1 |
| Auditory receptor cell morphogenesis 0.6501191164380227 0.7149699741620597 0.4746275969041265 1.0 0.7856113277000872 3 Q14160 1 |
| Neurotransmitter catabolic process 0.5519601742377177 0.7144591879110535 0.474943283956748 1.0 0.7858350089665551 2 P21964 1 |
| Regulation of cellular amine metabolic process 0.5787932254366782 0.7141091042172096 0.4751597167283323 1.0 0.7858921834014244 5 P05091 1 |
| Double strand break repair 0.2665762816392435 0.7119959500994408 0.4764672838826866 1.0 0.7866133047063498 95 P23246,Q9H0E9,P51530,Q12888,Q9UGN5,Q5UIP0,P35637,Q14191,O60934,P38398,Q9BYW2,Q92889,O96028,O95619,Q13330,Q9BRT9,Q8IY18,O60216,Q7Z4V5,P35659,P46100,Q06609,Q96L91,Q9NVH0,Q9NRR5,Q7Z3K3 26 |
| Negative regulation of viral process 0.381668353601905 0.7100125651287587 0.4776963443199264 1.0 0.7870917577156745 16 Q15047,P19474,Q7Z434 3 |
| Regulation of translational fidelity 0.3971671249774634 0.7092968776742122 0.478140265613779 1.0 0.7870917577156745 14 O43716 1 |
| Atrioventricular canal development 0.5507156191661559 0.7090635627045874 0.4782850332134223 1.0 0.7870917577156745 2 Q9P2D1 1 |
| Negative regulation of cell adhesion mediated by integrin 0.5507156191661559 0.7090635627045874 0.4782850332134223 1.0 0.7870917577156745 2 Q9H4A3 1 |
| Negative regulation of muscle cell differentiation 0.4562188716998982 0.7087587651290205 0.4784741905232259 1.0 0.7870917577156745 9 Q13547,P26599,P51608 3 |
| Cerebral cortex cell migration 0.4559370685338057 0.7074501248857051 0.4792867966751362 1.0 0.7870917577156745 9 Q96N66,Q8WXH0,O94901 3 |
| Recombinational repair 0.3041159064802741 0.7070313268717953 0.4795470102298544 1.0 0.7870917577156745 64 P23246,Q9H0E9,Q12888,Q5UIP0,P35637,Q14191,P38398,Q9BYW2,Q92889,O95619,Q9BRT9,Q8IY18,O60216,Q7Z4V5,Q06609,P46100,Q96L91,Q9NVH0,Q7Z3K3 19 |
| Development of secondary female sexual characteristics 0.647758874540032 0.7064919229229814 0.4798822739262176 1.0 0.7870917577156745 3 Q9H1B7 1 |
| Development of secondary sexual characteristics 0.647758874540032 0.7064919229229814 0.4798822739262176 1.0 0.7870917577156745 3 Q9H1B7 1 |
| Regulation of lymphocyte mediated immunity 0.36214738843963 0.7064111841692048 0.4799324676717904 1.0 0.7870917577156745 21 O96028,Q9BY67,Q5UIP0,Q96QE3 4 |
| Somite development 0.3965936345397881 0.7061229883486784 0.4801116568713706 1.0 0.7870917577156745 14 O94788,Q7Z6E9 2 |
| Positive regulation of transcription of nucleolar large rrna by rna polymerase i 0.4751383282002442 0.7051343933913327 0.4807266046812841 1.0 0.7870917577156745 8 Q9H8H0,P19338,Q12824,Q9NWS0 4 |
| Negative regulation of oxidative phosphorylation 0.6472815868003625 0.7047805236702297 0.4809468308287652 1.0 0.7870917577156745 3 P61586 1 |
| Regulation of lymphocyte apoptotic process 0.4750068804675683 0.704553883790213 0.4810879060226782 1.0 0.7870917577156745 8 Q9Y255 1 |
| Positive regulation of cellular response to insulin stimulus 0.4749123881916757 0.7041366433641653 0.4813476821302875 1.0 0.7871030895247717 8 Q96EB6 1 |
| Protein polyufmylation 0.5759291318113228 0.7033049005884474 0.4818657573272316 1.0 0.7871030895247717 5 P61960,Q96HY6 2 |
| Regulation of histone h4 acetylation 0.4746083499412575 0.7027944930372048 0.4821838296320084 1.0 0.7871030895247717 8 P38398 1 |
| Nucleotide excision repair 0.3584636683378268 0.702506108869579 0.4823635933713497 1.0 0.78717957568453 23 P32780,Q15054,Q92889,Q07864,Q93009,P09884,Q96EB6,Q9HCS7,P51948,P54725,P19447,P04637 12 |
| Protein o linked glycosylation 0.3954981536691888 0.7000686978110604 0.4838844031542821 1.0 0.7880356669939187 14 O00469,O60568,Q02809,O15294,Q9H488,Q7Z4H8,O60762,Q6ZXV5 8 |
| Cellular response to vitamin d 0.5750528082433153 0.7000067063781094 0.4839231162700901 1.0 0.7880356669939187 5 Q8TB36 1 |
| Positive regulation of homotypic cell cell adhesion 0.6459292626057211 0.6999371388558424 0.4839665625888862 1.0 0.7880356669939187 3 Q9Y624 1 |
| Regulation of viral genome replication 0.3391764249896237 0.6989395304299287 0.4845898217833257 1.0 0.7886556894422152 27 Q15047,Q02880,Q7Z434,P55265,P54725 5 |
| Ventricular system development 0.4538988646214587 0.6980005990021331 0.485176819460432 1.0 0.7890323939034214 9 Q96N66,Q9H6E4,Q9Y4G8,P51608 4 |
| Hematopoietic progenitor cell differentiation 0.3338792976691121 0.6977932945294668 0.4853064731756478 1.0 0.7890323939034214 28 P55265,Q9NPH0,Q9NUQ2 3 |
| Acidic amino acid transport 0.4052225875101966 0.6973794818644289 0.4855653386779535 1.0 0.7891976506805433 13 O60831,Q8TDW0,P55011 3 |
| Attachment of gpi anchor to protein 0.6547448355245512 0.6966613925981997 0.4860147253845128 1.0 0.7891976506805433 4 Q969N2 1 |
| Snrna modification 0.654420921544208 0.6955469273726441 0.4867126129929811 1.0 0.790133652987108 4 Q4G0J3,O60832,Q7L2J0 3 |
| Resolution of meiotic recombination intermediates 0.6534869240348677 0.6923358542251424 0.4887264387865451 1.0 0.7928093477073507 4 P11388,Q92889,Q02880 3 |
| Tubulin deacetylation 0.5719385759326415 0.6883151209389701 0.4912543616194251 1.0 0.7955728989006181 5 P54646,Q8IXJ6 2 |
| Response to vitamin d 0.496047989074435 0.6882646488292161 0.4912861391058851 1.0 0.7955728989006181 6 Q8TB36 1 |
| Histone h3 k36 demethylation 0.6519302615193014 0.686992249051872 0.4920876128032778 1.0 0.7958801395537848 4 Q9H6W3,Q9UPP1,Q8IUF8 3 |
| Negative regulation of lipid metabolic process 0.4022115106052848 0.68134643685195 0.4956523066146507 1.0 0.8001555712768359 13 P38398 1 |
| Anion homeostasis 0.4937457006231806 0.6787999806464974 0.4972646060596508 1.0 0.8012459792357847 6 Q9Y666 1 |
| Regulation of biological process involved in symbiotic interaction 0.4689549373498392 0.6779413670898632 0.4978088699327461 1.0 0.8012964811595045 8 P19474,Q12899,Q9UPT5 3 |
| Sulfur compound transport 0.4204295601705684 0.6768908492063614 0.4984752104817036 1.0 0.801627007214705 11 Q70HW3 1 |
| Outflow tract morphogenesis 0.4930014804793394 0.6757469197819369 0.4992013407844662 1.0 0.8023980039048562 6 Q12948,O95487 2 |
| Negative regulation of single stranded viral rna replication via double stranded dna intermediate 0.6479065719269943 0.6732283561991017 0.5008020238411781 1.0 0.8041152554178198 4 Q15047 1 |
| Dna catabolic process 0.4863163875458848 0.671635918126855 0.5018155062404792 1.0 0.8048621435837089 7 O95831 1 |
| Homologous chromosome pairing at meiosis 0.4480207115247129 0.6709067891844901 0.502279911052748 1.0 0.8053563769776008 9 Q92791 1 |
| Regulation of intracellular transport 0.2606715663638791 0.6697918491236762 0.502990490272077 1.0 0.806098334372964 118 P49790,P35658,P61960,Q9GZP9,O00459,Q9ULX6,Q9BYW2,O95429,P55786,Q7Z434,Q96HR9,Q99496,P49257,Q14980,Q07666,Q9H3S7 16 |
| Primary mirna processing 0.4912152891396522 0.6684323562076279 0.5038576473680081 1.0 0.8070903708763587 6 Q8WYQ5,P22626 2 |
| Rrna pseudouridine synthesis 0.6464041431666118 0.6681072472102358 0.5040651360686965 1.0 0.8072239562104557 4 Q96HR8,O60832 2 |
| Rrna 5 end processing 0.6453435953177866 0.6644984146318861 0.506371363283314 1.0 0.8099874931600781 4 Q86U38,P78316 2 |
| Response to nutrient 0.3183914056759173 0.6633525329746116 0.5071047988319124 1.0 0.8108038648033095 30 Q01130,Q8TB36,O94788 3 |
| Spliceosomal tri snrnp complex assembly 0.408425263517463 0.6632458886293168 0.5071730862236228 1.0 0.8108038648033095 12 Q8WXF0,O75494 2 |
| Neutrophil migration 0.3735114130653547 0.6626170622070944 0.507575839770182 1.0 0.8111204019952896 16 Q00013,Q8NE86,P84095,Q8NHP6,Q07021 5 |
| Transcription coupled nucleotide excision repair 0.6447696139476948 0.6625473965454566 0.5076204698728399 1.0 0.8111204019952896 4 Q9HCS7,P19447,Q93009 3 |
| Positive regulation of lipid kinase activity 0.6441469489414683 0.6604325979006419 0.5089762589626092 1.0 0.8122891473385117 4 P12931,P60953,Q99570 3 |
| Phosphatidylethanolamine biosynthetic process 0.6344055246756173 0.659015629653427 0.5098857321145491 1.0 0.8130559181096756 3 Q9Y6K0 1 |
| Muscle cell differentiation 0.2960508678246413 0.658527114198396 0.5101994800437302 1.0 0.8132437191091557 66 Q7Z4V5,Q00839,P41440,Q9UGN5,Q9BWF3,Q96EB6,Q9P2K5,P51608 8 |
| Regulation of centrosome cycle 0.3724413759226496 0.656455239654098 0.5115312581833422 1.0 0.814150440608089 16 Q96EB6,Q96PK6,P38398 3 |
| Regulation of neuroblast proliferation 0.5633225966520206 0.6562183530358306 0.5116836418210908 1.0 0.814150440608089 5 P21359,P04637 2 |
| Morphogenesis of an epithelial sheet 0.4881125960398764 0.6557714011423466 0.5119712200636406 1.0 0.814150440608089 6 P61586,O14656 2 |
| Epiboly 0.4881125960398764 0.6557714011423466 0.5119712200636406 1.0 0.814150440608089 6 P61586,O14656 2 |
| Regulation of establishment of protein localization 0.2581575104768377 0.6553860666352764 0.5122192200552305 1.0 0.814150440608089 137 P61960,Q9GZP9,O95429,P55786,O96028,P49257,Q9H3S7,Q32P28 8 |
| Forebrain cell migration 0.4248677288054721 0.6550124168009888 0.5124597596491653 1.0 0.814150440608089 10 Q96N66,Q8WXH0,O94901 3 |
| Positive regulation of mrna metabolic process 0.2984352890317396 0.65473710445746 0.5126370314969064 1.0 0.814150440608089 64 Q14011,P08621,Q969T7,Q00839,P98179,P38159,P52948,P62995,Q9Y2W1,Q92945,O60506,O15514 12 |
| Isoprenoid biosynthetic process 0.4241144063514184 0.651392912686103 0.5147928844968375 1.0 0.8164509687643691 10 O94788 1 |
| Cilium movement 0.4435842433030044 0.6506228835624984 0.5152899547290468 1.0 0.8167546675225267 9 P23634 1 |
| Cellular aldehyde metabolic process 0.3542693770605598 0.6492927334599968 0.5161491816898529 1.0 0.8175189741642302 20 O94788 1 |
| Maintenance of dna methylation 0.640795001872822 0.649078963921148 0.5162873380414827 1.0 0.8175387375754248 4 Q96T88,Q93009 2 |
| Neuroblast proliferation 0.4048793536157087 0.6451683775352934 0.5188180763657735 1.0 0.8188607144672694 12 P21359,Q96N67,O60341,O15031,P04637 5 |
| Mitochondrial rna 3 end processing 0.6391656288916548 0.6435790724393161 0.519848424470839 1.0 0.8197852124079534 4 Q8TCS8,Q8IYB8,Q7L0Y3 3 |
| Regulation of smad protein signal transduction 0.6299408652349888 0.6433395030226234 0.5200038290544988 1.0 0.8198315336886851 3 P09874,Q8N1F7 2 |
| Positive regulation of protein localization to cell cortex 0.6389450649004306 0.6428355403554498 0.5203308192061382 1.0 0.8199908492317896 4 P11171,Q14980 2 |
| Homologous chromosome segregation 0.4135425467232524 0.6427537551633717 0.5203838945437647 1.0 0.8199908492317896 11 Q92791 1 |
| Positive regulation of developmental process 0.2452910166455807 0.6402503701225567 0.5220098406699516 1.0 0.8214825743912273 197 Q8WUJ1,P41440,Q12948,Q9UGN5,Q5UIP0,P38398,Q07021,Q96QE3,Q9HCL2,O95696,O96028,Q14980,Q9UJX6,Q00839,Q9NZ08,Q9Y4C8,Q9BRT6,Q96EB6,Q9Y6C9 19 |
| Progesterone receptor signaling pathway 0.4840932149310603 0.6394572809693221 0.5225254956061185 1.0 0.8220141109837487 6 Q05086 1 |
| Regulation of mitotic recombination 0.6286959228135738 0.6389869901920885 0.5228313953307502 1.0 0.8222906324360779 3 P18074,P49959 2 |
| Regulation of collagen metabolic process 0.6283846872082028 0.63790015736457 0.523538675313362 1.0 0.8230108948558288 3 P05556,P08670 2 |
| Neural crest formation 0.5573517078024081 0.6342039846350562 0.5259477074812642 1.0 0.8259994778284943 5 Q9H9Y6,Q13428 2 |
| Chromosome separation 0.3059029224998182 0.6327816980611181 0.5268762100299345 1.0 0.8266747965100414 40 Q02880,Q13042,Q99741,Q13123,Q9UJX3,Q92889,Q9H1A4,Q15003,P12270,Q9BVS4,Q9UJX5,Q9UJX4,Q14980,O43670,P14635,O60216 16 |
| Glycosylation 0.3069655606923139 0.6327666434994309 0.5268860424797281 1.0 0.8266747965100414 50 O00469,Q8WTW3,Q9H0U3,Q9NYU2,Q08379,Q14746,Q86SQ9,Q96L58,P04843,P04844,Q9H553,O60568,Q14165,Q93063,Q6ZXV5,Q06210,Q13724,Q02809,Q7Z4H8,Q9H488,P83436,O60476,Q2TAA5 23 |
| Attachment of spindle microtubules to kinetochore 0.3514965186707166 0.6321867023193608 0.5272648855106223 1.0 0.8270697082822759 20 Q00839,Q9H0H5,Q8IXJ6,Q96EE3,Q96JM3,O43670,P14635 7 |
| Regulation of chromosome separation 0.3074035641779045 0.6314220291811633 0.5277646158974372 1.0 0.8276540082962461 33 Q13042,Q9UJX3,Q9H1A4,P12270,Q9BVS4,Q9UJX5,Q9UJX4,Q14980,O43670,P14635,O60216 11 |
| Regulation of metaphase plate congression 0.6349859078594526 0.6295291989484488 0.5290026590050765 1.0 0.8290879356511179 4 Q14980 1 |
| Regulation of cell death 0.2331209029254591 0.6284701874130475 0.5296959706140849 1.0 0.8296734633960223 342 Q15392,Q12948,Q12846,Q9NY61,Q9UGN5,O94788,P55265,Q14191,P38398,O76021,P51608,Q96QE3,Q07021,Q9HCL2,P61960,Q9H7N4,P12235,Q9NZM5,O95429,Q9NRA0,O95831,Q8NBS9,P30533,Q8WUX9,Q14684,Q92614,Q9Y255,Q9NYF8,P14625,Q9UMX5,Q9Y3A2,P54646,Q14160,P04899,Q8WYA6,Q96EB6,Q13217,P98175,P18583,Q9Y6C9 40 |
| Pyridine nucleotide metabolic process 0.6345915479963204 0.6282080169206323 0.5298676791805141 1.0 0.8296734633960223 4 P43490,Q9BQG2 2 |
| Regulation of cholesterol biosynthetic process 0.6343582115028269 0.6274266594351458 0.5303795969982366 1.0 0.8297689704478118 4 O94905,Q9UBM7 2 |
| Regulation of alcohol biosynthetic process 0.6343582115028269 0.6274266594351458 0.5303795969982366 1.0 0.8297689704478118 4 O94905,Q9UBM7 2 |
| Positive regulation of cell cycle process 0.2670103719281685 0.6257075329217178 0.5315067914171998 1.0 0.8303645827282352 81 P23246,Q99741,Q9UJX5,Q15648,P51608,O75367,Q96QE3,O60885,P61586,Q02241,Q8N7H5,Q96ST3,P12270,Q7L2J0,Q7Z7K6,Q14980,Q8IY18,Q00839,Q96HY6,Q9UJX4,O60216,P14635,Q9H0H5,Q8IXJ6,O95785,Q13042,P46100,Q96FV9,Q9UJX3,Q8WWQ0,O14965 31 |
| Rna capping 0.554674148586525 0.6243963855044765 0.5323672982461991 1.0 0.8310066590244833 5 Q96RS0 1 |
| Antigen processing and presentation of peptide antigen via mhc class i 0.4179607127704713 0.6220109558518263 0.5339346640068947 1.0 0.833057392275177 10 Q9NZ08,P30101,P10321,Q03518 4 |
| Endothelial cell proliferation 0.3562477854195817 0.6217713756955405 0.5340922107786159 1.0 0.833057392275177 18 Q96EB6,O94788 2 |
| Regulation of establishment of planar polarity 0.4742253907926638 0.621674942306614 0.5341556315418545 1.0 0.833057392275177 7 O95487,P61586,P63000 3 |
| Utp metabolic process 0.4789659343739984 0.6187966600272827 0.5360503227906388 1.0 0.8356116342566751 6 Q13232 1 |
| Regulation of peptidyl lysine acetylation 0.3410319048029717 0.6181396852415648 0.5364832643862607 1.0 0.8360861607169684 24 Q96EB6,Q03164,P38398,Q9NRA0 4 |
| Establishment of endothelial intestinal barrier 0.4167504196577865 0.6162723707674728 0.5377147708724588 1.0 0.8368843563570939 10 Q8TEU7,Q9Y624 2 |
| Skeletal muscle cell differentiation 0.4544542409812321 0.6151746094077418 0.5384394139056865 1.0 0.8368843563570939 8 Q9Y5Q8,P17844,Q92841 3 |
| Ribosomal large subunit export from nucleus 0.4725021859609121 0.6146338273161849 0.5387965694732528 1.0 0.8368843563570939 7 Q9NVU7,Q99567,Q15050,Q96D46 4 |
| Negative regulation of fatty acid metabolic process 0.4355135146184378 0.6141169590515801 0.5391380423026262 1.0 0.8370150274889221 9 P38398 1 |
| Meiosis i cell cycle process 0.335641242776115 0.611536082717736 0.540844738250579 1.0 0.8385620795777879 25 Q02880,P46100,O95067,Q92889,Q92791,O94901 6 |
| Fat cell differentiation 0.3056807756118204 0.6105787768151646 0.541478476504178 1.0 0.8389779573554417 31 Q00839,Q8IXJ6,Q9NZ08,O75925,Q8TDW0,Q13363,Q96HE7,Q8N4Q0,Q96EB6,Q6IAN0,Q15648 11 |
| Positive regulation of viral process 0.3162310612064706 0.6099267738500956 0.5419103158009861 1.0 0.8391160686230457 29 P54725,P55265,P19474 3 |
| Intrinsic apoptotic signaling pathway in response to endoplasmic reticulum stress 0.3641798637079723 0.6093579014224639 0.5422872357972546 1.0 0.839499873598558 16 Q8IXB1,O95831,Q96EB6,O95881 4 |
| Meiotic spindle assembly 0.6287430358140449 0.6087068275757322 0.5427187806699056 1.0 0.839768236978529 4 Q08379,O95067 2 |
| Cellular response to increased oxygen levels 0.4754451612866792 0.6047119074849192 0.5453704348802062 1.0 0.8418686945647226 6 Q9Y487 1 |
| Glutamate biosynthetic process 0.6184251478369155 0.6034044310314075 0.5462396752161953 1.0 0.8425122603243816 3 O94925,P00367 2 |
| Cellular response to starvation 0.3097020292696807 0.6006795410810967 0.5480534482337414 1.0 0.8448075072892152 30 P54646,O43159,Q96EB6,Q14191,Q9Y4P3 5 |
| Phosphatidylinositol dephosphorylation 0.617498433028959 0.6002234841377647 0.5483573046605956 1.0 0.8450756377202499 3 Q10713 1 |
| Negative regulation of dna templated transcription elongation 0.4506519932896146 0.5989739905018441 0.5491902291089126 1.0 0.8456231225895613 8 Q00839 1 |
| Mirna catabolic process 0.6256077617728224 0.5983258511403227 0.5496225307161668 1.0 0.8456231225895613 4 O95453 1 |
| Chromatin disassembly 0.3861311122119528 0.5972509912816891 0.5503398196146161 1.0 0.84613499820331 13 Q9Y5B9,Q92922,P51532,Q8TAQ2,Q12824,O14497 6 |
| Positive regulation of cell cycle g2 m phase transition 0.3760918852413356 0.5948822577495693 0.5519221777480299 1.0 0.8466006137456774 14 O60885,P14635,P51608,Q96QE3 4 |
| Gpi anchor metabolic process 0.5461977022123307 0.5936262556500657 0.5527621161537621 1.0 0.8470477186290276 5 Q969N2 1 |
| Amino acid activation 0.3016274747374712 0.5899748158732444 0.555207533735778 1.0 0.8492426335284434 34 Q9HA77,O43716,Q5T160 3 |
| White fat cell differentiation 0.6143928347637413 0.5896007117615822 0.5554583744097377 1.0 0.8492426335284434 3 Q96EB6 1 |
| Regionalization 0.313272720707352 0.5893437548935926 0.5556306987035224 1.0 0.8492426335284434 29 Q12948,P62995,Q12830,O94788 4 |
| Forebrain development 0.2923154377628945 0.5890447828067074 0.5558312327250607 1.0 0.8492426335284434 63 Q96N66,Q9H0D6,O94788,Q8WXH0,P21359,P61586,Q9BYW2,Q96ST3,P62995,P49841,Q96N67,Q9Y4G8,P23634,P07196,Q13144,O94901,Q02880,P46100,Q9HCS7,Q15042 20 |
| Monovalent inorganic anion homeostasis 0.6226705244472523 0.5886485058718431 0.5560970879132161 1.0 0.8492426335284434 4 Q9Y666 1 |
| Neuromuscular junction development 0.3930312238257712 0.5856851977044686 0.5580870831000728 1.0 0.851160197509825 12 Q14696,Q9Y4W6 2 |
| Mitotic cell cycle 0.2414219065820626 0.5855407783107184 0.5581841556740528 1.0 0.851160197509825 311 P51530,Q9UH99,Q9Y619,P38398,Q96QE3,O75367,Q96CW5,Q01130,Q96ST3,Q8WUX9,P78406,Q9H1A4,Q9ULW0,Q9UJX4,O95235,P19447,O43823,Q86VI3,Q8IXJ6,Q13042,Q7Z3K3,Q6NUQ1,Q96EB6,Q69YH5,Q53HL2,Q9UPP1,Q8N3U4,Q9NY61,Q96JM3,Q14676,O43670,Q07666,P51608,Q9H7N4,P46013,P12270,P08243,Q99567,P49427,Q8IY18,Q9ULX6,P21127,Q15050,O75312,O60216,P46100,O95067,Q9UJX3,Q14160,Q9Y2Z0,Q8WVM7,P05556,P18583,Q14978,Q12948,Q9UJX5,O60934,P04637,Q14004,P61586,Q9NZM5,Q9BYW2,Q02241,Q14980,Q14141,Q00839,Q96BK5,Q96K76,P35658,Q99496,Q08379,O60885,Q9UIG0,Q7L2J0,O95619,P48681,Q14807,Q96AY4,Q9NTI5,P14635,Q06609,Q96EE3,Q86U86,Q8WWQ0,Q29RF7,Q9BVS4,O60264 87 |
| Succinate metabolic process 0.6213420780819671 0.584287196624367 0.5590271047094988 1.0 0.852031704811455 4 P21912 1 |
| Pyrimidine nucleoside triphosphate metabolic process 0.3831029726780295 0.5817352246498516 0.560745041131715 1.0 0.8536500099606379 13 Q13232,Q9H773 2 |
| Tooth mineralization 0.6118892001245017 0.5810794328386393 0.5611869195498529 1.0 0.8541228150846497 3 P04920,Q6W2J9 2 |
| Very long chain fatty acid catabolic process 0.6115779645191469 0.5800228148753401 0.5618992324621535 1.0 0.8542485617300528 3 Q15067,P28288 2 |
| Regulation of atp dependent activity 0.3009606884512634 0.5798144594191148 0.5620397456542949 1.0 0.8542485617300528 32 Q04837,P08621,Q08211,Q00839,Q8IXB1,Q9UBS4,Q5JTV8,Q96EB6,P20585,Q8NFQ8,Q96T88,P04637 12 |
| Microtubule organizing center localization 0.3725720788444627 0.5762765141104683 0.5644282948368717 1.0 0.8566509701152241 14 Q8WXH0,O94901,P49792 3 |
| Germ cell migration 0.6091810327984869 0.5719056692428333 0.5673858830604948 1.0 0.8583741242655031 3 Q12948 1 |
| Tongue morphogenesis 0.609054767722089 0.5714790764073278 0.567674939675664 1.0 0.8583741242655031 3 Q13547 1 |
| Tongue development 0.609054767722089 0.5714790764073278 0.567674939675664 1.0 0.8583741242655031 3 Q13547 1 |
| Hair follicle placode formation 0.609054767722089 0.5714790764073278 0.567674939675664 1.0 0.8583741242655031 3 Q13547 1 |
| Ectodermal placode development 0.609054767722089 0.5714790764073278 0.567674939675664 1.0 0.8583741242655031 3 Q13547 1 |
| Fungiform papilla morphogenesis 0.609054767722089 0.5714790764073278 0.567674939675664 1.0 0.8583741242655031 3 Q13547 1 |
| Fungiform papilla development 0.609054767722089 0.5714790764073278 0.567674939675664 1.0 0.8583741242655031 3 Q13547 1 |
| Osteoblast differentiation 0.2994659051945816 0.5703560654389548 0.5684362217083949 1.0 0.8588560010886939 46 Q9BZE4,P38159,P22087,P55265,O76021,O75643,P21359,P06576,P17844,Q96A33,Q86V81,Q9BQG0,P07910,Q00839,P49841,O94874,O60506,P62841,Q08211,Q9NY93,Q9NR30,Q9P2E9 22 |
| Receptor metabolic process 0.2977096857708944 0.5676305385537185 0.5702858663055519 1.0 0.8597849284191319 37 P41440,P30533 2 |
| Rhythmic process 0.2920193286361354 0.5675711442811365 0.5703262054002389 1.0 0.8597849284191319 61 P23246,Q16795,Q9BWF3,Q9Y2W1,P11387,P29375,P04637,P11388,P17844,Q15233,P43490,Q93009,Q96ST3,Q9BQG0,Q03164,Q13330,Q00839,P49841,O15294,Q9H2P0,Q9BQG2,Q14103,Q8WXF1,Q06210,Q08211,Q13185,Q05086,P54646,Q96EB6,Q13148 30 |
| Myeloid leukocyte differentiation 0.2991467508228067 0.5667305231029931 0.5708972799205905 1.0 0.8602471174156685 32 Q14739,O94887 2 |
| Mitotic spindle organization 0.2843277909705551 0.5652031734051406 0.5719355784607896 1.0 0.8616120745454925 67 Q8N3U4,Q9H3R5,Q9UH99,Q08379,O43670,P51608,P61586,Q02241,P12270,Q14980,Q9Y2S7,Q8WUX9,Q00839,P78406,Q9ULW0,Q14683,P14635,Q96FZ7,Q9H0H5,Q9NRG9,O14965,Q8WVM7 22 |
| Regulation of t cell apoptotic process 0.5380352985922241 0.5644208457812011 0.5724677553518938 1.0 0.8618150309104533 5 Q9Y255 1 |
| Cerebral cortex development 0.3238125743720596 0.5639703579569647 0.5727743054985042 1.0 0.8620770146385399 26 P21359,P61586,P49841,Q96N66,Q8WXH0,P62995,Q9HCS7,P07196,O94901 9 |
| Protein polyubiquitination 0.2985115107841247 0.5637683756310135 0.5729117767084642 1.0 0.862084456971677 49 P19474,P38398,Q9UJX6,P55786 4 |
| Chromosome organization involved in meiotic cell cycle 0.3401186206755655 0.5632644439195311 0.5732548259622472 1.0 0.8622017671409059 20 Q92791,O94901 2 |
| Regulation of protein binding 0.2972444178062101 0.5628278535682198 0.5735521116248197 1.0 0.8622501701223599 53 P48681,P41440,P49841,Q9H2P0,Q8TEY7,Q9Y4G8,Q96D46,O15381,P35611,Q08379,Q6IAN0,P30533,P19474 13 |
| Positive regulation of epithelial to mesenchymal transition 0.4647496224414499 0.5624735877997215 0.5737933940453877 1.0 0.862413592482728 6 Q12948,Q96AC1,Q92769 3 |
| Microtubule polymerization 0.2984791425126802 0.5619384345590486 0.5741579660140095 1.0 0.8627622011829826 32 Q9P1Y5,Q96S59,Q9ULW0,Q08379,Q14980,O43670,P51608 7 |
| Mrna 3 splice site recognition 0.6142104591800861 0.5610445471508907 0.5747671693536351 1.0 0.8629755576488883 4 Q12874,Q15459 2 |
| Regulation of myeloid leukocyte mediated immunity 0.4048561355745941 0.5606399008501717 0.5750430449417911 1.0 0.8629755576488883 10 Q9NR30,Q9NRA0,Q12846,Q7Z434 4 |
| Cellular response to vitamin 0.4640560830178745 0.5597647557210501 0.5756399064074293 1.0 0.8629755576488883 6 Q8TB36 1 |
| Alcohol catabolic process 0.3877537997187417 0.5596909978335131 0.5756902237066233 1.0 0.8629755576488883 12 P30837 1 |
| Calcium ion regulated exocytosis 0.4045902450501197 0.5594130257871063 0.5758798736509021 1.0 0.8629755576488883 10 P51809,P04899 2 |
| Dna repair 0.2364038495116879 0.5573919401684767 0.5772596710356459 1.0 0.864626792559723 183 P23246,Q9GZR2,P41440,P51530,Q9H0E9,Q12888,Q9UGN5,Q96MG7,Q14676,Q5UIP0,Q14191,P35637,P38398,Q9NZM5,Q15233,Q9BYW2,Q92889,O96028,P54725,P20585,O95619,P35251,Q14807,Q99459,Q9UBZ4,Q9H1I8,Q13111,Q9NTI5,Q7Z4V5,P35659,O60870,P46100,Q06609,Q29RF7,Q13535,Q96EB6,Q9HCS7,Q96K76 38 |
| Mesoderm morphogenesis 0.4040389376038465 0.5568716351072832 0.5776151357617128 1.0 0.8648613765894015 10 Q93063,Q12948 2 |
| Positive regulation of macroautophagy 0.3451113893514881 0.556616462834282 0.5777895033373894 1.0 0.8648613765894015 18 O15269,P54646,P49815,P12235,Q96EB6,O00267,Q15042 7 |
| Negative regulation of nucleocytoplasmic transport 0.4405327173977008 0.5564401673210801 0.5779099863059276 1.0 0.8648613765894015 8 P61960 1 |
| Dendritic cell migration 0.5357673483236689 0.5563843983915344 0.5779481020805732 1.0 0.8648613765894015 5 P27797,Q07021 2 |
| Nuclear transcribed mrna catabolic process 0.2904431683087037 0.5542844547346605 0.5793841873833738 1.0 0.866014278246518 61 Q99729,O95453,Q969T7,P17844,Q15287,Q00839,Q96B26,Q08211,Q96F86,Q9H0D6,Q9Y5S9,Q9Y4Z0,Q01780,Q9Y2W1,O60506,Q9BZI7,O15514 17 |
| Positive regulation of dna binding transcription factor activity 0.2958304365121981 0.553811251563216 0.5797080271879835 1.0 0.8660605072855928 37 P41440 1 |
| Maintenance of sister chromatid cohesion 0.4573818081288445 0.553797441963565 0.5797174791562059 1.0 0.8660605072855928 7 P46100,O75367 2 |
| Positive regulation of telomere maintenance 0.3174312340864915 0.5521142669969854 0.5808700677314782 1.0 0.8666619914247046 27 O95453,P22626,P46100,Q96HR8,Q9BVP2,Q13535,P09651,O60832 8 |
| Negative regulation of viral genome replication 0.401621246707882 0.5457663572606786 0.5852265517945574 1.0 0.870944570904506 10 Q15047,Q12906,Q7Z434 3 |
| Regulation of protein localization to cell cortex 0.5325518131999565 0.5450510307387202 0.5857184207956756 1.0 0.8712244999330812 5 P11171,Q14980 2 |
| Negative regulation of steroid metabolic process 0.6011292897134126 0.5449085098734099 0.5858164431525437 1.0 0.8712244999330812 3 O94905 1 |
| Negative regulation of keratinocyte proliferation 0.6007651154377297 0.5436975623908206 0.5866496101360095 1.0 0.8718655960554584 3 Q15648 1 |
| Dna damage response signal transduction by p53 class mediator 0.3374821301600278 0.5424815653337882 0.5874868035376237 1.0 0.8721219058277885 19 P17844,P46100,O60341,Q13535,Q96EB6,O60934,P04637 7 |
| Pallium development 0.2941604063597781 0.5416242826340539 0.5880773602516309 1.0 0.8721219058277885 37 P21359,P61586,P49841,Q96N66,Q9H0D6,Q8WXH0,P62995,Q9HCS7,P23634,P07196,Q13144,O94901 12 |
| Amide transport 0.2932790316287033 0.5414747132586093 0.5881804222829041 1.0 0.8721219058277885 39 P41440 1 |
| Cellular response to nitrogen compound 0.2490283419504248 0.5413057807140921 0.5882968367059702 1.0 0.8721219058277885 140 P41440,O00459,Q92572,Q96JM3,Q9NUD5,Q96MG7,P38398,P49815,P43490,Q9H4A6,Q96ST3,O95831,Q99729,P49841,Q14571,Q13243,Q9Y4G8,P14625,P23634,Q9HCD5,O00443,P08754,Q8IXJ6,P46100,Q06609,Q92922,P04899,Q7Z434,Q8WWQ0,Q96EB6 30 |
| Pyrimidine ribonucleoside triphosphate metabolic process 0.4189272146986806 0.5408968768110892 0.5885786637294688 1.0 0.8721793100827907 9 Q13232 1 |
| Negative regulation of cell cycle process 0.2591952254077433 0.5406875192650187 0.5887229824343574 1.0 0.8721793100827907 79 P51530,Q12888,Q14676,Q9Y619,O60934,O43670,P38398,P04637,O75367,Q9NZM5,P12270,Q9UIG0,Q99459,O60216,P14635,P46100,Q8N6R0,Q96FV9,Q96PK6,Q96BK5,Q13535,Q6NUQ1,Q96K76,O60264 24 |
| Protein dna complex disassembly 0.3748216236357377 0.5398901947970759 0.5892727602975962 1.0 0.872447430035717 13 Q9Y5B9,Q92922,Q8TAQ2,Q12824,O14497 5 |
| Nucleotide excision repair dna gap filling 0.5994397759103705 0.5392981378183641 0.5896811535576763 1.0 0.872447430035717 3 Q07864,Q15054 2 |
| Negative regulation of i kappab kinase nf kappab signaling 0.3999153649360065 0.5379702704467522 0.5905975734400761 1.0 0.873144821642658 10 Q8WUQ7,Q96EB6 2 |
| Regulation of leukocyte apoptotic process 0.3736208030139637 0.5338979540907123 0.5934121376377988 1.0 0.8755150726545431 13 Q9Y255,Q96EB6 2 |
| Regulation of protein localization to cell periphery 0.293633354757053 0.5311311352123005 0.5953279098582318 1.0 0.8775454460973936 33 P98194,Q9UNK0,Q12846,O15258,P84095,P23634,Q14980 7 |
| Positive regulation of immune response 0.2667642506548126 0.5308213264718485 0.595542600025526 1.0 0.8776630297159144 75 P23246,P43243,Q15233,Q12888,Q12846,Q96PK6,Q96QE3,Q9NRA0,Q96ST3,Q7Z434,Q96EB6,Q5UIP0,O96028,P51809,Q9BY67,Q07666,Q15648,Q07021 18 |
| Adaptive immune response based on somatic recombination of immune receptors built from immunoglobulin superfamily domains 0.2940503704712666 0.5304795726546521 0.5957794683370548 1.0 0.8778132370402132 32 Q07021,O96028,Q5UIP0,Q9BY67,Q96QE3 5 |
| Negative regulation of cell death 0.2427362199453912 0.5300411668783672 0.5960833886452985 1.0 0.877890235607028 216 Q15392,Q9NY61,Q9UGN5,P55265,P38398,P51608,Q96QE3,Q9HCL2,P61960,P12235,O95429,Q8NBS9,P30533,Q8WUX9,Q92614,Q9Y255,P14625,Q9UMX5,P54646,P04899,Q96EB6,Q13217,P18583 23 |
| Embryonic cleavage 0.5281972726984816 0.5298202026495239 0.596236596604435 1.0 0.877890235607028 5 P11387,P11388,Q9NY61 3 |
| Regulation of neurotransmitter levels 0.2942568599184129 0.5288802793414036 0.596888503052369 1.0 0.8782537236723954 31 Q12846,P41440,Q9P253,Q14160 4 |
| Positive regulation of atp dependent activity 0.330628509768811 0.5286324801378558 0.5970604241687725 1.0 0.8783080188190558 23 Q04837,Q08211,Q00839,Q8IXB1,Q9UBS4,Q5JTV8,P20585,Q8NFQ8 8 |
| Regulation of protein localization to plasma membrane 0.3135901092168268 0.5272518779543435 0.5980186870682833 1.0 0.8787754621157329 27 P98194,Q9UNK0,Q12846,P84095,P23634,O15258 6 |
| Cyclic nucleotide mediated signaling 0.5273386798685751 0.5268333928349658 0.5983092915009673 1.0 0.8787754621157329 5 Q9H2P0,Q9Y4G8 2 |
| Regulation of steroid metabolic process 0.3625434339238082 0.5241924083989113 0.6001447205580246 1.0 0.8798605831034371 14 P34913,Q96EB6 2 |
| Protein trimerization 0.602228228967095 0.522676437741995 0.6011994377975987 1.0 0.8808113384849953 4 Q99720 1 |
| Cell cycle dna replication initiation 0.4539992137312601 0.5209274271856744 0.6024173281686487 1.0 0.8813096924538729 6 P25205,P09884,Q9BRX5 3 |
| Odontogenesis 0.3707119531532838 0.5194658643543344 0.603435911328754 1.0 0.8821338149818352 13 P12931,P61586,Q12948,Q92769,Q13547,P04920,Q6W2J9 7 |
| Negative regulation of endoplasmic reticulum stress induced intrinsic apoptotic signaling pathway 0.4483440005218626 0.5183243158651073 0.60423201028419 1.0 0.8829223315329082 7 Q9Y4L1,P18031,O60313,O00330,O95881 5 |
| Positive regulation of leukocyte apoptotic process 0.452953477353528 0.5169384945031907 0.6051990946503452 1.0 0.8830910970615736 6 Q9Y255,Q96EB6 2 |
| Positive regulation of transcription regulatory region dna binding 0.4292591696591763 0.5101494844995516 0.6099467393750102 1.0 0.8872324551955371 8 Q12948,Q00403 2 |
| Mitotic g2 dna damage checkpoint signaling 0.3854721652745659 0.5085959610165796 0.6110354606370332 1.0 0.8880218211447499 11 P38398 1 |
| Pyridine containing compound metabolic process 0.4281410455636539 0.5056263980289659 0.6131189463194919 1.0 0.8901249300279458 8 P43490,Q9BQG2 2 |
| Neuron maturation 0.4450450948964116 0.5055582940238101 0.6131667657886588 1.0 0.8901249300279458 7 O94887 1 |
| Tumor necrosis factor superfamily cytokine production 0.3310403218640281 0.5051512916363705 0.6134525782768976 1.0 0.8901425433172472 19 O43823,Q8WUQ7,Q9NRA0 3 |
| Negative regulation of cartilage development 0.5009334163036819 0.5034211619711672 0.6146681963040184 1.0 0.8902982161916588 2 Q06124 1 |
| Negative regulation of chondrocyte differentiation 0.5009334163036819 0.5034211619711672 0.6146681963040184 1.0 0.8902982161916588 2 Q06124 1 |
| Lung associated mesenchyme development 0.5009334163036799 0.5034211619711586 0.6146681963040244 1.0 0.8902982161916588 2 Q13308 1 |
| Muscle cell development 0.300508877405315 0.5030805023633858 0.6149076743399866 1.0 0.8902982161916588 29 Q00839,Q9UGN5 2 |
| Regulation of mirna transcription 0.4492925236309092 0.5030508820025141 0.6149284989007107 1.0 0.8902982161916588 6 Q96KM6,P17844,Q9BVP2 3 |
| Sugar mediated signaling pathway 0.5953604241151926 0.5010974819498648 0.6163025189111371 1.0 0.8912871552884762 4 Q12824,Q9NWS0 2 |
| Endocytic recycling 0.3255539397750784 0.498543302172887 0.6181011563085037 1.0 0.8921118308823646 23 Q8N3F8,Q14160,Q9H3S7 3 |
| Establishment or maintenance of bipolar cell polarity 0.3477829465451553 0.4964509972605028 0.6195762523348893 1.0 0.8932498939358279 15 P57105,Q14160 2 |
| Vasculature development 0.2451089567630515 0.4961635973097325 0.6197789920531802 1.0 0.893344193065796 98 Q9H6E4,Q96AY3,Q9NZ08,Q12948,O94788,Q9NRA0,Q96EB6,P23634,P57105,P38398,P51608 11 |
| Myeloid leukocyte mediated immunity 0.346899349535701 0.4918517090328348 0.6228241787275481 1.0 0.8961489084393952 15 Q9NR30,Q7Z434,Q12846,Q9NRA0 4 |
| Negative regulation of type i interferon mediated signaling pathway 0.4414287230329548 0.4916815932550437 0.622944452511615 1.0 0.8961489084393952 7 P55265 1 |
| Dna deamination 0.5921434490633108 0.4910986068644515 0.6233567067999775 1.0 0.8963433238229235 4 Q9NQT4,Q9NQT5 2 |
| Positive regulation of viral genome replication 0.3334288681709306 0.4905308426349698 0.6237583103201669 1.0 0.8963433238229235 18 P54725 1 |
| Spindle assembly involved in female meiosis 0.5844763407839569 0.4904877264944359 0.6237888127511722 1.0 0.8963433238229235 3 O95067 1 |
| Negative regulation of lymphocyte apoptotic process 0.516511946762174 0.489651565074133 0.6243804810532383 1.0 0.8963570616346874 5 Q9HCL2 1 |
| Negative regulation of leukocyte apoptotic process 0.516511946762174 0.489651565074133 0.6243804810532383 1.0 0.8963570616346874 5 Q9HCL2 1 |
| Inner ear receptor cell stereocilium organization 0.5907565557837415 0.4868099618840455 0.6263930100697652 1.0 0.8977542751614888 4 Q14160 1 |
| Rho protein signal transduction 0.3156280401637345 0.4862508249582526 0.6267893400376245 1.0 0.8980318743404951 25 P41440 1 |
| Leukocyte mediated immunity 0.2882729421915743 0.4855891626326311 0.6272584817385085 1.0 0.8980318743404951 48 Q07021,Q12846,Q9NR30,Q9NRA0,Q7Z434,Q5UIP0,O96028,Q9BY67,Q96QE3 9 |
| Cellular response to virus 0.3244566970927266 0.4843672283900087 0.6281252719715138 1.0 0.8980318743404951 22 Q14684,Q9NZM5,P55265,O15111,Q07021 5 |
| Small gtpase mediated signal transduction 0.2430163063583668 0.4831200059563061 0.6290105298219215 1.0 0.8986851518760377 99 P57105,Q15392,P41440,O94887 4 |
| Chemosensory behavior 0.5820105820105826 0.482603282322498 0.6293774480932344 1.0 0.898814555399888 3 Q9P2D1,O76024 2 |
| Olfactory behavior 0.5820105820105826 0.482603282322498 0.6293774480932344 1.0 0.898814555399888 3 Q9P2D1,O76024 2 |
| Positive regulation of cell aging 0.5892426717673309 0.4821440043763832 0.6297036517983678 1.0 0.8990569675037823 4 Q96EB6,P04637 2 |
| Homophilic cell adhesion via plasma membrane adhesion molecules 0.3714366598014982 0.4815739200756011 0.6301086565717724 1.0 0.8990569675037823 12 O60245,O15031,Q9BY67,Q9H3S7 4 |
| Metaphase anaphase transition of cell cycle 0.2923233901016744 0.4811736351350475 0.6303930973099572 1.0 0.8990569675037823 30 Q13042,Q9UJX3,Q9H1A4,P12270,Q9BVS4,Q9UJX5,Q9UJX4,O43670,P14635,O60216 10 |
| Intrinsic apoptotic signaling pathway in response to dna damage 0.3147425186963605 0.480924398592951 0.6305702313936616 1.0 0.8990569675037823 25 Q96EB6,P61978,P38398,Q96QE3 4 |
| Somitogenesis 0.3790089679077343 0.4790532750468944 0.6319007289443785 1.0 0.8997332958029192 11 O94788 1 |
| Response to hydroxyurea 0.4213174131597229 0.478307244153161 0.6324315411228818 1.0 0.8997332958029192 8 Q06609,P46100 2 |
| Negative regulation of blood vessel endothelial cell migration 0.4414834199075475 0.4738438865109327 0.6356112363473738 1.0 0.902368200008657 6 P51608 1 |
| Cellular component assembly involved in morphogenesis 0.3252179251914027 0.4721265067987014 0.6368364935214013 1.0 0.903212941694344 19 Q9Y2J2,Q9NR77,Q9UPY3,P28289 4 |
| Neutrophil chemotaxis 0.3608342618368764 0.4713917634272673 0.6373609967444547 1.0 0.903212941694344 13 Q8NHP6,Q00013,Q8NE86,Q07021 4 |
| Rrna base methylation 0.5854876573700667 0.4706409809403333 0.6378971373209223 1.0 0.903365770165984 4 P46087 1 |
| Cellular response to thyroid hormone stimulus 0.5848601828438915 0.4687286992699506 0.639263570362187 1.0 0.9041133375131544 4 Q9H0E9 1 |
| Response to toxic substance 0.2852621954649265 0.4678298077660549 0.6399063026142753 1.0 0.9041133375131544 52 P34913,Q15165,O95831,P07099 4 |
| Response to interferon gamma 0.3081429816978678 0.4660404300267402 0.6411865614439192 1.0 0.9044239449675596 26 P23458,Q9UNK0,Q12846,P60953,P08670,O60506,Q15648,P19474,P04637 9 |
| Response to acid chemical 0.3219497905008354 0.4635421424372482 0.642975814966843 1.0 0.9050447903663904 21 P23634,O95831 2 |
| Regulation of nuclear cell cycle dna replication 0.5759624960574521 0.4634651730124333 0.6430309728176606 1.0 0.9050447903663904 3 O95785 1 |
| Central nervous system projection neuron axonogenesis 0.5757936678938083 0.4629351268718772 0.6434108680495367 1.0 0.9052114581054904 3 O94813 1 |
| Pons development 0.5757106297747228 0.4626745082225731 0.6435976931188152 1.0 0.9052114581054904 3 Q14160 1 |
| Negative regulation of gene expression 0.2407556333952784 0.4613031355219308 0.6445811356846611 1.0 0.9063986786918982 276 Q969T7,Q9UPP1,Q13247,P49458,Q9H0D6,O43159,Q13363,P38159,P55265,Q9BWF3,Q01780,P08670,Q9Y2W1,Q5UIP0,Q9P0M6,Q8IYB8,P26599,P35637,O95983,O15514,O75367,P51608,O95453,P17844,Q07021,Q12906,Q969Z0,Q96F86,Q9Y5S9,Q92841,Q9UIF9,Q96ST3,P12270,Q7Z7K6,Q16629,Q9UJX6,Q8WUQ7,Q99729,Q14011,P31483,Q00839,P22626,P49841,Q7L8L6,Q9H2P0,Q9BQG2,Q9BWS9,Q6PJT7,Q96HY6,Q8WXF0,Q6GQQ9,Q13151,P23634,O60506,Q9P2K5,Q9NYY8,Q92804,Q92945,Q6P6C2,O43823,Q15047,Q13242,Q86VI3,Q8IXJ6,P54646,P51114,Q96FV9,P98175,O75494,Q9Y4Z0,P61978,Q96EB6,Q9BXP5,Q10713,Q8WYQ5 75 |
| Regulation of dna helicase activity 0.5821512215590984 0.4605060023336277 0.6451530641326073 1.0 0.906614966986954 4 Q04837 1 |
| In utero embryonic development 0.2407519024988449 0.459129727937667 0.6461410098603975 1.0 0.9075055481948148 99 Q96AY3,O43772,Q12948,Q9H0G5,O95983,Q15648,Q9P1Y5,Q9BYW2,Q96ST3,Q12830,Q96MU7,Q6GQQ9,Q6W2J9,P14635,O95067,Q4VCS5,Q9HCS7,Q7Z6E9,Q15293,Q8IWS0 20 |
| Negative regulation of mrna 3 end processing 0.4327412872120788 0.4588753794199987 0.6463236599815265 1.0 0.9075055481948148 7 Q6PJT7 1 |
| Nuclear migration 0.3580933253176108 0.4583235544634607 0.6467200040881549 1.0 0.9075055481948148 13 Q8WXH0,O94901,Q9UH99,Q5SNT2 4 |
| Regulation of homotypic cell cell adhesion 0.5812577833125765 0.4578059827815794 0.6470918371531973 1.0 0.9075055481948148 4 P35241,Q9Y624,P23458 3 |
| Cell cycle phase transition 0.2312504597171802 0.4577893161117219 0.6471038122617911 1.0 0.9075055481948148 163 Q9UPP1,P51530,Q12888,Q14676,Q9UJX5,Q9Y619,O43670,P38398,Q07666,P51608,Q96QE3,O75367,O60934,P04637,O60885,Q9NZM5,Q8N7H5,Q96ST3,P12270,Q7L2J0,P49427,P48681,Q8WUX9,Q8IY18,Q99459,Q9ULX6,Q9H1A4,Q96HY6,Q9UJX4,O75312,P23634,O60216,P14635,P19447,O43823,Q86VI3,Q8IXJ6,Q13042,O95067,Q8N6R0,Q96FV9,Q9UJX3,Q96BK5,Q13535,Q9BVS4,Q6NUQ1,Q96K76,P05556 48 |
| Negative regulation of response to cytokine stimulus 0.4159903046006431 0.4573339806122954 0.6474310090596251 1.0 0.9075055481948148 8 P55265 1 |
| Nuclear transport 0.2410234381980417 0.4572190867154475 0.6475135807424799 1.0 0.9075055481948148 145 Q14978,Q8N1F7,Q86W42,P35658,O00459,Q96D46,Q9BWF3,P09651,P27797,Q07666,Q15648,O15514,P04637,P21359,P61960,P49815,Q9BYW2,O75152,Q86V81,P12270,Q9H6R4,Q9BY77,Q99567,Q86U42,Q86U38,P22626,P49841,P78406,Q9ULX6,Q9BW27,Q96MU7,P52948,Q15050,O15397,O75312,P50402,P62841,Q08211,P49790,Q6P6C2,Q9NVU7,Q96FV9,Q8NDT2,P49792,Q7Z434,Q9BVS4,Q8NI27 47 |
| Gdp metabolic process 0.580762607592236 0.4563120988456024 0.6481655649193001 1.0 0.9075055481948148 4 Q9UDY2,Q00013 2 |
| Establishment of planar polarity of embryonic epithelium 0.5731560976064539 0.4546843955707359 0.6493363086576229 1.0 0.9077052790737244 3 O95487 1 |
| Regulation of nad p h oxidase activity 0.5730904955297266 0.4544799072601561 0.6494834504936688 1.0 0.9077052790737244 3 P04899 1 |
| Positive regulation of nad p h oxidase activity 0.5730904955297266 0.4544799072601561 0.6494834504936688 1.0 0.9077052790737244 3 P04899 1 |
| Negative regulation of vasculature development 0.3307577826064475 0.4512207917695404 0.6518304258404644 1.0 0.9091821168178372 17 P55011,Q12948,P23634,P57105,P51608 5 |
| Fc epsilon receptor signaling pathway 0.4872433105165014 0.451163522920622 0.651871697592374 1.0 0.9091821168178372 2 P19174 1 |
| Dna integrity checkpoint signaling 0.2821548955542939 0.4508218344697892 0.6521179632358323 1.0 0.9092927041288292 42 P51530,Q99459,Q9NZM5,Q12888,Q96FV9,Q14676,Q13535,Q9Y619,P38398 9 |
| Regulation of cellular ketone metabolic process 0.3261430475520593 0.4506656338751121 0.6522305545680425 1.0 0.9092927041288292 18 Q96EB6,P38398 2 |
| Hippo signaling 0.5041207417136364 0.4482655868342475 0.6539615335360263 1.0 0.9105350547200024 5 Q4VCS5 1 |
| Secretory granule organization 0.5778331257783298 0.4475119841319812 0.6545054369892556 1.0 0.9108605726874432 4 P22059,Q9H267,P43034 3 |
| Muscle adaptation 0.3342790322784913 0.4475066604761291 0.6545092799250649 1.0 0.9108605726874432 16 Q9UGN5 1 |
| Protein localization to endoplasmic reticulum exit site 0.5777394794945474 0.4472317462394615 0.6547077420399963 1.0 0.9108605726874432 4 Q5JRA6 1 |
| Regulation of immune response 0.2429157952713083 0.4469782719029628 0.6548907481942101 1.0 0.9108605726874432 121 P41440,Q12846,P28070,P55265,Q5UIP0,Q07666,Q07021,Q96QE3,Q9NZM5,Q9NRA0,O96028,Q8WUQ7,Q9BY67,P19474,Q9NZ08,P43243,Q96PK6,Q7Z434,Q96EB6 19 |
| Organelle fusion 0.2828328037981292 0.4465839325991167 0.6551754987862486 1.0 0.9108605726874432 47 O14653,Q8IWA4,Q9UNK0,Q12846,Q9P253,Q8TB36,Q9Y4W6,Q9Y6C9 8 |
| Cell maturation 0.308472499268114 0.4438056283399815 0.6571831188166974 1.0 0.9124897155815256 25 O95696,O94887 2 |
| Membrane docking 0.2957548285184877 0.443215876970949 0.6576095959631301 1.0 0.9125884487199593 28 Q12846,Q9UNK0 2 |
| Hemostasis 0.312150338790132 0.4426951522992227 0.657986249319443 1.0 0.9125884487199593 24 P49257,P27144 2 |
| Response to leukemia inhibitory factor 0.2910744875595847 0.4423414763012971 0.6582421216593464 1.0 0.9125884487199593 29 Q00839,Q96EB6,Q9NYF8,Q5UIP0,P23378,Q16629,O60264 7 |
| Regulation of histone modification 0.2684854446337323 0.4420541955850868 0.6584499887783326 1.0 0.9126821174095576 68 O43159,Q13363,Q969T9,Q5UIP0,P29375,P38398,P51608,O75367,O60885,Q8N7H5,Q9NRA0,Q96ST3,Q96KQ7,Q03164,Q9ULX6,Q6W2J9,O43823,P46100,Q9BZ95,Q96EB6,Q9NWS0 21 |
| Cell cycle 0.2288978240929124 0.4412273286000784 0.6590484305230377 1.0 0.9129280324855964 515 P23246,Q15392,P51530,Q9H0A0,Q9UH99,Q9Y619,Q14191,Q92791,P38398,Q15648,Q96QE3,O75367,Q96CW5,Q01130,Q96ST3,P54725,Q9UJX6,P19474,Q8WUX9,P78406,Q13243,Q9H1A4,Q9ULW0,Q96HY6,Q9UBZ4,Q9NNW5,Q9UJX4,O95235,O94901,P08754,P19447,O43823,Q86VI3,Q8IXJ6,O95785,Q13042,Q96FV9,Q96DE5,Q7Z3K3,Q6NUQ1,Q96EB6,Q69YH5,Q53HL2,Q9UPP1,Q8N3U4,Q9NY61,Q96JM3,Q13363,Q14676,O43670,Q07666,P51608,Q9H7N4,Q969Z0,P46013,Q8N7H5,Q96KQ7,P12270,Q9NYV4,P08243,Q99567,P49427,Q8IX12,Q14137,Q8IY18,Q9ULX6,Q5TKA1,P21127,Q15050,O75312,P23634,O60216,P46100,O95067,Q8N6R0,Q9UJX3,Q96L91,Q14160,P04899,Q9Y2Z0,Q16181,Q8WVM7,Q15007,P05556,P18583,Q14978,Q9H0E9,Q12948,O43159,Q9UJX5,Q5UIP0,P27797,O00541,O75400,O60934,P04637,Q14004,P61586,Q9NZM5,Q9BYW2,Q02241,Q13123,Q8TEY7,Q8TCS8,Q8TAE8,Q96BM9,Q7Z7K6,Q14980,Q96T88,Q9BRX5,Q9NVX2,Q14141,Q00839,Q13111,Q96PK6,Q96BK5,Q13535,Q96K76,Q9BZE4,P35658,Q68CZ6,Q12888,Q99496,Q08379,O60885,P49815,Q92889,Q9UIG0,Q7L2J0,O95619,P48681,Q14807,Q99459,Q96AY4,Q9NTI5,P14635,Q02880,Q06609,Q96EE3,Q86U86,Q8WWQ0,Q29RF7,Q9BVS4,O60264 144 |
| Calcineurin mediated signaling 0.4276723042577924 0.4400974018142828 0.6598665636438235 1.0 0.9132607951966176 7 Q8IWX8,P49841,P23634 3 |
| Endoplasmic reticulum localization 0.5683286394502084 0.439732285869106 0.6601310159899301 1.0 0.9132607951966176 3 A0FGR8 1 |
| Endoplasmic reticulum plasma membrane tethering 0.5683286394502084 0.439732285869106 0.6601310159899301 1.0 0.9132607951966176 3 A0FGR8 1 |
| Positive regulation of developmental growth 0.3035208989834488 0.4383998257128636 0.6610964727743287 1.0 0.913741769821963 26 Q9UGN5,Q9UJX6 2 |
| Alpha beta t cell proliferation 0.4831985065339257 0.4361519693041549 0.6627264734456415 1.0 0.9149057109006692 2 Q96J02 1 |
| Protection from natural killer cell mediated cytotoxicity 0.4831985065339224 0.4361519693041429 0.6627264734456502 1.0 0.9149057109006692 2 P01889 1 |
| Detection of other organism 0.4831985065339224 0.4361519693041429 0.6627264734456502 1.0 0.9149057109006692 2 P01889 1 |
| Protein localization to nucleus 0.2422008964757509 0.43405667457481 0.6642472861095869 1.0 0.916033198249494 126 Q14978,Q8N1F7,P35658,O00459,Q96D46,Q9UH99,Q68CQ4,Q14191,P27797,O60832,Q15648,P04637,Q9ULV3,P21359,P61960,P49815,Q9NZM5,Q8N7H5,Q96ST3,P12270,Q7L2J0,Q99567,Q8NFQ8,Q00839,P49841,Q9BW27,Q9H7B2,P52948,Q15050,O15397,O75312,Q6GQQ9,O94901,P49790,Q76FK4,O14656,Q96BK5,P49792,Q7Z434,O15381 40 |
| Lipid export from cell 0.4825762289981385 0.4338606718405901 0.6643896202208743 1.0 0.9160352860400144 2 Q06124 1 |
| Glycoprotein metabolic process 0.2709105065832395 0.4307368410500082 0.6666597279213162 1.0 0.91838660104366 65 O00469,Q9NY61,Q8N6G5,Q9H0U3,Q9NYU2,Q08379,Q86SQ9,O14734,Q96L58,Q9H4A6,P35610,P04843,P04844,Q9H553,P14314,O60568,Q14165,Q93063,Q14697,Q6ZXV5,Q06210,Q13724,Q02809,Q7Z4H8,Q9H488,P83436,O60476,Q2TAA5 28 |
| Dna templated transcription initiation 0.2780909058788808 0.4298875374946393 0.6672774514543167 1.0 0.9186910870795512 40 P19447,O60264,Q9UIF9,Q9Y5Q8,Q9Y2X0,P62805,Q9GZS1,Q9NYF8,Q12789,Q96T23,Q00403,Q00059,Q6ZW49,Q9NWS0,Q15648,O15514,P04637 17 |
| Response to epinephrine 0.5648713130796053 0.4291451062741909 0.6678176283806407 1.0 0.9187399835017952 3 P23634 1 |
| Cellular response to epinephrine stimulus 0.5648713130796053 0.4291451062741909 0.6678176283806407 1.0 0.9187399835017952 3 P23634 1 |
| Cellular response to hormone stimulus 0.2410739644407035 0.4284021087463345 0.6683583896705192 1.0 0.9190199509895828 136 Q9H0E9,O00459,Q15424,Q16739,Q969T9,Q9P253,Q14151,P38398,Q15648,P17844,P61960,Q9H7N4,P49815,P43490,Q92841,O95831,Q00839,P49841,Q13243,Q96HY6,Q9HCD5,O00443,O43823,Q05086,P54646,Q8TDD1,P04899,Q8WWQ0,Q96EB6,O14497 30 |
| Regulation of microtubule based process 0.2638987031857928 0.4283573243508186 0.668390989720479 1.0 0.9190199509895828 70 Q8WUX9,Q00839,P54646,Q9P1Y5,Q9ULW0,Q9UJX6,Q96EB6,Q14980,P38398,P51608 10 |
| Positive regulation of cell adhesion 0.2693582670631902 0.4279823758943119 0.668663951695406 1.0 0.9190927311527036 66 Q9HCL2,P41440,Q12846,O95429,Q9H3S7 5 |
| Collagen metabolic process 0.3591080416352471 0.4251344826269167 0.6707386418939536 1.0 0.9204561912778544 12 Q92791 1 |
| N glycan processing 0.5700804223557794 0.4245423729624392 0.6711703098413042 1.0 0.9205066130123728 4 Q14697,P14314 2 |
| Adherens junction organization 0.3328246637000864 0.4205351406211996 0.6740945638577629 1.0 0.9225720887638854 15 Q9H3S7 1 |
| Peroxisome proliferator activated receptor signaling pathway 0.5670541137440206 0.4157055427949065 0.6776254848235197 1.0 0.924865543224662 4 Q96EB6 1 |
| Neuron death 0.2520237393470912 0.4153284671072253 0.6779014645427948 1.0 0.924865543224662 76 Q15392,Q9UGN5,O95831,Q96EB6,Q9UMX5,P51608 6 |
| Nuclear body organization 0.5601856799856928 0.4149625098351107 0.6781693480839577 1.0 0.925034935895606 3 O75312 1 |
| L proline biosynthetic process 0.56662515566625 0.4144590035930431 0.6785379850184006 1.0 0.9251497783577228 4 P54886,P32322,P04181 3 |
| Regulation of low density lipoprotein particle clearance 0.4247119199709052 0.4132040937087033 0.679457089090908 1.0 0.9256363787840304 6 Q92945 1 |
| Protein k48 linked deubiquitination 0.356349921507553 0.4128489416478053 0.6797172913450529 1.0 0.9257874749161576 12 Q99496,Q8TEY7 2 |
| Nucleus localization 0.3398612991601059 0.4123166483859021 0.6801073475866026 1.0 0.9259475431259638 14 Q8WXH0,O94901,Q9UH99,Q5SNT2 4 |
| Sensory system development 0.2766894825354041 0.4106684076385305 0.6813156954306216 1.0 0.9266064392172682 43 P48681,Q15293,Q15042,Q12948,Q9H0D6,O94788,P08670,P23634,Q15648 9 |
| Regulation of viral process 0.2765206444787106 0.4095345641711341 0.6821474067655278 1.0 0.9269166214513068 43 Q15047,Q02880,Q7Z434,P55265,Q96T23,P54725,P19474 7 |
| Apoptotic process involved in development 0.4236268003703304 0.4093862466298893 0.6822562311312617 1.0 0.9269166214513068 6 Q12948,P30154,Q14160 3 |
| Amine metabolic process 0.3261631507889807 0.4064349260958733 0.6844230616955356 1.0 0.929278233422972 16 P23634,P05091,P51608 3 |
| Response to type i interferon 0.3175708910034757 0.4052542085566664 0.6852906621555319 1.0 0.929580158404706 18 Q9BYW2,P55265,Q8WUQ7 3 |
| Postsynaptic membrane organization 0.4018201821957302 0.403187404548222 0.6868103648577768 1.0 0.9306472880775702 8 Q14696 1 |
| Regulation of phosphatidylinositol 3 kinase signaling 0.3537407615585586 0.4013487419205187 0.6881633822484132 1.0 0.9306472880775702 12 Q05086,Q96EB6,P49815,Q9NZM5 4 |
| Response to interferon alpha 0.4894284668883493 0.4009745370602243 0.6884388709767313 1.0 0.9306472880775702 5 P55265 1 |
| Positive regulation of carbohydrate metabolic process 0.3847992138767984 0.3998008768853624 0.6893031848140345 1.0 0.9306472880775702 9 Q96EB6 1 |
| Dna topological change 0.4208416884296994 0.3996492922127844 0.6894148453052045 1.0 0.9306472880775702 6 P11387,Q02880,P19447 3 |
| Regulation of dna dependent dna replication 0.3111367931419571 0.3991809905941392 0.6897598489510679 1.0 0.9306472880775702 20 Q9ULV3,O60934,Q04837,P46100,O95785,Q9UJZ1,Q9BRX5,Q9BRT9 8 |
| Motor neuron axon guidance 0.420609653783659 0.3988421582242363 0.6900095112064752 1.0 0.9306472880775702 6 Q13740,P84095 2 |
| Lymphocyte mediated immunity 0.2737802314498224 0.3976595621558185 0.6908811491047206 1.0 0.9315661436483476 34 Q07021,Q12888,O96028,Q5UIP0,Q9BY67,Q96QE3 6 |
| Response to ketone 0.2729570814011486 0.3975292879416172 0.6909771934055768 1.0 0.9315661436483476 38 O43823,Q05086,P54646,Q969T9,Q9NRA0,Q9H4A6,O95831,Q96EB6 8 |
| Anterior posterior pattern specification 0.3039898740354246 0.3968771072090566 0.6914580865839417 1.0 0.9317620197582708 24 Q12849,Q12948,Q9H488,O94788,Q99496,Q12830,Q9NVX2,P04637 8 |
| Negative regulation of dna metabolic process 0.2752395036087722 0.3966820386278253 0.6916019469036265 1.0 0.9317620197582708 45 Q12888,Q9NVN8,Q9H0A0,Q01780,Q5UIP0,P09651,O60934,P04637,Q9BRJ7,Q92889,Q03164,P07910,P20585,Q9UBB9,P09874,Q00839,P23396,Q96FV9,Q96BK5,Q9NRR5,Q14669,P54132 22 |
| Defense response to symbiont 0.2725243900073414 0.3953721592570753 0.6925682525459473 1.0 0.9321656285560496 58 Q9HCL2,Q12906,Q9NZM5,Q9BYW2,Q9NR30,Q9NUD5,Q92841,Q7Z434,Q96ST3,P55265,Q9H0P0,Q9H078,Q13217,O14802,P19474,Q07021 16 |
| Embryo development ending in birth or egg hatching 0.2373674177003118 0.3935845469802591 0.6938877919708795 1.0 0.9329764544792416 140 Q14978,Q96AY3,O43772,Q12948,O94788,Q9H0G5,Q6UB35,O95487,O60934,P38398,O95983,Q15648,P04637,Q92979,P49815,Q9P1Y5,Q9BYW2,Q96ST3,Q12830,O15031,Q9BRT9,O60568,Q96MU7,Q9H9Y6,Q6GQQ9,O75312,Q6W2J9,P14635,Q13428,O95067,Q4VCS5,Q9H488,Q14160,P05556,Q6DKI1,Q9HCS7,Q7Z6E9,Q15293,Q8IWS0 39 |
| Positive regulation of golgi to plasma membrane protein transport 0.5524517606433867 0.3919848846527419 0.6950693822228726 1.0 0.933285933964833 3 P98194 1 |
| Positive regulation of telomere capping 0.5521597812220632 0.3911282069676076 0.6957024719165912 1.0 0.933486918279172 3 Q14103 1 |
| Mitochondrion localization 0.3187276507022147 0.3893519823582568 0.6970157875743324 1.0 0.9348634429218622 17 O95140,Q8IXI1,Q8IWA4,O60313,Q8IXI2,Q66K74,Q6PJG6,O75153,P42704,P07196 10 |
| Mitochondrial dna replication 0.3655219703720587 0.3888812451507404 0.6973639965354157 1.0 0.934973191068308 10 Q04837,P51530,Q9UJZ1,Q9BQP7,Q96QE5 5 |
| Antigen processing and presentation of lipid antigen via mhc class ib 0.4691972619788511 0.3858228102109532 0.6996279007399215 1.0 0.9350981373668787 2 O14617 1 |
| Synaptic vesicle recycling via endosome 0.4691972619788511 0.3858228102109532 0.6996279007399215 1.0 0.9350981373668787 2 O14617 1 |
| Regulation of nk t cell differentiation 0.4691972619788511 0.3858228102109532 0.6996279007399215 1.0 0.9350981373668787 2 O14617 1 |
| Antigen processing and presentation via mhc class ib 0.4691972619788511 0.3858228102109532 0.6996279007399215 1.0 0.9350981373668787 2 O14617 1 |
| Nk t cell differentiation 0.4691972619788511 0.3858228102109532 0.6996279007399215 1.0 0.9350981373668787 2 O14617 1 |
| Protoporphyrinogen ix biosynthetic process 0.5494215482728242 0.3831331758046034 0.7016210222402197 1.0 0.936983114283028 3 P50336 1 |
| Trna transcription 0.4156377863666225 0.3817012656503003 0.7026829611890864 1.0 0.9374682093623256 6 Q9Y5Q8,Q8WUA4 2 |
| Kynurenine metabolic process 0.4679527069072849 0.3814775106912005 0.7028489557355975 1.0 0.9374682093623256 2 Q6YP21 1 |
| L kynurenine metabolic process 0.4679527069072849 0.3814775106912005 0.7028489557355975 1.0 0.9374682093623256 2 Q6YP21 1 |
| Regulation of mrna polyadenylation 0.3329217437141361 0.380002534762262 0.7039435335788871 1.0 0.9380849635941776 14 Q96MU7,Q6PJT7,O00267 3 |
| Mammary gland epithelium development 0.3792968569401843 0.3785043938994967 0.7050559302899368 1.0 0.9385193086157329 9 Q15648,Q14160 2 |
| Magnesium ion homeostasis 0.5474634298163797 0.3774595817678026 0.7058320958024484 1.0 0.9389443319417028 3 Q6P4Q7,Q12955 2 |
| Establishment or maintenance of cytoskeleton polarity 0.4814552485012709 0.3761888898030455 0.7067764744755827 1.0 0.9398162237251974 5 P02545,Q9P1Y5 2 |
| Negative regulation of wnt signaling pathway 0.3057801243630184 0.3755114537582065 0.7072801297751512 1.0 0.9402572308665152 21 P49841,Q9UJX6,P49815 3 |
| Response to increased oxygen levels 0.394201598331024 0.3751437551353193 0.7075535573779117 1.0 0.9402572308665152 8 Q9Y487 1 |
| Negative regulation of protein binding 0.2924730951477495 0.3749652601529738 0.7076863032009928 1.0 0.9402572308665152 26 P48681,P49841,Q9H2P0,Q8TEY7,Q08379,Q6IAN0,P30533 7 |
| Regulation of receptor localization to synapse 0.4657747355320581 0.3739256847819448 0.7084596066365947 1.0 0.941027217205135 2 Q16643 1 |
| Segmentation 0.3194737266934194 0.3736739163903337 0.7086469335112333 1.0 0.941027217205135 16 O94788 1 |
| Regulation of cyclase activity 0.4806110926913594 0.3736028392844834 0.7086998212279718 1.0 0.941027217205135 5 P08754,P04899 2 |
| Negative regulation of transcription by competitive promoter binding 0.4654635967641691 0.3728523457754873 0.7092583411069402 1.0 0.941109436425656 2 Q9Y2K7 1 |
| Regulation of cell division 0.2704982779179028 0.3725476848002905 0.7094851154852293 1.0 0.941109436425656 31 Q9H0H5,P61586,Q8IXJ6,Q99741,Q02241,Q9BYW2,O14965,P54132,P60953,Q9NR09,O95235,Q7Z7K6,P37198,Q8WYP5,O75400,Q9Y2S7 16 |
| Regulation of protein import 0.2917796232584428 0.3711155268716254 0.710551486756924 1.0 0.9411804971194848 26 Q14978,P21359,P61960,O00459,Q7Z434,P12270,O75312 7 |
| Vascular process in circulatory system 0.2693530348859758 0.370362582105087 0.7111123498178853 1.0 0.9415312727798624 35 Q93063,P41440,P23634 3 |
| Negative regulation of translational initiation 0.3927001877431325 0.3697110671301374 0.7115977848138915 1.0 0.9417428335375664 8 Q9BPZ3,Q9BWF3,P12270,Q06787 4 |
| Rna secondary structure unwinding 0.550435865504357 0.3685494065626431 0.7124636124178134 1.0 0.942178450656206 4 Q08211,O00571,Q9H2U1 3 |
| Regulation of spindle assembly 0.318311313959512 0.3680875731145246 0.7128079366362203 1.0 0.942282964562502 16 Q8WUX9,Q14980 2 |
| Regulation of cysteine type endopeptidase activity 0.2712923450904508 0.3671737531515066 0.7134894160476914 1.0 0.942768363069314 49 O95831,Q15392,Q96EB6 3 |
| Regulation of cytokinesis 0.2905736526287641 0.3644596900604523 0.7155147695457473 1.0 0.9441943751698536 26 Q9H0H5,P61586,Q99741,Q02241,Q9BYW2,O14965,P60953,Q9NR09,O95235,Q7Z7K6,P37198,Q8WYP5,O75400,Q9Y2S7 14 |
| Protein sumoylation 0.352480186909323 0.3644179803577613 0.7155459108358657 1.0 0.9441943751698536 11 O75925,Q9BVP2,P49792 3 |
| Dna double strand break processing 0.4775903867937399 0.3644102592089748 0.7155516756503959 1.0 0.9441943751698536 5 Q9NVH0,P51530,P54132 3 |
| Histone phosphorylation 0.3036357122983231 0.364366070194589 0.7155846686529406 1.0 0.9441943751698536 21 O43823,P54646,Q9ULX6,Q9UIG0,O60264 5 |
| Negative regulation of myeloid cell differentiation 0.3445535419123872 0.3618431575447112 0.7174692392299313 1.0 0.9461052911394088 12 P21359,P62805,Q8N7H5,Q96T37 4 |
| Telomere maintenance in response to dna damage 0.4091496427988629 0.3597880201349076 0.719005662651016 1.0 0.9470143933108404 6 Q5UIP0 1 |
| Ovulation cycle 0.3897467877109359 0.3591176639618391 0.7195070678882804 1.0 0.9470143933108404 8 Q96EB6 1 |
| Multicellular organism aging 0.3435738084371338 0.3577247402310243 0.7205493166392627 1.0 0.9476112583775234 12 Q14191 1 |
| Development of primary female sexual characteristics 0.3359562035567269 0.3576972242110419 0.7205699106121315 1.0 0.9476112583775234 13 Q12948,Q05086,Q96EB6 3 |
| Embryonic organ development 0.2687439644047772 0.3558211111228332 0.7219745380485798 1.0 0.9481576482045592 54 Q9H6E4,Q12948,Q9BYW2,O94788,Q14160,Q03164,P62995,Q7Z6E9 8 |
| Subtelomeric heterochromatin assembly 0.539767480983181 0.3555218248857752 0.7221986975767152 1.0 0.9481576482045592 3 Q5UIP0 1 |
| Regulation of calcium mediated signaling 0.388534640693788 0.3548061409874784 0.7227348274796723 1.0 0.9481576482045592 8 Q8IWX8,P49841,P23634 3 |
| Spindle elongation 0.4034993146922365 0.3546614937712669 0.7228432014996566 1.0 0.9481576482045592 7 Q02241,Q14980 2 |
| Regulation of nucleocytoplasmic transport 0.2692326053967656 0.3545082630085366 0.7229580126338315 1.0 0.9481576482045592 51 Q14978,Q08211,P49790,P35658,P61960,P49841,O00459,Q9ULX6,Q9BYW2,Q7Z434,P12270,Q9BWF3,Q9BVS4,O75312,Q07666,P50402 16 |
| Polarized epithelial cell differentiation 0.3728956652339872 0.354309625220768 0.7231068551487807 1.0 0.9481576482045592 9 Q14160 1 |
| Smooth muscle cell apoptotic process 0.3879289352624638 0.3526596923663662 0.7243435809925134 1.0 0.9494185766250128 8 Q96EB6 1 |
| Ossification 0.2604777858803407 0.352428949706401 0.7245165942041933 1.0 0.9494185766250128 65 Q9BZE4,Q12948,P38159,P22087,P55265,O76021,O75643,P21359,P17844,P61586,Q96A33,Q86V81,P07910,Q00839,P49841,Q93063,O94874,Q6W2J9,Q14696,O60506,P62841,Q08211,Q9NR30,Q9P2E9 24 |
| Regulation of vasculature development 0.2660765142938652 0.3522674152469843 0.7246377227709226 1.0 0.9494185766250128 37 Q9NZ08,Q96EB6,P23634,P57105,P38398,P51608 6 |
| Regulation of cellular response to heat 0.3717556829946056 0.3500686541129348 0.726287174681516 1.0 0.9506032336626282 9 Q13535,Q96EB6 2 |
| Golgi vesicle budding 0.4060644785205229 0.3495553808361287 0.726672401700651 1.0 0.9506199170646044 6 Q9BVK6,Q92614 2 |
| Regulation of fatty acid metabolic process 0.3178351711633483 0.3490982654127103 0.7270155387580797 1.0 0.9506199170646044 15 P38398 1 |
| Maintenance of protein location in nucleus 0.3555578148120618 0.3490558978461587 0.7270473450577348 1.0 0.9506199170646044 10 Q9ULV3,O94901 2 |
| Mitochondrial transcription 0.4058606055481182 0.3488835410447581 0.7271767420927704 1.0 0.9506199170646044 6 O00411,Q00059 2 |
| Viral rna genome replication 0.317571070460736 0.3478858493143761 0.7279259128997349 1.0 0.9512975695502468 15 Q9Y6X9,P11388,Q15047,Q02880,Q15075,P60953 6 |
| Phosphatidylcholine biosynthetic process 0.4013475677017153 0.3474143205749747 0.7282800763044164 1.0 0.9512975695502468 7 Q6IAN0,Q9Y6K0 2 |
| Glycerolipid biosynthetic process 0.2668967233203242 0.3471627193146066 0.728469076778081 1.0 0.951338704024278 43 O00459,Q92604,Q96N66,Q96BW9,Q9NPH0,Q6IAN0,Q9NUQ2,Q9HCL2,Q969N2,O95573,Q9BTU6,O60762,Q9UG56,Q9Y6K0,O00443,Q9BXW7,Q9NTJ5,Q92643,Q10713 19 |
| Programmed cell death 0.2106191956481784 0.3451040931996806 0.7300161163487981 1.0 0.952603536987966 421 P23246,Q15392,O15269,Q13247,Q9UGN5,P52756,O94788,Q14191,Q8IYB8,P38398,Q15648,Q96QE3,P17844,P30154,P61960,P12235,Q15233,O95429,Q9NRA0,Q9H4A6,Q96ST3,O95831,Q9UKV3,O60333,P31483,Q14684,P49841,Q9ULW0,Q96HY6,Q92614,Q9Y255,Q9NYF8,Q13144,P08754,Q9NYY8,P19447,Q9Y3A2,Q8IXJ6,Q8IXB1,Q96FV9,Q9Y2J2,Q9BXK5,Q6PJG6,Q96EB6,P49756,Q13217,Q8IXI1,Q9NY61,P55265,P11387,P30048,P51608,Q9HCL2,Q92667,Q9H7N4,Q9UJV9,Q9Y2I1,Q9Y4L1,Q969N2,Q03164,P08243,P30101,Q8NBS9,P49427,Q8IX12,Q9Y3T9,Q5J8M3,P21127,P14625,O75312,P07196,O60216,P54646,Q14160,P04899,Q8IXI2,Q8WYA6,Q13232,P98175,P18583,Q9Y6C9,Q12948,Q12846,O43159,O76021,Q07021,Q9NZM5,O95881,Q9BY67,Q9H2P0,P61978,Q96K76,Q96HE7,Q9BTC0,Q99720,P49815,P48681,Q9Y4G8,P51114,Q5VZE5,Q8WWQ0,Q9NWS0 102 |
| Positive regulation of cell growth 0.2664944223972894 0.3446559600757078 0.7303530304022625 1.0 0.952603536987966 43 Q9GZP9,Q9H2P0,Q9UGN5,O95684,Q9UJX6,Q7Z4V5 6 |
| Regulation of histone phosphorylation 0.3854910944629151 0.3440751764342067 0.7307897507747187 1.0 0.952603536987966 8 O43823,Q9ULX6 2 |
| Regulation of nuclear division 0.2670842713880746 0.3438976493091657 0.730923259753778 1.0 0.952603536987966 45 Q14004,Q8IXJ6,Q13042,P46013,Q9UJX3,Q8WWQ0,P12270,Q9UJX5,Q9UJX4,Q69YH5,P27797,O43670,P14635,O60216 14 |
| Modification dependent macromolecule catabolic process 0.2260476007318535 0.3430787424648244 0.7315392227474764 1.0 0.9529214510054752 196 Q9UHG3,Q8WUX9,Q9GZP9,Q13042,Q9UBV2,Q8IXB1,O75925,Q9UJX3,Q9NZM5,Q96A33,P36776,Q96EB6,P14625,Q7Z6E9,P54725,Q9H3S7 16 |
| Establishment or maintenance of monopolar cell polarity 0.3462649029393231 0.3393108751533877 0.7343755509164545 1.0 0.9552315454332206 11 Q14160 1 |
| Intermediate filament bundle assembly 0.5336719547376021 0.3385662783085766 0.7349364897517088 1.0 0.9555790257515222 3 P07196 1 |
| Positive regulation of cell population proliferation 0.2334062700841566 0.3375415870249575 0.7357086677084725 1.0 0.955596139309738 127 Q14978,Q13247,Q96JM3,Q12846,O94788,P27797,P30048,Q15648,P51608,Q96QE3,P21359,Q9HCL2,Q14004,Q969Z0,P43490,Q15022,Q9NRA0,Q8IX12,P48681,Q00839,Q9GZP9,P46087,O60341,O94874,Q96HY6,O00330,P84095,P08754,P14635,Q08211,Q86VI3,P04899,Q8WWQ0,Q96GN5,Q96EB6,P05556,O95684 37 |
| Non canonical wnt signaling pathway 0.402379000943462 0.337494867712158 0.7357438804150531 1.0 0.955596139309738 6 P61586,P63000 2 |
| Negative regulation of cell population proliferation 0.2282058687438557 0.3366310080848643 0.7363950780578747 1.0 0.955596139309738 99 Q9BZE4,Q15392,P52756,O94788,Q99496,Q9NR77,O75691,Q15648,P49815,Q13162,Q32P28,Q12797,Q9Y4G8,Q9NTI5,Q9NNW5,P50402,Q8IXJ6,Q96BK5,Q14160,Q86U86,P57105,P98175 22 |
| Positive regulation of intracellular steroid hormone receptor signaling pathway 0.4019751065900072 0.3361841258678908 0.7367320227092446 1.0 0.955596139309738 6 Q16512,Q15648,Q969T9 3 |
| Dendritic cell chemotaxis 0.5379632107188689 0.3347732463188368 0.7377961434928519 1.0 0.955596139309738 4 Q07021 1 |
| Synaptic vesicle membrane organization 0.4015164620877129 0.3346983619651735 0.7378526372189915 1.0 0.955596139309738 6 Q12846 1 |
| Cellular response to prostaglandin stimulus 0.5378738470902956 0.33453651060325 0.7379747448194647 1.0 0.955596139309738 4 O43823 1 |
| Response to prostaglandin e 0.5378738470902956 0.33453651060325 0.7379747448194647 1.0 0.955596139309738 4 O43823 1 |
| Response to prostaglandin 0.5378738470902956 0.33453651060325 0.7379747448194647 1.0 0.955596139309738 4 O43823 1 |
| Cellular response to prostaglandin e stimulus 0.5378738470902956 0.33453651060325 0.7379747448194647 1.0 0.955596139309738 4 O43823 1 |
| Sex differentiation 0.2635265024491867 0.3324817751673536 0.7395254990529354 1.0 0.9562439641296872 41 Q14151,Q15392,Q96EB6,P46100 4 |
| Microtubule cytoskeleton organization 0.2169263144558557 0.331846808517015 0.7400049370374859 1.0 0.9562439641296872 170 Q68CZ6,Q9H0A0,Q8WXH0,Q9UH99,Q08379,O43670,P38398,P51608,Q03001,Q9P1Y5,Q9BYW2,Q96S59,Q8TEY7,Q96CW5,Q14980,Q9UJX6,Q8WUX9,Q00839,P49841,P78406,Q9ULW0,O94901,P14635,P54646,P46100,O95067,Q96PK6,Q96EB6,Q8WVM7,P18583,O95684 31 |
| Monocarboxylic acid biosynthetic process 0.2635739892889122 0.3295415841637428 0.7417463679336964 1.0 0.9579233915840172 42 P54646,Q9Y478,O94788,Q96EB6,O94905,P38398 6 |
| Vascular associated smooth muscle cell migration 0.4654264106101476 0.3283945365704346 0.7426133733431981 1.0 0.9588527180622278 5 Q96N67 1 |
| Coronary vasculature development 0.3952126870728062 0.3270990894286393 0.743592940498667 1.0 0.959365439921353 7 Q9BYW2 1 |
| Growth hormone secretion 0.5291644138769364 0.3262743029353093 0.7442168286328665 1.0 0.959516640854576 3 Q9P2D1 1 |
| Regulation of microtubule polymerization or depolymerization 0.2623407727883627 0.3255285917701483 0.7447810468560012 1.0 0.959516640854576 32 Q9P1Y5,Q9UJX6,Q9ULW0,P51608 4 |
| Cell cell adhesion 0.2253175857489737 0.3253853754208878 0.744889422561116 1.0 0.959516640854576 101 Q13740,Q9HCL2,Q9BZE4,P41440,Q9P1Y5,Q14160,Q9Y624,O00192,P57105,O60245,Q9BY67,Q9H3S7,O43290 13 |
| Regulation of telomere capping 0.3648203751559865 0.3247267299060214 0.7453879025214041 1.0 0.959516640854576 9 Q92878,Q92889,Q93009,Q14103,O60934 5 |
| Trna metabolic process 0.233072038520811 0.323455747305451 0.7463501162558657 1.0 0.960056853123276 88 O15091,Q8WUA4,Q9H0A0,Q8N5L8,Q5JTZ9,Q9HA77,Q5VV42,Q5T160,Q969Y2,O43716,Q99575,Q9NNW5,O75648,Q6PI48,Q8TEA1,Q12849,Q9BV44,Q9Y5Q8,O75127,Q9Y5Q9 20 |
| Positive regulation of fibroblast proliferation 0.3920182730747513 0.3167299250216995 0.7514485400624249 1.0 0.963393169349362 7 Q08211,P14635 2 |
| Mitotic dna integrity checkpoint signaling 0.2778415249249133 0.3167283082446417 0.7514497669550819 1.0 0.963393169349362 27 Q9NZM5,Q14676,Q6NUQ1,P54132,Q9Y619,O60934,P38398,P04637 8 |
| Positive regulation of protein autophosphorylation 0.3958754079384227 0.3166586926681282 0.7515025953909231 1.0 0.963393169349362 6 O60934,Q92878,P12931,P49959 4 |
| 3 utr mediated mrna destabilization 0.3955499814857547 0.3156314093799878 0.7522822942550256 1.0 0.963393169349362 6 Q13148,Q92945 2 |
| Negative regulation of fibroblast proliferation 0.4608734212863744 0.3153425699001998 0.7525015664208299 1.0 0.963393169349362 5 P50402,P04637 2 |
| Demethylation 0.3033388826992004 0.315325129683731 0.7525148067810823 1.0 0.963393169349362 17 Q9UPP1,O60341,Q8NB78,Q93009,P29375,Q7LBC6,Q6P6C2 7 |
| Mitotic nuclear membrane organization 0.3953271028037366 0.3149286964298264 0.752815792808911 1.0 0.963393169349362 6 Q8IXJ6,P18754,Q86XL3,Q9H6H4,O75531 5 |
| Basement membrane organization 0.5295832105114004 0.312910474466411 0.7543486794463323 1.0 0.9640569631632072 4 O60568 1 |
| Negative regulation of immune system process 0.2625734535436257 0.3119291838114433 0.7550943428049011 1.0 0.9644391714011156 50 Q9HCL2,P28070,P55265,Q8WUQ7,P19474 5 |
| Citrulline metabolic process 0.528567549133951 0.3103076433492336 0.7563270192965668 1.0 0.9654449098359824 4 P23634 1 |
| Citrulline biosynthetic process 0.528567549133951 0.3103076433492336 0.7563270192965668 1.0 0.9654449098359824 4 P23634 1 |
| Cellular response to leptin stimulus 0.5222596826761787 0.3078629862702602 0.7581865914110919 1.0 0.9664910400017936 3 Q96EB6 1 |
| Response to leptin 0.5222596826761787 0.3078629862702602 0.7581865914110919 1.0 0.9664910400017936 3 Q96EB6 1 |
| Leptin mediated signaling pathway 0.5222596826761787 0.3078629862702602 0.7581865914110919 1.0 0.9664910400017936 3 Q96EB6 1 |
| Phospholipid biosynthetic process 0.2604773511669839 0.3048532636482164 0.7604779125719572 1.0 0.9673267151506808 55 O15269,O00459,Q92604,Q96N66,Q96BW9,Q9NPH0,Q6IAN0,Q9NUQ2,Q9HCL2,Q9P0L0,Q86SQ9,Q969N2,Q9NRA0,O95573,Q9BTU6,Q9UG56,Q9Y6K0,O00443,Q9BXW7,Q92643,Q10713 21 |
| Metaphase plate congression 0.2581313832984168 0.3031749596624851 0.7617565308210823 1.0 0.967664926200718 34 Q8WUX9,Q00839,Q14807,Q96EE3,Q96JM3,Q96BK5,Q14980,P14635,Q53HL2 9 |
| Regulation of post translational protein modification 0.5257485071600909 0.3031374674235415 0.7617851017792279 1.0 0.967664926200718 4 Q32P28 1 |
| Dna unwinding involved in dna replication 0.2923250545053255 0.3010545377454716 0.7633729073002746 1.0 0.9688020113445828 19 Q04837,Q06609,Q14191,Q9BRX5,Q9BRT9 5 |
| Response to virus 0.2314584666245393 0.301035781670718 0.7633872094840912 1.0 0.9688020113445828 84 Q9HCL2,Q14684,Q12906,Q9NZM5,Q9BYW2,Q9NR30,Q92841,Q7Z434,Q96ST3,P55265,O15111,Q9H0P0,Q9H078,Q13217,Q9BUJ2,P19474,Q07021 17 |
| Viral gene expression 0.2571437741772479 0.3006212687798982 0.7637033111261102 1.0 0.9688020113445828 38 Q08211,Q13724,Q14684,P49841,O14646,Q96T23,Q00403,P26599,P19474 9 |
| Negative regulation of neuroblast proliferation 0.519441723718039 0.3004973868871959 0.7637977893455203 1.0 0.9688020113445828 3 P04637 1 |
| Negative regulation of jun kinase activity 0.4433727442439401 0.3003359231692014 0.7639209345303921 1.0 0.9688020113445828 2 P31689 1 |
| Notch signaling pathway 0.2912607671020423 0.2989809527427338 0.7649545787307293 1.0 0.968998026594523 20 Q9UBV2,P57105 2 |
| Peptidyl arginine methylation to asymmetrical dimethyl arginine 0.518829754123881 0.2989093607314572 0.7650092046257 1.0 0.968998026594523 3 Q86X55,Q99873 2 |
| Phenol containing compound biosynthetic process 0.386407013365133 0.2988732968236557 0.7650367224297565 1.0 0.968998026594523 7 P05091 1 |
| Telencephalon development 0.2569412368129665 0.2971569152320935 0.766346713581568 1.0 0.9702384919906774 40 P21359,P61586,P49841,Q96N66,Q9H0D6,Q8WXH0,P62995,Q9HCS7,P23634,P07196,Q13144,O94901 12 |
| Regulation of dna biosynthetic process 0.2592509133461313 0.2965090847882679 0.7668413300830468 1.0 0.9702518053105064 45 O95453,Q00839,P22626,Q96HR8,Q92889,Q96BK5,Q9NVN8,Q9H0A0,Q9BRT9,Q13535,Q01780,O15381,P09651,P07910,O60832,P04637 16 |
| Response to ionizing radiation 0.2579375075096251 0.296174694999201 0.7670966728255453 1.0 0.9702518053105064 42 P46100,Q70UQ0,Q13535,Q96EB6,Q14191,P38398 6 |
| Positive regulation of map kinase activity 0.3564078578110354 0.2950883234688693 0.7679264093075351 1.0 0.9705517721354374 9 P14174,P30040,P23396,P12931,P18031,Q16512,Q15750,Q13153 8 |
| Regulation of mitotic nuclear division 0.2574732406262708 0.2935035051064462 0.7691373207231402 1.0 0.9709676381467398 42 Q14004,Q13042,P46013,Q13123,Q9UJX3,Q8WWQ0,P12270,O14965,Q9UJX5,Q9UJX4,Q69YH5,O43670,P14635,O60216 14 |
| Synaptic vesicle endosomal processing 0.5214108314454586 0.292262087304073 0.7700862438746396 1.0 0.971253120076497 4 Q15075,O14617 2 |
| Protein homooligomerization 0.2565767405000793 0.2915367775836212 0.7706408203706598 1.0 0.971253120076497 41 Q12888,O94788,Q99720,P38159,P35637 5 |
| Cell fate commitment 0.2900446969904252 0.2903286063707298 0.7715648561351311 1.0 0.972114931078642 19 P61586,Q6PD62,Q96N67,Q8N7H5,Q96KQ7,P05556,Q9UJX6,P04637 8 |
| Microtubule polymerization or depolymerization 0.2566838501539971 0.2889892129362732 0.7725896323763761 1.0 0.9723844575785116 42 Q9P1Y5,Q96S59,Q9ULW0,Q08379,Q14980,O43670,Q9UJX6,P51608 8 |
| Inner ear morphogenesis 0.369145307550687 0.2888767788694387 0.7726756742849079 1.0 0.9723844575785116 8 O95487,Q14160 2 |
| Regulation of long term synaptic depression 0.43901680149347 0.2869398963240008 0.7741583415083437 1.0 0.9734970058982748 2 Q06787 1 |
| Trna modification 0.2555922110701378 0.2861961220272668 0.7747279137571752 1.0 0.97390611764693 31 Q969Y2,Q9H0A0,Q9NNW5,O75648,Q8TEA1,Q5VV42,Q5JTZ9 7 |
| Chondroitin sulfate proteoglycan biosynthetic process 0.450320070209588 0.2860326315164893 0.7748531288346625 1.0 0.97390611764693 5 Q8N6G5 1 |
| Regulation of endocytosis 0.2581570883845989 0.2856966870276869 0.7751104423577939 1.0 0.9739411681548096 49 Q96T51,P41440,O14656,Q14160,P61978,P57105,P30533 7 |
| Organ growth 0.2851469215818765 0.2835250051820816 0.7767744163478867 1.0 0.9742407436592254 23 Q12948,Q9UGN5 2 |
| Brown fat cell differentiation 0.367458116779932 0.2834240564379411 0.7768517897164846 1.0 0.9742407436592254 8 Q96HE7,Q00839,Q96EB6 3 |
| Cellular response to corticosteroid stimulus 0.3369701216443774 0.2796150734969076 0.7797728412536236 1.0 0.9755233504996106 10 O95831 1 |
| Protoporphyrinogen ix metabolic process 0.5160999198189588 0.2792110015380219 0.7800829012441146 1.0 0.9755233504996106 4 P36551,P50336 2 |
| Positive regulation of phagocytosis 0.3368432166604737 0.2791642860648925 0.7801187500843927 1.0 0.9755233504996106 10 Q12907,Q92614 2 |
| Positive regulation of substrate adhesion dependent cell spreading 0.3157649721829096 0.2747525356858859 0.783506366120952 1.0 0.9782550694082136 13 P60953,P07237,P27797,P63000,Q07021 5 |
| Positive regulation of binding 0.2552269296171912 0.2731729786162978 0.7847202502312978 1.0 0.9790135144713088 55 P41440,P49841,Q8IXJ6,Q12948,Q8TEY7,Q9Y4G8,Q96BK5,Q96HY6,Q96D46,O15381,Q00403,P19474 12 |
| Vesicle tethering to golgi 0.5080654344375706 0.2716633588733393 0.7858808774019563 1.0 0.9800910865605303 3 Q658Y4 1 |
| Uv protection 0.4444261525514162 0.2702570848492094 0.7869624785856957 1.0 0.9807651636210402 5 Q92889 1 |
| Regulation of type i interferon mediated signaling pathway 0.3073342533883745 0.2701765058423683 0.7870244664261075 1.0 0.9807651636210402 14 P55265,Q8WUQ7 2 |
| Protein localization to endosome 0.3276938555214452 0.2688666533240827 0.7880322991320452 1.0 0.981191176309204 11 Q8N3F8 1 |
| Positive regulation of rna export from nucleus 0.5057665626244741 0.2660160517028524 0.7902268468223406 1.0 0.9828485737139848 3 Q07666 1 |
| Positive regulation of nucleobase containing compound transport 0.5057665626244741 0.2660160517028524 0.7902268468223406 1.0 0.9828485737139848 3 Q07666 1 |
| Regulation of microtubule cytoskeleton organization 0.2542457110282781 0.2658146137825908 0.7903819878267999 1.0 0.9828485737139848 54 Q8WUX9,P54646,Q9P1Y5,Q9ULW0,Q14980,Q9UJX6,P51608 7 |
| Endoderm formation 0.375458623895764 0.2653980104183767 0.7907028686825426 1.0 0.9828485737139848 7 Q9BYW2,Q8N7H5,O75367 3 |
| Endodermal cell differentiation 0.375458623895764 0.2653980104183767 0.7907028686825426 1.0 0.9828485737139848 7 Q9BYW2,Q8N7H5,O75367 3 |
| Regulation of telomerase activity 0.2821832258573244 0.2648497045873464 0.7911252449403197 1.0 0.9830505670175318 22 O95453,P22626,Q96HR8,Q92889,Q96BK5,O15381,O60832 7 |
| Negative regulation of binding 0.2508438905151907 0.2631806538256595 0.7924113413486427 1.0 0.9835856869995884 40 P48681,Q9BZE4,P49841,Q9H2P0,Q8TEY7,Q92889,Q96ST3,Q7L2J0,Q96T23,Q08379,Q6IAN0,P30533 12 |
| 5s class rrna transcription by rna polymerase iii 0.4416591192654537 0.263002053928708 0.7925489960254841 1.0 0.9835856869995884 5 Q9Y5Q8,Q8WUA4 2 |
| Regulation of mitotic cell cycle 0.224472765183218 0.2619046980180516 0.7933949175214985 1.0 0.9835856869995884 144 Q12948,Q9NY61,Q14676,Q9Y619,O43670,P38398,P51608,Q96QE3,O60885,Q14004,Q9H7N4,Q9NZM5,P46013,Q96ST3,Q7L2J0,Q00839,Q96AY4,Q9UJX4,P14635,P19447,Q8IXJ6,Q13042,Q9UJX3,Q96BK5,Q14160,Q8WWQ0,Q9BVS4,Q96EB6,Q69YH5,Q96K76 30 |
| Primitive hemopoiesis 0.4299937772246456 0.2601939371629143 0.7947141806921509 1.0 0.9843043081624576 2 Q13769 1 |
| Positive regulation of secondary metabolite biosynthetic process 0.4293714996888618 0.2584002647607055 0.7960980122852841 1.0 0.9846746986744416 2 Q9UKG1 1 |
| Maintenance of blood brain barrier 0.3728639216756401 0.2577388915805166 0.7966084287175641 1.0 0.984685388745596 7 P05556,Q9Y624,P55011,Q07157 4 |
| Roof of mouth development 0.372765323104261 0.2574499683941203 0.7968314332421094 1.0 0.984685388745596 7 Q12797 1 |
| Positive regulation of cell differentiation 0.224725529704808 0.252981698737643 0.8002823555847982 1.0 0.9860850331193176 128 Q8WUJ1,Q12948,Q9UGN5,Q9BWF3,Q9Y624,Q9P0M6,Q15648,Q07021,O75367,Q96ST3,O95696,Q9UKV3,Q14980,Q9UJX6,O43290,Q00839,Q9H2P0,Q9Y4G8,Q9BXP5,Q96EB6,Q9Y6C9 21 |
| Peroxisomal transport 0.5047652721856888 0.252357489600396 0.8007647553401718 1.0 0.9860850331193176 4 P56589,P28288 2 |
| Regulation of jun kinase activity 0.3744548286604244 0.2523326153459159 0.800783980175436 1.0 0.9860850331193176 6 P23396,P31689,P18031,Q16512,Q53EL6 5 |
| Dna replication dependent chromatin organization 0.3744052325251918 0.2521917426627148 0.8008928602528722 1.0 0.9860850331193176 6 Q13111,P62805 2 |
| Positive regulation of cell activation 0.2508777255563778 0.2517674395387038 0.8012208262376586 1.0 0.9860850331193176 44 Q9HCL2,Q12888,Q12846,O43290,Q9NRA0,Q5UIP0,O96028,Q96QE3 8 |
| Dna replication checkpoint signaling 0.3729658294365479 0.2481201348237127 0.8040414572971915 1.0 0.988096102883179 6 P51530,Q9Y619 2 |
| Trna processing 0.2503867816640014 0.2471157660944434 0.8048186324728557 1.0 0.9883604312320042 45 Q12849,Q969Y2,Q99575,Q9BV44,Q9H0A0,Q9NNW5,O75648,Q8N5L8,Q8TEA1,Q5VV42,Q5JTZ9,O15091 12 |
| Negative regulation of anoikis 0.5015854905859314 0.2450746985480045 0.8063985932634594 1.0 0.9886801687136904 4 P05556,Q07820 2 |
| Protein localization to extracellular region 0.245520106504943 0.2432634272889676 0.8078013342989603 1.0 0.9886801687136904 63 Q9UBV2,Q9H3S7,Q32P28 3 |
| Positive regulation of dna binding 0.2867891061881032 0.2430906598237235 0.8079351666182444 1.0 0.9886801687136904 17 Q00403,Q12948,Q96BK5,Q96HY6 4 |
| Positive regulation of protein localization to membrane 0.2630128988946189 0.2430656665990716 0.8079545277962004 1.0 0.9886801687136904 27 P98194,Q12846,P84095,Q14696,O15258,P23634 6 |
| Rna phosphodiester bond hydrolysis exonucleolytic 0.2760291127709508 0.2423171311345283 0.8085344405405224 1.0 0.9886801687136904 23 O95453,Q96B26,Q15024,Q96GM8,Q9NVH0,Q9H0D6,Q9NQT4,Q8TCS8,Q01780 9 |
| Mitotic metaphase plate congression 0.2468707991587846 0.2415716624150174 0.8091120819366702 1.0 0.9886801687136904 32 Q8WUX9,Q00839,Q14807,Q96EE3,Q96JM3,Q96BK5,P14635,Q53HL2 8 |
| Myoblast differentiation 0.3400230171648706 0.2410802035495222 0.8094929556195769 1.0 0.9886801687136904 9 P17844,Q9H7N4,Q92841 3 |
| Cell junction assembly 0.2321021700805159 0.2404010257865033 0.8100193830572935 1.0 0.9886801687136904 74 Q9Y2J2,P41440,O00192 3 |
| Intermediate filament based process 0.3061708405700377 0.2387425262965213 0.8113052388629292 1.0 0.9886801687136904 13 P48681,Q03001,O14656,P08670 4 |
| Positive regulation of protein secretion 0.2721292846322678 0.2386351294284813 0.8113885226159714 1.0 0.9886801687136904 24 P22059,P55809,Q12846,Q8NE86,Q9H4A6,Q92614,O00330,Q9H3S7 8 |
| Replication born double strand break repair via sister chromatid exchange 0.4986032048965687 0.2383459698866335 0.8116127696683813 1.0 0.9886801687136904 4 Q06609 1 |
| Regulation of sterol transport 0.3528103887184036 0.2381389872288007 0.8117732969516838 1.0 0.9886801687136904 8 Q96EB6 1 |
| Mrna alternative polyadenylation 0.4318290282327428 0.23802951543512 0.8118582019967884 1.0 0.9886801687136904 5 Q96MU7 1 |
| Leukocyte adhesion to vascular endothelial cell 0.4982321630290146 0.2375157474692242 0.8122567039741213 1.0 0.9886801687136904 4 P05556,Q9H4A6 2 |
| Dendrite arborization 0.4215930304916062 0.2365459077951636 0.8130090885347894 1.0 0.9886801687136904 2 Q13641 1 |
| Fibroblast migration 0.2847457655031234 0.2347529962178948 0.8144004518469994 1.0 0.9886801687136904 17 P05556,O95429,Q5SNT2 3 |
| Regulation of protein secretion 0.2471216753090617 0.2344692834537146 0.8146206768541233 1.0 0.9886801687136904 43 P22059,P55809,P55011,Q12846,Q8NE86,Q9H4A6,Q92614,O00330,Q16836,Q8N183,P04035,Q15651,P00367,Q9H3S7,Q32P28 15 |
| Bone development 0.2574772051715865 0.2343647691687813 0.8147018071729157 1.0 0.9886801687136904 28 O96028,Q32P28 2 |
| Exocrine system development 0.4301582679376463 0.2339117751859779 0.8150534715042361 1.0 0.9886801687136904 5 Q12948,O00330 2 |
| Regulation of adenylate cyclase activity 0.4964915623693247 0.23364166546458 0.8152631784624258 1.0 0.9886801687136904 4 P08754,P04899 2 |
| Negative regulation of cell cycle phase transition 0.2365677895817337 0.2334472077635798 0.8154141591312758 1.0 0.9886801687136904 70 P51530,Q12888,Q14676,Q9Y619,O43670,O60934,P38398,P04637,O75367,Q9NZM5,P12270,Q99459,O60216,P14635,Q8N6R0,Q96FV9,Q96BK5,Q13535,Q6NUQ1,Q96K76 20 |
| Establishment of epithelial cell apical basal polarity 0.3642031517726748 0.2329639901504429 0.8157893681708215 1.0 0.9889507715153176 7 P61586,Q9P1Y5 2 |
| Membrane organization 0.2242558286769728 0.230370424470578 0.817803940992867 1.0 0.9895199515655126 235 O14653,Q8WUX9,Q15392,P41440,O75431,P12235,Q9UNK0,Q9Y2J2,Q9BTV4,Q92614,Q9NR46,Q9Y255,Q14696,Q8NFQ8,O94901 15 |
| Response to starvation 0.2445197433693387 0.2301761056091986 0.817954928361629 1.0 0.9895199515655126 40 P55809,P54646,Q96EE3,Q8TEY7,O43159,Q96KQ7,Q96EB6,P09651,P08243,Q14191,Q9Y4P3 11 |
| Protein transport within lipid bilayer 0.4191039203484811 0.2297769326507563 0.8182651102444367 1.0 0.9895199515655126 2 Q9BRK0 1 |
| Extrinsic apoptotic signaling pathway 0.2465774684350328 0.2293546047322838 0.8185933159259089 1.0 0.9895199515655126 44 Q9UGN5 1 |
| Regulation of innate immune response 0.2477278702636676 0.2279410477376111 0.8196920710935804 1.0 0.9895199515655126 51 P23246,P43243,Q15233,Q9NZ08,Q96PK6,Q7Z434,P55265,Q9BY67,Q8WUQ7,Q15648,P19474 11 |
| Positive regulation of protein kinase b signaling 0.2861902891431185 0.2278706582459576 0.8197467939840037 1.0 0.9895199515655126 16 O95429 1 |
| Type b pancreatic cell apoptotic process 0.3655756934190174 0.2277362775634741 0.8198512679721213 1.0 0.9895199515655126 6 O00330,Q13247 2 |
| Mammary gland duct morphogenesis 0.4933222365852898 0.2266752557629522 0.8206762693514247 1.0 0.9898941465104798 4 Q14160 1 |
| Antiviral innate immune response 0.4267315789452917 0.2255836402427539 0.8215252660886234 1.0 0.9902880033879854 5 Q9H078 1 |
| Mitochondrion morphogenesis 0.3346201537274883 0.2244130539415807 0.8224359141299997 1.0 0.9902880033879854 9 Q04837,Q8IYB8,Q8TCS8,Q9Y2S7 4 |
| Reactive nitrogen species metabolic process 0.2821531928510686 0.2243670786979923 0.8224716850854945 1.0 0.9902880033879854 17 P23634,Q5VT66 2 |
| Protection from non homologous end joining at telomere 0.4920244769168035 0.2238555122698939 0.8228697333027308 1.0 0.9902880033879854 4 Q92889,Q9UBB9 2 |
| Negative regulation of intrinsic apoptotic signaling pathway 0.2429001520070296 0.2236966929020601 0.8229933194274759 1.0 0.9902880033879854 37 Q9NRZ9,Q13547,Q96QE3,Q07820,Q15233,Q8N163,Q9Y4L1,O95881,Q9UL15,P12931,P30405,O60341,P18031,O00330,Q9Y3T9,O60313,O75489,Q96EB6,Q96K76,Q12931 20 |
| Second messenger mediated signaling 0.2621765300527248 0.2235158010094843 0.8231340867515506 1.0 0.9902880033879854 26 P49841,Q14571,Q9H2P0,Q9Y4G8,Q8NE86,Q8IWX8,P23634,P26599 8 |
| Positive regulation of axon extension 0.3080501745352678 0.2223476202692467 0.8240432841351577 1.0 0.9908593715855673 12 Q9UJX6 1 |
| Regulation of cellular macromolecule biosynthetic process 0.2241483582251458 0.2221227827139791 0.8242183027900851 1.0 0.9908593715855673 275 Q14978,Q9BZE4,Q969T7,P51530,Q567V2,Q9NY61,P49458,O60264,Q9NVN8,Q9H0A0,Q9BWF3,Q01780,P08670,Q9BT17,P09651,P27797,O60832,O60934,Q07666,Q08379,O15514,Q96QE3,Q9ULV3,O95453,P04637,Q07021,Q12906,P61586,O14734,Q92889,Q9Y5S9,Q96KQ7,Q8TCS8,P12270,Q7Z478,O15031,Q5W0B1,P07910,Q71RC2,Q9BY77,P35610,Q9NRL2,Q9BRX5,Q9BZI7,Q9BRT9,Q14011,P31483,Q00839,Q96B26,P49841,P22626,Q13144,Q9UBD5,Q92945,Q9NYY8,O60506,P51114,Q04837,Q08211,P98179,O43913,P46100,O95785,Q96EY7,Q96HR8,Q13428,Q8N442,Q96BK5,Q29RF7,Q13535,O15381,Q7Z6E9,Q13217,Q10713,Q15042,Q92552 76 |
| Cochlea development 0.4251012145749009 0.2216770073887321 0.8245653302554814 1.0 0.9909689328357142 5 P33993,Q13308,P49736,P43034 4 |
| Cellular response to dna damage stimulus 0.2243466603884758 0.2205565361160204 0.8254377467482659 1.0 0.9910432895159595 248 P23246,Q9GZR2,P41440,P51530,Q9H0E9,Q12888,Q9NY61,Q9UGN5,Q96MG7,Q14676,Q5UIP0,Q14191,P35637,P38398,Q96QE3,O60885,P17844,Q9NZM5,Q15233,Q9BYW2,Q92889,Q9UIG0,Q9NXV6,O96028,P54725,P20585,O95619,P35251,Q14807,Q99459,Q9UBZ4,Q9H1I8,Q13111,Q9NTI5,Q9NYF8,P19447,Q7Z4V5,P35659,P51114,O60870,P46100,Q06609,Q96FV9,Q7Z3K3,Q29RF7,Q6PJG6,Q13535,P61978,Q96EB6,Q9HCS7,Q96K76,Q7Z6E9 52 |
| Embryo development 0.2185072937896786 0.2203461052229449 0.8256016156213262 1.0 0.9910571156332768 205 Q14978,Q9H6E4,Q96AY3,O43772,Q12948,Q9NY61,O94788,Q9H0G5,Q99496,Q6UB35,P11387,O95487,Q68CQ4,O60934,P38398,O95983,Q15648,O75367,P04637,Q92979,P49815,Q9P1Y5,Q9BYW2,Q8N7H5,Q96ST3,Q03164,P62995,O15031,Q12830,Q9BRT9,P48681,O60568,Q93063,Q96MU7,Q9H9Y6,Q6GQQ9,O75312,Q6W2J9,Q9Y4C8,P14635,P19447,Q15293,Q12849,Q13428,O95067,Q4VCS5,Q9H488,Q14160,Q6DKI1,Q16181,Q9HCS7,Q7Z6E9,P05556,P57105,Q8IWS0 55 |
| Muscle structure development 0.2148949803217861 0.2192184965409525 0.8264798477356319 1.0 0.9917488471788274 97 P41440,Q12948,Q9UGN5,Q9BWF3,Q9Y4W6,P26599,Q15648,P51608,P17844,Q9H7N4,Q92841,Q00839,Q9P2K5,P50402,Q7Z4V5,P51114,Q8IXJ6,Q9Y5Q8,Q96EB6 19 |
| Negative regulation of g protein coupled receptor signaling pathway 0.3589226465122944 0.2184706553805166 0.8270624197187777 1.0 0.992261350105247 7 P23634 1 |
| Posttranscriptional regulation of gene expression 0.2227355209335419 0.2178002066033943 0.8275847835820602 1.0 0.9925639573375796 231 Q14978,Q969T7,Q567V2,P49458,Q9H0A0,P55265,Q9BWF3,P08670,Q9Y2W1,Q9BT17,P27797,O60832,P35637,Q07666,O15514,P04637,Q07021,O95453,P17844,Q12906,Q969Z0,P61586,Q9Y5S9,Q8TCS8,P12270,Q7Z478,O15031,Q71RC2,P07910,Q9BY77,Q9BZI7,Q14011,P31483,Q00839,Q96B26,P22626,Q7L8L6,Q96MU7,Q6PJT7,Q13151,Q13144,Q9P2K5,Q9NYY8,Q92804,P52272,Q08211,Q92945,Q6P6C2,P98179,Q96EY7,O60506,P43243,P51114,Q96HR8,Q13428,Q8N442,P98175,Q9UPY3,Q9BXP5,Q13217,Q10713,P42694,Q8WYQ5,Q92552 64 |
| Cell aging 0.2501056969148721 0.2177552460530098 0.8276198162335175 1.0 0.9925639573375796 29 Q96EB6,Q14191,O76021 3 |
| Formation of primary germ layer 0.2833922249267652 0.2170792068828298 0.8281466181050192 1.0 0.993012672953576 16 Q12948,Q9BYW2,Q93063,Q8N7H5,O75367 5 |
| Regulation of cell cycle phase transition 0.2201017458888933 0.216727334543538 0.8284208443741543 1.0 0.9931584210567403 125 P51530,Q12888,Q14676,Q9Y619,O43670,P38398,P51608,Q96QE3,O75367,O60885,Q9NZM5,Q96ST3,Q7L2J0,Q99459,Q96HY6,Q9UJX4,P23634,P14635,P19447,Q8IXJ6,Q13042,Q8N6R0,Q96FV9,Q9UJX3,Q96BK5,Q13535,Q9BVS4,Q96K76 28 |
| Substrate adhesion dependent cell spreading 0.2726035492943083 0.2163822589764802 0.8286897939954472 1.0 0.9932977906652634 20 Q07021,P61586,Q96AC1,Q9ULV4,P60953,P27797,P63000,P07237 8 |
| Negative regulation of mitophagy 0.4832952369115064 0.2141246882378693 0.8304498238234517 1.0 0.9934192906356828 3 P49815 1 |
| Negative regulation of autophagy of mitochondrion 0.4832952369115064 0.2141246882378693 0.8304498238234517 1.0 0.9934192906356828 3 P49815 1 |
| Regulation of cell aging 0.3173711846098548 0.2140583772281877 0.8305015336068147 1.0 0.9934192906356828 10 Q96EB6 1 |
| Establishment of mitochondrion localization 0.3115382225466404 0.2137177352305513 0.830767180154725 1.0 0.9934192906356828 11 P07196,Q8IXI1,Q8IXI2 3 |
| Negative regulation of protein localization to nucleus 0.3306680245607454 0.2125956465197035 0.8316423673997064 1.0 0.9939505203911658 9 Q96ST3,P61960,Q6GQQ9 3 |
| Negative regulation of fat cell differentiation 0.3567137233470285 0.2125485300510075 0.8316791210590493 1.0 0.9939505203911658 7 Q8N4Q0 1 |
| Histone h3 k27 trimethylation 0.4821039526921977 0.2115457347655103 0.8324614484246957 1.0 0.9942076479953544 3 P10412,P16402 2 |
| Mitotic dna replication checkpoint signaling 0.48609494488125 0.2112168497008024 0.8327180631816349 1.0 0.9942788180977488 4 Q9Y619 1 |
| Immune response 0.2190976837004221 0.2103381277101458 0.8334037792244533 1.0 0.9945499144845108 212 Q9Y487,P41440,Q12846,P28070,P55265,Q5UIP0,Q07666,Q96QE3,Q07021,Q13740,Q9UNK0,Q9NZM5,Q9BYW2,Q9NRA0,O96028,Q8WUQ7,Q9BY67,P19474,Q9NZ08,Q9BWS9,Q03518,Q9Y255,O15111,O43823,P43243,Q9NR30,Q96PK6,Q96EB6 28 |
| Positive regulation of leukocyte degranulation 0.4201231371243153 0.2099735425829878 0.8336883226766592 1.0 0.994706995416667 5 Q12846,Q9NRA0 2 |
| Negative regulation of cell growth involved in cardiac muscle cell development 0.481170245876143 0.2095367603762554 0.8340292416097224 1.0 0.9947312880476712 3 P11413,O94826 2 |
| Negative regulation of cardiac muscle tissue growth 0.481170245876143 0.2095367603762554 0.8340292416097224 1.0 0.9947312880476712 3 P11413,O94826 2 |
| Spindle midzone assembly 0.4196878788699008 0.2089664690270596 0.8344744145713436 1.0 0.9947326492187264 5 Q02241 1 |
| Mitotic spindle midzone assembly 0.4196878788699008 0.2089664690270596 0.8344744145713436 1.0 0.9947326492187264 5 Q02241 1 |
| Meiotic cell cycle process 0.2414134248224735 0.2087700999125047 0.8346277138056886 1.0 0.99473310339062 42 Q02880,P46100,O95067,Q92889,Q08379,Q92791,O94901 7 |
| Immune effector process 0.223670435679448 0.2081231585639724 0.8351328051390314 1.0 0.9951527564442936 76 Q07021,Q12846,Q9NR30,Q9NRA0,Q92614,Q7Z434,Q96EB6,Q5UIP0,O96028,Q9BY67,Q96QE3 11 |
| Odontogenesis of dentin containing tooth 0.3417257566950192 0.2064348923688437 0.836451217582943 1.0 0.9958758737122836 8 Q12948,Q13547,P04920,Q92769 4 |
| Smooth muscle cell chemotaxis 0.4100808960796508 0.2061698872241578 0.8366582090449854 1.0 0.9958758737122836 2 O94813 1 |
| Regulation of smooth muscle cell chemotaxis 0.4100808960796508 0.2061698872241578 0.8366582090449854 1.0 0.9958758737122836 2 O94813 1 |
| Regulation of polysaccharide metabolic process 0.3408921252143235 0.2041435007820533 0.8382413613322697 1.0 0.9970901826171072 8 O95782 1 |
| Microtubule cytoskeleton organization involved in mitosis 0.2245400537290749 0.2039901118583041 0.8383612260430959 1.0 0.9970901826171072 75 Q8N3U4,Q9H3R5,Q9UH99,Q08379,O43670,P51608,P61586,Q02241,Q9BYW2,P12270,Q14980,Q9Y2S7,Q8WUX9,Q00839,P78406,Q9ULW0,Q14683,P14635,Q96FZ7,Q9H0H5,Q9NRG9,O14965,Q8WVM7,P05556 24 |
| Regulation of lipid kinase activity 0.340610427997803 0.2033721894180993 0.8388441352095708 1.0 0.99720049333667 8 P12931,O00459,Q99570,P60953,Q05639 5 |
| Cell volume homeostasis 0.3403432574614826 0.2026420493376425 0.8394148211762456 1.0 0.9973321300002698 8 Q9Y666,P55011 2 |
| Positive regulation of calcium mediated signaling 0.4777682348985165 0.2023092240707782 0.8396749893071462 1.0 0.997459058700326 3 Q8IWX8 1 |
| Mitotic cell cycle process 0.2228768416225962 0.2015389900552018 0.8402771451796056 1.0 0.9979921178370156 263 Q9UPP1,Q8N3U4,P51530,Q14676,Q9UH99,Q9Y619,Q08379,O43670,P38398,Q07666,P51608,Q96QE3,O75367,Q14004,O60885,Q9NZM5,Q9BYW2,P46013,Q96ST3,Q9UIG0,Q7L2J0,Q14980,P48681,Q8WUX9,Q14141,Q00839,Q14807,P78406,Q9ULX6,Q9H1A4,Q9ULW0,Q9NTI5,Q9UJX4,O95235,P14635,P19447,O43823,Q86VI3,Q8IXJ6,P46100,Q13042,O95067,Q06609,Q9UJX3,Q96EE3,Q96BK5,Q8WWQ0,Q7Z3K3,Q29RF7,Q9BVS4,Q6NUQ1,Q8WVM7,Q69YH5,Q96K76,P18583,Q53HL2,O60264 57 |
| Regulation of hippo signaling 0.4768129474011976 0.2003058595218789 0.8412413801789596 1.0 0.998590360960608 3 Q01085,Q8TD19 2 |
| Positive regulation of multicellular organismal process 0.2157282329636183 0.1998371934177575 0.8416079118432822 1.0 0.9988431794454572 201 P41440,Q12948,Q12888,Q9UGN5,Q5UIP0,P38398,Q07021,Q96QE3,Q9HCL2,Q9BYW2,Q9NRA0,O96028,Q14980,Q9UJX6,Q9BY67,P30533,Q9NZ08,Q9H2P0,O15111,Q9Y4C8,Q9Y478,Q9NR30,Q14160,P04899,Q7Z434,Q96EB6 26 |
| Selective autophagy 0.2530931802280317 0.1991205548886493 0.8421684426960985 1.0 0.9988958656407184 27 P61960 1 |
| Positive regulation of interleukin 6 production 0.3252155865134703 0.196822537355516 0.8439664138249261 1.0 0.9988958656407184 9 Q9NRA0 1 |
| Defense response to gram positive bacterium 0.4790868909094267 0.1968034023926365 0.8439813884656762 1.0 0.9988958656407184 4 Q96EE3 1 |
| Posttranslational protein targeting to membrane translocation 0.4788696322510249 0.1963657282100573 0.8443239189476475 1.0 0.9988958656407184 4 Q99442 1 |
| Morphogenesis of a polarized epithelium 0.2777974618849452 0.1962476276482773 0.844416351292592 1.0 0.9988958656407184 16 P61586,Q9P1Y5,Q14160,O95487,P63000 5 |
| Cellular response to interferon gamma 0.2615317034932288 0.1944261731038974 0.8458421977522919 1.0 0.999384849620324 24 P23458,Q9UNK0,Q12846,P60953,P08670,O60506,Q15648,P04637 8 |
| Response to muramyl dipeptide 0.41264403612582 0.1930356863834558 0.8469310199698483 1.0 0.999384849620324 5 Q96RT1,Q16539,P08670,Q9NZZ3 4 |
| Negative regulation of phosphatidylinositol 3 kinase signaling 0.4126166115919268 0.1929750203632773 0.8469785312355671 1.0 0.999384849620324 5 P49815,Q9NZM5 2 |
| Response to steroid hormone 0.2254769883377953 0.1927733474722414 0.8471364775911643 1.0 0.999384849620324 73 P17844,Q00839,P61960,Q05086,Q15424,Q8TDD1,Q969T9,Q92841,O95831,Q9P253,Q96EB6,Q14151,O14497,P38398,Q15648 15 |
| Apoptotic process involved in morphogenesis 0.4770291357212428 0.1926802279623008 0.847209409085075 1.0 0.999384849620324 4 Q12948,Q14160 2 |
| Spindle assembly 0.2400894602313392 0.1923476019885205 0.8474699334780951 1.0 0.999384849620324 55 Q68CZ6,Q8N3U4,Q08379,O43670,P61586,Q02241,Q96CW5,P12270,Q14980,Q9Y2S7,Q8WUX9,Q00839,P23396,Q9ULW0,Q14683,Q96FZ7,Q9H0H5,O95067,O14965,Q8WVM7 20 |
| Negative regulation of small molecule metabolic process 0.2638348751119553 0.1921538367634243 0.847621704920769 1.0 0.999384849620324 23 Q96EB6,P38398 2 |
| Fibroblast growth factor receptor signaling pathway 0.3483822375286742 0.1909733110692185 0.8485465029915371 1.0 0.999384849620324 7 Q9UQ13,Q8NEM2 2 |
| Chromosome localization 0.2362582808940464 0.1906416637286133 0.8488063458535873 1.0 0.999384849620324 40 Q8WUX9,Q00839,Q14807,Q96EE3,Q96JM3,Q96BK5,Q14980,O94901,P14635,Q53HL2 10 |
| Peptidyl cysteine modification 0.3480075746959482 0.1900317175867225 0.8492842763255646 1.0 0.999384849620324 7 P23634 1 |
| Positive regulation of embryonic development 0.3479026867001667 0.1897685612455235 0.8494904926882465 1.0 0.999384849620324 7 Q4VCS5,Q9Y4C8 2 |
| Blood vessel morphogenesis 0.2171161520700984 0.1894081584849404 0.8497729306591686 1.0 0.999384849620324 78 Q9H6E4,Q96AY3,Q9NZ08,Q12948,Q96EB6,P23634,P57105,P38398,P51608 9 |
| Small nucleolar ribonucleoprotein complex assembly 0.4109745674386944 0.1893619865614589 0.8498091157504493 1.0 0.999384849620324 5 Q9NWS0 1 |
| Spindle organization 0.2149055449096969 0.1891633330868427 0.849964804752654 1.0 0.999384849620324 85 Q8N3U4,Q68CZ6,Q9H3R5,Q9UH99,Q08379,O43670,P51608,P61586,Q02241,Q96CW5,P12270,Q14980,Q9Y2S7,Q8WUX9,Q00839,P23396,P78406,Q9ULW0,Q14683,P14635,Q96FZ7,Q9H0H5,P46100,Q9NRG9,O95067,O14965,Q8WVM7 27 |
| Vesicle budding from membrane 0.2355270149769314 0.188491630675215 0.8504912756860739 1.0 0.999384849620324 35 Q96FZ7,Q8WUX9,Q15437,Q9P0L0,Q9H4A6,Q92614,Q5JRA6,O95487,Q9BVK6 9 |
| Positive regulation of secretion 0.239154690502181 0.1873412502622541 0.8513930824445597 1.0 0.999723782174641 48 P55809,P55011,Q12846,P04899,Q9H4A6,Q9NRA0,Q92614,P51809,Q15042,Q9H3S7 10 |
| Uronic acid metabolic process 0.4023024268823918 0.187008941718183 0.8516536221504927 1.0 0.999723782174641 2 Q9NUJ1 1 |
| Positive regulation of dna damage response signal transduction by p53 class mediator 0.4095306011123185 0.1862163063002976 0.8522751370299251 1.0 0.999828632349804 5 Q13535 1 |
| Cytoplasmic microtubule organization 0.2748758760163771 0.1857722552335735 0.8526233628836253 1.0 1.0 16 Q14980,Q03001,Q9P1Y5 3 |
| Regulation of binding 0.2069569209663737 0.1841685017089364 0.8538812687885087 1.0 1.0 101 Q9BZE4,P41440,Q12948,Q96D46,Q96T23,Q00403,Q08379,Q6IAN0,Q8TEY7,Q92889,Q96ST3,Q7L2J0,P30533,P19474,P48681,P49841,Q9H2P0,Q9Y4G8,Q96HY6,Q8IXJ6,Q96BK5,O15381,P35611 23 |
| Mammary gland epithelial cell proliferation 0.4085821823954324 0.1841662712242854 0.8538830185311734 1.0 1.0 5 Q15648 1 |
| Histone deubiquitination 0.4085759354959962 0.1841528107401007 0.8538935778584857 1.0 1.0 5 Q99496,Q93009 2 |
| Meiotic chromosome segregation 0.2624161200527057 0.1827137162949838 0.8550226528897282 1.0 1.0 22 Q92791 1 |
| Regulation of cell population proliferation 0.2186027644905718 0.1797497694996096 0.8573490193192213 1.0 1.0 226 Q9BZE4,Q15392,Q8NEM2,Q13247,Q96JM3,P52756,Q12846,O94788,Q13363,Q99496,Q9NR77,O75691,P30048,Q15648,P51608,Q96QE3,Q9HCL2,Q14004,P49815,Q13162,P43490,Q9BVP2,Q9NRA0,Q32P28,P48681,Q00839,Q12797,Q9GZP9,P46087,Q9Y4G8,Q96HY6,Q9NTI5,Q9NNW5,P84095,P08754,P50402,P14635,Q86VI3,Q8IXJ6,O75925,Q96BK5,Q14160,P04899,Q86U86,Q8IWX8,Q8WWQ0,Q96GN5,Q96EB6,Q5SSJ5,P57105,P98175,O95684 52 |
| Cellular glucose homeostasis 0.2333476046443947 0.1793700347009914 0.8576471586329575 1.0 1.0 33 P55809,P54646,O00459,Q12846,P62995,Q96EB6,Q9NWS0,Q15651 8 |
| Regulation of protein localization 0.2178121993104562 0.1792680914938485 0.8577272002609497 1.0 1.0 221 O00459,Q12846,P55786,Q96D46,Q99496,P49257,O76021,Q9H3S7,O75367,P61960,P55011,Q9UNK0,Q9BYW2,O95429,Q9BVP2,Q9H4A6,Q96ST3,Q7L2J0,O96028,Q14980,P19474,Q32P28,O95573,P55809,P49841,Q9GZP9,Q96HY6,Q92614,Q6GQQ9,P84095,Q14696,P23634,O15258,P98194,P54646,O14656,Q96BK5,Q7Z434,O15381,Q15651 40 |
| Regulation of dna damage response signal transduction by p53 class mediator 0.2946581375415028 0.1791786817122771 0.8577974023609856 1.0 1.0 12 Q13535,P17844,Q96EB6,P04637 4 |
| Granulocyte migration 0.2670085686257014 0.1790152014201239 0.8579257654953927 1.0 1.0 18 Q00013,Q8NE86,P84095,Q8NHP6,Q07021 5 |
| Positive regulation of growth 0.2374217023194476 0.1788798966546949 0.8580320083218389 1.0 1.0 54 Q9HCL2,Q9GZP9,Q9H2P0,Q9UGN5,O95684,Q9UJX6,Q7Z4V5 7 |
| Cellular response to gamma radiation 0.2940560661683391 0.177347966761645 0.8592350758576299 1.0 1.0 12 Q13535,Q14191 2 |
| Exocytic process 0.2720581479793655 0.1759355831216335 0.8603445500587323 1.0 1.0 16 Q12846,Q9P253,Q14160 3 |
| Ovarian follicle development 0.3298053227734751 0.1749407218067941 0.8611262122604346 1.0 1.0 8 Q12948,Q05086 2 |
| 2 oxoglutarate metabolic process 0.3041258949517232 0.1746495339526877 0.8613550242319556 1.0 1.0 10 Q8TD30 1 |
| Microtubule organizing center organization 0.2348139585708927 0.1739208142517158 0.8619276945128238 1.0 1.0 44 Q68CZ6,Q96PK6,Q8TEY7,Q96EB6,P38398 5 |
| Regulation of animal organ morphogenesis 0.3168418687156419 0.1738229487745171 0.8620046084259767 1.0 1.0 9 O95487,P61586,P63000 3 |
| Developmental cell growth 0.2354140734527993 0.1730494019886372 0.8626125961699584 1.0 1.0 46 Q9UGN5,Q9UJX6 2 |
| Response to alkaloid 0.2653461174251829 0.1729978324587048 0.8626531313829962 1.0 1.0 18 P31930,Q13242,Q05086,Q06609,Q96KQ7,O00330,O43143,Q15029,P63151,P54132 10 |
| Positive regulation of telomere maintenance via telomere lengthening 0.2613934377544343 0.1727835146899051 0.8628215955161602 1.0 1.0 20 O95453,P22626,Q96HR8,Q13535,P09651 5 |
| Regulation of mitotic spindle assembly 0.2797587554683439 0.1710297094594866 0.8642004049890701 1.0 1.0 14 Q8WUX9 1 |
| Cdp diacylglycerol metabolic process 0.3399747076398084 0.1704464254618894 0.8646590640231524 1.0 1.0 7 Q9HCL2,Q9NUQ2 2 |
| Memory 0.327868809611907 0.170085983363582 0.8649425165572102 1.0 1.0 8 Q9H2P0,Q8NBU5,P51608 3 |
| Positive regulation of jun kinase activity 0.464305216709422 0.1682983260272193 0.8663485907173334 1.0 1.0 4 P23396,Q16512 2 |
| Regulation of mitotic cell cycle spindle assembly checkpoint 0.4005441079954204 0.167307593594142 0.8671280295316586 1.0 1.0 5 P14635 1 |
| Neural tube development 0.2417643612363893 0.1671500405658376 0.86725199313449 1.0 1.0 28 O60568,P49815,Q9BYW2,O94788,Q14160,O15031,Q6UB35,O95487 8 |
| Negative regulation of calcium mediated signaling 0.4635962779553123 0.1669966358264769 0.8673726959772532 1.0 1.0 4 P23634 1 |
| Negative regulation of calcineurin mediated signaling 0.4635962779553123 0.1669966358264769 0.8673726959772532 1.0 1.0 4 P23634 1 |
| Dna replication independent chromatin organization 0.3264459706877093 0.1665662405360945 0.8677113586959999 1.0 1.0 8 P62805,P46100,P54198 3 |
| Cellular response to hydrogen peroxide 0.2600280742396066 0.1656433785788697 0.8684376076540625 1.0 1.0 19 O95831 1 |
| Regulation of anoikis 0.3394229066719252 0.1629189085197792 0.8705822828880128 1.0 1.0 6 P05556,Q07820,Q9BQG0 3 |
| Lymphocyte homeostasis 0.2943713156079403 0.1619848663020699 0.8713177714159503 1.0 1.0 11 Q9HCL2 1 |
| Protein modification by small protein removal 0.2321946417289807 0.160952510729243 0.8721308038226825 1.0 1.0 45 O14656,Q9NZM5,Q9H4L4,Q8TEY7,Q99496,Q96K76,P19474 7 |
| Regulation of insulin secretion involved in cellular response to glucose stimulus 0.2991501507609845 0.1609186961950933 0.8721574367741889 1.0 1.0 10 P22059,P55809,Q12846,Q8N183,Q15651 5 |
| Insulin secretion involved in cellular response to glucose stimulus 0.2991501507609845 0.1609186961950933 0.8721574367741889 1.0 1.0 10 P22059,P55809,Q12846,Q8N183,Q15651 5 |
| Regulation of amyloid beta clearance 0.3970568929505086 0.1602827219879594 0.8726583687648835 1.0 1.0 5 P30533 1 |
| Hydrogen peroxide catabolic process 0.4569978612097112 0.1551709543878212 0.8766865459504138 1.0 1.0 4 Q13162 1 |
| Chondroitin sulfate biosynthetic process 0.4557362567763691 0.1529696325094657 0.8784222231539744 1.0 1.0 4 Q8N6G5 1 |
| Morphogenesis of embryonic epithelium 0.2380249214791082 0.1529359447313689 0.8784487895330912 1.0 1.0 28 Q12849,P49815,Q9BYW2,O94788,Q14160,O95487 6 |
| Intracellular distribution of mitochondria 0.3864343497199749 0.1514034332093267 0.8796574813744189 1.0 1.0 2 O75153 1 |
| Positive regulation of aspartic type peptidase activity 0.38612321095209 0.1507523909853879 0.8801710434260126 1.0 1.0 2 O75116 1 |
| Cardiolipin metabolic process 0.3334562574419832 0.1497938928753257 0.8809272277732942 1.0 1.0 6 P51608 1 |
| Trna wobble uridine modification 0.3333661328690586 0.1496004882657509 0.881079822938956 1.0 1.0 6 Q969Y2 1 |
| Trna wobble base modification 0.3333661328690586 0.1496004882657509 0.881079822938956 1.0 1.0 6 Q969Y2 1 |
| Negative regulation of apoptotic signaling pathway 0.2214784219376009 0.1487246657595568 0.8817708972303235 1.0 1.0 69 P49841,Q15233,Q9NY61,Q8WWQ0,P04899,O95881,Q9Y255,Q96EB6,Q96K76,Q9NWS0,P38398,Q96QE3 12 |
| Positive regulation of reproductive process 0.3068546288224553 0.1483775389693836 0.8820448251569275 1.0 1.0 9 P12931,Q8IXJ6,O14965,Q8IY37,Q07021 5 |
| Negative regulation of mitotic cell cycle 0.2287940837197659 0.1461341754764056 0.8838154678736785 1.0 1.0 58 Q9NZM5,Q12948,Q13123,O43670,Q96BK5,Q14160,Q14676,P12270,Q6NUQ1,P54132,Q9NVX2,Q96K76,Q9Y619,O60934,P38398,P14635,O60216,P04637 18 |
| Positive regulation of defense response to virus by host 0.33118649840198 0.1449671336414625 0.884736821180806 1.0 1.0 6 Q7Z434 1 |
| Regulation of transcription regulatory region dna binding 0.2872967813733451 0.142831370206325 0.8864233612389989 1.0 1.0 11 Q12948,Q96ST3,Q00403 3 |
| Positive regulation of membrane potential 0.3301522275541218 0.1427981849557586 0.8864495705868181 1.0 1.0 6 Q9UJZ1,P31751,Q12955,Q8IWA4 4 |
| Negative regulation of neural precursor cell proliferation 0.3876604951288469 0.1422325069158578 0.8868963559934258 1.0 1.0 5 Q8IXJ6,P04637 2 |
| Presynaptic endocytosis 0.2913521487726118 0.1406076791136425 0.8881798814572512 1.0 1.0 10 Q14160 1 |
| Double strand break repair via nonhomologous end joining 0.2467349547216452 0.1405590159320634 0.8882183272599551 1.0 1.0 24 O96028,Q12888,Q92889,Q5UIP0 4 |
| Gtp metabolic process 0.2748837365966919 0.1384900299516542 0.8898531486371053 1.0 1.0 13 Q13232,P27144,Q8IWA4 3 |
| Endothelial cell apoptotic process 0.4435107376283939 0.1377634477439087 0.8904273733239787 1.0 1.0 3 Q4KMQ2,P19174 2 |
| Positive regulation of endothelial cell apoptotic process 0.4435107376283937 0.1377634477439084 0.8904273733239789 1.0 1.0 3 Q4KMQ2,P19174 2 |
| Leukocyte tethering or rolling 0.4433089207317721 0.1374281094291101 0.8906924137222731 1.0 1.0 3 Q9H4A6 1 |
| Platelet morphogenesis 0.3273084748215082 0.1369331766469448 0.8910836146590067 1.0 1.0 6 P78527,Q96AX1,P12814 3 |
| Regulation of calcium ion dependent exocytosis 0.3846776081132336 0.1367716166344551 0.8912113194174551 1.0 1.0 5 P04899 1 |
| Protein kinase b signaling 0.2366299488322565 0.136334031699768 0.8915572216347061 1.0 1.0 27 O95429,Q96EB6,Q9NZM5,Q07021 4 |
| Cell cycle checkpoint signaling 0.225791196063632 0.1356852850103846 0.8920700809908186 1.0 1.0 59 P51530,Q99459,Q9NZM5,Q12888,Q96FV9,O43670,Q14676,P12270,Q13535,Q6NUQ1,Q9Y619,O60934,P38398,P14635,P04637 15 |
| Regulation of cell adhesion 0.1997940548132539 0.1353518811943552 0.8923336671819797 1.0 1.0 105 Q9HCL2,P41440,Q12846,O95429,Q14160,Q9H3S7,Q07021 7 |
| Protein localization to chromosome 0.2266871572038599 0.1353036302724072 0.8923718149321165 1.0 1.0 48 Q8WUX9,Q8IY18,P46100,Q9BYW2,Q96JM3,Q96BK5,Q9NVN8,Q9BVP2,Q13535,Q9P0M6,Q9NWS0,O60832,O60216,O75367 14 |
| Innate immune response 0.208482515940803 0.1352433579501459 0.8924194672935051 1.0 1.0 124 P23246,Q12846,Q96JM3,Q9NUD5,P55265,P08670,Q15648,Q07021,Q9UNK0,Q15233,Q9BYW2,Q96ST3,Q9H078,O14802,Q8WUQ7,Q9BY67,P19474,Q9NZ08,Q9BWS9,O15111,P51809,O60506,O43823,Q8IXJ6,P43243,Q9NR30,Q96PK6,Q7Z434 28 |
| Histone h4 deacetylation 0.3834191183583517 0.1345066452389983 0.8930019567004868 1.0 1.0 5 Q13547,Q8IXJ6,Q9UKL0 3 |
| Protein localization to chromosome telomeric region 0.2537690312379973 0.133900834125227 0.8934809906901395 1.0 1.0 18 P46100,Q96BK5,Q9BVP2,Q13535,O75367 5 |
| Negative regulation of gtpase activity 0.3006208463704299 0.1336099559616721 0.8937110110643673 1.0 1.0 9 Q9Y624,Q14684 2 |
| Positive regulation of epithelial cell apoptotic process 0.4436488169364859 0.1328537081317354 0.8943090778343752 1.0 1.0 4 Q4KMQ2,P05198,P19174 3 |
| Vitamin d receptor signaling pathway 0.4395505536505528 0.1312796413765741 0.8955540962268524 1.0 1.0 3 Q15648 1 |
| Regulation of vitamin d receptor signaling pathway 0.4395505536505528 0.1312796413765741 0.8955540962268524 1.0 1.0 3 Q15648 1 |
| Embryo implantation 0.2873817305715669 0.1308386523566905 0.8959029456463425 1.0 1.0 10 P27797,Q9H9Y6,Q07021 3 |
| Histone threonine phosphorylation 0.4382197323373882 0.1291463389122453 0.8972418558476494 1.0 1.0 3 Q99986,Q16512 2 |
| Response to lipid 0.208822991390235 0.1290832878465909 0.8972917457334915 1.0 1.0 146 O43823,Q00839,P61960,Q15424,O94788,Q9NRA0,Q8WUQ7,O95831,Q96EB6,Q8TB36,Q9P253,P23378,Q14151,Q86U42,O14497,P38398 16 |
| Embryonic hindlimb morphogenesis 0.441104584904614 0.1288446707170178 0.8974805579750063 1.0 1.0 4 Q15648 1 |
| Hindlimb morphogenesis 0.441104584904614 0.1288446707170178 0.8974805579750063 1.0 1.0 4 Q15648 1 |
| Regulation of protein complex stability 0.440799309049192 0.128368892287308 0.8978570478099344 1.0 1.0 4 Q969V3,Q9BQ95 2 |
| Cell cell junction organization 0.2240262091935037 0.1277687405831826 0.8983319886671648 1.0 1.0 46 O00192,Q9H3S7 2 |
| Cellular nitrogen compound catabolic process 0.2002300877648191 0.1273194918965372 0.8986875335487681 1.0 1.0 168 Q969T7,Q9GZR2,P51530,Q9H0D6,Q01780,P08670,Q9Y2W1,Q8IYB8,P35637,O15514,O95453,P17844,Q6NZY4,Q969Z0,Q96F86,Q9Y5S9,O95831,O43598,P07910,Q9H773,P35610,Q99729,Q14011,Q00839,Q96B26,Q7L8L6,Q9BQG2,Q99575,Q6PJT7,O75312,Q13151,Q9P2K5,Q9NYY8,Q92804,P52272,Q08211,Q12849,Q92945,Q6P6C2,O60506,P51114,Q96HR8,Q9Y4Z0,P98175 44 |
| Detection of cell density 0.3739887990043542 0.1267769297856623 0.8991169557471135 1.0 1.0 2 Q16512 1 |
| Positive regulation of neuron apoptotic process 0.2758667756659179 0.1266559226909184 0.8992127333913018 1.0 1.0 12 P21359,P61586,O95831,P49427,P04637 5 |
| Regulation of mitotic sister chromatid segregation 0.247604849016315 0.125815026149691 0.8998783471460712 1.0 1.0 20 Q00839,P12270,Q14980,O43670,P14635,O60216 6 |
| Positive regulation of response to biotic stimulus 0.2197456027413962 0.1255254671750542 0.900107564598468 1.0 1.0 32 P23246,P43243,Q15233,Q96PK6,Q9NUD5,Q7Z434,Q96ST3,Q9BY67,Q15648 9 |
| Positive regulation of immune system process 0.2025036834454678 0.1253693364400489 0.9002311625315489 1.0 1.0 113 P23246,Q12846,Q12888,Q5UIP0,Q07666,Q15648,Q07021,Q96QE3,Q9HCL2,Q15233,Q9NRA0,Q96ST3,O96028,Q9BY67,O43290,Q92614,P51809,Q8NHP6,P43243,Q9NR30,Q96PK6,Q7Z434,Q96EB6 23 |
| G1 to g0 transition 0.3189908952211667 0.1248319179266051 0.9006566181753366 1.0 1.0 7 Q9NNW5,O43159,P04637 3 |
| Negative regulation of type b pancreatic cell apoptotic process 0.3778385902478873 0.1247420106370682 0.9007277974561982 1.0 1.0 5 O00330,Q13247 2 |
| Positive regulation of protein sumoylation 0.3775014515697071 0.1241666745832506 0.90118330783574 1.0 1.0 5 O75925 1 |
| Regulation of protein sumoylation 0.3077486424536162 0.1240828239236878 0.901249697575616 1.0 1.0 8 O75925,Q9BVP2 2 |
| Tangential migration from the subventricular zone to the olfactory bulb 0.3724331051649038 0.1239021808861876 0.9013927261585816 1.0 1.0 2 O94813 1 |
| Negative regulation of dna binding transcription factor activity 0.2259700048583899 0.1224036492033668 0.902579348598228 1.0 1.0 29 Q96EB6,Q8WUQ7,P19474,O15111 4 |
| Regulation of cell cycle checkpoint 0.2739703426790777 0.1218921193932745 0.9029844569016604 1.0 1.0 12 Q96FV9,P14635 2 |
| Regulation of leukocyte chemotaxis 0.2547746720946097 0.1214682737692327 0.9033201424653828 1.0 1.0 16 Q00013,Q8NE86,Q8NHP6,P63000,Q07021 5 |
| Mrna cleavage involved in mrna processing 0.3064120966326515 0.1213166075208098 0.9034402662748808 1.0 1.0 8 Q9P2I0,Q6UN15 2 |
| Cellular response to stress 0.2044809191765299 0.1210582503758063 0.9036448972752082 1.0 1.0 482 P23246,P41440,P51530,Q9UBV2,Q9UGN5,P55786,Q96MG7,P36776,Q14191,P38398,O15514,Q96QE3,P17844,P61960,Q13162,Q15233,Q96ST3,O95831,O96028,Q9NXV6,P54725,Q9H773,P35251,Q9GZP9,P49841,Q5VT66,Q96HY6,Q9UBZ4,Q9H1I8,Q9NYF8,Q13144,P19447,Q8IXJ6,Q8TED1,Q8IXB1,Q96FV9,Q7Z3K3,Q6PJG6,Q96EB6,Q13217,Q9GZR2,Q9NY61,Q14676,P14625,Q9P2K5,P54646,P46100,Q7Z6E9,Q9Y4P3,Q9H0E9,Q12846,O43159,Q5UIP0,P35637,O76021,Q9NZM5,Q9BYW2,Q96A33,Q8TEY7,Q8TDW0,O95881,P27144,Q13111,O15111,Q6ZXV5,Q7Z4V5,O60870,O14656,Q13535,P61978,Q5SSJ5,Q96K76,Q96HE7,O00459,Q12888,Q99720,Q9BWF3,Q9NYU2,O94905,O60885,P13667,Q92889,Q9UIG0,Q9H078,P20585,O95619,Q14807,Q99459,Q9NTI5,P35659,P51114,Q06609,Q96EE3,Q29RF7,Q9HCS7 95 |
| Regulation of protein localization to membrane 0.2206267384692439 0.120650084323049 0.9039681970083432 1.0 1.0 43 Q9UNK0,Q12846,P84095,Q14696,O15258,P23634 6 |
| Response to uv 0.2210215486918647 0.1202123466943699 0.9043149374558828 1.0 1.0 44 Q14011,Q92889,Q96MG7,Q13535,Q96EB6,Q96K76,Q14191 7 |
| Regulation of endothelial cell differentiation 0.3056670634114177 0.1197903733686292 0.9046492079673452 1.0 1.0 8 Q9Y624 1 |
| Positive regulation of cell cycle phase transition 0.221885875048992 0.1190179469572997 0.9052611372287775 1.0 1.0 47 O60885,Q13042,Q9UJX3,Q96HY6,Q96ST3,Q7L2J0,Q9UJX4,P14635,P51608,Q96QE3 10 |
| Lipoprotein biosynthetic process 0.2727997494559491 0.1190011646752162 0.9052744330621004 1.0 1.0 12 Q16739,Q92643,Q969N2 3 |
| Phosphatidylinositol metabolic process 0.242404341530854 0.1186413992669599 0.9055594650946376 1.0 1.0 23 O00459,Q92604,Q96N66,Q9BTU6,O60762,Q969N2,Q92643,Q10713,O00443 9 |
| Positive regulation of innate immune response 0.2247954680130724 0.11853666703736 0.905642443787812 1.0 1.0 29 P23246,P43243,Q15233,Q96PK6,Q9NUD5,Q7Z434,Q96ST3,Q9BY67,Q15648 9 |
| Mammary gland morphogenesis 0.3737130567386617 0.1178157743982521 0.9062136304367778 1.0 1.0 5 Q14160 1 |
| Membrane fusion 0.2190591111858474 0.1172777967675157 0.9066399192120338 1.0 1.0 42 O14653 1 |
| Nucleotide excision repair dna incision 0.432584801576125 0.1159884324301429 0.9076617094994656 1.0 1.0 4 Q92889 1 |
| Positive regulation of insulin secretion involved in cellular response to glucose stimulus 0.3164788074020334 0.1159251044157582 0.907711899381721 1.0 1.0 6 P22059,P55809,Q12846 3 |
| Regulation of megakaryocyte differentiation 0.3032820752029814 0.1149803945406475 0.9084606618578308 1.0 1.0 8 O95628,P62805,Q9UKL0,Q96T37 4 |
| Meiotic chromosome condensation 0.3718467767050787 0.1147640819173665 0.9086321193747546 1.0 1.0 5 P42695,Q15003,Q15021,Q9NTJ3 4 |
| Histone h3 k4 trimethylation 0.2914942880177962 0.1135508502453913 0.9095938510663628 1.0 1.0 9 Q6UXN9,Q03164,Q6PD62 3 |
| Negative regulation of organ growth 0.430261519302613 0.1126341299256455 0.910320625448219 1.0 1.0 4 P11413,O94826,P49840 3 |
| Negative regulation of neuron differentiation 0.3020594740668796 0.1125594459052153 0.9103798381325604 1.0 1.0 8 P27797,Q15648,P49841 3 |
| Regulation of lamellipodium morphogenesis 0.427745647483176 0.1090746676127943 0.9131432673043438 1.0 1.0 4 Q9ULV4,P12931 2 |
| Positive regulation of lamellipodium morphogenesis 0.427745647483176 0.1090746676127943 0.9131432673043438 1.0 1.0 4 Q9ULV4,P12931 2 |
| Regulation of dna demethylation 0.4245253657018393 0.1085198344083115 0.9135833478418198 1.0 1.0 3 Q13263,Q93009 2 |
| Positive regulation of amyloid precursor protein catabolic process 0.3668639053254464 0.1068644103851318 0.9148965478610048 1.0 1.0 5 Q96S59,P49840,Q13492,O75116 4 |
| Response to potassium ion 0.42593763342991 0.106563363345327 0.9151353848459264 1.0 1.0 4 P55011 1 |
| Cellular response to potassium ion 0.42593763342991 0.106563363345327 0.9151353848459264 1.0 1.0 4 P55011 1 |
| Copii coated vesicle cargo loading 0.2760449157829141 0.1050863837855185 0.9163072636426092 1.0 1.0 10 Q15437,P53992,Q15436,P62820,P55735,O95486,Q5JRA6,O95487,O94979 9 |
| Adenylate cyclase inhibiting g protein coupled receptor signaling pathway 0.287035449663206 0.1044268754676839 0.9168305957348296 1.0 1.0 9 P04899 1 |
| Negative regulation of cysteine type endopeptidase activity involved in apoptotic signaling pathway 0.4213624834197557 0.1040969174056205 0.9170924371233392 1.0 1.0 3 Q9NWS0 1 |
| Regulation of endothelial cell development 0.3073875809391673 0.1031056350743786 0.9178791327196816 1.0 1.0 7 Q9Y624 1 |
| Negative regulation of endoplasmic reticulum unfolded protein response 0.3639031068781865 0.1023409078561219 0.9184860859762484 1.0 1.0 5 P18031,Q96HY6,O94874 3 |
| Regulation of nuclear transcribed mrna catabolic process nonsense mediated decay 0.3635844169449045 0.1018615611999147 0.9188665609300326 1.0 1.0 5 Q99729 1 |
| Cellular response to radiation 0.2174838989442104 0.1018591032888264 0.9188685119118108 1.0 1.0 51 Q06609,Q12888,Q92889,Q13535,Q96EB6,Q96K76,Q14191,P38398 8 |
| Hematopoietic stem cell differentiation 0.2637328339575512 0.0978904293864984 0.9220192997294931 1.0 1.0 12 P13010,P38646,Q86U44,P19525,Q12948,O94874,Q00534,Q96J02,P18074,P78527,P04637 11 |
| Skin epidermis development 0.263644234536935 0.0976953220992442 0.9221742302126918 1.0 1.0 12 P21359,Q5C9Z4,Q92769,Q13547,P18074,Q14980 6 |
| Protein modification by small protein conjugation 0.1989326101475603 0.0971485494955523 0.9226084262447308 1.0 1.0 180 Q9BZE4,Q9UBV2,O75155,P55786,Q9P253,Q9NV06,P38398,P61960,Q9H1B7,Q5W0B1,Q9UJX6,P19474,Q05086,Q13042,O75925,Q9UJX3,Q96BK5,P49792,Q96DE5,Q96EB6,Q7Z6E9 21 |
| Homologous recombination 0.2581963164405889 0.0964938847394829 0.9231283305349882 1.0 1.0 13 Q92889,Q02880,P46100 3 |
| Tricarboxylic acid cycle 0.2356503781086533 0.0963114307398484 0.9232732328744028 1.0 1.0 22 Q99798,P21912,P10515,P53597,P11177,Q9P2R7,P48735,P31040,O43837,Q13423 10 |
| Positive regulation of telomerase activity 0.2523496827418739 0.0950387303915899 0.9242840637296283 1.0 1.0 14 Q96HR8,O95453,O15381 3 |
| Mitotic cell cycle checkpoint signaling 0.211937936851518 0.0930222281142502 0.9258859023041384 1.0 1.0 43 Q9NZM5,Q13123,O43670,Q14676,P12270,Q6NUQ1,P54132,Q9Y619,O60934,P38398,P14635,P04637 12 |
| Regulation of oxidative stress induced intrinsic apoptotic signaling pathway 0.2565959779657933 0.0928946612814472 0.925987247089174 1.0 1.0 13 P09874,P23246,Q07820,Q15233,Q9UL15,Q96EB6,Q12931,P07237 8 |
| Positive regulation of mitochondrial fission 0.3030781669793434 0.092836323271986 0.9260335938076922 1.0 1.0 6 Q96HS1,Q8NE86 2 |
| Neuron differentiation 0.2085268337872223 0.0925929365001364 0.9262269554974571 1.0 1.0 223 Q8WUJ1,P41440,Q16739,O94788,P28370,O94887,P51608,Q13740,Q9P1Y5,Q8TEY7,Q969N2,Q8N3F8,Q9UJX6,Q32P28,Q9H2P0,P84095,P23634,Q9P2K5,Q05086,O14656,Q9Y2J2,Q9BRT6,Q14160,Q8NI27 24 |
| Positive regulation of intrinsic apoptotic signaling pathway 0.2435580075709688 0.0916250518934003 0.9269959466370864 1.0 1.0 16 Q9NYF8 1 |
| Camp mediated signaling 0.4127127036470021 0.0893701228495322 0.9287877669485304 1.0 1.0 4 Q9Y4G8 1 |
| Gastrulation 0.2113070271821024 0.0878680251674314 0.9299815704978278 1.0 1.0 30 Q12948,Q9BYW2,Q93063,Q4VCS5,Q8N7H5,Q99496,P05556,O75367 8 |
| Positive regulation of wound healing spreading of epidermal cells 0.3500311138767884 0.0874291164974896 0.9303304263666914 1.0 1.0 2 Q96AC1 1 |
| Polyprenol metabolic process 0.4082208078031635 0.0870662459795886 0.9306188552739512 1.0 1.0 3 Q86SQ9 1 |
| Positive regulation of helicase activity 0.3528980836984992 0.0866306134766215 0.9309651313343832 1.0 1.0 5 P20585 1 |
| Meiotic cell cycle 0.2107273825101291 0.0860790349982064 0.931403589404226 1.0 1.0 60 Q02880,P46100,Q8IXJ6,O95067,Q06609,Q08379,Q92889,Q96CW5,Q96KQ7,Q9UH99,P27797,Q14980,Q92791,O94901,O60216 15 |
| Axon development 0.1976335835828437 0.0855222804142963 0.9318461831502998 1.0 1.0 75 Q13740,P41440,P49841,Q96N67,Q02880,Q9H2P0,Q8N0X7,Q8TEY7,Q96ST3,P05556,O15031,O75312,Q9Y4W6,P84095,P07196,Q9UJX6 16 |
| Regulation of cysteine type endopeptidase activity involved in execution phase of apoptosis 0.3484754200373347 0.0852307638657155 0.9320779335300776 1.0 1.0 2 P23396 1 |
| Positive regulation of cyclin dependent protein kinase activity 0.2958142428927635 0.083907932584212 0.9331296325150656 1.0 1.0 7 Q99741,P14635,P51948 3 |
| Establishment of tissue polarity 0.2652125045861126 0.0834372001688847 0.933503910164912 1.0 1.0 10 O95487,P61586,P63000 3 |
| Cellular component disassembly 0.200167994566575 0.0829485016753741 0.9338924881307245 1.0 1.0 155 Q8WUX9,P41440,P61960,P12235,Q12797,Q14562,Q9ULW0,O95831,O14497,Q9UJX6 10 |
| Positive regulation of mitochondrial membrane potential 0.3501098210930972 0.0829231758287636 0.9339126258562972 1.0 1.0 5 Q8IWA4 1 |
| Endoderm development 0.256566735451174 0.0828045789370497 0.93400692816895 1.0 1.0 12 Q9BYW2,Q12830,O75367 3 |
| Fibroblast proliferation 0.2468604851505714 0.0826261374381422 0.934148817662626 1.0 1.0 14 P21359,Q08211,P14635,P50402,P04637 5 |
| Positive regulation of cell death 0.1970040941013719 0.0824696531590455 0.9342732493812556 1.0 1.0 120 Q14684,O94788,Q14160,Q9NRA0,Q9Y255,O95831,Q96EB6,Q9NYF8,Q8WYA6,P98175,Q9Y6C9,Q9Y3A2 12 |
| Cellular macromolecule biosynthetic process 0.2094639579951408 0.0815422339375408 0.9350107388602495 1.0 1.0 569 O00469,Q969T7,P41440,Q567V2,P51530,Q9H0A0,Q9BT17,Q9Y619,Q14191,O15514,Q96QE3,Q9ULV3,O95453,Q12906,Q86V81,Q9H4A6,Q96ST3,P35251,P31483,O60568,P49841,P50914,Q93063,Q9H1I8,Q6PI48,Q13144,Q9NYY8,P62841,Q04837,O95785,Q8N442,Q96FV9,P83436,P62910,Q96EB6,Q13217,Q10713,Q2TAA5,Q92552,Q9NY61,Q9NVN8,Q01780,P08670,P09651,P11387,Q07666,P36578,P62266,P83881,Q9HA77,Q9Y5S9,Q969N2,Q96KQ7,Q13084,P12270,O15031,P07910,P35610,P49427,Q5T160,Q9BRT9,O43716,Q8WTT2,Q96B26,Q8N5C6,Q5TKA1,O75312,Q9UBD5,Q06210,Q08211,Q13724,P98179,P39023,P46100,Q96HR8,Q9NVH0,Q9H488,Q7Z6E9,O60476,O43913,P49411,Q14978,P49458,Q8N6G5,Q9H0U3,Q9UHA3,Q5JTZ9,P27797,O60832,O60934,Q07021,P04637,P61586,P62847,P82912,Q96L58,O14734,Q14197,P46776,Q8TCS8,Q7Z478,Q71RC2,Q5W0B1,Q9BY77,Q9NRL2,Q9H553,Q9BRX5,Q9BZI7,Q9HD33,Q14011,Q00839,P22626,P13807,Q14165,Q15024,O60762,Q13111,Q02878,Q6ZXV5,P42704,Q96QE5,Q92945,Q96PU8,Q9UFC0,O60870,Q9NY93,Q9NR30,Q96BK5,Q13535,O15381,Q92643,Q96EY7,Q9BZE4,Q16739,Q9BWF3,Q9NYU2,Q08379,P82675,Q86SQ9,Q92889,Q5VV42,P04843,P04844,P84098,O60506,P51114,P62917,Q02809,Q06609,Q13428,Q7Z4H8,Q29RF7,Q9BUQ8,Q9P2E9,Q4U2R6,Q15042,O60264 157 |
| Female sex differentiation 0.2409750097242661 0.0813145825757726 0.9351917771756192 1.0 1.0 15 Q12948,Q96EB6 2 |
| Response to lectin 0.3488009965742783 0.0812204826428568 0.9352666105356108 1.0 1.0 5 Q13153,O14920,P12931,Q16512 4 |
| Innate immune response activating signal transduction 0.3488009965742783 0.0812204826428568 0.9352666105356108 1.0 1.0 5 Q13153,O14920,P12931,Q16512 4 |
| Establishment of endothelial barrier 0.2325166360867407 0.0810948645274103 0.9353665097515936 1.0 1.0 19 Q8TEU7,Q9Y624,Q9Y4G8 3 |
| Cellular response to reactive oxygen species 0.2084683269780379 0.080198902529937 0.93607906300627 1.0 1.0 30 Q96EB6,O95831,O15111 3 |
| Microvillus assembly 0.2836792032698211 0.0797969443808588 0.9363987546069504 1.0 1.0 8 Q8TEU7 1 |
| Regulation of mrna 3 end processing 0.2318285685743784 0.0793599649719265 0.9367463114918158 1.0 1.0 19 Q69YN4,Q6PJT7,O00267,Q96MU7 4 |
| Phosphatidylinositol biosynthetic process 0.2299573536994163 0.0790475101778637 0.936994833604694 1.0 1.0 21 O00459,Q9BTU6,Q96N66,O60762,Q969N2,Q92643,Q10713,O00443 8 |
| Protein o linked mannosylation 0.4012369326987811 0.0788818895166042 0.9371265684210016 1.0 1.0 3 Q6ZXV5 1 |
| Protein mannosylation 0.4012369326987811 0.0788818895166042 0.9371265684210016 1.0 1.0 3 Q6ZXV5 1 |
| Organelle assembly 0.208571844161442 0.0785338844611904 0.9374033775443636 1.0 1.0 240 Q567V2,Q9NWU5,Q8WXH0,O94887,O43670,P38398,Q9H3S7,Q07021,Q9NZM5,Q14980,Q14011,Q8WUX9,Q14137,Q14141,Q9Y277,Q9ULW0,Q9NYY8,P54646,O95067,Q9Y4Z0,Q8WVM7,Q8IVD9 22 |
| Fatty acid beta oxidation using acyl coa oxidase 0.2934322378674663 0.0781819214702978 0.9376833425715064 1.0 1.0 6 P22307,O14734,Q15067,O15254 4 |
| Granulocyte chemotaxis 0.2392638586435458 0.0775067794125293 0.9382203983081276 1.0 1.0 15 Q8NHP6,Q00013,Q8NE86,Q07021 4 |
| Regulation of keratinocyte proliferation 0.3455478599708579 0.0770916950563099 0.9385505997247772 1.0 1.0 5 Q13247 1 |
| Keratinocyte proliferation 0.3455478599708579 0.0770916950563099 0.9385505997247772 1.0 1.0 5 Q13247 1 |
| Positive regulation of nucleocytoplasmic transport 0.2100754813976981 0.0761318865682742 0.9393141719356108 1.0 1.0 29 P49841,O00459,Q7Z434,P12270,Q9BVS4,O75312,Q07666,P50402 8 |
| Positive regulation of release of cytochrome c from mitochondria 0.3441295546558728 0.0753374706349737 0.9399462089250284 1.0 1.0 5 O14737,O00429,P30405,P04637 4 |
| Regulation of substrate adhesion dependent cell spreading 0.2365550877689881 0.075192139027119 0.9400618387972536 1.0 1.0 16 Q07021,Q96AC1,P60953,P27797,P63000,P07237 6 |
| Regulation of apoptotic signaling pathway 0.184069652921427 0.0740837868760676 0.9409437160052608 1.0 1.0 100 P23246,P30154,P49841,Q15233,Q12846,Q9NY61,P04899,Q8WWQ0,O95881,Q9Y255,P61978,Q96EB6,Q9NYF8,Q96K76,Q9NWS0,P38398,Q96QE3 17 |
| Negative regulation of response to endoplasmic reticulum stress 0.2475446430639664 0.0739347808491841 0.9410622804574916 1.0 1.0 13 O95881,Q9Y4L1,O94874,Q96HY6 4 |
| Lipid import into cell 0.2901780876155311 0.0736022762159494 0.941326859895624 1.0 1.0 6 O95573,Q6P1M0,P33121 3 |
| Maintenance of cell polarity 0.2883104855349979 0.0727582619699509 0.941998485007443 1.0 1.0 7 Q03001 1 |
| Regulation of chromosome condensation 0.2693144446121167 0.0725106101798241 0.942195561994891 1.0 1.0 9 Q9UIG0,O60264 2 |
| Mitotic cell cycle phase transition 0.1979997789872821 0.0707983920306596 0.943558211588828 1.0 1.0 130 Q9UPP1,Q9UJX5,Q9Y619,O43670,Q07666,P38398,P51608,Q96QE3,O60934,P04637,O60885,Q9NZM5,Q96ST3,P12270,Q7L2J0,P49427,P48681,Q8WUX9,Q8IY18,Q9H1A4,Q9UJX4,O75312,O60216,P14635,P19447,Q86VI3,Q8IXJ6,Q13042,O95067,Q9UJX3,Q96BK5,Q9BVS4,Q6NUQ1,Q96K76,P05556 35 |
| Nephron development 0.2410599583061395 0.070515732912659 0.9437831786677022 1.0 1.0 14 Q12948,Q9BW27,P35610,Q8WUM0 4 |
| Gastrulation with mouth forming second 0.3953803917497995 0.0698948554354706 0.9442773478846498 1.0 1.0 4 Q99496 1 |
| Anoikis 0.2669253384468029 0.0687301450826547 0.9452044226271188 1.0 1.0 9 P05556,Q07820,Q9BQG0,P49815 4 |
| Mrna cleavage 0.2564500471021985 0.0680068423332244 0.9457801875027164 1.0 1.0 10 Q9P2I0,Q6UN15 2 |
| Cellular response to biotic stimulus 0.2000244599797049 0.0679550805849746 0.9458213920807452 1.0 1.0 37 O43823,P49841,Q8IXJ6,Q96JM3,Q96A33,Q8N7H5,P08670,Q86U42,Q8WUQ7,P04637 10 |
| Positive regulation of centriole replication 0.334474175482264 0.0673106730651475 0.9463343802832578 1.0 1.0 2 P37198 1 |
| Regulation of mitotic cell cycle phase transition 0.1835838835844298 0.0672616427932005 0.9463734123228132 1.0 1.0 96 O60885,Q8IXJ6,Q13042,P51608,Q9NZM5,Q9UJX3,Q96BK5,Q96ST3,Q9BVS4,Q9UJX4,Q96K76,Q9Y619,Q7L2J0,O43670,P38398,P14635,P19447,Q96QE3 18 |
| Cellular response to insulin stimulus 0.2043906818685539 0.0666650156506245 0.9468483857954236 1.0 1.0 56 P49841,P49815,O00459,Q13243,P43490,Q92922,Q8WWQ0,P04899,Q96EB6,Q9HCD5,O00443 11 |
| Alpha linolenic acid metabolic process 0.3920634808889768 0.0665503606425424 0.9469396645484588 1.0 1.0 4 O14734 1 |
| Negative regulation of telomerase activity 0.3364462535824662 0.0663116091617969 0.9471297407948638 1.0 1.0 5 Q92889,Q96BK5 2 |
| Mrna modification 0.2339218443358058 0.0662328405213958 0.947192451213257 1.0 1.0 15 Q9UBS4,Q15007,O60832,Q69YN4,Q99729 5 |
| Response to bmp 0.2474441785110878 0.0656118969676281 0.9476868171146582 1.0 1.0 12 P17844,Q14980,Q8N0X7 3 |
| Cellular response to molecule of bacterial origin 0.2053680323275718 0.06488156614213 0.9482682977524124 1.0 1.0 29 O43823,Q8IXJ6,Q96JM3,P08670,Q86U42,Q8WUQ7 6 |
| Negative regulation of mitotic cell cycle phase transition 0.2027780411122373 0.0647235586950579 0.9483941050215086 1.0 1.0 47 O60934,Q9NZM5,Q13123,Q96BK5,P12270,Q6NUQ1,P54132,Q96K76,Q9Y619,O43670,P38398,P14635,O60216,P04637 14 |
| Regulation of intrinsic apoptotic signaling pathway 0.203728878959622 0.0646299396879091 0.948468646112983 1.0 1.0 54 P23246,Q9NRZ9,Q13547,P04637,Q96QE3,Q07820,P07237,Q15233,Q9Y4L1,O95881,P09874,P23396,P12931,P30405,O60341,P18031,O00330,Q9Y3T9,Q9NYF8,O60313,O75489,O75569,P61978,Q96EB6,Q96K76,Q12931 26 |
| Positive regulation of programmed necrotic cell death 0.3874883286647986 0.0644633202492837 0.9486013125404806 1.0 1.0 3 Q9NZI8,P04637 2 |
| Dna geometric change 0.2033219380922301 0.0638988710815515 0.9490507511901354 1.0 1.0 55 Q04837,Q9BRX5,P11388,Q2NKX8,P22626,P51530,Q08211,P46100,Q06609,P19447,P54132,O14646,P51948,Q8IYB8,O60934,Q9P2D1,Q14191,Q9BRT9 18 |
| Peroxisome fission 0.3865546218487424 0.0635632329063697 0.9493180084031596 1.0 1.0 3 P40855,O14734 2 |
| Endothelin receptor signaling pathway 0.3310516490354681 0.0634250795502788 0.9494280168592948 1.0 1.0 2 P60953 1 |
| Synaptic vesicle budding 0.3862433862433928 0.0632653902756907 0.94955517509103 1.0 1.0 3 O00203,O14617 2 |
| Positive regulation of amyloid beta formation 0.3862433862433928 0.0632653902756907 0.94955517509103 1.0 1.0 3 P49840,O75116 2 |
| Regulation of aspartic type peptidase activity 0.3862433862433913 0.0632653902756893 0.9495551750910312 1.0 1.0 3 P49755,O75116 2 |
| Regulation of aspartic type endopeptidase activity involved in amyloid precursor protein catabolic process 0.3862433862433913 0.0632653902756893 0.9495551750910312 1.0 1.0 3 P49755,O75116 2 |
| Cytoskeleton dependent intracellular transport 0.2017545870831039 0.063209879146739 0.949599378091482 1.0 1.0 60 P23246,Q8IXI1,Q03001,Q00839,Q9P1Y5,Q5SNT2,Q92572,O43795,Q8IXI2,Q8WXH0,Q9UH99,Q96BM9,P07196,O94832,O94901,O60333 16 |
| Stem cell division 0.3877649254130637 0.0623933268005001 0.9502496090495544 1.0 1.0 4 Q01085,Q9BVP2 2 |
| Mitochondrial fission 0.2455589317279956 0.0623348596060969 0.9502961684918269 1.0 1.0 12 Q27J81,Q8NE86,O14965,Q8TB36,Q96HS1 5 |
| Mrna transcription 0.2716567659896347 0.0619795541573577 0.9505791141111876 1.0 1.0 8 P17844,Q7KZ85,Q15648,P04637 4 |
| Negative regulation of vascular associated smooth muscle cell migration 0.3843759726112704 0.0615011772755654 0.9509600768526596 1.0 1.0 3 Q14344,P61586 2 |
| Dedifferentiation 0.3285625388923431 0.0607168028072827 0.951584749664694 1.0 1.0 2 Q14103 1 |
| Modulation by host of symbiont process 0.2206502198284834 0.0606780715576275 0.9516155958570004 1.0 1.0 22 Q14684 1 |
| Histone h2b ubiquitination 0.279214708631977 0.0605757254369002 0.9516971063080586 1.0 1.0 7 Q5VTR2,Q6PD62,Q6P1J9,Q8N7H5,P50750,O75150 6 |
| Negative regulation of cellular amide metabolic process 0.1826821715942664 0.0600322998597168 0.9521299095044162 1.0 1.0 89 Q969T7,P49458,Q9NQT4,Q9BWF3,P27797,O15514,O95453,Q12906,Q8TCS8,P12270,Q9NQT5,Q16799,Q14011,P31483,Q00839,Q96B26,Q15024,P23396,P19338,Q92945,O60506,P51114,Q08211,Q10713,Q13148 25 |
| Apoptotic signaling pathway 0.1974568324510066 0.0589918194881909 0.952958623868498 1.0 1.0 144 Q8IXB1,Q9NY61,Q9UGN5,Q12846,O43159,P04899,Q8IXI2,O95881,Q9Y255,O95831,Q96EB6,Q9NYF8,P61978,Q96K76,Q96HE7,P38398,Q96QE3 17 |
| Actomyosin structure organization 0.2005151763308904 0.0581491831505421 0.9536297981520588 1.0 1.0 50 O95429,Q92614 2 |
| Positive regulation of protein localization 0.1946055193957294 0.0576922472084911 0.9539937692432084 1.0 1.0 129 O00459,Q12846,P55786,Q96D46,Q99496,Q9H3S7,Q9BVP2,Q9H4A6,Q7L2J0,Q14980,O95573,P55809,P49841,Q96HY6,Q92614,P84095,Q14696,P23634,O15258,P98194,P54646,Q96BK5,Q7Z434 23 |
| Histone h2a monoubiquitination 0.2775746147892499 0.0575510958072365 0.9541062049541584 1.0 1.0 6 Q99496 1 |
| Female gamete generation 0.2041631256197765 0.0558992852508584 0.955422040228534 1.0 1.0 28 O95453,Q8IXJ6,Q9UHI6,O95067,Q96MU7,Q15003,O14965,Q96EB6,O60879 9 |
| Organic cyclic compound catabolic process 0.192015039640031 0.0557227863764535 0.9555626467989072 1.0 1.0 176 Q969T7,Q9GZR2,P51530,Q9H0D6,Q01780,P08670,Q9Y2W1,Q8IYB8,P35637,O15514,O95453,P17844,Q6NZY4,Q969Z0,Q96F86,Q9Y5S9,O95831,O43598,P07910,Q9H773,P35610,Q99729,Q14011,Q00839,Q96B26,Q7L8L6,P34913,Q9BQG2,Q99575,Q6PJT7,O75312,Q13151,Q9P2K5,Q9NYY8,Q92804,P52272,Q08211,Q12849,Q92945,Q6P6C2,O60506,P51114,Q96HR8,Q9Y4Z0,P98175 45 |
| Response to monosaccharide 0.1942133756352854 0.054855851412616 0.956253304354445 1.0 1.0 36 Q9HCL2,P22059,P55809,P54646,P61586,Q12846,Q96ST3,P62995,Q9NWS0,Q8N183,Q13144,Q15651 12 |
| Regulation of organelle assembly 0.1963674150538736 0.0547654534784716 0.9563253232093172 1.0 1.0 63 Q8WUX9,Q00839,P54646,Q9Y277,Q8WXH0,Q14980,P38398 7 |
| Protein autoprocessing 0.3253178957051927 0.0546295146886629 0.9564336245408396 1.0 1.0 5 P09874,Q9UG56,Q9Y4W6 3 |
| Regulation of defense response to virus by host 0.2658559737455052 0.0543664651558933 0.9566431962527332 1.0 1.0 8 Q96ST3,Q7Z434 2 |
| Leucine catabolic process 0.3769443801920404 0.0527911761335202 0.9578982921238008 1.0 1.0 4 P35914 1 |
| Mitochondrial trna processing 0.2732038356011632 0.0525930056392922 0.9580561899508556 1.0 1.0 6 Q7L0Y3,O15091 2 |
| Protein localization to microtubule organizing center 0.2459727603087653 0.0519262505510973 0.9585874575719936 1.0 1.0 10 Q14980,Q8IVD9 2 |
| Clathrin coat assembly 0.271112496104711 0.0509144243811547 0.9593937114237892 1.0 1.0 7 P42566,P53680,Q00610,P09496,Q13492,O00443 6 |
| Execution phase of apoptosis 0.2257188384309489 0.0506968026796639 0.9595671244669044 1.0 1.0 15 Q8IXJ6,Q9UPY3,O95831,Q9UKV3,P04637 5 |
| Positive regulation of cell cycle checkpoint 0.3210837745250725 0.0506018108223332 0.9596428198482868 1.0 1.0 5 Q8N163,P12270,O14777,Q9Y6G9 4 |
| Axon extension 0.2014265217120152 0.0504517149341123 0.9597624262677122 1.0 1.0 28 Q13740,Q96ST3,Q9H2P0,Q9UJX6 4 |
| Female meiotic nuclear division 0.2537838387652459 0.0500727167857706 0.9600644413071636 1.0 1.0 9 O14965,Q15003,O95067 3 |
| Positive regulation of mrna 3 end processing 0.3201494861413914 0.0497431611364009 0.9603270613994102 1.0 1.0 5 O43809,Q9H2U1,Q8N7H5,Q6P1J9 4 |
| Olfactory lobe development 0.3726650062266477 0.0493235294017436 0.9606614685847664 1.0 1.0 4 Q15058,Q9P2D1,O94813 3 |
| Succinyl coa metabolic process 0.3726650062266478 0.0493235294017436 0.9606614685847664 1.0 1.0 4 P36957,Q9P2R7,Q96I99 3 |
| Isocitrate metabolic process 0.2697882475861365 0.0489292395392996 0.9609756869799986 1.0 1.0 6 Q99798,P48735,O43837 3 |
| Ether biosynthetic process 0.3190205297672481 0.0487199457045844 0.9611424803761032 1.0 1.0 5 Q6IAN0,O00116 2 |
| Regulation of canonical wnt signaling pathway 0.1911697415335422 0.0486437720293875 0.9612031861987572 1.0 1.0 35 Q9UJX6,P49841,Q96K76 3 |
| Cell cell signaling by wnt 0.1909608215380932 0.0480936678485118 0.96164159269268 1.0 1.0 66 Q9UJX6,Q9H3S7 2 |
| Negative regulation of telomere capping 0.3182655507636929 0.0480443891739882 0.9616808659869795 1.0 1.0 5 Q92889 1 |
| Rrna catabolic process 0.2286812802697808 0.0480415359900429 0.9616831398726762 1.0 1.0 14 Q96B26,Q15024,Q9NQT4,Q01780,Q9NQT5 5 |
| Protein localization to cytoplasmic stress granule 0.2683656149266903 0.0474568409874717 0.9621491274561158 1.0 1.0 6 Q08211,P31483 2 |
| Interferon gamma mediated signaling pathway 0.2675448747516969 0.0466215661040471 0.9628148434522732 1.0 1.0 6 Q15648,P04637 2 |
| Regulation of synaptic transmission glutamatergic 0.3685981435328759 0.0461954273311962 0.9631544870468648 1.0 1.0 4 Q15042 1 |
| Granulocyte activation 0.2665065744634887 0.0459046837812902 0.9633862209969736 1.0 1.0 7 P51809,Q12846 2 |
| Viral genome replication 0.1930772570663473 0.0448872864657631 0.964197150561674 1.0 1.0 48 Q9Y6X9,P11388,Q15047,Q02880,Q12906,Q9P0L0,Q13363,Q7Z434,P55265,Q15075,O43719,P60953,P54725,P35659 14 |
| Negative regulation of oxidative stress induced intrinsic apoptotic signaling pathway 0.2479181915116194 0.0428727999523466 0.9658029313011798 1.0 1.0 9 Q96EB6 1 |
| Cellular extravasation 0.2549035114099633 0.0416600341921539 0.9667697143773047 1.0 1.0 8 Q9Y624,Q9H4A6 2 |
| Organelle transport along microtubule 0.1904626266691536 0.0410340408774139 0.967268758010905 1.0 1.0 30 Q8IXI1,Q92572,Q8IXI2,Q8WXH0,Q5SNT2,O94901 6 |
| Methylguanosine cap decapping 0.3089324063533023 0.0402563495378459 0.9678887535704156 1.0 1.0 5 Q9BQG2 1 |
| Rna decapping 0.3089324063533023 0.0402563495378459 0.9678887535704156 1.0 1.0 5 Q9BQG2 1 |
| Pseudouridine synthesis 0.2608289186662574 0.0401935206606354 0.9679388432214447 1.0 1.0 7 Q96PZ0,Q96HR8,Q9NY12,Q8WWH5,Q9NX24,O60832 6 |
| Epithelial cell development 0.1885865518249978 0.0399616726223406 0.9681236826857692 1.0 1.0 44 O60568,P49841,P46100,Q9Y2H6,Q9Y4G8,Q8TEU7,Q9Y624,P08670,P35611 9 |
| Response to light stimulus 0.1866265349122637 0.0397979374027392 0.9682542206444104 1.0 1.0 65 P21359,Q14011,P19447,Q92889,Q96HR9,Q96MG7,Q9Y3T9,Q9BWF3,P05556,Q13535,Q96EB6,Q96K76,P04035,Q14191,Q13330,P51608,P04637 17 |
| Response to abiotic stimulus 0.1999552118086658 0.0396817531875912 0.9683468490649868 1.0 1.0 219 Q9Y487,Q8N2K0,Q12888,P55786,Q96HR9,Q9BWF3,P36776,Q9Y624,Q14191,P38398,P51608,P55011,Q9NZM5,Q92889,Q8TDW0,O95696,O95831,P27144,Q8N511,Q14011,Q14571,P14625,P23634,Q6P6C2,P46100,Q70UQ0,Q13535,Q96EB6,Q5SSJ5,Q96K76,Q13217,Q96HE7,Q9Y4P3 33 |
| Neuron intrinsic apoptotic signaling pathway in response to oxidative stress 0.3587116170344238 0.0392464904502574 0.9686938681483253 1.0 1.0 4 Q15233,Q07820 2 |
| Smooth muscle contraction 0.2360420743247754 0.0389594701412301 0.9689227022052928 1.0 1.0 10 P23634,O00443 2 |
| Positive regulation of protein modification process 0.1938577590286418 0.0389449406402036 0.9689342862783954 1.0 1.0 191 P41440,O43159,Q969T9,Q5UIP0,Q08379,P38398,P51608,O60885,Q9NZM5,O95429,Q9BVP2,Q9NRA0,Q03164,Q9ULX6,Q9H2P0,Q9Y4G8,Q9ULW0,P23634,P14635,P51114,O43823,Q05086,P54646,O75925,Q9BZ95,Q7Z434,Q96EB6,Q69YH5,Q9NWS0,Q15042 30 |
| Regulation of dna damage checkpoint 0.2593805358136946 0.0388165761045421 0.969036628973831 1.0 1.0 7 Q96QC0,Q8N163,Q96FV9 3 |
| Positive regulation of histone ubiquitination 0.3046727681932285 0.0370374097745321 0.9704551775053104 1.0 1.0 5 O60341 1 |
| Regulation of dna ligation 0.3548107625288788 0.0367503952266996 0.97068402617812 1.0 1.0 4 Q06609 1 |
| Trna 3 end processing 0.3030876627209474 0.0358913419710263 0.9713689995273372 1.0 1.0 5 O75127,Q7L0Y3 2 |
| Transport along microtubule 0.1878558567081846 0.0357408616448632 0.9714889884709904 1.0 1.0 53 P23246,Q8IXI1,Q03001,Q00839,Q9P1Y5,Q8IXI2,Q8WXH0,Q5SNT2,O94901,O60333 10 |
| Regulation of wound healing spreading of epidermal cells 0.3501400560224115 0.0356399147842129 0.9715694811302732 1.0 1.0 3 Q96AC1,Q7Z460 2 |
| Wound healing spreading of epidermal cells 0.3501400560224115 0.0356399147842129 0.9715694811302732 1.0 1.0 3 Q96AC1,Q7Z460 2 |
| Response to leucine 0.3501400560224077 0.0356399147842107 0.9715694811302752 1.0 1.0 3 O00330,Q9P2J5 2 |
| Neutrophil activation involved in immune response 0.3482478101789308 0.0345402666868032 0.972446333318755 1.0 1.0 3 P51809 1 |
| Neutrophil degranulation 0.3482478101789308 0.0345402666868032 0.972446333318755 1.0 1.0 3 P51809 1 |
| Regulation of myotube differentiation 0.3502490660024884 0.0340002347362687 0.9728769635180978 1.0 1.0 4 Q13547,Q16539,Q9BYT8 3 |
| Megakaryocyte differentiation 0.2260414929144695 0.0337067649480503 0.9731109843909942 1.0 1.0 12 Q96T37,P62805,O95628,Q15648,Q9UKL0 5 |
| Import into nucleus 0.1796223011754724 0.0332213198404895 0.9734980967305876 1.0 1.0 68 Q14978,P49790,P35658,Q8N1F7,P61960,O00459,P49815,Q9BW27,P49792,Q7Z434,P12270,P52948,O15397,P09651,O75312,Q99567,Q15648,P04637 18 |
| Intrinsic apoptotic signaling pathway in response to hypoxia 0.3427416544771862 0.0315166370337039 0.974857524301458 1.0 1.0 3 Q9Y4L1 1 |
| Striated muscle cell development 0.2234706616729068 0.0306209928914639 0.9755718000925108 1.0 1.0 12 Q13045,Q16527,O75083,Q9Y281,Q14315,Q9NYL9,Q15149,P05556,O75147,P09493,P28289 11 |
| Negative regulation of interleukin 8 production 0.3441014033704342 0.0305711753145654 0.9756115301675516 1.0 1.0 4 Q8WUQ7 1 |
| Establishment of protein localization to chromosome 0.2127220002730666 0.0302867238495362 0.9758383845501016 1.0 1.0 15 O60832,O75367,Q9P0M6,Q9NWS0 4 |
| Microtubule based transport 0.1833846372257983 0.0299890792775098 0.976075762728887 1.0 1.0 54 P23246,Q8IXI1,Q03001,Q00839,Q9P1Y5,Q8IXI2,Q8WXH0,Q5SNT2,O94901,O60333 10 |
| Protein monoubiquitination 0.195906972575139 0.0288273907657305 0.9770022552822932 1.0 1.0 25 Q99496,Q5W0B1,P19474 3 |
| Negative regulation of vascular permeability 0.3361344537815174 0.028220338979603 0.9774864155235368 1.0 1.0 3 Q96AC1,O94813 2 |
| Response to cocaine 0.2464879691771885 0.0279233244758391 0.977723305453246 1.0 1.0 7 Q05086 1 |
| Regulation of protein localization to chromosome telomeric region 0.2202602136867335 0.0269773131697277 0.978477828912794 1.0 1.0 12 Q9BVP2,Q9NVN8,O75367 3 |
| Microtubule based movement 0.1613434435003266 0.0268299184820674 0.9785953903048816 1.0 1.0 80 Q86UP2,P23246,Q8IXI1,Q03001,Q00839,Q9P1Y5,Q14807,Q5SNT2,Q8IXI2,Q8WXH0,O95235,P23634,O94901,O60333 14 |
| Nuclear transcribed mrna catabolic process nonsense mediated decay 0.2049644854923563 0.0254927864420542 0.9796619022043862 1.0 1.0 19 O95453,Q9Y5S9,Q01780,Q9BZI7,Q99729 5 |
| Cellular response to dexamethasone stimulus 0.3337484433374817 0.0254750052655543 0.979676084924506 1.0 1.0 4 Q13185,P25705,Q16822 3 |
| Response to salt 0.3329357528877293 0.0251091897901831 0.9799678701017956 1.0 1.0 4 P07196,P09651 2 |
| Response to cytokine 0.1887018428814622 0.0248228331330894 0.9801962784618374 1.0 1.0 159 Q12948,Q12846,Q16739,O94788,P38159,P55265,Q5UIP0,P38398,Q15648,P55011,Q9UNK0,Q9BYW2,O95429,Q9P015,Q16629,Q8WUQ7,P19474,Q00839,P49841,Q96T37,O15111,Q9NYF8,P23378,Q92945,O60506,Q7Z434,Q96EB6,O60264 28 |
| Cell cell signaling involved in cardiac conduction 0.3274198568316254 0.0243907729287294 0.9805409082739868 1.0 1.0 3 P21333,O75694 2 |
| Vascular associated smooth muscle contraction 0.3312550509866232 0.0243678333535349 0.980559205968436 1.0 1.0 4 O00443 1 |
| Rna import into mitochondrion 0.2775357809583009 0.0240574957605559 0.980806746970039 1.0 1.0 2 Q8TCS8 1 |
| Cell proliferation in forebrain 0.3300124533001222 0.0238327193642717 0.9809860411777248 1.0 1.0 4 Q9NZI8,Q96N67,Q15058 3 |
| Positive regulation of stem cell proliferation 0.3296021422786374 0.0236584220480193 0.9811250711134876 1.0 1.0 4 O60341,Q00839 2 |
| Positive regulation of cell morphogenesis involved in differentiation 0.19173638027032 0.0234229441799503 0.9813129032163136 1.0 1.0 25 Q9UJX6 1 |
| Protein lipid complex assembly 0.3283143992775314 0.0231190584401745 0.981555303311896 1.0 1.0 4 O95573 1 |
| Macromolecule catabolic process 0.1803331797863326 0.0228235164626849 0.9817910494844646 1.0 1.0 428 Q9UHG3,Q969T7,Q9GZR2,Q8N2K0,Q9UBV2,P28070,P36776,P35637,Q9H3S7,Q6NZY4,Q9NZM5,Q96A33,Q8TEY7,O95831,P54725,Q9UJX6,Q99729,Q8N511,Q14011,Q8WUX9,Q00839,Q9GZP9,Q9BQG2,Q99575,Q6PJT7,P14625,Q6ZXV5,Q9P2K5,Q9NYY8,Q92804,Q92945,Q6P6C2,Q05086,Q13042,O75925,Q8IXB1,Q9UJX3,Q9Y4Z0,Q96EB6,Q7Z6E9,Q13217,P98175 42 |
| Response to ether 0.3269839999260218 0.0225739069502039 0.9819901577601492 1.0 1.0 4 Q9H4A6 1 |
| Positive regulation of oxidative stress induced intrinsic apoptotic signaling pathway 0.3221806017088839 0.0223526254135953 0.9821666703418448 1.0 1.0 3 P23246 1 |
| Protein modification by small protein conjugation or removal 0.1955694828141175 0.0218539216354588 0.9825644811946616 1.0 1.0 213 Q9BZE4,Q9H4L4,Q9UBV2,O75155,P55786,Q9P253,Q9NV06,P38398,P61960,Q9NZM5,Q9H1B7,Q8TEY7,Q5W0B1,Q9UJX6,P19474,Q05086,O14656,Q13042,O75925,Q9UJX3,Q96BK5,P49792,Q96DE5,Q96EB6,Q96K76,Q7Z6E9 26 |
| Guanine metabolic process 0.2716241443683816 0.0217127076923891 0.9826771268904306 1.0 1.0 2 O60341 1 |
| Forebrain generation of neurons 0.2365222810844555 0.0210701420424933 0.9831897028039616 1.0 1.0 7 Q6P3W7,Q02218,P61586,Q86U44,Q04656,Q9Y4G8 6 |
| Positive regulation of extrinsic apoptotic signaling pathway in absence of ligand 0.2344499074907296 0.0208729954637825 0.9833469684280354 1.0 1.0 6 P30154 1 |
| Positive regulation of cell size 0.3171490818549603 0.0205693216770465 0.9835892130416288 1.0 1.0 3 O60341,Q04656 2 |
| Proline metabolic process 0.276063201972532 0.0202982256281101 0.9838054712400672 1.0 1.0 5 P54886,P32322,P04181 3 |
| Positive regulation of mitotic cell cycle spindle assembly checkpoint 0.3209838107098355 0.020263280224635 0.9838333479044196 1.0 1.0 4 P12270,O14777,Q9Y6G9 3 |
| Rna polymerase ii preinitiation complex assembly 0.2742418462600267 0.0194908446202074 0.9844495405919372 1.0 1.0 5 Q00403 1 |
| Nephron epithelium development 0.222732396255937 0.019123223346899 0.9847428052644888 1.0 1.0 9 Q12948 1 |
| Positive regulation of sprouting angiogenesis 0.3107323142893738 0.0185266313708426 0.9852187324477192 1.0 1.0 3 P23458 1 |
| Glutamine metabolic process 0.2090669451806485 0.0181487342436775 0.985520200037656 1.0 1.0 13 Q06210,O94925,P51608,P08243 4 |
| Negative regulation of viral entry into host cell 0.3093681917211314 0.0181241029613851 0.9855398497255607 1.0 1.0 3 O60493,Q12899 2 |
| Negative regulation of viral life cycle 0.3093681917211314 0.0181241029613851 0.9855398497255607 1.0 1.0 3 O60493,Q12899 2 |
| Regulation of protein localization to nucleus 0.1696091334733506 0.0177934874071325 0.9858036002350434 1.0 1.0 57 Q14978,P61960,P49841,O00459,Q96BK5,Q96D46,Q96ST3,P12270,Q7Z434,O15381,Q7L2J0,O75312,Q6GQQ9,O60832 14 |
| Regulation of mitochondrial fission 0.2242244195919816 0.0164777441618739 0.9868532572643554 1.0 1.0 8 Q96HS1,O14965,Q8NE86 3 |
| Lipid droplet organization 0.2180335894647185 0.0158491462722443 0.9873547402949436 1.0 1.0 9 Q8N0X7,Q14534,Q15042,Q9NP72 4 |
| Regulation of extrinsic apoptotic signaling pathway in absence of ligand 0.2088014981273392 0.0157711441836754 0.9874169691792338 1.0 1.0 12 P21359,P62136,Q07820,P35221,P30154,P30153,P32119,Q13546,Q86WB0,P0DMV9,O43464 11 |
| Negative regulation of chromatin binding 0.3022273006526166 0.0144604226578587 0.9884626541038684 1.0 1.0 4 Q7L2J0 1 |
| Udp n acetylglucosamine biosynthetic process 0.2922398080719448 0.0139178626695406 0.9888955107604565 1.0 1.0 3 Q06210 1 |
| Amino sugar biosynthetic process 0.2922398080719448 0.0139178626695406 0.9888955107604565 1.0 1.0 3 Q06210 1 |
| Positive regulation of focal adhesion assembly 0.2590821524456224 0.0137841060359328 0.9890022228763992 1.0 1.0 5 P63000,Q9Y2S7 2 |
| Endothelial cell development 0.1895784297398488 0.0132987826625077 0.9893894193973732 1.0 1.0 22 Q8TEU7,O60568,Q9Y624,Q9Y4G8 4 |
| Cellular protein catabolic process 0.1969424500778145 0.0127948306120239 0.9897914807328568 1.0 1.0 243 Q9UHG3,Q8WUX9,Q9GZP9,Q13042,Q9UBV2,Q8IXB1,P28070,P36776,Q96EB6,P54725,Q9H3S7 11 |
| Positive regulation of inclusion body assembly 0.2863367569249876 0.0127921545095613 0.9897936157789624 1.0 1.0 3 P62195,P49427 2 |
| Negative regulation of dna damage checkpoint 0.2554928666652338 0.0126757121989728 0.9898865157684388 1.0 1.0 5 Q96QC0,Q96FV9 2 |
| Negative regulation of cell cycle checkpoint 0.2554928666652338 0.0126757121989728 0.9898865157684388 1.0 1.0 5 Q96QC0,Q96FV9 2 |
| Regulation of histone h2b ubiquitination 0.2920298879202966 0.0120888316759391 0.9903547427742718 1.0 1.0 4 O75150,Q6PD62,P50750 3 |
| Negative regulation of reproductive process 0.2509423433478157 0.0113904435306629 0.9909119374841552 1.0 1.0 5 Q13162 1 |
| Response to nitrogen compound 0.1961399808242759 0.0104576304910901 0.9916561701718908 1.0 1.0 239 P41440,O00459,Q9UBV2,Q13247,Q92572,Q96JM3,Q9NUD5,Q14139,Q96MG7,Q9NYU2,P38398,O94905,P49815,P43490,Q96A33,Q9H4A6,Q96ST3,O95831,Q99729,P49841,Q9GZP9,Q14571,Q13243,Q9Y4G8,Q5VT66,P14625,P23378,P23634,Q9HCD5,Q13144,O00443,P08754,Q13242,Q05086,Q8IXJ6,P46100,O14656,Q92922,Q8IXB1,Q9NR30,Q06609,P04899,Q7Z434,Q8WWQ0,Q96EB6 45 |
| Scarna localization to cajal body 0.2826899128268964 0.0103225489194884 0.9917639438547836 1.0 1.0 4 O60832,P78371,P50991 3 |
| Histone monoubiquitination 0.2000173405597883 0.0101445620703167 0.9919059493775706 1.0 1.0 13 Q99496,Q96T88,Q8N7H5,Q6W2J9 4 |
| Embryonic viscerocranium morphogenesis 0.2670401493930864 0.010037827435301 0.9919911069589094 1.0 1.0 3 Q6KC79,Q6UB35 2 |
| 10 formyltetrahydrofolate metabolic process 0.2670401493930867 0.010037827435301 0.9919911069589094 1.0 1.0 3 Q9NRN7,Q6UB35 2 |
| Regulation of glycogen metabolic process 0.2084112149532768 0.0096102008117281 0.9923322871727848 1.0 1.0 6 P62136,P62140,P49841,P49840,P31751 5 |
| Regulation of glucan biosynthetic process 0.2084112149532768 0.0096102008117281 0.9923322871727848 1.0 1.0 6 P62136,P62140,P49841,P49840,P31751 5 |
| Negative regulation of mononuclear cell migration 0.2564909247512671 0.0090165955405466 0.9928058951062424 1.0 1.0 3 Q5JRA6 1 |
| Regulation of meiotic nuclear division 0.2675852479744914 0.0081538918385114 0.993494207682308 1.0 1.0 4 Q8IXJ6 1 |
| Positive regulation of blood pressure 0.264943960149437 0.0078495777369517 0.9937370074315536 1.0 1.0 4 Q9H4A3,P09493,P61586 3 |
| Postsynaptic cytoskeleton organization 0.2637046039093941 0.0077136324810575 0.9938454727682416 1.0 1.0 4 P07196,Q16352 2 |
| Mitochondrial translational elongation 0.2627646326276437 0.0076133562134047 0.9939254793045909 1.0 1.0 4 P43897,P49411,Q96RP9 3 |
| Protein localization to nucleoplasm 0.1966292134831442 0.0066522936670331 0.9946922767362992 1.0 1.0 12 Q4G0J3,P17987,P78371,Q9NZM5,P50990,P49368,Q7L2J0,P50991,P40227,O60832,Q99832 11 |
| Phosphatidylinositol 3 phosphate biosynthetic process 0.2475622569655675 0.0062950131711893 0.9949773393530011 1.0 1.0 4 O00443 1 |
| Nonribosomal peptide biosynthetic process 0.2447073474470709 0.0061034897520382 0.9951301499956008 1.0 1.0 4 Q99735,P48637,Q8WUX2 3 |
| Cellular process involved in reproduction in multicellular organism 0.132156886260667 0.0057579901553015 0.9954058139401298 1.0 1.0 55 Q96PU8,Q8IXJ6,Q13162,Q9Y2H6,Q12948,Q9UHI6,Q96SI9,Q96MU7,O95067,Q8NB78,Q96KQ7,Q99496,Q15003,O14965,P05556,O60879 16 |
| Mrna methylation 0.1969926800941587 0.0048462203201131 0.9961332907638316 1.0 1.0 9 Q7L0Y3,Q8N1G2,Q08J23,Q15007,Q69YN4 5 |
| Neutrophil mediated immunity 0.2120608966432253 0.0047017833877501 0.9962485334488128 1.0 1.0 5 P51809 1 |
| Negative regulation of b cell activation 0.2019197296287327 0.0045956783986436 0.9963331920666344 1.0 1.0 4 Q96FV9 1 |
| Limbic system development 0.1747935259920375 0.0038071380421503 0.9969623506734248 1.0 1.0 23 P49841,Q9H0D6,P23634,P07196,Q13144,Q15042 6 |
| Positive regulation of extrinsic apoptotic signaling pathway 0.1910112359550545 0.003293443702385 0.9973722168684882 1.0 1.0 12 P21359,P62136,P35221,Q9UNN5,P30154,Q13043,P30153,Q13177,Q13546,P30101,O43464 11 |
| Canonical wnt signaling pathway 0.1445523011249645 0.00313147781189 0.9975014462849304 1.0 1.0 37 Q9UJX6,P49841,Q96K76 3 |
| Positive regulation of vacuole organization 0.1790719402055465 0.0027683112438743 0.9977912100202104 1.0 1.0 5 Q9Y371,Q9H2M9,Q15042,Q8TBX8 4 |
| Hippocampus development 0.1843218449248692 0.0003026312862211 0.999758535172794 1.0 1.0 18 P23634,Q13144,Q9H0D6,P49841 4 |
|
|
