| Term es nes pval sidak fdr geneset_size leading_edge leading_edge_size |
| Anion transmembrane transport 0.7506066942610394 4.345369402305442 1.3904147605048324e-05 0.0877085984149199 0.0659366341085725 46 P30825,Q9UHG3,P21796,P53985,O60831,Q96NB2,Q9Y6M7,P45880,P12236,Q9BQT8,P12235,P05141,P08183,P53007,Q9H2D1,P41440,P33527,P51790,Q9BXP2,P05556,Q9UBX3,Q8TB61,O43808,Q4KMQ2,P55011,P08195,Q9Y619,Q15758,Q9Y277,Q9H9B4,O75915,O15439,Q14728 33 |
| Mitochondrial transmembrane transport 0.6900617009265967 4.265172904228875 1.997474526160836e-05 0.1235490919873139 0.0659366341085725 52 Q99595,P21796,O60830,O14925,Q96NB2,P06576,O75964,P12236,P24539,P23786,O75027,Q9BQT8,O95202,P12235,P05141,Q9BPX6,O43615,Q9Y4W6,Q9H2D1,O43772,P36542,P00846,Q6P4A7,Q8WWC4,Q9UJZ1,Q9BSK2,Q9Y619,Q15388,Q9H9B4,O95831,P56134,P56385 32 |
| Membrane lipid metabolic process 0.7450042277846937 4.0839756032844825 4.427168088927402e-05 0.2534465825193345 0.0974272124103312 42 Q9NZJ7,P16278,Q96G23,P27544,Q8NBX0,Q99805,Q16880,O95470,Q13510,O43464,Q9P035,O15269,P50897,Q8NCC3,P04062,Q5H8A4,P17900,Q06136,P07602,O60762,Q92643,Q9H490,Q9NZ01 23 |
| Anion transport 0.6549768715170012 3.977781812236705 6.956115639167315e-05 0.3682482280987827 0.1145913814557235 75 P30825,Q9UHG3,Q9NZJ7,P21796,P53985,Q96S66,O43681,O60831,Q96NB2,Q9Y6M7,P45880,P30536,P12236,Q9BQT8,P12235,P05141,P08183,P53007,Q9H2D1,P41440,P04083,P33527,P28288,P51790,P11166,Q99808,Q6N075,Q9BXP2,Q9UBX3,P05556,Q8TB61,O43808,Q4KMQ2,Q6KCM7,P55011,P08195,Q9Y619,P07602,Q15758,Q9Y277,Q15043,Q9H9B4,O75915,O15439,P0CG08,Q14728 46 |
| Organic anion transport 0.6573397432393303 3.924845681629845 8.678535402584231e-05 0.4361583170347752 0.1145913814557235 51 P30825,Q9NZJ7,P53985,O60831,Q96NB2,Q9Y6M7,P12236,Q9BQT8,P12235,P05141,P53007,Q9H2D1,P41440,P04083,P33527,P28288,P11166,Q99808,P05556,Q9UBX3,Q8TB61,O43808,Q6KCM7,P55011,P08195,Q9Y619,P07602,Q15758,Q9H9B4,O75915,O15439,Q14728 32 |
| Organic acid transport 0.6257892466403355 3.8623504533099577 0.0001123013105963 0.5235797263729405 0.115154204431393 54 P30825,P53985,P31751,O60831,Q96NB2,P23786,O14975,Q9BQT8,P08183,P53007,Q9H2D1,P41440,P04083,Q9Y3D6,O43772,P33527,P28288,P11166,P05556,Q9UBX3,Q6P4A7,O43808,P55011,P08195,Q9Y619,Q15758,Q96H78,Q9H9B4,O75915,O15439 30 |
| Sphingolipid metabolic process 0.7755746904877211 3.841878553740927 0.000122096248261 0.5534163921908997 0.115154204431393 31 Q9NZJ7,P16278,Q96G23,Q13510,Q06136,P07602,O43464,Q9P035,P50897,P27544,Q8NCC3,P04062,Q99805,Q16880,O95470 15 |
| Mitochondrial respiratory chain complex assembly 0.7132316850044162 3.713228988677779 0.0002046315777086 0.741048869713652 0.1564717767596621 39 P03886,Q9Y2R0,Q69YU5,O96000,Q96CU9,O95831,O43676,P47985,Q9P0J0,Q86Y39,Q9BSK2,Q6DKK2,Q15070,Q9Y6M9,Q9H061,Q9Y512,Q7L592 17 |
| Organic acid transmembrane transport 0.7496481965572018 3.7027132081844263 0.0002133059665005 0.7554648471183195 0.1564717767596621 32 P30825,P53985,P31751,O60831,Q96NB2,P23786,Q9BQT8,P08183,Q9H2D1,P41440,O43772,P33527,P28288,P11166,P05556,Q9UBX3,P08195,Q9Y619,Q15758,O75915 20 |
| Membrane lipid biosynthetic process 0.7565276510317364 3.600285410818757 0.000317868072839 0.8774086265078864 0.2082847901692716 27 Q96G23,Q06136,Q13510,O15269,O60762,Q92643,Q9P035,P27544,Q8NBX0,P04062,Q99805,Q9H490,Q5H8A4,Q16880,O95470 15 |
| Protein localization to mitochondrion 0.5961200707801529 3.5773945455455967 0.0003470361544777 0.8988883914204618 0.2082847901692716 63 O14737,Q99595,Q9NS69,Q9H300,O60830,O14925,Q8N4H5,P30536,O43615,P51572,O43464,Q9Y3D6,Q5JRX3,P55786,Q8WWC4,Q9P275,Q9NX47,Q15388,O95831,Q9Y6C9,Q9P0J0,Q15070 22 |
| Protein targeting to mitochondrion 0.6095108231460284 3.515926202835948 0.0004382227727144 0.9446335161030563 0.2410955621217261 51 O14737,Q99595,Q9NS69,Q15388,O43615,Q9H300,P51572,O60830,O43464,O14925,O95831,Q8N4H5,Q9P0J0,Q5JRX3,P55786,Q9Y3D6,Q9P275,P30536 18 |
| Glycoprotein biosynthetic process 0.5716647059547192 3.4183384927174276 0.0006300469775066 0.9844061871948157 0.3199669342691631 57 P46977,Q99805,Q2TAA5,Q04656,Q16706,Q8N4A0,Q6ZXV5,O43505,O15118,O60701,O60502,Q86YN1,Q9BT22,Q9Y5P6,Q7LGA3,Q8NCH0,O94923,Q92542,P35610,O60762,P04843,Q96L58,Q15643,Q10472 24 |
| Mitochondrial transport 0.602927114315284 3.348809679558819 0.0008115952501592 0.9953006324540314 0.3827251315393983 90 Q99595,Q9NS69,O14737,Q9H300,O60830,O14925,Q8N4H5,P06576,P45880,O75964,P30536,P24539,P23786,Q9Y512,P12235,P05141,O43615,Q96QK1,P51572,O43464,Q96EK5,O43772,Q9Y3D6,P36542,P00846,Q9UBX3,P55786,Q5JRX3,Q8WWC4,Q9UJZ1,Q9P275,Q10713,Q15388,Q9Y5J9,O95831,Q9P0J0,Q16611,Q15070,P56134,P56385 40 |
| Protein insertion into membrane 0.7202305390579995 3.3157318647023706 0.0009140348192351 0.9976118049571836 0.4022971917726899 25 Q9NPA0,O14737,Q9NS69,Q96A33,Q15006,Q9P0J0,Q9P0I2,P46379,Q15629,Q15070,Q9Y512,Q8WWC4 12 |
| Protein transmembrane transport 0.7032275123111276 3.248713307996351 0.0011592825359336 0.9995277599242328 0.478348956389631 27 P49755,Q99595,Q9NS69,Q15388,O43615,Q99442,O60830,P31751,O14925,O95831,O75381,Q15629,Q07820 13 |
| Organophosphate ester transport 0.6913812576277802 3.21794011220164 0.0012911477332462 0.999802478881349 0.5014210196995085 29 P33527,P12235,P05141,P08183,O15439,Q9H2D1,Q8WTV0,P41440,Q8TB61,Q14108,Q4KMQ2,Q9BSK2,Q6KCM7 13 |
| Inorganic anion transport 0.6864213919741415 3.183734438337152 0.0014538832817432 0.9999326442155952 0.5332520792260447 29 Q9UHG3,P21796,Q96S66,O43681,Q9Y6M7,P45880,P30536,P08183,P33527,P51790,Q6N075,Q9BXP2,Q9UBX3,Q4KMQ2,P55011,Q9Y277,Q15043,O15439,P0CG08 19 |
| Carboxylic acid transport 0.6326569882962982 3.1083500595897795 0.0018813508268975 0.9999960126218994 0.6537199031146137 39 P30825,Q9NZJ7,P53985,O60831,Q96NB2,Q9BQT8,Q9H2D1,P41440,P04083,P33527,P28288,P05556,Q9UBX3,P55011,P08195,Q9Y619,P07602,Q15758,O75915,O15439 20 |
| Mitochondrial membrane organization 0.5867603601573118 3.0903489530780237 0.0019992146202538 0.9999981715211492 0.6599407461458044 47 O60313,Q9NVH1,O14737,Q9NS69,Q5XKP0,Q16891,Q8IWA4,P45880,Q9Y512,O95140,O95202,P12235,P05141,Q9UII2,Q6UXV4,Q9H3K2,Q8WWC4,Q9Y5J9,Q9P0J0,Q16611,Q15070,Q13505,Q9NX63 23 |
| Nadh dehydrogenase complex assembly 0.6658724903534854 3.0406002119320212 0.0023610710561248 0.9999998331585824 0.7210875685452341 29 P03886,Q96CU9,O96000,O43676,Q9P0J0,Q86Y39,Q15070,Q9Y6M9,Q9H061,O95168,Q7L592 11 |
| Steroid metabolic process 0.5448740731780747 3.035308569964773 0.0024028970778544 0.9999998734991472 0.7210875685452341 68 Q9BQE5,Q15125,Q13510,Q15392,P16435,P38435,P37268,O15118,Q8WTV0,Q14534,Q14739,P04062,P48449,Q53GQ0,Q15800,Q16850,P30536,O95470 18 |
| Sterol metabolic process 0.6269185026720279 2.9909990419048116 0.0027806636574385 0.999999989621324 0.726131802818386 37 Q9BQE5,Q15125,P16435,Q15392,P37268,O15118,Q8WTV0,Q14534,Q14739,P04062,P48449,Q16850,Q15800 13 |
| Cellular monovalent inorganic cation homeostasis 0.6648587771076683 2.9450102028369405 0.0032294401332624 0.999999999468472 0.726131802818386 25 P51790,P55011,Q15904,Q8N511,Q93050,O75787,P50897,P0CG08,Q9Y6M7,P06576,Q92544,P05023,Q9Y487,O75503 14 |
| Monovalent inorganic cation homeostasis 0.6525821629849217 2.9233244620925216 0.0034631543303604 0.9999999998869766 0.726131802818386 28 P51790,P55011,Q15904,Q9Y5X3,Q8N511,Q93050,O75787,P50897,P0CG08,Q9Y6M7,P06576,Q92544,P05023,O75503,Q9Y487,P05026 16 |
| Endoplasmic reticulum organization 0.5936943573082342 2.9171276903178205 0.0035327111715748 0.9999999999287092 0.726131802818386 42 Q00765,Q8N766,O43681,Q15363,A0MZ66,P46379,Q9NPA0,Q96A33,P61026,Q15006,Q9P0I2,Q9P2W9,Q8NHH9,O95197,Q15629,Q9NQC3,P57088,A0FGR8,P49257,Q9NVV0 20 |
| Sphingolipid biosynthetic process 0.8159392804395763 2.845339210799515 0.0044364150952611 0.9999999999998216 0.726131802818386 18 Q96G23,Q06136,Q13510,Q9P035,P27544,P04062,Q99805,Q16880,O95470 9 |
| Ceramide metabolic process 0.7494194876304094 2.8431506936061495 0.0044669944439292 0.9999999999998544 0.726131802818386 21 Q96G23,Q13510,O43464,P27544,Q8NCC3,P04062,Q99805,Q16880,O95470 9 |
| Lytic vacuole organization 0.6943877869208099 2.7991499134037388 0.0051237343267567 0.999999999999998 0.726131802818386 23 P54802,Q8N511,O75787,P50897,P10253,P04062,Q14108,O75503 8 |
| Pigment metabolic process 0.6252367462758912 2.7987843123950435 0.0051295388810619 0.9999999999999982 0.726131802818386 31 P30519,Q9Y4G8,P09601,P49915,P00813,Q7KZN9,P22830,O00264,P30536 9 |
| Glycoprotein metabolic process 0.5102584127447001 2.7515380226498083 0.0059316133427032 1.0 0.726131802818386 63 P46977,Q99805,Q2TAA5,Q04656,Q16706,Q8N4A0,Q6ZXV5,O43505,O15118,O60701,O60502,Q86YN1,Q9BT22,Q9Y5P6,Q7LGA3,Q8NCH0,O94923,Q92542,P35610,O60762,P04843,Q96L58,Q15643,Q10472 24 |
| Glycerophospholipid metabolic process 0.5115282144866636 2.7289290116612963 0.0063540380518931 1.0 0.726131802818386 66 O43292,Q9NPH0,Q9BTU6,Q6IAN0,P43034,Q99623,O95674,Q8WTV0,Q99943,Q8IY17,Q9UG56,Q9HCL2,Q9Y6K0,P35790,Q8N2K0,Q92604,Q8NCC3,Q8N9F7,Q8NF37,Q9UJZ1,Q9NZC3,Q5H8A4,Q8WVX9,Q10713,O60762,Q92643,Q969N2,Q9H490,Q96N66 29 |
| Secondary alcohol metabolic process 0.5754467645292658 2.7266469649633964 0.0063981453114254 1.0 0.726131802818386 41 Q9BQE5,Q15125,P16435,Q15392,P37268,O15118,Q8WTV0,Q14534,Q14739,P48449,P04062,Q16850,Q15800 13 |
| Intracellular protein transmembrane transport 0.6583380993154715 2.725128094493753 0.0064276544523922 1.0 0.726131802818386 24 Q99595,Q15388,O43615,Q99442,O60830,P31751,O14925,O95831,O75381,Q15629 10 |
| Glycerolipid biosynthetic process 0.5032916811299459 2.7139768139678018 0.0066480819047074 1.0 0.726131802818386 54 O43292,Q9NPH0,Q9BTU6,Q6IAN0,O95674,Q8WTV0,Q99943,Q9UG56,Q9HCL2,Q9Y6K0,P35790,Q92604,Q8NCC3,Q8NF37,Q5H8A4,Q8WVX9,Q10713,O60762,Q92643,Q969N2,Q9H490,Q96N66 22 |
| Proton transmembrane transport 0.5582360402256509 2.703133389992748 0.0068689174772851 1.0 0.726131802818386 44 Q99623,P06576,O75964,P24539,Q04656,P12235,P05141,P13073,P47985,Q9UDW1,P36542,P51790,P00403,P00846,P20674,Q7KZN9,P05023,Q9UJZ1,Q13423,P56134,P56385 21 |
| Lipid localization 0.5209045503511536 2.662486626192514 0.007756565183703 1.0 0.726131802818386 80 Q9BQE5,Q9NZJ7,Q9H6V9,P31751,Q86Y82,O95674,Q8WTV0,Q14534,Q99720,Q14108,P30536,P23786,P08183,O15118,P04083,P19838,O43772,Q9Y3D6,P35790,P33527,P28288,P11166,P04062,Q4KMQ2,P17900,P07602,P35610,O15260,O15439,A0FGR8 30 |
| Glycosylation 0.5182522348539874 2.629247591299059 0.0085574031902673 1.0 0.726131802818386 50 Q8N4A0,Q6ZXV5,O43505,O60762,Q9UP83,P04843,P46977,O15118,P04062,O60502,Q96L58,Q2TAA5,Q15643,Q86YN1,Q9BT22,O75503 16 |
| Protein localization to endoplasmic reticulum 0.5769654751898354 2.599168718844676 0.0093449829993024 1.0 0.726131802818386 37 P24390,Q99442,P51572,Q9Y5M8,Q96HY6,Q9UGP8,Q9UHQ4,P46379,Q15629,Q9NQC3,O15258 11 |
| Oxidative phosphorylation 0.494815254073868 2.5596569250370087 0.0104775540205255 1.0 0.726131802818386 66 Q04656,O14949,P03886,P22695,P00846,P13073,P14406,Q9Y6M9,O96000,Q7KZN9,O43676,Q9BSK2,P06576,P56385,Q9UDW1,O75964,P24539,Q9H3K2 18 |
| Vitamin transmembrane transport 0.930306730350242 2.547784960008633 0.0108409273516671 1.0 0.726131802818386 6 Q9H2D1,Q8WTV0,P41440,P04062 4 |
| Liposaccharide metabolic process 0.7170008819248873 2.5271800523989887 0.0114982537404422 1.0 0.726131802818386 20 P17900,O43292,P16278,O60762,Q92643,Q969N2,Q8NBX0,P04062,Q99805,Q9H490,Q5H8A4,Q16880 12 |
| Regulation of cellular ph 0.6952454230224723 2.521470141701254 0.0116865593094448 1.0 0.726131802818386 21 P51790,Q15904,Q8N511,Q93050,O75787,P50897,P06576,Q9Y487,O75503 9 |
| Regulation of ph 0.6952454230224723 2.521470141701254 0.0116865593094448 1.0 0.726131802818386 21 P51790,Q15904,Q8N511,Q93050,O75787,P50897,P06576,Q9Y487,O75503 9 |
| Response to food 0.8972870415424249 2.41548046251658 0.015714465519766 1.0 0.726131802818386 6 P80303,Q9UMX5,P53985 3 |
| Lipoprotein metabolic process 0.5866368268285781 2.4096893385761646 0.0159661091954645 1.0 0.726131802818386 26 Q9BQE5,Q5HYI8,Q8N2K0,O60762,Q92643,P50897,P04062,Q9H490,Q9NUJ1,Q5H8A4 10 |
| Purine ribonucleoside metabolic process 0.8647939963176361 2.4030939840352836 0.0162570086641908 1.0 0.726131802818386 9 O60725,P00813 2 |
| Ribonucleoside metabolic process 0.8647939963176361 2.4030939840352836 0.0162570086641908 1.0 0.726131802818386 9 O60725,P00813 2 |
| Import across plasma membrane 0.6322261357641418 2.395134278215516 0.0166142795277686 1.0 0.726131802818386 23 P30825,P55011,P11166,P08195,P05023,Q15758,Q15043,P31751,O75915,P05556,P41440,P23634,P05026 13 |
| Hormone metabolic process 0.5765469076028228 2.390378800828464 0.0168310032857612 1.0 0.726131802818386 29 P42892,O75844,P16435,P05023,O75787,Q9HB40,P19838,Q6NUM9,Q53GQ0,P30536,O95470 11 |
| Endoplasmic reticulum to golgi vesicle mediated transport 0.47997169724454 2.383104613826614 0.0171673149649664 1.0 0.726131802818386 68 Q96PC5,P49755,P24390,Q9Y3A6,P51572,Q9P2W9,Q8NHH9,Q15363,O95070,Q9Y282,Q9BVK6,Q9Y3B3,Q9UHQ4,Q15643,O95249 15 |
| Carbohydrate derivative transport 0.7610506275238856 2.3658147823921074 0.0179904422237391 1.0 0.726131802818386 16 Q9NZJ7,P07602,Q99808,P05141,P12235,O15439,Q8WTV0,P41440,Q8TB61,P12236,Q6KCM7 11 |
| Lipid homeostasis 0.5805170135282606 2.36475071690662 0.0180422106191435 1.0 0.726131802818386 26 O15254,Q5BJF2,P35610,Q9Y6C9,O15118,Q8WTV0,Q15067,Q9HCL2,Q9NQC3,Q96CP7 10 |
| Circulatory system process 0.4942862123170231 2.3577708115457634 0.018385039822661 1.0 0.726131802818386 83 P30825,P53985,P00813,P10253,Q9HB40,P42892,P78417,Q9UIQ6,Q9Y5X3,P09601,P08183,O75787,P42785,P41440,P16615,Q9NZ08,O75844,Q6P179,Q16625 19 |
| Vacuole organization 0.4642485462865461 2.3398321745155455 0.0192924069509632 1.0 0.726131802818386 58 P54802,P11117,Q96QK1,Q8N511,O75787,Q86Y82,P50897,Q6UWE0,P10253,O14773,P16615,P04062,Q14108,Q9H444,O75503,O95140 16 |
| Import into cell 0.5580423752951209 2.3367167262430995 0.0194539182462392 1.0 0.726131802818386 33 P30825,O14975,P55011,P11166,P08195,Q99808,P05023,Q15758,O14656,Q15043,P31751,O75915,Q9BXP2,P05556,Q6UWE0,P41440,P23634,P05026 18 |
| Ph reduction 0.7974444425825616 2.322357233781392 0.020213708114767 1.0 0.726131802818386 13 P51790,Q8N511,P50897,Q93050,Q9Y487,O75503 6 |
| Pigment biosynthetic process 0.5746478863541442 2.321447092035455 0.0202627264454637 1.0 0.726131802818386 26 Q9Y4G8,P49915,P00813,Q7KZN9,P22830,O00264,P30536 7 |
| Regulation of mitochondrion organization 0.4755337871480402 2.320355615055393 0.0203216478485213 1.0 0.726131802818386 52 O60313,O14737,P21796,Q9H300,P02786,P27544,P30536,P12235,P05141,Q96QK1,O43464,Q9UG56,Q8N2A8,Q9Y3D6,Q9H3K2,Q9P275,Q9NX47,Q9Y6C9,Q96A26 19 |
| Embryonic heart tube development 0.8729415018605328 2.3165673909809015 0.0205273094279039 1.0 0.726131802818386 6 P42892 1 |
| Regulation of lysosomal lumen ph 0.9056144841941686 2.311313631081468 0.0208155376434568 1.0 0.726131802818386 5 Q8N511,P50897,O75503 3 |
| Glial cell proliferation 0.8702140759790695 2.3054137281373523 0.0211434133739865 1.0 0.726131802818386 6 P04062,P30536 2 |
| Inner mitochondrial membrane organization 0.6793724825506301 2.3053653149347317 0.0211461223502005 1.0 0.726131802818386 20 O60313,Q9NVH1,Q5XKP0,O95202,Q9Y5J9,Q16891,Q9P0J0,Q8WWC4,Q9NX63,Q13505,Q6UXV4,Q9Y512,Q9H3K2 13 |
| Vitamin transport 0.8475838271203887 2.2849786849920553 0.0223140776206085 1.0 0.726131802818386 8 P38435,Q9H2D1,Q8WTV0,P41440,P04062 5 |
| Establishment of protein localization to membrane 0.4909681548090738 2.2785347870261923 0.022694734326341 1.0 0.726131802818386 87 O14737,Q9NS69,Q15904,P31751,P43307,P46379,P40855,Q9H444,Q9Y512,Q9NPA0,Q9HD20,Q96A33,O15118,Q9P0I2,O60725,Q9Y3D6,P98194,Q8WWC4,Q15629,Q99442,Q9P0J0,Q9UGP8,Q15070 23 |
| Glycerolipid metabolic process 0.478571069854279 2.2631142520195455 0.0236286472212083 1.0 0.726131802818386 77 O43292,Q9NPH0,Q9BTU6,Q6IAN0,P43034,Q99623,O95674,Q8WTV0,Q8IY17,Q9UG56,Q9HCL2,Q9UBV2,Q9Y6K0,P35790,Q8N2K0,Q8NCC3,Q92604,Q8N9F7,Q8NF37,Q9UJZ1,Q5H8A4,Q9NZC3,Q8WVX9,Q10713,O60762,Q92643,Q9H490,Q8NCG7,Q96N66 29 |
| Golgi vesicle budding 0.8593351575862463 2.260779614548958 0.0237729075515411 1.0 0.726131802818386 6 P49755,Q15363 2 |
| Endoplasmic reticulum membrane organization 0.8404768696074987 2.254548593106698 0.0241616772860331 1.0 0.726131802818386 8 Q9P2W9,Q9NQC3,Q8NHH9,Q15363 4 |
| Sphingoid metabolic process 0.8904529200972684 2.2505601836329103 0.0244134076457782 1.0 0.726131802818386 5 Q06136,P04062,Q13510 3 |
| Regulation of macroautophagy 0.4609873770227212 2.244410016256136 0.0248060326509502 1.0 0.726131802818386 63 P21796,Q9Y5X3,P12235,P05141,O15269,P09601,Q9Y5K8,Q96QK1,Q93050,Q9Y487,P27544,O15118,Q9NRR5,Q6UWE0,P04062,Q9P275,Q9H444 17 |
| Phosphatidylserine metabolic process 0.922482100234446 2.2439885677668445 0.0248331369135761 1.0 0.726131802818386 4 Q8NCC3 1 |
| Mitochondrial fusion 0.7372142938171871 2.2411699204220175 0.0250150704674874 1.0 0.726131802818386 16 O60313,Q9H300,P02786,Q9Y6C9,Q16611,Q8N2A8,Q8IWA4,Q9UJZ1,Q9Y3D6,Q9NX63,O95140 11 |
| Cytochrome complex assembly 0.805551734687606 2.240772508693436 0.0250408145687723 1.0 0.726131802818386 11 Q9Y2R0,Q69YU5,Q7KZN9,Q15070,Q9BSK2 5 |
| Mannosylation 0.8437737022728884 2.230274124334372 0.0257292499158532 1.0 0.726131802818386 7 O43505,Q9BT22,O60762,Q2TAA5 4 |
| Regulation of lipid metabolic process 0.4545286120208297 2.225022820687558 0.0260797062019826 1.0 0.726131802818386 59 Q9NZJ7,O75376,Q96G23,Q9H6K4,P31751,Q99623,Q8WTV0,P11802,P30536,Q13510,P04083,P19838,O75844,Q92604,Q8NF37,P05023,Q15118,P16435,P07602,Q8NCG7,Q96N66 21 |
| Neuromuscular process 0.5594818101289522 2.2247759683356123 0.0260962814482219 1.0 0.726131802818386 27 P17900,P78417,O75844,Q9UPW5,P43034,P07196,P10253,O14773,P04062,Q8IZL8 10 |
| Lysosomal lumen acidification 0.9152155295461012 2.215387915218422 0.0267334500972888 1.0 0.726131802818386 4 Q8N511,P50897,O75503 3 |
| Ceramide biosynthetic process 0.7876515883098477 2.213543345113058 0.0268602083450322 1.0 0.726131802818386 12 Q96G23,Q13510,P27544,P04062,Q16880 5 |
| Nucleotide transport 0.76107800500656 2.212176879842884 0.0269544456952106 1.0 0.726131802818386 14 Q99808,P12235,P05141,O15439,Q9H2D1,P41440,Q9BSK2,Q8TB61,P12236,Q6KCM7 10 |
| Negative regulation of leukocyte apoptotic process 0.8798990292956961 2.208026831230893 0.0272424028370346 1.0 0.726131802818386 5 P00813 1 |
| Negative regulation of lymphocyte apoptotic process 0.8798990292956961 2.208026831230893 0.0272424028370346 1.0 0.726131802818386 5 P00813 1 |
| Vacuolar acidification 0.8199506411089666 2.207651942025753 0.0272685453233969 1.0 0.726131802818386 9 Q8N511,P50897,Q93050,Q9Y487,O75503 5 |
| Diol metabolic process 0.8295286983339266 2.207463515240463 0.0272816932308241 1.0 0.726131802818386 8 P04062,Q13510,P00374 3 |
| Diol biosynthetic process 0.8295286983339266 2.207463515240463 0.0272816932308241 1.0 0.726131802818386 8 P04062,Q13510,P00374 3 |
| Regulation of response to extracellular stimulus 0.8796847714423339 2.2071612871334176 0.027302793307987 1.0 0.726131802818386 5 P80303 1 |
| Steroid biosynthetic process 0.4883627045265684 2.202349513779536 0.0276406291692388 1.0 0.726131802818386 47 Q15125,Q13510,Q15392,P16435,Q14534,Q14739,P48449,Q53GQ0,Q15800,Q16850,P30536 11 |
| Glycerophospholipid biosynthetic process 0.482859733685451 2.1943264612720177 0.0282119484496345 1.0 0.726131802818386 48 O43292,Q9NPH0,Q9BTU6,Q6IAN0,O95674,Q99943,Q9UG56,Q9HCL2,Q9Y6K0,P35790,Q8NF37,Q5H8A4,Q8WVX9,Q10713,O60762,Q92643,Q969N2,Q9H490,Q96N66 19 |
| Walking behavior 0.8430606832307479 2.19357494265899 0.0282659814443104 1.0 0.726131802818386 6 O15118,Q8N2K0,O43464,O75844 4 |
| Nucleobase containing small molecule biosynthetic process 0.8258479967142252 2.1915772581174555 0.0284100455475746 1.0 0.726131802818386 8 Q13126,P00813 2 |
| Glycosyl compound biosynthetic process 0.8258479967142252 2.1915772581174555 0.0284100455475746 1.0 0.726131802818386 8 Q13126,P00813 2 |
| Purine nucleoside biosynthetic process 0.8341084279979669 2.189470442632013 0.0285626645778696 1.0 0.726131802818386 7 P00813 1 |
| Glycosylceramide metabolic process 0.8734639416846854 2.1819951353681213 0.0291098917561329 1.0 0.726131802818386 5 P04062 1 |
| Aminoglycan metabolic process 0.7256868483281932 2.1802724128777555 0.0292372747188214 1.0 0.726131802818386 16 P54802,P16278,O94923,O43505,Q7LGA3,P08236,Q96L58,O60701,P19838,P06865,Q8NCH0 11 |
| Prostate gland development 0.8215250241616302 2.172882606474345 0.0297891538959054 1.0 0.726131802818386 8 P04083,P07602 2 |
| Cellular response to oxygen levels 0.5021538486080525 2.169284089445662 0.0300611224099074 1.0 0.726131802818386 43 Q15904,P09601,Q8N511,O95831,Q99623,P55786,Q96A26,Q9Y487 8 |
| Glycolipid biosynthetic process 0.7781610952901709 2.1685457547385414 0.0301171873137231 1.0 0.726131802818386 12 O43292,Q92643,O60762,Q8NBX0,Q99805,Q9H490,Q5H8A4,Q16880 8 |
| Tetrapyrrole catabolic process 0.86743999864886 2.1575598954573407 0.0309620656105782 1.0 0.726131802818386 5 P30519 1 |
| Locomotory behavior 0.532252353465969 2.154548548073049 0.0311971790258509 1.0 0.726131802818386 34 Q04656,P54802,P51790,O75844,Q9UPW5,Q8N2K0,O43464,P50897,Q96RL7,O15118,P10253 11 |
| Cerebellar purkinje cell layer morphogenesis 0.8660877088146571 2.1520656844033113 0.0313921813918072 1.0 0.726131802818386 5 Q04656,P04062,Q9UPW5 3 |
| Cellular response to increased oxygen levels 0.8249457014105466 2.1506137870912707 0.031506696195884 1.0 0.726131802818386 7 Q8N511,Q9Y487 2 |
| Folic acid metabolic process 0.8161153150137622 2.149433231088858 0.0316000735736548 1.0 0.726131802818386 8 Q9H2D1,P00374 2 |
| Sterol biosynthetic process 0.5747820441873845 2.147707601218898 0.0317369911461709 1.0 0.726131802818386 24 Q15125,P16435,Q15392,Q14739,Q14534,P48449,Q16850,Q15800 8 |
| Signal peptide processing 0.8313912580524541 2.145067431289959 0.0319474559783392 1.0 0.726131802818386 6 Q8TCT9,P67812,O75503 3 |
| Transition metal ion homeostasis 0.5528744388750753 2.1443915610959574 0.032001525867142 1.0 0.726131802818386 25 Q04656,Q92504,P30519,Q15904,P09601,Q15043,Q8N511,Q9Y487 8 |
| Bone morphogenesis 0.823288848011077 2.1435694212521677 0.0320674031118952 1.0 0.726131802818386 7 Q92896,O75844,P16435 3 |
| Cellular ion homeostasis 0.4814612088987665 2.1348071075010746 0.0327767694913572 1.0 0.726131802818386 91 O76024,Q9UH65,Q15904,Q8N511,P02786,Q93050,Q16891,Q9Y6M7,P06576,Q9Y487,P05026,O75027,Q04656,P78417,Q96TC7,P20020,Q9HD20,O95202,Q9BPX6,P09601,P51572,Q96A33,O75787,Q9Y4W6,P16615,P23634,Q9Y3D6,P51790,Q92504,O75880,P50897,P98194,Q8WWC4,P05023,Q9UJZ1,O75503,P55011,Q15043,P0CG08,Q16611,Q92544 41 |
| Regulation of response to osmotic stress 0.8938041145404467 2.1306166981572607 0.0331207327745948 1.0 0.726131802818386 4 P08183,O95202 2 |
| Negative regulation of gliogenesis 0.8277543727393342 2.1298953161817336 0.0331802569285366 1.0 0.726131802818386 6 P30536 1 |
| Phagocytosis recognition 0.8935416635639879 2.1295730384232328 0.0332068789462616 1.0 0.726131802818386 4 Q8WTV0 1 |
| Copi coated vesicle budding 0.8925183250596422 2.12550259073208 0.0335446981242004 1.0 0.726131802818386 4 P49755,Q15363 2 |
| Ceramide transport 0.8579333953978949 2.1188670572379884 0.0341017036781976 1.0 0.726131802818386 5 P08183,P07602 2 |
| Porphyrin containing compound metabolic process 0.6818432403237618 2.113475929579474 0.0345600530985676 1.0 0.726131802818386 18 P30519,P09601,Q7KZN9,O00264,P30536 5 |
| Positive regulation of fatty acid metabolic process 0.8893571763081232 2.112918207200797 0.0346077692085649 1.0 0.726131802818386 4 P04083,P31751 2 |
| Xenobiotic transport 0.8234582877948294 2.111940054583326 0.0346915912567158 1.0 0.726131802818386 6 O15439,P08183,P11166,P41440 4 |
| Tetrapyrrole metabolic process 0.6471908567203059 2.111299649132095 0.0347465641932105 1.0 0.726131802818386 20 P30519,P09601,Q7KZN9,P22830,O00264,P30536 6 |
| Nucleotide transmembrane transport 0.776707555643954 2.1071058199936408 0.035108407968281 1.0 0.726131802818386 11 P12235,P05141,O15439,Q9H2D1,P41440,Q9BSK2,Q8TB61,P12236 8 |
| Retina homeostasis 0.8543956036589151 2.104427219056568 0.0353411971525501 1.0 0.726131802818386 5 P51790,P04792 2 |
| Ion transmembrane transport 0.5434937917384935 2.1041817059811043 0.0353625997058253 1.0 0.726131802818386 159 Q9UHG3,P21796,Q9Y6M7,P45880,Q70HW3,O75964,P20020,Q9HD20,P05141,P12235,P08183,Q9H2D1,Q9UDW1,O43772,P36542,P33527,O75844,P00846,P05556,Q9UBX3,Q8TB61,Q9UJZ1,P55011,Q13423,P08195,Q96ES6,Q9Y619,Q15758,Q9H9B4,P0CG08,P30825,P53985,P06576,P12236,P05026,O75027,P78417,O95202,P13073,Q9Y4W6,P53007,P41440,P16615,P23634,P51790,P46939,Q7KZN9,Q9BXP2,Q6P4A7,Q9UM00,O43808,P18859,Q6KCM7,Q9Y277,Q14728,P56385,Q99623,O60831,P24539,Q04656,Q9BQT8,Q9BPX6,P00403,P98194,Q8WWC4,Q4KMQ2,Q6P4Q7,Q96NB2,P47985,Q92504,P20674,P05023,Q15043,O75915,O15439,Q16611,P56134 77 |
| Cellular hormone metabolic process 0.7088967639572712 2.090854726449489 0.0365410885628518 1.0 0.726131802818386 16 P42892,P30536,Q9HB40,O95470 4 |
| Sphingosine biosynthetic process 0.8827156709678338 2.0864269801835613 0.0369399631609264 1.0 0.726131802818386 4 P04062,Q13510 2 |
| Retrograde transport endosome to golgi 0.5208734555913429 2.085897262500959 0.0369879303242113 1.0 0.726131802818386 35 Q9Y5X3,Q8NBN3,O60749,Q96QK1,Q9BVK6,O15260,Q13190,O75503,O95249 9 |
| Respiratory chain complex iii assembly 0.8497686422104134 2.085508698058141 0.0370231494485269 1.0 0.726131802818386 5 Q6DKK2,Q69YU5,Q9BSK2 3 |
| Establishment of protein localization to mitochondrial membrane 0.7341141837794357 2.076731661483936 0.0378263326609062 1.0 0.726131802818386 14 O14737,Q9NS69,Q9P0J0,Q8WWC4,Q15070,Q9Y512 6 |
| Cerebellar purkinje cell layer development 0.7902465601215418 2.0757779219626946 0.0379144952213736 1.0 0.726131802818386 9 Q04656,P54802,O14949,Q9UPW5,P04062 5 |
| Cartilage development involved in endochondral bone morphogenesis 0.8455049464227885 2.068042363294382 0.0386360397002492 1.0 0.726131802818386 5 P16435,O75844 2 |
| Endochondral bone morphogenesis 0.8455049464227885 2.068042363294382 0.0386360397002492 1.0 0.726131802818386 5 P16435,O75844 2 |
| Retrograde vesicle mediated transport golgi to endoplasmic reticulum 0.5366865752697405 2.067469058832409 0.0386899768122188 1.0 0.726131802818386 28 P49755,Q12893,Q969X5,P24390,Q9P2W9,Q9Y282,Q8TD16,O15258 8 |
| Epithelial cell differentiation involved in prostate gland development 0.8767658054346403 2.0626353869039824 0.0391472830061734 1.0 0.726131802818386 4 P07602 1 |
| Metal ion homeostasis 0.4660707204748432 2.062551664330363 0.0391552441386466 1.0 0.726131802818386 83 O76024,Q9UH65,Q15904,P02786,Q8N511,Q16891,Q9Y487,P05026,O75027,Q04656,P30519,P78417,Q96TC7,Q9Y5X3,P20020,Q9HD20,O95202,Q9BPX6,P09601,P51572,Q96A33,Q9Y4W6,P16615,P23634,Q9Y3D6,Q92504,O75880,Q9BXP2,P98194,Q8WWC4,P05023,Q9UJZ1,P55011,Q8NE01,Q15043,Q16611,Q6P4Q7 37 |
| Glycoside catabolic process 0.8110503292660296 2.0598808927593004 0.03940992876669 1.0 0.7283638882711856 6 Q9BTY2,P04062,Q9NUJ1 3 |
| Fatty acid transmembrane transport 0.8030269045011434 2.056976654755036 0.0396884715328993 1.0 0.7283638882711856 7 O43772,P11166,P31751,P23786 4 |
| Nerve development 0.8016851152576254 2.051213329006596 0.0402461764270563 1.0 0.7298121871757545 7 P42892 1 |
| Peptide catabolic process 0.7529946727658289 2.0481497416123498 0.0405453292512372 1.0 0.7298121871757545 12 P42892,Q9UIQ6,Q9UJ14,Q6P179,P55786,Q9NZ08 6 |
| Positive regulation of mitochondrion organization 0.5397821150205427 2.0461061605780104 0.0407459270165386 1.0 0.7298121871757545 25 O14737,P21796,Q9NX47,P12235,P05141,Q96QK1,O43464,P27544,Q96A26,Q8N2A8,Q9Y3D6 11 |
| Aminoglycan biosynthetic process 0.7727660684969258 2.040286531305623 0.0413217955033249 1.0 0.7299555954239217 10 O94923,O43505,Q7LGA3,Q96L58,O60701,P19838,Q8NCH0 7 |
| Amino acid transmembrane transport 0.7259836212194386 2.035504855169749 0.0418001005218171 1.0 0.7300641895371345 14 P30825,P08195,Q9Y619,Q15758,O75915,P05556,O60831,Q96NB2 8 |
| Connective tissue development 0.514208765818341 2.0306458509955876 0.0422909329720273 1.0 0.7330141209258293 35 Q04656,Q92896,O75844,P16435,Q6IAN0,P35610,Q96HY6,Q15043,Q92543,Q15643,Q6KCM7,O15173,P43490 13 |
| Protein targeting 0.5045096936319958 2.028769425724003 0.0424817807909536 1.0 0.7330141209258293 124 Q99595,Q9NS69,O14737,Q9H300,O60830,P31751,O14925,Q96RL7,Q8N4H5,P43307,P46379,Q14108,P40855,P30536,Q9H444,O43615,P51572,O43464,O60725,Q9Y3D6,P55786,Q5JRX3,Q15629,Q9P275,Q15388,Q99442,Q9Y5M8,P57105,O95831,Q9P0J0,Q9UGP8,O75381 32 |
| Mucopolysaccharide metabolic process 0.7697963532920529 2.026641095788308 0.0426991305406467 1.0 0.7330141209258293 10 P16278,O94923,O43505,Q96L58,O60701,P19838,Q8NCH0 7 |
| Respiratory chain complex iv assembly 0.801559901755537 2.0198625658348885 0.0433976451689601 1.0 0.7330141209258293 6 Q9Y2R0,Q15070 2 |
| Regulation of glial cell proliferation 0.8327715559403925 2.0156920385358137 0.0438321886495436 1.0 0.7330141209258293 5 P30536 1 |
| Neutral lipid metabolic process 0.6797585349646976 2.0132935674819197 0.0440837546811367 1.0 0.7330141209258293 17 Q8N2K0,Q8NCC3,Q8WTV0,Q8NCG7,Q9HCL2,Q9UBV2,Q96N66 7 |
| Purine containing compound transmembrane transport 0.7668156024687108 2.012925291083255 0.0441224894500043 1.0 0.7330141209258293 10 Q99808,P12235,P05141,O15439,P41440,Q8TB61,P12236 7 |
| Phosphatidic acid metabolic process 0.8295079500170738 2.0022295805493053 0.0452600456619969 1.0 0.7330141209258293 5 Q9HCL2,Q9NPH0 2 |
| Purine nucleotide transport 0.7429736706742047 1.9997793327936244 0.0455240972265125 1.0 0.7330141209258293 12 Q99808,P12235,P05141,O15439,P41440,Q8TB61,P12236,Q6KCM7 8 |
| Regulation of endothelial cell migration 0.5231345694009307 1.996356062528382 0.0458951797366933 1.0 0.7330141209258293 30 P09601,P42785,P57105,Q8WTV0,P04083,P06576 6 |
| Modified amino acid transport 0.7884906302900582 1.9943497907247083 0.0461138414726793 1.0 0.7330141209258293 7 O15439,Q9H2D1,O43772,P41440 4 |
| Cation transmembrane transport 0.4963153175654358 1.993331508668707 0.0462251583333386 1.0 0.7330141209258293 119 P30825,P21796,Q99623,Q9Y6M7,P06576,Q96NB2,Q70HW3,O75964,P24539,P05026,O75027,Q04656,P78417,P20020,Q9HD20,P05141,P12235,O95202,P13073,Q9BPX6,Q9Y4W6,P47985,P16615,P23634,Q9UDW1,O43772,P36542,P51790,Q92504,P00403,P00846,P46939,P20674,Q7KZN9,P05556,Q9BXP2,Q9UM00,P98194,Q8WWC4,P05023,Q9UJZ1,Q4KMQ2,Q6KCM7,P55011,Q13423,P08195,Q96ES6,Q9Y619,Q15758,Q15043,Q9H9B4,Q6P4Q7,P56134,P56385 54 |
| Sensory perception of light stimulus 0.6442372415575699 1.9902029851678449 0.0465685796156192 1.0 0.7330141209258293 19 O76024,O43924,P53611,Q9H6K4,P50897,Q13432,Q6P4Q7 7 |
| Regulation of blood pressure 0.6098623578272986 1.9899584720947645 0.0465955103123285 1.0 0.7330141209258293 21 P42892,Q9UIQ6,Q9Y5X3,P09601,Q6P179,P42785,Q9HB40,Q9NZ08 8 |
| Amino acid import across plasma membrane 0.8255282695602418 1.9857887147017108 0.0470567893778222 1.0 0.7330141209258293 5 P30825,P05556,P08195,O75915 4 |
| Peripheral nervous system axon regeneration 0.8574574577732857 1.98504812197879 0.04713911780104 1.0 0.7330141209258293 4 Q96G23,P30536 2 |
| Positive regulation of mitochondrial translation 0.7775387932347908 1.980454875342384 0.0476524390434365 1.0 0.7385009449877181 8 Q9Y2R0,Q567V2 2 |
| Vascular transport 0.687759459692006 1.9770850643474736 0.0480320157369025 1.0 0.7426402058431627 16 P33527,P30825,P55011,P11166,Q99808,Q15758,P53985,P08183,P02786,O15439,P41440 11 |
| Lysosomal protein catabolic process 0.7829150398302391 1.970218081048365 0.04881338218805 1.0 0.7460097913758302 7 O14773,Q8N511,P04062,Q96RL7 4 |
| Protein catabolic process in the vacuole 0.7829150398302391 1.970218081048365 0.04881338218805 1.0 0.7460097913758302 7 O14773,Q8N511,P04062,Q96RL7 4 |
| Proteoglycan biosynthetic process 0.7749981996973644 1.96921909604435 0.0489279369381603 1.0 0.7460097913758302 8 O94923,Q7LGA3,Q96L58,Q99805,Q8NCH0 5 |
| Proteoglycan metabolic process 0.7749981996973644 1.96921909604435 0.0489279369381603 1.0 0.7460097913758302 8 O94923,Q7LGA3,Q96L58,Q99805,Q8NCH0 5 |
| Phospholipid metabolic process 0.4611955631123062 1.9651973844454005 0.0493913965820838 1.0 0.7512759565265438 87 O43292,Q9NPH0,Q9BTU6,Q03426,Q6IAN0,P43034,Q99623,O95674,Q8WTV0,Q8IY17,Q9UG56,Q9HCL2,Q86YN1,Q9Y6K0,P35790,O15269,Q8N2K0,P37268,Q8NCC3,Q92604,Q8N9F7,Q8NF37,Q9Y263,Q9UJZ1,Q5H8A4,Q9NZC3,Q8WVX9,Q10713,O60762,Q92643,Q969N2,Q9H490,Q8NHP8,Q96N66 34 |
| Export across plasma membrane 0.7550541364718153 1.9586143963156144 0.0501579623325312 1.0 0.7512759565265438 10 P33527,P20020,P08183,O15439,P05023,Q4KMQ2 6 |
| Glycerophospholipid catabolic process 0.7639792494236634 1.957582097416116 0.0502790697544752 1.0 0.7512759565265438 9 Q8IY17,Q8N2K0,Q8NCC3,Q8WTV0,Q9NZC3 5 |
| Inorganic anion transmembrane transport 0.744760461845956 1.956787005285714 0.0503725155025247 1.0 0.7512759565265438 11 P51790,P55011,Q9UHG3,Q9BXP2,Q9UBX3,Q4KMQ2 6 |
| Organelle fusion 0.4626257203071016 1.956302777688487 0.0504294971793628 1.0 0.7512759565265438 47 O60313,Q9H300,P31751,P02786,Q86Y82,Q8IWA4,O95249,O95140,Q9Y4W6,P06493,P04083,Q8N2A8,Q9Y3D6,P07355,Q9UJZ1,Q969M3,Q9UNK0,O15400,Q9Y6C9,Q13190,Q16611,Q8NAN2,Q9NX63 23 |
| Lipoprotein localization 0.8497710789200685 1.954003147940759 0.0507008449066823 1.0 0.7512759565265438 4 A6NIH7,Q13432 2 |
| Amino acid transport 0.5476958053578752 1.9526411822121972 0.0508621277232361 1.0 0.7512759565265438 24 P30825,P55011,P08195,Q9Y619,Q15758,Q96H78,O75915,P05556,O60831,Q6P4A7,Q96NB2 11 |
| Macromolecule depalmitoylation 0.7853604485164993 1.9511583796477796 0.0510382083026954 1.0 0.7512759565265438 6 Q9UMR5,P50897,Q9NUJ1 3 |
| Multi multicellular organism process 0.5232726749518373 1.947923459400523 0.0514241222937903 1.0 0.7512759565265438 27 Q9BQE5,Q04656,Q07021,P11166,Q6ZW31,Q9UIQ6,Q15363,P35613,P41440 9 |
| Heparan sulfate proteoglycan metabolic process 0.7841149762722257 1.9458556972520873 0.0516720759461661 1.0 0.7512759565265438 6 Q7LGA3,Q96L58,O94923,Q99805 4 |
| Heparan sulfate proteoglycan biosynthetic process 0.7841149762722257 1.9458556972520873 0.0516720759461661 1.0 0.7512759565265438 6 Q7LGA3,Q96L58,O94923,Q99805 4 |
| Alcohol biosynthetic process 0.4946585914991457 1.942905373582947 0.0520275925608497 1.0 0.7512759565265438 38 Q15125,Q13510,Q15392,O15269,P16435,Q14739,P04062,P48449,P00374,Q16850,Q15800 11 |
| Phospholipid catabolic process 0.7191297108857518 1.9389371501695445 0.0525089916152812 1.0 0.7512759565265438 13 Q8IY17,Q8N2K0,Q8NCC3,Q8WTV0,Q8NHP8,Q9NZC3 6 |
| Atp synthesis coupled proton transport 0.7185031581595945 1.9358066467946375 0.0528913865474576 1.0 0.7512759565265438 13 P00846,P18859,P06576,Q9UJZ1,P24539,O75964,P56134,P56385,P36542 9 |
| Phosphatidylglycerol metabolic process 0.7399228796772342 1.9338205928956995 0.0531351899590033 1.0 0.7512759565265438 11 Q8NCC3,Q99623,Q92604,Q8NF37,Q9HCL2 5 |
| Positive regulation of blood circulation 0.8439901219754653 1.9305958065212556 0.0535330568699665 1.0 0.7512759565265438 4 P16615,P00813 2 |
| Sulfur compound transport 0.7388510706402642 1.9287250204201585 0.0537650083901963 1.0 0.7512759565265438 11 Q9UBX3,Q70HW3 2 |
| Positive regulation of mitophagy 0.8432771909791565 1.9277056871894331 0.0538917443083426 1.0 0.7512759565265438 4 P21796,P27544,P12235 3 |
| Early endosome to golgi transport 0.7793499897796998 1.9255417443760523 0.0541616187766342 1.0 0.7512759565265438 6 O60749,O15260,Q13190,Q9BVK6 4 |
| Phosphatidylethanolamine metabolic process 0.8421353125892055 1.9230751163808335 0.0544706168920061 1.0 0.7512759565265438 4 P35790,Q9Y6K0,Q8NCC3 3 |
| Positive regulation of necrotic cell death 0.8101708436080217 1.922093748957277 0.0545939624997715 1.0 0.7512759565265438 5 P30536 1 |
| Mitochondrial atp synthesis coupled proton transport 0.7268011478638063 1.9212080835984784 0.054705479471679 1.0 0.7512759565265438 12 P56134,P00846,P18859,P06576,Q9UJZ1,O75964,P24539,P56385,P36542 9 |
| L amino acid transport 0.7364442952287471 1.9172733531098225 0.0552032133626052 1.0 0.7512759565265438 11 P30825,P08195,Q9Y619,Q15758,O75915,P05556,O60831 7 |
| Blood vessel endothelial cell migration 0.522749152212641 1.916771730893956 0.0552669378075763 1.0 0.7512759565265438 25 P09601,P42785,Q8WTV0,P04083,P06576 5 |
| Nuclear pore complex assembly 0.7545684847528281 1.914882760606903 0.0555074568258586 1.0 0.7512759565265438 9 Q9BTX1,Q8N1F7,P12270,Q9NQC3,P57740 5 |
| Cristae formation 0.7544086516944954 1.914155967559969 0.0556002300697502 1.0 0.7512759565265438 9 Q9NVH1,O95202,Q5XKP0,Q16891,Q9NX63,Q9Y512,Q6UXV4 7 |
| Chloride transmembrane transport 0.769976547164813 1.913986485463615 0.0556218825847825 1.0 0.7512759565265438 7 P51790,P55011,Q4KMQ2,Q9UHG3 4 |
| Mitochondrial electron transport cytochrome c to oxygen 0.7763399261921683 1.912687608099217 0.0557880565315178 1.0 0.7512759565265438 6 P13073,P00403,Q7KZN9 3 |
| Atp synthesis coupled electron transport 0.484622682284252 1.9125114258672944 0.0558106285058428 1.0 0.7512759565265438 40 O14949,P03886,P00403,P13073,O96000,Q7KZN9,O43676,P47985,Q9UDW1,Q9Y6M9,O95168,Q9H3K2 12 |
| Negative regulation of leukocyte migration 0.7607627298792041 1.9060228783529192 0.0566472374413764 1.0 0.7544858513937451 8 P00813 1 |
| Oligosaccharide lipid intermediate biosynthetic process 0.7747152928000242 1.9057428413033624 0.0566835780507872 1.0 0.7544858513937451 6 Q86YN1,Q9BT22 2 |
| Organic cation transport 0.8056858018400573 1.903418032950208 0.0569860198332179 1.0 0.756577183546859 5 Q70HW3 1 |
| Positive regulation of macroautophagy 0.5599402982944809 1.901897992063452 0.0571844917585402 1.0 0.756577183546859 23 P21796,O15269,P12235,P05141,P09601,P27544 6 |
| Calcium import into the mitochondrion 0.8041458415249133 1.8969980285906929 0.057828198282348 1.0 0.7590094732804415 5 P21796,Q9BPX6 2 |
| Metal ion export 0.7407900463147262 1.8923433387556157 0.0584452501240018 1.0 0.7610562945141222 10 Q04656,P20020,O95202,P05023,Q4KMQ2,P05026 6 |
| Membrane protein proteolysis 0.7205103348268075 1.8904783237173104 0.0586940169336223 1.0 0.7627911413302647 12 Q8TCT9,Q16740,Q92542,Q9H300,Q9NZ08,P38159 6 |
| Glycerol ether metabolic process 0.7642276622240153 1.8888983779997872 0.0589054468655558 1.0 0.7640348923504909 7 Q6IAN0,P43034,O00116,Q6PIU2,Q8WVX9 5 |
| Photoreceptor cell maintenance 0.8332819694443875 1.887108194628054 0.0591457747367798 1.0 0.7646507240913732 4 P51790 1 |
| Protein transmembrane import into intracellular organelle 0.6844207941749515 1.8868197905336488 0.059184568314252 1.0 0.7646507240913732 15 Q99595,O43615,O60830,O14925,O95831,O75381 6 |
| Endoplasmic reticulum tubular network organization 0.7465703229688718 1.8784491881130352 0.0603197419483665 1.0 0.7721686877775134 9 O95197,Q9NQC3,P57088 3 |
| Proton transporting two sector atpase complex assembly 0.799656186366074 1.8782588849163924 0.0603457581707167 1.0 0.7721686877775134 5 Q15070,Q8N511 2 |
| Regulation of steroid biosynthetic process 0.7280145011369368 1.8770614349303352 0.060509674239856 1.0 0.7721686877775134 11 P05023,P30536,P16435,Q13510 4 |
| Membrane lipid catabolic process 0.717657195614327 1.8765107255595452 0.0605851833185022 1.0 0.7721686877775134 12 P04062,P50897,O95470 3 |
| Neutral lipid biosynthetic process 0.7607813503620948 1.8738286639756925 0.0609540442652551 1.0 0.7739702185490908 7 Q9HCL2,Q8WTV0,Q8NCC3 3 |
| Detection of biotic stimulus 0.766337942745358 1.8698556535304591 0.0615038654712252 1.0 0.7739702185490908 6 P30536 1 |
| Positive regulation of lipid catabolic process 0.8273361432097242 1.8628897232181 0.0624777829823526 1.0 0.7771864599557036 4 P31751 1 |
| Adult locomotory behavior 0.666748777999933 1.8626976199513436 0.0625048209366825 1.0 0.7771864599557036 16 P51790,O75844,Q8N2K0,O43464,P50897,O15118 6 |
| Inorganic ion transmembrane transport 0.4810237799474892 1.8626956411308464 0.0625050995000364 1.0 0.7771864599557036 116 Q9UHG3,P21796,Q99623,Q9Y6M7,P06576,O75964,P24539,P05026,O75027,Q04656,P78417,P20020,Q9HD20,P05141,P12235,O95202,P13073,Q9BPX6,Q9Y4W6,P47985,P16615,P23634,Q9UDW1,P36542,P51790,Q92504,P00403,P00846,P46939,P20674,Q7KZN9,P05556,Q9UBX3,Q9BXP2,Q9UM00,P98194,Q8WWC4,P05023,Q9UJZ1,P18859,Q6KCM7,Q4KMQ2,P55011,Q13423,P08195,Q96ES6,Q15043,Q6P4Q7,P56134,P56385 50 |
| Plasma membrane organization 0.5135374721068697 1.8586022426227429 0.0630835389991779 1.0 0.7828524896100993 26 Q9UQB8,P31751,P41440,P16615,Q96CP7,Q4KMQ2 6 |
| Regulation of blood circulation 0.5115927511257444 1.856984561324503 0.0633133506026668 1.0 0.7840936847981737 27 P42892,P78417,O75844,P00813,P10253 5 |
| L alpha amino acid transmembrane transport 0.7326313842845209 1.854242697267774 0.0637044460819968 1.0 0.7840936847981737 10 P30825,P08195,Q9Y619,O75915,P05556,O60831 6 |
| Calcium mediated signaling 0.5526629272130891 1.8508564824939464 0.0641902027466074 1.0 0.786636696094911 23 P78417,O75844,P51572,P00813,P16615 5 |
| Protein insertion into er membrane 0.7118228840951725 1.8478902384884968 0.0646182229540832 1.0 0.7897360319761759 12 Q9NPA0,Q96A33,O43681,Q15006,Q9P0I2,P46379,Q15629 7 |
| Neutral amino acid transport 0.8232943191550094 1.8463980276401208 0.0648344334036787 1.0 0.7897360319761759 4 P08195,Q96NB2,Q15758 3 |
| Mitochondrial cytochrome c oxidase assembly 0.7906064675978549 1.8403881467221064 0.0657112724366855 1.0 0.7947149398591323 5 Q9Y2R0 1 |
| Membrane protein ectodomain proteolysis 0.737451931226347 1.8367542509518429 0.0662461824306628 1.0 0.7947149398591323 9 Q8TCT9,Q9NZ08 2 |
| Transition metal ion transport 0.6871593145652184 1.836239018520159 0.0663223142917663 1.0 0.7947149398591323 14 Q04656,Q92504,Q9HD20,Q15043,P02786,Q9H9B4,P98194,O15173 8 |
| Alditol phosphate metabolic process 0.9641764499396326 1.8328917154620212 0.0668186760202331 1.0 0.7947149398591323 3 Q9NPH0 1 |
| Protein processing 0.4457236530286378 1.832154323879572 0.0669284317724443 1.0 0.7947149398591323 48 Q8TCT9,P42892,Q92896,P67812,Q10713,O75844,Q15392,Q9H300,O43464,O75787,Q9UG56,O75976,Q96TA2,Q5JRX3,Q16611,O75503,Q9UJZ1,Q969M3 18 |
| Gpi anchor metabolic process 0.7435047187992602 1.8288726224638705 0.0674186924308906 1.0 0.7967915175951462 8 O43292,Q92643,O60762,Q969N2,Q9H490,Q5H8A4 6 |
| Regulation of membrane lipid distribution 0.7496711084857824 1.82509559257165 0.0679866051875053 1.0 0.7975106720669602 7 P08183,Q96CP7,Q4KMQ2 3 |
| Positive regulation of toll like receptor signaling pathway 0.7860407733591067 1.8212326344086247 0.0685715017014654 1.0 0.80125496324438 5 Q9NQC3 1 |
| Glycosphingolipid metabolic process 0.7246983001771812 1.817061764278985 0.0692076565536556 1.0 0.8044171629704838 10 P16278,P04062,Q16880,Q99805 4 |
| Organic hydroxy compound biosynthetic process 0.4166270946602025 1.8155497598176096 0.0694394663201045 1.0 0.8056930696754486 59 Q04656,Q15125,Q13510,Q15392,O15269,P16435,Q9Y4G8,Q14534,Q14739,P04062,P00374,P48449,Q16850,Q15800 14 |
| Positive regulation of neuron migration 0.7532693484374167 1.8136188210231472 0.0697364307941548 1.0 0.8077191510579125 6 Q9Y263,Q9Y4G8,A0MZ66 3 |
| Cellular transition metal ion homeostasis 0.582137432313724 1.810920439246099 0.0701531681847751 1.0 0.80995089523251 21 Q04656,Q92504,Q15904,P09601,Q15043,Q8N511,Q9Y487 7 |
| Purine containing compound salvage 0.7391324529996326 1.8092357186375156 0.0704143907041472 1.0 0.80995089523251 8 P00813 1 |
| Response to l glutamate 0.8140278490279905 1.8085028131081156 0.070528279386318 1.0 0.80995089523251 4 Q9UQB8 1 |
| Potassium ion homeostasis 0.781743829595171 1.8031749876947345 0.0713607373266111 1.0 0.8160690336710031 5 P05023,P55011,P05026 3 |
| Integrated stress response signaling 0.8123782632244629 1.8017445431813268 0.071585606495069 1.0 0.8160690336710031 4 Q15363 1 |
| Perk mediated unfolded protein response 0.8123782632244629 1.8017445431813268 0.071585606495069 1.0 0.8160690336710031 4 Q15363 1 |
| Positive regulation of dna dependent dna replication 0.8123617821907929 1.8016770027157991 0.0715962383502542 1.0 0.8160690336710031 4 Q04837 1 |
| Positive regulation of blood vessel endothelial cell migration 0.712104797145293 1.8007431518073154 0.0717433727799019 1.0 0.8160690336710031 11 P09601,P04083,P06576 3 |
| Protein localization to endoplasmic reticulum exit site 0.7799645075318309 1.7956891548991716 0.072543967645716 1.0 0.8198634681473045 5 Q9UHQ4 1 |
| Regulation of t cell apoptotic process 0.7489667589708999 1.795037646745118 0.0726477020397111 1.0 0.8198634681473045 6 P00813 1 |
| Negative regulation of autophagy 0.5015857095952214 1.7924656111108546 0.0730584130155886 1.0 0.8202919094029193 28 P09601,O15118,Q9P275,Q9H444,P30536,Q07820 6 |
| Trna transport 0.7786309607016078 1.7900755775551118 0.0734417623550229 1.0 0.8207050967403418 5 P67809 1 |
| Glycerolipid catabolic process 0.6996500915818923 1.7879268857922892 0.0737878045853983 1.0 0.8207050967403418 12 Q8IY17,Q8N2K0,Q8NCC3,Q8WTV0,Q8NCG7,Q9NZC3 6 |
| Transmembrane transport 0.5601874160858074 1.7828193585485592 0.0746157134597316 1.0 0.8207050967403418 221 Q9UHG3,Q99595,Q9NS69,P21796,O60830,Q9Y6M7,P45880,Q70HW3,O75964,P20020,Q9HD20,P05141,P12235,P08183,Q99523,Q9H2D1,Q9UDW1,O43772,Q8IXU6,P36542,P33527,P28288,O75844,Q99808,P00846,P05556,Q9UBX3,P04062,Q03519,Q8TB61,Q9UJZ1,Q15629,Q9BSK2,P55011,Q13423,P08195,Q96ES6,Q9Y619,Q15758,Q96H78,Q8NE01,Q9H9B4,O95831,P0CG08,P30825,P53985,P31751,Q8WTV0,P06576,P12236,P05026,P23786,O75027,P78417,O95202,P13073,Q9Y4W6,P53007,P41440,P16615,P23634,P39210,P51790,P46939,P38435,Q7KZN9,Q9BXP2,Q6P4A7,Q9UM00,O43808,P18859,Q6KCM7,Q9Y277,Q16625,O75381,Q14728,P56385,O14925,Q99623,O60831,P24539,Q04656,P49755,Q9BQT8,Q9BPX6,O43615,P11166,P00403,P98194,Q8WWC4,Q4KMQ2,Q07820,Q03518,Q15388,Q99442,Q9UGP8,Q6P4Q7,Q96NB2,P47985,Q92504,P20674,P05023,Q15043,O75915,O15439,Q16611,P56134 107 |
| Respiratory electron transport chain 0.4178561304299281 1.7736394432852958 0.0761228089949177 1.0 0.8211810212164166 53 O14949,P03886,P00403,P13073,O96000,Q7KZN9,O43676,P47985,P04062,Q9UDW1,Q9Y6M9,O95168,Q9H3K2 13 |
| Cellular modified amino acid metabolic process 0.4123311735649847 1.7681858050565211 0.0770298464666496 1.0 0.8246413364940169 59 Q9UHG3,P78417,Q9UJ14,Q8N2K0,Q8NCC3,Q9H2D1,P41440,O60725,P00374,P23786 10 |
| Positive regulation of cell migration involved in sprouting angiogenesis 0.946481969930198 1.7680221540098466 0.0770572000955893 1.0 0.8246413364940169 3 P09601 1 |
| Response to increased oxygen levels 0.7140188142965042 1.76680502848801 0.0772608863018975 1.0 0.8246413364940169 10 Q8N511,Q9Y487,P00846 3 |
| Regulation of protein lipidation 0.7730290005893232 1.7664646208238814 0.0773179320342012 1.0 0.8246413364940169 5 P04062 1 |
| Regulation of lipoprotein metabolic process 0.7730290005893232 1.7664646208238814 0.0773179320342012 1.0 0.8246413364940169 5 P04062 1 |
| Smad protein signal transduction 0.7281396717799002 1.7597059241295654 0.0784576808444219 1.0 0.8275819708270324 8 Q8N1F7,P08670,Q9UIQ6,Q96PK6 4 |
| Mitochondrial calcium ion transmembrane transport 0.7281221341164323 1.7596267265654757 0.0784711168945353 1.0 0.8275819708270324 8 P21796,O95202,Q9BPX6,Q8WWC4,Q9UJZ1 5 |
| Negative regulation of t cell apoptotic process 0.9429069201118304 1.7548820564156349 0.0792794840057835 1.0 0.8321059371442696 3 P00813 1 |
| Negative regulation of glial cell proliferation 0.941010209475732 1.7479062816335709 0.0804802569538645 1.0 0.8360082846588792 3 P30536 1 |
| Protein insertion into er membrane by stop transfer membrane anchor sequence 0.7683936814996019 1.7468923325303587 0.0806560160973646 1.0 0.8360082846588792 5 Q15006,Q9NPA0,Q9P0I2 3 |
| Intermediate filament organization 0.7375962309375805 1.7457787027185414 0.0808494130726285 1.0 0.8366266851183282 6 P07196,P08670 2 |
| Regulation of autophagy of mitochondrion in response to mitochondrial depolarization 0.7245339610284257 1.743411251830668 0.0812618042620632 1.0 0.836716228629439 8 O43464,P04062,O95140 3 |
| Attachment of gpi anchor to protein 0.7658480868075325 1.7361302871921118 0.082540800163066 1.0 0.8429470998437961 5 O43292,Q92643,Q969N2,Q9H490 4 |
| Regulation of ire1 mediated unfolded protein response 0.7353089883210245 1.7358434480704332 0.0825915193844584 1.0 0.8429470998437961 6 Q96HY6,P57088 2 |
| Nuclear pore organization 0.6786199266458313 1.7345818161099988 0.082814902590635 1.0 0.8429470998437961 13 Q9BTX1,Q8N1F7,P12270,Q9NQC3,P57740,Q7Z3B4 6 |
| Regulation of heart contraction 0.4987444445730772 1.7317627789853909 0.0833158077922502 1.0 0.8429470998437961 25 P10253,O75844,P78417,P00813 4 |
| Regulation of hormone levels 0.4174924727814302 1.7263713473289797 0.084280627106567 1.0 0.8429470998437961 67 P42892,O75844,Q13555,P53985,P05023,P16435,Q96TA1,O75787,P04083,Q9HB40,Q6NUM9,Q53GQ0,Q92543,P30536,O95470 15 |
| Amino acid import 0.7132480909214272 1.725285824409795 0.0844759753234458 1.0 0.8429470998437961 9 P30825,P08195,Q15758,O75915,P05556,Q96NB2 6 |
| Antigen processing and presentation of endogenous antigen 0.7268934259586525 1.7244843935161265 0.0846204339474876 1.0 0.8429470998437961 7 Q03518,P10321,Q6P179,Q03519,Q9NZ08 5 |
| Antigen processing and presentation of endogenous peptide antigen 0.7268934259586525 1.7244843935161265 0.0846204339474876 1.0 0.8429470998437961 7 Q03518,P10321,Q6P179,Q03519,Q9NZ08 5 |
| Zinc ion homeostasis 0.7933070397337425 1.7233510765793778 0.0848250563882269 1.0 0.8429470998437961 4 Q92504 1 |
| Adp transport 0.7921781330288314 1.7186961175405853 0.0856697193602742 1.0 0.8429470998437961 4 P05141,P12236,P12235 3 |
| Cellular sodium ion homeostasis 0.792091931694041 1.71834060846944 0.0857345064752843 1.0 0.8429470998437961 4 P05023,P55011 2 |
| Cellular potassium ion homeostasis 0.792091931694041 1.71834060846944 0.0857345064752843 1.0 0.8429470998437961 4 P05023,P55011 2 |
| Regulation of neurotransmitter uptake 0.7918926634313401 1.717518757037405 0.0858844302721226 1.0 0.8429470998437961 4 P05556,O14656,P41440 3 |
| Regulation of epithelial cell migration 0.4381269838555087 1.7168302859582816 0.0860101855562331 1.0 0.8429470998437961 47 P09601,P42785,P57105,Q8WTV0,P06576,Q9NQC3 6 |
| Sodium ion homeostasis 0.7297572421730244 1.7116917032535612 0.086953498402079 1.0 0.8429470998437961 6 P05023,P55011,Q9Y5X3 3 |
| Icosanoid metabolic process 0.5669603044048217 1.7116436447134888 0.0869623599848157 1.0 0.8429470998437961 21 Q9UJ14,Q8N2K0,Q8N4Q0,Q8N8N7,P07099,P04083,Q8NCG7,Q9Y263,Q15067 9 |
| Regulation of mitochondrial fusion 0.7600377515312059 1.711530705858617 0.0869831878108757 1.0 0.8429470998437961 5 Q8N2A8,Q9Y6C9 2 |
| Ire1 mediated unfolded protein response 0.7229484734521952 1.7069667753580549 0.0878282279849598 1.0 0.8429470998437961 7 Q96HY6,P57088 2 |
| Phospholipid transport 0.6506948593966374 1.7064326211420453 0.0879275613315588 1.0 0.8429470998437961 15 Q14108,Q8WTV0,P08183 3 |
| Tail anchored membrane protein insertion into er membrane 0.7082810997309976 1.7022733225729998 0.0887041433166535 1.0 0.8429470998437961 9 Q9NPA0,O43681,Q15006,Q9P0I2,P46379 5 |
| Estrogen metabolic process 0.7576980756743275 1.7016114747298128 0.0888282250394332 1.0 0.8429470998437961 5 O95470 1 |
| Regulation of mitochondrial gene expression 0.6806456820480395 1.693659324237632 0.0903300380102749 1.0 0.8429470998437961 12 Q9Y2R0,Q567V2 2 |
| Protein localization to vacuole 0.4932996645791179 1.6893708528988511 0.0911483830390982 1.0 0.8429470998437961 25 Q14108,Q9NQC3 2 |
| Atp transport 0.7238632337750466 1.6859957504999523 0.0917966178572875 1.0 0.8429470998437961 6 P05141,P12236,Q6KCM7,P12235 4 |
| Granulocyte differentiation 0.7535706368773016 1.68409419880281 0.0921634653299119 1.0 0.8429470998437961 5 Q14739 1 |
| Antigen processing and presentation of exogenous antigen 0.7175349857793769 1.6828852984670393 0.0923972981238496 1.0 0.8429470998437961 7 Q9UIQ6 1 |
| Triglyceride metabolic process 0.6576880728521728 1.6824432688649138 0.0924829170166836 1.0 0.8429470998437961 14 Q8WTV0,Q8NCG7,Q9HCL2,Q9UBV2,Q96N66 5 |
| Positive regulation of vesicle fusion 0.7832403547138831 1.681787277718472 0.0926100965932479 1.0 0.8429470998437961 4 P31751 1 |
| Positive regulation of t cell proliferation 0.6960200003345588 1.6815929542676853 0.0926477977912021 1.0 0.8429470998437961 10 P30825,Q96EY1,P02786,P04083,Q9HCL2 5 |
| Peptidyl glutamic acid modification 0.7227436431571703 1.6811083698654878 0.0927418669516999 1.0 0.8429470998437961 6 P38435,Q8N0U8 2 |
| Lipid translocation 0.7224967054924011 1.6800301364512469 0.0929514523911365 1.0 0.8429470998437961 6 P08183,Q4KMQ2 2 |
| Calcium ion transport 0.4051384797552555 1.675962545537205 0.0937455292284776 1.0 0.8442629986680805 60 O76024,P21796,P32121,P30536,P05026,P78417,O95202,P20020,Q9BPX6,Q9Y4W6,P16615,P23634,O75844,P98194,Q8WWC4,Q9UJZ1,Q4KMQ2,Q6KCM7,Q13555,P08195,Q16611 21 |
| Inflammatory cell apoptotic process 0.751488496969489 1.675248451193307 0.0938854948568175 1.0 0.8442629986680805 5 O75844 1 |
| Antigen processing and presentation of exogenous peptide antigen 0.7814807037603915 1.674509565742845 0.094030496017154 1.0 0.8442629986680805 4 Q9UIQ6 1 |
| Negative regulation of exocytosis 0.7018954468714118 1.6726219915278588 0.0944017348116688 1.0 0.8442629986680805 9 P09601 1 |
| Vascular process in circulatory system 0.4608161507053303 1.6716340870690334 0.0945964988219449 1.0 0.8442629986680805 39 P30825,P42892,P33527,P11166,P55011,P20020,P53985,Q99808,P08183,P02786,O15439,Q16625,P41440,Q9HB40 14 |
| Sarcoplasmic reticulum calcium ion transport 0.7086093000113097 1.6711681644354144 0.0946884665193343 1.0 0.8442629986680805 8 P78417,O75844 2 |
| Regulation of hormone metabolic process 0.7198015662335848 1.6682557327459482 0.0952649714699094 1.0 0.8442629986680805 6 P05023,O75844,P16435 3 |
| Outer mitochondrial membrane organization 0.7495149352698761 1.6668585318310565 0.0955425382533321 1.0 0.8442629986680805 5 O14737,Q9NS69 2 |
| Regulation of triglyceride metabolic process 0.7487943991512441 1.6637941080833318 0.0961535818352161 1.0 0.8442629986680805 5 Q8WTV0,Q96N66 2 |
| Guanine nucleotide transmembrane transport 0.7788899235138199 1.6637878796651098 0.0961548269538521 1.0 0.8442629986680805 4 P41440 1 |
| Guanine nucleotide transport 0.7788899235138199 1.6637878796651098 0.0961548269538521 1.0 0.8442629986680805 4 P41440 1 |
| Ether biosynthetic process 0.7477450816402041 1.6593301375570368 0.0970492855356774 1.0 0.847512411516591 5 Q6IAN0,O00116,Q8WVX9 3 |
| Golgi ribbon formation 0.7120471094094414 1.6584233433766593 0.0972320481622328 1.0 0.8478029156163599 7 Q9Y3A6 1 |
| Divalent inorganic cation homeostasis 0.3999913095800715 1.6562645765523856 0.0976682508033954 1.0 0.8478029156163599 57 O76024,Q9UH65,Q16891,P05026,P78417,Q96TC7,O95202,Q9HD20,P20020,P51572,Q9BPX6,Q96A33,Q9Y4W6,P16615,P23634,Q9Y3D6,Q92504,P98194,Q8WWC4,Q9UJZ1,Q15043,Q8NE01,Q16611,Q6P4Q7 24 |
| Positive regulation of response to endoplasmic reticulum stress 0.7114857580504419 1.6559183776314594 0.0977383493942312 1.0 0.8478029156163599 7 P51572,P57088,P46379 3 |
| Negative regulation of g protein coupled receptor signaling pathway 0.7042300931291142 1.651224688303054 0.0986927037278877 1.0 0.8528393062977944 8 P16949,P00813,P32121 3 |
| Positive regulation of autophagy 0.4658463281693913 1.6427570388850403 0.1004332121426982 1.0 0.8543389218808292 36 P21796,O15269,P12235,P05141,P09601,P27544,Q86UE4 7 |
| Prostate gland growth 0.9122881022312092 1.6419223848302384 0.1006060901465037 1.0 0.8543389218808292 3 P07602 1 |
| Aminoglycan catabolic process 0.743575099942875 1.6415758878172102 0.1006779280859262 1.0 0.8543389218808292 5 P54802,P16278,P15586,P08236 4 |
| Glycosaminoglycan catabolic process 0.743575099942875 1.6415758878172102 0.1006779280859262 1.0 0.8543389218808292 5 P54802,P16278,P15586,P08236 4 |
| Fatty acid transport 0.6138223086506817 1.6399863428747286 0.1010080065994125 1.0 0.8547604665948861 17 P31751,Q9Y3D6,P04083,O43772,P23786 5 |
| Regulation of anion transmembrane transport 0.7125987502072835 1.6367326241879547 0.1016863491004596 1.0 0.8547604665948861 6 P08183,O75915 2 |
| Positive regulation of muscle tissue development 0.7421281030821603 1.6354097753609294 0.1019631745541653 1.0 0.8547604665948861 5 Q96TA1,P41440 2 |
| Positive regulation of skeletal muscle tissue development 0.7421281030821603 1.6354097753609294 0.1019631745541653 1.0 0.8547604665948861 5 Q96TA1,P41440 2 |
| Phosphatidylglycerol biosynthetic process 0.7715654550578579 1.6334353201680143 0.1023774736530762 1.0 0.8547604665948861 4 Q9HCL2 1 |
| Negative regulation of interleukin 6 production 0.7408801190101764 1.6300895426036288 0.1030825735622316 1.0 0.8547604665948861 5 P04062 1 |
| Protein import into mitochondrial matrix 0.6848647798433829 1.6284735232721823 0.1034245188927998 1.0 0.8547604665948861 10 O43615,O60830,Q99595,O14925 4 |
| Chloride transport 0.6577972037791893 1.628076563150938 0.1035086523803834 1.0 0.8547604665948861 13 P51790,Q9UHG3,P08183,P30536,Q4KMQ2 5 |
| Pyramidal neuron differentiation 0.7402604743751304 1.6274472153950117 0.103642150616551 1.0 0.8547604665948861 5 O14949,P04062 2 |
| Blastocyst formation 0.6357719345615229 1.625705121100321 0.1040124001251714 1.0 0.8547604665948861 15 P00813 1 |
| Triglyceride biosynthetic process 0.7097316626669068 1.6241626801865747 0.1043410934487183 1.0 0.8547604665948861 6 Q9HCL2,Q8WTV0 2 |
| Retina morphogenesis in camera type eye 0.7689979093523776 1.622781495570094 0.1046361227845724 1.0 0.8547604665948861 4 P54802 1 |
| Steroid hormone biosynthetic process 0.7093512467060356 1.622493921448313 0.1046976335820624 1.0 0.8547604665948861 6 P30536 1 |
| Glycosphingolipid biosynthetic process 0.9037017444800388 1.61012336114643 0.1073709280564059 1.0 0.8547604665948861 3 Q16880 1 |
| Bone growth 0.9027960769831092 1.6067665081401958 0.1081055977835627 1.0 0.8547604665948861 3 O75844 1 |
| Growth plate cartilage development 0.9027960769831092 1.6067665081401958 0.1081055977835627 1.0 0.8547604665948861 3 O75844 1 |
| Regulation of phospholipase a2 activity 0.9023972602739788 1.6052881334518934 0.1084304094392369 1.0 0.8547604665948861 3 P04083,P50897 2 |
| Very long chain fatty acid catabolic process 0.7645518427150515 1.6043163912790954 0.1086443298585826 1.0 0.8547604665948861 4 P28288,Q15067 2 |
| Calcium ion import 0.6530788632991917 1.6038156095678209 0.108754702809833 1.0 0.8547604665948861 13 P16615,O75844,P21796,Q9BPX6 4 |
| Amide transport 0.440845606969049 1.6032860897427088 0.1088715061430183 1.0 0.8547604665948861 43 Q9NZJ7,P07602,P53985,P08183,Q9H2D1,P41440,P04083,Q92543,Q13555 9 |
| Negative regulation of cell killing 0.7641875415409783 1.60280249029722 0.1089782668703063 1.0 0.8547604665948861 4 P46108,P32121 2 |
| Calcium mediated signaling using intracellular calcium source 0.7640846425380923 1.602374855457929 0.1090727416657721 1.0 0.8547604665948861 4 P51572 1 |
| Stem cell proliferation 0.6617911973990176 1.5993951116705485 0.1097328377843613 1.0 0.8547604665948861 12 P08183 1 |
| Ion homeostasis 0.4513119111330143 1.5961776078559289 0.1104491454795522 1.0 0.8547604665948861 111 O76024,Q9UH65,Q15904,Q8N511,P02786,Q93050,Q16891,Q9Y6M7,P06576,Q9Y487,P30536,P05026,O75027,Q04656,P30519,P78417,Q96TC7,Q9Y5X3,P20020,Q9HD20,O95202,Q9BPX6,P09601,P51572,Q96A33,O75787,Q9Y4W6,P16615,P23634,Q9Y3D6,P51790,Q92504,O75880,P50897,Q9BXP2,P98194,Q8WWC4,P05023,Q9UJZ1,O75503,P55011,Q8NE01,Q15043,P0CG08,Q16611,Q92544,Q6P4Q7 47 |
| L glutamate transmembrane transport 0.7029113416411804 1.594211643989427 0.1108886393938552 1.0 0.8547604665948861 6 P05556,O60831,Q9UJS0,O75915 4 |
| Determination of adult lifespan 0.6916248380941499 1.5936422599999884 0.1110161834904137 1.0 0.8547604665948861 8 O75844 1 |
| O glycan processing 0.70265421808507 1.5930811691539122 0.111141983160178 1.0 0.8547604665948861 6 O43505,Q8N4A0 2 |
| Nuclear envelope organization 0.4746456086842493 1.5901594783975048 0.1117988618238425 1.0 0.8547604665948861 29 O14524,Q9UH99,O75844,P20700,P43034,P02545,O14656,P50402,Q9BTV4,Q86XL3,Q9UNZ2,Q8N1F7,O94901,Q9ULX6,Q9H444 15 |
| Cerebellar purkinje cell layer formation 0.8981164383561655 1.589413426453928 0.1119670853197134 1.0 0.8547604665948861 3 Q04656,P04062 2 |
| Regulation of morphogenesis of a branching structure 0.8976239439976978 1.5875863900759657 0.1123798977589156 1.0 0.8547604665948861 3 Q9NQC3 1 |
| Positive regulation of protein exit from endoplasmic reticulum 0.759458394139719 1.583137722293101 0.1133900773696172 1.0 0.8587063262262038 4 P51572,Q92544 2 |
| Protein exit from endoplasmic reticulum 0.5474359823663633 1.582697877066327 0.1134903424203503 1.0 0.8587063262262038 21 Q8TCT9,P51572,Q9BUN8,Q9BVK6,O15260,Q9UBV2 6 |
| Icosanoid transport 0.7582341889561867 1.578043607358461 0.1145555920573915 1.0 0.8587063262262038 4 O15439,P04083 2 |
| Protein depalmitoylation 0.7286042608004754 1.577652684896243 0.1146454217438361 1.0 0.8587063262262038 5 P50897,Q9NUJ1 2 |
| Hormone biosynthetic process 0.6814651060515531 1.577278602808766 0.114731433585955 1.0 0.8587063262262038 9 P05023,P30536,P16435,Q53GQ0 4 |
| Aerobic respiration 0.4309050484705495 1.569770431614549 0.1164685288523428 1.0 0.8587063262262038 93 P14406,O43676,P06576,O75964,P24539,Q04656,P13073,O96000,Q9UDW1,Q9H3K2,P22695,O14949,P03886,P00846,Q7KZN9,Q9Y6M9,Q9BSK2,Q13423,Q15070,P56385 20 |
| Positive regulation of monooxygenase activity 0.7264812778193577 1.568565773743892 0.116749152755351 1.0 0.8587063262262038 5 Q8WTV0,P16435,P00374 3 |
| Positive regulation of endothelial cell migration 0.5452796872445804 1.5683766922480729 0.1167932472863924 1.0 0.8587063262262038 21 Q8WTV0,P04083,P09601,P06576 4 |
| Er nucleus signaling pathway 0.6555677080123015 1.5681290951620095 0.1168510076537012 1.0 0.8587063262262038 12 O76024,P57088,Q15363,P16615 4 |
| Regulation of mitophagy 0.685536242622617 1.565738708630738 0.1174098002778167 1.0 0.8587063262262038 8 P21796,P27544,P12235 3 |
| Protein insertion into mitochondrial inner membrane 0.7545038419168983 1.562512126661792 0.1181673913486807 1.0 0.8587063262262038 4 Q9P0J0 1 |
| Phospholipid biosynthetic process 0.4015470024478821 1.561709060806459 0.118356543297627 1.0 0.8587063262262038 66 O43292,Q9NPH0,Q9BTU6,Q03426,Q6IAN0,O95674,Q99943,Q9UG56,Q9HCL2,Q86YN1,Q9Y6K0,P35790,O15269,Q92604,Q8NF37,Q5H8A4,Q8WVX9,Q10713,O60762,Q92643,Q969N2,Q9H490,Q96N66 23 |
| Cell adhesion molecule production 0.7539004386954158 1.5599985904535965 0.1187602142863328 1.0 0.8587063262262038 4 P41440 1 |
| Response to oxygen levels 0.4076766150953116 1.5571883291828437 0.1194257784637595 1.0 0.8587063262262038 72 Q04656,P30519,P11166,Q15904,P00846,P09601,Q8N511,P00813,O95831,Q99623,P55786,Q96A26,Q9Y487 13 |
| Cellular modified amino acid catabolic process 0.676517217702185 1.5540846567507371 0.1201642245633802 1.0 0.8587063262262038 9 Q9UJ14,Q9UHG3 2 |
| Regulation of mammary gland epithelial cell proliferation 0.7521770828213312 1.5528179203041257 0.1204666402249552 1.0 0.8587063262262038 4 Q9NQC3 1 |
| Phosphatidylcholine catabolic process 0.8875329231132526 1.5501209984907256 0.1211124769114653 1.0 0.8587063262262038 3 Q8NCC3 1 |
| Maternal process involved in female pregnancy 0.6807757851036946 1.5438829314961942 0.1226166957575796 1.0 0.8587063262262038 8 Q9BQE5,Q15363,P35613 3 |
| Protein targeting to membrane 0.4516825791007867 1.5410157038949663 0.1233129640197452 1.0 0.8587063262262038 37 Q99442,P31751,Q9UGP8,O60725,P43307,P46379,Q15629,Q9Y3D6,P40855 9 |
| Regulation of autophagy of mitochondrion 0.5838419020846649 1.5408553348220302 0.1233519985004492 1.0 0.8587063262262038 18 P21796,P12235,Q9H300,O43464,P27544,Q9P275,P30536 7 |
| Ether metabolic process 0.6736357850711654 1.5405599988443972 0.1234239097138272 1.0 0.8587063262262038 9 Q6IAN0,P43034,O00116,P07099,Q6PIU2,Q8WVX9 6 |
| Purine nucleoside metabolic process 0.6663325949650385 1.5397439814130285 0.1236227715565183 1.0 0.8587063262262038 10 O60725,P00813 2 |
| Positive regulation of leukocyte proliferation 0.6082261709520334 1.5377397107613104 0.124112269935638 1.0 0.8587063262262038 16 P30825,Q9HCL2,P00813 3 |
| Mitochondrion organization 0.5273038325326748 1.532147095486964 0.1254861402662073 1.0 0.8587063262262038 208 Q99595,Q9NS69,P21796,Q5XKP0,Q69YU5,P14406,O60830,P02786,Q8N4H5,Q9BUK6,O43676,P45880,P30536,Q13472,P12235,P05141,Q9Y2R0,Q96QK1,Q9UG56,Q96CU9,Q96TA2,Q9UDX5,Q04837,Q9H061,Q6UXV4,Q96EY1,P03886,P11233,O43674,P55786,P04062,Q9UJZ1,Q9Y6M9,Q9BSK2,O75153,Q10713,O95831,Q9P0J0,Q96A26,P49257,Q15070,Q13505,Q9NVH1,P32121,P27544,O95140,Q16706,O95202,Q9BUB7,Q9UII2,Q8N2A8,Q5JRX3,Q6DKK2,Q9Y6C9,O14737,O14925,Q96RL7,Q99623,Q04656,O43615,P51572,O43464,O96000,Q9NVI7,Q9Y3D6,Q9H3K2,Q86Y39,Q8WWC4,Q9BW72,Q9P275,Q9NX47,Q15388,Q9UPW5,Q9NX63,Q7L592,O60313,Q9H300,Q16891,Q8IWA4,Q9Y512,P47985,Q5T9A4,O95168,Q9Y5J9,Q16611,Q8IUX1 86 |
| Cellular copper ion homeostasis 0.74643335627909 1.528866327691904 0.1262975852671917 1.0 0.8587063262262038 4 Q04656,O75880 2 |
| Neuron apoptotic process 0.3873159643633371 1.526650513772371 0.1268479389312979 1.0 0.8587063262262038 56 P09601,P31751,P50897,O95831,P07196,Q01105,Q96A26,P04062,Q99720 9 |
| Regulation of er to golgi vesicle mediated transport 0.6873675513571401 1.525705310883981 0.1270832712854419 1.0 0.8587063262262038 6 Q9P2W9,Q9NR31,Q969M3 3 |
| Negative regulation of cytokine production 0.4649861019389177 1.5252281900341156 0.1272021916506756 1.0 0.8587063262262038 30 Q86UT6,Q07021,P20020,P32121,P15311,P09601,P04083,P04062,P19838,P30536 10 |
| Protein mannosylation 0.8798515981735171 1.5215667773949595 0.1281176672924724 1.0 0.8587063262262038 3 O43505,O60762 2 |
| Protein o linked mannosylation 0.8798515981735169 1.5215667773949586 0.1281176672924726 1.0 0.8587063262262038 3 O43505,O60762 2 |
| Inflammatory response 0.4097270817412779 1.5203760177861465 0.1284164983647282 1.0 0.8587063262262038 77 Q9BQE5,Q96KG9,Q6IAN0,P02786,P28070,P00813,Q96QK1,P09601,P42785,P04083,P19838,P60900,P33527,Q8IV08,Q8N2K0,P04062,Q9Y263,Q4KMQ2,Q86UT6,Q8NCG7 20 |
| Negative regulation of epithelial cell apoptotic process 0.6753814858876639 1.5190772968387891 0.1287430406187388 1.0 0.8587063262262038 8 P09601 1 |
| Protein o linked glycosylation via serine 0.7433332026263899 1.5159266765694213 0.1295378939985372 1.0 0.8587063262262038 4 Q8N4A0 1 |
| Locomotor rhythm 0.7432782221143874 1.5156971223501507 0.129595955629203 1.0 0.8587063262262038 4 P54802 1 |
| Regulation of phospholipase activity 0.6673927759849666 1.5112142390614538 0.130733875715036 1.0 0.8587063262262038 9 Q99623,P04083,P50897 3 |
| Fat soluble vitamin metabolic process 0.7130309803151701 1.510877220255289 0.1308197356914684 1.0 0.8587063262262038 5 P04062,Q8N0U8 2 |
| Monocarboxylic acid transport 0.6603167728540058 1.5108206182956048 0.1308341600743037 1.0 0.8587063262262038 10 O15439,P04083,P53985 3 |
| Regulation of lymphocyte apoptotic process 0.6670131624217697 1.5094279930906236 0.1311894438801162 1.0 0.8587063262262038 9 P00813 1 |
| Antigen processing and presentation 0.5207232646127216 1.5077301951437654 0.1316235941525383 1.0 0.8587063262262038 22 Q03518,Q9UIQ6,P10321,Q6P179,P61026,Q03519,P04062,Q9NZ08 8 |
| Ceramide catabolic process 0.6782089686790449 1.50656647356809 0.1319218164197906 1.0 0.8587063262262038 7 P17900,P04062,Q13510 3 |
| Phosphatidylcholine metabolic process 0.6139050225444751 1.5065031453826954 0.1319380602893292 1.0 0.8587063262262038 15 Q8IY17,Q6IAN0,Q8NCC3,Q8WTV0,Q8NF37,Q9Y6K0,Q96N66 7 |
| Erad pathway 0.4424971962089365 1.5062767260313252 0.1319961502089204 1.0 0.8587063262262038 39 O76024,Q8TCT9,Q9UBU6,P51572,Q96A33,Q9BUN8,P46379,Q9UBV2 8 |
| Low density lipoprotein particle clearance 0.6427868699152899 1.5037016390916018 0.1326582070087343 1.0 0.8587063262262038 12 P07355,P61978,P35610,P09601,Q8WTV0,Q6PIU2,Q9H4M9 7 |
| Cartilage development 0.5502025127742376 1.5030989148606206 0.1328135386160596 1.0 0.8587063262262038 20 Q04656,Q92896,O75844,P16435,Q96HY6,Q92543,Q15643 7 |
| Pinocytosis 0.677359541497692 1.5027335505380537 0.1329077673393148 1.0 0.8587063262262038 7 P50897 1 |
| Long chain fatty acid transport 0.6237042318251459 1.5026666421885315 0.132925028839921 1.0 0.8587063262262038 14 P04083,P31751,O43772,P23786 4 |
| Gland development 0.4091820133922766 1.502513498552804 0.1329645444768583 1.0 0.8587063262262038 78 Q04656,Q9NZJ7,P00403,O75844,P07602,P35610,P09601,P31751,Q9Y6D9,P00813,Q99623,P04083,Q9NQC3,Q13505,P30536 15 |
| Regulation of leukocyte apoptotic process 0.6235417794833278 1.501801672960005 0.1331483361481886 1.0 0.8587063262262038 14 Q9HCL2,P04083,P00813 3 |
| Positive regulation of epithelial cell migration 0.4563059408081705 1.5006527112967092 0.1334454100950475 1.0 0.8587063262262038 33 P09601,Q8WTV0,P04083,P06576,Q9NQC3 5 |
| Forebrain neuron differentiation 0.7098589365652703 1.4972442554860408 0.1343297138335799 1.0 0.8587063262262038 5 O14949,Q9Y4G8 2 |
| Forebrain neuron development 0.7098589365652703 1.4972442554860408 0.1343297138335799 1.0 0.8587063262262038 5 O14949,Q9Y4G8 2 |
| Regulation of cellular response to osmotic stress 0.8716647740723875 1.4911041357272357 0.1359341566906979 1.0 0.8587063262262038 3 O95202 1 |
| Mitochondrial calcium ion homeostasis 0.6553962893863282 1.4871227065120916 0.1369824054412314 1.0 0.8587063262262038 10 O95202,Q9BPX6,P51572,Q8WWC4,Q9Y3D6 5 |
| Peroxisome fission 0.7362260919212057 1.486233091594903 0.1372174774273802 1.0 0.8587063262262038 4 Q9Y3D6,P40855,O14734 3 |
| Autophagy of mitochondrion 0.4374985363822922 1.4860757605773076 0.1372590829593158 1.0 0.8587063262262038 40 P21796,O43464,P27544,Q99623,P04062,Q9Y3D6,Q9P275,P30536 8 |
| Pyridine nucleotide biosynthetic process 0.8693171783653666 1.4823639304999563 0.1382434859723018 1.0 0.8587063262262038 3 P43490 1 |
| Acute inflammatory response 0.7060856284329646 1.4810141688194327 0.1386027978821955 1.0 0.8587063262262038 5 Q9BQE5,Q4KMQ2,P42785 3 |
| Embryonic axis specification 0.6714984502568662 1.47626102797985 0.1398738319799579 1.0 0.8587063262262038 7 Q15363 1 |
| Embryonic pattern specification 0.6714984502568662 1.47626102797985 0.1398738319799579 1.0 0.8587063262262038 7 Q15363 1 |
| Toll like receptor 3 signaling pathway 0.7336568655438139 1.4754893413250256 0.1400810317657059 1.0 0.8587063262262038 4 P41440,O75955,Q5KU26 3 |
| Protein localization to membrane raft 0.7336568655438138 1.475489341325025 0.1400810317657062 1.0 0.8587063262262038 4 P41440,O75955,P05026 3 |
| Cellular response to topologically incorrect protein 0.4466170098776721 1.4744733360588 0.1403541917194048 1.0 0.8587063262262038 36 O76024,Q9BUN8,Q15363,P48723,P57088,Q7Z2K6,P46379 7 |
| Arachidonic acid metabolic process 0.6756655463333218 1.4739218368170488 0.1405026375128208 1.0 0.8587063262262038 6 Q8N2K0,Q8NCG7,P07099 3 |
| Regulation of protein k63 linked ubiquitination 0.6747853053959597 1.4700198953257684 0.1415563656892653 1.0 0.8587063262262038 6 Q9Y263,Q96FW1 2 |
| Second messenger mediated signaling 0.4562364293589008 1.4673150247372084 0.1422903783625706 1.0 0.8587063262262038 31 P78417,O75844,Q9Y4G8,P51572,P00813,P16615 6 |
| Cellular metabolic compound salvage 0.643475282261025 1.465738275632963 0.1427196024093411 1.0 0.8587063262262038 11 P00813 1 |
| Regulation of alcohol biosynthetic process 0.7022932665088601 1.4646884991563347 0.1430059241385319 1.0 0.8587063262262038 5 P16435 1 |
| Adult behavior 0.5142228155096739 1.4625478612317044 0.1435911389248527 1.0 0.8594639158493906 22 P51790,O75844,Q9UPW5,Q92542,P43034,Q8N2K0,O43464,P50897,O15118 9 |
| Lung alveolus development 0.7015215098612325 1.461364562276444 0.1439154205243782 1.0 0.860624643389443 5 Q04656,Q16706,P00813 3 |
| Regulation of dendrite extension 0.8632780697019464 1.459871132427929 0.1443254943352596 1.0 0.8618109029162656 3 Q9NZM3 1 |
| Cell volume homeostasis 0.6715113138902464 1.4554990752040151 0.1455311460601334 1.0 0.8650072442308879 6 P51790,P55011,Q4KMQ2 3 |
| Plasma lipoprotein particle clearance 0.6243873386959289 1.45537511407646 0.1455654420388543 1.0 0.8650072442308879 13 P07355,P61978,P35610,P09601,Q8WTV0,Q6PIU2,Q9H4M9 7 |
| Protein lipid complex subunit organization 0.6712136681418339 1.4541783526695593 0.1458968650046079 1.0 0.8658386546778656 6 Q8WTV0 1 |
| Iron ion transport 0.6485150513615913 1.4539230207251712 0.1459676495995856 1.0 0.8658386546778656 10 Q04656,Q15043,P02786,Q9H9B4,O15173 5 |
| Manganese ion transport 0.8604452054794725 1.4493160646797882 0.147249336784486 1.0 0.8710932987913771 3 P98194,Q9HD20 2 |
| Manganese ion transmembrane transport 0.8604452054794725 1.4493160646797882 0.147249336784486 1.0 0.8710932987913771 3 P98194,Q9HD20 2 |
| Response to testosterone 0.6228770486312036 1.447521610549428 0.147750888327145 1.0 0.8715394195982881 13 P04062,P30536 2 |
| Regulation of vesicle fusion 0.6980869677393959 1.4465656791959312 0.1480186044399321 1.0 0.8715394195982881 5 P31751 1 |
| Amine catabolic process 0.7266756101705333 1.446272448963955 0.1481008001138484 1.0 0.8715394195982881 4 P49419,P21964 2 |
| Negative regulation of protein polyubiquitination 0.726428716514681 1.4452385975264004 0.1483908783152816 1.0 0.8715394195982881 4 Q9Y263 1 |
| Negative regulation of protein k63 linked ubiquitination 0.726428716514681 1.4452385975264004 0.1483908783152816 1.0 0.8715394195982881 4 Q9Y263 1 |
| Carbohydrate derivative catabolic process 0.440858047911865 1.444804339935978 0.1485128517188843 1.0 0.8715394195982881 37 P54802,P16278,P35610,P08236,P00813,Q9H773,Q9BTY2,P04062,O60502,Q9NUJ1,Q13126 11 |
| Natural killer cell activation 0.6567435958518479 1.433070039790565 0.1518378224132557 1.0 0.8773756381001419 8 P46379 1 |
| Neuron projection regeneration 0.6437688379106401 1.430986540770918 0.1524340725703352 1.0 0.8773756381001419 10 Q96G23,P30536,P00374 3 |
| T cell differentiation 0.4497094377071289 1.4278444291139998 0.1533366415484116 1.0 0.8773756381001419 32 O96005,P24390,Q5HYI8,P00813,P04083,P04062 6 |
| Regulation of plasma lipoprotein particle levels 0.5886786072508827 1.4273867551587445 0.1534684464168514 1.0 0.8773756381001419 16 P07355,P61978,P35610,P09601,Q8WTV0,Q6PIU2,Q9H4M9 7 |
| Iron ion homeostasis 0.5771626914864623 1.4273431114535993 0.1534810198031411 1.0 0.8773756381001419 17 P30519,Q8N511,Q9Y487 3 |
| Terpenoid metabolic process 0.5770449946259607 1.426655610121581 0.1536791865529343 1.0 0.8773756381001419 17 O43464,P37268,Q6NUM9,P48449,P51648,Q9HB40 6 |
| Protein retention in er lumen 0.8541666666666896 1.4259148943630913 0.1538929095607337 1.0 0.8773756381001419 3 O15258,P24390 2 |
| Maintenance of protein localization in endoplasmic reticulum 0.8541666666666896 1.4259148943630913 0.1538929095607337 1.0 0.8773756381001419 3 O15258,P24390 2 |
| Negative regulation of immune effector process 0.6423856133097727 1.4242964892485717 0.1543606633609293 1.0 0.8784909205928021 10 P09601,P46108,P04083,P32121 4 |
| Purinergic nucleotide receptor signaling pathway 0.8536453297838874 1.4239713596590982 0.1544547629588972 1.0 0.8784909205928021 3 P00813 1 |
| Endothelial cell proliferation 0.564351838164711 1.423694506162864 0.1545349247524725 1.0 0.8784909205928021 18 P09601,P57105 2 |
| Protein o linked glycosylation 0.5987633213732242 1.4233980787934015 0.1546207891137285 1.0 0.8784909205928021 15 Q8N4A0,Q6ZXV5,O43505,O60762,O60502 5 |
| Cellular hyperosmotic response 0.6628522813348136 1.417037696210354 0.1564719065340973 1.0 0.880605334520989 6 O95202,Q9BPX6 2 |
| Glycosyl compound catabolic process 0.6405341863414243 1.4153381856248766 0.1569693640829781 1.0 0.880605334520989 10 P00813,Q9BTY2,P04062,Q9NUJ1,Q13126 5 |
| Heart process 0.4477482624933678 1.411214435545396 0.1581813949459671 1.0 0.8824225689640539 32 P10253,O75844,P78417,P00813 4 |
| Glycosyl compound metabolic process 0.4554961175583503 1.410064545127116 0.1585206250820006 1.0 0.8824225689640539 27 P23919,P00813,O60725,P04062,Q9NUJ1,Q13126 6 |
| Pore complex assembly 0.6147689890050108 1.4052997608363376 0.1599321594550284 1.0 0.8831788879183223 13 Q9NQC3,Q4KMQ2,Q8N1F7,Q9BTX1 4 |
| Mitochondrial electron transport ubiquinol to cytochrome c 0.6883335271514226 1.4044865363578662 0.1601740181081281 1.0 0.8831788879183223 5 O14949,Q9UDW1 2 |
| Response to topologically incorrect protein 0.3839071008458924 1.4041916573028552 0.1602617854780597 1.0 0.8831788879183223 53 O76024,Q9BUN8,Q96HY6,Q15363,P48723,P57088,Q7Z2K6,P46379,Q15629 9 |
| Signaling receptor ligand precursor processing 0.7158083117634517 1.4007325408323308 0.1612940679687335 1.0 0.8835988482485092 4 P42892,O75787 2 |
| Excretion 0.6869204594878112 1.398384141421649 0.1619977428026437 1.0 0.8835988482485092 5 P09601 1 |
| Calcium ion export 0.7149042856202852 1.3969413329872296 0.1624312138307397 1.0 0.8835988482485092 4 O95202,P20020 2 |
| Double strand break repair via break induced replication 0.6483595484565001 1.3942439611941044 0.1632439468648656 1.0 0.8835988482485092 8 P33991,Q9BRT9,P49736,Q14566,P33993,O75419 6 |
| Response to corticosteroid 0.4455894464681415 1.3928892208611432 0.1636532925014289 1.0 0.8835988482485092 32 P16278,P16435,Q9H7B4,O95831,P04083,P04062 6 |
| Collagen biosynthetic process 0.6856248797038094 1.392787885185812 0.1636839429578804 1.0 0.8835988482485092 5 Q92791,P08670 2 |
| Negative regulation of viral induced cytoplasmic pattern recognition receptor signaling pathway 0.6571211063666875 1.3915389898667887 0.1640620449141052 1.0 0.8849163566363749 6 Q86UT6,O43657 2 |
| Long chain fatty acid import across plasma membrane 0.8434728811147297 1.386038744579933 0.1657350730643016 1.0 0.8924820166154321 3 P31751 1 |
| Nucleobase transport 0.8430365296803625 1.3844112778100075 0.1662325576332604 1.0 0.8937030500771866 3 Q9Y277,P12235 2 |
| Cellular response to lipoprotein particle stimulus 0.7116757065372462 1.383398554278432 0.1665426936065044 1.0 0.8939145229188148 4 P05556,O15118,P01130 3 |
| Phosphatidylethanolamine biosynthetic process 0.8418949771689541 1.380153520550822 0.1675393813854051 1.0 0.8946799640148243 3 Q9Y6K0,P35790 2 |
| Regulation of lipid biosynthetic process 0.448728133007632 1.3774870122255538 0.1683617275268223 1.0 0.8946799640148243 29 Q13510,P16435,P05023,Q92604,Q8WTV0,P04083,Q8NF37,P11802,P30536 9 |
| Negative regulation of lipase activity 0.8410388127854027 1.376960123850987 0.1685245767876422 1.0 0.8946799640148243 3 P04083,P16435 2 |
| Regulation of autophagy 0.42796598444883 1.3730976050036992 0.1697220055187569 1.0 0.8946799640148243 108 Q9NZJ7,P21796,Q9H300,Q93050,P27544,Q9Y487,P30536,Q9H444,Q9Y5X3,P12235,P05141,Q96QK1,Q9Y5K8,P09601,O43464,O15118,Q6UWE0,P04792,O75844,O15269,Q9NRR5,P04062,P10619,Q9P275,Q07820,P07602,Q86UE4 27 |
| Negative regulation of posttranscriptional gene silencing 0.652750511784011 1.372073003783863 0.1700407125358858 1.0 0.8946799640148243 6 O75844 1 |
| Vesicle targeting to from or within golgi 0.6244964601101026 1.3717184362284862 0.1701511068479928 1.0 0.8946799640148243 11 P49755,Q15363 2 |
| Endoplasmic reticulum calcium ion homeostasis 0.637684651532387 1.3708539508433517 0.1704204887712972 1.0 0.8946799640148243 9 O76024,P51572,Q96A33,P16615,Q9Y3D6 5 |
| Vitamin d metabolic process 0.8390410958904262 1.3695086446221576 0.1708403344697187 1.0 0.8946799640148243 3 P38435,P04062 2 |
| Regulation of hormone biosynthetic process 0.8390410958904132 1.3695086446221083 0.170840334469734 1.0 0.8946799640148243 3 P05023,P16435 2 |
| Synaptonemal complex organization 0.6478561087824352 1.3690748178514855 0.1709758890058612 1.0 0.8946799640148243 7 P46379 1 |
| Dicarboxylic acid transport 0.5294002891145065 1.368722832440145 0.1710859303757304 1.0 0.8946799640148243 20 P55011,Q9BQT8,O75915,P05556,O60831,Q9H2D1,P41440,Q9UBX3 8 |
| Transepithelial transport 0.6517628492601487 1.367671765302947 0.171414841643434 1.0 0.8946799640148243 6 P33527,P08183 2 |
| Ion transport 0.515256784940754 1.3656486751383752 0.1720492609625796 1.0 0.8946799640148243 213 Q9UHG3,P21796,P02786,Q9Y6M7,P45880,Q70HW3,O75964,P30536,O15173,P20020,Q9HD20,P05141,P12235,P08183,Q9H2D1,Q9UDW1,O43772,P36542,P33527,P28288,O75844,Q99808,P00846,Q6N075,P05556,Q9UBX3,Q8TB61,Q9UJZ1,P55011,Q13423,P08195,Q96ES6,P07602,Q9Y619,Q15758,Q8NE01,Q9H9B4,P0CG08,P30825,P32121,P53985,O43681,P06576,P12236,P05026,O75027,P78417,O95202,P13073,Q9Y4W6,P53007,P41440,P04083,P16615,P23634,P51790,P46939,O14656,Q7KZN9,Q9BXP2,Q6P4A7,Q9UM00,O43808,P18859,Q6KCM7,Q9Y277,Q14728,P56385,O76024,Q9NZJ7,Q99623,O60831,P24539,Q04656,Q9BQT8,Q9BPX6,P11166,P00403,P98194,Q8WWC4,Q4KMQ2,Q13555,Q6P4Q7,Q96S66,Q96NB2,P47985,Q92504,P20674,P05023,Q15043,O75915,O15439,Q16611,P56134 94 |
| Regulation of cardiac conduction 0.6788953961148734 1.3637020581406551 0.1726613560409811 1.0 0.8949030379413228 5 P16615,P20020 2 |
| Negative regulation of production of mirnas involved in gene silencing by mirna 0.7056984460540914 1.3583145125083929 0.1743639072328537 1.0 0.8973710643275069 4 O75844 1 |
| Positive regulation of triglyceride metabolic process 0.8357977168278835 1.3574103868255638 0.1746508497308849 1.0 0.8976947721774236 3 Q8WTV0 1 |
| Neutrophil differentiation 0.8354636282943679 1.3561641700839455 0.1750469393420337 1.0 0.8979486352261902 3 Q14739 1 |
| Keratan sulfate metabolic process 0.8348758315610529 1.3539715666455576 0.1757454491725418 1.0 0.8985475728155203 3 P16278 1 |
| Negative regulation of mrna metabolic process 0.3871846583439587 1.3527453904401203 0.1761369841852924 1.0 0.8985475728155203 51 O60506,P98175,Q07021,P61978,P38159,P35637,Q9BTD8,P07910,P22626,Q9Y2W1,Q14011,P67809,P50750,O75494,Q92804,Q99729 16 |
| Intermediate filament bundle assembly 0.8341827455568771 1.3513862076944885 0.1765717496066408 1.0 0.8985475728155203 3 P07196 1 |
| Membrane raft organization 0.6332057132161997 1.3496049262568872 0.1771427431552032 1.0 0.8985475728155203 9 O15118,P50897 2 |
| T cell apoptotic process 0.6038720175020266 1.34840907978726 0.1775268452178815 1.0 0.8985475728155203 13 P24390,P00813 2 |
| Positive regulation of autophagy of mitochondrion 0.647022455648477 1.3465362612951746 0.1781296342416209 1.0 0.8985475728155203 6 P21796,P27544,P12235 3 |
| Tetrapyrrole biosynthetic process 0.603432451233535 1.3461110176540156 0.1782667159638156 1.0 0.8985475728155203 13 P30536,O00264,Q7KZN9 3 |
| Sterol homeostasis 0.6107306665900523 1.3409922893576272 0.1799229560617081 1.0 0.9026226108810008 12 O15118,Q8WTV0,Q5BJF2 3 |
| Regulation of electron transfer activity 0.8306261597766418 1.3381194455825045 0.1808575028002064 1.0 0.9045615405204264 3 Q99623 1 |
| Alcohol metabolic process 0.4016032762589165 1.3364610141825986 0.1813986350227936 1.0 0.9052107244296927 85 Q9BQE5,Q15392,Q8WTV0,Q14534,P00374,Q16850,P30837,Q15125,Q13510,O15118,O15269,P37268,Q14739,P04062,P48449,Q9NZC3,P16435,P35610,P51648,Q15800 20 |
| Prenylation 0.7002208628688518 1.33531660178409 0.1817727472524555 1.0 0.9062404026061602 4 P53611,P49354 2 |
| Skeletal system morphogenesis 0.524202919900126 1.3349903303148771 0.1818795112773648 1.0 0.9062404026061602 20 Q92896,O75844,P16435,O95470 4 |
| Regulation of heart rate 0.629592099540374 1.3324474639242727 0.1827131941095521 1.0 0.9095941268075398 9 P00813 1 |
| Cellular iron ion homeostasis 0.5917768197622948 1.3318275571068563 0.1829168603664515 1.0 0.9095941268075398 14 Q15904,P09601,Q15043,Q8N511,Q9Y487 5 |
| Atp biosynthetic process 0.5099379781725633 1.3316783104667778 0.1829659194790083 1.0 0.9095941268075398 21 P56134,P00403,P00846,P18859,P25705,Q9UJS0,P06576,P56385,Q9UJZ1,O75964,P24539,O75746,P36542 13 |
| Response to endoplasmic reticulum stress 0.3968197364653294 1.3293450748276034 0.1837341496649418 1.0 0.9107770770513548 81 O76024,O60313,Q9UBU6,Q96HY6,O95881,Q15363,P46379,Q8TCT9,Q6ZXV5,P51572,Q96A33,P41440,P16615,Q9UBV2,Q5VYK3,Q9BUN8,O95831,P57088,Q16611,Q7Z2K6 20 |
| Copper ion homeostasis 0.6708844198127436 1.3290432075946952 0.1838337153335349 1.0 0.9107770770513548 5 Q04656,O75880,O43819 3 |
| Protein n linked glycosylation 0.5363331903310061 1.3290016008719094 0.183847441721809 1.0 0.9107770770513548 19 Q9NYU2,O75340,O75352,Q9Y673,P04843,P46977,Q14165,Q8TCJ2,Q13724,Q2TAA5,Q86YN1,Q9BT22,P04844 13 |
| Cdp diacylglycerol metabolic process 0.643061286986575 1.328861569038307 0.1838936449120654 1.0 0.9107770770513548 6 Q9HCL2,O95674,O14735,Q99943 4 |
| Multicellular organism aging 0.6070454550820263 1.3222030114398509 0.1861005585684978 1.0 0.9162087156370042 12 P04062,O75844 2 |
| Lipoprotein catabolic process 0.636813577795382 1.318827681176625 0.1872267277695689 1.0 0.916897869704687 7 P50897,Q9NUJ1 2 |
| Regulation of neutrophil migration 0.631802494374296 1.3173642352069856 0.1877165631726103 1.0 0.916897869704687 8 Q07021,Q00013 2 |
| Neuropeptide signaling pathway 0.8248914967831444 1.316729320356498 0.187929371831826 1.0 0.916897869704687 3 Q9Y4G8 1 |
| Homologous chromosome pairing at meiosis 0.619405340077753 1.3128326069722918 0.1892393599839581 1.0 0.916897869704687 10 P46379,Q9BTX1 2 |
| Regulation of t cell differentiation in thymus 0.8237755699239147 1.3125672946185756 0.189328796217254 1.0 0.916897869704687 3 P00813 1 |
| Antigen processing and presentation of peptide antigen 0.6125369133155509 1.3122528893045111 0.1894348219141461 1.0 0.916897869704687 11 Q03518,Q9UIQ6,P10321,Q6P179,Q03519,Q9NZ08 6 |
| Serine transport 0.8230593607305927 1.3098961598622796 0.1902309664256887 1.0 0.9200373618308694 3 Q96NB2,Q15758 2 |
| Antigen processing and presentation of peptide antigen via mhc class i 0.6183728467608494 1.3078123852758694 0.1909369523189459 1.0 0.9204702859969632 10 Q03518,Q9UIQ6,P10321,Q6P179,Q03519,Q9NZ08 6 |
| Negative regulation of response to external stimulus 0.3668263686923435 1.306440812515654 0.1914026944390701 1.0 0.9210208372352338 55 Q86UT6,Q96G23,Q9UMX5,P80303,O43657,P00813,P04062 7 |
| Striated muscle adaptation 0.6654479323699729 1.3055054050141344 0.1917208078818655 1.0 0.9218796603321748 5 P23634,P16615,Q13555 3 |
| Response to mineralocorticoid 0.6334506634229747 1.3035069405722932 0.1924017484100928 1.0 0.9244805989835756 7 P07196,P20020,O95831 3 |
| Er associated misfolded protein catabolic process 0.6331982004762857 1.302356465022318 0.1927945575451048 1.0 0.9250215617098708 7 Q9BUN8 1 |
| Mammary gland development 0.4603604317929106 1.2996621053860284 0.1937168036565695 1.0 0.9256292466426396 24 Q04656,P31751,Q99623,Q9NQC3,Q13505 5 |
| Negative regulation of calcium ion transmembrane transport 0.6279891304117682 1.2996252999902538 0.1937294240777318 1.0 0.9256292466426396 8 P21796 1 |
| Regulation of neuron migration 0.6278811656329131 1.2991229220516811 0.1939017478004188 1.0 0.9256292466426396 8 Q9Y263,Q9Y4G8,A0MZ66 3 |
| Positive regulation of erad pathway 0.8197861458057477 1.2976895022041983 0.1943940524494087 1.0 0.9256292466426396 3 P46379 1 |
| Negative regulation of leukocyte mediated immunity 0.6321298708201737 1.2974876249633076 0.1944634603291943 1.0 0.9256292466426396 7 P09601,P46108,P32121 3 |
| Protein o linked glycosylation via threonine 0.8187647986625287 1.2938810023962228 0.1957065275024854 1.0 0.9278393199595314 3 Q8N4A0 1 |
| Cation transport 0.4660179522226986 1.2935419414692657 0.1958236878843207 1.0 0.9278393199595314 158 P30825,O76024,P21796,P32121,P02786,Q99623,Q9Y6M7,P06576,Q96NB2,Q70HW3,O75964,P30536,O15173,P05026,O75027,P24539,Q04656,P78417,P20020,Q9HD20,P05141,P12235,O95202,P13073,Q9BPX6,Q9Y4W6,P47985,P16615,P23634,Q9UDW1,O43772,P36542,P51790,Q92504,P00403,O75844,Q99808,P00846,P46939,O14656,P20674,Q7KZN9,P05556,Q9BXP2,Q9UM00,P98194,Q8WWC4,P05023,Q9UJZ1,O43808,Q4KMQ2,Q6KCM7,Q13555,P55011,Q13423,P08195,Q96ES6,Q9Y619,Q15758,Q15043,Q9H9B4,Q16611,Q6P4Q7,P56134,P56385 65 |
| Protein geranylgeranylation 0.8186405016326352 1.293417524637612 0.1958666922316692 1.0 0.9278393199595314 3 P53611 1 |
| Negative regulation of inflammatory response 0.5177301721577783 1.2929051696196154 0.1960438593217679 1.0 0.9278393199595314 20 Q86UT6,Q96QK1,P28070,P00813,P04062,P19838 6 |
| Endosome to plasma membrane protein transport 0.6625269778997323 1.292854203698639 0.196061489231893 1.0 0.9278393199595314 5 Q15904 1 |
| Regulation of leukocyte proliferation 0.438226635452018 1.290524058935512 0.1968687639806927 1.0 0.9278393199595314 29 P30825,Q9HCL2,P04083,P00813 4 |
| Cell cell adhesion mediated by integrin 0.6617084819306056 1.2893086443998274 0.1972908069240155 1.0 0.9278393199595314 5 P05556,P00813 2 |
| Regulation of collagen metabolic process 0.689249743859581 1.2892334622548611 0.1973169350534962 1.0 0.9278393199595314 4 P05556,P08670 2 |
| Organophosphate catabolic process 0.4159685478901375 1.2868044060571686 0.1981624708345732 1.0 0.9285086106812298 40 Q8IY17,Q8N2K0,P35610,P00813,Q8NCC3,Q9H773,Q8WTV0,Q8NHP8,Q9NZC3 9 |
| Regulation of pattern recognition receptor signaling pathway 0.458226093397063 1.283334952806569 0.1993747521273181 1.0 0.9295624585183307 24 Q86UT6,Q9NQC3,P41440,O43657 4 |
| Negative regulation of interleukin 12 production 0.8159246575342488 1.2832914909084403 0.199389972683337 1.0 0.9295624585183307 3 Q07021,P19838 2 |
| Response to dexamethasone 0.6190895416929781 1.28252033071085 0.1996601777039139 1.0 0.9295624585183307 9 P04062,Q9H7B4 2 |
| Pattern recognition receptor signaling pathway 0.4268472803788086 1.280951392077839 0.2002107399071766 1.0 0.9295624585183307 35 Q86UT6,Q5KU26,O43657,Q99623,P41440,Q9NQC3 6 |
| Apoptotic cell clearance 0.623267219857857 1.2776463899533013 0.2013741358055574 1.0 0.9296756162779872 8 Q8WTV0,P04083 2 |
| Positive regulation of pattern recognition receptor signaling pathway 0.6178250258195785 1.276503711156005 0.2017775157654857 1.0 0.930261982600375 9 Q9NQC3 1 |
| Dendrite extension 0.6309961373804956 1.2749628791557717 0.2023223811692849 1.0 0.932123070816203 6 Q9NZM3,Q9Y263 2 |
| Negative regulation of nervous system development 0.5270922168699131 1.270977695143792 0.2037365838125575 1.0 0.93505829417713 19 Q96G23,Q9NQC3,P30536 3 |
| Positive regulation of wound healing 0.6256278200247737 1.2678403639300255 0.2048549644309325 1.0 0.9388590146083348 7 Q16625,P04083,Q4KMQ2 3 |
| Cellular lipid catabolic process 0.3794070888767102 1.2638458491545503 0.2062853610710515 1.0 0.9424885493363891 70 Q8IY17,P23786,Q13510,O15254,Q8N2K0,P35610,P31751,P50897,Q8NCC3,Q8WTV0,Q8N9F7,Q709F0,P04062,Q8NCG7,Q8NHP8,Q9NZC3,Q15067,O95470 18 |
| Regulation of fatty acid transport 0.6549840340224535 1.2601730310505344 0.207606949423035 1.0 0.9450380262072752 5 P31751 1 |
| Mitochondrial adp transmembrane transport 0.8096461187214665 1.2598888435473357 0.2077094638880479 1.0 0.9450380262072752 3 P05141,P12235 2 |
| Collagen fibril organization 0.6015484286706267 1.2575015392067752 0.2085720820260408 1.0 0.9450380262072752 11 Q92791,P13674 2 |
| Negative regulation of lipid localization 0.6543060557475765 1.2572349645822734 0.20866856585415 1.0 0.9450380262072752 5 Q9Y3D6,P31751 2 |
| Protein localization to presynapse 0.6814526892945771 1.256476289260292 0.2089433372716407 1.0 0.9450380262072752 4 Q14168,P04792 2 |
| Axo dendritic protein transport 0.6814526892945771 1.256476289260292 0.2089433372716407 1.0 0.9450380262072752 4 Q14168,P04792 2 |
| Protein trimerization 0.6783239318745474 1.2433324580776266 0.2137453481344939 1.0 0.952109569711356 4 Q99720 1 |
| Unsaturated fatty acid metabolic process 0.4965810368548943 1.2414309935848566 0.2144465755195308 1.0 0.952109569711356 21 Q8N2K0,Q8N4Q0,Q8N8N7,P07099,P04083,Q8NCG7,Q9Y263,Q15067 8 |
| Myotube cell development 0.6777772854682671 1.2410361297653532 0.2145924022615113 1.0 0.952109569711356 4 Q9H7B4 1 |
| Endothelial cell migration 0.4083226980271457 1.2395586480932133 0.2151386836652222 1.0 0.952767065755217 41 P09601,P42785,P57105,Q8WTV0,P04083,P06576 6 |
| Regulation of cell cell adhesion mediated by cadherin 0.6502057062748164 1.2394644734466882 0.215173537570589 1.0 0.952767065755217 5 Q07157,P41440,O75955 3 |
| Electron transport chain 0.376871973360332 1.2351087502877192 0.2167900332351093 1.0 0.955402895824554 70 O14949,P03886,P00403,P16435,O15460,P13073,O96000,Q7KZN9,O43676,P47985,Q9P0J0,P04062,Q9UDW1,Q9Y6M9,O95168,Q9H3K2 16 |
| Lipoprotein biosynthetic process 0.5330914984470438 1.2342098294398025 0.2171247256247133 1.0 0.955402895824554 18 O43292,Q5HYI8,Q92643,O60762,P04062,Q9H490,Q5H8A4 7 |
| Negative regulation of calcium ion transport 0.6087448107741815 1.233272818647786 0.2174739954070699 1.0 0.955402895824554 9 P21796 1 |
| Amino acid betaine metabolic process 0.6131140617128442 1.2303454305097268 0.218567778678048 1.0 0.955402895824554 8 P49419,P16435,P23786 3 |
| Cellular respiration 0.41574788156543 1.2275997541959254 0.2195972541439945 1.0 0.955402895824554 109 P14406,O43676,P06576,O75964,P24539,Q04656,P13073,O96000,Q9UDW1,Q9H3K2,P22695,O14949,P03886,P00846,Q7KZN9,P04062,Q9Y6M9,Q9BSK2,Q6KCM7,Q13423,Q15070,P56385 22 |
| T cell differentiation in thymus 0.5722460388407125 1.2266686452808655 0.2199471570662947 1.0 0.955402895824554 14 O96005,P00813,P04062 3 |
| Eye photoreceptor cell differentiation 0.6471507756415402 1.2262238001795387 0.2201144672735053 1.0 0.955402895824554 5 P54802 1 |
| Head morphogenesis 0.6199449364870591 1.22553023335649 0.2203755060639467 1.0 0.955402895824554 6 O95470 1 |
| Response to mitochondrial depolarisation 0.6069447047071901 1.2246978177702532 0.2206890966574439 1.0 0.955402895824554 9 O43464,P04062,O95140 3 |
| Cellular response to unfolded protein 0.4285552235716307 1.2214967033614157 0.2218980130398773 1.0 0.9577096344377036 30 O76024,Q9BUN8,Q15363,P48723,P57088,Q7Z2K6 6 |
| Deoxyribonucleoside metabolic process 0.6730943976239784 1.2213665944564325 0.2219472494228547 1.0 0.9577096344377036 4 P00813 1 |
| Glial cell migration 0.5788900685914007 1.2174964420561467 0.2234153893202719 1.0 0.9586123483618468 13 Q9NQC3,Q96N66,P30536 3 |
| Insulin receptor signaling pathway 0.4265803069745578 1.2172498985837814 0.2235091502523685 1.0 0.9586123483618468 31 Q9Y5X3,Q9UQB8,Q15043,P31751,P43490 5 |
| Multicellular organismal signaling 0.4641851044773084 1.213103472671509 0.2250902624743984 1.0 0.9586123483618468 23 O75844,P20020,P43034,P04062,P16615,P05023,P05026 7 |
| Bile acid and bile salt transport 0.7968019475645354 1.2120561584449243 0.2254908843588992 1.0 0.9586123483618468 3 O15439 1 |
| Antigen processing and presentation of exogenous peptide antigen via mhc class i 0.7962213504439606 1.2098957049263237 0.2263189155511424 1.0 0.9596387157794752 3 Q9UIQ6 1 |
| Neutral lipid catabolic process 0.6701146624868071 1.208853440502165 0.2267191562830448 1.0 0.9602335659920188 4 Q8N2K0 1 |
| Negative regulation of neuron apoptotic process 0.4280312316549231 1.2057607608580403 0.2279097493111022 1.0 0.9602335659920188 29 P09601,P50897,P07196,Q01105,P04062 5 |
| Long chain fatty acyl coa biosynthetic process 0.6152121450310726 1.2043485169378891 0.2284549017689325 1.0 0.9602335659920188 6 Q53GQ0 1 |
| Regulation of intrinsic apoptotic signaling pathway 0.3658665289669316 1.204214376593472 0.2285067306915142 1.0 0.9602335659920188 53 O76024,O60313,P61978,Q9H300,P51572,Q96K76,O43464,P23246,Q9P0J0,Q8N2F6,P04792,P45880,Q9Y3D6,Q07820 14 |
| Plasma membrane to endosome transport 0.6685697973165814 1.2023669341884622 0.229221394324167 1.0 0.9602335659920188 4 Q15286,P51148,Q99523 3 |
| Protein localization to lysosome 0.5586435735135862 1.2015454439730726 0.2295396895535475 1.0 0.9602335659920188 15 Q14108 1 |
| Regulation of neutrophil chemotaxis 0.611056400132706 1.2013312456307217 0.2296227346689523 1.0 0.9602335659920188 7 Q07021,O94813,Q8NE86,Q00013,O00429 5 |
| Regulation of cardiac muscle contraction by calcium ion signaling 0.6108172587279415 1.20023920468394 0.2300464533485415 1.0 0.9602335659920188 7 P78417,P16615,P05026 3 |
| Negative regulation of lipid transport 0.6677781488735528 1.1990433055856278 0.230511107174486 1.0 0.9602335659920188 4 Q9Y3D6,P31751 2 |
| Negative regulation of natural killer cell mediated immunity 0.7930936073059387 1.1982601713470995 0.230815746880336 1.0 0.9602335659920188 3 P46108,P32121 2 |
| Adaptive thermogenesis 0.431265914986109 1.1970682165361444 0.2312799670062282 1.0 0.9602335659920188 25 Q9UIQ6,P12235,Q6IAN0,P05141,Q96H78,O00767,P23786 7 |
| Positive regulation of cell adhesion molecule production 0.7916666666666872 1.192953615077215 0.232887539677097 1.0 0.96044930508576 3 P41440,Q5KU26 2 |
| Regulation of synaptic transmission dopaminergic 0.7916666666666791 1.1929536150771831 0.2328875396771095 1.0 0.96044930508576 3 P41440,P32121 2 |
| Lipid biosynthetic process 0.4523744999096558 1.1913968558355863 0.2334978266684173 1.0 0.96044930508576 153 O43292,Q9NPH0,Q9BTU6,Q96G23,Q15392,Q6IAN0,P27544,Q9BY49,O95674,Q8WTV0,Q14534,Q8NBX0,Q99805,P11802,Q16850,Q16880,P30536,O95470,Q15125,Q13510,Q9UG56,Q9P035,P04083,P19838,Q9H7Z7,Q9HCL2,Q86YN1,Q9Y6K0,P35790,P28288,O15269,P37268,Q8NCC3,Q92604,O00767,Q14739,P04062,P48449,Q53GQ0,Q8NF37,P05023,Q5H8A4,Q8WVX9,Q10713,Q06136,Q9NZ01,P16435,P35610,O60762,O00116,Q92643,Q9H490,Q8NCG7,Q96N66,Q15800 55 |
| Intracellular lipid transport 0.5738517615580665 1.191038346654698 0.2336385313492472 1.0 0.96044930508576 13 O15118,O43772 2 |
| Regulation of rna polymerase ii regulatory region sequence specific dna binding 0.7902436738582885 1.1876629368956335 0.2349662313157059 1.0 0.9636520583475464 3 O75844 1 |
| Cholesterol efflux 0.6080437911493236 1.1875734920003338 0.2350014865100802 1.0 0.9636520583475464 7 O15118,P35610,Q8WTV0 3 |
| Urogenital system development 0.3716617088084166 1.185553584566584 0.2357986415314459 1.0 0.964381778058394 51 O76024,Q9NZJ7,O75844,P07602,P35610,P04083,P46379,O95470 8 |
| Negative regulation of steroid metabolic process 0.7889764853232837 1.1829525823991198 0.2368279404385016 1.0 0.9668731061765228 3 P05023 1 |
| Endoplasmic reticulum unfolded protein response 0.5008171895394063 1.1826229790518452 0.2369586013016682 1.0 0.9668731061765228 20 O76024,Q9BUN8,Q96HY6,Q15363,P57088,Q16611,Q7Z2K6 7 |
| Regulation of epithelial cell apoptotic process 0.5717972450103684 1.1802461651370388 0.2379023227956058 1.0 0.9677332933435552 13 O76024,P09601 2 |
| Positive regulation of anion transmembrane transport 0.7873223030397234 1.1768052451429791 0.2392732486204356 1.0 0.967912200427081 3 P08183 1 |
| Regulation of appetite 0.9800285306704676 1.1748092739074183 0.2400710290437255 1.0 0.967912200427081 2 P80303 1 |
| Regulation of response to food 0.9800285306704676 1.1748092739074183 0.2400710290437255 1.0 0.967912200427081 2 P80303 1 |
| Negative regulation of response to food 0.9800285306704676 1.1748092739074183 0.2400710290437255 1.0 0.967912200427081 2 P80303 1 |
| Long chain fatty acyl coa metabolic process 0.5962998862762395 1.17396978565774 0.2404071280419937 1.0 0.967912200427081 9 Q8WVX9,Q53GQ0,Q9NZ01 3 |
| Rhythmic behavior 0.634146809396221 1.169868112505169 0.2420540480372139 1.0 0.9704187895014637 5 P54802 1 |
| Response to muscle activity 0.6606177772277992 1.168992891803259 0.2424064952622062 1.0 0.9704187895014637 4 Q9UDX5 1 |
| Diacylglycerol metabolic process 0.9777460770328092 1.1668005278189777 0.2432909338179154 1.0 0.9704187895014637 2 Q9HCL2 1 |
| Diacylglycerol biosynthetic process 0.9777460770328092 1.1668005278189777 0.2432909338179154 1.0 0.9704187895014637 2 Q9HCL2 1 |
| Sodium ion export across plasma membrane 0.7842730847847217 1.16547842662153 0.2438253877829677 1.0 0.9704187895014637 3 P05023 1 |
| Positive regulation of oxidoreductase activity 0.5940926258062155 1.1634484991207006 0.2446475818741249 1.0 0.9704187895014637 9 Q8WTV0,P16435,P00374 3 |
| Transmission of nerve impulse 0.6023521053836425 1.161578965956226 0.2454065301621699 1.0 0.9704187895014637 7 P04062 1 |
| Positive regulation of cell cell adhesion mediated by cadherin 0.6584010463784402 1.1596947570860654 0.2461731055530545 1.0 0.9704187895014637 4 P41440,O75955 2 |
| Pyramidal neuron development 0.6582473201611165 1.159050048965306 0.2464357849215632 1.0 0.9704187895014637 4 O14949 1 |
| Lipid import into cell 0.6016356044698166 1.1583066101318389 0.2467389348249158 1.0 0.9706090277912448 7 P11166,P31751 2 |
| Cholesterol storage 0.7816780821918026 1.15584407935906 0.2477449394275019 1.0 0.971266086757938 3 P35610,Q8WTV0 2 |
| Positive regulation of glucose import 0.6300217296882837 1.1519985197872515 0.2493216815863006 1.0 0.9715963003823898 5 P31751 1 |
| Negative regulation of blood pressure 0.6289982065409584 1.147565607999406 0.2511479343006264 1.0 0.9747669972091332 5 Q9HB40,P42785 2 |
| Myelin assembly 0.5985333968335484 1.1441388416331515 0.2525660616114979 1.0 0.9759407256031536 7 Q16880 1 |
| Lipid catabolic process 0.3843150945042066 1.142552962386831 0.2532242446165105 1.0 0.9759407256031536 85 Q9H6V9,P43034,P31751,Q8WTV0,P11802,P23786,O95470,Q8IY17,Q13510,Q6PIU2,Q8N2A8,O15254,Q8N2K0,P50897,Q8NCC3,Q8N9F7,P04062,Q709F0,Q9NZC3,Q15067,P17900,P35610,Q8NCG7,Q8NHP8 24 |
| L aspartate transmembrane transport 0.6535672039825373 1.1394291093904252 0.2545242204475224 1.0 0.976475358197592 4 Q9UJS0,Q15758 2 |
| Regulation of mirna metabolic process 0.7768231440880529 1.1378333530163354 0.2551900750000029 1.0 0.976475358197592 3 A7E2V4 1 |
| Positive regulation of mirna metabolic process 0.7768231440880529 1.1378333530163354 0.2551900750000029 1.0 0.976475358197592 3 A7E2V4 1 |
| Negative regulation of anoikis 0.653162322444562 1.137732350969886 0.2552322604138073 1.0 0.976475358197592 4 Q07820 1 |
| Positive regulation of lipid metabolic process 0.4811998848766906 1.1371711215343103 0.2554667568107795 1.0 0.976475358197592 21 P16435,P31751,Q8WTV0,P04083,Q8NCG7 5 |
| Positive regulation of synaptic vesicle recycling 0.7764225195023864 1.1363479890430206 0.2558109539890565 1.0 0.976475358197592 3 Q9Y263 1 |
| Regulation of cell migration involved in sprouting angiogenesis 0.6525293111709447 1.135079785979402 0.2563418902173326 1.0 0.976475358197592 4 P09601 1 |
| Regulation of entry of bacterium into host cell 0.7753995433790021 1.1325558061903098 0.2574008364176081 1.0 0.976475358197592 3 Q9BTY2,Q9UPT5 2 |
| Metal ion transport 0.4008191112303829 1.1264149764534015 0.2599899105276593 1.0 0.9786895184042788 103 O76024,P21796,P32121,P02786,Q9Y6M7,P30536,P05026,O15173,O75027,Q04656,P78417,P20020,Q9HD20,O95202,Q9BPX6,Q9Y4W6,P16615,P23634,Q92504,O75844,P46939,Q9BXP2,P05556,P98194,Q8WWC4,P05023,Q9UJZ1,Q4KMQ2,Q6KCM7,Q13555,P55011,P08195,Q15043,Q9H9B4,Q16611,Q6P4Q7 36 |
| Gdp metabolic process 0.6239375275711793 1.1256543720272885 0.2603118440348249 1.0 0.9786895184042788 5 Q14168,Q00013 2 |
| Regulation of g protein coupled receptor signaling pathway 0.5257529805967572 1.1250954363211705 0.2605485949893877 1.0 0.9790220968240968 17 P16949,Q15043,P00813,P32121 4 |
| Negative regulation of intrinsic apoptotic signaling pathway 0.4068378209570982 1.1209118398484197 0.2623253906103 1.0 0.9827684029093894 36 O76024,O60313,Q9H300,Q96K76,O43464,Q9P0J0,Q8N2F6,P04792,P45880,Q07820 10 |
| Ornithine transport 0.9637660485021398 1.1178748971307753 0.2636204276700118 1.0 0.9831228806170328 2 Q9Y619 1 |
| Mammary gland epithelium development 0.579392552803175 1.1178726321218038 0.2636213951761501 1.0 0.9831228806170328 10 Q9NQC3,P31751 2 |
| Regulation of oxidoreductase activity 0.5026968869900519 1.1172942494042144 0.2638685334684996 1.0 0.9831228806170328 19 Q8TCT9,P16435,Q99623,Q8WTV0,P00374,Q15070 6 |
| Complement activation 0.7709030398020955 1.1158983176117572 0.2644656620443144 1.0 0.9831228806170328 3 Q99623 1 |
| Regulation of humoral immune response 0.7709030398020955 1.1158983176117572 0.2644656620443144 1.0 0.9831228806170328 3 Q99623 1 |
| Regulation of complement activation 0.7709030398020955 1.1158983176117572 0.2644656620443144 1.0 0.9831228806170328 3 Q99623 1 |
| Hematopoietic stem cell homeostasis 0.621431701524869 1.1148097306593698 0.2649319657356805 1.0 0.9837136122893062 5 Q9NX40 1 |
| Negative regulation of secretion 0.477769239367586 1.113886837130214 0.2653277370209095 1.0 0.9837136122893062 21 P09601,P04083,P00813 3 |
| Aspartate transmembrane transport 0.6211112847804425 1.11342330279397 0.2655266714572266 1.0 0.983730126240522 5 O75746,Q8TDW0,Q9UJS0 3 |
| Multicellular organism growth 0.4155513105161845 1.1120721657197885 0.2661071232187391 1.0 0.9853276654459424 30 O75844,Q15363,Q9HCL2,Q6KCM7,O95470 5 |
| Negative regulation of mrna splicing via spliceosome 0.531648203983769 1.1021867071324976 0.2703805097850762 1.0 0.9895837681498408 16 P98175,Q07021,P61978,Q9BTD8,O75494,P38159,P22626 7 |
| Dttp metabolic process 0.6445509630072614 1.1016739144028376 0.2706034614887576 1.0 0.9895837681498408 4 Q9H773 1 |
| Regulation of gliogenesis 0.5561525405161152 1.098041837772623 0.2721862206806342 1.0 0.9900603005874208 13 P30536 1 |
| Osteoclast development 0.6435865048128557 1.0976393501454966 0.2723620029318736 1.0 0.9900603005874208 4 P43034,Q15904 2 |
| Cd40 signaling pathway 0.5910941239077285 1.096404790926643 0.272901668282397 1.0 0.9900603005874208 6 Q99623,P05556,Q9BXW9 3 |
| Cellular response to chemical stress 0.3802069564798072 1.0962830127797305 0.2729549410137462 1.0 0.9900603005874208 85 Q04656,P11166,O95202,Q9BPX6,P23246,P09601,O43464,Q8N0U8,O95831,P04062,P04083,P00374,P16615,Q99720,Q7Z2K6,P04792,P30536 17 |
| Positive regulation of nitric oxide synthase activity 0.9574893009985734 1.095987369897035 0.2730843017255566 1.0 0.9900603005874208 2 Q8WTV0 1 |
| Response to misfolded protein 0.579875525992821 1.0956886198794746 0.2732150645725926 1.0 0.9900603005874208 9 Q9BUN8 1 |
| Regulation of leukocyte mediated cytotoxicity 0.5878359832860702 1.0952988634179626 0.2733857252881586 1.0 0.9900603005874208 7 Q9NUQ9,P04439,P46108,P32121 4 |
| Reactive oxygen species metabolic process 0.373346801099981 1.0951574401117574 0.2734476676224298 1.0 0.9900603005874208 48 Q04656,P51790,Q13423,P00403,P42785,Q9P0J0,Q9BSK2,P00374,Q15067,P30536 10 |
| Peptidyl proline hydroxylation to 4 hydroxy l proline 0.6168500009216535 1.0949912128549244 0.273520486164861 1.0 0.9900603005874208 5 P13674 1 |
| Monocyte chemotaxis 0.5840790565103948 1.094960878919859 0.2735337758666245 1.0 0.9900603005874208 8 P04083 1 |
| Bleb assembly 0.6427727186260856 1.09423576431421 0.2738515896511391 1.0 0.990517109899426 4 Q9NR77 1 |
| Oligosaccharide metabolic process 0.5905091874745527 1.0937885565668746 0.2740477241399222 1.0 0.990517109899426 6 P10253 1 |
| Skeletal muscle contraction 0.6156129702627562 1.0896428333929178 0.2758705071284582 1.0 0.9912976836574156 5 P10253 1 |
| Response to toxic substance 0.3592034604564436 1.0890748252270366 0.2761208904714805 1.0 0.9912976836574156 52 Q04656,P78417,P08183,P27544,P07099,O95831,P07196,P00374,Q15165 9 |
| Endoplasmic reticulum to cytosol transport 0.5613215756823942 1.0883415871087971 0.2764443378300081 1.0 0.9912976836574156 12 Q8TCT9,Q9BUN8,Q9UBV2 3 |
| Homologous chromosome segregation 0.5597676831219471 1.0803883979620128 0.2799692601214918 1.0 0.9955684374470964 12 P46379,Q9BTX1 2 |
| Protein import 0.3837943846765384 1.079792408012714 0.2802346327049489 1.0 0.9955684374470964 90 Q8TEX9,Q99595,Q9NS69,O14737,Q15388,O43615,O60830,O14925,O95831,Q99623,O75381,Q8N1F7,P40855,Q9Y512 14 |
| Mitochondrial genome maintenance 0.5709524555289942 1.0767283064041533 0.2816016625983772 1.0 0.9966061705698408 10 O60313,Q13472,P12235,P39210,Q9BSK2 5 |
| Positive regulation of glucose transmembrane transport 0.5860405269253588 1.0738073983426322 0.2829090133644785 1.0 0.9979278856100996 6 P31751 1 |
| Response to manganese ion 0.5860136426814189 1.073687221931638 0.2829628903153751 1.0 0.9979278856100996 6 Q04656,P30536 2 |
| Cytosolic calcium ion transport 0.4157990574505541 1.0725039421796951 0.2834937442486434 1.0 0.9980367080067112 25 P78417,P21796,O95202,P20020,Q9BPX6,Q9Y4W6,P16615,Q16611,Q8WWC4 9 |
| Dna methylation involved in gamete generation 0.7584082029249248 1.069717769434031 0.2847463654797786 1.0 0.9980367080067112 3 Q8N2A8 1 |
| Negative regulation of macroautophagy 0.5429253482828449 1.068404095824621 0.2853382702686362 1.0 0.9980367080067112 14 O15118,P09601,Q9P275,Q9H444 4 |
| Glycolipid catabolic process 0.5819073753075126 1.0682506199967785 0.2854074764411591 1.0 0.9980367080067112 7 P17900,P04062,P06865 3 |
| Folic acid transport 0.9492154065620476 1.0672199675424416 0.285872517944576 1.0 0.9980367080067112 2 Q9H2D1 1 |
| Folate transmembrane transport 0.9492154065620476 1.0672199675424416 0.285872517944576 1.0 0.9980367080067112 2 Q9H2D1 1 |
| Regulation of endoplasmic reticulum tubular network organization 0.636109417734154 1.066392472474912 0.2862462630550646 1.0 0.9980367080067112 4 P57088 1 |
| Calcium ion import into sarcoplasmic reticulum 0.9486447931526336 1.0652397636314632 0.2867674436555285 1.0 0.9980367080067112 2 O75844 1 |
| Positive regulation of heart rate 0.9486447931526308 1.0652397636314546 0.2867674436555325 1.0 0.9980367080067112 2 P00813 1 |
| Glycoprotein catabolic process 0.75713470319635 1.06502085463928 0.2868664925332389 1.0 0.9980367080067112 3 P33908,O60502 2 |
| Neuromuscular process controlling balance 0.556426081285446 1.0632887818502277 0.2876510109436225 1.0 0.9980367080067112 12 P17900,P07196,O14773,P10253,Q8IZL8 5 |
| Ubiquitin dependent erad pathway 0.403736333244874 1.0614481147035406 0.2884863006932283 1.0 0.9980367080067112 34 O76024,Q9UBU6,P51572,Q96A33,Q9BUN8,P46379,Q9UBV2 7 |
| Protein maturation 0.3637035679882588 1.061393280360255 0.2885112094245812 1.0 0.9980367080067112 72 O76024,Q15392,Q9H300,Q9NRN7,Q8TCT9,P42892,O43464,O75787,Q9UG56,Q96TA2,P67812,Q86UY6,O75844,Q5JRX3,Q9UJZ1,Q969M3,O75503,Q92896,Q10713,O75976,Q5VZE5,Q16611 22 |
| Negative regulation of cell development 0.414375756336045 1.0610288329129234 0.2886767980509637 1.0 0.9980367080067112 25 Q96G23,Q9NQC3,P30536 3 |
| Regulation of steroid metabolic process 0.5244164663388116 1.060810865482747 0.2887758633117836 1.0 0.9980367080067112 16 P05023,P30536,P16435,Q13510 4 |
| Phospholipid homeostasis 0.9466476462196796 1.05831302929269 0.2899127547760063 1.0 0.9980367080067112 2 Q9HCL2 1 |
| Mitotic dna replication 0.561632683184213 1.0582364594192384 0.2899476531288809 1.0 0.9980367080067112 11 Q14566 1 |
| Leukocyte apoptotic process 0.4287428065386607 1.0568996769537158 0.2905573759164039 1.0 0.9986380388566568 24 Q9HCL2,P04083,P24390,P00813 4 |
| Vesicle targeting rough er to cis golgi 0.5715267660990222 1.055928359119223 0.2910009465729657 1.0 0.9986380388566568 9 Q15363 1 |
| Response to steroid hormone 0.3744642328368735 1.0544765387914117 0.2916647964265124 1.0 0.9988764412921248 83 P16278,Q9H7B4,P16435,Q96HY6,O95831,O15118,P07196,P04062,P04083,P30536,O15173 11 |
| Selective autophagy 0.4043860369181095 1.053102335214741 0.2922940927149549 1.0 0.9988764412921248 33 P21796,O15269,P12235,P05141,Q96HY6,O43464,P27544,Q99623,Q6UWE0,O95140 10 |
| Behavior 0.3733028403123293 1.0528897979330247 0.2923915024062644 1.0 0.9988764412921248 82 O76024,P51790,Q04656,P54802,Q13641,O75844,P53985,Q9UPW5,Q8N2K0,O43464,P50897,Q96RL7,O15118,P10253,P04062,O00264,P30536 17 |
| Positive regulation of mitochondrial calcium ion concentration 0.6070423886861935 1.0526222796497693 0.2925141418773349 1.0 0.9988764412921248 5 P51572,Q9BPX6 2 |
| Positive regulation of cell junction assembly 0.5604644216399253 1.0524080087311338 0.2926123958586746 1.0 0.9988764412921248 11 Q13641,O75955,P41440,Q9Y2S7 4 |
| Skeletal muscle adaptation 0.7530698028639643 1.0500422955387296 0.2936986672056232 1.0 1.0 3 P16615 1 |
| Regulation of skeletal muscle adaptation 0.7530698028639643 1.0500422955387296 0.2936986672056232 1.0 1.0 3 P16615 1 |
| Regulation of t cell mediated cytotoxicity 0.7522831050228278 1.047145902079368 0.2950322914320253 1.0 1.0 3 Q9NUQ9,P04439 2 |
| Positive regulation of t cell mediated cytotoxicity 0.7522831050228278 1.047145902079368 0.2950322914320253 1.0 1.0 3 Q9NUQ9,P04439 2 |
| Establishment of protein localization to endoplasmic reticulum 0.4272309177386849 1.0452640881723605 0.2959009304591919 1.0 1.0 24 Q99442,Q9Y5M8,O43681,P61026,Q9UGP8,P46379,Q15629,Q9H444 8 |
| Regulation of cell killing 0.5732629840919176 1.044579947659817 0.2962171513407265 1.0 1.0 8 Q9NUQ9,P04439,P46108,P32121 4 |
| Carnitine metabolic process 0.5766596881164835 1.0443269833312236 0.2963341328184126 1.0 1.0 7 P23786 1 |
| Lymphocyte apoptotic process 0.5013380521890415 1.04069883130051 0.2980153458075394 1.0 1.0 18 P24390,P00813 2 |
| Cellular hyperosmotic salinity response 0.6297807205543311 1.0399945393360053 0.2983424376609465 1.0 1.0 4 O95202 1 |
| Hyperosmotic salinity response 0.6297807205543311 1.0399945393360053 0.2983424376609465 1.0 1.0 4 O95202 1 |
| Cellular response to salt stress 0.6297807205543311 1.0399945393360053 0.2983424376609465 1.0 1.0 4 O95202 1 |
| Cellular response to mineralocorticoid stimulus 0.7491916630134812 1.035772217615467 0.3003084216908458 1.0 1.0 3 O95831 1 |
| Cobalamin metabolic process 0.7487160167796547 1.0340234483019417 0.301125201432276 1.0 1.0 3 Q96EY8 1 |
| Nucleus organization 0.3611177192264944 1.031943435757616 0.3020986163934447 1.0 1.0 72 P43034,P02545,Q92621,Q9ULX6,Q9H444,Q14997,O14524,Q9UH99,Q9BTV4,P06493,P57740,O75844,P20700,O14656,Q9UNZ2,Q9NQC3,Q9P275,Q86XL3,Q9BTX1,P50402,Q8N1F7,P12270,O94901,Q7Z3B4 24 |
| Phosphatidylcholine acyl chain remodeling 0.9389443651925774 1.0316559350266354 0.3022333269909192 1.0 1.0 2 Q96N66 1 |
| Regeneration 0.3968135884301995 1.0311252294047222 0.3024820980083695 1.0 1.0 36 Q96G23,P09601,P07196,P04083,P00374,P30536 6 |
| Muscle hypertrophy in response to stress 0.627091040724087 1.0287912610775032 0.3035777741255032 1.0 1.0 4 P23634,P16615 2 |
| Genitalia development 0.6001027284058795 1.0227001265894846 0.3064496515338937 1.0 1.0 5 Q16611,Q15392 2 |
| Er overload response 0.6000787075744848 1.0225966513250713 0.3064985935560682 1.0 1.0 5 O76024,Q96A33 2 |
| Isoprenoid metabolic process 0.4382282551019474 1.0220931482567392 0.3067368157692522 1.0 1.0 23 O60762,O43464,P37268,P48449,Q6NUM9,Q9HB40,P51648 7 |
| Cellular response to low density lipoprotein particle stimulus 0.7451484018265221 1.0209170605820974 0.3072937354276313 1.0 1.0 3 P05556,O15118 2 |
| Regulation of protein catabolic process in the vacuole 0.7451484018265205 1.020917060582092 0.3072937354276339 1.0 1.0 3 Q96QK1,P04062 2 |
| Regulation of lysosomal protein catabolic process 0.7451484018265205 1.020917060582092 0.3072937354276339 1.0 1.0 3 Q96QK1,P04062 2 |
| Sterol import 0.7451484018265158 1.020917060582074 0.3072937354276424 1.0 1.0 3 Q8WTV0,Q6IAA8 2 |
| Pteridine containing compound metabolic process 0.487178719728138 1.0194015680479482 0.308012362040353 1.0 1.0 19 Q9H2D1,P00374 2 |
| Anaphase promoting complex dependent catabolic process 0.5535726598547293 1.0180451724437114 0.3086564892049714 1.0 1.0 11 Q16763,P30260,Q9UJX3,Q9UJX4,Q13042 5 |
| Negative regulation of rna splicing 0.4975768386243996 1.0177766436677262 0.3087841140957175 1.0 1.0 18 P98175,Q07021,P61978,Q9BTD8,O75494,P38159,P22626 7 |
| Mononuclear cell differentiation 0.3491387506368942 1.0173428535244506 0.3089903572024943 1.0 1.0 53 O96005,P24390,Q5HYI8,P00813,P04083,P04062 6 |
| Telencephalon glial cell migration 0.567054214443844 1.0156978367163931 0.3097732985031145 1.0 1.0 8 P43034,Q9NQC3,Q96N66,O94901 4 |
| Cerebral cortex radially oriented cell migration 0.567054214443844 1.0156978367163931 0.3097732985031145 1.0 1.0 8 P43034,Q9NQC3,Q96N66,O94901 4 |
| Regulation of protein exit from endoplasmic reticulum 0.572681476647056 1.0141566422802704 0.3105080137480178 1.0 1.0 6 P51572,Q92544 2 |
| Golgi organization 0.3499181137820898 1.0125685256002293 0.3112662999595306 1.0 1.0 63 P49755,Q7RTS9,Q9Y3A6,Q9P2W9,Q8NHH9,Q15363,Q9UP83,Q9BVK6,Q8TBA6,Q9Y3B3,O15260,Q13190,Q15643 13 |
| Lysine metabolic process 0.6227241301659809 1.0106239803483563 0.3121964338895633 1.0 1.0 4 Q9BQT8 1 |
| Deoxyribose phosphate catabolic process 0.5656849331343882 1.0093330412836354 0.3128149390543269 1.0 1.0 8 P00813 1 |
| Organelle disassembly 0.3420025896233167 1.0080841103860627 0.3134140850707563 1.0 1.0 56 P21796,P12235,Q9H300,Q96HY6,O43464,P27544,Q99623,P04062,Q13190,Q9Y3D6,Q9P275,P30536 12 |
| T cell mediated cytotoxicity 0.5958743770220012 1.004496890061732 0.3151391694906826 1.0 1.0 5 Q9NUQ9,P04439 2 |
| Membrane to membrane docking 0.7406010268732138 1.0042390417133311 0.3152634079474194 1.0 1.0 3 P15311 1 |
| Mitochondrial proton transporting atp synthase complex assembly 0.7386513683073938 0.9970984536178238 0.3187167235653074 1.0 1.0 3 Q15070 1 |
| Dendritic cell migration 0.5937977749618804 0.9955658527811656 0.3194611330241343 1.0 1.0 5 Q4KMQ2 1 |
| Calcium ion transmembrane transport 0.3800089041407353 0.9938517998762736 0.3202950232637214 1.0 1.0 42 P78417,P21796,O95202,Q9BPX6,P16615,P98194,Q8WWC4,Q6KCM7 8 |
| Cellular response to biotic stimulus 0.3820535668801544 0.9907712732955132 0.3217972794445876 1.0 1.0 41 O76024,O75844,Q96A33,P08670,Q8WTV0,P30536,Q86UE4 7 |
| Foam cell differentiation 0.7365734075898005 0.9894948562575092 0.3224210852719453 1.0 1.0 3 P35610 1 |
| Glycolipid transport 0.926676176890149 0.9894166359542372 0.3224593384467051 1.0 1.0 2 P07602 1 |
| Nucleobase containing small molecule catabolic process 0.591600595632312 0.986123019387104 0.3240727489147645 1.0 1.0 5 P00813 1 |
| Response to salt stress 0.5663557300081394 0.9859705763739998 0.3241475517168393 1.0 1.0 6 O95202 1 |
| Protein quality control for misfolded or incompletely synthesized proteins 0.5347745652068485 0.985840117953846 0.3242115757497457 1.0 1.0 13 Q9BUN8,P46379 2 |
| Crd mediated mrna stabilization 0.5567775530156783 0.9858140196601686 0.3242243847885513 1.0 1.0 9 P67809 1 |
| Positive regulation of intracellular protein transport 0.3453554747195256 0.9846849667730004 0.3247788393016653 1.0 1.0 61 O14737,P51572,O43464,P31751,P50402,Q05D32,Q9Y282,P55786,Q9Y3D6,Q9P275 10 |
| Paranodal junction assembly 0.7339640509024794 0.9799571963148084 0.327107247810007 1.0 1.0 3 Q16880 1 |
| Regulation of toll like receptor 3 signaling pathway 0.7334474885845043 0.9780704771248132 0.32803946825559 1.0 1.0 3 P41440,O75955 2 |
| Dna replication initiation 0.4183081518653285 0.9766060033514612 0.3287642458803106 1.0 1.0 24 Q14566 1 |
| Response to retinoic acid 0.5178228351503553 0.974945804923393 0.3295871434584265 1.0 1.0 15 Q99623,Q9P0J0,P11717,O43464 4 |
| Vitamin metabolic process 0.400116349064372 0.9727555591623128 0.3306748047844903 1.0 1.0 29 P11166,P78417,P38435,Q8N0U8,Q9H2D1,P41440,P04062,P00374 8 |
| G protein coupled receptor signaling pathway 0.3451040913887914 0.972165696716337 0.3309681230287407 1.0 1.0 53 P42892,Q9NZJ7,P07602,P32121,Q9BYT8,Q9Y4G8,P16949,P11717,Q15043,P00813,Q99523,P23634,P04083,Q8NCG7,Q99720,Q9UBI6 16 |
| Folic acid containing compound metabolic process 0.517206038039044 0.9715293405999073 0.3312847496360809 1.0 1.0 15 Q9H2D1,P00374 2 |
| Negative regulation of mrna processing 0.4175266838441062 0.9705954360199984 0.3317497795964712 1.0 1.0 24 P98175,Q07021,P61978,Q9BTD8,P22626,O75494,P38159,P50750 8 |
| Mitophagy 0.4793677372415032 0.970175519798217 0.3319590108002037 1.0 1.0 19 P21796,P12235,P05141,O43464,P27544,Q99623 6 |
| Glutamate receptor signaling pathway 0.7309501270340257 0.9689557178131118 0.3325672837527398 1.0 1.0 3 Q8NCG7 1 |
| Establishment of protein localization to vacuole 0.4563850873225085 0.968744133292612 0.3326728668295435 1.0 1.0 21 Q14108,Q99523,Q96RL7 3 |
| Positive regulation of endoplasmic reticulum unfolded protein response 0.730754657705873 0.96824278050458 0.3329231339626171 1.0 1.0 3 P57088 1 |
| Positive regulation of ire1 mediated unfolded protein response 0.730754657705873 0.96824278050458 0.3329231339626171 1.0 1.0 3 P57088 1 |
| Dendritic cell chemotaxis 0.6122155793228127 0.967033151169561 0.3335274614713457 1.0 1.0 4 Q4KMQ2 1 |
| Vesicle fusion with golgi apparatus 0.6121310506244868 0.9666833168711229 0.3337023695959886 1.0 1.0 4 Q13190 1 |
| Response to osmotic stress 0.4560270797617476 0.9663166825715858 0.3338857407777986 1.0 1.0 21 P08183,P30536,O95202,Q9BPX6 4 |
| Regulation of gtp binding 0.5584554116213761 0.9615373088404956 0.3362820757439637 1.0 1.0 7 P16949,O75503 2 |
| Regulation of lipase activity 0.5364684470985239 0.9613412337274114 0.3363806217718175 1.0 1.0 12 Q99623,P04083,P50897,P16435 4 |
| Cellular response to iron ion 0.9181169757489178 0.960120111584452 0.3369947676178355 1.0 1.0 2 P09601 1 |
| Regulation of necrotic cell death 0.5468888364223491 0.9596912136752258 0.3372106466302309 1.0 1.0 10 P30536,P00403,Q13510 3 |
| Mitochondrial fission 0.5064332646274337 0.9580593065363008 0.3380328537961197 1.0 1.0 16 O60313,Q9NX47,Q96QK1,Q9UDX5,Q9Y3D6 5 |
| Cytoplasmic pattern recognition receptor signaling pathway in response to virus 0.513906837443787 0.953263719093832 0.3404564690040967 1.0 1.0 15 Q86UT6,Q99623,O43657 3 |
| Purine nucleobase biosynthetic process 0.5455047124044655 0.9529793353365263 0.3406005409657391 1.0 1.0 10 P00813 1 |
| Regulation of inflammatory response 0.3676437871746306 0.9476577935887238 0.343303694074309 1.0 1.0 45 Q86UT6,Q8N2K0,P00813,P04083,P04062,Q8NCG7 6 |
| Cellular response to corticosteroid stimulus 0.5336688953148486 0.9470776173515564 0.3435992292228613 1.0 1.0 12 Q9H7B4,O95831 2 |
| Antiviral innate immune response 0.5824546779478021 0.9468996747075068 0.3436899037230732 1.0 1.0 5 Q99623,Q9NVI7,Q9H078 3 |
| Sterol transport 0.3999804866440355 0.9449871699196344 0.3446654262196422 1.0 1.0 25 P07355,Q9P260,P35610,Q86Y82,O15118,Q8WTV0,P19838,Q9H4L5,P30536,Q6IAA8 10 |
| Protein hexamerization 0.5563060438521024 0.9412990699451784 0.3465516192456987 1.0 1.0 6 Q96TA2,O95202 2 |
| Regulation of viral induced cytoplasmic pattern recognition receptor signaling pathway 0.5429649097890948 0.9406710372008898 0.346873465678702 1.0 1.0 10 Q86UT6,O43657 2 |
| Humoral immune response 0.5379296841322432 0.9402347894952846 0.3470971404357996 1.0 1.0 11 Q99623,Q07021,Q9UQ84 3 |
| Regulation of leukocyte migration 0.3947057966581657 0.9363319515786568 0.3491023021022648 1.0 1.0 30 Q07021,P09601,P84095,P00813,P04083,Q4KMQ2,Q00013 7 |
| Response to oxidative stress 0.3827920653032197 0.9361577325108542 0.3491919818497255 1.0 1.0 102 Q15392,O43169,P00374,Q99720,Q15165,Q04656,P30519,Q9UJ14,P09601,O43464,P04083,P16615,P04792,O95168,P23246,Q8N0U8,P04062,Q07820,Q15118,P46108,P28074,O75915,O95831,Q7Z2K6 24 |
| Negative regulation of fatty acid transport 0.9106990014265248 0.9348561449484554 0.349862440494461 1.0 1.0 2 P31751 1 |
| Negative regulation of endothelial cell proliferation 0.5547686661907649 0.9344789898241792 0.3500568688005518 1.0 1.0 6 Q9UII2,P57105 2 |
| Regulation of t cell proliferation 0.4511733202399701 0.9334239435006836 0.3506011227320913 1.0 1.0 21 P30825,Q9HCL2,P04083 3 |
| Body morphogenesis 0.5488471256877332 0.9312577632671516 0.3517202445020824 1.0 1.0 8 O95470 1 |
| C terminal protein amino acid modification 0.6033804940536422 0.930545789005612 0.3520885678986833 1.0 1.0 4 O60725 1 |
| Intrinsic apoptotic signaling pathway in response to dna damage 0.3967562724715991 0.9299282213061004 0.3524082499459857 1.0 1.0 27 P61978,P09601,O43464,Q96K76,P46379,Q07820 6 |
| Positive regulation of neutrophil migration 0.5780059034901115 0.9278748984861728 0.3534724665420943 1.0 1.0 5 Q8NE86,Q07021,O00429 3 |
| Positive regulation of granulocyte chemotaxis 0.5780059034901115 0.9278748984861728 0.3534724665420943 1.0 1.0 5 Q8NE86,Q07021,O00429 3 |
| Response to thyroglobulin triiodothyronine 0.9081312410841558 0.9261399652509568 0.354373246898974 1.0 1.0 2 P16278 1 |
| Nucleoside metabolic process 0.4824661442271048 0.9258303796374138 0.354534136601019 1.0 1.0 18 Q13126,O60725,P00813 3 |
| Nucleoside catabolic process 0.6016910175891887 0.9235875936761734 0.3557010756087111 1.0 1.0 4 P00813 1 |
| Regulation of erad pathway 0.5517067791143259 0.9209080867706306 0.3570984161970458 1.0 1.0 6 P46379 1 |
| Regulation of natural killer cell mediated immunity 0.5760994266574067 0.9197341021605372 0.3577117271499641 1.0 1.0 5 P46108,P32121 2 |
| Response to iron ion 0.5456565365327063 0.9165125718039748 0.3593981166636046 1.0 1.0 8 Q04656,P09601 2 |
| Tissue migration 0.3414608527499104 0.915458339811527 0.3599510634522584 1.0 1.0 63 P09601,P42785,P57105,Q8WTV0,P06576,Q9NQC3 6 |
| Leukocyte migration 0.3467212176801566 0.9150723813415936 0.3601536329606656 1.0 1.0 51 Q07021,P46108,P55011,P09601,P84095,P00813,P35613,P05556,P04083,P04062,Q4KMQ2,Q00013 12 |
| Cellular response to estrogen stimulus 0.7161127690074777 0.915052651184664 0.3601639902154228 1.0 1.0 3 Q8IZL8 1 |
| Cellular response to cadmium ion 0.5503550359229252 0.9149222884670232 0.3602324282213975 1.0 1.0 6 P09601 1 |
| Phosphatidylglycerol acyl chain remodeling 0.9047075606276695 0.914542638356564 0.3604317839825655 1.0 1.0 2 Q8NF37 1 |
| Positive regulation of fatty acid biosynthetic process 0.9047075606276668 0.9145426383565552 0.3604317839825701 1.0 1.0 2 P04083 1 |
| Phosphatidylinositol acyl chain remodeling 0.904707560627664 0.914542638356546 0.360431783982575 1.0 1.0 2 Q96N66 1 |
| Regulation of secondary metabolic process 0.7158616629714873 0.9141443707177276 0.3606409902859839 1.0 1.0 3 Q9Y4G8 1 |
| Gliogenesis 0.3363885028092169 0.9138859969490684 0.3607767523767191 1.0 1.0 54 Q96G23,P31751,P04083,P04062,Q9NQC3,Q96N66,P30536 7 |
| Primary amino compound metabolic process 0.7156602424261784 0.9134159103877107 0.361023840850049 1.0 1.0 3 Q04656 1 |
| T cell activation 0.3464606148303608 0.912414745128582 0.3615504303472385 1.0 1.0 68 P30825,O96005,P24390,Q5HYI8,Q9Y6D9,P00813,P04083,P04062,Q9HCL2 9 |
| Sensory perception 0.3713556231219544 0.9107560259099698 0.3624239369590956 1.0 1.0 42 O76024,O60313,O43924,P53611,Q9H6K4,P50897,Q13432,Q6P4Q7,Q14108,Q9Y6M9 10 |
| Negative regulation of mrna catabolic process 0.3931975522361313 0.9073983634213336 0.3641961745730606 1.0 1.0 28 O60506,P98175,P35637,P07910,Q9Y2W1,Q14011,P67809,Q92804,Q99729 9 |
| Regulation of phosphatidylcholine metabolic process 0.5729255363951906 0.9061984475074882 0.3648308246100662 1.0 1.0 5 Q8WTV0 1 |
| Cellular response to retinoic acid 0.5256250675009948 0.9061673857599144 0.364847262712985 1.0 1.0 12 Q99623,Q9P0J0 2 |
| Negative regulation of amyloid fibril formation 0.5729144720995912 0.9061513002907908 0.3648557754421782 1.0 1.0 5 Q9UHV9,Q9NQP4 2 |
| Regulation of amyloid fibril formation 0.5729144720995912 0.9061513002907908 0.3648557754421782 1.0 1.0 5 Q9UHV9,Q9NQP4 2 |
| Response to leucine 0.7135782050411861 0.9058913506216428 0.3649933628430446 1.0 1.0 3 P42345 1 |
| Histone h3 k4 dimethylation 0.7135322890287109 0.905725519790433 0.3650811515057675 1.0 1.0 3 O15047 1 |
| Histone h3 k4 monomethylation 0.7135322890287109 0.905725519790433 0.3650811515057675 1.0 1.0 3 O15047 1 |
| Response to ketone 0.3658561233751093 0.9042337405573456 0.3658714726446477 1.0 1.0 44 P16278,Q9H7B4,P16435,O95831,P04062,Q13126,P30536 7 |
| Mitochondrial respirasome assembly 0.9015691868758748 0.9039368062020476 0.3660289111034829 1.0 1.0 2 P14406 1 |
| Negative regulation of cell volume 0.900713266761761 0.9010485619770264 0.3675625002619127 1.0 1.0 2 P51790 1 |
| Positive regulation of mitochondrial membrane potential 0.596177166359641 0.9009250538635108 0.3676281692560794 1.0 1.0 4 P31751,Q8IWA4 2 |
| Regulation of sulfur metabolic process 0.712138397256012 0.9006936430930003 0.3677512295296588 1.0 1.0 3 Q15118 1 |
| Positive regulation of vascular permeability 0.7118505068660022 0.899654937381625 0.3683039113529731 1.0 1.0 3 Q16625 1 |
| Regulation of blood brain barrier permeability 0.7118505068660022 0.899654937381625 0.3683039113529731 1.0 1.0 3 Q16625 1 |
| Positive regulation of blood brain barrier permeability 0.7118505068660022 0.899654937381625 0.3683039113529731 1.0 1.0 3 Q16625 1 |
| Cotranslational protein targeting to membrane 0.5182353376372966 0.8993867944581683 0.3684466706375886 1.0 1.0 13 Q99442,Q15629,P43307 3 |
| Maternal placenta development 0.59514462884442 0.8966894909454395 0.3698846298730305 1.0 1.0 4 Q15363 1 |
| Regulation of chondrocyte differentiation 0.5462049926492283 0.8965670872111512 0.3699499671271862 1.0 1.0 6 Q92896 1 |
| Humoral immune response mediated by circulating immunoglobulin 0.899286733238216 0.896238942565554 0.3701251611335689 1.0 1.0 2 Q9UQ84 1 |
| Olfactory behavior 0.899001426533524 0.8952776417054961 0.3706386891617628 1.0 1.0 2 O76024 1 |
| Chemosensory behavior 0.899001426533524 0.8952776417054961 0.3706386891617628 1.0 1.0 2 O76024 1 |
| Cellular response to vascular endothelial growth factor stimulus 0.5459076299725448 0.8952532158432934 0.3706517432459675 1.0 1.0 6 P04083,P04792 2 |
| Peptidyl proline hydroxylation 0.5410222198457121 0.8951297104664226 0.3707177534582699 1.0 1.0 8 P13674,Q32P28 2 |
| Positive regulation of cell size 0.7103666645299921 0.8943043484639588 0.3711590739902166 1.0 1.0 3 Q04656 1 |
| Hepaticobiliary system development 0.379489159022047 0.8913518483553069 0.3727404413223931 1.0 1.0 37 Q04656,O75844,P35610,P09601,P00813,Q9UGP8,P04083 7 |
| Regulation of dna helicase activity 0.7091894977169116 0.8900633386178669 0.3734318770578277 1.0 1.0 3 Q04837,P49736 2 |
| Detection of stimulus 0.4666159079316273 0.8899957018961115 0.3734681939662887 1.0 1.0 19 Q8WTV0,P30536 2 |
| Cell cell adhesion mediated by cadherin 0.5421829443343019 0.8879381126844232 0.3745740420543753 1.0 1.0 7 Q07157,P41440,O75955 3 |
| Posttranslational protein targeting to endoplasmic reticulum membrane 0.5356193594666875 0.88573914533631 0.3757581090160489 1.0 1.0 9 Q99442,Q9UGP8,Q9H444,P46379 4 |
| Polysaccharide metabolic process 0.4196335737239325 0.8853543762545233 0.3759655310398269 1.0 1.0 23 Q7LGA3,O43505,P10253,P31751 4 |
| Response to zinc ion 0.5428498611865508 0.8817536273515904 0.3779100537315378 1.0 1.0 6 P30536 1 |
| Protein localization to golgi apparatus 0.5297615389810991 0.8768741798749982 0.3805549819946723 1.0 1.0 10 P49755,Q96RL7 2 |
| Vacuolar proton transporting v type atpase complex assembly 0.893295292439354 0.8760962328140379 0.3809777205687763 1.0 1.0 2 Q8N511 1 |
| Proton transporting v type atpase complex assembly 0.893295292439354 0.8760962328140379 0.3809777205687763 1.0 1.0 2 Q8N511 1 |
| Cellular defense response 0.7037671232876905 0.8705721023679567 0.3839878344465588 1.0 1.0 3 P05556,Q08380 2 |
| Negative regulation of rig i signaling pathway 0.5884943159315457 0.8694763894860051 0.3845866166939387 1.0 1.0 4 Q86UT6 1 |
| Stem cell division 0.5883300002214403 0.868805539448758 0.3849535027240867 1.0 1.0 4 P43034 1 |
| Regulation of skeletal muscle tissue development 0.5394700290229416 0.8668563947990896 0.3860206979787883 1.0 1.0 6 Q96TA1,P41440 2 |
| Protein targeting to vacuole 0.4817247030096614 0.8658329696930492 0.3865817660910045 1.0 1.0 17 Q14108,Q96RL7,Q99523 3 |
| Mitochondrial protein processing 0.53902030100758 0.8648761432737291 0.3871067729769235 1.0 1.0 6 Q96TA2,Q10713,Q9Y4W6,Q9UJZ1 4 |
| Microtubule anchoring 0.5225592918399303 0.8641740426343788 0.3874922893169334 1.0 1.0 11 O95684,O75381 2 |
| Positive regulation of trophoblast cell migration 0.8893009985734672 0.8627213453000804 0.3882906935307033 1.0 1.0 2 Q07021 1 |
| Leukocyte differentiation 0.3461435263238686 0.8613185363211476 0.3890626293076487 1.0 1.0 72 Q04656,Q96EY1,Q15904,O96005,P24390,Q5HYI8,Q6IAN0,P43034,P05141,P02786,P00813,P05556,P0CG08,Q14739,P04083,P04062,Q16611 17 |
| Cell death in response to oxidative stress 0.3893947171497777 0.859833218244601 0.3898809852869762 1.0 1.0 25 Q15118,P23246,O43464,P04062,P04792,Q99720,Q07820 7 |
| Purine nucleobase metabolic process 0.5213984981985424 0.8584510169632299 0.3906434671149998 1.0 1.0 11 P00813 1 |
| I kappab kinase nf kappab signaling 0.3300121532999474 0.857183463464751 0.391343500035564 1.0 1.0 57 Q86UT6,Q9Y3E0,P09601,Q96HY6,Q9P035,O43657,P04792,Q8TB61,Q86UE4 9 |
| Hyperosmotic response 0.5323021386039634 0.8550208683824009 0.3925395950114279 1.0 1.0 8 P11166,O95202,Q9BPX6 3 |
| Negative regulation of organic acid transport 0.584689777236206 0.8539635789098354 0.3931251698328022 1.0 1.0 4 Q9Y3D6,P31751 2 |
| Protein destabilization 0.5028005920601267 0.8527231837747664 0.3938128311408055 1.0 1.0 14 Q9BUN8,P54725 2 |
| Positive regulation of cell cell adhesion 0.3811672047291397 0.8516372097460461 0.3944154805855107 1.0 1.0 33 P30825,Q9HCL2,P41440,P00813 4 |
| Regulation of body fluid levels 0.3272792615849254 0.8503663038074906 0.3951214641068694 1.0 1.0 55 O76024,Q04656,P00403,P38435,P00813,Q9UNN8,P04062,P04792,Q13505 9 |
| Negative regulation of hormone metabolic process 0.6969357400532246 0.8461247616525737 0.3974831485560774 1.0 1.0 3 P05023 1 |
| Fatty acid beta oxidation using acyl coa oxidase 0.5345980880774366 0.8454306705351209 0.3978704262202197 1.0 1.0 6 O15254 1 |
| Regulation of dna duplex unwinding 0.5825901017875352 0.8454206182588193 0.3978760366958234 1.0 1.0 4 Q04837,P49736 2 |
| Regulation of tor signaling 0.4864065703797693 0.8442070374901931 0.3985537226656261 1.0 1.0 16 O75844 1 |
| Positive regulation of epithelial cell proliferation 0.3863532801822362 0.8396624015487371 0.4010977006318592 1.0 1.0 26 P09601,Q9NQC3 2 |
| Negative regulation of defense response to virus 0.5289362290588784 0.8395886196941649 0.4011390822169214 1.0 1.0 8 Q86UT6,O43657 2 |
| Phosphatidylinositol metabolic process 0.3817807224240088 0.8363325518287661 0.4029678453142931 1.0 1.0 31 O43292,Q10713,Q9BTU6,O60762,Q92643,Q92604,Q9H490,Q5H8A4,Q96N66 9 |
| Cellular response to exogenous dsrna 0.5305091328609199 0.8354806324588263 0.4034471471849159 1.0 1.0 7 P41440 1 |
| Membrane raft assembly 0.5557564330742819 0.8334021966731681 0.404617936254795 1.0 1.0 5 P07355,P41440,O75955 3 |
| Positive regulation of helicase activity 0.5555120889068494 0.832372003780414 0.4051989994444822 1.0 1.0 5 P52701,Q9Y3Y2,Q04837 3 |
| Intrinsic apoptotic signaling pathway in response to endoplasmic reticulum stress 0.4842642984526323 0.8320859517081419 0.4053604307946186 1.0 1.0 16 O76024,O60313,O95831,Q16611,P46379 5 |
| Regulation of multicellular organism growth 0.4987420245934365 0.8310811409228073 0.4059277928051814 1.0 1.0 14 O75844,O43464,Q9Y4W6,P11802,Q6KC79,Q9HCL2,O95470 7 |
| Positive regulation of response to wounding 0.5239591543856068 0.8309812764934503 0.4059842067159012 1.0 1.0 9 Q04656,Q16625,P04083,Q4KMQ2 4 |
| Iron ion transmembrane transport 0.5783983513515347 0.8284066141812269 0.4074402620080861 1.0 1.0 4 Q04656,Q15043 2 |
| Regulation of atp metabolic process 0.3832413199575701 0.8252677513954566 0.4092195961526896 1.0 1.0 28 Q04656,P00403,P14406,Q9BSK2,Q9Y3D6,P30536 6 |
| Mammary gland epithelial cell proliferation 0.5277516766795275 0.8231411628600066 0.410427723075506 1.0 1.0 7 Q9NQC3 1 |
| Positive regulation of vasculature development 0.4346671509879013 0.8219455934144511 0.4111078624216495 1.0 1.0 21 Q9NZ08,P09601,Q86UE4 3 |
| Forebrain generation of neurons 0.5289937338946824 0.8208609350592092 0.4117254848458016 1.0 1.0 6 O14949,Q9Y4G8 2 |
| Regulation of action potential 0.5214858303526974 0.8194126624997204 0.4125510128785663 1.0 1.0 9 P04062 1 |
| Pyridine nucleotide metabolic process 0.5523544369636206 0.8190752376914606 0.4127434887910726 1.0 1.0 5 P43490 1 |
| Myotube differentiation 0.4735830222928854 0.8182632896234111 0.4132068631783565 1.0 1.0 17 Q9H7B4,Q9BYT8,Q96TA1,Q8IV08,Q99523,P05556,P41440,O75955 8 |
| Chondrocyte differentiation 0.4956261892403802 0.8144992489275197 0.4153590023167406 1.0 1.0 14 Q92543,Q92896,P16435,Q15643 4 |
| Adipose tissue development 0.4882604350987953 0.8120140190540803 0.4167835873171475 1.0 1.0 15 Q6IAN0,P35610,O15173,Q6KCM7,P43490 5 |
| Cellular response to insulin like growth factor stimulus 0.6872998259075379 0.8118647668970207 0.4168692333634776 1.0 1.0 3 Q9BSK2 1 |
| Ammonium ion metabolic process 0.6869801456005542 0.8107329332125822 0.4175190563797499 1.0 1.0 3 Q04656 1 |
| Regulation of vacuole organization 0.4945326934347088 0.8086871498940521 0.4186951214368455 1.0 1.0 14 P07355,Q6UWE0,Q14108,Q9H444 4 |
| Positive regulation of leukocyte cell cell adhesion 0.3820439313867627 0.8048280988016887 0.4209188844697271 1.0 1.0 26 P30825,Q9HCL2,P00813 3 |
| Skin epidermis development 0.5053129053032039 0.8035106075011551 0.421679668199189 1.0 1.0 12 Q04656,O75844 2 |
| Fucose metabolic process 0.6849315068493321 0.8034872857563262 0.4216931425716965 1.0 1.0 3 Q9BTY2,P04066 2 |
| Positive regulation of cysteine type endopeptidase activity 0.376769893165825 0.8032220488019602 0.4218464036527856 1.0 1.0 32 Q9NZJ7,O14737,P51572,O43464,O75915,O95831,Q9P0J0,Q96A26,Q16611,Q9Y3D6 10 |
| Neural retina development 0.5231247501647441 0.8024856677502419 0.4222720756961458 1.0 1.0 7 P54802,P20020 2 |
| Membrane organization 0.4692107002243932 0.8020779742191239 0.4225078550267229 1.0 1.0 222 Q9NS69,Q5XKP0,P43034,Q86Y82,P49354,P45880,P30536,P12235,P05141,P08183,O15118,Q6UXV4,P33527,Q96EY1,O75844,Q14185,Q9P2W9,P50897,Q15629,Q9NQC3,Q86XL3,Q969M3,Q9UQB8,Q9P0J0,Q8N1F7,O94901,Q15070,Q13505,Q9NVH1,Q15392,O43681,P31751,Q15363,P46379,O95249,O95140,P05026,O95202,Q9UII2,Q9Y4W6,O15228,P41440,P04083,P16615,Q96CP7,P51790,O14656,Q9NR31,O43760,Q9UNZ2,O75955,P50402,P57088,Q9NZJ7,O14737,P49755,Q96A33,Q9BVK6,Q9P0I2,Q9H3K2,Q8NHH9,P98194,Q8WWC4,Q4KMQ2,Q9NX63,O60313,Q00765,Q16891,Q8IWA4,O15258,Q9H444,Q9Y512,Q9NPA0,Q9UH99,P84095,Q9BTV4,Q15006,P20700,Q9Y5J9,Q13190,Q16611 81 |
| Prostanoid metabolic process 0.4932386524158753 0.8018142227906616 0.4226604301329431 1.0 1.0 14 Q8N4Q0,Q8N8N7,P04083,Q8NCG7,Q9Y263,Q15067 6 |
| Pyridine containing compound biosynthetic process 0.5239763259024096 0.7989411571355869 0.4243245326222458 1.0 1.0 6 P43490 1 |
| Dendritic transport 0.5239043011319369 0.7986270610010524 0.4245066915835087 1.0 1.0 6 Q14254,P23246,P33176 3 |
| Lysosomal transport 0.3446255729805477 0.7968640859377353 0.4255299707698166 1.0 1.0 48 Q9NZJ7,P07602,Q96QK1,P11717,O15118,Q14108,Q9H444 7 |
| Cellular response to arsenic containing substance 0.5195565118583824 0.7967520078572117 0.4255950726149122 1.0 1.0 8 P09601 1 |
| Cellular response to osmotic stress 0.4979625462565035 0.7942349206776648 0.4270586826000024 1.0 1.0 13 P30536,O95202,Q9BPX6 3 |
| Trophoblast cell migration 0.5698447841868486 0.7938699829690495 0.4272711260159201 1.0 1.0 4 Q07021,Q6ZW31 2 |
| Ethanolamine containing compound metabolic process 0.8673323823109854 0.7900012851429581 0.4295270177944532 1.0 1.0 2 Q9NZC3 1 |
| N acylethanolamine metabolic process 0.8673323823109854 0.7900012851429581 0.4295270177944532 1.0 1.0 2 Q9NZC3 1 |
| Nucleoside triphosphate metabolic process 0.3317940919184832 0.7871184836463162 0.4312125101731527 1.0 1.0 52 O60313,P23919,P00403,P00846,P00813,Q9H773,P06576,Q8IWA4,O75964,P24539,P56385 11 |
| Cell migration involved in sprouting angiogenesis 0.517256164152521 0.7862879785411565 0.4316987936432275 1.0 1.0 8 P09601 1 |
| Regulation of steroid hormone biosynthetic process 0.8656205420827268 0.7843994554860637 0.4328057578113227 1.0 1.0 2 P16435 1 |
| Positive regulation of striated muscle contraction 0.8656205420827234 0.784399455486053 0.4328057578113289 1.0 1.0 2 P78417 1 |
| Bone remodeling 0.5100793419337846 0.782562241872901 0.4338842215411698 1.0 1.0 10 Q92791,O14773 2 |
| Response to arsenic containing substance 0.4894179461233277 0.7815554633218015 0.434475869364884 1.0 1.0 14 P09601,P78417 2 |
| Positive regulation of camp dependent protein kinase activity 0.6784881383062814 0.7807866447295896 0.4349279902417224 1.0 1.0 3 Q9Y4G8 1 |
| Cerebellar cortex development 0.4750949528089619 0.7803744590629667 0.4351704969906385 1.0 1.0 16 Q04656,O14949,P54802,Q5KU26,Q9UPW5,P04062 6 |
| Deoxyribonucleoside triphosphate catabolic process 0.5196112365372088 0.779935519441085 0.4354288300315232 1.0 1.0 6 P00813 1 |
| Nucleoside triphosphate catabolic process 0.5196112365372088 0.779935519441085 0.4354288300315232 1.0 1.0 6 P00813 1 |
| Peroxisomal transport 0.5154123788997533 0.7779136000266939 0.4366199501148053 1.0 1.0 8 P28288,O75381,P40855 3 |
| Response to aldosterone 0.6772939962100823 0.7765947853448046 0.437397879085375 1.0 1.0 3 O95831 1 |
| Protein transport along microtubule 0.5417920829896923 0.7748351050904344 0.438437102665477 1.0 1.0 5 Q14168,P04792 2 |
| Regulation of defense response to virus 0.4572913406565065 0.773730024372805 0.4390904608764594 1.0 1.0 18 Q86UT6,Q07021,O43657,O75844 4 |
| Regulation of programmed necrotic cell death 0.5164752170211845 0.7729195981980619 0.4395699653651361 1.0 1.0 7 Q13510 1 |
| Odontogenesis of dentin containing tooth 0.5178008580011049 0.7720718019731863 0.4400719021263175 1.0 1.0 6 Q6P4Q7 1 |
| Very long chain fatty acid metabolic process 0.507555318968193 0.7705552911830544 0.4409705702073654 1.0 1.0 10 P28288,Q15067,Q9P035,Q9NZ01 4 |
| Folic acid containing compound catabolic process 0.6752918987055749 0.7695777554147318 0.4415504044585165 1.0 1.0 3 Q9NRN7 1 |
| Positive regulation of lipid biosynthetic process 0.498315845880163 0.7684330952887469 0.4422299246794252 1.0 1.0 12 Q8WTV0,P04083,P16435 3 |
| Water homeostasis 0.510396176501072 0.7677783221915838 0.4426188954532366 1.0 1.0 9 P04062 1 |
| Post translational protein modification 0.4868125115684921 0.7677711933978602 0.4426231314202686 1.0 1.0 14 O60725,Q32P28,P46977 3 |
| Zinc ion transport 0.8601997146932965 0.7667270487825834 0.4432438180304077 1.0 1.0 2 Q92504 1 |
| Intrinsic apoptotic signaling pathway 0.348658488607301 0.7631003440837837 0.4454035548640132 1.0 1.0 83 O76024,O60313,Q9H300,P45880,P46379,P51572,P09601,Q96K76,O43464,P04792,Q9Y3D6,P61978,P23246,Q8N2F6,Q07820,Q15118,O75915,O95831,Q9P0J0,Q16611 20 |
| Negative regulation of amyloid precursor protein catabolic process 0.5117179906331015 0.7611697422128479 0.4465556884029722 1.0 1.0 8 O95197,Q9NQC3 2 |
| Free ubiquitin chain polymerization 0.6726831444744954 0.7604556476467195 0.4469822710207047 1.0 1.0 3 Q13049 1 |
| Regulation of mitotic recombination 0.6722986633540053 0.7591132793164845 0.4477847961302583 1.0 1.0 3 P18074 1 |
| Long chain fatty acid metabolic process 0.4023051622531808 0.7587270695709337 0.4480158403993552 1.0 1.0 23 P23786,Q8N2K0,P07099 3 |
| Fatty acid elongation 0.8567760342367878 0.7556192642765729 0.4498775024367585 1.0 1.0 2 Q9P035 1 |
| Polyol biosynthetic process 0.484420708349584 0.7551404847747589 0.4501646939902861 1.0 1.0 14 P04062,Q13510,P00374 3 |
| Maintenance of blood brain barrier 0.5102430005002266 0.7544986396731168 0.450549861894512 1.0 1.0 8 P05556,P18206,Q16625,P55011 4 |
| Negative regulation of blood circulation 0.6708296765215294 0.7539894349218721 0.4508555657394302 1.0 1.0 3 P16615 1 |
| Negative regulation of lymphocyte mediated immunity 0.5595342121268405 0.7525985987880288 0.4516911599113982 1.0 1.0 4 P46108,P32121 2 |
| Reactive nitrogen species metabolic process 0.4537136201619225 0.7522913723462059 0.4518758551280077 1.0 1.0 18 O43169,P30536 2 |
| Skeletal system development 0.324070324649677 0.7522231884699824 0.4519168509950262 1.0 1.0 60 Q04656,Q92896,Q15125,Q15904,Q32P28,O75844,Q7RTS9,P16435,Q96HY6,Q92543,O95470 11 |
| Neurofilament cytoskeleton organization 0.8553495007132532 0.7510036328190175 0.4526504694752171 1.0 1.0 2 P07196 1 |
| Energy derivation by oxidation of organic compounds 0.3935069282005347 0.7473512507724464 0.454851563573357 1.0 1.0 132 P14406,P31751,O43676,P10253,P06576,P46020,O75964,P24539,Q04656,P13073,O96000,Q9UDW1,Q9H3K2,P22695,O14949,P03886,P00846,Q7KZN9,P04062,Q9Y6M9,Q9BSK2,Q6KCM7,Q13423,Q15070,P56385 25 |
| Leukocyte proliferation 0.3520638922007038 0.7467064146489115 0.4552407968371379 1.0 1.0 43 P30825,P00813,P04083,P04062,Q9HCL2 5 |
| Nucleosome assembly 0.3728994848612014 0.7463526801100331 0.4554543962170703 1.0 1.0 29 Q99733,P55209,Q9H7B4 3 |
| Regulation of guanyl nucleotide exchange factor activity 0.5578105119621467 0.7457407902667188 0.4558240134803268 1.0 1.0 4 P16949 1 |
| Intermediate filament based process 0.4882984257607121 0.7445727678959678 0.4565300356406876 1.0 1.0 13 P07196,P08670,Q16352,P07197 4 |
| Potassium ion import across plasma membrane 0.5100035953689852 0.7442933174334229 0.4566990431942079 1.0 1.0 7 P05023,P55011,P05026 3 |
| Synaptic vesicle membrane organization 0.5565104331268098 0.7405767560630205 0.4589501058026908 1.0 1.0 4 O43760 1 |
| Adaptive immune response 0.3360380288737705 0.736482086530407 0.4614373652743446 1.0 1.0 49 Q03518,Q07021,P10321,Q96FW1,P02786,P00813,Q6P179,P04083,Q9UQ84,Q03519,Q9NZ08 11 |
| Positive regulation of epithelial cell apoptotic process 0.5323518027317675 0.7356417704158164 0.4619487351730404 1.0 1.0 5 Q4KMQ2 1 |
| Ribonucleoside triphosphate biosynthetic process 0.3686813436248212 0.7342703798013613 0.4627839666849631 1.0 1.0 32 P56134,P00403,P00846,O76075,P06576,O75964,P24539,P56385,P36542 9 |
| Regulation of lipid transport 0.4506385658049281 0.7339111721734893 0.4630028775379831 1.0 1.0 18 Q9Y3D6,P31751,P30536 3 |
| N glycan processing 0.5540618595591892 0.7308708015756814 0.464858072154513 1.0 1.0 4 Q16706 1 |
| Regulation of protein targeting 0.3710009295018773 0.7306777870398067 0.4649759865163103 1.0 1.0 29 O14737,O43464,P31751,P55786,Q9Y3D6,Q9P275 6 |
| Negative regulation of oxidoreductase activity 0.5311109152845661 0.7305168426463245 0.4650743216476045 1.0 1.0 5 Q15070,P19838 2 |
| Regulation of exit from mitosis 0.5309925518311374 0.7300283380915441 0.4653728629859146 1.0 1.0 5 Q99623 1 |
| Neurotransmitter uptake 0.5069721789271733 0.7252861035902554 0.4682765291391493 1.0 1.0 6 P05556,O14656,P41440,Q99808 4 |
| Heart morphogenesis 0.3716456753097911 0.7251895228626872 0.4683357694903631 1.0 1.0 27 Q9NQC3,O75844,Q15363 3 |
| Negative regulation of cell aging 0.5294119892091992 0.7235108993554118 0.4693660602919665 1.0 1.0 5 P67809 1 |
| Regulation of the force of heart contraction 0.5286800734491308 0.7204965396905361 0.4712193294742333 1.0 1.0 5 P05023,P10253,P16615 3 |
| Entry into host 0.3646614375171254 0.7197227311766792 0.4716957277111775 1.0 1.0 34 P08195,Q15758,P02786,P35613,O15118,Q9BTY2,Q8WTV0,P05556,Q9UPT5,Q14108 10 |
| Vacuolar transport 0.321159827954781 0.7188925457109697 0.4722071297362071 1.0 1.0 60 Q9NZJ7,P07602,Q96QK1,P11717,Q96RL7,O15118,Q14108,Q9H444 8 |
| Regulation of monooxygenase activity 0.4874479238509436 0.714326160845548 0.4750255191052446 1.0 1.0 12 Q8TCT9,Q8WTV0,P16435,P00374 4 |
| Response to corticosterone 0.8433666191155335 0.712538220605583 0.4761315524923781 1.0 1.0 2 P07196 1 |
| Positive regulation of collagen metabolic process 0.6585835648570875 0.7115941091258499 0.4767161559514123 1.0 1.0 3 P08670 1 |
| Cellular response to steroid hormone stimulus 0.3215527772300944 0.711386331771828 0.476844866564196 1.0 1.0 61 O75376,Q9H7B4,P20020,Q96HY6,Q9P1Z2,O95831,Q99623,O15118,P04083,P05023,O15173 11 |
| Nerve growth factor signaling pathway 0.8407988587731666 0.7043696819108678 0.4812025816798737 1.0 1.0 2 Q9Y4G8 1 |
| Regulation of respiratory burst 0.6563926940639204 0.7040726960580269 0.4813875028095555 1.0 1.0 3 P11274,P39019 2 |
| Regulation of response to wounding 0.436667504845086 0.7035693765957772 0.4817009878680891 1.0 1.0 19 Q04656,Q96G23,P46108,P05556,Q16625,P04083,Q4KMQ2 7 |
| Mitochondrial protein catabolic process 0.8405135520684752 0.7034637398249524 0.4817667962616896 1.0 1.0 2 Q9UG56 1 |
| Regulation of release of cytochrome c from mitochondria 0.4894910046311644 0.7028219377874616 0.48216672389584 1.0 1.0 11 O60313,Q96A26,O14737,Q9H3K2 4 |
| Body fluid secretion 0.4680344240851083 0.7021001156068158 0.4826167302534601 1.0 1.0 15 Q04656,Q13505,P00813 3 |
| B cell activation involved in immune response 0.4268668365372468 0.7017967795433014 0.4828059074540893 1.0 1.0 20 P00813 1 |
| Anterior posterior axis specification 0.4929697230835047 0.7016595116819829 0.4828915285466162 1.0 1.0 10 Q15363 1 |
| Positive regulation of striated muscle cell differentiation 0.5014286469311502 0.7015175886355115 0.4829800619911109 1.0 1.0 6 Q96TA1,P42345,Q13049,P32121 4 |
| Protein targeting to peroxisome 0.4997996556741195 0.6994955525541999 0.4842423914584592 1.0 1.0 7 O75381 1 |
| Atp metabolic process 0.3755442415812794 0.6990597180841431 0.4845147111065473 1.0 1.0 117 P14406,O43676,Q9BRR6,P06576,O75964,P24539,P30536,Q04656,P13073,O96000,Q9UDW1,Q9Y3D6,Q9H3K2,P22695,O14949,P03886,P00846,Q7KZN9,Q9Y6M9,Q9BSK2,Q6KCM7,P56385 22 |
| Organic hydroxy compound transport 0.3595051340132592 0.698089783304255 0.4851210470036393 1.0 1.0 36 P53985,P35610,Q86Y82,O15118,O15439,Q8WTV0,P19838,Q14728,P30536 9 |
| Negative regulation of hormone biosynthetic process 0.8388017118402298 0.6980351940474895 0.4851551846279784 1.0 1.0 2 P05023 1 |
| Regulation of toll like receptor signaling pathway 0.4883703552100543 0.6974294454986044 0.4855340793577372 1.0 1.0 11 Q9NQC3 1 |
| Positive regulation of protein kinase b signaling 0.4356572390757959 0.6973509680088805 0.4855831786158782 1.0 1.0 19 Q07021,Q13641,P05556,Q9NQC3,Q86UE4 5 |
| Glucose import 0.483608190143322 0.6953347367689954 0.4868455498977591 1.0 1.0 12 Q16625,P11166,P31751 3 |
| Oligopeptide transport 0.6538108030605334 0.695234862123497 0.4869081279132132 1.0 1.0 3 O15439 1 |
| Tripeptide transport 0.6538108030605334 0.695234862123497 0.4869081279132132 1.0 1.0 3 O15439 1 |
| Mitochondrial electron transport nadh to ubiquinone 0.3813504007827946 0.6942317610833985 0.4875368774340423 1.0 1.0 24 O43676,P03886 2 |
| Positive regulation of release of cytochrome c from mitochondria 0.5221918067120522 0.693881067541007 0.4877567975200776 1.0 1.0 5 Q96A26 1 |
| Glycoside metabolic process 0.4942641273708265 0.6934909901874325 0.4880014780873263 1.0 1.0 9 Q9BTY2,P04062,Q9NUJ1 3 |
| Cdp choline pathway 0.6532315494090769 0.6932559962581585 0.4881489127225513 1.0 1.0 3 Q9Y6K0 1 |
| Negative regulation of defense response 0.3523652806361106 0.6924278699956109 0.4886686686307748 1.0 1.0 40 Q86UT6,Q07021,P46108,Q03426,P32121,Q96QK1,O43657,P28070,P00813,P04062,P19838,P04439 12 |
| Sulfur compound catabolic process 0.4940099976002192 0.692329829446161 0.488730221445012 1.0 1.0 9 Q9UJ14,P16278 2 |
| Phosphatidylinositol biosynthetic process 0.3662036957456393 0.6911792361921638 0.4894529107598593 1.0 1.0 29 O43292,Q10713,Q9BTU6,Q5H8A4,O60762,Q92643,Q969N2,Q9H490,Q96S52,Q9NTJ5,Q96N66 11 |
| Insulin like growth factor receptor signaling pathway 0.5439091975047249 0.6909213108042591 0.4896149929826534 1.0 1.0 4 P11717 1 |
| Actin modification 0.6523972602739831 0.6904084277224447 0.4899373783327032 1.0 1.0 3 Q86TU7,Q13049 2 |
| Tripeptide transmembrane transport 0.8359486447931542 0.6890150119912277 0.4908138206124013 1.0 1.0 2 O15439 1 |
| Leukotriene transport 0.8359486447931542 0.6890150119912277 0.4908138206124013 1.0 1.0 2 O15439 1 |
| Sphingolipid translocation 0.835948644793126 0.6890150119911389 0.4908138206124572 1.0 1.0 2 P08183 1 |
| Xenobiotic transport across blood brain barrier 0.835948644793126 0.6890150119911389 0.4908138206124572 1.0 1.0 2 P08183 1 |
| Regulation of neurogenesis 0.3216434012880655 0.6885838914477738 0.4910851609890407 1.0 1.0 63 Q96G23,Q9Y4G8,Q9UQB8,P55209,P07196,Q9NQC3,P30536 7 |
| Positive regulation of peptidase activity 0.3414803174156754 0.6876270563966802 0.4916876654514603 1.0 1.0 45 Q9NZJ7,O14737,Q92542,P51572,Q96HY6,O43464,O75915,O95831,Q9P0J0,Q96A26,P61604,P61289,Q16611,Q9BXK5,Q9Y3D6 15 |
| Collagen metabolic process 0.4861672178481837 0.6868458249335749 0.492179889080991 1.0 1.0 11 P05556,Q92791,P08670,Q32P28 4 |
| Peptidyl asparagine modification 0.4891406605696986 0.6837283468368096 0.4941467200654825 1.0 1.0 10 Q9NYU2,P04843,P46977,Q8TCJ2,Q9Y673,P04844 6 |
| Pyrimidine containing compound transmembrane transport 0.8342368045648829 0.6836195899349058 0.4942154111030583 1.0 1.0 2 Q9BSK2 1 |
| Regulation of camp dependent protein kinase activity 0.4966769921288615 0.6812533663847624 0.495711185396595 1.0 1.0 6 Q9Y4G8 1 |
| Amyloid precursor protein biosynthetic process 0.5410367863998973 0.6797103002610223 0.4966879127390562 1.0 1.0 4 P35610 1 |
| Cellular response to light stimulus 0.362993542327886 0.6779803332912058 0.4977841629025052 1.0 1.0 31 P31751,P27544 2 |
| Deoxyribonucleoside triphosphate metabolic process 0.4876673108711471 0.6768479467717091 0.4985024334525272 1.0 1.0 10 Q9H773,P00813 2 |
| Positive regulation of mitotic cell cycle spindle assembly checkpoint 0.495327209288796 0.6755163803610844 0.4993477479366279 1.0 1.0 6 Q9Y6D9 1 |
| L glutamate import across plasma membrane 0.8313837375178335 0.6746555293330383 0.4998946444388992 1.0 1.0 2 O75915 1 |
| Regulation of l glutamate import across plasma membrane 0.8313837375178335 0.6746555293330383 0.4998946444388992 1.0 1.0 2 O75915 1 |
| Regulation of amino acid transmembrane transport 0.8313837375178335 0.6746555293330383 0.4998946444388992 1.0 1.0 2 O75915 1 |
| Neuron maturation 0.4939789997846369 0.6741490192505571 0.5002165775058791 1.0 1.0 7 O75503 1 |
| Protein containing complex remodeling 0.8308131241083939 0.6728670156484737 0.5010318982055484 1.0 1.0 2 Q8WTV0 1 |
| Secondary metabolite biosynthetic process 0.5392234975596637 0.6726550331156358 0.5011667813527558 1.0 1.0 4 Q9Y4G8 1 |
| Neuroblast division 0.6466894977168878 0.6710096398187202 0.5022143885283843 1.0 1.0 3 P61026,Q96N67 2 |
| Asymmetric neuroblast division 0.6466894977168878 0.6710096398187202 0.5022143885283843 1.0 1.0 3 P61026,Q96N67 2 |
| Negative regulation of endoplasmic reticulum calcium ion concentration 0.5164534388722067 0.6705097921660564 0.5025328663060253 1.0 1.0 5 P51572,Q9Y3D6 2 |
| Embryo implantation 0.4850629341631801 0.664712908382042 0.5062341359517952 1.0 1.0 10 Q07021,Q6ZW31,Q7Z739,P35613,Q8IZL8 5 |
| Apoptotic mitochondrial changes 0.3569615210106563 0.6638449264176839 0.5067895680275976 1.0 1.0 35 O60313,O14737,P32121,P12235,Q9H300,P05141,Q96QK1,Q96A26,Q16611,P45880,Q9Y3D6,Q9H3K2 12 |
| Vasculogenesis 0.4811866585903922 0.6630104455298126 0.5073238642048217 1.0 1.0 11 O95470 1 |
| Regulation of dna methylation 0.4810239444469203 0.6622339522842258 0.5078212980076162 1.0 1.0 11 Q8NB78,O75844 2 |
| Protein import into peroxisome membrane 0.5361685103406664 0.6608080997902849 0.5087353877206671 1.0 1.0 4 P40855 1 |
| Necrotic cell death 0.460268591725655 0.6604122767350327 0.5089892959790949 1.0 1.0 15 P30536,Q13510 2 |
| Developmental maturation 0.3287155256161995 0.6599951483449684 0.5092569427886331 1.0 1.0 49 P51790,Q15125,Q9NZJ7,O75787,P07196,P04062,Q8N2A8,O75503 8 |
| Regulation of spontaneous synaptic transmission 0.8262482168330975 0.6586114659806785 0.510145298093541 1.0 1.0 2 P05556 1 |
| Spontaneous synaptic transmission 0.8262482168330975 0.6586114659806785 0.510145298093541 1.0 1.0 2 P05556 1 |
| Endomembrane system organization 0.426653236132751 0.6572587649091963 0.5110145456521362 1.0 1.0 182 Q9BTU6,Q00765,P31751,Q15363,Q8TBA6,A0MZ66,P46379,Q14108,Q9H444,P49755,Q9NPA0,Q9UH99,Q7RTS9,Q96A33,Q9BTV4,Q9BVK6,Q15006,Q9Y3B3,P41440,Q9P0I2,P16615,Q92543,Q96CP7,P51790,O75844,Q9Y3A6,P20700,Q9P2W9,Q8NHH9,Q9UP83,O95197,O43760,Q15629,Q9NQC3,Q86XL3,Q4KMQ2,Q9UQB8,P50402,O15260,P57088,A0FGR8,Q13190,Q8N1F7,Q15643 44 |
| Aromatic amino acid transport 0.8256776034236561 0.6568361802161893 0.5112862576940449 1.0 1.0 2 P30825 1 |
| Branched chain amino acid transport 0.8256776034236553 0.6568361802161862 0.5112862576940469 1.0 1.0 2 Q96H78 1 |
| Regulation of cysteine type endopeptidase activity 0.3165980682323539 0.6540129090089566 0.51310348886183 1.0 1.0 53 Q9NZJ7,O14737,P16435,Q15392,P51572,Q96K76,O43464,O95831,Q9P0J0,Q96A26 10 |
| Pyrimidine deoxyribonucleoside triphosphate metabolic process 0.5110541892682523 0.6486746227856813 0.5165487106513673 1.0 1.0 5 Q9H773 1 |
| L serine transport 0.8228245363766067 0.6479823577797007 0.5169963610461823 1.0 1.0 2 Q15758 1 |
| Segmentation 0.4686345351685891 0.6448186348986142 0.5190447243068235 1.0 1.0 13 Q15363 1 |
| Netrin activated signaling pathway 0.8216833095577573 0.6444514894081272 0.5192827050272395 1.0 1.0 2 A0MZ66 1 |
| Regulation of lymphocyte differentiation 0.4269534635938046 0.6440376147908018 0.5195510427087426 1.0 1.0 19 O96005,P00813 2 |
| Olfactory lobe development 0.509820178698806 0.6437063119288136 0.5197658961312843 1.0 1.0 5 Q9UPW5 1 |
| Regulation of glucose import 0.4829890838157105 0.6422859213345126 0.5206875537186004 1.0 1.0 9 P31751 1 |
| Magnesium ion homeostasis 0.6376436595523471 0.6405756835206434 0.5217984023674926 1.0 1.0 3 Q6P4Q7 1 |
| L ascorbic acid metabolic process 0.5304561702319142 0.6387948909885098 0.5229563723348727 1.0 1.0 4 P78417 1 |
| Maintenance of protein location in cell 0.3855811658431937 0.6380075342427026 0.5234687756408682 1.0 1.0 23 Q9UH99,P24390,Q96RL7,O15258,P30536 5 |
| Regulation of systemic arterial blood pressure 0.4813410311753257 0.6348583709903574 0.5255207896068028 1.0 1.0 9 P42892,P42785 2 |
| Molting cycle 0.4665525778491424 0.6343793739658394 0.5258332671080332 1.0 1.0 13 Q04656,O75844,Q08J23 3 |
| Bone development 0.3577522009213825 0.6342465097961761 0.5259199589269428 1.0 1.0 31 Q92896,Q15125,Q15904,O75844,Q32P28,Q7RTS9,P16435 7 |
| Sprouting angiogenesis 0.448774771578097 0.6340070448737947 0.5260762245397064 1.0 1.0 16 P09601,P57105 2 |
| Cytoplasmic pattern recognition receptor signaling pathway 0.4159366894346086 0.6323436811283792 0.5271623263476042 1.0 1.0 20 Q99623,Q86UT6,O43657 3 |
| Ubiquitin recycling 0.5068967875022046 0.6319704774054071 0.5274061686713305 1.0 1.0 5 Q9Y263,Q13049 2 |
| Protein transport to vacuole involved in ubiquitin dependent protein catabolic process via the multivesicular body sorting pathway 0.528118755352547 0.6298415848122371 0.5287982350670486 1.0 1.0 4 Q9H3S7,Q92783,Q9BRG1 3 |
| Regulation of cell aging 0.4602869152150409 0.62921699917919 0.5292070013328956 1.0 1.0 14 P67809,O75844 2 |
| Inorganic ion import across plasma membrane 0.4773186205386067 0.6288460312149711 0.529449861061809 1.0 1.0 10 P55011,Q15043,P23634,P05023,P05026 5 |
| Endocrine process 0.482568781524238 0.6249610904171273 0.5319965956207131 1.0 1.0 7 P42892,O75787 2 |
| Epithelial cell proliferation 0.3225894827902884 0.6242952567360633 0.5324336984041 1.0 1.0 50 P09601,P57105,Q99623,Q8WTV0,Q9NQC3 5 |
| Multicellular organismal movement 0.478724530083677 0.6230982995568162 0.5332199270961135 1.0 1.0 9 P10253 1 |
| Positive regulation of establishment of protein localization to mitochondrion 0.4467009329701628 0.6226427843188814 0.5335192892194445 1.0 1.0 16 O43464,P55786,O14737 3 |
| Regulation of response to endoplasmic reticulum stress 0.3943058214263853 0.622018582347476 0.5339296492451342 1.0 1.0 22 O76024,O60313,P51572,Q96HY6,P57088,Q16611,P46379 7 |
| Vesicle targeting 0.4232248315421915 0.6213559774537784 0.5343654303109349 1.0 1.0 19 P49755,Q8WWQ0,Q15363,Q9BVK6,Q9NR31,Q15643 6 |
| Regulation of wound healing 0.4523499200087565 0.6182719206770472 0.5363961080586335 1.0 1.0 15 P46108,P05556,Q16625,P04083,Q4KMQ2 5 |
| Negative regulation of neuron death 0.3295344898369787 0.6159545656895451 0.5379245067418426 1.0 1.0 47 O76024,Q9UMX5,P09601,O43464,P50897,P07196,Q01105,P04062,Q9H444 9 |
| Epithelial cell apoptotic process 0.4453542776309181 0.6152791290019363 0.5383703984030772 1.0 1.0 16 O76024,P09601 2 |
| Nucleoside triphosphate biosynthetic process 0.3470164719781435 0.6132138056526693 0.5397349774289633 1.0 1.0 38 P23919,P56134,P00403,P00846,O76075,P06576,O75964,P24539,P56385,P36542 10 |
| Epidermis development 0.3183572513238001 0.6089083638668112 0.5425851800672796 1.0 1.0 51 Q04656,Q13510,O75844,P43034,P67809,P04083,Q9Y6M7,P16615,P98194,P51648,Q8NEY8 11 |
| Regulation of mitochondrial atp synthesis coupled electron transport 0.6280846613276124 0.6088581219578523 0.5426184844420809 1.0 1.0 3 Q9H3K2 1 |
| Skin development 0.3376870567146918 0.6087445769213533 0.5426937549698758 1.0 1.0 43 O75844,Q13510,Q15392,P04083,P04062 5 |
| Positive regulation of small molecule metabolic process 0.4503388101747188 0.6076351116939186 0.5434295080495066 1.0 1.0 15 P31751,P04083,P00403,P16435 4 |
| Establishment or maintenance of transmembrane electrochemical gradient 0.8091298145506443 0.606029349452426 0.5444952641087921 1.0 1.0 2 Q16611 1 |
| Regulation of endoplasmic reticulum unfolded protein response 0.4767316832618037 0.6055727852010365 0.5447984786504534 1.0 1.0 8 O76024,Q96HY6,P57088 3 |
| Chemical homeostasis 0.4224364140049653 0.6038712883689562 0.5459292189528373 1.0 1.0 183 O76024,Q9UH65,Q15904,P53985,P16949,Q8N511,P02786,Q93050,Q16891,Q9UKM9,Q8WTV0,Q9Y6M7,P06576,Q9Y487,P30536,P05026,O75027,Q04656,P30519,P78417,Q96TC7,Q9Y5X3,Q5BJF2,Q9HD20,P20020,O95202,P09601,Q9BPX6,Q9P035,P51572,P42785,Q9Y4W6,O15118,Q96A33,O75787,P16615,P62995,Q9HCL2,P23634,Q9Y3D6,Q96CP7,Q86YV9,P51790,Q92504,O15254,Q99808,O75880,P50897,Q9BXP2,P04062,P98194,Q8NF37,Q8WWC4,Q9UJZ1,Q9NQC3,P05023,Q15067,O75503,P55011,P35610,Q8NE01,Q15043,Q9Y6C9,O15260,P0CG08,Q16611,Q92544,Q6P4Q7 68 |
| Homeostasis of number of cells 0.3182684503792718 0.603505795232192 0.5461722614266495 1.0 1.0 67 P09601,P00813,Q9NX40,P04062,Q9HCL2 5 |
| Positive regulation of translation in response to endoplasmic reticulum stress 0.6252853881278458 0.5996613263586145 0.5487319672091906 1.0 1.0 3 O00571,Q13217 2 |
| Positive regulation of translation in response to stress 0.6252853881278458 0.5996613263586145 0.5487319672091906 1.0 1.0 3 O00571,Q13217 2 |
| Cell motility involved in cerebral cortex radial glia guided migration 0.8068473609129838 0.5991286805834171 0.5490870773762389 1.0 1.0 2 O94901 1 |
| Negative regulation of programmed necrotic cell death 0.6250000000000087 0.5987261133757747 0.5493555405336068 1.0 1.0 3 Q92974,P12235 2 |
| Negative regulation of necrotic cell death 0.6250000000000087 0.5987261133757747 0.5493555405336068 1.0 1.0 3 Q92974,P12235 2 |
| Rna stabilization 0.3541070010787283 0.5977444105905443 0.5500104876585343 1.0 1.0 30 O60506,P98175,P07910,Q9Y2W1,Q08J23,Q14011,P67809,Q92804,P35637 9 |
| C4 dicarboxylate transport 0.4700812028924801 0.5956477428266236 0.55141057515312 1.0 1.0 10 Q02978,P55011,Q15758,Q9UBX3,Q9UJS0 5 |
| Positive regulation of protein dephosphorylation 0.4479496612443235 0.5950358521624104 0.5518195061060984 1.0 1.0 15 P04062 1 |
| Appendage morphogenesis 0.458317785967983 0.5933591978795802 0.5529407890682472 1.0 1.0 13 P42892,Q6KC79,Q16611 3 |
| Cell recognition 0.3558064770278808 0.5932017200494191 0.5530461616516411 1.0 1.0 25 Q8WTV0,Q9NQC3,Q5KU26,P45880 4 |
| Cellular response to interferon beta 0.4748519495831674 0.5921140066344953 0.5537742482036128 1.0 1.0 7 Q9P0J0 1 |
| Response to interferon beta 0.4748519495831674 0.5921140066344953 0.5537742482036128 1.0 1.0 7 Q9P0J0 1 |
| Mitochondrion morphogenesis 0.4689393682739215 0.5904406572764189 0.5548952596460217 1.0 1.0 10 Q04837,Q9Y3D6,Q8TB37,Q9Y2S7 4 |
| Cell chemotaxis 0.3333583475814444 0.586939845364324 0.5572441079489132 1.0 1.0 44 P33527,Q9UH65,Q07021,Q13641,P46108,P55011,P84095,P35613,P04083,P04792,Q96JJ3,Q4KMQ2,Q00013 13 |
| Chondroitin sulfate proteoglycan metabolic process 0.8025677603423615 0.5862635353933554 0.5576984313906688 1.0 1.0 2 Q96L58 1 |
| Chondroitin sulfate proteoglycan biosynthetic process 0.8025677603423615 0.5862635353933554 0.5576984313906688 1.0 1.0 2 Q96L58 1 |
| Chondroitin sulfate biosynthetic process 0.8025677603423615 0.5862635353933554 0.5576984313906688 1.0 1.0 2 Q96L58 1 |
| Protein hydroxylation 0.4255493721260577 0.5859992213410512 0.5578760381052721 1.0 1.0 18 Q92791,P13674,Q32P28 3 |
| Regulation of t cell differentiation 0.4462051840705757 0.5858625482454086 0.5579678868419315 1.0 1.0 15 O96005,P00813 2 |
| Regulation of oxidative phosphorylation 0.4702658805507277 0.5853665106248523 0.5583013019297911 1.0 1.0 9 P14406,Q9BSK2 2 |
| Negative regulation of cellular amine metabolic process 0.8017118402282477 0.5837022102892816 0.5594206799347641 1.0 1.0 2 O14874 1 |
| Regulation of tube size 0.460190903735919 0.5812707101470258 0.5610580177766922 1.0 1.0 12 Q9HB40 1 |
| Regulation of adherens junction organization 0.6192922374429298 0.5801176349825835 0.5618352921898295 1.0 1.0 3 P35241,P35611 2 |
| Neuron projection arborization 0.4715373479008574 0.5781195311261245 0.5631834216266502 1.0 1.0 7 Q13641 1 |
| Negative regulation of nuclear transcribed mrna catabolic process deadenylation dependent decay 0.4658205946035608 0.5762628917311511 0.5644375010559317 1.0 1.0 10 P67809 1 |
| Regulation of cartilage development 0.4710373758605684 0.5760148675488725 0.5646051323504229 1.0 1.0 7 Q92896 1 |
| Citrulline biosynthetic process 0.4924653334196327 0.5747927726152965 0.565431455278669 1.0 1.0 5 P23634,O76075 2 |
| Positive regulation of dephosphorylation 0.4309999618458296 0.5743399180863902 0.5657378016348176 1.0 1.0 17 P04062 1 |
| Vesicle cargo loading 0.4495362448656406 0.5742408565759684 0.5658048252415873 1.0 1.0 14 Q96PC5,Q15363 2 |
| Protein localization to extracellular region 0.3140519964718287 0.567622793545901 0.5702911264427757 1.0 1.0 66 Q96PC5,P49755,Q92543,Q86YV9,Q32P28,P55011,P53985,P43034,Q96QK1,P61026,P04083,Q96KC8,Q86VX9,Q9UBV2,Q16850,P35580,Q13555 17 |
| Response to ether 0.5113593933015058 0.56665143122282 0.570951024861083 1.0 1.0 4 P11802 1 |
| Gastrulation with mouth forming second 0.5112115335426665 0.5661023090464204 0.5713242337249196 1.0 1.0 4 Q4VCS5 1 |
| Voluntary musculoskeletal movement 0.6148875639111602 0.5658856780583116 0.5714714980992122 1.0 1.0 3 Q96QK1 1 |
| Positive regulation of neuron projection development 0.3501532525131108 0.5654507242618644 0.5717672314467728 1.0 1.0 30 Q14108,Q32P28,Q9UQB8 3 |
| Cardiolipin metabolic process 0.4676490588656362 0.5600809129464949 0.5754242489091648 1.0 1.0 6 Q99623,Q9UJZ1 2 |
| Neutrophil chemotaxis 0.4511782375343393 0.5581771654634607 0.5767234119019862 1.0 1.0 13 Q07021,Q00013 2 |
| Antigen processing and presentation of endogenous peptide antigen via mhc class i via er pathway 0.7928673323823134 0.5574703972120709 0.5772060792848637 1.0 1.0 2 P10321 1 |
| Detection of external biotic stimulus 0.7928673323822819 0.557470397211978 0.5772060792849272 1.0 1.0 2 Q8WTV0 1 |
| Modification of synaptic structure 0.4649740307617763 0.5548230045737916 0.5790157304762251 1.0 1.0 8 Q9UQB8 1 |
| Positive regulation of toll like receptor 3 signaling pathway 0.7914407988587452 0.5532805554732773 0.5800713136329327 1.0 1.0 2 P41440 1 |
| Positive regulation of heterotypic cell cell adhesion 0.7914407988587452 0.5532805554732773 0.5800713136329327 1.0 1.0 2 P41440 1 |
| Positive regulation of phosphatase activity 0.4658668951728251 0.5528121190894508 0.5803920690271778 1.0 1.0 6 Q8IV63,P42345,Q15257,P08238,Q13464 5 |
| Positive regulation of mitochondrial fission 0.4626587169549003 0.5518390405824677 0.5810586366614778 1.0 1.0 9 Q96QK1,Q9Y3D6,Q9NX47 3 |
| Leukocyte homeostasis 0.4394429036633104 0.5505253646991066 0.5819590844582447 1.0 1.0 15 Q9HCL2,P00813 2 |
| Granulocyte chemotaxis 0.4330249340768322 0.5484939425228784 0.5833527874458768 1.0 1.0 16 Q07021,P04083,Q00013 3 |
| Alpha ketoglutarate transport 0.7897289586305057 0.5482681817159867 0.5835077717446322 1.0 1.0 2 Q9BQT8 1 |
| Regulation of response to oxidative stress 0.3828557067910874 0.544378097589102 0.5861813145931505 1.0 1.0 22 Q9UJ14,P23246,O43464,P04792,P00374 5 |
| Immunological synapse formation 0.6073746549898987 0.5418803333115595 0.5879009457678643 1.0 1.0 3 P26038 1 |
| Cell cycle dna replication 0.4097371430339777 0.540250135655 0.5890245415296191 1.0 1.0 19 Q14566 1 |
| Positive regulation of cytoplasmic translation 0.4548912571575609 0.5396526450687618 0.5894366033605944 1.0 1.0 11 P67809 1 |
| Neuroblast proliferation 0.4514115868270433 0.5394456456999588 0.5895793923225869 1.0 1.0 12 P43034,Q8NCG7,P61026 3 |
| Regulation of reactive oxygen species metabolic process 0.3436316466587475 0.5394162852810744 0.5895996465439639 1.0 1.0 34 P51790,P00403,P42785,Q9BSK2,P00374,P30536 6 |
| Regulation of tetrapyrrole metabolic process 0.7863052781740396 0.5382946161047463 0.5903736676969313 1.0 1.0 2 O75027 1 |
| Positive regulation of cell cycle checkpoint 0.4619830487867847 0.5381989571745303 0.5904396999232504 1.0 1.0 7 Q9Y6D9 1 |
| Myeloid leukocyte differentiation 0.3459035254750415 0.5364374875513728 0.5916562287666776 1.0 1.0 31 Q15904,Q6IAN0,P43034,Q14739,P04062 5 |
| Positive regulation of intracellular transport 0.3230906587401024 0.5331033136646808 0.5939620653753905 1.0 1.0 78 O14737,Q9P2W9,P51572,O43464,P31751,P50402,Q05D32,Q9Y282,P55786,Q9Y3D6,Q9P275 11 |
| Cardiac conduction 0.4298525195547672 0.5315124323224052 0.5950637284256235 1.0 1.0 16 O75844,P20020,P16615,P05023,P05026 5 |
| Positive regulation of g protein coupled receptor signaling pathway 0.4812581678244838 0.5313545725611408 0.5951730949570591 1.0 1.0 5 Q15043 1 |
| Positive regulation of focal adhesion assembly 0.4604398743216388 0.5308172209337622 0.5955454453039062 1.0 1.0 6 P49593,P63000,Q9HCM4,Q13464,Q9Y2S7 5 |
| Positive regulation of phosphoprotein phosphatase activity 0.4807528130737714 0.5294176198786686 0.5965157778689616 1.0 1.0 5 Q8IV63 1 |
| Positive regulation of cholesterol storage 0.7814550641939773 0.5242845270751173 0.6000806571485378 1.0 1.0 2 Q8WTV0 1 |
| Sulfur compound biosynthetic process 0.3247282204752586 0.5238750128931284 0.600365475147111 1.0 1.0 45 Q9UJ14,O43505,Q9UMR5,P50897,Q8TB61,Q13126,Q8NCH0 7 |
| Regulation of systemic arterial blood pressure by hormone 0.6014466745159486 0.523190100637543 0.6008419696564795 1.0 1.0 3 P42892 1 |
| Negative regulation of transmembrane transport 0.3691383186724047 0.5216335145934821 0.6019255238040508 1.0 1.0 23 P78417,P31751,P21796 3 |
| Cellular lipid metabolic process 0.4435399077299343 0.5203259229467146 0.6028364309333534 1.0 1.0 223 O43292,Q9NPH0,Q9BTU6,Q96G23,P16278,Q9NZJ7,O75376,Q6IAN0,P43034,P31751,P27544,P07099,Q99623,O95674,Q8WTV0,Q8NBX0,Q9HB40,Q99805,Q2TAA5,Q16880,O95470,P23786,Q8IY17,Q13510,O43464,Q9P035,P04083,Q9H7Z7,Q9HCL2,Q9UBV2,Q86YN1,Q9BT22,Q9Y6K0,P35790,O75844,O15254,O15269,Q8N2K0,Q8N4Q0,Q8N8N7,P50897,P37268,Q8NCC3,Q92604,Q8N9F7,P04062,P48449,Q53GQ0,Q8NF37,Q9Y263,Q9NZC3,Q5H8A4,Q709F0,Q15067,Q6NUM9,Q8WVX9,P17900,Q06136,Q15118,Q9NZ01,P16435,P07602,P35610,O60762,O00116,Q92643,P51648,Q9H490,Q8NCG7,Q8NHP8,Q96N66,Q15800 72 |
| Udp glucose metabolic process 0.6005134289459064 0.5202685706116066 0.6028763984721393 1.0 1.0 3 Q9NYU2 1 |
| Mrna 3 splice site recognition 0.4984095949984786 0.5191690324858501 0.6036428720903284 1.0 1.0 4 Q15459 1 |
| Brain morphogenesis 0.4569535816477953 0.5174523247368965 0.6048404414091608 1.0 1.0 7 P04062 1 |
| Chromosome attachment to the nuclear envelope 0.7783166904422282 0.5152952565529375 0.6063467131272531 1.0 1.0 2 O94901 1 |
| Ventricular cardiac muscle cell differentiation 0.7783166904422281 0.5152952565529372 0.6063467131272533 1.0 1.0 2 P06493 1 |
| Negative regulation of cardiac muscle adaptation 0.7783166904422281 0.5152952565529372 0.6063467131272533 1.0 1.0 2 P23634 1 |
| Negative regulation of muscle adaptation 0.7783166904422281 0.5152952565529372 0.6063467131272533 1.0 1.0 2 P23634 1 |
| Ventricular cardiac muscle cell development 0.7783166904422281 0.5152952565529372 0.6063467131272533 1.0 1.0 2 P06493 1 |
| Pancreas development 0.4493638007426058 0.5143547141063137 0.6070040147586311 1.0 1.0 11 O76024,P04083 2 |
| Toll like receptor signaling pathway 0.4264166358014681 0.5132240219586355 0.6077946242017684 1.0 1.0 16 Q9NQC3,P41440 2 |
| Lipid droplet formation 0.4762159351200662 0.5121172614990871 0.6085689444446729 1.0 1.0 5 Q14534 1 |
| Regulation of t cell activation 0.3273942628190151 0.5113860333228988 0.6090807727922396 1.0 1.0 43 P30825,O96005,P00813,P04083,Q9HCL2 5 |
| Xenobiotic metabolic process 0.4369270166379766 0.5108910112499261 0.609427375676479 1.0 1.0 14 O43169,P78417,P07099 3 |
| Cellular response to leucine starvation 0.5973699996712235 0.5104708574217062 0.6097216263501117 1.0 1.0 3 P42345 1 |
| Ovulation cycle 0.4501156963228616 0.5059568456760125 0.6128869447114076 1.0 1.0 10 O95470 1 |
| Response to nitric oxide 0.4520355961933058 0.5057401647262726 0.6130390683017342 1.0 1.0 9 P46108,P25705,O95831 3 |
| Cellular response to reactive nitrogen species 0.4520355961933058 0.5057401647262726 0.6130390683017342 1.0 1.0 9 P46108,P25705,O95831 3 |
| Pyridine containing compound metabolic process 0.4495133658323281 0.503299630650553 0.6147536260894046 1.0 1.0 10 Q13126,P43490 2 |
| Regulation of protein monoubiquitination 0.594770669490339 0.5024196964496895 0.6153723269141522 1.0 1.0 3 O75340 1 |
| Response to axon injury 0.4239648105955105 0.5002423980016102 0.6169044079330539 1.0 1.0 16 Q96G23,P30536,P00374 3 |
| Cellular homeostasis 0.3802241224525295 0.5001557607544833 0.616965405801259 1.0 1.0 143 O76024,Q9UH65,Q15904,Q8N511,P02786,Q93050,Q16891,P10253,Q9Y6M7,P06576,Q9Y487,P05026,O75027,Q04656,P78417,Q96TC7,P20020,Q9HD20,O95202,Q9BPX6,P09601,P51572,Q96A33,O75787,Q9Y4W6,P16615,P62995,P23634,Q9Y3D6,P51790,Q92504,Q99808,O75880,P50897,Q9BXP2,P98194,Q8WWC4,Q9Y263,Q9UJZ1,Q9NQC3,P05023,Q4KMQ2,O75503,Q07820,P55011,Q15043,P0CG08,Q16611,Q92544 49 |
| Regulation of mitochondrial dna replication 0.5937483351617446 0.4992658843382176 0.617592085626381 1.0 1.0 3 Q04837 1 |
| Granulocyte migration 0.4099931514691799 0.4967540082681957 0.6193625314782174 1.0 1.0 18 Q07021,P04083,Q00013,P35613 4 |
| Regulation of phospholipid metabolic process 0.4453946060711956 0.4963469234202729 0.6196496655038031 1.0 1.0 11 Q8WTV0,Q8NF37 2 |
| Apoptotic dna fragmentation 0.4717195876435334 0.4951342395903202 0.6205053660303079 1.0 1.0 5 O95831 1 |
| Interleukin 12 production 0.4511657802624464 0.4937495149989123 0.621483091328964 1.0 1.0 6 Q07021,P19838 2 |
| Tor signaling 0.384644986572771 0.4928993361865799 0.6220837163561184 1.0 1.0 21 O75844 1 |
| Muscle cell development 0.3408949886816121 0.4906226332860856 0.6236933753485854 1.0 1.0 30 O43707,Q9H7B4,O60341,O75844,Q96TA1,P42345,P02545,Q9NYL9,Q13045,P06493,Q9Y4W6,P05556,P16615 13 |
| Immune response regulating signaling pathway 0.3050448641110211 0.4898392515427793 0.6242476528996572 1.0 1.0 64 Q86UT6,Q5KU26,O43657,P00813,P41440,P46379,Q9NQC3 7 |
| Positive regulation of alpha beta t cell differentiation 0.4494432368689278 0.4893344019406597 0.6246049692683475 1.0 1.0 8 P00813 1 |
| Toll like receptor 4 signaling pathway 0.5902029048802221 0.4883853020202452 0.6252769507107274 1.0 1.0 3 P41440 1 |
| Regulation of toll like receptor 4 signaling pathway 0.5902029048802221 0.4883853020202452 0.6252769507107274 1.0 1.0 3 P41440 1 |
| Cellular response to insulin stimulus 0.2984964724979406 0.485733931214409 0.6271558228677405 1.0 1.0 58 Q9Y5X3,Q7L576,Q9UQB8,Q15043,P31751,P11802,Q9BSK2,P43490 8 |
| Transcription coupled nucleotide excision repair 0.4890094204967082 0.4855301336434028 0.627300342680803 1.0 1.0 4 P19447,Q9HCS7,P18074 3 |
| Response to estrogen 0.4359247125012105 0.4843938876302563 0.628106355516076 1.0 1.0 13 P09601 1 |
| Response to oxygen radical 0.4884654435867748 0.4836062903319891 0.6286653096954744 1.0 1.0 4 P00374 1 |
| Cellular response to oxygen radical 0.4884654435867748 0.4836062903319891 0.6286653096954744 1.0 1.0 4 P00374 1 |
| Regulation of establishment of protein localization to mitochondrion 0.3737221639882164 0.4834646612922142 0.6287658457698315 1.0 1.0 22 Q9P275,O43464,P55786,O14737 4 |
| Receptor localization to synapse 0.4424622580724691 0.483132715684615 0.6290015059742351 1.0 1.0 11 Q14168,Q96QK1,P57105,O15400 4 |
| Regulation of heterotypic cell cell adhesion 0.4882822680313606 0.4829590444993039 0.6291248164979566 1.0 1.0 4 P41440,O75955 2 |
| Fatty acid metabolic process 0.3393350693693268 0.4769843581968784 0.6333732599970199 1.0 1.0 100 P31751,P07099,P23786,O95470,Q13510,Q9P035,P04083,Q9HCL2,O15254,Q8N2K0,Q8N4Q0,Q8N8N7,Q8NCC3,Q92604,Q53GQ0,Q9Y263,Q15067,P16435,P35610,P51648,Q8NCG7,Q15800 22 |
| Cellular response to xenobiotic stimulus 0.3391903425123664 0.47698267284223 0.6333744601247895 1.0 1.0 30 O43169,P78417,P27544,P07099 4 |
| Purine containing compound biosynthetic process 0.3189616705506211 0.4766471231899495 0.6336134216031617 1.0 1.0 79 P00403,P00846,Q9UMR5,P50897,P00813,Q8WVC6,P49915,P06576,Q53GQ0,Q8TB61,Q13126,O75964,P24539,P56385 14 |
| Regulation of dna binding 0.3405795555208996 0.4758455043494735 0.6341844486548989 1.0 1.0 25 P09601,O75844 2 |
| Intrinsic apoptotic signaling pathway in response to dna damage by p53 class mediator 0.4373938263248563 0.473980528362918 0.635513792572834 1.0 1.0 12 P61978,O60341,Q9BVC6,P46379,Q96RU2 5 |
| Photoreceptor cell differentiation 0.4456499034209402 0.4720370171635034 0.6369003667849387 1.0 1.0 6 P54802 1 |
| Regulation of receptor binding 0.7626248216832767 0.471286265064423 0.6374363226305482 1.0 1.0 2 P16615 1 |
| Sodium ion transmembrane transport 0.3718499948293842 0.4711085802913721 0.637563198116909 1.0 1.0 22 P55011,P08195,Q6P4Q7,P05023,Q9Y6M7,P23634,Q4KMQ2,P05026 8 |
| Myeloid leukocyte migration 0.3394171061875672 0.4677909146836725 0.6399341183469534 1.0 1.0 26 Q07021,P35613,P04083,Q00013,Q4KMQ2 5 |
| Negative regulation of ion transmembrane transport 0.4046027327211529 0.4664035794983075 0.6409266498158734 1.0 1.0 18 P78417,P21796 2 |
| Protein deneddylation 0.4409251991071559 0.4657610990292304 0.6413865128431673 1.0 1.0 10 Q7L5N1,O14656,Q9UNS2,Q9BT78 4 |
| Maintenance of location in cell 0.3184611315859383 0.4636471394191421 0.6429005751735353 1.0 1.0 45 O43292,P78417,Q9UH99,P24390,O95202,Q96RL7,P10253,O15258,P30536 9 |
| Negative regulation of lipid biosynthetic process 0.4421270980674323 0.4635907082456222 0.6429410127361939 1.0 1.0 9 P05023,Q8NF37 2 |
| Regulation of alpha beta t cell differentiation 0.4418102262273922 0.4622574058468736 0.6438967407785787 1.0 1.0 9 P00813 1 |
| Neuron projection guidance 0.3381329673382509 0.4616309346981224 0.6443460067822293 1.0 1.0 28 P42892,O75962,Q96TA1,P84095,Q9BVA1,P35613,O00264 7 |
| Central nervous system neuron development 0.4215877928934533 0.4591677136293977 0.6461137337994582 1.0 1.0 15 Q04656,O14949,Q9Y4G8,Q9UPW5 4 |
| Positive regulation of muscle contraction 0.4424773791339658 0.4588892098248145 0.6463137276863864 1.0 1.0 7 P00813 1 |
| Regulation of protein localization to endosome 0.4619381796229517 0.4587836782300786 0.6463895167187235 1.0 1.0 5 P35241,P15311 2 |
| Positive regulation of protein localization to early endosome 0.4619381796229517 0.4587836782300786 0.6463895167187235 1.0 1.0 5 P35241,P15311 2 |
| Response to nutrient 0.3339572618325713 0.4583225084559836 0.6467207554703518 1.0 1.0 34 P09601,P30536,P53985 3 |
| Lymphocyte homeostasis 0.4337826912596927 0.4574098633097494 0.6473764762352192 1.0 1.0 12 P00813 1 |
| Regulation of system process 0.3057812265665442 0.4529010975250003 0.6506199606034995 1.0 1.0 68 P42892,P78417,O75844,Q9UQB8,P00813,P10253,P04062 7 |
| Icosanoid biosynthetic process 0.4327773961984799 0.4528199248826098 0.6506784149238121 1.0 1.0 12 Q9UJ14,P04083,Q8NCG7 3 |
| Positive regulation of cell killing 0.4601752549955158 0.4523231765134102 0.6510361818511463 1.0 1.0 5 Q9NUQ9,P04439 2 |
| Blastocyst development 0.3288011128011595 0.4522623897257339 0.6510799670889358 1.0 1.0 38 P00813 1 |
| Eye morphogenesis 0.4283157254000639 0.4483954302753082 0.653867839180319 1.0 1.0 13 P54802,Q9UPW5,Q16611,Q6KC79,O95140 5 |
| Negative regulation of mitochondrion organization 0.40796351630616 0.4480289323165995 0.654132316239503 1.0 1.0 17 O60313,P05141,Q9H300,P02786,P30536,Q9H3K2 6 |
| Cell activation involved in immune response 0.3186422340360674 0.4469154556909506 0.6549361041315647 1.0 1.0 44 P09601,P04083,Q9UQ84,P00813 4 |
| Negative regulation of fibroblast proliferation 0.4387654929771556 0.4454933471998626 0.6559632665009525 1.0 1.0 8 Q71SY5 1 |
| Negative regulation of immune system process 0.2937293521027588 0.4441526570041432 0.6569322181060024 1.0 1.0 57 Q86UT6,P09601,Q9Y6D9,P00813,P04083,Q9HCL2 6 |
| Mitochondrial fragmentation involved in apoptotic process 0.4577994858636171 0.4436626720935077 0.6572864870055453 1.0 1.0 5 Q96QK1,Q9Y3D6 2 |
| Melanocyte differentiation 0.7506419400855953 0.4387909307790375 0.6608130323593517 1.0 1.0 2 Q86YV9 1 |
| Neutrophil migration 0.4168260946294909 0.4353531247655353 0.6633061294557572 1.0 1.0 15 Q07021,Q00013,P35613 3 |
| Positive regulation of phospholipase activity 0.4363604767597407 0.4347065020221705 0.6637754782559253 1.0 1.0 7 Q99623 1 |
| Peripheral nervous system development 0.4253016731050738 0.434301673253731 0.6640693889396876 1.0 1.0 13 Q16880,P31751,P51648 3 |
| Cardiac muscle contraction 0.4049872229292473 0.432126423816422 0.6656495307921726 1.0 1.0 17 P78417,P10253 2 |
| Maintenance of protein localization in organelle 0.4108297452882809 0.4317703190738327 0.6659083536428838 1.0 1.0 16 O15258,Q9UH99,P30536,P24390 4 |
| Paraxial mesoderm development 0.4730231230373872 0.4301096910568447 0.667115850814405 1.0 1.0 4 P46937,Q8WUM0,Q96A65 3 |
| Negative regulation of translational initiation 0.4351428571428655 0.4299357281456095 0.6672423949320705 1.0 1.0 7 Q6PKG0,P05198,Q06787,P12270,Q9BWF3,P60228 6 |
| Regulation of production of small rna involved in gene silencing by rna 0.4345481414966438 0.4284741296264726 0.6683059645898739 1.0 1.0 8 O75844 1 |
| Regulation of bone mineralization 0.4344289956147294 0.4279958822450506 0.6686541183293739 1.0 1.0 8 Q4KMQ2,O75844 2 |
| Cellular response to gamma radiation 0.4294071912964991 0.4253029876216857 0.6706158159145579 1.0 1.0 11 P61254,O75844,O60341,P12956,Q9BVC6 5 |
| Plasma membrane raft organization 0.5686775855210854 0.424331351625125 0.671324177761581 1.0 1.0 3 P41440 1 |
| Plasma membrane raft assembly 0.5686775855210854 0.424331351625125 0.671324177761581 1.0 1.0 3 P41440 1 |
| Receptor mediated endocytosis involved in cholesterol transport 0.7449358059914442 0.4236748262252705 0.671802976675677 1.0 1.0 2 P07355 1 |
| Histone h3 k4 demethylation 0.743223965763163 0.4191864326546857 0.6750798867493384 1.0 1.0 2 Q8NB78 1 |
| Positive regulation of bone mineralization 0.4697152012520302 0.4189456328948187 0.6752558660171641 1.0 1.0 4 Q4KMQ2 1 |
| Positive regulation of biomineralization 0.4697152012520302 0.4189456328948187 0.6752558660171641 1.0 1.0 4 Q4KMQ2 1 |
| Cellular response to dsrna 0.4296354656120015 0.417487565773459 0.6763218173614174 1.0 1.0 10 P19838,P41440,Q5KU26 3 |
| Activation of phospholipase c activity 0.742368045649041 0.4169503768197727 0.6767147046228372 1.0 1.0 2 Q99623 1 |
| Activation of protein kinase c activity 0.742368045649041 0.4169503768197727 0.6767147046228372 1.0 1.0 2 Q99623 1 |
| Regulation of phospholipase c activity 0.742368045649041 0.4169503768197727 0.6767147046228372 1.0 1.0 2 Q99623 1 |
| Regulation of cardiac muscle contraction 0.4227836163284829 0.407771461690657 0.6834414672369622 1.0 1.0 12 P78417 1 |
| Cellular response to fatty acid 0.4293995005418047 0.4076335312970311 0.6835427430024699 1.0 1.0 7 P11802,Q96GM5 2 |
| B cell differentiation 0.4107553584267532 0.4053728436242651 0.6852034694005762 1.0 1.0 15 P05141,Q16611,P00813,Q5HYI8 4 |
| Cellular response to virus 0.3309144733314886 0.4033369361991611 0.686700372978321 1.0 1.0 26 Q99623,Q86UT6,O43657 3 |
| Lipid storage 0.3783279696360862 0.4017776827032479 0.6878476479576088 1.0 1.0 20 P17900,Q9H6V9,P35610,O95674,Q8WTV0,Q14534,P04062 7 |
| Negative regulation of endoplasmic reticulum stress induced intrinsic apoptotic signaling pathway 0.4276835435868632 0.4010364027953613 0.6883933227164996 1.0 1.0 7 O76024,O60313 2 |
| External encapsulating structure organization 0.3297854416105737 0.3995109966778747 0.6895167226363161 1.0 1.0 29 Q92791,P41440,P13674,Q53GQ0 4 |
| Inner ear receptor cell development 0.4264593715407888 0.3988580182280994 0.6899978243081781 1.0 1.0 9 P54802,P43034,Q15643 3 |
| Associative learning 0.4207052500188386 0.3985423521087028 0.6902304458376471 1.0 1.0 12 P50897,O00264 2 |
| Regulation of dna damage response signal transduction by p53 class mediator resulting in transcription of p21 class mediator 0.7343794579172646 0.3963464512356341 0.6918494639059998 1.0 1.0 2 Q9UNS2 1 |
| Positive regulation of leukocyte apoptotic process 0.4258924375707348 0.3941837842407056 0.6934453568294427 1.0 1.0 7 P04083 1 |
| Camera type eye morphogenesis 0.4246910850778793 0.3917144543716764 0.6952692088022163 1.0 1.0 9 P54802,Q16611,O95140 3 |
| Neuron death 0.3159075836335375 0.3901093013804962 0.6964557251582628 1.0 1.0 84 O76024,Q15392,Q9UMX5,P09601,O43464,P31751,P50897,O95831,P07196,Q01105,Q96A26,P04062,Q99720,Q9H444,Q07820 15 |
| Regulation of anoikis 0.4240078633015284 0.3895723921067782 0.6968527702376219 1.0 1.0 6 Q07820 1 |
| Deoxyribose phosphate metabolic process 0.4024379247333143 0.3890853814858989 0.6972129870401962 1.0 1.0 16 Q9H773,P00813 2 |
| Natural killer cell mediated immunity 0.422806265289604 0.3889396703439131 0.6973207753766357 1.0 1.0 10 P46108,P32121,P33176,P68371,P04439,P07437 6 |
| Cellular response to leucine 0.7312410841654815 0.3883858264380593 0.6977305314989803 1.0 1.0 2 P42345 1 |
| Layer formation in cerebral cortex 0.4604165926412555 0.3881630436741821 0.697895380065001 1.0 1.0 4 Q96N66 1 |
| Negative regulation of rna catabolic process 0.322260053402083 0.3859326495146703 0.6995465494851341 1.0 1.0 37 O60506,P98175,P35637,P07910,Q9Y2W1,Q08J23,Q14011,P67809,Q92804,Q99729 10 |
| Fibroblast proliferation 0.3831088923738974 0.3858119252171634 0.6996359627768955 1.0 1.0 19 Q71SY5,O75844 2 |
| Regulation of systemic arterial blood pressure mediated by a chemical signal 0.4595481346403441 0.3853347259211206 0.6999894366097741 1.0 1.0 4 P42892 1 |
| Regulation of collateral sprouting 0.5547922612164022 0.3849945799459299 0.70024143119563 1.0 1.0 3 Q15375 1 |
| Collateral sprouting 0.5547922612164022 0.3849945799459299 0.70024143119563 1.0 1.0 3 Q15375 1 |
| Ensheathment of neurons 0.3280079157105224 0.3836497800900026 0.701238038972348 1.0 1.0 28 Q7L576,Q15058,Q92542,P31751,Q9Y4W6,Q9NR77,Q16880 7 |
| Lactation 0.4169067884064155 0.3818066888850543 0.7026047569657634 1.0 1.0 12 Q04656,Q13505,P00403,Q99808 4 |
| Regulation of protein polyubiquitination 0.4220073255303934 0.380939798412979 0.7032479201540758 1.0 1.0 9 Q9Y263,Q96FW1 2 |
| Peroxisome organization 0.4133861839224017 0.3795946032794648 0.7042463674548132 1.0 1.0 13 P56589,P28288,O14734,O75381,Q9Y3D6,P40855 6 |
| Lymphocyte activation involved in immune response 0.3257654267392958 0.3793828249009474 0.7044036027135745 1.0 1.0 32 P04083,Q9UQ84,P00813 3 |
| Positive regulation of amyloid precursor protein biosynthetic process 0.5520189626297624 0.3773384540251226 0.7059220984737318 1.0 1.0 3 P35610 1 |
| Phosphorylation of rna polymerase ii c terminal domain 0.4388920616790452 0.3767449325785301 0.7063631676673241 1.0 1.0 5 P32780,Q92759,Q8WUA2,P50750 4 |
| Reactive oxygen species biosynthetic process 0.4177004785306867 0.3749926234652869 0.7076659526661564 1.0 1.0 11 P51790,Q15067,Q9BSK2 3 |
| Regulation of calcium ion transport 0.3228854849885509 0.3744474861227528 0.7080714194047566 1.0 1.0 35 O76024,P30536,P78417,P21796 4 |
| Axon ensheathment in central nervous system 0.7252496433666229 0.373402987429771 0.7088485363879586 1.0 1.0 2 Q92542 1 |
| Forelimb morphogenesis 0.4558438896922744 0.3733635508505499 0.7088778835223768 1.0 1.0 4 Q6KC79 1 |
| Embryonic forelimb morphogenesis 0.4558438896922744 0.3733635508505499 0.7088778835223768 1.0 1.0 4 Q6KC79 1 |
| Meiosis i cell cycle process 0.3372434300186014 0.3717658438329029 0.7100671965066767 1.0 1.0 24 Q9BTX1,P46379 2 |
| Regulation of mitotic cell cycle spindle assembly checkpoint 0.4194432468514601 0.3698013694686065 0.7115304947778152 1.0 1.0 7 Q9Y6D9 1 |
| Regulation of lipid localization 0.3369083570529143 0.3694294427344315 0.711807655552517 1.0 1.0 24 Q8WTV0,Q9Y3D6,P31751,P30536 4 |
| Rig i signaling pathway 0.4109655858399725 0.3686917381782206 0.7123575075695943 1.0 1.0 13 Q86UT6,Q99623 2 |
| Regulation of stem cell proliferation 0.4174285714285746 0.3622810181091979 0.717142041496851 1.0 1.0 7 O95251,O60341,Q96AC1,P26583,P19525,P46937 6 |
| Positive regulation of lymphocyte differentiation 0.4120275474530985 0.3605688349757278 0.7184217902792045 1.0 1.0 12 P00813 1 |
| Establishment of lymphocyte polarity 0.4516828440311389 0.3600983915165961 0.7187735556041763 1.0 1.0 4 Q14254,Q96L92 2 |
| Negative regulation of apoptotic signaling pathway 0.300281028363393 0.3600645310360101 0.718798876447108 1.0 1.0 71 O76024,O60313,Q07820,P05141,Q9H300,P09601,Q96K76,O43464,O95881,Q9P0J0,Q8N2F6,P04792,P45880,Q9H3K2 14 |
| Organelle membrane fusion 0.3243849353828449 0.3580937957168609 0.7202731219200904 1.0 1.0 29 P07355,Q9UNK0,O15400,Q969M3,P31751,Q86Y82,P04083,Q13190,Q8IWA4,O95249 10 |
| Positive regulation of translation 0.2887127341804636 0.3551577160060179 0.722471440153845 1.0 1.0 60 Q07021,Q9Y2R0,P08670,Q14011,P67809,Q567V2 6 |
| Olefinic compound metabolic process 0.3896923313709198 0.3522379213286197 0.7246598398863193 1.0 1.0 17 Q8N2K0,Q8NCG7,Q9H7Z7,P07099 4 |
| Ganglioside catabolic process 0.5422863717867261 0.3510240889498041 0.7255702765187466 1.0 1.0 3 P17900 1 |
| Ganglioside metabolic process 0.5422863717867261 0.3510240889498041 0.7255702765187466 1.0 1.0 3 P17900 1 |
| Sensory perception of mechanical stimulus 0.389375306891395 0.350617303419719 0.7258754734224806 1.0 1.0 17 O76024,Q9Y5J9,P49419,Q6KC79,Q14108,Q9Y6M9 6 |
| Leukocyte mediated cytotoxicity 0.3991924518864339 0.3495693680296317 0.7266619029750156 1.0 1.0 15 P46108,O15400,P32121,P68371,P04439,P07437,Q9NUQ9 7 |
| Interleukin 17 production 0.7152639087018583 0.3490742577089399 0.7270335618317505 1.0 1.0 2 P35232 1 |
| Macroautophagy 0.3429908039452087 0.3485654994258839 0.7274155325690927 1.0 1.0 117 P21796,Q96HY6,Q93050,Q86Y82,P27544,Q99623,Q9Y487,Q9H444,Q9Y5X3,P12235,P05141,Q96QK1,O43464,Q9Y5K8,P09601,O15118,Q6UWE0,P16615,O15269,Q9NRR5,P04062,Q9Y263,Q9P275 23 |
| Bicarbonate transport 0.7129814550641842 0.3436288851101055 0.7311253989326612 1.0 1.0 2 Q9Y6M7 1 |
| Regulation of modification of postsynaptic structure 0.446319708761058 0.3432939634250833 0.7313773216836179 1.0 1.0 4 Q9UQB8 1 |
| Regulation of modification of synaptic structure 0.446319708761058 0.3432939634250833 0.7313773216836179 1.0 1.0 4 Q9UQB8 1 |
| Negative regulation of response to wounding 0.4125770590973722 0.3428868795772982 0.7316835626613747 1.0 1.0 8 Q96G23,P46108 2 |
| Regulation of osteoclast differentiation 0.4459494160062358 0.3421461523406416 0.7322409064705546 1.0 1.0 4 Q9BRX8 1 |
| Release of cytochrome c from mitochondria 0.3875744199995773 0.3414404968767314 0.7327719926993885 1.0 1.0 17 O60313,O14737,P32121,Q9H300,P02545,Q96A26,Q16611,Q9Y3D6,Q9H3K2 9 |
| Inflammasome complex assembly 0.5376712328767013 0.3388562032162527 0.7347180592394302 1.0 1.0 3 O00571,Q9H6R0 2 |
| Phosphatidylcholine biosynthetic process 0.4109277162322519 0.3373602778919023 0.7358453249046133 1.0 1.0 9 Q6IAN0,Q9Y6K0,Q8NF37 3 |
| Fatty acyl coa biosynthetic process 0.4085418753708698 0.3367838897338062 0.7362798184805164 1.0 1.0 11 Q9UMR5,P50897 2 |
| Temperature homeostasis 0.3215724006257462 0.3341722465821056 0.7382495853813933 1.0 1.0 26 Q96H78,Q9UIQ6 2 |
| Organ growth 0.3317818690910308 0.3339739913207071 0.7383991848660716 1.0 1.0 24 P16435,O75844,P07602 3 |
| Ornithine metabolic process 0.708416547788877 0.3328697283143795 0.7392326209061828 1.0 1.0 2 P78540 1 |
| Cardiac muscle cell membrane repolarization 0.4077514922754106 0.3309056731499191 0.7407157366077923 1.0 1.0 6 P05023,O75844 2 |
| Alpha beta t cell differentiation 0.4023803180920387 0.3306464313501563 0.7409115698442144 1.0 1.0 13 P04083,P00813 2 |
| Cellular component disassembly involved in execution phase of apoptosis 0.409306585510495 0.330631188695006 0.7409230847850306 1.0 1.0 8 O95831 1 |
| Positive regulation of mitophagy in response to mitochondrial depolarization 0.4421924065086964 0.3305930357658634 0.7409519073618485 1.0 1.0 4 Q709C8,Q16543,O95140 3 |
| Regulation of rig i signaling pathway 0.4091736716247939 0.3301359691043756 0.7412972259846611 1.0 1.0 8 Q86UT6 1 |
| Regulation of leukocyte differentiation 0.3198408208038819 0.3289783438752579 0.7421720568818251 1.0 1.0 31 O96005,P00813 2 |
| Regulation of biomineralization 0.4073846960389988 0.3265059657078749 0.7440415764234343 1.0 1.0 10 Q4KMQ2,O75844 2 |
| Posttranslational protein targeting to membrane translocation 0.4398985101070687 0.3236231197355889 0.7462233821529574 1.0 1.0 4 Q99442 1 |
| Fatty acid derivative biosynthetic process 0.3887482225918982 0.3215240891812502 0.7478132600438143 1.0 1.0 16 Q9UJ14,Q9UMR5,P50897 3 |
| Membrane fusion 0.3110456466945524 0.3214223202970315 0.7478903706270634 1.0 1.0 40 P07355,Q9UNK0,O15498,O15400,Q9P2W9,Q969M3,Q86YS7,P31751,Q86Y82,P04083,Q9UNZ2,Q8IWA4,Q13190,O95249 14 |
| Embryonic cleavage 0.4214734437464329 0.3185984081960178 0.7500310606676759 1.0 1.0 5 P11387,P18074,Q13618,Q9NY61 4 |
| Phagocytosis 0.3029789738177552 0.318435224620053 0.7501548223704917 1.0 1.0 45 P51790,Q5KU26,Q8WTV0,P04083,Q96JJ3,Q92544,Q4KMQ2 7 |
| Regulation of smooth muscle contraction 0.4041082581067782 0.3181917616353076 0.7503394815444058 1.0 1.0 6 Q86TU7,P00813 2 |
| Endosomal transport 0.307075647333616 0.3167552824705199 0.7514292976228398 1.0 1.0 82 Q96D71,Q15904,Q8NBN3,Q9NZM3,Q9H444,O95249,Q6IAA8,Q9Y5X3,O60749,Q96QK1,Q99523,P61026,Q9BVK6,Q7Z3J2,O75503,Q9UBC2,O15260,Q4J6C6,Q13190,P49257,Q9H4M9 21 |
| Membrane repolarization 0.4047417165155468 0.3160464441504284 0.751967256078129 1.0 1.0 7 P05023,O75844 2 |
| Nucleobase biosynthetic process 0.3767245763126694 0.3155201789366108 0.7523667323550376 1.0 1.0 18 P49915,P00813 2 |
| Positive regulation of calcium ion transport 0.3766609628369546 0.3151894955805761 0.7526177807165155 1.0 1.0 18 O76024,P78417,P20020,P32121,Q16611,P30536 6 |
| Protein localization to early endosome 0.4030539767027069 0.3145439328759143 0.7531079547285402 1.0 1.0 6 P35241,P15311 2 |
| T cell proliferation 0.3186905113801443 0.3137831264032377 0.7536857607924832 1.0 1.0 28 P30825,Q96EY1,Q92542,P02786,Q9Y6D9,P04083,P04439,Q9HCL2 8 |
| Negative regulation of cell growth 0.3184037118919064 0.3129960346839722 0.7542836747704273 1.0 1.0 29 Q9NQC3,P50897 2 |
| Modulation by host of symbiont catalytic activity 0.6990014265335277 0.3112435380693533 0.7556154869548761 1.0 1.0 2 Q9H1E3 1 |
| Regulation of organic acid transport 0.401987301999643 0.3101184756545863 0.7564708628780941 1.0 1.0 11 P05556,Q9Y3D6,P31751,O75915 4 |
| Positive regulation of anion transport 0.4036798057374144 0.3098668527994214 0.7566622105947569 1.0 1.0 8 P05556,P08183 2 |
| Cell fate specification 0.418617932609935 0.3094188628710433 0.7570029234449382 1.0 1.0 5 Q9UJX6,P35222,P05556,Q96KQ7 4 |
| Attachment of mitotic spindle microtubules to kinetochore 0.4034070007378159 0.3088707245931881 0.7574198670492762 1.0 1.0 8 Q9Y6D9,Q9BZD4 2 |
| Neurotransmitter receptor transport 0.41833238149628 0.3085066322767928 0.7576968543734994 1.0 1.0 5 P61006,O00291,Q96QK1,O14617 4 |
| Negative regulation of fat cell differentiation 0.4021986218383568 0.3070232180730988 0.7588256996884815 1.0 1.0 7 Q8N4Q0,O75962 2 |
| Relaxation of cardiac muscle 0.5247404136175343 0.3058738295655982 0.7597007125594544 1.0 1.0 3 P05023 1 |
| Endocrine pancreas development 0.4007260887197316 0.3018375049979914 0.7627759386235262 1.0 1.0 7 P04083 1 |
| N terminal protein amino acid acetylation 0.3989422450554461 0.3004546980167357 0.7638303467219871 1.0 1.0 6 Q5VZE5 1 |
| Adherens junction assembly 0.4319155009991329 0.299877434808074 0.7642706470822702 1.0 1.0 4 P35222,P18206,Q9BTW9 3 |
| Actin mediated cell contraction 0.392219869777 0.2998732066126421 0.764273872367319 1.0 1.0 14 Q9UM22,A0MZ66,P16615 3 |
| Regulation of helicase activity 0.4009601756284002 0.2994903108317179 0.7645659638071116 1.0 1.0 9 Q04837,Q9Y3Y2,P33993,P49736 4 |
| Exit from mitosis 0.3984719186908981 0.2960652562558779 0.7671802466275586 1.0 1.0 11 Q99623,P50748 2 |
| Hydrogen peroxide biosynthetic process 0.5204252832083571 0.2952432385651304 0.7678080737344528 1.0 1.0 3 Q15067 1 |
| Gmp metabolic process 0.3663026763804703 0.2935998512752305 0.7690636894395901 1.0 1.0 19 P49915,P00813 2 |
| Cohesin loading 0.4294250421647962 0.2926356986622657 0.7698006240698849 1.0 1.0 4 Q6KC79,Q9Y6X3 2 |
| Axonal transport of mitochondrion 0.396538856203433 0.2923224762023089 0.7700400754302785 1.0 1.0 6 P07196,Q9UPW5 2 |
| Positive regulation of intracellular lipid transport 0.689871611982886 0.2910171284329937 0.771038219595249 1.0 1.0 2 P07355 1 |
| Regulation of intracellular lipid transport 0.689871611982886 0.2910171284329937 0.771038219595249 1.0 1.0 2 P07355 1 |
| Negative regulation of respiratory burst 0.6895863052781783 0.2903970876590825 0.7715124714698636 1.0 1.0 2 P11274 1 |
| Skeletal muscle cell differentiation 0.3971720449521085 0.2854542694604469 0.7752961351571452 1.0 1.0 9 O75446,P50402,Q9BYT8 3 |
| Mechanoreceptor differentiation 0.3964487213868847 0.2841297316484851 0.7763109629296343 1.0 1.0 10 P54802,P43034,Q15643 3 |
| Regulation of intrinsic apoptotic signaling pathway in response to dna damage by p53 class mediator 0.3940280459322353 0.283909905625449 0.7764794251386729 1.0 1.0 6 P61978,O60341 2 |
| Substrate dependent cell migration 0.3965689463024558 0.2832384609752171 0.7769940473477577 1.0 1.0 9 P06576 1 |
| Amyloid precursor protein metabolic process 0.3500555583461179 0.2821114371994018 0.7778580636574715 1.0 1.0 21 O95197,P49755,Q9NQC3,Q15392 4 |
| Pyrimidine nucleoside diphosphate biosynthetic process 0.3929712380135103 0.2803947902665155 0.7791746335758396 1.0 1.0 6 P23919 1 |
| Pyrimidine nucleoside diphosphate metabolic process 0.3929712380135103 0.2803947902665155 0.7791746335758396 1.0 1.0 6 P23919 1 |
| Regulation of mitochondrial membrane permeability 0.3798192116394474 0.2790258050959327 0.7802250213072437 1.0 1.0 16 P05141,P45880,Q16611,P12235 4 |
| Positive regulation of membrane potential 0.3920498013803121 0.2773425276693079 0.7815171074348606 1.0 1.0 6 P31751,Q8IWA4 2 |
| Maintenance of location 0.2954399774336131 0.2768727529618174 0.7818778149962262 1.0 1.0 74 P17900,O43292,P78417,Q9H6V9,Q9UH99,P24390,O95202,P35610,Q96RL7,O95674,Q8WTV0,P10253,Q14534,P04062,O15258,P30536 16 |
| Adenylate cyclase activating adrenergic receptor signaling pathway 0.4237341968076026 0.2763932469782909 0.7822460429194733 1.0 1.0 4 Q9Y4G8 1 |
| Localization within membrane 0.3993050580361285 0.2758286651943899 0.7826796658169761 1.0 1.0 194 Q9NZJ7,O14737,Q9NS69,Q15904,Q9Y4G8,P31751,Q15363,P35613,P43307,P46379,Q99805,O15258,P40855,O00264,Q9H444,Q9Y512,Q9NPA0,Q9HD20,Q96A33,P84095,O15118,P41440,O60725,Q9P0I2,Q9Y3D6,O43805,Q9HD45,Q7Z3J2,P98194,Q8WWC4,Q15629,Q13641,P07602,Q9BTX1,Q99442,P57105,Q9P0J0,Q9UGP8,Q92544,Q15643,Q15070 41 |
| Positive regulation of histone ubiquitination 0.4076189609633703 0.2750557618060004 0.7832733980763551 1.0 1.0 5 O60341,P50750 2 |
| Negative regulation of immune response 0.3132642621147248 0.274967712984532 0.7833410438155297 1.0 1.0 29 Q86UT6,P09601,P04083 3 |
| Endosome organization 0.3126760314181228 0.2745482413086724 0.7836633360428986 1.0 1.0 31 P51790,Q14108,Q9H444 3 |
| Cellular response to molecule of bacterial origin 0.3116105884809689 0.2733897486541244 0.7845536321338791 1.0 1.0 33 Q8WTV0,P08670,P30536,Q86UE4 4 |
| Membrane docking 0.3130635408773871 0.2726253496593258 0.7851412236236834 1.0 1.0 28 Q9UNK0,O15498,P15311,Q86Y82,P61026,A0FGR8,Q13190,P16615,P26038,Q7Z6M1 10 |
| Regulation of transcription regulatory region dna binding 0.3923218907051836 0.2719170660471197 0.7856857886822575 1.0 1.0 11 Q96HY6,O75844 2 |
| Vascular wound healing 0.6781740370898619 0.2662048925951119 0.7900814151929763 1.0 1.0 2 P55011 1 |
| Ribonucleoprotein complex localization 0.3902690403757261 0.2658656350164487 0.790342692128392 1.0 1.0 7 P12270,Q8WWY3,Q08J23 3 |
| Transepithelial chloride transport 0.6776034236804468 0.2650268185572532 0.7909888020790738 1.0 1.0 2 P55011 1 |
| Vascular endothelial growth factor receptor signaling pathway 0.3907701050067982 0.2638564483660559 0.7918905358172548 1.0 1.0 8 P04792 1 |
| Tissue remodeling 0.3540311640448254 0.2634962548302529 0.7921681098048399 1.0 1.0 20 Q04656,Q92791,O14773,Q16611 4 |
| Actin filament based movement 0.3117714451102823 0.2632312013804096 0.7923723833332255 1.0 1.0 27 Q9UH99,Q9UM22,A0MZ66,P16615,P05023,P35580 6 |
| Regulation of receptor signaling pathway via stat 0.3873213228746107 0.2618667226500354 0.7934241960468489 1.0 1.0 6 Q9NX40 1 |
| Positive regulation of alpha beta t cell activation 0.3904121592559928 0.261479878437417 0.7937224645935264 1.0 1.0 10 P00813 1 |
| Retinal ganglion cell axon guidance 0.4176420211247427 0.2594875109079773 0.7952591169571503 1.0 1.0 4 O94813,Q15375,P83731 3 |
| Cellular response to radiation 0.2746116609750011 0.2586983670470416 0.7958679795928425 1.0 1.0 55 P31751,O75844,P27544 3 |
| Spinal cord motor neuron differentiation 0.4171827056982206 0.2582335248558171 0.796226686015812 1.0 1.0 4 Q96KG9 1 |
| Cell differentiation in spinal cord 0.4171827056982206 0.2582335248558171 0.796226686015812 1.0 1.0 4 Q96KG9 1 |
| T cell differentiation involved in immune response 0.386188290295159 0.2582056987838583 0.796248160026201 1.0 1.0 6 P04083 1 |
| Positive regulation of stem cell proliferation 0.4170710819297706 0.257929219578546 0.7964615336750787 1.0 1.0 4 O95251,O60341,Q96AC1 3 |
| Negative regulation of growth 0.3103280758774374 0.2570185389692568 0.7971644616678599 1.0 1.0 31 Q9NQC3,P50897 2 |
| Regulation of membrane potential 0.2825379775949375 0.2566245021844764 0.797468658285813 1.0 1.0 63 O75844,Q9UQB8,P31751,P30536,P04062,Q9BSK2 6 |
| Neurotransmitter metabolic process 0.3855696815613503 0.256214689602028 0.7977850664615538 1.0 1.0 6 Q8NCG7,Q9UPW5 2 |
| Positive regulation of protein targeting to membrane 0.3884888165154241 0.2559748573703724 0.7979702515906899 1.0 1.0 8 P31751 1 |
| Fatty acid alpha oxidation 0.4163194860346753 0.2558847399848244 0.7980398381698419 1.0 1.0 4 O14975,O43808 2 |
| Regulation of lipid catabolic process 0.3881319064034035 0.2557967292382082 0.7981077995995429 1.0 1.0 11 Q8WTV0,P31751 2 |
| Intrinsic apoptotic signaling pathway in response to oxidative stress 0.3745448265190422 0.2545672142200224 0.7990573843132711 1.0 1.0 16 Q15118,P23246,O43464,P04792,Q07820 5 |
| Pyrimidine deoxyribonucleotide metabolic process 0.3875089092825289 0.2526132645797847 0.8005670787557597 1.0 1.0 8 Q9H773 1 |
| Prostanoid biosynthetic process 0.3874952202312166 0.2525664063927557 0.8006032923137203 1.0 1.0 8 P04083,Q8NCG7 2 |
| Protein demannosylation 0.6713266761768886 0.252269037703777 0.800833118666685 1.0 1.0 2 P33908 1 |
| Multicellular organismal homeostasis 0.2926379805708989 0.247618129851327 0.8044298819118478 1.0 1.0 74 O76024,P51790,P11166,Q9UIQ6,Q6IAN0,Q96H78,P42785,Q16625,O14773,P04062,P04792,Q8NF37,P23786 13 |
| Myeloid leukocyte activation 0.318748081153784 0.2465699908519 0.8052410313945901 1.0 1.0 24 P09601 1 |
| Regulation of intrinsic apoptotic signaling pathway in response to dna damage 0.3855051390478644 0.2458327166445812 0.8058117298405834 1.0 1.0 11 P61254,Q96K76,P61978,O60341 4 |
| Fatty acyl coa metabolic process 0.3761776071321886 0.2444521421890103 0.8068806627308949 1.0 1.0 15 Q9UMR5,P50897,Q53GQ0,Q9NZ01,Q8WVX9,Q96K12 6 |
| Negative regulation of mononuclear cell migration 0.6670470756062815 0.2437835062645306 0.8073984950995379 1.0 1.0 2 Q5JRA6 1 |
| Neuron cellular homeostasis 0.383127591946705 0.2421999411755381 0.8086252406278145 1.0 1.0 7 P51790,P20020 2 |
| Adrenergic receptor signaling pathway 0.3959355037589631 0.2403759769119095 0.8100387999652698 1.0 1.0 5 Q9Y4G8 1 |
| Cytosolic transport 0.2898857535361667 0.2395450234863405 0.8106829887624425 1.0 1.0 72 P35241,Q9Y5X3,P15311,Q9UNK0,Q8NBN3,O60749,Q96QK1,P49257,Q96RL7,Q99523,Q9BVK6,O15260,Q13190,O75494,O75503,P26038,O95249 17 |
| Mitochondrion localization 0.3559022911883085 0.2391409577336705 0.8109962832885937 1.0 1.0 19 O60313,O75153,Q9UPW5,P07196,Q8IWA4 5 |
| Pigment granule localization 0.3954882924043423 0.2390874573604799 0.8110377673576146 1.0 1.0 5 Q9H267,Q96AX1,P62820,Q13561 4 |
| Regulation of cytoplasmic translation 0.3778365679607003 0.2379715429277125 0.8119031656928162 1.0 1.0 14 P67809 1 |
| Embryonic brain development 0.3942548474090109 0.2355488387211827 0.8137827771420343 1.0 1.0 5 P62995 1 |
| Double strand break repair involved in meiotic recombination 0.6627674750356682 0.2354722927206265 0.8138421815189092 1.0 1.0 2 Q9BXW9 1 |
| Cardiolipin biosynthetic process 0.6619115549215455 0.2338310839835478 0.8151161169056798 1.0 1.0 2 Q96BW9 1 |
| Ribonucleoside triphosphate metabolic process 0.299371584992036 0.2333846279376296 0.8154627487600705 1.0 1.0 41 O60313,P56134,P00403,P00846,O76075,P06576,Q8IWA4,O75964,P24539,P56385,P36542 11 |
| Ameboidal type cell migration 0.3038874930628413 0.233260971354536 0.8155587630577581 1.0 1.0 87 Q07021,Q13641,P09601,P57105,P42785,Q8WTV0,P04083,P06576,P04792,Q9NQC3,O95470 11 |
| Mitochondrial translation 0.286155017299758 0.2330123996366009 0.8157517772449787 1.0 1.0 49 Q9Y2R0,O60783,Q07021,Q567V2 4 |
| Cell adhesion mediated by integrin 0.3825801372124338 0.232933579976675 0.8158129824905205 1.0 1.0 10 P05556,P46108,P00813 3 |
| Protein localization to synapse 0.381305340963654 0.230136020114624 0.8179860759641988 1.0 1.0 11 Q14168,Q9UQB8,Q96QK1,P04792 4 |
| Establishment of protein localization to organelle 0.39620659185043 0.229846414298919 0.8182111166937869 1.0 1.0 196 Q99595,Q9NS69,O14737,Q9H300,O60830,O43681,O14925,Q96RL7,Q8N4H5,Q99623,P46379,Q86VX9,Q6KC79,Q14108,P40855,P30536,Q9H444,O95140,Q9Y512,O43615,Q9H1Z9,P51572,O43464,Q9UII2,Q99523,P61026,P06493,Q6UWE0,O15397,Q9Y3D6,P57740,Q8TEX9,P33908,P11233,P55786,Q5JRX3,Q8WWC4,Q15629,Q9P275,Q96P70,Q10713,Q15388,Q9Y5J9,Q99442,Q9Y5M8,O95831,Q9P0J0,Q9UGP8,O75381,Q8N1F7,P49257,P12270,Q15070,Q7Z3B4 54 |
| Negative regulation of release of cytochrome c from mitochondria 0.3791431292939077 0.2293295113372903 0.8186128178751446 1.0 1.0 7 O60313,Q9H300,Q9H3K2,P32121 4 |
| Regulation of translation at synapse modulating synaptic transmission 0.4056302623707876 0.2276700504639686 0.8199027572721165 1.0 1.0 4 Q7L576 1 |
| Regulation of adenylate cyclase activating g protein coupled receptor signaling pathway 0.4053668284327618 0.2269953676952273 0.8204273442043848 1.0 1.0 4 P23634,P17252,P49840 3 |
| Establishment of sister chromatid cohesion 0.3912050256995965 0.2268959051398766 0.8205046862496714 1.0 1.0 5 Q9GZZ1,Q6KC79,Q9Y6X3,Q7Z5K2 4 |
| Respiratory gaseous exchange by respiratory system 0.3801181851481421 0.225752371998154 0.8213940223979186 1.0 1.0 11 P10253 1 |
| Unsaturated fatty acid biosynthetic process 0.3802706637792065 0.2254245866052223 0.8216489864763936 1.0 1.0 9 Q8NCG7,P04083,Q9H7Z7 3 |
| Negative regulation of nuclear transcribed mrna catabolic process nonsense mediated decay 0.4046853732196296 0.2252547681208783 0.8217810852316274 1.0 1.0 4 A2RRP1,Q99729 2 |
| Skeletal muscle tissue regeneration 0.3903710707000193 0.2245539798642682 0.8223262692693571 1.0 1.0 5 P04083 1 |
| Negative regulation of intrinsic apoptotic signaling pathway by p53 class mediator 0.3903483723586483 0.2244903840076099 0.8223757484438359 1.0 1.0 5 Q96EB6,Q96QE3,Q8N2F6,O60341 4 |
| Sphingolipid mediated signaling pathway 0.6562054208273835 0.2230699089536627 0.8234810974758955 1.0 1.0 2 P15311 1 |
| Dorsal ventral pattern formation 0.3897772701313371 0.222892830240734 0.8236189166702192 1.0 1.0 5 Q8NCM8,P35222,Q14318,P17252 4 |
| Gmp biosynthetic process 0.3765189246665161 0.2227270276642969 0.8237479646531694 1.0 1.0 13 P00813 1 |
| Positive regulation of protein k63 linked ubiquitination 0.6556348074179499 0.222011090108316 0.8243052500989929 1.0 1.0 2 P61088 1 |
| Regulation of reproductive process 0.3518068553869037 0.2183171389541565 0.827182021564359 1.0 1.0 19 Q07021,P00813 2 |
| Positive regulation of oxidative stress induced cell death 0.3874217668471701 0.2163558423624142 0.8287103837581722 1.0 1.0 5 P23246 1 |
| Positive regulation of protein export from nucleus 0.3764294813655779 0.2158950624523853 0.8290695459390285 1.0 1.0 12 P50402,Q05D32 2 |
| Cerebellar cortex morphogenesis 0.3774180741840689 0.2157357251486238 0.8291937522357884 1.0 1.0 9 Q04656,P04062,Q9UPW5 3 |
| Cochlea development 0.3721722578809213 0.2144937496665498 0.8301620405929546 1.0 1.0 6 P43034,P49736 2 |
| Regulation of endoplasmic reticulum stress induced intrinsic apoptotic signaling pathway 0.3767936968120031 0.2136328890836737 0.8308333496564133 1.0 1.0 9 O76024,O60313 2 |
| Regulation of nervous system process 0.3717616132752003 0.2129126992314116 0.8313950569281015 1.0 1.0 14 P04062 1 |
| Negative regulation of collateral sprouting 0.6499286733238282 0.2115968123725547 0.8324215963834081 1.0 1.0 2 Q15375 1 |
| Interferon gamma production 0.3731792782193373 0.2105279123206342 0.8332556689019976 1.0 1.0 7 Q07021,P04439 2 |
| Negative regulation of cytokine production involved in inflammatory response 0.6490727532096973 0.2100620204470992 0.8336192673989242 1.0 1.0 2 Q9BWS9 1 |
| Kinetochore organization 0.374511003452492 0.2094321955189421 0.8341108616070063 1.0 1.0 8 P50748 1 |
| Positive regulation of oxidative stress induced intrinsic apoptotic signaling pathway 0.4813029837707266 0.2080668585679823 0.8351767638736751 1.0 1.0 3 P23246 1 |
| Mitochondrial gene expression 0.2786400771586374 0.2056207542755625 0.8370871643678428 1.0 1.0 64 Q07021,Q9Y2R0,O60783,Q567V2,Q9BSK2 5 |
| Regulation of glycoprotein metabolic process 0.374150180841015 0.204081409889607 0.8382898813776174 1.0 1.0 11 Q92542,P35610,Q99805 3 |
| Tissue regeneration 0.3709810807297998 0.2037411604336888 0.8385557753898403 1.0 1.0 7 P04083 1 |
| Amyloid precursor protein catabolic process 0.3584277362879828 0.2007666417023419 0.8408810478712228 1.0 1.0 17 O95197,Q9NQC3,Q15392 3 |
| Respiratory system development 0.3027150362560681 0.1993056608365295 0.842023651298808 1.0 1.0 28 P00813,P46379 2 |
| Sodium ion transport 0.3023701128717604 0.1989118147100053 0.8423317273856354 1.0 1.0 26 P55011,P08195,Q6P4Q7,P05023,Q9Y6M7,P23634,Q4KMQ2,P05026 8 |
| Positive regulation of ossification 0.3666384187867106 0.198071650114312 0.8429890053137479 1.0 1.0 6 Q4KMQ2,P20020 2 |
| Regulation of anion transport 0.3700227431510259 0.1974070520525766 0.8435090114664714 1.0 1.0 13 P05556,P08183,O75915 3 |
| Regulation of animal organ morphogenesis 0.3716456339254899 0.1965439297793333 0.8441844521284958 1.0 1.0 9 Q8TAA9 1 |
| Coenzyme a metabolic process 0.3714877953183805 0.1960270943280193 0.844588959185826 1.0 1.0 9 Q8WVC6,Q9HCC0 2 |
| Negative regulation of dna biosynthetic process 0.361269874868884 0.195339083671813 0.8451275020104574 1.0 1.0 16 P07910,P27544 2 |
| Regulation of ribonuclease activity 0.6402282453637609 0.1946224567082686 0.8456885213103615 1.0 1.0 2 P61221 1 |
| Amino acid betaine biosynthetic process 0.3919052668927794 0.1938819453792876 0.8462683209524882 1.0 1.0 4 P49419 1 |
| Dicarboxylic acid catabolic process 0.3692483566733445 0.1927250840582973 0.847174277485812 1.0 1.0 8 O14734,P17174,Q8IYS1,Q9NRN7,P00367,P49914,P00505 7 |
| Positive regulation of myeloid leukocyte differentiation 0.3910933485583677 0.1919715872563971 0.8477644615474882 1.0 1.0 4 Q13546,Q9UKV3,P17252 3 |
| Response to wounding 0.3026099224542763 0.1911896347830003 0.8483770240735315 1.0 1.0 90 Q04656,Q96G23,P09601,P38435,P42785,P07196,Q99623,Q8WTV0,Q16625,P04083,Q9UNN8,P00374,P04792,P30536 14 |
| Positive regulation of isotype switching to iga isotypes 0.6379457917261064 0.1907627679070975 0.8487114598571399 1.0 1.0 2 O96028 1 |
| Blood vessel remodeling 0.390171325068938 0.1898143218325948 0.8494546327255481 1.0 1.0 4 Q04656 1 |
| Negative regulation of ion transport 0.3334630129005969 0.1893431248041016 0.8498238978639716 1.0 1.0 21 P78417,P21796 2 |
| Rho protein signal transduction 0.3012474647513015 0.1890527789726301 0.8500514509249522 1.0 1.0 29 P16949,P84095,Q9P035,P57105,P05556,P41440,A0MZ66 7 |
| Nucleobase containing compound transport 0.3228311116910127 0.1888650192804036 0.8501986106888015 1.0 1.0 112 Q9Y6M1,P82979,P22626,Q92621,Q9ULX6,P41208,P12236,P12235,P05141,Q96QD9,Q9H2D1,P67809,P41440,Q07955,P57740,Q99808,Q08J23,Q8TD16,Q8TB61,O43808,O75955,Q9BSK2,Q6KCM7,Q15388,Q9BTX1,O15439,Q8N1F7,P12270,Q86V81,Q7Z3B4 30 |
| Carbohydrate transmembrane transport 0.3629409348815524 0.1882346484666156 0.8506927123811736 1.0 1.0 15 Q16625,P31751 2 |
| Cell communication by electrical coupling involved in cardiac conduction 0.3767593020220912 0.187835289622032 0.8510057709953414 1.0 1.0 5 P05023 1 |
| Regulation of atpase coupled calcium transmembrane transporter activity 0.6359486447931579 0.1874276303662134 0.8513253605486035 1.0 1.0 2 Q6YHU6 1 |
| Polysaccharide biosynthetic process 0.3508152402539616 0.1872403418287088 0.8514721959210334 1.0 1.0 18 P46976,O43505,Q7LGA3,P31751 4 |
| Regulation of aerobic respiration 0.3652156827538682 0.186691942373233 0.851902174082827 1.0 1.0 14 P14406,Q9BSK2 2 |
| Dna methylation 0.3177294422345514 0.1856496579809126 0.8527195089905233 1.0 1.0 23 O75844,Q8N2A8 2 |
| Pigment granule maturation 0.4691780821917707 0.1845949724209782 0.853546729602187 1.0 1.0 3 Q9BXS5,O14617 2 |
| Pigment accumulation 0.4691780821917707 0.1845949724209782 0.853546729602187 1.0 1.0 3 Q9BXS5,O14617 2 |
| Cerebral cortex cell migration 0.3678430000754848 0.1841288213256887 0.853912396865945 1.0 1.0 12 P43034,Q9NQC3,Q96N66,O94901 4 |
| Nervous system process 0.3232612713700534 0.1841241578603308 0.8539160552303955 1.0 1.0 113 O76024,O60313,Q7L576,P43034,Q9H6K4,P10253,O14773,P49419,Q14108,O00264,P78417,Q96QK1,Q13432,O43924,O75844,Q99808,P53611,P50897,P04062,Q9Y6M9,Q8IZL8,P17900,Q13641,Q9Y5J9,Q9UPW5,Q9UQB8,O75915,P07196,Q6P4Q7 29 |
| Cellular response to vitamin d 0.3752035235581468 0.1838232368309219 0.8541521264063565 1.0 1.0 5 O15164,P20020 2 |
| Ear development 0.3003209247460081 0.183672207210162 0.8542706133785591 1.0 1.0 27 P54802,P42892,P43034,Q15643,Q9Y6M7,P49736,Q6KC79,Q8IZL8 8 |
| Bone resorption 0.3676440958392155 0.1835740448869252 0.8543476262360825 1.0 1.0 9 O14773 1 |
| Regulation of alpha beta t cell activation 0.3662430370481583 0.1830396504022631 0.8547669076124624 1.0 1.0 13 P00813 1 |
| Regulation of mitotic cytokinesis 0.3870967741935383 0.1827146102963532 0.8550219513877486 1.0 1.0 4 Q49MG5,Q96Q89,Q9Y2S7 3 |
| Nuclear membrane organization 0.3387412524482804 0.1826614176991572 0.8550636905749358 1.0 1.0 20 O14524,P43034,O14656,P50402,Q9BTV4,Q86XL3,Q9UNZ2,Q9ULX6,Q9H444 9 |
| Adaptive immune response based on somatic recombination of immune receptors built from immunoglobulin superfamily domains 0.2977897523008032 0.1820851101239432 0.8555159337952751 1.0 1.0 36 Q9UQ84,P00813 2 |
| Negative regulation of cellular response to growth factor stimulus 0.3661937456007194 0.1781839740016745 0.8585784952156568 1.0 1.0 12 O75340,O14936,Q96TA1,Q8N0X7,Q05D32,O94813,P23634 7 |
| Protein heterotetramerization 0.3624293886029649 0.1780955807759591 0.858647912583369 1.0 1.0 7 Q9NSD9 1 |
| Regulation of cell shape 0.298411842575667 0.1779758239629751 0.8587419622883758 1.0 1.0 34 P35241,P46108,Q7L576,O75844,P15311,Q9UQB8,P84095,Q8WWQ0,P04083,P35580 10 |
| Positive regulation of protein monoubiquitination 0.6299572039942993 0.1776582630434502 0.858991364989893 1.0 1.0 2 O75340 1 |
| Action potential 0.3376988587889314 0.1773552333472058 0.859229368430271 1.0 1.0 20 P04062 1 |
| Purine nucleoside monophosphate metabolic process 0.2987687697821125 0.176942525531303 0.8595535350534842 1.0 1.0 25 P49915,P00813 2 |
| Regulation of cellular respiration 0.3527314499211892 0.1752456437046033 0.8608866207332373 1.0 1.0 17 P14406,Q9BSK2 2 |
| G2 mi transition of meiotic cell cycle 0.6276747503566391 0.1740298193412954 0.8618420273561638 1.0 1.0 2 O95067 1 |
| Regulation of oxidative stress induced intrinsic apoptotic signaling pathway 0.3647782442029667 0.1731230567941424 0.8625547018884707 1.0 1.0 12 P23246,O43464,P04792 3 |
| Morphogenesis of a branching structure 0.31555800710872 0.1728300130904882 0.8627850449939232 1.0 1.0 23 Q9NQC3,Q15363 2 |
| Positive regulation of lipid transport 0.3626750500142983 0.1725167464420305 0.8630312969775169 1.0 1.0 8 P22307,P07355,P82094,P33121,Q96EB6,Q9NV96,P14174 7 |
| Extracellular exosome assembly 0.3825292606337316 0.1724357837731018 0.8630949421060652 1.0 1.0 4 Q92783,Q8WUM4,O00560 3 |
| Regulation of developmental growth 0.2711500218126997 0.1723484348078289 0.8631636085281418 1.0 1.0 53 O75844,Q9NZM3,O43464,A0MZ66,Q9HCL2,Q9NQC3,O95470 7 |
| Alpha beta t cell proliferation 0.4618059851333311 0.1711761741269318 0.8640852412700424 1.0 1.0 3 P04439 1 |
| Positive regulation of i kappab kinase nf kappab signaling 0.2916641104712119 0.1699959177254821 0.8650133471069639 1.0 1.0 41 Q9Y3E0,P09601,O43657,Q8TB61,Q86UE4 5 |
| Negative regulation of p38mapk cascade 0.6242510699001274 0.1686836279513775 0.8660454972344711 1.0 1.0 2 P15311 1 |
| Wound healing spreading of epidermal cells 0.4600456621004459 0.1680681086829019 0.8665296980196189 1.0 1.0 3 P42345,O75122 2 |
| Regulation of wound healing spreading of epidermal cells 0.4600456621004459 0.1680681086829019 0.8665296980196189 1.0 1.0 3 P42345,O75122 2 |
| Regulation of low density lipoprotein particle clearance 0.3557550179153435 0.167231359142525 0.8671880108162286 1.0 1.0 6 P07355,P61978 2 |
| Positive regulation of mrna splicing via spliceosome 0.3543856438019378 0.1660474150454545 0.8681196362575598 1.0 1.0 16 P38159,P62995,Q14011 3 |
| Anatomical structure maturation 0.2948468404409752 0.1652019017678581 0.8687850684391578 1.0 1.0 37 Q15125,Q9NZJ7,P04062,Q8N2A8,O75503 5 |
| Regulation of nik nf kappab signaling 0.3569966633173301 0.1641331782493809 0.869626303517737 1.0 1.0 15 O43657 1 |
| Bone mineralization 0.3619346149851826 0.1630730305320413 0.8704609340472256 1.0 1.0 12 Q9NVV0,Q4KMQ2,O75844,P20020 4 |
| Positive regulation of cell population proliferation 0.3379588398839777 0.1628755713335901 0.8706164052164123 1.0 1.0 132 P30825,P09601,O95684,P31751,P55209,P00813,Q96HY6,Q9BSK2,P04083,P43307,Q9HCL2,Q9NQC3,P30536,P43490 14 |
| Cellular response to extracellular stimulus 0.2765430690074952 0.1618809871344336 0.8713995753948769 1.0 1.0 50 P11166,P09601,O95831,Q9H773,P04062 5 |
| Regulation of muscle contraction 0.3212247011008893 0.161368501817831 0.8718031734290572 1.0 1.0 22 P78417,P00813,Q86TU7,P16615,P05023 5 |
| Aminophospholipid translocation 0.6188302425107046 0.1604554966442243 0.8725222758702946 1.0 1.0 2 Q8NB49 1 |
| Negative regulation of cellular response to insulin stimulus 0.3578165190054396 0.158065144765611 0.8744054657341329 1.0 1.0 8 Q9HCD5,Q13131,P49815,Q6P1M0,Q05655,P49840,Q8TBX8 7 |
| Activation of cysteine type endopeptidase activity involved in apoptotic process 0.3549529704230965 0.1560204102186327 0.8760169332037262 1.0 1.0 15 Q9NZJ7,O95831,Q96A26,Q16611,Q9BXK5 5 |
| Lipopolysaccharide mediated signaling pathway 0.3598382022973604 0.1559190750889626 0.876096809449268 1.0 1.0 10 Q86UE4 1 |
| Ventral spinal cord development 0.3638131762650249 0.1556418100144182 0.8763153668901913 1.0 1.0 5 Q96KG9 1 |
| Erythrocyte maturation 0.3745361119040754 0.1552283980873296 0.876641261192471 1.0 1.0 4 Q7L5Y9,P18074,O95696 3 |
| Ribonucleotide catabolic process 0.3599466686252974 0.1550875552785363 0.8767522929300882 1.0 1.0 11 P00813 1 |
| Positive regulation of protein localization to membrane 0.2961104649258618 0.1537783375466747 0.8777845147830619 1.0 1.0 29 O14737,P15311,P84095,P31751,Q14696,P05556,Q01082,P33176,P98194,P23634,Q9Y3D6,O15258,O00264 13 |
| Positive regulation of neuroblast proliferation 0.6142653352353792 0.1537512610642664 0.8778058647968157 1.0 1.0 2 O60341 1 |
| Regulation of endodeoxyribonuclease activity 0.362364363221011 0.1522098322544606 0.8790214393055196 1.0 1.0 5 P09429,P23396,Q96EB6,P06748 4 |
| Regulation of nervous system development 0.2810719762403782 0.1498086699977673 0.8809155688872572 1.0 1.0 72 Q96G23,Q13641,Q7L576,Q15058,Q9Y4G8,Q9UQB8,P55209,P07196,A0MZ66,Q9NQC3,P30536 11 |
| Axis specification 0.3581010457920012 0.1497757889417524 0.8809415114891523 1.0 1.0 12 Q15363 1 |
| Regulation of granulocyte chemotaxis 0.3564551459677836 0.1488195596066478 0.8816960161736196 1.0 1.0 9 Q00013 1 |
| Regulation of cardiac muscle adaptation 0.4481503051833994 0.1480406667825794 0.8823106743658817 1.0 1.0 3 P23634 1 |
| Negative regulation of microtubule polymerization 0.3485860279641519 0.1480103396389915 0.8823346082694243 1.0 1.0 6 P04350 1 |
| Regulation of coagulation 0.36054366366163 0.1479464134702993 0.8823850585672657 1.0 1.0 5 Q9UNN8 1 |
| Osteoclast differentiation 0.3573283994314239 0.147131261230664 0.8830284154892807 1.0 1.0 12 P07355,Q15904,P43034,P02786,Q9BRX8 5 |
| Regulation of notch signaling pathway 0.3569719715505345 0.1468784050187753 0.8832279973394999 1.0 1.0 10 P57105 1 |
| Actin filament based transport 0.3555537272473889 0.1461193046238578 0.8838272070919744 1.0 1.0 9 Q9UH99,Q8WXH0 2 |
| Cell maturation 0.2948007417232134 0.1456003640491115 0.8842368805783876 1.0 1.0 28 O75503,P04062,Q8N2A8 3 |
| Rap protein signal transduction 0.3591144792344106 0.1446385426987065 0.8849962645255476 1.0 1.0 5 Q15058,Q9Y4G8 2 |
| Endocrine system development 0.3557023584073406 0.144463128950597 0.8851347698311325 1.0 1.0 13 P30536 1 |
| Central nervous system neuron differentiation 0.3181232880127997 0.1444049038177065 0.8851807447107845 1.0 1.0 22 Q04656,O14949,Q96KG9,Q9UPW5,Q9Y4G8 5 |
| Myoblast fusion 0.3503401894655972 0.1439755572084172 0.885519771038866 1.0 1.0 7 P05556,P41440,O75955 3 |
| Interferon beta production 0.3555246841814355 0.1438323125890147 0.8856328864086345 1.0 1.0 13 P41440 1 |
| Negative regulation of phosphatidylinositol 3 kinase signaling 0.3572244431753287 0.1403165809007023 0.8884098642634921 1.0 1.0 5 Q9NZM5,Q10713,O95630,P49815 4 |
| Positive regulation of intrinsic apoptotic signaling pathway in response to dna damage 0.6042796005706106 0.1397991903931624 0.8888186529868936 1.0 1.0 2 P61254 1 |
| Cellular response to lipid 0.3195158511690492 0.1384243833822636 0.8899050273625346 1.0 1.0 114 O75376,Q9H7B4,Q96HY6,Q9P1Z2,Q99623,Q8WTV0,P11802,P30536,O15173,P20020,O43464,Q9UBS8,O15118,P04083,P08670,Q9Y263,P05023,Q96GM5,O95831,Q9P0J0,Q86UE4 21 |
| Forebrain cell migration 0.3539621923760869 0.1383133017794046 0.8899928132515762 1.0 1.0 13 Q9NQC3 1 |
| Post embryonic development 0.3503634492985633 0.1381355269647547 0.890133308450223 1.0 1.0 15 P11717,Q96A33,O95470 3 |
| Response to interleukin 7 0.3540954583369644 0.1379632110609188 0.8902694927718804 1.0 1.0 10 P06576 1 |
| Regulation of myotube differentiation 0.3559203385024472 0.1373694857983527 0.8907387491711654 1.0 1.0 5 Q9BYT8 1 |
| Positive regulation of carbohydrate metabolic process 0.3502223839077971 0.1363277269049426 0.8915622056010086 1.0 1.0 8 P31751 1 |
| Neuron recognition 0.347427731311735 0.1361423959663524 0.8917087123849559 1.0 1.0 7 Q9NQC3 1 |
| Regulation of glucose transmembrane transport 0.3534485253719135 0.134034727593745 0.8933751135426342 1.0 1.0 12 P31751 1 |
| Progesterone receptor signaling pathway 0.3424735789774272 0.1323301839192801 0.8947231339892454 1.0 1.0 6 O95071,P35232,P46937,Q05086,P46934 5 |
| Regulation of metal ion transport 0.266385091644571 0.1322273442916635 0.8948044733931979 1.0 1.0 59 O76024,Q04656,P78417,P21796,P20020,P32121,P05023,P05556,Q16611,P23634,Q4KMQ2,P30536,P05026,Q13555 14 |
| Regulation of plasma membrane organization 0.3622609192120958 0.1307620297844721 0.8959635608648675 1.0 1.0 4 P35579,Q9Y371,P50570 3 |
| Anterograde dendritic transport 0.4355094555296059 0.1286216326417561 0.8976570481185935 1.0 1.0 3 P33176 1 |
| Mrna alternative polyadenylation 0.3515134209023425 0.1276230503787103 0.8984472887338646 1.0 1.0 5 Q96MU7,Q8N684,Q69YN4,O43809 4 |
| Leukotriene metabolic process 0.3405706399714364 0.1275839472499298 0.8984782355401584 1.0 1.0 6 P33527,Q9UJ14 2 |
| Positive regulation of cell activation 0.2812455364668088 0.1271196713433255 0.8988456822859208 1.0 1.0 45 P30825,Q9HCL2,P00813 3 |
| Purine nucleoside monophosphate biosynthetic process 0.34944670606697 0.127108155983997 0.89885479628336 1.0 1.0 14 P00813 1 |
| Metanephros morphogenesis 0.4340753424657453 0.1265394229256918 0.8993049448514263 1.0 1.0 3 P35222,P80723 2 |
| Regulation of mesenchymal cell proliferation 0.4340753424657384 0.1265394229256817 0.8993049448514343 1.0 1.0 3 P35222,P02545 2 |
| Positive regulation of tau protein kinase activity 0.5940085592011474 0.1264617670495328 0.8993664114963373 1.0 1.0 2 P07900 1 |
| Regulation of rna splicing 0.2903106615016679 0.1259764394603766 0.8997505745614469 1.0 1.0 84 Q96T37,Q8IYB3,P31943,P22626,Q5BKZ1,Q16629,Q01130,P19338,O75494,P62995,P31942,Q07955,P52597,P61978,Q9BTD8,Q9UHX1,Q8IY67,P98175,Q07021,Q9Y2W1,Q14011,P51114,P49736,P38159,P55795,P35637 26 |
| Positive regulation of amyloid beta clearance 0.5908701854493644 0.1225892326042302 0.9024323812651278 1.0 1.0 2 P30533 1 |
| Long term memory 0.4286529680365167 0.1188879723633043 0.9053641108389936 1.0 1.0 3 P51608,P01130 2 |
| Embryonic organ development 0.2656128784939385 0.1186035404332684 0.90558946029382 1.0 1.0 53 P54802,P42892,Q15363,P00813,Q9BVA1,P62995 6 |
| Positive regulation of nlrp3 inflammasome complex assembly 0.5874465049928737 0.1184718645489311 0.9056937869117168 1.0 1.0 2 O00571 1 |
| Cd4 positive alpha beta t cell differentiation 0.3405864590507076 0.1183497289324387 0.9057905562437548 1.0 1.0 7 P04083 1 |
| Regulation of protein dephosphorylation 0.2907613913136807 0.1179529632586528 0.9061049275007698 1.0 1.0 31 P04062 1 |
| Zymogen activation 0.3399113734043129 0.1166406761375823 0.9071448028125968 1.0 1.0 7 Q15392 1 |
| Negative regulation of lipoprotein particle clearance 0.3534113616899746 0.1146078863109534 0.9087559285310538 1.0 1.0 4 Q92945,P01130,P30533 3 |
| Nucleotide excision repair dna gap filling 0.3531258920924877 0.1141075244961793 0.9091525575017028 1.0 1.0 4 Q07864,P28340,Q15054 3 |
| Lipid metabolic process 0.446319576363855 0.1123997464711201 0.9105064563412896 1.0 1.0 293 Q9BQE5,O43292,Q9NPH0,Q9BTU6,P43034,P07099,Q9BY49,Q8NBX0,Q9HB40,P30536,O95470,O15118,Q9HCL2,O75844,Q8N8N7,P50897,Q8NCC3,Q14739,P04062,Q06136,P07602,P51648,Q8NHP8,Q96N66,Q15800,Q96G23,P16278,Q9H6V9,Q15392,P53985,Q9H6K4,P31751,P27544,Q8WTV0,P06576,Q16880,P23786,Q15125,Q13510,Q9P035,P04083,Q8N2A8,Q9UBV2,Q86YN1,Q9BT22,O15254,Q8N2K0,P38435,P48449,Q53GQ0,Q8NF37,Q5H8A4,Q15067,P16435,Q8NCG7,Q9NZJ7,Q99623,Q14534,Q99805,Q16850,O43464,Q9Y6K0,O15269,Q8N4Q0,P37268,Q92604,Q9Y263,Q9NZC3,P35610,O60762,O00116,Q9H490,O75376,Q6IAN0,P21964,O95674,O14773,Q2TAA5,Q8IY17,Q9H7Z7,P35790,Q86UY6,Q8N9F7,Q709F0,Q6NUM9,P05023,Q8WVX9,P17900,Q15118,P46108,Q92643,Q9NZ01 92 |
| Negative regulation of histone h3 k27 methylation 0.581169757489298 0.1112113931132837 0.9114487172802506 1.0 1.0 2 Q7KZ85 1 |
| Calcium ion regulated exocytosis 0.3449914916108279 0.1108147267933473 0.911763266987232 1.0 1.0 10 P16615 1 |
| Syncytium formation 0.3404530664991211 0.1099386090570964 0.9124580625134308 1.0 1.0 8 P05556,P41440,O75955 3 |
| Regulation of bone resorption 0.3423757852655635 0.1084676004963141 0.9136247799086844 1.0 1.0 5 P21359,P41240,P02786,P17252 4 |
| Regulation of bone remodeling 0.3423757852655635 0.1084676004963141 0.9136247799086844 1.0 1.0 5 P21359,P41240,P02786,P17252 4 |
| Positive regulation of low density lipoprotein receptor activity 0.420501066522474 0.1080392750590379 0.9139645375387024 1.0 1.0 3 P61978 1 |
| Negative regulation of inclusion body assembly 0.4203767123287611 0.1078798225610545 0.9140910229623948 1.0 1.0 3 P54652,P0DMV9 2 |
| Regulation of calcium ion transmembrane transport 0.3112465972879983 0.1078504955975669 0.9141142867634442 1.0 1.0 22 P21796 1 |
| Positive regulation of binding 0.2644642010993332 0.1076559826596938 0.9142685872549878 1.0 1.0 53 Q9Y4G8,Q9BUN8,P41440,Q71SY5,O75503 5 |
| Relaxation of muscle 0.3491106123337062 0.1072068058597809 0.9146249162547696 1.0 1.0 4 P05023 1 |
| Negative regulation of atp dependent activity 0.3390912300051703 0.1064038961487123 0.9152619019490796 1.0 1.0 8 Q15070,P49736 2 |
| Entry of bacterium into host cell 0.3398282814155541 0.1033822063325271 0.917659633759958 1.0 1.0 5 Q9BTY2,Q9UPT5 2 |
| Interleukin 1 production 0.3418942167431792 0.1019564970852597 0.9187912053712992 1.0 1.0 10 P49755,P04083 2 |
| Positive regulation of isotype switching to igg isotypes 0.4155251141552378 0.1017993445078087 0.9189159459556064 1.0 1.0 3 Q6ZW49,P43246 2 |
| Primary alcohol metabolic process 0.335152455488481 0.1012692730819047 0.9193367072983754 1.0 1.0 17 P30837,Q8N9F7,Q6NUM9,P51648,Q9NZC3 5 |
| Homophilic cell adhesion via plasma membrane adhesion molecules 0.3397221274422675 0.1012226312508783 0.9193737318435512 1.0 1.0 9 P05556,P35613 2 |
| Organic hydroxy compound metabolic process 0.3201308323859765 0.1011528824299094 0.9194290991721316 1.0 1.0 119 Q9BQE5,Q15392,Q9Y4G8,Q8WTV0,Q14534,P00374,Q16850,Q04656,P30837,Q15125,Q13510,O15118,O15269,P38435,P37268,Q14739,P04062,P48449,Q9NZC3,P16435,P35610,P51648,Q15800 23 |
| Positive regulation of rna export from nucleus 0.3454182129603116 0.1010865604552102 0.9194817465973604 1.0 1.0 4 Q9H7Z3,Q16630,Q07666 3 |
| Positive regulation of nucleobase containing compound transport 0.3454182129603116 0.1010865604552102 0.9194817465973604 1.0 1.0 4 Q9H7Z3,Q16630,Q07666 3 |
| Ubiquitin dependent protein catabolic process via the multivesicular body sorting pathway 0.3429520382948901 0.1009096050428874 0.9196222183096888 1.0 1.0 13 Q9Y263 1 |
| Lung associated mesenchyme development 0.571469329529247 0.1007127378877923 0.919778499417886 1.0 1.0 2 P35222 1 |
| Regulation of vasculature development 0.2827583840231751 0.0997371818829259 0.92055298082764 1.0 1.0 41 Q96TA1,P09601,P57105,P05556,P04792,Q4VCS5,Q86UE4,Q9NZ08 8 |
| Ribosomal large subunit export from nucleus 0.3320000000000065 0.097246559813547 0.9225305938504518 1.0 1.0 7 Q96D46,Q15050,P06748,Q99567,P62826,Q9NVU7 6 |
| Ribosomal small subunit export from nucleus 0.3320000000000038 0.0972465598135403 0.9225305938504572 1.0 1.0 7 Q96GA3,Q86U38,P06748,P62841,P62826,Q99567 6 |
| Regulation of mitochondrial fission 0.3413114505815409 0.0950979487923469 0.9242370273202324 1.0 1.0 12 Q9NX47,Q96QK1,P11233,Q9Y3D6,Q9NUQ9 5 |
| Membrane biogenesis 0.3256556220859022 0.0949294727351335 0.9243708463669316 1.0 1.0 19 P41440,Q86XL3 2 |
| Positive regulation of cell cycle g1 s phase transition 0.3205107497095452 0.0941026401213135 0.9250276231766484 1.0 1.0 20 Q99623,Q96HY6,P04083,Q96DY7 4 |
| Neural crest formation 0.3349514563106815 0.0939583087821333 0.925142274941706 1.0 1.0 5 Q14978,O75340,Q9UBV8,Q13428 4 |
| Lymphocyte activation 0.3121281459460377 0.0934612492069104 0.9255371335568128 1.0 1.0 111 P30825,O96005,P24390,Q5HYI8,Q9Y6D9,P00813,Q99623,P04062,Q9UQ84,P04083,P46379,Q9HCL2 12 |
| Epithelial tube branching involved in lung morphogenesis 0.5640513552068506 0.0932634180649894 0.9256942935311384 1.0 1.0 2 P35222 1 |
| Positive regulation of reactive oxygen species metabolic process 0.33917434760296 0.0912259793581895 0.9273130324756064 1.0 1.0 14 P51790,P30536 2 |
| Transcytosis 0.3285714285714298 0.0892082739268858 0.9289163899542794 1.0 1.0 7 P12931,O60763,P30533,Q96QK1,P20339,Q00610 6 |
| Regulation of neuroblast proliferation 0.3309537407195924 0.0865385051994661 0.9310383481425712 1.0 1.0 5 P35221,P35222,P21359,O60341 4 |
| Positive regulation of sterol transport 0.4009703196346879 0.0851747831196514 0.9321224378696212 1.0 1.0 3 P22307,P07355 2 |
| Protein k29 linked ubiquitination 0.4001141552511341 0.0842709327702188 0.9328410224641356 1.0 1.0 3 Q15386,Q16763 2 |
| Carbohydrate derivative biosynthetic process 0.364893121151913 0.0810295298357378 0.9354184683007204 1.0 1.0 175 P23919,P00813,P46977,Q8NBX0,P06576,Q99805,Q2TAA5,Q13126,Q16880,O75964,P24539,Q04656,Q8N4A0,Q6ZXV5,O43505,O15118,O76075,O60502,Q86YN1,Q9BT22,P00403,P00846,P31350,Q9UMR5,Q7LGA3,P50897,Q53GQ0,Q8TB61,Q5H8A4,Q8WVC6,Q8NCH0,Q15118,P35610,O60762,Q92643,P49915,P04843,Q96L58,Q9H490,Q9NZ01,Q15643,Q10472,P56134,P56385 44 |
| Regulation of regulated secretory pathway 0.3058916364654597 0.0804512020355352 0.9358784055044158 1.0 1.0 22 P09601 1 |
| Negative regulation by host of viral process 0.396404109589031 0.0804473203914597 0.9358814926021356 1.0 1.0 3 Q9H1E3,P17980 2 |
| Rac protein signal transduction 0.3343765049129157 0.0796349311146308 0.936527612417556 1.0 1.0 15 Q9P035,P46108,P84095 3 |
| Establishment of pigment granule localization 0.3952625570776223 0.0793010343297765 0.9367931836182062 1.0 1.0 3 P62820,Q13561 2 |
| Negative regulation of helicase activity 0.3308592634884332 0.0790412100532066 0.936999844697729 1.0 1.0 4 Q96EB6,P33993,P49736 3 |
| Retrograde transport vesicle recycling within golgi 0.3239675838126341 0.0787669419826883 0.9372179988002368 1.0 1.0 7 Q8TBA6 1 |
| Mesenchymal cell proliferation 0.330002854695975 0.077846892699368 0.9379498446200344 1.0 1.0 4 P35222,P02545,P42224 3 |
| Alpha beta t cell activation 0.325616056635797 0.0772141653830544 0.9384531729440098 1.0 1.0 18 P04083,P00813 2 |
| Hair follicle maturation 0.3252427184466065 0.0764154600016581 0.9390885702657832 1.0 1.0 5 P21359,P35222,P18074,Q08J23 4 |
| Nucleoside phosphate catabolic process 0.3110759159507179 0.0758851056051448 0.939510506694007 1.0 1.0 21 Q9H773,P00813 2 |
| Amyloid beta clearance by transcytosis 0.3282900371110467 0.0754919598476486 0.9398232943957694 1.0 1.0 4 P20339,Q00610,P30533 3 |
| Regulation of tau protein kinase activity 0.3909817351598121 0.0751275549815567 0.9401132240671471 1.0 1.0 3 P08238,P07900 2 |
| Regulation of macrophage differentiation 0.3909817351598047 0.0751275549815494 0.940113224067153 1.0 1.0 3 Q13546,P17252 2 |
| Positive regulation of macrophage differentiation 0.3909817351598047 0.0751275549815494 0.940113224067153 1.0 1.0 3 Q13546,P17252 2 |
| Regulation of striated muscle contraction 0.334032739244458 0.0741888380113723 0.9408601273519444 1.0 1.0 14 P05023,P78417,P16615,P05026 4 |
| Cellular response to cold 0.3895547945205433 0.0737798695876007 0.941185545103944 1.0 1.0 3 Q13217,P17252 2 |
| Response to epinephrine 0.3895547945205367 0.0737798695875946 0.941185545103949 1.0 1.0 3 P23634,P17252 2 |
| Cellular response to epinephrine stimulus 0.3895547945205367 0.0737798695875946 0.941185545103949 1.0 1.0 3 P23634,P17252 2 |
| Regulation of nuclear transcribed mrna catabolic process deadenylation dependent decay 0.3343247785317393 0.0734891105741567 0.9414169091475512 1.0 1.0 13 P67809 1 |
| Secretory granule localization 0.38784246575342 0.0721910314496286 0.9424498824186476 1.0 1.0 3 P33176,O60763 2 |
| Regulation of membrane permeability 0.3155768875832822 0.0717927594139804 0.9427668351032256 1.0 1.0 20 P05141,Q16611,P12235,P45880 4 |
| Ribose phosphate biosynthetic process 0.2855821133272522 0.0712029201661841 0.9432362573614724 1.0 1.0 85 P00403,P00846,Q9UMR5,P50897,P00813,Q8WVC6,P49915,P06576,Q53GQ0,Q8TB61,O75964,P24539,P56385 13 |
| Cellular glucan metabolic process 0.3241069997319039 0.0711620816693964 0.9432687593202738 1.0 1.0 18 P10253,P31751 2 |
| Phototransduction visible light 0.3867009132420011 0.0711488973075732 0.9432792523217872 1.0 1.0 3 P29992,Q15555 2 |
| Anterior posterior pattern specification 0.310029400994485 0.0709589558524176 0.943430421592874 1.0 1.0 21 Q15363,Q8N2A8 2 |
| Positive regulation of locomotion 0.2977496012161547 0.0704054932326268 0.943870919133332 1.0 1.0 98 Q04656,Q07021,Q13641,Q6ZW31,Q9Y4G8,P09601,O95684,P31751,Q96HY6,Q8WTV0,P04083,P06576,A0MZ66,P04792,Q9Y263,Q9NQC3,Q4KMQ2 17 |
| Negative regulation of androgen receptor signaling pathway 0.3211790322998567 0.0695528138699917 0.944549595009786 1.0 1.0 5 P35232,O75376 2 |
| Ventricular septum morphogenesis 0.3232215550839206 0.0687846512643855 0.9451610356652232 1.0 1.0 4 O96028,Q96T37 2 |
| Regulation of potassium ion transmembrane transporter activity 0.329139262224764 0.0675619719089746 0.9461343282178492 1.0 1.0 10 Q12959,Q9Y376,P05026,O95747,P05556,P50570,P62258,P46934,P54709 9 |
| Regulation of lipoprotein particle clearance 0.3183908671593601 0.0666637511459038 0.946849392484796 1.0 1.0 7 P07355,P61978,P01130 3 |
| Constitutive secretory pathway 0.5315263908701928 0.0661868874732085 0.9472290361634113 1.0 1.0 2 Q7Z392 1 |
| Regulation of epithelial to mesenchymal transition 0.3127677806340999 0.0657812275197831 0.947552002129048 1.0 1.0 6 O75122,Q96AC1,O00560,P35222,P42345 5 |
| Membrane invagination 0.3312602212297759 0.0652810499123429 0.9479502301356396 1.0 1.0 12 P51790,P84095,Q4KMQ2 3 |
| Chromosome organization involved in meiotic cell cycle 0.3087807966888088 0.0651290028502211 0.9480712885134884 1.0 1.0 21 Q9BTX1,P46379 2 |
| Positive regulation of endocytosis 0.2884059920286557 0.0627449328250093 0.949969616639896 1.0 1.0 24 P61978,P32121,O14656,P50897,P41440,Q4KMQ2 6 |
| N terminal protein amino acid modification 0.3244217457824818 0.0625530967845673 0.9501223795706416 1.0 1.0 9 Q5VZE5,Q86UY6 2 |
| Regulation of hematopoietic stem cell proliferation 0.5246790299572115 0.0615679610313818 0.9509068919128418 1.0 1.0 2 P19525 1 |
| Negative regulation of glial cell differentiation 0.374999999999991 0.0612369497426874 0.9511705032977154 1.0 1.0 3 P35222,P01130 2 |
| Regulated exocytosis 0.279927196366506 0.0605645816746093 0.9517059814486912 1.0 1.0 38 Q9BRK5,P09601,O43760,P16615 4 |
| Regulation of striated muscle cell differentiation 0.3299027296419965 0.0601013169372613 0.9520749410969198 1.0 1.0 13 Q13049,Q9BYT8,Q96TA1,P42345,P32121,P67809 6 |
| Golgi vesicle transport 0.3391237562110009 0.0600090720322436 0.9521484092767534 1.0 1.0 146 Q96KG9,P24390,Q15363,Q96RL7,Q8TBA6,O15258,O95249,Q96PC5,P49755,Q969X5,O60749,P51572,Q9Y282,Q9BVK6,Q9Y3B3,O14828,Q12893,Q9Y3A6,Q9P2W9,Q7Z3J2,Q8NHH9,O95070,Q9UP83,Q8TD16,P98194,O15127,O15260,O15126,Q9UHQ4,Q13190,Q15643 31 |
| Srp dependent cotranslational protein targeting to membrane 0.3255799095776804 0.0585740826907099 0.9532913542462318 1.0 1.0 10 Q15629 1 |
| Positive regulation of mitochondrial outer membrane permeabilization involved in apoptotic signaling pathway 0.3145874964316307 0.0582430084198258 0.9535550630813556 1.0 1.0 4 Q9UII2,P49840,P30419 3 |
| Heterotypic cell cell adhesion 0.3222896541327908 0.0575439830742809 0.9541118707045098 1.0 1.0 9 P05556,P41440 2 |
| Regulation of lymphocyte activation 0.2626566382706009 0.0569628621326438 0.9545747788073896 1.0 1.0 63 P30825,O96005,P00813,P04083,Q9HCL2 5 |
| Positive regulation of cell growth 0.2779393525889792 0.0567583068631983 0.9547377266699076 1.0 1.0 40 Q9NZM3,O95684,Q96K76,A0MZ66,Q7Z4V5,Q9BSK2 6 |
| Positive regulation of epithelial to mesenchymal transition 0.3126784694460318 0.0561056656780555 0.9552576304918244 1.0 1.0 5 P35222,P42345,Q96AC1,O00560 4 |
| Nuclear migration 0.3273417887003694 0.0558683983340948 0.9554466459706232 1.0 1.0 15 P43034,Q9UH99,Q5SNT2,O94901 4 |
| Mitochondrial dna replication 0.3177897533921436 0.0558319938017172 0.9554756473185128 1.0 1.0 8 Q04837,Q96EY1 2 |
| Vitamin d receptor signaling pathway 0.3675799086757928 0.055652464325058 0.955618668745454 1.0 1.0 3 Q13573,O15164 2 |
| Regulation of vitamin d receptor signaling pathway 0.3675799086757928 0.055652464325058 0.955618668745454 1.0 1.0 3 Q13573,O15164 2 |
| Cellular carbohydrate catabolic process 0.3160338292228563 0.0542433659618076 0.9567412704807924 1.0 1.0 19 Q14108,P10253 2 |
| Regulation of b cell differentiation 0.5124108416547866 0.0541486872574734 0.956816702296289 1.0 1.0 2 Q5JVF3 1 |
| Lipid droplet organization 0.3257656294868692 0.0537027933123947 0.9571719572740248 1.0 1.0 11 Q14534 1 |
| Macropinocytosis 0.5095577746077111 0.0525736445209498 0.9580716165461962 1.0 1.0 2 Q9BZG1 1 |
| Positive regulation of epithelial cell proliferation involved in lung morphogenesis 0.5092724679030034 0.0524191544426752 0.9581947120596748 1.0 1.0 2 Q13247 1 |
| Cardiac conduction system development 0.5092724679030034 0.0524191544426752 0.9581947120596748 1.0 1.0 2 Q14126 1 |
| Regulation of epithelial cell proliferation involved in lung morphogenesis 0.5092724679030034 0.0524191544426752 0.9581947120596748 1.0 1.0 2 Q13247 1 |
| Phenol containing compound biosynthetic process 0.3108760311947634 0.0513029536346251 0.9590841145458412 1.0 1.0 7 Q04656,Q9Y4G8 2 |
| Cellular response to testosterone stimulus 0.3593036529680323 0.0500312866484858 0.9600974563933968 1.0 1.0 3 P26038,Q96EB6 2 |
| Response to vitamin d 0.3039131676663696 0.0491131625086425 0.960829113901716 1.0 1.0 6 Q8TB36,Q13573,P20020,Q15648,O15164 5 |
| Regulation of neuron projection development 0.2764995228658586 0.0489528680136615 0.9609568567499548 1.0 1.0 78 Q96G23,Q9NQC3,Q32P28,Q9Y4G8,Q9UQB8,P08670,P07196,A0MZ66,Q14108 9 |
| Lipid modification 0.2537898070384524 0.0487044070919366 0.9611548636944718 1.0 1.0 55 O15254,P31751,Q96N66,P04062,Q15067,P23786 6 |
| Regulation of alternative mrna splicing via spliceosome 0.2799847621904198 0.0477128949335979 0.9619450571373798 1.0 1.0 31 Q8IY67,P98175,Q96T37,Q01130,P38159,Q9Y2W1,P52756,P51114,P62995,Q9UHX1 10 |
| Regulation of generation of precursor metabolites and energy 0.2780595139283721 0.0474110812767866 0.962185597371386 1.0 1.0 38 Q04656,P14406,P31751,Q99623,Q9BSK2,Q9H3K2 6 |
| Regulation of nk t cell differentiation 0.4984308131241163 0.0469413002082683 0.9625600115507842 1.0 1.0 2 O00203 1 |
| Antigen processing and presentation of lipid antigen via mhc class ib 0.4984308131241163 0.0469413002082683 0.9625600115507842 1.0 1.0 2 O00203 1 |
| Nk t cell differentiation 0.4984308131241163 0.0469413002082683 0.9625600115507842 1.0 1.0 2 O00203 1 |
| Negative regulation of atp metabolic process 0.3231173407990434 0.0468944281855106 0.9625973688743604 1.0 1.0 11 Q9Y3D6,P30536 2 |
| Positive regulation of nervous system development 0.270016582607627 0.0467980833972699 0.9626741565890652 1.0 1.0 46 Q13641,Q7L576,Q9UQB8,P55209,P07196,A0MZ66,P30536 7 |
| Negative regulation of low density lipoprotein particle clearance 0.353310502283098 0.0463416758766999 0.9630379224268086 1.0 1.0 3 Q92945,P01130 2 |
| Negative regulation of protein targeting to mitochondrion 0.3528765922738818 0.0460865266683616 0.9632412847594434 1.0 1.0 3 P49257 1 |
| Cellular response to sodium arsenite 0.4958630527817484 0.045752255780287 0.9635077132964602 1.0 1.0 2 Q9UER7 1 |
| Cellular response to salt 0.4958630527817484 0.045752255780287 0.9635077132964602 1.0 1.0 2 Q9UER7 1 |
| Protein localization to microtubule end 0.4941512125535032 0.0449817200395211 0.9641218794998112 1.0 1.0 2 Q15555 1 |
| Germ cell proliferation 0.493580599144088 0.0447287633330177 0.964323506811544 1.0 1.0 2 P20042 1 |
| Regulation of receptor mediated endocytosis 0.2791118929191752 0.0444103645200623 0.9645773001089402 1.0 1.0 29 P50897,Q13432 2 |
| Regulation of anaphase promoting complex dependent catabolic process 0.4918687589158426 0.043981432334884 0.9649192043944324 1.0 1.0 2 P24941 1 |
| Vesicle tethering 0.3010326435246775 0.0438586432100186 0.9650170814948154 1.0 1.0 4 Q15643 1 |
| Vesicle tethering to golgi 0.3010326435246775 0.0438586432100186 0.9650170814948154 1.0 1.0 4 Q15643 1 |
| Interleukin 6 production 0.3243069020269067 0.0438231880427107 0.965045343452248 1.0 1.0 13 P04062 1 |
| Regulation of histone h2b ubiquitination 0.303540833809254 0.0430020186391631 0.9656999247024212 1.0 1.0 5 Q6PD62,Q9NW82,O75150,P50750 4 |
| Mitochondrial dna metabolic process 0.306459794687779 0.0427849215992968 0.9658729838037632 1.0 1.0 7 P39210,Q13472 2 |
| Muscle cell differentiation 0.2640615936690063 0.0421925051471843 0.9663452372677148 1.0 1.0 66 Q9H7B4,P32121,Q9Y4W6,Q9NYL9,P06493,Q86TU7,Q99523,P41440,Q7Z4V5,P16615,P67809,O75844,Q8IV08,P05556,O75955,P50750,Q9BYT8,Q96TA1,Q9H4M9 19 |
| Receptor mediated endocytosis 0.2600721038166487 0.041924670894449 0.9665587491554124 1.0 1.0 62 P61978,P15311,P32121,Q9NZM3,P11717,P02786,P50897,Q13432,P05556,P27824,P41440,Q14108,O75955,Q7Z6M1 14 |
| Negative regulation of cell cycle g2 m phase transition 0.284506589177035 0.041563868466684 0.9668463771233048 1.0 1.0 24 Q9Y619 1 |
| Positive regulation of spindle assembly 0.4810271041369554 0.0396357699668278 0.9683835095254428 1.0 1.0 2 Q14980 1 |
| Protein linear polyubiquitination 0.4778887303851724 0.0384971139812682 0.969291332489244 1.0 1.0 2 P98170 1 |
| Regulation of mrna export from nucleus 0.2975679833531947 0.0380668104589869 0.9696344135372404 1.0 1.0 6 P12270,Q08J23 2 |
| Foregut morphogenesis 0.4727532097004348 0.0367428033984947 0.97069007949232 1.0 1.0 2 P35222 1 |
| Neural plate development 0.4727532097004348 0.0367428033984947 0.97069007949232 1.0 1.0 2 P35222 1 |
| Negative regulation of transforming growth factor beta production 0.4707560627674835 0.0360959134554617 0.9712058807963612 1.0 1.0 2 P08238 1 |
| Natural killer cell degranulation 0.3304794520547897 0.0349486328327728 0.9721207008852792 1.0 1.0 3 P51809,O43747 2 |
| Positive regulation of leukocyte degranulation 0.3304794520547897 0.0349486328327728 0.9721207008852792 1.0 1.0 3 P51809,O43747 2 |
| Natural killer cell activation involved in immune response 0.3304794520547897 0.0349486328327728 0.9721207008852792 1.0 1.0 3 P51809,O43747 2 |
| Metanephric mesenchyme development 0.3299086757990756 0.0347133715951579 0.9723082983630642 1.0 1.0 3 P42224,P80723 2 |
| Kidney mesenchyme development 0.3299086757990756 0.0347133715951579 0.9723082983630642 1.0 1.0 3 P42224,P80723 2 |
| Regulation of kidney development 0.3299086757990756 0.0347133715951579 0.9723082983630642 1.0 1.0 3 P42224,P80723 2 |
| Response to cadmium ion 0.3206036478985707 0.0342924764930285 0.9726439242316238 1.0 1.0 15 O15118,P09601 2 |
| Intrinsic apoptotic signaling pathway by p53 class mediator 0.314526260742035 0.0342767493872511 0.9726564652737552 1.0 1.0 18 P61978,O60341,Q9BVC6,Q8N2F6,P46379,Q96RU2,P62081 7 |
| Neuron projection maintenance 0.4647646219686221 0.0342689516119051 0.9726626833452784 1.0 1.0 2 Q14203 1 |
| Protein kinase b signaling 0.2776423237487124 0.0340649089467186 0.972825390838906 1.0 1.0 30 Q9NQC3,Q86UE4,Q07021 3 |
| Regulation of vesicle size 0.3281963470319578 0.0340209536334483 0.9728604417881974 1.0 1.0 3 P20339,Q96CW1 2 |
| Positive regulation of wound healing spreading of epidermal cells 0.4599144079885965 0.0329095388942656 0.973746725979778 1.0 1.0 2 P42345 1 |
| Rrna transport 0.4590584878744709 0.0326802965012305 0.9739295366120018 1.0 1.0 2 P06748 1 |
| Neutrophil degranulation 0.2952598515134209 0.0323071736979725 0.9742270884088442 1.0 1.0 5 P11274,Q15833,P12429,P51809 4 |
| Neutrophil activation involved in immune response 0.2952598515134209 0.0323071736979725 0.9742270884088442 1.0 1.0 5 P11274,Q15833,P12429,P51809 4 |
| Protein localization to cell cortex 0.2933447586403819 0.0311271273211251 0.9751681556740122 1.0 1.0 6 O43491,Q14980,P15311,P63096,P53350 5 |
| Cell killing 0.3059735124042513 0.0305814763496074 0.9756033149718704 1.0 1.0 20 P46108,P05204,O15400,P32121,P68371,P04439,P07437,Q9NUQ9 8 |
| Positive regulation of vacuole organization 0.299714285714289 0.0304999518290775 0.975668331799296 1.0 1.0 7 P07355,Q15042,Q9Y371,Q9H2M9,Q6UWE0,Q8TBX8 6 |
| Glomerulus development 0.2935465448315291 0.0302313722045296 0.9758825285590872 1.0 1.0 5 P46940,P39210,P80723,O95747 4 |
| Protein processing involved in protein targeting to mitochondrion 0.3177808576863405 0.0302222830727486 0.9758897773247924 1.0 1.0 3 Q10713 1 |
| Response to insulin 0.2666787430667049 0.0299294566352749 0.9761233133700812 1.0 1.0 70 P11166,Q9Y5X3,Q7L576,P20020,Q9UQB8,Q15043,P31751,P11802,Q9BSK2,P43490 10 |
| Negative regulation of mrna 3 end processing 0.3038010860245882 0.0275327790560648 0.9780347958450856 1.0 1.0 8 Q6PD62,Q6PJT7,P18615,Q99728,O00267,O75150,P50750 7 |
| Regulation of cytoplasmic translational initiation 0.434522111269624 0.0273237248682834 0.9782015342223952 1.0 1.0 2 P42345 1 |
| Regulation of mesenchymal to epithelial transition involved in metanephros morphogenesis 0.4339514978602086 0.0272243404439008 0.978280802032092 1.0 1.0 2 P35222 1 |
| Positive regulation of mesenchymal cell proliferation 0.4339514978602086 0.0272243404439008 0.978280802032092 1.0 1.0 2 P35222 1 |
| Mesenchymal to epithelial transition involved in metanephros morphogenesis 0.4339514978602086 0.0272243404439008 0.978280802032092 1.0 1.0 2 P35222 1 |
| Metanephric renal vesicle morphogenesis 0.4339514978602086 0.0272243404439008 0.978280802032092 1.0 1.0 2 P35222 1 |
| Metanephric nephron morphogenesis 0.4339514978602086 0.0272243404439008 0.978280802032092 1.0 1.0 2 P35222 1 |
| Regulation of cysteine type endopeptidase activity involved in execution phase of apoptosis 0.4316690442225484 0.0268369774635482 0.9785897600798844 1.0 1.0 2 P23396 1 |
| Necroptotic signaling pathway 0.4313837375178393 0.0267896859612371 0.9786274796776526 1.0 1.0 2 Q13546 1 |
| Motor neuron apoptotic process 0.4313837375178384 0.0267896859612371 0.9786274796776526 1.0 1.0 2 O75312 1 |
| Negative regulation of sister chromatid cohesion 0.4231098430813194 0.0255221814178314 0.9796384560357008 1.0 1.0 2 Q7Z5K2 1 |
| Phosphatidylinositol dephosphorylation 0.2892822299931696 0.0252645275837836 0.9798439677813744 1.0 1.0 5 Q10713 1 |
| Positive regulation of sprouting angiogenesis 0.4208273894436612 0.025206169608804 0.9798905158847966 1.0 1.0 2 Q07157 1 |
| Neuroinflammatory response 0.2777185102423659 0.0248085179978909 0.980207696770858 1.0 1.0 4 P05556 1 |
| Neuron projection extension involved in neuron projection guidance 0.4174037089871679 0.0247576764464798 0.9802482500039228 1.0 1.0 2 O94813 1 |
| Glomerular epithelium development 0.2933789954337849 0.0237408359721126 0.9810593327801738 1.0 1.0 3 P80723,P46940 2 |
| Glomerular epithelial cell differentiation 0.2933789954337849 0.0237408359721126 0.9810593327801738 1.0 1.0 3 P80723,P46940 2 |
| Astral microtubule organization 0.2751926919783004 0.0231384327817545 0.981539848957994 1.0 1.0 4 Q12959,Q14980,P15311 3 |
| Negative regulation of alpha beta t cell proliferation 0.400000000000007 0.0229008161987345 0.9817293893348596 1.0 1.0 2 P78540 1 |
| Intestinal lipid absorption 0.3960057061341021 0.0225623040932047 0.9819994131433368 1.0 1.0 2 P01130 1 |
| Lipid digestion 0.3960057061341021 0.0225623040932047 0.9819994131433368 1.0 1.0 2 P01130 1 |
| Positive regulation of neurogenesis 0.2682086897234111 0.022366946882614 0.9821552463189612 1.0 1.0 45 P07196,Q9UQB8,P55209,P30536 4 |
| Dense core granule transport 0.3877318116975828 0.0219493447918353 0.9824883627899608 1.0 1.0 2 P33176 1 |
| Anterograde neuronal dense core vesicle transport 0.3877318116975828 0.0219493447918353 0.9824883627899608 1.0 1.0 2 P33176 1 |
| Mechanosensory behavior 0.387161198288167 0.0219111441090112 0.9825188351964824 1.0 1.0 2 Q96SI9 1 |
| Positive regulation of behavior 0.2819634703196267 0.021660177696981 0.9827190299080502 1.0 1.0 3 Q96QK1,Q92769 2 |
| Regulation of long term synaptic depression 0.3814550641940158 0.0215556325514871 0.9828024253944944 1.0 1.0 2 Q06787 1 |
| Long term synaptic depression 0.3814550641940158 0.0215556325514871 0.9828024253944944 1.0 1.0 2 Q06787 1 |
| Late endosome to lysosome transport 0.2870858754404824 0.0214425144066485 0.9828926597597296 1.0 1.0 6 Q9H444 1 |
| Biomineralization 0.3153341882845896 0.0213631474835199 0.9829559708998344 1.0 1.0 16 Q6P4Q7,Q4KMQ2,O75844 3 |
| Negative regulation of neurotransmitter transport 0.3748930099857421 0.0212018670898576 0.9830846248958592 1.0 1.0 2 Q06787 1 |
| Negative regulation of astrocyte differentiation 0.374893009985742 0.0212018670898576 0.9830846248958592 1.0 1.0 2 P01130 1 |
| Negative regulation of neurotransmitter secretion 0.3748930099857421 0.0212018670898576 0.9830846248958592 1.0 1.0 2 Q06787 1 |
| Regulation of fertilization 0.3634807417974399 0.0207074298036099 0.9834790421655408 1.0 1.0 2 P35579 1 |
| Sphingomyelin catabolic process 0.3620542082739021 0.0206550983510516 0.983520787695034 1.0 1.0 2 Q9NXE4 1 |
| Medium chain fatty acyl coa metabolic process 0.3600570613409494 0.0205850234042965 0.9835766875279356 1.0 1.0 2 P51659 1 |
| Phospholipase c activating dopamine receptor signaling pathway 0.356918687589166 0.0204820837154442 0.9836588042032072 1.0 1.0 2 P29992 1 |
| L serine catabolic process 0.3560627674750435 0.0204554680374593 0.9836800359935304 1.0 1.0 2 P34897 1 |
| Negative regulation of tissue remodeling 0.3532097004279678 0.0203710461488128 0.98374738088225 1.0 1.0 2 P11274 1 |
| Double strand break repair via classical nonhomologous end joining 0.3529243937232603 0.0203629570817642 0.9837538336854614 1.0 1.0 2 P12956 1 |
| Cell differentiation involved in kidney development 0.2937142857142856 0.0203053799766367 0.9837997640720988 1.0 1.0 7 P42224,P35222,O95747,P46940,P80723,P46937 6 |
| Epithelial cell differentiation involved in kidney development 0.2937142857142856 0.0203053799766367 0.9837997640720988 1.0 1.0 7 P42224,P35222,O95747,P46940,P80723,P46937 6 |
| Regulation of cd40 signaling pathway 0.3443651925820338 0.020147673772417 0.9839255696805094 1.0 1.0 2 Q9BXW9 1 |
| Regulatory t cell differentiation 0.3443651925820338 0.020147673772417 0.9839255696805094 1.0 1.0 2 Q9BXW9 1 |
| Regulation of histamine secretion by mast cell 0.3355206847360995 0.0199739399146183 0.9840641613532184 1.0 1.0 2 P51809 1 |
| Pronephros development 0.3298145506419484 0.0198837015873714 0.9841361468250782 1.0 1.0 2 P61619 1 |
| Detection of visible light 0.2697687696260309 0.0197899446007891 0.98421093936025 1.0 1.0 4 P29992,Q15555,P30419 3 |
| Cell differentiation involved in embryonic placenta development 0.3212553495007217 0.0197748380361462 0.9842229902966896 1.0 1.0 2 Q13188 1 |
| Negative regulation of transcription by competitive promoter binding 0.3209700427960142 0.0197716914035827 0.9842255004554692 1.0 1.0 2 P35232 1 |
| Glomerular epithelial cell development 0.2932952924393812 0.0195737156690965 0.9843834316733184 1.0 1.0 2 P46940 1 |
| Amyloid beta clearance by cellular catabolic process 0.2927246790299663 0.0195713300978999 0.9843853347191972 1.0 1.0 2 P01130 1 |
| Negative regulation of proteolysis 0.2604662465999261 0.017935898088552 0.985689991081612 1.0 1.0 65 Q92896,P16435,Q15392,Q96HY6,Q96K76,Q96KC8,P46379 7 |
| Fat cell differentiation 0.2749599628571565 0.0179283350765071 0.985696024522019 1.0 1.0 30 O75962,Q8N4Q0,P31751,Q9NZ08,Q9BRK5 5 |
| Immune response to tumor cell 0.2408675799086711 0.0175376190371633 0.9860077218037082 1.0 1.0 3 P09429,P04439 2 |
| T cell mediated immune response to tumor cell 0.2408675799086711 0.0175376190371633 0.9860077218037082 1.0 1.0 3 P09429,P04439 2 |
| Cellular response to purine containing compound 0.2397260273972549 0.0174765364763389 0.9860564511676236 1.0 1.0 3 Q9NVV0,O14757 2 |
| Cellular response to caffeine 0.2397260273972549 0.0174765364763389 0.9860564511676236 1.0 1.0 3 Q9NVV0,O14757 2 |
| Striated muscle contraction 0.2926343364140408 0.0169669318924558 0.98646299650009 1.0 1.0 22 P10253,P78417 2 |
| Positive regulation of transmembrane transport 0.2745201597966688 0.0134773985330478 0.9892469173238216 1.0 1.0 32 P08183,Q16625,P78417,P31751 4 |
| Cellular response to uv 0.2731373037171992 0.0113341817897495 0.9909568249609596 1.0 1.0 28 P27544 1 |
| Learning 0.3047547536620281 0.0101748406174614 0.9918817918390784 1.0 1.0 19 P50897,O00264 2 |
| Neuroepithelial cell differentiation 0.2483903644863522 0.0094533304326954 0.9924574459403824 1.0 1.0 4 P07437 1 |
| Maintenance of protein location 0.2735977468296439 0.0077143840442797 0.9938448731253916 1.0 1.0 33 Q9UH99,P24390,Q96RL7,O15258,P30536 5 |
| Positive regulation of reproductive process 0.2979118114436232 0.0069756126513535 0.994434311500346 1.0 1.0 9 Q07021 1 |
| Response to cold 0.3104142777060051 0.0066856537831452 0.9946656598066111 1.0 1.0 13 P00403,Q14011 2 |
| Protein localization to adherens junction 0.2677566218443987 0.0043328685387728 0.9965428819061064 1.0 1.0 5 P18206,Q07157 2 |
| Dna damage response signal transduction resulting in transcription 0.2303739651727087 0.0037075512640526 0.9970418088652132 1.0 1.0 4 Q9UNS2,P04637,P61254 3 |
| Leukocyte chemotaxis 0.2725247849143284 0.0035823293260152 0.9971417208524848 1.0 1.0 30 Q07021,P55011,P35613,P04083,Q00013,Q4KMQ2 6 |
| Positive regulation of chemotaxis 0.3027416581437484 0.0027395356196779 0.9978141695594196 1.0 1.0 19 Q07021,Q4KMQ2,P04792 3 |
| Regulation of intrinsic apoptotic signaling pathway by p53 class mediator 0.2992355892148527 0.00052674610164 0.9995797174374736 1.0 1.0 10 P62081,Q8N2F6,P61978,O60341 4 |
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