msigdb_gobp/result.tsv

Term	es	nes	pval	sidak	fdr	geneset_size	leading_edge	leading_edge_size
Protein modification by small protein conjugation	0.4255569663162224	3.0689610490655186	0.0021480459567089	0.999998413075554	0.1643699647490268	132	Q9NT62,Q9UBT2,Q7Z6E9,Q16763,Q9UPN9,P48506,Q15386,P19474,Q9UJX4,Q9BUN8,Q9ULT8,O75340,Q86WB0,P30260,Q13155,Q9Y3C8,Q6DKJ4,Q9Y4X5,Q13526,Q9UBV2,P61081,Q6PD62,Q8TBC4,A0AVT1,Q5VTR2,Q14258,P61927,P31689,Q99816,P63208,P45974,Q9Y314,Q9UBV8,Q9NW82,Q9UIQ6,P60953,O60678,O75592,Q93034,Q5T4S7,Q7Z6Z7,Q13867,Q96T88,Q04323,Q12899,Q9UJX2,Q00535,P46777,Q13263,P55786,Q5TAQ9,Q9NVI1,Q96J02,Q14139	54
Cytoplasmic translational initiation	0.7463085194660212	3.014708962555695	0.0025722595173365	0.99999988682281	0.1643699647490268	19	Q9Y5A9,Q7L2H7,P56537,Q9NR50,P23588,Q04637,P55010	7
Translational initiation	0.4874267688394968	2.72188994859884	0.0064909754472364	1.0	0.1717796545215014	61	Q92499,P04792,P60228,Q7L2H7,Q92905,P78344,O75822,Q04637,Q6PKG0,P56537,P23588,Q9Y262,P55010,Q7Z478,P55884,P05198,P60842,O15372,Q9Y5A9,Q9UI10,Q9Y6E2,Q9NR50,Q07666	23
Cell cell adhesion	0.451950101399808	2.629459759699107	0.0085520652568251	1.0	0.1806405620574296	73	Q9NYL9,Q9UQB8,Q9Y624,P04792,P04083,P61586,Q5JRA6,Q06124,Q13630,Q8WX93,P31949,P35241,Q9UDY2,O00151,P41440,P35613,Q9Y490,Q9Y5K6,Q9NUQ9,Q9Y5A9,P17931,Q96J02	22
Nucleoside triphosphate metabolic process	0.5266084346834345	2.6164007165746286	0.0088862202852746	1.0	0.1864304999039037	42	Q9H773,Q9BZX2,Q9NRF8,P55263,P61586,O00178	6
Response to increased oxygen levels	0.8773740735855277	2.6108765891160006	0.0090310477514696	1.0	0.1875679148382164	8	Q15904,Q8N511	2
Protein modification by small protein conjugation or removal	0.3982474622645972	2.56511289570717	0.0103142239444133	1.0	0.2088513601619205	160	Q9NT62,Q9UBT2,Q15018,Q9UNS2,Q7Z6E9,Q16763,Q9UPN9,P48506,Q15386,Q92905,Q9NXR7,P19474,Q9UJX4,P68036,Q9BUN8,Q9ULT8,Q9H4L4,O75340,O94874,Q8TEY7,Q86WB0,P30260,Q13155,Q9Y3C8,Q6DKJ4,Q86VP6,Q9Y4X5,Q13526,Q96MG7,Q9Y5K5,Q9UBV2,P61081,P61201,Q6PD62,Q8TBC4,A0AVT1,Q5VTR2,P61927,Q14258,Q15020,P31689,Q9H8M7,Q99816,P63208,Q9UBW8,P45974,Q9Y314,Q9UBV8,Q9NW82,Q9UIQ6,P60953,O60678,O75592,Q93034,Q5T4S7,Q99627,Q7Z6Z7,Q13867,Q96FW1,Q86UV5,Q96T88,Q04323,Q12899,Q9UJX2,Q00535,P46777,Q13263,P55786,Q5TAQ9,Q9NVI1,Q96J02,Q14139	72
Long chain fatty acid transport	0.794908824404741	2.5199604126942963	0.0117368033452569	1.0	0.2132551479353632	10	O43772,P04083	2
Cellular response to increased oxygen levels	0.9185768459579822	2.5096006506222084	0.012086776497675	1.0	0.2153706133263397	6	Q15904	1
Deoxyribose phosphate metabolic process	0.7615951996090783	2.4778470438457103	0.0132177795294032	1.0	0.2153706133263397	11	Q9H773,P34896	2
Cell chemotaxis	0.586422608025218	2.467561892519103	0.0136036701685329	1.0	0.2166122865297165	27	P14174,P04792,P04083	3
Negative regulation of protein modification process	0.4041253425191912	2.4470870464605916	0.0144016052707938	1.0	0.2249553162478914	100	P04792,P48506,P19474,Q12824,Q9H7B4,Q04637,P23381,Q01105,Q13363,O43768,Q15257,O75718,P61927,P61964,Q99816,O60678,Q96B36,P11413,Q13148,O95684,Q04323,P17931,P0DP25,Q00535,P46777	25
Actin cytoskeleton reorganization	0.6213711410900526	2.4295491035686556	0.0151176169548468	1.0	0.2284194678579044	21	P35579,P15311,Q9UQB8,Q9Y624,P62993,Q14247,P52565,P04083,O14786,Q00535,Q9Y5K6,P61586,P11233	13
Cell projection assembly	0.4346244719939611	2.4139989699665914	0.0157785069664928	1.0	0.2312676195885533	69	Q9NT62,Q14203,O14786,O15144,P11233,A6NIH7,Q15555,P35241,Q8NCA5,Q9NQW6,Q9NR77,Q8TC07,P35609,P15311,P18085,P51116,Q9H4M9,Q9H223,Q9UBB4,P50570,O14745,Q9P258,Q9Y5K6,P27695,P20339,O00471,Q15691	27
Positive regulation of alpha beta t cell differentiation	0.8944410708257469	2.413960959721227	0.0157801530761996	1.0	0.2312676195885533	6	P04083	1
Positive regulation of alpha beta t cell activation	0.8304561315325624	2.412407800051439	0.0158475450776576	1.0	0.2312676195885533	8	P04083	1
Response to wounding	0.4654218833866782	2.403692778661123	0.0162304069003451	1.0	0.2312676195885533	58	O43633,Q9Y624,P04792,Q99439,Q13247,Q99707,P11047,P04179,P04083,P38435,Q13310,Q00535,Q9Y490,P61586,Q96AY3,Q92766,Q5JRA6,Q96G23	18
Pyrimidine containing compound metabolic process	0.6221504758320912	2.39933409942566	0.0164249207534878	1.0	0.2312676195885533	20	Q9H773,P34896,Q9NRF8	3
Regulation of alpha beta t cell activation	0.7403415804345228	2.376184353436438	0.0174927206591508	1.0	0.2312676195885533	11	P61586,P04083	2
Negative regulation of cell differentiation	0.4390261808978581	2.3723774676761025	0.0176740243136137	1.0	0.2312676195885533	65	Q96T37,Q8N4Q0,P04179,P04083,Q99873,P61586,Q06124,O60271,Q8WX92,Q6PD62,Q9UPY3,Q13247,Q92688,Q9NYV4,Q9P258,Q96G23,P11413,Q9Y5A9,Q8N0X7,P40763,Q00535,O14744,O15347	23
Nadp metabolic process	0.7057112741097327	2.372053017196865	0.0176895522229569	1.0	0.2312676195885533	14	P48735	1
Wound healing	0.4944217616641677	2.3682741997626	0.017871285485363	1.0	0.2326639053754818	44	O43633,P04792,Q99439,Q13247,P04083,P61586,Q96AY3,Q5JRA6	8
Alpha beta t cell differentiation	0.7604727053462004	2.361270335629487	0.0182124488333754	1.0	0.2356235567817951	10	P61586,P04083	2
Positive regulation of ion transport	0.5585845418528909	2.3600986667406563	0.0182700750528888	1.0	0.23577987218141	30	P28161,P14174,P11413,P55011,P27695,P30626,P17931,Q07812,Q15042,Q00535,P50570,P54652,P0DP25,O14745,P35609	15
Regulation of alpha beta t cell differentiation	0.8535489344999161	2.3594820391154125	0.0183004667297004	1.0	0.23577987218141	7	P04083	1
Vasculature development	0.4256024024245177	2.333703851595415	0.0196112342773908	1.0	0.2468004608971943	73	O75340,Q9H2J4,P04792,Q96T37,Q9BXJ9,P04179,P04083,Q92688,P35613,P40763,P61586,Q96AY3,Q5JRA6	13
Alpha beta t cell activation	0.6855081873822959	2.3306249121223352	0.0197731466920014	1.0	0.2475629858010668	15	P61586,Q96J02,P04083	3
Fatty acid transport	0.7195079815323104	2.326202682260345	0.0200077406511269	1.0	0.2489941271412796	12	O43772,P04083	2
Blood vessel morphogenesis	0.4458282856258971	2.2675413644706452	0.023357175000674	1.0	0.2805773350572483	60	O75340,Q9H2J4,P04792,Q96T37,Q9BXJ9,P04083,P35613,P40763,P61586,Q96AY3,Q5JRA6	11
Pyrimidine nucleotide metabolic process	0.6854517595452861	2.266854062296402	0.0233991422709203	1.0	0.2805773350572483	14	Q9H773,P34896,Q9NRF8	3
Enzyme linked receptor protein signaling pathway	0.4045521216701508	2.2618937494597287	0.023703968653034	1.0	0.2819954891481635	90	P04792,Q9UQB8,P16949,P43490,Q9UQ13,Q06124,O75340,P62993,Q9Y5X3,O00400,Q13526,Q9H1E3,Q9Y2U8,P53999,Q99816,O14745,Q9UIQ6,Q6Y7W6,Q93034,Q96B36,P27695,Q15942,P49354,P40763,Q8N0X7,P11802	26
Transmembrane receptor protein tyrosine kinase signaling pathway	0.4561503169056419	2.2555624868450295	0.0240980447786423	1.0	0.2839636775623694	56	O75340,Q96B36,Q9H1E3,P11802,Q9UQB8,P04792,P62993,Q99816,P27695,P16949,Q9Y5X3,P43490,P40763,O14745,Q9UQ13,Q6Y7W6,Q93034,Q06124	18
Positive regulation of lymphocyte differentiation	0.7597228100213769	2.2548126915020195	0.0241450883162586	1.0	0.2839791637196325	9	P04083	1
Cilium organization	0.515026768915128	2.252837011969758	0.024269427572211	1.0	0.2849019758476951	36	Q9NT62,P18085,A6NIH7,Q15555,P27695,Q9H4M9,Q14203,Q9BW83,O00471,Q15691,Q9H223,Q9UBB4,O14745,Q8TC07	14
Sprouting angiogenesis	0.7112674794458993	2.2351202298088233	0.0254094566090441	1.0	0.2941481408946985	11	P61586,P04083	2
Regulation of fatty acid biosynthetic process	0.8227150811730843	2.2310426703869335	0.0256783026655953	1.0	0.2958483479653934	7	P02656	1
2 oxoglutarate metabolic process	0.754188214204875	2.229582191048102	0.0257751932364684	1.0	0.2964147222193876	9	P48735	1
Protein polyubiquitination	0.5001440791800631	2.2223659417677437	0.0262585850645895	1.0	0.2980685154259689	38	P30260,Q7Z6Z7,P63208,Q16763,Q13867,Q15386,Q9Y4X5,P19474,Q9UJX4,Q9UJX2,Q9UIQ6,Q5VTR2,Q9ULT8,P55786,Q96J02,Q14139	16
Protein monoubiquitination	0.6242451038523353	2.2222967187198366	0.0262632597611176	1.0	0.2980685154259689	18	O75340,Q99816,P63208,Q96T88,Q9UBV8,P19474,Q5VTR2,Q6PD62,Q14258	9
Regulation of lymphocyte differentiation	0.6747916077894311	2.210998242226394	0.0270359587827504	1.0	0.3018580388612118	14	Q9BXW9,P61586,P04083	3
Chaperone mediated protein folding	0.514969519137994	2.210772908155173	0.0270515668077386	1.0	0.3018580388612118	35	Q9H2J4,P04792,Q13451,O00273,O14737,P25685,P54652,O75718,Q02790	9
Deoxyribonucleoside triphosphate metabolic process	0.8141067198962292	2.1948430162580848	0.0281748606025593	1.0	0.3058844131851287	7	Q9H773	1
Positive regulation of cell differentiation	0.3937620280598025	2.1903046647553452	0.0285021487644128	1.0	0.3074188785023309	94	Q8WUJ1,Q9UQB8,Q9Y624,P78344,P04083,P04179,O14786,Q99873,Q04637,P61586,O60271,Q86X55,Q9UPY3,Q15014,Q96A49,Q9H3U1,P50570,Q92766,Q99829,P27695,P40763,P17931,O14744,Q15418	24
Negative regulation of nf kappab transcription factor activity	0.7220219164756739	2.1805127420556474	0.0292194753620786	1.0	0.3123114320112025	10	P19474	1
Negative regulation of developmental process	0.4030504581266707	2.175143129823135	0.0296193922957124	1.0	0.3157465490565722	85	Q96T37,Q8N4Q0,P04179,P04083,Q99873,P61586,Q06124,P14174,O60271,P26196,Q8WX92,Q6PD62,Q9UPY3,P16989,Q13247,Q92688,Q9NYV4,Q9P258,Q96G23,P11413,Q9Y5A9,Q8N0X7,P40763,Q00535,O14744,O15347	26
Regulation of t cell differentiation	0.6979861441504798	2.169915811520324	0.0300132242887884	1.0	0.3182059057396648	11	P61586,P04083	2
Smad protein signal transduction	0.7733758733175714	2.1644693583123287	0.0304283457913732	1.0	0.3182059057396648	8	P53999,O00400	2
Tricarboxylic acid metabolic process	0.7727149976271511	2.161557095225298	0.0306523315760998	1.0	0.3182059057396648	8	P48735	1
Pyrimidine nucleoside triphosphate metabolic process	0.6955830585087375	2.15806694261284	0.0309226274725264	1.0	0.3182059057396648	11	Q9H773,Q9NRF8	2
Positive regulation of calcium ion transport	0.6853608230981922	2.155551860475289	0.031118674967983	1.0	0.3182059057396648	12	P11413,P27695,P30626,P17931,P0DP25,Q00535,P54652,P28161	8
Regulation of lipid transport	0.7153043328473906	2.1485484228980747	0.0316702139679379	1.0	0.3182059057396648	10	P02656	1
Cellular response to vascular endothelial growth factor stimulus	0.8288185047945595	2.148372539232448	0.0316841724899461	1.0	0.3182059057396648	6	P04792	1
Positive regulation of calcium ion transmembrane transport	0.7151837291009426	2.147973514230196	0.0317158595713826	1.0	0.3182059057396648	10	P11413,P27695,P30626,P0DP25,Q00535,P54652,P28161	7
Cell migration involved in sprouting angiogenesis	0.7989096130927311	2.130575107167326	0.0331241621315023	1.0	0.3258323537135132	7	P61586,P04083	2
Pyrimidine deoxyribonucleotide metabolic process	0.8687318441470138	2.1301359131417126	0.033160394129942	1.0	0.3258323537135132	5	Q9H773	1
Skeletal muscle organ development	0.5778814059482296	2.1241503907131594	0.0336575699958241	1.0	0.3286375938271508	20	P16989,Q9Y281,P41440,P80723,P61586	5
Isocitrate metabolic process	0.8663305581196388	2.120591310821853	0.0339562099902175	1.0	0.3305142069580735	5	P48735	1
Negative regulation of immune system process	0.4972738208405922	2.1104369270333105	0.0348207385809078	1.0	0.3368462826722175	36	P14174,Q9Y5A9,P04083,P19474,P28070,Q5JRA6,Q96J02	7
Cell projection organization	0.370566063648552	2.09337172372651	0.0363159845490901	1.0	0.3431594472031088	178	Q9NT62,Q9UQB8,Q15428,Q14203,O60828,P78344,O60749,P00374,P16949,O14786,O15144,Q99873,P61586,P08670,P11233,P33176,Q06124,P35579,Q8TEY7,Q8WX93,A6NIH7,Q15555,Q04917,O60271,Q14247,Q99707,P35241,Q9BUP0,Q9BW83,Q86X55,Q9NQW6,Q8NCA5,Q9Y296,Q9UPY3,Q9NR77,Q8TC07,A0AVT1,P35609,O95372,Q02790,P55145,P15311,P18085,P61964,Q9Y5Y2,P41440,Q9H4M9,P51116,P35613,Q9H223,Q9UBB4,O14745,P50570,Q9P258,O60678,O75592,Q96G23,Q92766,Q9Y5K6,Q99829,P27695,P20339,O95684,P11047,O00471,Q15691,Q8N0X7,Q00535,O75312	69
Protein peptidyl prolyl isomerization	0.5729960740908273	2.0932867878763854	0.0363235613512267	1.0	0.3431594472031088	20	Q9H2H8,Q13526,Q15257,Q96AY3,Q9Y3C6,Q02790	6
Positive regulation of g1 s transition of mitotic cell cycle	0.6681968443322149	2.068543188263854	0.038588973842192	1.0	0.3571349143964422	12	P27695,P04083,O43660,Q7L2J0,Q04637	5
Proteasomal protein catabolic process	0.3543464355069707	2.065238648129301	0.0389004253654441	1.0	0.3594816094038811	123	Q92530,Q16763,P48506,P48556,Q9UJX4,Q13200,Q9BUN8,Q9ULT8,P25789,Q9NXV2,P30260,P25787,P49721,Q9Y4X5,Q99460,P28072,P28074,Q9UBV2,Q9UL46,P28070,Q9NRR5,P54727,Q14258,Q99436,Q9UNZ2,P63208,P46379,P45974,P51665,O15372,Q9Y5K6,P20618,Q93034,Q04323,Q5VYK3,Q9UJX2,P60900,Q15008,Q5TDH0,Q06323,Q96J02,Q14139	42
Negative regulation of cell projection organization	0.5636474347375804	2.064542254673889	0.0389663318762745	1.0	0.3595556031971245	21	Q9NR77,Q86X55,Q8N0X7,O14786,Q00535,P50570,P61586,P08670,Q96G23,Q02790	10
Negative regulation of neuron projection development	0.6454001824476511	2.0552215529680677	0.0398576102909586	1.0	0.3659907089511148	14	Q86X55,Q8N0X7,O14786,Q00535,P61586,Q9NR77,Q96G23,Q02790	8
Regulation of leukocyte migration	0.5669235430141363	2.0547881610585046	0.0398994702028832	1.0	0.3659907089511148	20	P61586,Q5JRA6,P04083	3
Positive regulation of ion transmembrane transport	0.5565373576908992	2.051325093418624	0.0402352983536136	1.0	0.3679840983445369	22	P50570,P11413,P27695,P30626,P0DP25,Q00535,O14745,P54652,P28161,P35609	10
N terminal protein amino acid acetylation	0.8472917003818504	2.0445764713686576	0.0408966311104044	1.0	0.3695266749975889	5	Q5VZE5,P41227,Q86UY6	3
Regulation of protein modification by small protein conjugation or removal	0.4019540502017832	2.0438567871828557	0.0409676972073733	1.0	0.3695266749975889	68	Q9UBT2,Q16763,P48506,P19474,P68036,Q9BUN8,O75340,O94874,Q13155,Q6DKJ4,Q13526,Q96MG7,Q5VTR2,Q6PD62,P61927,P31689,P63208,Q9UBV8,Q9NW82,O60678,O75592,Q7Z6Z7,Q96FW1,Q04323,Q00535,P46777,Q9NVI1,Q96J02	28
Peptidyl proline modification	0.5184816458505248	2.0388120171371065	0.0414687924991277	1.0	0.3696146726200064	29	Q9H2H8,Q13451,Q13526,Q15257,O75718,Q96AY3,Q9Y3C6,O15460,Q02790	9
Regulation of fatty acid metabolic process	0.692302574722208	2.0382428829992185	0.0415256488403577	1.0	0.3696146726200064	10	P02656	1
Positive regulation of hemopoiesis	0.6492653325339367	2.021250860566929	0.0432538031451095	1.0	0.3788520698605502	13	P04083	1
Negative regulation of ion transmembrane transporter activity	0.6885471519835341	2.020109146947743	0.0433720672811008	1.0	0.3793458596121603	10	Q9Y376,P30626,P0DP25,O14745,P28161	5
Non motile cilium assembly	0.7078200221590663	2.0153612160567578	0.0438668150629164	1.0	0.3823331382225048	9	Q15555,P27695,Q14203,O00471,Q15691	5
Cellular aldehyde metabolic process	0.6028200022064141	2.015068154085666	0.0438975084625838	1.0	0.3823331382225048	17	P48735	1
Response to peptide hormone	0.3982453800073008	2.0041078325456363	0.0450585105758818	1.0	0.3897121875713457	69	Q9UQB8,P48506,P04083,P43490,Q06124,O60343,P07741,P62993,P56537,Q9Y5X3,P35609,Q9H1E3,Q13247,P09960,P35613,Q96A49,P27695,Q9UI10,Q9NR50,P40763,P11802	21
Modified amino acid transport	0.9067103109656256	2.002908794066071	0.0451870790062614	1.0	0.3899639951995856	4	O43772,P41440,O14745	3
Positive regulation of neuron differentiation	0.7361254657011382	1.9988560464814027	0.0456239315977888	1.0	0.3924163645737797	8	Q8WUJ1,Q99829,P61586	3
Benzene containing compound metabolic process	0.792489530553716	1.9978841790853432	0.0457292182427564	1.0	0.3927779326245055	6	P34913	1
Regulation of actin cytoskeleton reorganization	0.7039388979540355	1.9972034424813268	0.0458030872624075	1.0	0.3928690219607057	9	Q9Y624,Q9UQB8,P52565,O14786,Q00535,Q9Y5K6	6
Odontogenesis	0.7032558465505672	1.9940042391100457	0.0461515912547234	1.0	0.3941156813831491	9	P61586,P35613	2
Response to estradiol	0.6435400683152922	1.991225078426773	0.0464561479504774	1.0	0.3941156813831491	13	P04083,O95831,O15143,P40763,O75592	5
Cellular ketone metabolic process	0.5150999279207064	1.9886705743544255	0.0467375759552604	1.0	0.3952180085389472	28	P02656,Q06136,P04083	3
Regulation of protein deacetylation	0.733420530083015	1.9867155338012368	0.0469539294228487	1.0	0.3952180085389472	8	Q13363,P61964,Q9ULX6	3
Regulation of response to wounding	0.6426336546694043	1.986463070587191	0.0469819294555629	1.0	0.3952180085389472	13	Q13247,P04083	2
Regulation of cell differentiation	0.362774562990232	1.9852908280433004	0.0471121239032572	1.0	0.3952180085389472	169	Q8WUJ1,Q9UQB8,Q96T37,Q9Y624,Q8N4Q0,P04179,P04083,Q08J23,Q99873,P61586,Q04637,Q06124,O60271,P26196,P56537,Q8WX92,Q6PD62,Q9UPY3,O15047,Q15014,Q13247,Q92688,Q96A49,Q9C0B1,Q9H3U1,Q9NYV4,Q9P258,Q92766,Q96G23,Q99829,P11413,Q9Y5A9,P27695,Q9BXW9,Q8N0X7,P40763,P17931,Q00535,O14744,O15347,Q96J02	41
Viral gene expression	0.4997462741727806	1.9848706566642331	0.0471588638208309	1.0	0.3952180085389472	32	Q9H1E3,P61009,Q13148,P55884,P56537,P19474,Q99873,Q12824,O14646	9
Positive regulation of neuron death	0.6195669860944797	1.973116737401023	0.0484822637752926	1.0	0.4046705081244183	15	Q13155,O95831,Q07812,Q00535,P61081,P05198,P78362,P61586,P17655	9
Stress granule assembly	0.6298673979161392	1.9718641658373333	0.0486251149730652	1.0	0.4053180724600468	14	Q8N543,Q9Y5A9,Q9Y520,Q8WWM7,P26196,P05198,Q14011,Q14157,O75534	9
Formation of translation preinitiation complex	0.7611483355751617	1.9689150187278537	0.0489628505968757	1.0	0.4057173565545072	7	P23588,P55010	2
Myeloid leukocyte migration	0.5531669448295221	1.9670294890835776	0.0491798111850376	1.0	0.4066159958916253	20	P14174,P04083	2
Blood vessel endothelial cell migration	0.567294792891284	1.9661350935045296	0.049283007582918	1.0	0.4066159958916253	19	P61586,P04792,P04083	3
Dendritic spine development	0.606422020104207	1.9613415569976496	0.0498391926010715	1.0	0.4100129713180167	16	P18085,Q9UQB8,Q96HC4,P78344,Q00535,P60953,A0AVT1,O60678	8
Small gtpase mediated signal transduction	0.4042719104492304	1.9576967022939915	0.0502656124370215	1.0	0.4128961021612484	64	P02656,Q9Y624,Q9Y2I1,P16949,Q8N6T3,O14786,Q9UQ13,P61586,Q15555,P62993,P35241,Q15392,Q02818,P41440,P52565,P50570,Q92766,Q9Y5K6,Q9NUQ9,P80303,Q13263	21
Regulation of lipid catabolic process	0.8247733651085765	1.9539042329528116	0.0507125438896236	1.0	0.4160170377206907	5	P02656	1
Negative regulation of leukocyte cell cell adhesion	0.6456075453469935	1.952804409406533	0.0508427758629737	1.0	0.4165351426240985	12	Q5JRA6,P04083	2
Positive regulation of vasculature development	0.6151096885577199	1.9484681649152735	0.0513589704548529	1.0	0.4196568506903115	15	O75340,Q9H2J4,P04792	3
Monocarboxylic acid transport	0.7560516170933282	1.9468846290939377	0.0515485678313796	1.0	0.4206525706082358	7	O95563,P14174,P04083	3
Positive regulation of cation channel activity	0.7510996483767325	1.9254329849269312	0.0541752123401204	1.0	0.429804123113342	7	P28161,P0DP25,Q00535,P27695	4
Cellular response to corticosteroid stimulus	0.648426760935791	1.922450646910077	0.0545490779624708	1.0	0.431528374709483	11	Q9H7B4,P04083	2
Glyoxylate metabolic process	0.9975470155355683	1.9195633405162775	0.0549130783563431	1.0	0.433303960092619	2	P48735	1
Regulation of tube size	0.6868046873228266	1.916633905620507	0.0552844574127799	1.0	0.4336883348056639	9	Q9HB40,P04179,P61586	3
Response to zinc ion	0.8837135463432447	1.9143531221754964	0.0555750510350554	1.0	0.4344775944807355	4	P09960,P04179	2
Positive regulation of histone h3 k4 methylation	0.6464551857793405	1.9124740044877948	0.0558154238076105	1.0	0.4354444495543483	11	Q6PD62,P61964	2
Dna catabolic process endonucleolytic	0.7711913794972821	1.9085504407828644	0.0563201103351334	1.0	0.4388304707417546	6	O95831,O00273,P27695,Q9UPY3	4
Fatty acid biosynthetic process	0.5129607044878892	1.9059767286433809	0.0566532249876388	1.0	0.4403210602919111	26	P02656,P14174,P04083	3
Regulation of oxidative stress induced intrinsic apoptotic signaling pathway	0.7139942024960221	1.8990813529158828	0.0575537804407013	1.0	0.4431866843149862	8	P04792	1
Insulin receptor signaling pathway	0.5540026846723423	1.8833709868359036	0.0596501093729635	1.0	0.4509100136417803	19	Q9H1E3,Q9UQB8,P62993,Q9Y5X3,P43490,Q06124	6
Developmental pigmentation	0.7649020264615478	1.8820183253203924	0.0598335275526689	1.0	0.4509100136417803	6	Q96AX1,Q9BXS5,P04179,O43747	4
Regulation of translational initiation	0.4594425153001581	1.8811057744291495	0.0599575316634926	1.0	0.4509100136417803	38	Q92499,Q9Y5A9,P04792,Q07666,P60228,Q6PKG0,Q7Z478,P55884,P78344,Q9Y6E2,P23588,Q13217,P05198,Q04637,O15372,O75534,P55010	17
Regulation of small gtpase mediated signal transduction	0.5032702324684658	1.8796978098676704	0.0601492742493556	1.0	0.4509100136417803	27	P02656,Q9NUQ9,Q15555,Q9Y624,P41440,P35241,P52565,P16949,Q8N6T3,Q9UQ13,Q9Y5K6	11
Granulocyte chemotaxis	0.6303919354900113	1.8740819067838703	0.0609191367133461	1.0	0.4509100136417803	12	P04083	1
Arachidonic acid secretion	0.986099754701554	1.8738368141577009	0.0609529205680332	1.0	0.4509100136417803	2	P04083	1
Icosanoid transport	0.986099754701554	1.8738368141577009	0.0609529205680332	1.0	0.4509100136417803	2	P04083	1
Regulation of ras protein signal transduction	0.5342773281431841	1.8735092547987775	0.0609980959650919	1.0	0.4509100136417803	21	P02656,Q15555,Q9Y624,P41440,P35241,P52565,P16949,Q8N6T3,Q9UQ13	9
Copii coated vesicle cargo loading	0.7390968438143956	1.873248229923255	0.0610341151031388	1.0	0.4509100136417803	7	Q5JRA6	1
Lipoprotein localization	0.9856909239574818	1.8722014643988505	0.0611787365794742	1.0	0.4509100136417803	2	Q5JRA6	1
Regulation of muscle organ development	0.8042325319944602	1.8704939631388455	0.0614152545399231	1.0	0.4509100136417803	5	P16989	1
Cellular response to osmotic stress	0.676830687670334	1.8694334671669095	0.0615625320443089	1.0	0.4509100136417803	9	P35237,P16989	2
Response to fungus	0.803105956590887	1.8659004944433664	0.0620552884237999	1.0	0.4509100136417803	5	P81605	1
Defense response to fungus	0.803105956590887	1.8659004944433664	0.0620552884237999	1.0	0.4509100136417803	5	P81605	1
Endothelial cell migration	0.5009219879901169	1.862608437343308	0.0625173764080864	1.0	0.4509100136417803	27	O75340,P04792,P04083,P61586,Q5JRA6	5
Positive regulation of calcium ion transmembrane transporter activity	0.7359034449950437	1.8593197423615169	0.0629818302531379	1.0	0.4521585732624125	7	P54652,P28161,P0DP25,P27695	4
Negative regulation of cell adhesion	0.5116214497784493	1.855927791809823	0.0634638510263576	1.0	0.4548239706446813	25	Q9Y5A9,P35241,P52565,P04083,P17931,P61586,Q9P258,Q5JRA6,Q96J02,Q06124	10
Regulation of small molecule metabolic process	0.4456790208738229	1.8521396354227735	0.0640057742499158	1.0	0.4568688024045715	40	P02656,P34913,P04083	3
Rna mediated gene silencing by inhibition of translation	0.797681977879889	1.843758164403693	0.0652183921616489	1.0	0.4598594313445584	5	Q04637,P40763,P56537	3
Granulocyte migration	0.6061221017001341	1.8431071438727165	0.0653133685098068	1.0	0.4598594313445584	14	P04083	1
Positive regulation of release of sequestered calcium ion into cytosol	0.7542638075016213	1.8369866869729743	0.0662118607548643	1.0	0.4603252224076358	6	P30626,P0DP25,P27695,P28161	4
Positive regulation of calcium ion transport into cytosol	0.7542638075016213	1.8369866869729743	0.0662118607548643	1.0	0.4603252224076358	6	P30626,P0DP25,P27695,P28161	4
Proton transporting two sector atpase complex assembly	0.9742436631234672	1.826351119710803	0.0677973896626329	1.0	0.4657320683683081	2	Q8N511	1
Homotypic cell cell adhesion	0.5926389072351635	1.8233269972268216	0.0682538797480063	1.0	0.4673084317572092	15	P04792	1
Cellular response to acid chemical	0.6277645019147344	1.8174158854663056	0.0691534571786192	1.0	0.4673084317572092	11	Q9UQB8,Q99729,P48506,P17655,O00410,Q6IAA8	6
Secondary alcohol metabolic process	0.4701093315270579	1.8169101074751577	0.0692308787788458	1.0	0.4673084317572092	34	P48735,P34913,O75874,Q15392,P22570,Q9BQE5	6
Negative regulation of lipase activity	0.8583373931712502	1.815833456762863	0.0693959233956302	1.0	0.4676178884077919	4	P02656	1
Leukocyte homeostasis	0.7490380065127762	1.8147964492744253	0.0695551962808436	1.0	0.4676178884077919	6	P04083	1
Rho protein signal transduction	0.5430457018676682	1.81467786135676	0.0695734291832046	1.0	0.4676178884077919	19	P61586,P02656	2
Nucleobase biosynthetic process	0.5908551778302763	1.8133322392677875	0.069780593724642	1.0	0.4676178884077919	15	P07741,Q05682,P34896,Q9NRF8,P11172,P17812	6
Negative regulation of immune response	0.5293443763884724	1.813331093270201	0.0697807703716741	1.0	0.4676178884077919	20	P19474,P04083	2
Regulation of lipase activity	0.6266683221671152	1.8118145279929103	0.0700148595485119	1.0	0.4676178884077919	11	P02656,P04083	2
Negative regulation of phagocytosis	0.7475635084487726	1.8085271701408177	0.070524492038329	1.0	0.4689048132312881	6	Q99439	1
Response to ionizing radiation	0.4765700446629513	1.805175591539756	0.0710472091849607	1.0	0.4709200597011882	32	Q9H1E3,P62993,P29692,P04179,P04083,Q9BXW9,Q9NXR7,Q92547,P43246	9
Regulation of cellular ketone metabolic process	0.6163961519292155	1.8011493444608184	0.0716793440087548	1.0	0.4735411981854975	12	P02656	1
Positive regulation of viral life cycle	0.7222343791943351	1.7994935908855982	0.0719406368372113	1.0	0.4737554133182208	7	Q99816,P19474,O60684	3
Ras protein signal transduction	0.427108895143725	1.7976922622070128	0.0722257883087473	1.0	0.4746416299666239	47	P02656,Q15555,Q9Y624,P41440,P62993,Q9Y2I1,P35241,Q15392,P52565,P16949,Q8N6T3,O14786,Q13263,P50570,Q9UQ13,P61586,Q92766	17
Positive regulation of protein kinase a signaling	0.9652493867538844	1.79024736839182	0.0734141532041383	1.0	0.4770825722462548	2	P14174	1
Negative regulation of mrna metabolic process	0.4322270085097102	1.7887188672538703	0.0736601028523875	1.0	0.47748354771746	42	Q99729,Q9Y2W1,P67809,P98175,Q8WXF0,Q14011,O00267,Q6PKG0,Q12872,Q5VTR2,Q6PD62,P16989,P61978,P38159,Q13247,P35637,Q13148,O00422,Q92804	19
Positive regulation of phosphoprotein phosphatase activity	0.7837999594468812	1.7868896537576109	0.0739553250504525	1.0	0.4788973603371328	5	Q15257	1
Protein kinase a signaling	0.7422650019780419	1.7859697295929624	0.0741041594744764	1.0	0.4793612816005196	6	P14174,P35241,Q02952	3
Neuron projection regeneration	0.7187100150261678	1.784015058288535	0.0744212183233352	1.0	0.4797544742885926	7	Q99707,P11047,Q96G23	3
Negative regulation of lymphocyte differentiation	0.7830210498546621	1.783690544277297	0.074473963480548	1.0	0.4797544742885926	5	P04083	1
Tubulin deacetylation	0.8495333144919875	1.7814664520807586	0.07483628071085	1.0	0.4804701727522755	4	P61964	1
Response to axon injury	0.6206671860225357	1.781099076947858	0.0748962665189449	1.0	0.4804701727522755	11	Q99707,P11047,P04179,P00374,Q96G23	5
Leukocyte chemotaxis	0.515767183278119	1.7805901078787405	0.0749794369747602	1.0	0.4804701727522755	22	P14174,P04083	2
Negative regulation of glial cell proliferation	0.9623875715453803	1.778746100478214	0.0752813974376753	1.0	0.4804701727522755	2	Q9UPY3	1
Negative regulation of schwann cell proliferation	0.9623875715453803	1.778746100478214	0.0752813974376753	1.0	0.4804701727522755	2	Q9UPY3	1
Schwann cell proliferation	0.9623875715453803	1.778746100478214	0.0752813974376753	1.0	0.4804701727522755	2	Q9UPY3	1
Negative regulation of alpha beta t cell activation	0.7804801364026146	1.7732486108124437	0.0761875202932329	1.0	0.483786661318483	5	P04083	1
Pigmentation	0.6191324339043258	1.77323028095515	0.0761905563235871	1.0	0.483786661318483	11	Q96AX1,Q9BXS5,P04179,O43747	4
Negative regulation of response to external stimulus	0.4512976140342745	1.7709878037703604	0.0765627298769178	1.0	0.4838698784573571	37	P14174,Q9UMX5,P80303,P19474,P28070,Q96G23	6
Regulation of hemopoiesis	0.4411557311496865	1.766881842632581	0.0772480184823969	1.0	0.4875103605443952	39	Q96T37,P56537,P04083,Q9BXW9,P40763,Q99873,Q9H3U1,Q6PD62,P61586,O15347	10
Oxidative rna demethylation	0.957890433360589	1.7606598695195967	0.0782959888529253	1.0	0.4902958101356942	2	Q9C0B1	1
Oxidative demethylation	0.957890433360589	1.7606598695195967	0.0782959888529253	1.0	0.4902958101356942	2	Q9C0B1	1
Positive regulation of developmental process	0.3441947196035981	1.7601939923824652	0.0783749202530097	1.0	0.4902958101356942	149	Q8WUJ1,P04792,Q9UQB8,Q9Y624,P80723,P78344,P04083,P04179,O14786,O15144,Q99873,P61586,Q04637,P43246,O75340,O60271,Q86X55,Q9UPY3,Q9Y4C8,O43324,Q15014,P15311,P16989,P41440,Q9H4M9,Q96A49,Q9H3U1,P50570,Q92766,P17655,Q9H2J4,Q99829,P27695,P40763,P17931,Q07812,O14744,Q15418	38
Apoptotic dna fragmentation	0.7771503886260649	1.7595511889034714	0.0784839337785341	1.0	0.4902958101356942	5	O95831,Q9UPY3	2
Regulation of response to food	0.9566639411283728	1.755724609032906	0.0791354427253767	1.0	0.4911904541804783	2	Q9UMX5	1
Negative regulation of response to food	0.9566639411283728	1.755724609032906	0.0791354427253767	1.0	0.4911904541804783	2	Q9UMX5	1
Regulation of appetite	0.9566639411283728	1.755724609032906	0.0791354427253767	1.0	0.4911904541804783	2	Q9UMX5	1
Extracellular matrix assembly	0.8428938276710504	1.7554884873186267	0.0791757881859354	1.0	0.4911904541804783	4	Q96AY3,O60568	2
Glutathione metabolic process	0.5462175530047371	1.754421502322997	0.079358309584415	1.0	0.4914744369661508	18	P11413,O75874,Q9UJ14,P04179,P28161	5
Negative regulation of amyloid fibril formation	0.8424713584288027	1.7538337912704671	0.0794589910972649	1.0	0.4914744369661508	4	P61758,O15212,Q99471	3
Regulation of skeletal muscle tissue development	0.8422137884842282	1.752824860392767	0.0796320744671343	1.0	0.4920549079013975	4	P16989	1
Regulation of vasculature development	0.484256379461932	1.740628852151439	0.081748656858827	1.0	0.4944071378949205	27	O75340,Q9H2J4,P04792,P40763	4
Intrinsic apoptotic signaling pathway in response to oxidative stress	0.6299031792122747	1.7326144158942154	0.0831642252496986	1.0	0.4944071378949205	10	P04792	1
Protein hydroxylation	0.5944825409595682	1.730338188279704	0.0835698704079417	1.0	0.4944071378949205	13	O75718,Q96AY3,O60568,O15460	4
Mitochondrion distribution	0.8358570055325567	1.727900838233569	0.0840060040329553	1.0	0.4944071378949205	4	Q9BUK6,O75153	2
Establishment of tissue polarity	0.7693569172481554	1.7274316081345589	0.0840901780797218	1.0	0.4944071378949205	5	P61586	1
Regulation of response to extracellular stimulus	0.8349175786290443	1.7242136510440955	0.0846692806541773	1.0	0.4944071378949205	4	Q9UMX5	1
Muscle cell migration	0.6282046042592209	1.724172947109853	0.0846766263323268	1.0	0.4944071378949205	10	P04083	1
Demethylation	0.5932359129257714	1.7236291997332864	0.0847748037252142	1.0	0.4944071378949205	13	Q6P6C2,Q9C0B1,Q8NB78	3
Cd4 positive alpha beta t cell differentiation	0.7682493333020556	1.722860167230178	0.0849138151067943	1.0	0.4944071378949205	5	P04083	1
I kappab kinase nf kappab signaling	0.4409010605149207	1.722390729547744	0.0849987618921477	1.0	0.4944071378949205	38	Q92734,P04792,P19474,Q13325,P61586,Q99584	6
Positive regulation of phosphatase activity	0.7268263169902861	1.7199879520678638	0.0854346316056595	1.0	0.4944071378949205	6	Q15257	1
Monocarboxylic acid biosynthetic process	0.4580406146896811	1.7196272449531642	0.0855002204668389	1.0	0.4944071378949205	34	Q14353,P02656,P14174,P04083	4
Regulation of wound healing	0.626210669326057	1.7142560011918704	0.0864817199567025	1.0	0.4944071378949205	10	P04083	1
Regulation of cell migration involved in sprouting angiogenesis	0.8319091167587881	1.7123991134621797	0.086823142338714	1.0	0.4944071378949205	4	P04083	1
Modification of postsynaptic actin cytoskeleton	0.7655032851033929	1.7115190528406028	0.0869853370527096	1.0	0.4946693618107387	5	P61586	1
Organic acid transport	0.4605899525887371	1.7088597546778472	0.0874769308865208	1.0	0.4964824577233282	33	P14174,O43772,P41440,P04083,O95563,Q15042,O14745	7
Protein localization to cell junction	0.572159975706948	1.7080667527745963	0.0876239571118788	1.0	0.4964824577233282	15	Q9UDY2,P04792	2
Regulation of histone deacetylation	0.7233837419482878	1.7052249766564636	0.0881524734751448	1.0	0.4985672680151636	6	Q13363,P61964	2
Positive regulation of blood vessel endothelial cell migration	0.6702757450103308	1.6991531611257025	0.0892903290408746	1.0	0.5013498583578947	8	P04792	1
Dna catabolic process	0.6989564848719587	1.6968723783042887	0.0897207911819442	1.0	0.5019678343481652	7	O95831,O00273,P27695,Q9UPY3	4
Protein homooligomerization	0.4421238296612708	1.6933387935044557	0.0903909979722288	1.0	0.5042275496771241	37	Q99720,O43633,P14174,Q9NWX6,P35637,P34896,P04179,Q9H223,Q99873,Q9NXV2	10
Exocytosis	0.4145406409530534	1.6920285020793822	0.0906405393310754	1.0	0.5042275496771241	48	O43633,Q8TAG9,P27695,Q99816,Q8TBQ9,P20339,O00471,P04083,P0DP25,Q15042,Q5JRA6,Q99584	12
Positive regulation of tumor necrosis factor superfamily cytokine production	0.5953995163975507	1.6908502400825327	0.0908654089875211	1.0	0.5042275496771241	12	Q02952,P14174,P04792,P40763	4
Peptidyl arginine n methylation	0.8256955810147263	1.6879669771323116	0.0914175682186106	1.0	0.504624976566731	4	O60678,Q99873,O14744	3
Peptidyl arginine methylation	0.8256955810147263	1.6879669771323116	0.0914175682186106	1.0	0.504624976566731	4	O60678,Q99873,O14744	3
Taxis	0.4092122690475607	1.6861341355224206	0.0917699664762392	1.0	0.5056712438486652	51	Q8TEY7,Q8WX93,P14174,Q9NUQ9,P04792,P11047,P04083,P35613,P17931,P61586,O75592,O95372	12
Regulation of modification of postsynaptic structure	0.8249044094408159	1.684853085866922	0.0920169198334535	1.0	0.5061338105985352	4	P61586	1
Regulation of modification of synaptic structure	0.8249044094408159	1.684853085866922	0.0920169198334535	1.0	0.5061338105985352	4	P61586	1
Positive regulation of nitric oxide synthase biosynthetic process	0.9539366236877704	1.6783271274619844	0.0932832550487376	1.0	0.5074883578821188	3	P43490	1
Nitric oxide synthase biosynthetic process	0.9539366236877704	1.6783271274619844	0.0932832550487376	1.0	0.5074883578821188	3	P43490	1
Regulation of metal ion transport	0.4442533141181338	1.6742866830033394	0.0940742704496067	1.0	0.5082437650565602	36	P28161,P11413,P27695,Q9Y376,P30626,P17931,P0DP25,Q07812,Q00535,P50570,P54652,P61586,O14745,P33176,P35609	15
In utero embryonic development	0.368790233087643	1.6725438271426047	0.0944171330939926	1.0	0.5082437650565602	73	O43772,Q9UNS2,Q7Z6E9,P67809,Q08J23,Q99873,Q12824,Q9ULT8,Q96AY3,P43246,P35579,P31350,P62993,Q6DKJ4,Q96EK5,Q9BRT9,O60568,Q6PD62,P61201,P49321,P16989,P20290,O95983,Q5TBB1,Q9NVX2,Q13263,P17655,O75312	28
Regulation of oxidative stress induced cell death	0.5917373493300968	1.671509557275458	0.0946210725390956	1.0	0.5082437650565602	12	P04792	1
Positive regulation of protein serine threonine kinase activity	0.5075006360158265	1.6706142861726547	0.0947978888345235	1.0	0.5082437650565602	20	Q9Y376,P61586,P14174,P0DP25	4
Negative regulation of tor signaling	0.93499591169256	1.6683633374410056	0.0952436216228338	1.0	0.5082437650565602	2	Q96B36	1
Regulation of myeloid cell apoptotic process	0.9511509949022344	1.6680209533662416	0.0953115673510223	1.0	0.5082437650565602	3	P04083	1
Myeloid cell apoptotic process	0.9511509949022344	1.6680209533662416	0.0953115673510223	1.0	0.5082437650565602	3	P04083	1
Regulation of neuron differentiation	0.5198295568050042	1.6678186281760317	0.0953517367984195	1.0	0.5082437650565602	19	Q8WUJ1	1
Dendrite self avoidance	0.9341782502044164	1.6650608608127369	0.0959006142549609	1.0	0.5082437650565602	2	P35613	1
Cellular protein catabolic process	0.345126578043256	1.6650160065787485	0.0959095624348032	1.0	0.5082437650565602	186	O43633,Q92530,Q9UNS2,Q7Z6E9,Q16763,P48506,P48556,Q15386,Q9UJX4,Q13200,Q9UHG3,Q9BUN8,Q9ULT8,P25789,Q9NXV2,Q8N511,Q8TEY7,P25787,P49721,P35241,Q9Y4X5,Q9Y5X3,P28072,P28074,Q9UBV2,Q9NRR5,P28070,P54727,Q5VTR2,A0AVT1,Q14258,P15311,Q99436,Q9UNZ2,Q99816,P63208,P51665,Q9Y5K6,P20618,Q93034,Q9H2J4,Q15008,Q9UN37,O43242,Q86UV5,Q96T88,Q04323,Q5VYK3,Q9UJX2,P60900,P46777,P17655,Q5TDH0,Q06323,Q96J02	55
Regulation of chemotaxis	0.5193829285466194	1.6649770366477932	0.0959173372701966	1.0	0.5082437650565602	19	P14174,O75592,P04792	3
Regulation of calcium ion transmembrane transporter activity	0.5904410336471314	1.664656470597212	0.0959813120912274	1.0	0.5082437650565602	12	P27695,P0DP25,Q00535,P54652,P28161	5
Interstrand cross link repair	0.8196471403507004	1.6641450663559405	0.0960834428625445	1.0	0.5082437650565602	4	Q9H1E3	1
Negative regulation of oxidative stress induced intrinsic apoptotic signaling pathway	0.7537170108751277	1.6627302602159677	0.0963664420883727	1.0	0.5084414913188443	5	P04792	1
Mismatch repair	0.691248393725219	1.6626969033500474	0.0963731223960486	1.0	0.5084414913188443	7	Q9UQ84,P15927	2
Regulation of actin filament length	0.4428233101330308	1.6623215380572876	0.0964483215416422	1.0	0.5084414913188443	36	Q9NYL9,Q9NUQ9,Q9UQB8,Q9Y281,P62993,Q14247,P35241,Q14019,O15143,O15144,P61586,P35609,Q92747	13
Protein polymerization	0.3852351251865897	1.6578763706606638	0.0973424224401511	1.0	0.5106464856593246	61	Q9NYL9,O43633,Q9UQB8,Q16763,Q14203,Q14019,P16949,O15143,O15144,P61586,P62993,Q14247,P35241,Q13526,Q02790,Q9BTW9,Q9NUQ9,Q96S59,Q15691,Q92747	20
Deoxyribonucleoside monophosphate biosynthetic process	0.7524307766352933	1.657395268032526	0.097439587484513	1.0	0.5106464856593246	5	P34896	1
Negative regulation of transporter activity	0.5966386369618542	1.6572978442401023	0.0974592729446808	1.0	0.5106464856593246	11	Q9Y376,P30626,P0DP25,O14745,P28161	5
Copii coated vesicle budding	0.5535438303820105	1.6572159908322777	0.0974758147087797	1.0	0.5106464856593246	16	Q15436,Q92734,Q5JRA6	3
Regulation of leukocyte differentiation	0.5012536492356788	1.6548262902766355	0.097959739449148	1.0	0.5116316080565259	21	P61586,Q9BXW9,P04083	3
Positive regulation of transmembrane transport	0.4775719526193839	1.651301681325636	0.0986769891564818	1.0	0.5140806230383826	26	P11413,P27695,P30626,P0DP25,Q00535,P50570,P54652,P28161,O14745,P35609,Q06124	11
Positive regulation of locomotion	0.3961164222169364	1.6501830180869153	0.0989055090571864	1.0	0.514408049619035	56	O75340,Q13630,Q15555,P04792,O60271,P31949,O95684,P04179,P04083,P40763,P17931,Q02952,P61586,Q92766,Q5JRA6	15
Pyrimidine nucleobase biosynthetic process	0.687950390281852	1.6480465232069046	0.0993431247316682	1.0	0.5152976256590772	7	Q05682,Q9NRF8,P11172,P17812	4
Actin filament based process	0.3285914363578971	1.6474456291514097	0.0994664831077905	1.0	0.5152976256590772	126	Q9NYL9,Q9UQB8,Q9Y624,Q9Y2I1,Q14019,P04083,P16949,O15143,O14786,O15144,P61586,P11233,P35579,Q8WX93,Q99439,Q14247,Q01518,P62993,P30626,P35241,Q96HC4,Q9UM22,Q9NQW6,O00151,P35609,P15311,Q9Y281,Q05682,P52565,O14745,Q9Y490,O75592,Q9Y5K6,Q9NUQ9,Q9H2J4,Q9UN37,Q15942,Q00535,Q92747	39
Cellular metabolic compound salvage	0.6876416504914835	1.646674199390568	0.0996250301165462	1.0	0.5152976256590772	7	Q9BZX2,Q13126,P55263	3
Cellular response to mechanical stimulus	0.7088899304565575	1.6428794904841946	0.1004078692438621	1.0	0.5152976256590772	6	Q9Y624,Q99439	2
Positive regulation of neuron apoptotic process	0.6295040778366882	1.642656409626647	0.1004540424500706	1.0	0.5152976256590772	9	O95831,Q07812,Q00535,P61081,P78362,P61586	6
Regulation of protein deubiquitination	0.686720178512142	1.6425774809554086	0.1004703831346129	1.0	0.5152976256590772	7	P19474,Q04323	2
Regulation of multicellular organismal development	0.3308016754469969	1.642496330831656	0.1004871859377041	1.0	0.5152976256590772	132	P04792,Q9UQB8,Q96T37,P80723,P04083,Q99873,P61586,P23381,Q06124,O75340,P56537,Q6PD62,Q9UPY3,Q9H9B1,Q13247,Q9H3U1,Q96G23,Q9H2J4,P11413,Q9Y5A9,P27695,Q9BXW9,Q8N0X7,P40763,P17931,Q00535,O14744,O75312,O15347	29
Negative regulation of microtubule polymerization	0.8138297872340358	1.641198348044054	0.1007562485359725	1.0	0.5162510754194632	4	Q15691,P16949,Q02790	3
Regulation of protein kinase a signaling	0.9434501890241818	1.639503242791791	0.1011084958752985	1.0	0.5172024377146657	3	P14174	1
Vasodilation	0.9272281275551923	1.6369748007409182	0.1016357349783052	1.0	0.5188552320150779	2	P04179	1
Response to electrical stimulus	0.7473622901290422	1.636352621972996	0.1017658087913631	1.0	0.5188552320150779	5	Q02952	1
Response to acid chemical	0.5268355470886723	1.6351280601108014	0.1020222049943218	1.0	0.5189907255016105	18	Q9UQB8,Q99729,P48506,O95831,Q15149,P17655,P61586,O00410,Q6IAA8	9
Viral protein processing	0.706992585169602	1.6346959284023752	0.102112806467058	1.0	0.5189907255016105	6	P61009	1
Leukocyte migration	0.435170358967334	1.6342138144285083	0.1022139628683345	1.0	0.5189907255016105	37	P61586,P14174,Q5JRA6,P04083	4
Cellular response to chemical stress	0.3827907849703333	1.6314254511166677	0.1028005781964367	1.0	0.5190502302943345	61	Q99720,P16989,P04792,P04179,P04083,O95831,P35237	7
Modification dependent macromolecule catabolic process	0.3351465416276516	1.6313470230367624	0.1028171165169877	1.0	0.5190502302943345	146	O43633,Q92530,Q9UNS2,Q7Z6E9,Q16763,P48506,P48556,Q15386,Q9UJX4,Q13200,Q9UHG3,Q9BUN8,Q9ULT8,Q9NXV2,Q8TEY7,P30260,P25787,Q9Y4X5,Q99460,Q9UBV2,Q9NRR5,P54727,Q5VTR2,A0AVT1,Q14258,O00231,Q9UNZ2,Q99816,P63208,P46379,P45974,P51665,O15372,Q9Y5K6,Q93034,Q5T4S7,Q9H2J4,Q9UN37,O43242,Q86UV5,Q96T88,Q04323,Q5VYK3,Q9UJX2,P46777,Q15008,Q96J02,Q14139	48
Histone deacetylation	0.4892284273552358	1.63039831122596	0.1030173413614075	1.0	0.5190502302943345	23	Q13363,Q9H4L7,Q15014	3
Regulation of leukocyte apoptotic process	0.6552733751705772	1.6297523700535397	0.1031538440489456	1.0	0.5190502302943345	8	P04083	1
Dna replication checkpoint signaling	0.8100585308273291	1.6263048276376706	0.1038848253053261	1.0	0.5190502302943345	4	Q92547	1
T cell differentiation involved in immune response	0.8097584741379841	1.6251192539812378	0.1041371510671775	1.0	0.5190502302943345	4	P04083	1
Regulation of cell projection organization	0.3613474844572141	1.6233719295062894	0.104509921590054	1.0	0.519442897460481	81	Q9NT62,Q9UQB8,Q15428,O60828,P78344,O14786,O15144,P61586,P08670,P11233,Q15555,Q04917,P35241,Q86X55,Q8NCA5,Q9NQW6,Q9NR77,Q8TC07,Q02790,P15311,P51116,Q9H4M9,P50570,Q9P258,Q92766,Q96G23,P27695,P20339,Q8N0X7,Q00535	30
Cd4 positive alpha beta t cell activation	0.6821072175180642	1.6220500905792152	0.1047926233323819	1.0	0.5197781077428848	7	P04083	1
Dendritic spine morphogenesis	0.6069127972198374	1.6178686274755767	0.1056909126148815	1.0	0.5217333603643992	10	Q96HC4,O60678,Q00535,Q9UQB8	4
Protein demethylation	0.7425415087319953	1.616309754972369	0.1060273587859788	1.0	0.5219387215305619	5	Q8NB78	1
Histone lysine demethylation	0.7425415087319953	1.616309754972369	0.1060273587859788	1.0	0.5219387215305619	5	Q8NB78	1
Regulation of actin filament based process	0.3677791400330971	1.6157297564768578	0.1061527544755394	1.0	0.5219387215305619	66	Q9NYL9,Q9UQB8,Q9Y624,Q14019,P16949,O15143,O14786,O15144,P61586,P35579,Q99439,P62993,Q14247,P30626,P35241,P59998,P35609,P15311,Q9Y281,P52565,P60953,O75592,Q9Y5K6,Q9NUQ9,Q00535,Q92747	26
Regulation of stem cell differentiation	0.5233627262805283	1.6136438434979608	0.1066047011182047	1.0	0.5231991186022645	18	Q9Y5A9,Q8WX92,P40763,Q9NYV4,O15047,Q96J02	6
Positive regulation of leukocyte proliferation	0.6060339025669096	1.6134619327409374	0.1066441872062695	1.0	0.5231991186022645	10	P04083	1
Regulation of dendrite development	0.5804615810599391	1.6117811401430513	0.1070095736236953	1.0	0.5236638709244665	12	P61586,O60828,Q86X55,Q9UQB8	4
Negative regulation of mrna processing	0.4983853208517944	1.6106038515822605	0.1072660938082457	1.0	0.5244046234851594	20	P61978,P38159,Q13247,Q12872,P98175,Q8WXF0,O00422,Q5VTR2,Q6PD62,O00267	10
Tumor necrosis factor superfamily cytokine production	0.5455021974305134	1.6103116592604094	0.1073298351770752	1.0	0.5244046234851594	16	Q9UPY3,P14174,P04792	3
Negative regulation of cell size	0.8054911551723758	1.6082492473225574	0.1077806012686217	1.0	0.5257796809726167	4	P61586	1
Negative regulation of lipid biosynthetic process	0.6777284062512143	1.6025360993527784	0.1090371114169148	1.0	0.529000360858626	7	P02656	1
Histone h4 acetylation	0.5214127096008425	1.6015666680783112	0.1092514665146875	1.0	0.5295854414067306	18	Q13363,P61964,Q15014	3
Cellular response to stress	0.2677388021945161	1.6000652678541991	0.1095841050253862	1.0	0.5295854414067306	378	Q9H773,P04792,Q9UQ84,P51530,P04179,P04083,Q9NXR7,Q99873,P61586,Q9BUN8,Q92547,Q04637,P43246,Q06124,O75340,Q8TEY7,P14174,Q15645,Q9H4L7,Q9Y2K7,Q9Y3C8,Q9Y376,Q99707,P62993,P57081,Q9BRT9,Q9NRR5,P54727,P54652,A0AVT1,O15047,Q15014,Q96A26,Q99720,Q9H1E3,P55145,P16989,P41440,Q9NW82,O95831,Q9C0B1,P46063,P25685,Q6Y7W6,P35237,Q96G23,Q9NWX6,P17096,P35637,P11047,Q04323,Q9BXW9,P15927,P55786,P28161,Q969Z3,Q96J02	57
Regulation of protein polymerization	0.4048717711812329	1.5992674938042273	0.1097611790451082	1.0	0.5297762669957186	48	Q9NYL9,Q9NUQ9,Q9UQB8,Q92747,P62993,Q14247,Q14203,P35241,Q14019,Q9BTW9,P16949,Q15691,O15143,O15144,P61586,Q02790	16
Lung morphogenesis	0.6485937064024035	1.5987348883504306	0.1098795220435564	1.0	0.5297762669957186	8	Q13247	1
Protein neddylation	0.7377720978318064	1.596453888348598	0.1103874930094157	1.0	0.531400257045327	5	Q8TBC4,P61081	2
Negative regulation of oxidative stress induced cell death	0.6196745834805403	1.595024888823665	0.1107066702387213	1.0	0.5314208169556622	9	P04792	1
Negative regulation of intrinsic apoptotic signaling pathway	0.4619289558038741	1.5945527689825691	0.1108122815849954	1.0	0.5314208169556622	28	P16989,P14174,P04792	3
Modification of synaptic structure	0.6465242233821473	1.589111164558493	0.1120352976385201	1.0	0.5334576754099922	8	P61586	1
Pyridine containing compound metabolic process	0.6963746389562525	1.5888094259944745	0.1121034245426795	1.0	0.5334576754099922	6	P43490	1
T cell differentiation	0.4948874032459451	1.5875105907360034	0.1123970502450637	1.0	0.5344453920534807	20	P61586,Q9BXW9,P04083	3
Gtp metabolic process	0.6007464206300883	1.5869217466450078	0.1125303689492269	1.0	0.5346699243876814	10	P61586,O00178	2
Protein autoubiquitination	0.6174048903237206	1.5840033310809023	0.1131929610620559	1.0	0.5349506117892286	9	P19474	1
Regulation of release of sequestered calcium ion into cytosol	0.6454194940348864	1.583971201494073	0.1132002727790657	1.0	0.5349506117892286	8	P28161,P30626,P0DP25,P27695	4
Regulation of calcium ion transport into cytosol	0.6454194940348864	1.583971201494073	0.1132002727790657	1.0	0.5349506117892286	8	P28161,P30626,P0DP25,P27695	4
Serine family amino acid biosynthetic process	0.6732359345041135	1.5824875330754389	0.1135383161257905	1.0	0.5349506117892286	7	P34896,P49903	2
Filopodium assembly	0.5994446226584884	1.580379905776099	0.1140198905139027	1.0	0.5349506117892286	10	P15311,P51116,P20339,O14786,P11233	5
Regulation of cell cell adhesion	0.4286602657843228	1.5786654659763109	0.1144128099256689	1.0	0.5349506117892286	37	Q9NUQ9,Q9Y5A9,Q9Y624,P41440,P04083,P17931,P61586,Q5JRA6,Q96J02,Q06124	10
Protein localization to extracellular region	0.4037533961831613	1.5759476493956344	0.1150378684136121	1.0	0.5349506117892286	47	P15311,O43768,Q8TBQ9,P30626,P20645,P04083,O95563,O75592,Q9UBV2,Q9Y5K6,Q5JRA6,Q06124	12
Leukocyte cell cell adhesion	0.4473293772646862	1.574900611944152	0.1152793874027111	1.0	0.5349506117892286	32	Q13630,Q9NUQ9,P04083,P17931,P61586,Q5JRA6,Q96J02,Q06124	8
Deoxyribonucleoside monophosphate metabolic process	0.6712757372382587	1.5737310792905002	0.1155496335086763	1.0	0.5349506117892286	7	P34896	1
Protein localization to synapse	0.6712521191893734	1.5736255428034656	0.1155740445044317	1.0	0.5349506117892286	7	P04792	1
Regulation of rho protein signal transduction	0.5732802407934062	1.573607797764737	0.1155781493983623	1.0	0.5349506117892286	12	P02656	1
Retinoic acid metabolic process	0.9108748977923156	1.5707973866211091	0.1162297193118426	1.0	0.5349506117892286	2	Q9HB40	1
Regulation of lipid localization	0.538631714564461	1.5701211762351734	0.1163869229066403	1.0	0.5349506117892286	16	O60664,P02656,P14174,Q06124	4
Toxin metabolic process	0.9104660670482424	1.569141535909479	0.1166149633277031	1.0	0.5349506117892286	2	P40616	1
Negative regulation of leukocyte migration	0.731002657757589	1.56822793370733	0.116827947541398	1.0	0.5349506117892286	5	Q5JRA6	1
Protein deneddylation	0.6414351757223771	1.565418439262333	0.1174848276444873	1.0	0.5360622921912316	8	Q99627,Q9UNS2,Q9UBW8,Q92905,P61201	5
Cop9 signalosome assembly	0.908830744071956	1.5625175421459387	0.1181661166056313	1.0	0.5380690932647967	2	Q9UBW8	1
Secretion	0.323863206888229	1.5552340562662064	0.1198903361446632	1.0	0.5410776916569024	110	O43633,Q9UNS2,P20645,P04083,P11172,P55327,Q5JRA6,P11233,Q06124,P35579,P14174,O43768,Q8TAG9,P07741,Q8TBQ9,P30626,Q9Y5X3,O95563,Q9UBV2,P61201,P15311,P55011,Q99816,Q96KC8,Q6ZWJ1,Q15042,O14745,O75592,Q9Y5K6,O43747,P27695,P20339,Q9UN37,O00471,P17858,P0DP25,Q00535,Q99584	38
Neuron death	0.3846481662303707	1.5531444716201726	0.1203886237156059	1.0	0.5425350894585728	57	P04179,P61586,Q04637,P43246,Q01105,Q15392,P61081,Q96A26,Q99720,P51858,O95831,Q9NQ88,Q96B36,P11413,Q9UMX5,Q9NR28,Q00535,P17655,O75312	19
Response to bacterium	0.3999206311269474	1.5515939363844806	0.1207594149447255	1.0	0.5427946801828	48	Q9NUQ9,P14174,Q9UQB8,P04179,P81605,Q02952,Q6PD62,P61586	8
Folic acid transport	0.9059689288634524	1.5509233848301782	0.1209200455813332	1.0	0.5427946801828	2	P41440	1
Folate transmembrane transport	0.9059689288634524	1.5509233848301782	0.1209200455813332	1.0	0.5427946801828	2	P41440	1
Response to x ray	0.5760861987907968	1.550459790521867	0.1210311973212572	1.0	0.5427946801828	11	P04083	1
Negative regulation of gliogenesis	0.918501544837854	1.5468760254034015	0.1218931432033589	1.0	0.5427946801828	3	Q9UPY3	1
Tissue migration	0.4064911229211722	1.5459827443900644	0.1221087352584964	1.0	0.5427946801828	41	O75340,Q13630,Q15555,P04792,P04083,Q9NQW6,P61586,Q5JRA6,Q06124	9
Positive regulation of actin filament polymerization	0.5920763760448285	1.543298703977681	0.122758317944202	1.0	0.5432836883566533	10	P62993,P61586,O15144,Q9UQB8	4
Regulation of gliogenesis	0.6089339201330136	1.542795959743781	0.1228802900877619	1.0	0.5432836883566533	9	Q9UPY3,Q96G23	2
Regulation of endothelial cell migration	0.4803487999861915	1.54045686809784	0.1234490286778209	1.0	0.5433157109066392	22	O75340,P61586,P04792,P04083	4
Response to oxygen levels	0.395888800484077	1.5397959904850538	0.1236100895902168	1.0	0.5433192136177921	50	Q96A26,Q8N511,Q6P6C2,P04179,Q15904,Q13526,O95831,P55786,P61586	9
Prostanoid metabolic process	0.5740314428540954	1.539735636129952	0.1236248065768019	1.0	0.5433192136177921	11	Q8N4Q0,P04083	2
Nucleotide salvage	0.7232284352946067	1.5357524860999117	0.1245990969667125	1.0	0.5445182210860556	5	Q9BZX2,P55263	2
Interleukin 1 production	0.5904911317476736	1.535309224074982	0.1247078894482585	1.0	0.5446104032866985	10	Q99584,P04792,P04083	3
Negative regulation of stress activated protein kinase signaling cascade	0.6622989466052788	1.5335659178646213	0.1251364783546882	1.0	0.5447470439368992	7	P15311,P31689,Q96J02,P51452	4
Regulation of mitochondrial gene expression	0.6622118620941164	1.5331757686615417	0.1252325529402167	1.0	0.5447470439368992	7	Q567V2	1
Negative regulation of hydrolase activity	0.3919749508783512	1.5321863987099824	0.1254764439338827	1.0	0.5447470439368992	52	P02656,Q15392,P04083,Q15257,P35237	5
Interleukin 6 mediated signaling pathway	0.9010629599345894	1.5310418851304768	0.1257590411969231	1.0	0.5447470439368992	2	Q6PD62	1
Negative regulation of phosphatase activity	0.721833304537193	1.529918108204916	0.1260370005118631	1.0	0.5450485885645336	5	Q15257	1
Positive regulation of cytokine production	0.3898699144548639	1.5280793694760595	0.1264928330067447	1.0	0.5462590354463733	53	Q9NUQ9,P14174,O60684,P04792,P41440,O60828,P04083,P40763,Q02952,Q99584	10
Negative regulation of cell cell adhesion	0.5310155133945176	1.5254516050625329	0.1271464956187489	1.0	0.5485148267589582	16	Q9Y5A9,P04083,P17931,Q5JRA6,Q96J02	5
Response to growth factor	0.3551544767246578	1.5243208749140356	0.1274285750063564	1.0	0.5491543725117788	77	P04792,Q9UQB8,P48506,P04083,Q9UQ13,Q06124,O75340,O00400,Q13526,Q9Y2U8,Q9H4M9,O14737,Q9H223,Q96A49,Q96B36,P27695,Q15942,P49354,P40763,Q8N0X7,O75312	21
Mitochondrion localization	0.570383813688099	1.5206803068207129	0.1283400830043872	1.0	0.5515514985863287	11	Q9BUK6,O75153,Q8IWA4	3
N terminal peptidyl methionine acetylation	0.8982011447260861	1.5194413781008222	0.1286514332899218	1.0	0.5525071927596226	2	Q5VZE5	1
Apical junction assembly	0.5291074722487739	1.5142427801285574	0.1299642751339562	1.0	0.5546618083705641	16	Q9Y624,P17612,Q8WUM4,Q9BTW9,Q13177,P18206,P61586	7
Positive regulation of cytokine production involved in inflammatory response	0.8961569910057234	1.511154142805938	0.1307491828239204	1.0	0.5557364393095878	2	P40763	1
Regulation of calcium ion transport	0.4758058892317029	1.5093834534955983	0.1312008190670461	1.0	0.5559390514890808	22	P28161,P11413,P27695,P30626,P17931,P0DP25,Q00535,P54652,P61586	9
Cell death in response to oxidative stress	0.5281431715298928	1.50857535599152	0.1314073359124206	1.0	0.5559390514890808	16	Q99720,P04792	2
Purine ribonucleoside salvage	0.7167217142511582	1.5085256273695662	0.131420052751364	1.0	0.5559390514890808	5	Q13126,P55263	2
Nucleoside salvage	0.7167217142511582	1.5085256273695662	0.131420052751364	1.0	0.5559390514890808	5	Q13126,P55263	2
Purine nucleoside biosynthetic process	0.7167217142511582	1.5085256273695662	0.131420052751364	1.0	0.5559390514890808	5	Q13126,P55263	2
Regulation of hematopoietic stem cell differentiation	0.6558440530062192	1.5046221927855383	0.1324212372607154	1.0	0.5567609230799205	7	O15047,Q96J02	2
Vascular process in circulatory system	0.4621028974107842	1.5033923758750236	0.1327378914697541	1.0	0.5571588674266745	25	P41440,Q9UDY2,P04179,O60568,Q02952,P61586,Q9HB40	7
Regulation of histone h2b ubiquitination	0.7787520692273162	1.5021869484260373	0.1330488345431499	1.0	0.5571588674266745	4	Q9NW82,Q6PD62	2
Vascular endothelial growth factor receptor signaling pathway	0.6544101589628322	1.4981859108204032	0.1340849551454721	1.0	0.5596641404875686	7	P04792	1
Ameboidal type cell migration	0.3832678046518926	1.4977324669096002	0.1342027729466619	1.0	0.5597039758218741	55	O75340,Q13630,Q15555,P04792,Q01518,P04083,Q9NQW6,Q02952,P61586,Q9P258,Q5JRA6,Q06124	12
Protein localization to plasma membrane	0.3812605095341125	1.4968372915917814	0.1344356003146249	1.0	0.5599376423837115	56	Q9Y624,P41440,Q9H4M9,P35241,Q8IWJ2,P35613,Q15904,O00471,Q9H223,P17931,Q00535,O14745,Q9ULT8,Q15436,P35609	15
Cellular response to hydrogen peroxide	0.5434376557471032	1.4963842101152507	0.1345535618685729	1.0	0.5599376423837115	14	Q99720,P04083	2
Viral transcription	0.5432257946342147	1.4951983819566137	0.134862675700363	1.0	0.5599376423837115	14	Q13148,O14646,Q9H1E3,P19474	4
Receptor signaling pathway via stat	0.5815979728439136	1.4904167508118884	0.1361146908018702	1.0	0.5635755133486584	10	Q6IA86,P40763,Q00535,Q6PD62,P30153	5
Dendrite morphogenesis	0.4918531794867047	1.4887896724361696	0.1365427627119837	1.0	0.5642356516938632	19	Q04917,Q9UQB8,O60828,Q96HC4,O14786,Q00535,O60678	7
Schwann cell differentiation	0.7118297175603773	1.4880295502795249	0.1367431007728283	1.0	0.5642356516938632	5	Q9UPY3,P11047,Q00535,Q15149	4
Dna geometric change	0.3999211531357091	1.4857014861551705	0.1373580973728967	1.0	0.5646480000543255	41	P17096,Q9H4L7,P51530,P04083,Q9BRT9,P46063,O15347	7
Protein modification by small protein removal	0.4177369230406617	1.4850877942691427	0.1375205689433829	1.0	0.5646480000543255	37	Q9UNS2,Q15018,Q92905,Q9NXR7,P19474,Q9H4L4,Q8TEY7,Q9Y5K5,P61201,Q15020,P06493,Q9H8M7,Q9UBW8,P45974,Q99627,Q96FW1,Q86UV5,Q04323,Q96J02	19
Prostanoid biosynthetic process	0.6720345061328739	1.4830966681455906	0.1380487291289927	1.0	0.5646480000543255	6	P04083	1
Vesicle cargo loading	0.5966160373838164	1.48268495357901	0.1381581341064839	1.0	0.5646480000543255	9	Q5JRA6	1
Maintenance of blood brain barrier	0.6508964078793175	1.4824039418094224	0.1382328457675092	1.0	0.5646480000543255	7	Q9UDY2,Q9Y624,P11047,P55011	4
Purine containing compound salvage	0.6718323771517836	1.482216037570636	0.1382828206066331	1.0	0.5646480000543255	6	P55263,Q13126,P07741,P00491	4
Regulation of anatomical structure size	0.3525883592022026	1.482185511057582	0.1382909407244714	1.0	0.5646480000543255	74	Q9NYL9,Q9UQB8,P48506,Q14019,P04179,P78344,O15143,O14786,O15144,P61586,P62993,Q14247,P35241,O60568,P35609,P15311,Q9Y281,P55011,P50570,O14745,Q9HB40,Q96B36,Q9NUQ9,P20339,Q8N0X7,Q00535,Q92747	27
Peripheral nervous system development	0.6234664094725043	1.4814757245672765	0.138479849057967	1.0	0.5646480000543255	8	Q9UPY3,Q9NR77,P11047	3
Modification of postsynaptic structure	0.650669326382058	1.4813835344923307	0.1385043998533428	1.0	0.5646480000543255	7	P61586	1
Axonal transport	0.5232225296377128	1.4796292172564611	0.1389722248356335	1.0	0.5646480000543255	16	P27695,Q14203,P04792	3
Actin filament polymerization	0.4315687973472011	1.4756352682974432	0.1400418319165643	1.0	0.5646480000543255	33	Q9NYL9,Q9NUQ9,Q9UQB8,P62993,Q14247,P35241,Q14019,O15143,O15144,P61586,Q92747	11
Histone h4 r3 methylation	0.8871627146361407	1.4746814453466217	0.1402982067767832	1.0	0.5646480000543255	2	O14744	1
Positive regulation of endothelial cell migration	0.522208963740592	1.4736615432284117	0.1405727420740161	1.0	0.565020536103327	16	O75340,P04792,P04083	3
Histone h3 k4 trimethylation	0.5946955810727705	1.4732944757609174	0.1406716496262454	1.0	0.5650523571662253	9	Q6PD62	1
Circulatory system development	0.3140980301143645	1.4724313709237706	0.1409044269377115	1.0	0.5653258664316182	119	P04792,Q96T37,Q96PU8,P80723,P78344,P04083,P04179,O14786,Q99873,O95470,P61586,Q96AY3,Q9ULT8,Q5JRA6,P23381,Q06124,P35579,O75340,Q6DKJ4,P30626,Q9HB71,O00151,P35609,P55011,Q05682,Q92688,P35613,P13807,O75592,O95983,Q9H2J4,P11413,P40763,Q07812,Q9BXJ9	35
Negative regulation of hemopoiesis	0.6483323178163723	1.4708787554987175	0.1413239089352163	1.0	0.5653258664316182	7	P04083	1
Substrate adhesion dependent cell spreading	0.5003527912508452	1.4705682460352785	0.1414079166992166	1.0	0.5653258664316182	18	P11047,O14786,O15144,P50570,P61586,Q9P258,Q92766	7
Negative regulation of small molecule metabolic process	0.5386910954594983	1.4697991112391509	0.1416161699504758	1.0	0.5653258664316182	14	P02656,P40763,O60678	3
Methylation	0.3427462861553771	1.468651520281197	0.141927333109495	1.0	0.5653258664316182	90	Q96T37,O75648,Q9H3P2,Q99873,Q08J23,Q7L2J0,Q9H7B4,Q12824,Q8IZ69,Q99707,Q86X55,P57081,Q8NCA5,Q6PD62,Q5VTR2,Q14353,Q9BV44,O15047,P61964,Q9H9B1,Q8NB78,O60678,O95983,Q69YN4,Q9H993,O14744,Q8N6R0	27
Negative regulation of peptidyl threonine phosphorylation	0.885527391659853	1.4680489244808643	0.1420909338801053	1.0	0.5653258664316182	2	P0DP25	1
Regulation of response to external stimulus	0.3322352905752322	1.4674955767964215	0.1422412916369915	1.0	0.5655047510023797	100	Q9NUQ9,P14174,Q9Y5A9,P04792,Q9UMX5,P80303,Q15942,O60828,P04083,Q9BXW9,P19474,P28070,O75592,Q96G23,Q96J02	15
Muscle organ development	0.4423237282336734	1.4657638860058082	0.1427126227996948	1.0	0.5666530611164357	29	Q9Y5Q8,Q9Y281,P41440,P16989,P30626,P80723,Q9H3U1,Q00535,P61586	9
Response to epidermal growth factor	0.5375301314326686	1.46329118148096	0.1433877197228361	1.0	0.5670494148710006	14	P51452,Q9UQB8,Q96A49,O75312,Q06124	5
Cytokine production	0.3492595176119162	1.462055370240031	0.1437260373138029	1.0	0.5670494148710006	79	Q9NUQ9,P14174,O60684,P04792,P41440,O60828,P04083,P19474,P40763,Q02952,Q9UPY3,Q96J02,Q99584	13
Lipid export from cell	0.8830744071954242	1.4580997605980106	0.1448130473822573	1.0	0.5701802124065973	2	P14174	1
Negative regulation of calcium ion transport into cytosol	0.7674379126468028	1.4571506021383127	0.1450748128299572	1.0	0.5701802124065973	4	P28161,P0DP25	2
Negative regulation of ryanodine sensitive calcium release channel activity	0.7674379126468028	1.4571506021383127	0.1450748128299572	1.0	0.5701802124065973	4	P28161,P0DP25	2
Positive regulation of sequestering of calcium ion	0.7674379126468028	1.4571506021383127	0.1450748128299572	1.0	0.5701802124065973	4	P28161,P0DP25	2
Negative regulation of lymphocyte activation	0.5439266709767622	1.4556256939519532	0.1454961211927061	1.0	0.5711320560092954	13	O15347,Q96J02,P04083	3
Somatic diversification of immune receptors via somatic mutation	0.7038345939122168	1.4544880107033766	0.1458110550756419	1.0	0.5716899236591604	5	Q9UQ84	1
Detoxification of nitrogen compound	0.766421388097698	1.453100472775265	0.1461958598279724	1.0	0.5724314561990599	4	P28161	1
Negative regulation of peptidyl lysine acetylation	0.6441811433913194	1.452205119259702	0.1464445796975293	1.0	0.5726831485652752	7	Q13363	1
Cellular component disassembly involved in execution phase of apoptosis	0.6168050040759447	1.4502539298331911	0.1469877210937722	1.0	0.5744454046521873	8	O95831,Q9UPY3	2
Dicarboxylic acid metabolic process	0.4051717845865973	1.4497176458707586	0.1471372729309228	1.0	0.5746682169188871	39	P34896,P48735,O75874	3
Regulation of lymphocyte activation	0.3935654057832042	1.4486855009585762	0.1474254313660841	1.0	0.5751343246578251	44	Q9NUQ9,P14174,P04083,Q9BXW9,P61586,P43246,O15347,Q96J02	8
Negative regulation of cation channel activity	0.6641185936550693	1.44857875964654	0.1474552564382052	1.0	0.5751343246578251	6	P28161,P0DP25	2
Protein localization to microtubule end	0.8806214227309916	1.448150301318927	0.1475750203293415	1.0	0.5751343246578251	2	Q15691	1
Vesicle budding from membrane	0.4371969632980668	1.4470843469497383	0.1478733014914883	1.0	0.5751343246578251	30	Q9BVK6,Q15436,Q92734,Q5JRA6	4
Sulfur compound transport	0.6428332639141086	1.4461380375908222	0.1481384887602019	1.0	0.5751343246578251	7	O00400,Q70HW3	2
Activation of adenylate cyclase activity	0.8798037612428458	1.4448337815613836	0.1485045797952047	1.0	0.5756187251827231	2	P0DP25	1
Pyrimidine ribonucleoside monophosphate metabolic process	0.7010946493974276	1.4429815120989176	0.1490256793246274	1.0	0.5761545233816385	5	Q05682,Q9BZX2,P11172	3
Ump biosynthetic process	0.7010946493974276	1.4429815120989176	0.1490256793246274	1.0	0.5761545233816385	5	Q05682,Q9BZX2,P11172	3
Positive regulation of cell cycle g1 s phase transition	0.506105092960818	1.4394281389963903	0.1500292565692502	1.0	0.57816873681171	17	P31350,P27695,P35241,P04083,O43660,Q7L2J0,Q04637	7
Cytoplasmic microtubule organization	0.5477760851768508	1.43730636237882	0.1506309618254728	1.0	0.5789910388571402	12	P61586,Q14203	2
Dna dealkylation	0.6994428520741314	1.436042011027843	0.1509903873035716	1.0	0.5798703185870004	5	Q9C0B1,P27695	2
Regulation of mrna catabolic process	0.3521148498917542	1.4356464081114413	0.1511029820805518	1.0	0.5799440783190525	66	Q92945,Q99729,Q9Y2W1,P67809,P98175,Q14011,Q9Y2L1,P08670,Q9Y2V2,O00178,P51116,P16989,Q92900,Q9C0B1,Q6Y7W6,Q9Y5A9,P27695,P35637,Q6P6C2,Q13148,Q8NC51,Q13310,Q92804,Q969T7	24
Regulation of excretion	0.8765331152902709	1.4315677239269111	0.1522675722060751	1.0	0.582613446333781	2	O14745	1
Ribonucleoside monophosphate biosynthetic process	0.493703946553145	1.4290231089457583	0.1529975915800432	1.0	0.5843265951488736	18	P22102,P49915,P30085,P30520,Q9BZX2,P07741,Q05682,P27708,P11172,O15067,P55263,P30566,P11908	13
Pigment cell differentiation	0.7602541670887464	1.428516407306311	0.1531432755222299	1.0	0.5845235039908101	4	Q9BXS5,P04179	2
Response to mechanical stimulus	0.5310300389104262	1.4268171614817589	0.1536326031926007	1.0	0.5860309986646502	14	P61586	1
N terminal protein amino acid modification	0.6106217768656691	1.4212299732113929	0.1552499137047354	1.0	0.5876603944386357	8	Q5VZE5,P41227,Q86UY6	3
Positive regulation of protein deacetylation	0.6957244353405367	1.4204131254742085	0.1554874438273361	1.0	0.5876603944386357	5	Q13363,Q9ULX6	2
Positive regulation of cellular response to insulin stimulus	0.695218905002726	1.4182875930599632	0.1561068174708675	1.0	0.5876603944386357	5	Q9H1E3,Q06124	2
Regulation of vascular permeability	0.6570651404838426	1.4177730918088385	0.156257022559751	1.0	0.5876603944386357	6	Q9UDY2	1
Male meiosis i	0.8728536385936221	1.4166438860446509	0.1565870707092611	1.0	0.5876603944386357	2	Q15645	1
Cellular iron ion homeostasis	0.5667343714153015	1.4151408336495643	0.1570272078685886	1.0	0.5876603944386357	10	Q15904	1
Regulation of establishment of protein localization to mitochondrion	0.5501776324654308	1.4147540586222394	0.1571406183386019	1.0	0.5876603944386357	11	P30419,P31689,Q7Z6Z7,P49257,P68036,O14737,Q9BZL1,Q9UII2,P55786	9
Icosanoid biosynthetic process	0.5666113099446661	1.4145164627111604	0.157210317171113	1.0	0.5876603944386357	10	P14174,P09960,P04083	3
Mononuclear cell migration	0.4687781853112663	1.4141645426835552	0.1573135960693976	1.0	0.5876603944386357	20	P61586,P04083	2
Alcohol metabolic process	0.3502344821075341	1.4139727055159836	0.1573699166791686	1.0	0.5876603944386357	66	P48735,P34913,O75874,Q15392,Q9UNW1,P30837	6
Nuclear body organization	0.7565466448445132	1.4137280801869463	0.157441757291963	1.0	0.5876603944386357	4	Q15637,O75312,Q8NC51	3
Positive regulation of actin cytoskeleton reorganization	0.7561374795417257	1.412095636314546	0.1579218034575444	1.0	0.5876603944386357	4	O14786,Q00535,Q9UQB8	3
Cellular response to peptide hormone stimulus	0.3854202237216805	1.4114288244429232	0.1581182087460515	1.0	0.5876603944386357	48	Q9H1E3,O60343,Q9UQB8,P07741,P62993,P27695,P48506,Q9Y5X3,P43490,Q96A49,P40763,P11802,Q06124	13
Vesicle targeting to from or within golgi	0.5494702554077482	1.4110357901220865	0.1582340611822554	1.0	0.5876603944386357	11	Q92734,Q9BVK6	2
Bone cell development	0.755271456774934	1.408640225561981	0.1589415780608281	1.0	0.5882964621969957	4	Q15904	1
Export from cell	0.3303332218861212	1.408593678751411	0.1589553490793074	1.0	0.5882964621969957	98	O43633,P20645,P04083,Q5JRA6,Q06124,P14174,O43768,Q8TAG9,Q8TBQ9,P30626,O95563,Q9UBV2,P15311,P55011,Q99816,Q15042,O75592,Q9Y5K6,O43747,P27695,P20339,Q9UN37,O00471,P0DP25,Q00535,Q99584	26
Response to hydrogen peroxide	0.4792331553899199	1.4074487523755264	0.1592943634312726	1.0	0.5891709332389538	19	O95831,Q99720,P04083	3
Tube morphogenesis	0.3450256583800065	1.4052621937647074	0.15994332607811	1.0	0.5907140014025716	78	O75340,Q9H2J4,P04792,Q96T37,Q9BXJ9,P04083,P35613,P40763,P61586,Q96AY3,Q5JRA6	11
Positive regulation of organic acid transport	0.6916411247237709	1.4032398117035942	0.160545339480076	1.0	0.5921674103913597	5	P14174,Q15042	2
Cellular response to insulin stimulus	0.3908808584185377	1.40250730858267	0.1607638095788932	1.0	0.5921674103913597	41	Q9H1E3,O60343,Q9UQB8,P62993,P48506,Q9Y5X3,P43490,Q96A49,P11802,Q06124	10
Actomyosin structure organization	0.4040118593713628	1.4018409879093328	0.1609627357070233	1.0	0.5921674103913597	38	Q9NYL9,Q9Y624,P16949,O14786,Q15149,P61586,P35579,Q99439,P10644,Q8WUM4,Q9NQW6,O00151,P35609,Q9Y281,P60953,P35580,Q7Z460,Q9UN37,Q15942,Q13177	20
Schwann cell development	0.7534196896295342	1.4012506281073034	0.1611391394779291	1.0	0.5922589752722004	4	Q9UPY3,P11047	2
Positive regulation of protein polymerization	0.456102470929274	1.4000571712636998	0.1614961989358403	1.0	0.5927254109879246	23	Q15691,P61586,Q14203,Q9UQB8	4
Macromolecule deacylation	0.4280973715500422	1.3979882991086103	0.1621165809228808	1.0	0.5928965380904019	31	Q13363,P61964,Q9H4L7,Q9ULX6,P49354,Q9UMR5,O95372,Q15014	8
Multi multicellular organism process	0.45930733135966	1.396131942053206	0.1626747665474561	1.0	0.5935430671326103	22	O60684,P41440,P17655,P35613,P11172,Q13263,Q9UIQ6,Q9BQE5,O75592,Q02790	10
Cell cycle g1 s phase transition	0.3812091213137132	1.3955278308227437	0.1628567282907345	1.0	0.5935837977749394	50	Q06323,O43660,P04083,Q7L2J0,Q04637,P31350,P35241,Q9UL46,P06730,P49321,Q07864,Q6Y7W6,Q93034,P27695,Q7Z7L1,Q00535,P15927,P11802,O75312,Q8N6R0,Q07666	21
Response to molecule of bacterial origin	0.4305144627790579	1.3950904296523772	0.1629885717961765	1.0	0.593641660325077	30	Q9NUQ9,P14174,P04179,Q02952,P17655,Q6PD62,P61586	7
Genitalia development	0.7510810252936079	1.391916013888185	0.163947831947262	1.0	0.5957378796913383	4	Q15392,Q06124	2
Histone h2b ubiquitination	0.6507639903978562	1.3902184919111211	0.164462539826347	1.0	0.5959777022326241	6	Q9NW82,Q6PD62	2
Extracellular transport	0.8663123466884721	1.3901159038491988	0.1644936846419835	1.0	0.5959777022326241	2	O14745	1
Protein trimerization	0.750341272078826	1.3889628940423262	0.1648440336607415	1.0	0.596898804100994	4	P14174	1
Lipid localization	0.3790790748046547	1.3883858462714394	0.165019583934489	1.0	0.5971862565461403	51	Q99720,P02656,P14174,O43772,P04083,Q9H6V9,Q9C0B1	7
Lipid homeostasis	0.4869899429237904	1.3869976303516245	0.1654424854094454	1.0	0.5983679874156411	18	P02656	1
Response to l glutamate	0.7488726040878322	1.383099315757839	0.1666344154746553	1.0	0.5998943145170954	4	O95831	1
Positive regulation of epithelial cell migration	0.457275101652162	1.3821452283431692	0.1669271136047569	1.0	0.5998943145170954	22	O75340,P04792,P04083	3
Tricarboxylic acid cycle	0.4636519148238036	1.3799645933135998	0.1675975466937858	1.0	0.6002619565371529	20	P48735	1
Adipose tissue development	0.5756444828527696	1.379906446399524	0.1676154515225032	1.0	0.6002619565371529	9	P43490,Q8N0X7,Q9C0B1	3
Peptide catabolic process	0.5750597140599827	1.377034023012223	0.1685017291059312	1.0	0.6002619565371529	9	P55786,Q99829,P09960,Q9UIQ6	4
Regulation of postsynapse organization	0.5365510323203602	1.377019605392844	0.1685061864730093	1.0	0.6002619565371529	12	P18085,Q9UQB8,Q96HC4,Q14444,Q96QK1,Q00535	6
Ribonucleoprotein complex localization	0.6853606291197996	1.3768058335240143	0.1685722868032853	1.0	0.6002619565371529	5	Q08J23,Q9ULX6	2
Organic acid biosynthetic process	0.3443111853133512	1.376399400151709	0.1686980136010274	1.0	0.6002619565371529	69	Q96SU4,P02656,P14174,P49903,Q9UJ14,P34896,Q99707,P09960,P56537,P04083,O60678,Q9NRN7,O60568,P28161,Q14353,Q13126	16
Anatomical structure formation involved in morphogenesis	0.3088862759661908	1.3761961698012295	0.1687609076104568	1.0	0.6002619565371529	121	O75340,Q96AX1,Q9H2J4,Q06124,P04792,P41440,Q9Y281,Q96T37,Q9BXJ9,P04083,P35613,P40763,Q6PD62,P61586,Q9NR77,Q5JRA6,P23381,Q9UPY3	18
Regulation of rna binding	0.6006529315932548	1.374358988263255	0.1693302616569352	1.0	0.6002619565371529	8	P60228,Q9H1E3,Q04637	3
Collagen fibril organization	0.6005906025748933	1.374065663450775	0.1694212980601899	1.0	0.6002619565371529	8	Q96AY3,O60568	2
Positive regulation of cell cell adhesion	0.4483461845637454	1.373553106884582	0.1695804634138022	1.0	0.6002619565371529	24	P61586,Q9NUQ9,P41440,P04083	4
Regulation of short term neuronal synaptic plasticity	0.8618152085036808	1.3718820671454388	0.1701001538261275	1.0	0.6002619565371529	2	Q15042	1
Regulation of filopodium assembly	0.5737040224983302	1.3703736182422437	0.1705703030470857	1.0	0.6008385110407731	9	P20339,O14786,P11233,P51116	4
Regulation of leukocyte proliferation	0.4943733968160693	1.3681348670040323	0.1712698645721697	1.0	0.6008385110407731	17	P14174,P04083	2
Establishment of epithelial cell polarity	0.6255068435016099	1.368001693079953	0.1713115461483245	1.0	0.6008385110407731	7	P15311,P60953,P26038,O14745,P61586	5
Positive regulation of plasma membrane bounded cell projection assembly	0.4731269676805972	1.367995375517025	0.1713135236458582	1.0	0.6008385110407731	19	P50570,Q15555,P27695,Q9UHD8,Q8NCA5,Q9NQW6,O14786,O15144,P60953,P11233	10
Protein destabilization	0.5989119668149973	1.3661647338596696	0.1718872638268769	1.0	0.6008385110407731	8	P19474	1
Pyrimidine ribonucleotide biosynthetic process	0.5728455516976907	1.3661552033532665	0.171890254534347	1.0	0.6008385110407731	9	Q9BZX2,Q05682,Q9NRF8,P11172,P17812	5
Pyrimidine ribonucleotide metabolic process	0.5728455516976907	1.3661552033532665	0.171890254534347	1.0	0.6008385110407731	9	Q9BZX2,Q05682,Q9NRF8,P11172,P17812	5
Extracellular matrix disassembly	0.6452084049073108	1.365900221722383	0.1719702831527549	1.0	0.6008385110407731	6	P41440	1
Suppression of viral release by host	0.6823306055322236	1.3640450308594332	0.1725533935311367	1.0	0.6008385110407731	5	P19474,Q14258,Q12899	3
Microtubule anchoring	0.6246287768000571	1.3640355043075076	0.1725563916605375	1.0	0.6008385110407731	7	O95684,Q14203,Q9P287,Q8IWJ2	4
Negative regulation of glycolytic process	0.8597710547833206	1.3635955015082517	0.1726949087046367	1.0	0.6008385110407731	2	P40763	1
Renal system process	0.5723167842211349	1.3635566007935664	0.1727071590171334	1.0	0.6008385110407731	9	P61586,O14745	2
Regulation of histone h3 k4 methylation	0.5196843176900324	1.3630211943809116	0.172875831094069	1.0	0.6008385110407731	14	Q6PD62,P61964	2
Protein localization to cell periphery	0.35567854045214	1.3614241027975518	0.173379703442881	1.0	0.6008385110407731	62	Q9Y624,P41440,Q9H4M9,P35241,Q8IWJ2,P35613,Q15904,O00471,Q9H223,P17931,Q00535,O14745,Q9ULT8,Q15436,P35609	15
Regulation of hematopoietic progenitor cell differentiation	0.5550866084660611	1.3559748791548765	0.175107160967185	1.0	0.6037842696314376	10	O15047,Q96J02	2
Adaptive immune response based on somatic recombination of immune receptors built from immunoglobulin superfamily domains	0.4324960978009022	1.3553293724350637	0.1753126408097243	1.0	0.6041305777420716	27	Q9UQ84,Q9NUQ9,P40763,P04083	4
Actin polymerization or depolymerization	0.3945005947443046	1.3547430197691956	0.1754994464165373	1.0	0.6041305777420716	39	Q9NYL9,Q9NUQ9,Q9UQB8,Q9Y281,P62993,Q14247,P35241,Q14019,O15143,O15144,P61586,P35609,Q92747	13
Regeneration	0.441331611082046	1.3533211493066422	0.1759530555036561	1.0	0.6050213038082528	25	Q99707,P11047,P04083,O14744,Q96G23,Q7Z4V5	6
Establishment or maintenance of bipolar cell polarity	0.5320591910611514	1.352856474811046	0.1761014866424941	1.0	0.6050753667495875	12	P15311,P18085,P60953,Q8WUM4,O14745,P61586,Q9Y696	7
Protein kinase c signaling	0.8662815628290887	1.3522614557522226	0.1762916900792235	1.0	0.6050753667495875	3	P41440	1
Regulation of glial cell proliferation	0.8662280846865029	1.352061968530427	0.1763554923118553	1.0	0.6050753667495875	3	Q9UPY3	1
Dna conformation change	0.3103083541072212	1.3519761345878487	0.1763829499783704	1.0	0.6050753667495875	110	Q13363,Q8TEX9,P17096,Q9H4L7,P41227,P51530,Q92688,P04083,Q9ULX6,O95831,Q9BRT9,P46063,Q99733,Q9H7B4,Q6PD62,O14646,O15347,Q01105	18
Hemostasis	0.4813660568214615	1.351747961586118	0.1764559563902581	1.0	0.6050753667495875	18	Q13310,P38435,P04792,Q9Y490	4
Negative regulation of catabolic process	0.3365720290368484	1.350334349893228	0.1769087587808737	1.0	0.605086860744102	86	P02656,P98175,Q14011,Q04637,Q9H814,Q13526,Q9NRR5,P16989,Q9NQ88,O75592,Q9H2J4,P35637,Q13148,O00273,Q04323,P40763,P46777,Q92804,Q92530	19
Regulation of voltage gated calcium channel activity	0.6790052001357838	1.350035097856295	0.1770047249195709	1.0	0.605086860744102	5	P0DP25,Q00535	2
Water soluble vitamin metabolic process	0.5094295697197827	1.3492408704564725	0.1772596111123767	1.0	0.605086860744102	15	P41440,Q9H2D1,Q99707,P48506,P34896,Q9NRN7	6
Exit from mitosis	0.5951601844072961	1.3484983686184944	0.1774981445230001	1.0	0.6053066872530648	8	Q16763,O43633,Q9UJX2	3
Negative regulation of phosphoprotein phosphatase activity	0.7398126366130813	1.346912352963161	0.1780084625615008	1.0	0.6062580579232503	4	Q15257	1
Postsynapse organization	0.4513386720458642	1.34125193090335	0.1798386708519475	1.0	0.6075073143216785	22	P18085,Q9UQB8,Q14247,P12814,Q96HC4,P49354,O14786,Q96QK1,Q00535,P60953,O60678	11
Regulation of t cell activation	0.4284110683661714	1.3408650793096348	0.1799642618821608	1.0	0.6075073143216785	28	Q9NUQ9,P04083,Q9BXW9,P61586,Q96J02	5
Ribonucleoside monophosphate metabolic process	0.4475975995421837	1.34053190995391	0.1800724772470379	1.0	0.6075073143216785	23	P22102,P49915,P30085,P30566,Q9BZX2,P30520,P07741,Q05682,P12268,P00491,P11908,Q9UDY2,P11172,O15067,P55263,P00568,P27708	17
Fat cell differentiation	0.4572887545452649	1.3374583825108208	0.1810730582806674	1.0	0.6075073143216785	20	Q13363,Q8N4Q0,Q9C0B1	3
3 utr mediated mrna destabilization	0.6385815194447547	1.3368671491722717	0.1812660056177901	1.0	0.6075073143216785	6	Q13148,Q9H2U1,Q92900,Q92945	4
Peptidyl lysine methylation	0.4143709893423665	1.3361953665165656	0.1814854251610358	1.0	0.6075073143216785	33	Q9H7B4,Q6PD62,O15047	3
Negative regulation of catalytic activity	0.3052072522778788	1.334126853805778	0.1821622864239305	1.0	0.6075073143216785	119	P02656,P04792,P04083,Q9H7B4,P23381,Q01105,Q15392,P20810,Q15257,P61927,Q99816,Q9P258,P35237,Q96B36,O00273,O95684,Q04323,P17931,P46777,Q92530	20
Negative regulation of cellular catabolic process	0.3391175797989847	1.3329295005720627	0.1825549403997479	1.0	0.6075449960541787	78	P02656,Q9H2J4,P16989,P35637,Q13148,O00273,Q9H814,Q04323,P40763,P98175,Q9NRR5,Q14011,P46777,Q9NQ88,Q04637,Q92804,Q92530	17
Morphogenesis of a polarized epithelium	0.5505550274330084	1.332923228706966	0.1825569988143474	1.0	0.6075449960541787	10	P61586,O00471	2
Regulation of ryanodine sensitive calcium release channel activity	0.6747434094484994	1.3320731777992791	0.1828361432054985	1.0	0.6076364425957442	5	P28161,P0DP25	2
Release of sequestered calcium ion into cytosol by endoplasmic reticulum	0.6747434094484994	1.3320731777992791	0.1828361432054985	1.0	0.6076364425957442	5	P28161,P0DP25	2
Histone monoubiquitination	0.5653030164266655	1.3290673468199066	0.1838257519593553	1.0	0.6076364425957442	9	P63208,Q6PD62,Q5VTR2	3
Folic acid metabolic process	0.6365785969267059	1.328087377726905	0.1841492428023874	1.0	0.6076364425957442	6	P34896,Q9H2D1,P41440	3
Organic cation transport	0.7350865193869268	1.328027076969217	0.1841691620268117	1.0	0.6076364425957442	4	O43772	1
Response to corticosteroid	0.4333041839555598	1.3267442786375758	0.1845932884157952	1.0	0.6076364425957442	26	Q99829,P04083,O95831,Q9H7B4,P61586,O75592	6
Pigment granule organization	0.734334962976402	1.3250235096268868	0.1851633539118791	1.0	0.608346097763096	4	Q9BXS5	1
T cell selection	0.8588068969310038	1.3243813039279757	0.1853764406028404	1.0	0.6084501565241222	3	P61586	1
Regulation of response to oxidative stress	0.5042696564435865	1.319460150663876	0.1870153239159786	1.0	0.6116075070646855	15	P04179,P04792	2
Cellular response to reactive oxygen species	0.4481326055956951	1.3191476384622618	0.1871197595334561	1.0	0.6116075070646855	22	O95831,Q99720,P04083	3
Negative regulation of transport	0.3675195006737988	1.3185913881917164	0.1873057543081269	1.0	0.6118720327477475	54	Q9NT62,P02656,Q99439,Q9Y376,P04083,P0DP25,O14745,P28161,Q06124	9
Response to chemokine	0.6713468729496864	1.3177531189776472	0.1875863062631246	1.0	0.6122367776390718	5	P61586,Q96T37	2
Regulation of glial cell apoptotic process	0.8479149632052365	1.3155601453664123	0.1883217177333418	1.0	0.6132553052564601	2	Q02952	1
Positive regulation of neurotransmitter secretion	0.8479149632052347	1.3155601453664043	0.1883217177333445	1.0	0.6132553052564601	2	Q15042	1
Inner cell mass cell proliferation	0.7315875613747899	1.3140428899590808	0.188831771186551	1.0	0.6142720267514311	4	P61201,Q9BRT9,O75312	3
Nucleoside monophosphate biosynthetic process	0.4472448586619381	1.3130250415574525	0.1891745101806123	1.0	0.6144213955133906	22	P22102,P49915,P30085,Q9BZX2,P30520,P07741,Q05682,P34896,P11172,O15067,P55263,P30566,P11908	13
Regulation of cell cycle g1 s phase transition	0.417180857830318	1.311742303908777	0.1896070978915389	1.0	0.6149459497777983	31	P31350,P27695,P35241,Q7Z7L1,O43660,P04083,Q8N6R0,Q9UL46,Q7L2J0,Q04637,Q6Y7W6,Q06323,P15927	13
Unsaturated fatty acid biosynthetic process	0.6130235938102757	1.311570006509178	0.1896652585854736	1.0	0.6149459497777983	7	P04083	1
Early endosome to golgi transport	0.7307692307692201	1.310772053061736	0.1899347871002494	1.0	0.615281704690949	4	P49257,Q9BVK6,O60749	3
Negative regulation of cell activation	0.5022071280949302	1.3075504420650843	0.1910258353312968	1.0	0.6167796996192849	15	P17931,O15347,Q96J02,P04083	4
Dna methylation or demethylation	0.44935932089008	1.3048332860608105	0.1919496221204315	1.0	0.6170294139435747	21	Q9H9B1,P27695,Q8NB78,Q9C0B1,O14744,O95983	6
Pyrimidine nucleoside monophosphate metabolic process	0.5857623026294471	1.3042057855655125	0.1921634277885464	1.0	0.6170294139435747	8	Q05682,P34896,Q9BZX2,P11172	4
Pyrimidine nucleoside monophosphate biosynthetic process	0.5857623026294471	1.3042057855655125	0.1921634277885464	1.0	0.6170294139435747	8	Q05682,P34896,Q9BZX2,P11172	4
Posttranscriptional regulation of gene expression	0.3236868502544562	1.3013291561047322	0.1931458114321789	1.0	0.6172131553212372	190	P04792,Q92945,Q96PU8,P60228,Q9Y2W1,P67809,P78344,P00374,P63173,P98175,Q08J23,P98179,Q14011,Q9Y2L1,P61586,Q04637,Q92600,Q15631,P26196,P34896,Q567V2,Q9H814,P56537,P23588,Q9Y2V2,Q9UPY3,P55010,Q8N543,P51116,P16989,Q7Z478,P55884,Q92900,Q9C0B1,P05198,Q6Y7W6,P43897,Q9Y5A9,P27695,P35637,Q6P6C2,Q13148,Q9UI10,Q8NC51,P04406,P40763,Q13310,P46777,Q15418,Q92804,Q969T7,Q07666	52
Regulation of dendritic spine morphogenesis	0.5849175071463018	1.3002218813802986	0.1935249331390218	1.0	0.6172131553212372	8	Q96HC4,Q14444,Q00535,Q9UQB8	4
Interleukin 8 production	0.6095626198327028	1.2959097208415706	0.1950065898035191	1.0	0.6194326970229431	7	P04083	1
Radial glial cell differentiation	0.8508630796003491	1.2947600852674743	0.1954030052260549	1.0	0.6195607441911267	3	P61586	1
Viral translational termination reinitiation	0.6287339346290575	1.2936829531692011	0.1957749559314594	1.0	0.6197717151344571	6	P55884,P56537	2
Establishment of epithelial cell apical basal polarity	0.6287095456959539	1.293575952728555	0.1958119331874082	1.0	0.6197717151344571	6	P15311,O14745,P61586,P60953	4
Peptidyl glutamic acid modification	0.7260497829465731	1.2919074209673955	0.1963892074764557	1.0	0.62104528709249	4	P41227	1
Maternal process involved in female pregnancy	0.5827466040011001	1.2899828246444849	0.1970566215261799	1.0	0.62104528709249	8	Q9BQE5,O75592,P35613	3
Positive regulation of protein modification by small protein conjugation or removal	0.4054625112368723	1.2892590370152823	0.1973080467460279	1.0	0.62104528709249	34	O75340,Q9UBT2,Q7Z6Z7,Q13155,P63208,Q16763,Q9UBV8,Q13526,Q96MG7,P68036,Q5VTR2,Q9BUN8,Q6PD62,O75592,Q9NVI1	15
Biological adhesion	0.3060459176310415	1.2883187687387712	0.1976350223258625	1.0	0.6214245512119524	127	Q9NYL9,P04792,Q9UQB8,Q9Y624,P04083,P61586,Q5JRA6,Q06124,Q13630,Q8WX93,P31949,P35241,Q9UDY2,Q9UM22,O00151,P35609,P15311,P41440,Q9BTW9,P52565,P35613,Q9Y490,Q9P258,Q92766,Q9Y5K6,Q9NUQ9,Q9Y5A9,Q15942,P11047,P17931,Q00535,Q96J02	32
Peptidyl proline hydroxylation	0.5821204719115821	1.287029308044539	0.198084073036131	1.0	0.6225213024060596	8	O75718,O15460	2
Leukocyte apoptotic process	0.5131760863715852	1.2865691515635345	0.1982445016599041	1.0	0.6227103466403666	13	P04083	1
Ribonucleoside metabolic process	0.6069688689186776	1.2841702759712184	0.1990823830544814	1.0	0.6237646815178254	7	Q13126,P55263	2
Purine ribonucleoside metabolic process	0.6069688689186776	1.2841702759712184	0.1990823830544814	1.0	0.6237646815178254	7	Q13126,P55263	2
Rna stabilization	0.4313697169743676	1.2810872389090693	0.2001630255942323	1.0	0.6268342859002436	25	P16989,P35637,Q13148,Q9Y2W1,P67809,Q9H814,P98175,Q08J23,Q14011,Q92804	10
Negative regulation of rna splicing	0.4798911033774201	1.2799174341067248	0.2005741754436616	1.0	0.6268662221996326	17	P38159,P61978,Q13247,P98175,Q8WXF0,O00422,Q12872,P22626	8
Histone h3 k4 methylation	0.4456906798450075	1.2799132126373445	0.2005756602736677	1.0	0.6268662221996326	21	Q6PD62,O15047	2
Platelet morphogenesis	0.6255736100556198	1.279816213190924	0.200609780388133	1.0	0.6268662221996326	6	P35579,Q96AX1,Q06124	3
Vesicle mediated transport to the plasma membrane	0.4180432264687427	1.278984175722884	0.200902628390291	1.0	0.6268662221996326	29	P42566,Q8TAG9,Q9H4M9,Q8IWJ2,O00471,Q15904,Q9H223,P35609	8
Production of sirna involved in rna interference	0.8465711855916653	1.278762279490936	0.2009807807406551	1.0	0.6268662221996326	3	Q9UPY3	1
Regulation of vesicle mediated transport	0.3309239870518637	1.2782853699320724	0.2011488244192159	1.0	0.6270754014273748	86	Q9NT62,P02656,Q7Z3T8,O43633,P04083,Q8N6T3,O14786,O60343,Q99439,P35241,P35609,P15311,P41440,Q9H4M9,Q99816,P61978,Q9H223,Q15042,Q9H3U1,P50570,Q9Y5K6,O43747,P27695,P20339,Q9UN37,P17931,P0DP25,Q00535	28
Negative regulation of histone acetylation	0.6618200299617375	1.2775700044268377	0.2014010824971472	1.0	0.6272983839067127	5	Q13363	1
Regulation of inclusion body assembly	0.6614826284863441	1.2761465465586774	0.2019037201214524	1.0	0.6273247210621129	5	P25685	1
Homophilic cell adhesion via plasma membrane adhesion molecules	0.623664410502093	1.2714377121131373	0.2035729734899849	1.0	0.6290475664075369	6	P35613	1
Regulation of fat cell differentiation	0.5227419207763395	1.2701929576018136	0.204015905591774	1.0	0.6290475664075369	11	Q8N4Q0,P04179,Q96A49,Q9C0B1,Q92766	5
Positive regulation of smooth muscle cell apoptotic process	0.8356500408830775	1.26593731568933	0.2055355253160384	1.0	0.6311891301804647	2	P04179	1
Macromolecule catabolic process	0.2725550270344886	1.265787392721106	0.205589209933918	1.0	0.6311891301804647	338	Q92945,Q99729,Q9Y2W1,P67809,Q99570,Q9UHG3,P06737,Q9NXV2,Q8N511,P28072,P28074,Q9NRR5,P28070,Q9UPY3,O00178,Q99436,P16989,P51665,O95831,Q9C0B1,Q9UIQ6,Q6Y7W6,Q9H2J4,P35637,Q6P6C2,Q04323,Q9UJX2,Q92804,Q969T7,Q96J02,O43633,P62312,Q14011,Q9BUN8,P49721,Q9H814,Q9Y4X5,Q13526,Q9UNZ2,O75592,P20618,Q9Y5A9,O00273,O43242,Q16763,P51530,P48556,Q9UJX4,P25789,Q8TEY7,P25787,Q9Y5X3,P54727,A0AVT1,O95372,Q99816,P07384,Q9Y5K6,Q93034,Q5TBB1,P27695,Q13148,Q13310,Q00535,P46777,P17655,O75312,Q92530,Q9UNS2,Q7Z6E9,P60228,P48506,Q15386,P98175,Q08J23,Q13200,Q9Y2L1,Q9ULT8,P35241,Q9Y2V2,Q9UBV2,Q5VTR2,Q14258,P15311,P51116,P63208,Q92900,O43847,Q9UN37,Q86UV5,Q8NC51,Q96T88,Q5VYK3,P60900,Q07812,Q15008,Q5TDH0,Q8IYB8,Q06323,Q14139	100
Protein k11 linked ubiquitination	0.6028967615637846	1.265735185506058	0.2056079067553322	1.0	0.6311891301804647	7	Q9UJX2,Q16763,Q9UJX4,P30260	4
Negative regulation by host of viral transcription	0.7193386920921976	1.2650807320496915	0.2058423891423899	1.0	0.6311891301804647	4	Q9H1E3	1
Substantia nigra development	0.5021659333732083	1.2642857992349616	0.2061274647352629	1.0	0.6311891301804647	14	P11413,Q04917,P80723,P0DP25,P61586	5
Regulation of organelle assembly	0.3738816218535554	1.263352552523231	0.2064625077107713	1.0	0.6315922033910788	44	Q9NT62,P15311,O43633,Q15555,P27695,Q99816,P20339,P35241,Q15042,P61586,Q8TC07	11
Positive regulation of secretion	0.3916756541214935	1.260498480178815	0.2074895958108613	1.0	0.6337975356544264	37	P15311,O43633,P14174,P55011,Q99816,P30626,O43747,P20339,Q9Y5X3,O95563,Q15042,Q00535,Q9Y5K6,Q06124	14
Negative regulation of molecular function	0.3175542612913682	1.25476609992382	0.2095636822822029	1.0	0.6363767564657603	168	P02656,Q92530,P04792,Q9Y624,P04083,P16949,P19474,Q7L2J0,Q9H7B4,P23381,Q01105,Q8TEY7,O43768,Q9Y376,P30626,Q15392,P20810,P35241,Q13526,Q15257,P61927,P35609,Q9H1E3,Q99816,O14745,Q9P258,P35237,Q96B36,Q99829,O00273,O95684,Q04323,P17931,P0DP25,P46777,P28161,Q96J02	37
Negative regulation of inclusion body assembly	0.8399157502719756	1.2539658472905104	0.2098544192984233	1.0	0.6366370023660033	3	P25685	1
Positive regulation of leukocyte cell cell adhesion	0.4752534193832175	1.251639221508637	0.2107013560474442	1.0	0.6388942485618304	17	P61586,Q9NUQ9,P04083	3
Inclusion body assembly	0.6188863438523837	1.2504656803785337	0.2111294846509985	1.0	0.6392451618734362	6	P25685	1
Regulation of protein modification process	0.3184024255704146	1.2503391098894632	0.2111756973648435	1.0	0.6392451618734362	238	Q9UBT2,P04792,Q16763,P48506,P19474,Q9H3P2,Q12824,Q9H7B4,Q9BUN8,P61586,Q04637,Q92600,P23381,Q01105,Q06124,Q13363,O75340,P14174,O43768,Q9Y376,Q13526,Q15257,Q6PD62,P54652,O75718,P61927,P61964,P41440,Q99816,Q9NW82,Q9H223,Q96A49,Q15042,O14745,Q9NYV4,O60678,O75592,Q99627,Q96B36,Q9H2J4,P11413,Q13148,O95684,Q9ULX6,Q04323,P49354,P17931,P0DP25,Q00535,P46777,Q9NVI1,Q96J02	52
Response to peptide	0.3320417517982047	1.2502862276942772	0.2111950075844648	1.0	0.6392451618734362	79	Q9UQB8,P48506,P04083,P43490,Q06124,O60343,P07741,P62993,P56537,Q9Y5X3,P35609,Q9H1E3,Q13247,P09960,P35613,Q96A49,P27695,Q9UI10,Q9NR50,P40763,Q00535,P11802	22
Protein k29 linked ubiquitination	0.8388548057259698	1.250014543613616	0.2112942346265516	1.0	0.6392451618734362	3	Q16763,Q96J02	2
Regulation of cardiac muscle contraction by regulation of the release of sequestered calcium ion	0.715442666413973	1.2495080152357334	0.2114793237347618	1.0	0.6393800391396647	4	P28161	1
Response to oxidative stress	0.3325614066508432	1.246172114830871	0.212701214077847	1.0	0.6412012327298204	76	Q99720,Q9NWX6,P04792,O75874,Q15392,P04083,O95831,P28074	8
Sterol homeostasis	0.5332974264524301	1.245023037249611	0.2131232822360091	1.0	0.6421618547722547	10	P02656	1
Endothelium development	0.437293694576934	1.2443512272992012	0.2133703249166194	1.0	0.6423670645567259	22	P15311,Q9Y624,P35241,Q9UDY2,O14786,O60568,P18206,O60869,P61586,Q9Y696	10
Establishment of endothelial barrier	0.5119079629501445	1.2442752696573518	0.2133982695942875	1.0	0.6423670645567259	12	P15311,Q9Y624,P35241,Q9UDY2,P18206	5
Positive regulation of cytoskeleton organization	0.3928843970687505	1.240091305804975	0.2149416243663342	1.0	0.6456689163544165	36	Q9UHV9,Q9UQB8,Q9Y281,P62993,Q14247,Q14203,Q15691,O14786,O15144,Q00535,P61586,P35609	12
Vesicle organization	0.3445773744701769	1.2389646515914816	0.2153585890460851	1.0	0.6457638039479425	62	O43633,Q92734,Q5JRA6,Q9BVK6,P04083,Q9BXS5,Q15436,Q15075	8
Cellular pigmentation	0.5967565297499161	1.2379298770210458	0.2157420630122128	1.0	0.6462895375329677	7	Q96AX1,Q9BXS5	2
Immune system development	0.3056370299358866	1.2347201772499712	0.2169346638394687	1.0	0.6486106222643719	134	Q9NYL9,Q96T37,Q9UQ84,P04179,P04083,Q15904,P55327,Q99873,P61586,Q9ULT8,P43246,Q6FI81,Q06124,Q99439,P56537,Q9NQW6,Q6PD62,O15047,Q9NPH0,Q9H3U1,P11413,Q9Y5A9,Q6NXE6,Q9BXW9,P40763,P17931,Q13310,Q96AX1,O15347,Q96J02	30
Negative regulation of dna binding transcription factor activity	0.4626800786457624	1.234425408841208	0.2170444257589237	1.0	0.6486265081630973	18	P19474	1
Positive regulation of mitotic cell cycle phase transition	0.4097432264326854	1.2330053531264884	0.2175737669809634	1.0	0.6495832177652803	30	Q9NYL9,P31350,P30260,P11802,P27695,P35241,O43660,P04083,Q9UJX4,Q9UJX2,Q7L2J0,P54652,Q04637,Q9P258	14
Negative regulation of mrna splicing via spliceosome	0.4889246401350794	1.2308041105355203	0.2183961378002408	1.0	0.6505580915662624	15	P38159,P61978,Q13247,P98175,Q8WXF0,O00422,Q12872	7
Establishment of endothelial intestinal barrier	0.6142927230212458	1.23030016277195	0.2185847233957258	1.0	0.6505580915662624	6	Q9UDY2	1
Regulation of cell communication by electrical coupling involved in cardiac conduction	0.8266557645134934	1.229610135951899	0.2188431325735784	1.0	0.6505580915662624	2	P0DP25	1
Regulation of high voltage gated calcium channel activity	0.8266557645134934	1.229610135951899	0.2188431325735784	1.0	0.6505580915662624	2	P0DP25	1
Regulation of non motile cilium assembly	0.6134316134316268	1.2265198215204791	0.2200031208482544	1.0	0.6527565124069089	6	Q15555,P27695,P27816,Q9UHD8,P50570	5
Peptidyl lysine hydroxylation	0.7094711551811594	1.2256437476757518	0.2203327673182646	1.0	0.6531104940555722	4	Q96AY3	1
Response to steroid hormone	0.3495668840344373	1.225098755458918	0.2205380140479742	1.0	0.653346545606455	59	Q99829,O75874,P04083,O95831,Q9H7B4,P61586,O75592,Q02790	8
T cell lineage commitment	0.6487903365550264	1.2225939302986402	0.2214831067847087	1.0	0.6551666069317303	5	P61586	1
Regulation of epithelial cell migration	0.4031762522465484	1.2220376968442392	0.2216933718115943	1.0	0.6552669390528324	32	O75340,P61586,P04792,P04083	4
Regulation of ubiquitin protein ligase activity	0.5280343341764624	1.2181966396027888	0.2231492563523103	1.0	0.6570682228297047	10	Q16763,P61927,P46777	3
Negative regulation of gtpase activity	0.6106662029934793	1.2143794121057183	0.2246028734938028	1.0	0.6579169077342054	6	Q9P258,Q9Y624	2
Positive regulation of mirna mediated gene silencing by inhibition of translation	0.8274028629856802	1.2073966683313824	0.2272794180075248	1.0	0.6641906756831666	3	Q04637,P40763	2
Cellular response to molecule of bacterial origin	0.4346539753212094	1.204904754355096	0.2282400730187448	1.0	0.6663708760913989	21	Q9NUQ9,P14174,P17655,Q6PD62,P61586	5
Positive regulation of ryanodine sensitive calcium release channel activity	0.8264560428294914	1.2038762108285277	0.2286374277767153	1.0	0.6665262492729174	3	P28161	1
Pyrimidine ribonucleoside triphosphate metabolic process	0.5891857207612681	1.2036412206586524	0.2287282800492323	1.0	0.6665262492729174	7	Q9BZX2,P17812,Q9NRF8	3
Pyrimidine ribonucleoside triphosphate biosynthetic process	0.5891857207612681	1.2036412206586524	0.2287282800492323	1.0	0.6665262492729174	7	Q9BZX2,P17812,Q9NRF8	3
Protein k63 linked ubiquitination	0.4979797296045777	1.2027941710173462	0.2290559810305548	1.0	0.6668640439049124	13	Q16763,P19474,Q96J02	3
Peptidyl arginine methylation to asymmetrical dimethyl arginine	0.8253578732106296	1.1997936761502523	0.2302194807922206	1.0	0.6682728236368348	3	O60678,Q99873	2
Histone arginine methylation	0.8253578732106287	1.199793676150249	0.230219480792222	1.0	0.6682728236368348	3	Q99873,O14744	2
Gmp metabolic process	0.503225630318431	1.1974499434432513	0.2311312270608927	1.0	0.668707800780569	12	Q9UDY2	1
Phospholipase c activating g protein coupled receptor signaling pathway	0.818479149632055	1.1966445745518228	0.23144511875764	1.0	0.668707800780569	2	O14745	1
Regulation of endocytic recycling	0.8184791496320538	1.1966445745518184	0.2314451187576418	1.0	0.668707800780569	2	Q9H4M9	1
Positive regulation of endocytic recycling	0.8184791496320538	1.1966445745518184	0.2314451187576418	1.0	0.668707800780569	2	Q9H4M9	1
Negative regulation of fat cell differentiation	0.7021330425178027	1.1963301593707938	0.2315677438884447	1.0	0.668707800780569	4	Q8N4Q0	1
Regulation of protein kinase activity	0.3286143206299352	1.1960528285889085	0.2316759440171343	1.0	0.668707800780569	75	Q99627,Q96B36,P14174,P04792,Q9Y376,Q99816,Q9NYV4,O95684,Q96A49,P0DP25,O14745,Q9H7B4,P61586,P23381	14
Hematopoietic stem cell differentiation	0.5083823065415929	1.1943740197155668	0.2323316948901135	1.0	0.6699711345944294	11	O15047,Q96J02	2
Neuron differentiation	0.3115185486721837	1.192707211110461	0.2329840605014621	1.0	0.6710718996818552	159	Q8WUJ1,Q9UQB8,Q15428,O60828,P78344,P04179,P00374,P16949,O14786,Q99873,P61586,P08670,Q04637,P33176,Q06124,Q8TEY7,Q8WX93,Q15555,Q04917,O60271,Q14247,P26196,Q99707,Q9BUP0,Q9BW83,Q96HC4,Q13526,Q86X55,Q9Y296,P61201,Q9UPY3,Q9NR77,A0AVT1,O95372,Q02790,P55145,P18085,P61964,P41440,Q9H4M9,Q9BTW9,P35613,Q9UBB4,O14745,P50570,Q6Y7W6,O60678,O75592,Q96G23,Q99829,P11047,Q8N0X7,P40763,Q00535,O75312	55
Positive regulation of muscle cell differentiation	0.6416309910948457	1.1923914083361622	0.2331078075570354	1.0	0.6711170537455678	5	Q15014	1
Regulation of phosphatase activity	0.4957946681380478	1.1907474647168614	0.2337527384148083	1.0	0.6721097167166077	13	P0DP25,Q15257	2
Positive regulation of fibroblast proliferation	0.641144279219735	1.190338549625301	0.2339133549666447	1.0	0.6721097167166077	5	P11802,P14174,Q5TBB1	3
Regulation of p38mapk cascade	0.8168438266557663	1.1900592258937874	0.2340231146621365	1.0	0.6721097167166077	2	Q99873	1
Type b pancreatic cell apoptotic process	0.6410308449535258	1.1898601144057468	0.2341013773959803	1.0	0.6721097167166077	5	Q13247,P20810	2
Cell activation	0.3075967480808662	1.1898585726887432	0.2341019834553981	1.0	0.6721097167166077	104	P04792,Q9Y624,Q9UQ84,P48506,P04083,P55327,P61586,P43246,P17812,Q06124,P14174,Q02952,Q9Y490,Q9NUQ9,Q9BXW9,P40763,P17931,O14744,O15347,Q96J02,Q99584	21
Smooth muscle cell proliferation	0.4741633800122029	1.189453964321533	0.2342610761848487	1.0	0.6722556761127128	16	P61586,Q5VZE5,P04179	3
Positive regulation of transport	0.2990917021996335	1.1869684906021527	0.2352400494606716	1.0	0.6744416930520643	126	O43633,P04083,Q06124,P14174,P30626,P35241,Q9Y5X3,O95563,P54652,P35609,P15311,P55011,P41440,Q9H4M9,Q99816,P61978,Q92688,O14737,Q15042,O14745,P50570,Q9Y5K6,O43747,P11413,P27695,P20339,Q13148,Q9UN37,P17931,P0DP25,Q00535,Q07812,Q13263,P55786,P28161,O75312	36
Negative regulation of innate immune response	0.5068383396558953	1.1862217116765963	0.235534754173456	1.0	0.6746636639378054	11	P19474	1
Tubulin complex assembly	0.6398148008746485	1.1847313941125943	0.2361236656409933	1.0	0.6757271721799855	5	P61758,Q15813	2
Iron ion homeostasis	0.4808745755953587	1.1842804430606493	0.2363020677990008	1.0	0.675926228020173	15	Q15904,Q8N511	2
Regulation of cell projection assembly	0.378965273786389	1.182126323860614	0.2371555808185954	1.0	0.6768066255360429	38	Q9NT62,Q15555,P51116,P27695,P20339,P35241,Q9P258,Q8NCA5,Q9NQW6,O14786,O15144,P50570,Q8TC07,P11233	14
Lamellipodium morphogenesis	0.6977679950982304	1.1789021913172302	0.2384371250696864	1.0	0.678120845528349	4	Q92766,O60749	2
Negative regulation of rna catabolic process	0.4049789718496033	1.1782241092124974	0.2387072734822819	1.0	0.678120845528349	29	P16989,P35637,Q13148,Q99729,Q9Y2W1,P67809,Q9H814,P98175,Q08J23,Q14011,Q92804	11
Cell cycle dna replication initiation	0.6380303650880738	1.1772062688942342	0.2391131871343379	1.0	0.6789633708752805	5	P09884,P33993,P33991	3
Regulation of insulin receptor signaling pathway	0.534306006553682	1.176388580349872	0.239439632982779	1.0	0.6790889237625914	9	Q9H1E3,Q06124,Q9Y5X3	3
Establishment of golgi localization	0.6959901800327234	1.171806472353676	0.2412747635471159	1.0	0.6803757349297211	4	O14745,P63104,P60953	3
Synaptic vesicle transport	0.5332203048201472	1.1710400268346293	0.2415826884895386	1.0	0.6803757349297211	9	Q9Y2T2,Q00535,P50570	3
Positive regulation of protein binding	0.4322622973360702	1.1699777230387542	0.242009933811454	1.0	0.681270031264338	20	Q15691,Q9BUN8,P19474,P41440	4
Regulation of phosphoprotein phosphatase activity	0.5034248731773997	1.1682003621919086	0.2427259544372915	1.0	0.682976065725229	11	P0DP25,Q15257	2
Regulation of cytoskeleton organization	0.3116830732216664	1.1669599137165767	0.2432265583766482	1.0	0.6837650192480694	99	O43633,Q9NYL9,Q9UHV9,Q9UQB8,Q9Y624,Q14203,Q14019,P16949,O15143,P61586,Q15555,P62993,P35241,P35609,Q02790,P15311,Q9Y281,P52565,Q9Y5K6,O75592,Q9NUQ9,Q15691,Q00535,P17655,Q92747	25
Regulation of mitotic centrosome separation	0.8159509202453964	1.164855030757083	0.2440776788966439	1.0	0.6841755172605354	3	P52732,Q9UNZ2	2
Positive regulation of organelle assembly	0.4515974968019891	1.164801765317177	0.2440992441582874	1.0	0.6841755172605354	18	A5YKK6,Q15555,Q14204,P27695,P26038,Q8WUM4,Q9UHD8,Q9UN86,Q15042,Q16181,P61586,Q13283	12
Tight junction organization	0.4971505644753824	1.1646917449972167	0.2441437916665614	1.0	0.6841755172605354	12	Q9Y624,P17612,Q8WUM4,Q9BTW9,Q13177,Q15149	6
Transport of virus	0.5989204582049236	1.1628242647651033	0.2449008101604346	1.0	0.6844437583691715	6	O60684	1
Regulation of protein targeting	0.4767694528334705	1.16056341643016	0.245819490129461	1.0	0.6852315263446039	15	Q9Y4C2,P31150,Q7Z6Z7,P49257,P68036,O14737,Q9BZL1,Q00535,Q9UII2,P55786	10
Establishment of protein localization	0.2514904195403887	1.1585299278693293	0.2466478457571737	1.0	0.6861496872845071	377	Q9NT62,Q9NVZ3,O43633,P61009,O60684,Q8TEX9,P04792,Q7Z4Q2,Q9NPA0,Q92973,O76094,P20645,P04083,Q15904,Q8N6T3,Q9H7B4,Q9BUN8,O60830,Q5JRA6,O75340,A6NIH7,Q8TAG9,Q8TBQ9,P40616,Q9H814,Q9BW83,O95563,P35606,P20290,Q92688,O95831,Q15042,Q9BXS5,P83436,O75592,Q96AX1,P20339,Q9BVK6,O00471,Q8NFH4,P40763,P0DP25,O43592,P55786,Q9UHB9,Q15436,Q99584	47
Organophosphate catabolic process	0.4180174844492014	1.157302580831374	0.2471487594828112	1.0	0.6868935036913267	24	Q9H773	1
Endocytic recycling	0.4896973796090183	1.1571396860104302	0.2472152948067818	1.0	0.6868935036913267	13	Q15904,P42566,Q9H223,Q9H4M9	4
Negative regulation of intracellular signal transduction	0.3245071203058938	1.1542679046400623	0.2483903506295366	1.0	0.6880729554950767	78	O75340,Q96B36,Q9NUQ9,P14174,P04792,P16989,P04179,Q13526,O14745,P61586,Q96J02	11
Regulation of clathrin dependent endocytosis	0.8078495502861831	1.1538923682364868	0.2485442984292556	1.0	0.6880729554950767	2	Q9H3U1	1
Response to hormone	0.3043067763749383	1.1532171634567323	0.2488212604470778	1.0	0.6880729554950767	144	Q9UQB8,O75874,P48506,P04083,P43490,O15143,Q9H7B4,P61586,Q92600,Q06124,O60343,P07741,Q9Y376,P62993,Q15392,P35241,Q86X55,P56537,Q9Y5X3,Q14258,Q02790,Q9H1E3,Q13247,P09960,P35613,O95831,Q96A49,O75592,Q99829,P27695,Q9UI10,Q9NR50,P40763,P0DP25,P11802	35
Positive regulation by host of viral transcription	0.5963935617815872	1.1517376506096348	0.249428895673657	1.0	0.6880729554950767	6	Q9H1E3,O14646	2
Organelle membrane fusion	0.4394960296672143	1.1501614003906204	0.250077401055135	1.0	0.6880729554950767	19	Q8IWA4,Q15075,P04083	3
Positive regulation of histone ubiquitination	0.6893181892640675	1.1451917315213862	0.2521297427587867	1.0	0.6902813648065771	4	Q6PD62	1
Type i interferon production	0.4160506298763838	1.1432767295604267	0.2529237135177411	1.0	0.6907790264989724	24	P19474,O60828,Q96J02,P41440	4
Protein complex oligomerization	0.3543848017659151	1.1429175252993988	0.2530728354526759	1.0	0.6907790264989724	51	Q99720,O43633,P14174,Q9NWX6,P35637,P34896,P04179,Q9NXV2	8
Negative regulation of dephosphorylation	0.5130381323179185	1.1417758796974296	0.25354719078191	1.0	0.6907790264989724	10	P17931,Q15257	2
Regulation of mrna metabolic process	0.2979583130228087	1.14131781238336	0.2537376923062688	1.0	0.6907790264989724	130	Q96T37,Q92945,Q96PU8,Q99729,Q9Y2W1,P67809,Q15637,P98175,Q8WXF0,P98179,Q14011,Q9Y2L1,P08670,O00267,Q96EP5,Q12872,Q9Y2V2,Q6PD62,Q5VTR2,O00178,P51116,P16989,P61978,Q13247,Q92900,Q9C0B1,Q6Y7W6,Q69YN4,Q9Y5A9,P27695,P35637,Q6P6C2,Q13148,Q8NC51,Q8N684,Q13310,Q92804,Q969T7,Q07666	39
Protein k48 linked ubiquitination	0.5753652652260384	1.141067521002296	0.2538418258406851	1.0	0.6907790264989724	7	Q15386,Q96J02	2
Maintenance of cell polarity	0.5931357151172187	1.137447864119585	0.2553511077825288	1.0	0.6933670220067791	6	O00151,O14745	2
Cellular modified amino acid metabolic process	0.3570761896465535	1.1363876532284936	0.255794360815383	1.0	0.6936606902460822	48	P11413,O75874,Q9UJ14,P41440,P34896,P48506,Q9H2D1,P04179,Q9NRN7,O60568,Q9UHG3,P28161,Q14353	13
Negative regulation of chemotaxis	0.6280163728463373	1.1350002322679311	0.2563752210590415	1.0	0.6946291984191308	5	O14786,P51452,P14174	3
Receptor mediated endocytosis	0.360843495545797	1.1345077451887355	0.2565816267422034	1.0	0.694885260387738	43	P42566,P09497,P02656,P15311,Q01518,P62993,P61978,P41440,P20339,P20645,Q9H3U1,P50570,Q9UBF8,Q9Y5K6	14
Mature ribosome assembly	0.6272722742307891	1.1318660918977097	0.257690736198326	1.0	0.6955376349461347	5	Q7Z2Z2,P56537	2
Negative regulation of stem cell differentiation	0.5733291513381247	1.131854436899074	0.2576956369567509	1.0	0.6955376349461347	7	Q8WX92,P40763,Q9Y5A9	3
Golgi localization	0.6272105844193617	1.1316062693888045	0.2578000031511687	1.0	0.6955376349461347	5	O14745,P63104,P60953	3
Negative regulation of nucleotide metabolic process	0.8063308093506663	1.1291950763262442	0.2588155503158698	1.0	0.6955376349461347	3	P40763	1
Endothelial cell development	0.463889818247984	1.1286054707397568	0.2590643018524969	1.0	0.6955376349461347	16	P15311,Q9Y624,P35241,Q9UDY2,P18206,O60568,Q9Y696	7
Methionine metabolic process	0.8058306868883439	1.12734344756988	0.2595972994292661	1.0	0.6955376349461347	3	Q99707	1
Sulfur amino acid biosynthetic process	0.8058306868883439	1.12734344756988	0.2595972994292661	1.0	0.6955376349461347	3	Q99707	1
Methionine biosynthetic process	0.8058306868883439	1.12734344756988	0.2595972994292661	1.0	0.6955376349461347	3	Q99707	1
Regulation of organic acid transport	0.5722111219792605	1.126796445911714	0.2598285535399354	1.0	0.6955376349461347	7	P14174,Q15042	2
Dna unwinding involved in dna replication	0.4839998665041686	1.1257536634516287	0.2602698022884522	1.0	0.6962427299875125	13	P27694,P17096,P33991,Q9BRT9,P46063,P33993,P25205	7
Lipoprotein metabolic process	0.4897818736909514	1.1249808259924363	0.2605971594100669	1.0	0.6962427299875125	12	P02656,Q9BQE5,Q15042	3
Smooth muscle cell apoptotic process	0.8051237088468868	1.124726370890114	0.2607050033567741	1.0	0.6962427299875125	3	P04179	1
Inner cell mass cell differentiation	0.8004905968928917	1.1243754274254822	0.2608537919449933	1.0	0.6962427299875125	2	Q6PD62	1
Mitochondrial fragmentation involved in apoptotic process	0.625411193584046	1.1240287010542132	0.2610008502912748	1.0	0.6962427299875125	5	Q9NT62,Q07812	2
Regulation of calcium ion transmembrane transport	0.4629777499124805	1.1232075420815637	0.2613493601562742	1.0	0.6968568169044493	16	P11413,P27695,P30626,P0DP25,Q00535,P54652,P28161	7
Abscission	0.8000817661488163	1.1227377560356284	0.2615488876887357	1.0	0.6969864942025314	2	Q8N0X7	1
Negative regulation of smooth muscle cell proliferation	0.6250634624990443	1.122564577423495	0.2616224666644284	1.0	0.6969864942025314	5	P61586,P04179	2
Positive regulation of glial cell differentiation	0.58930014042637	1.1206307297460578	0.2624450789179962	1.0	0.6979802741245209	6	Q9UPY3	1
Proteasome mediated ubiquitin dependent protein catabolic process	0.3102401180281799	1.1199827774519162	0.2627211013434962	1.0	0.6983593142978892	97	Q92530,Q16763,P48506,P48556,Q9UJX4,Q13200,Q9BUN8,Q9ULT8,Q9NXV2,P30260,P25787,Q9Y4X5,Q99460,Q9UBV2,Q9NRR5,P54727,Q14258,Q9UNZ2,P63208,P46379,P45974,P51665,O15372,Q9Y5K6,Q93034,Q04323,Q5VYK3,Q9UJX2,Q15008,Q96J02,Q14139	31
Negative regulation of type b pancreatic cell apoptotic process	0.6822478548102122	1.1170189177217982	0.2639862366119014	1.0	0.699980584696801	4	Q13247	1
Response to lipid	0.2901492579030597	1.116678258025834	0.264131917318299	1.0	0.7000503186806811	113	P14174,Q99829,O75874,P04179,P04083,O95831,P40763,Q02952,Q9H7B4,P61586,Q6PD62,O75592,Q13126,Q02790	14
Cellular response to steroid hormone stimulus	0.3589104025202268	1.1164302882747563	0.2642379946839801	1.0	0.7000503186806811	43	Q9H7B4,P61586,P04083	3
Negative regulation of protein dephosphorylation	0.5456719598140956	1.1150516163029087	0.2648283034345104	1.0	0.7013150380930959	8	P17931,Q15257	2
Response to reactive oxygen species	0.4080132913438607	1.111591726942588	0.2663137312267136	1.0	0.702837321809345	25	O95831,Q99720,P04083	3
Ovulation cycle	0.586686858687922	1.1091776878989104	0.2673535359204979	1.0	0.703800533304914	6	P04083	1
Mrna splice site selection	0.4230304412184746	1.1082247751166312	0.2677647536484768	1.0	0.7043060991179251	20	Q15428,Q15637,Q8WXF0,Q13247	4
Positive regulation of muscle cell apoptotic process	0.6215546853361267	1.107795466101443	0.2679501586092976	1.0	0.7043060991179251	5	Q9NQ88,P04179,P17655	3
Regulation of vesicle fusion	0.8005160430389373	1.107681839443131	0.2679992451232942	1.0	0.7043060991179251	3	P04083	1
Regulation of pigmentation	0.7959934587080977	1.106374401239514	0.2685645006935551	1.0	0.7046792773870797	2	Q96AX1	1
Mammary gland involution	0.7959934587080969	1.10637440123951	0.2685645006935568	1.0	0.7046792773870797	2	P07384	1
Activation of cysteine type endopeptidase activity involved in apoptotic process by cytochrome c	0.7959934587080969	1.10637440123951	0.2685645006935568	1.0	0.7046792773870797	2	Q9NR28	1
Regulation of lipid biosynthetic process	0.4141986236018114	1.1063035752073571	0.2685951448591333	1.0	0.7046792773870797	23	P02656,O75874	2
Organism emergence from protective structure	0.7994380285089986	1.1036972154918856	0.2697245039276408	1.0	0.7060371179790366	3	Q6PD62	1
Regulation of genetic imprinting	0.7951757972199565	1.103104731213291	0.269981686475365	1.0	0.7060371179790366	2	Q6PD62	1
Genomic imprinting	0.7951757972199565	1.103104731213291	0.269981686475365	1.0	0.7060371179790366	2	Q6PD62	1
Embryonic placenta morphogenesis	0.7951757972199529	1.1031047312132776	0.2699816864753708	1.0	0.7060371179790366	2	P62993	1
Bleb assembly	0.7992504722377032	1.1030040841426882	0.2700253915483146	1.0	0.7060371179790366	3	Q9NR77	1
Regulation of t cell receptor signaling pathway	0.6783960720130868	1.101686986550782	0.2705977764235594	1.0	0.7062656334902255	4	P51452,P17931,P15311	3
Regulation of antigen receptor mediated signaling pathway	0.6783960720130868	1.101686986550782	0.2705977764235594	1.0	0.7062656334902255	4	P51452,P17931,P15311	3
Regulation of hepatic stellate cell activation	0.794358135731809	1.0998360927919002	0.2714035434150601	1.0	0.7062656334902255	2	P48506	1
Regulation of lipid metabolic process	0.3576333617552366	1.0995873292847889	0.2715119651308066	1.0	0.7062656334902255	42	P02656,P34913,O75874	3
Regulation of cilium assembly	0.4792319675152831	1.0995093870891446	0.2715459417569517	1.0	0.7062656334902255	13	Q9NT62,Q8TC07,Q15555,P27695	4
Regulation of cellular amide metabolic process	0.3061363048293494	1.097903464660711	0.2722466449250689	1.0	0.7064988152882063	161	P04792,Q92945,Q96PU8,P60228,P67809,P78344,P00374,P63173,P98179,Q14011,Q9Y2L1,P61586,Q04637,Q92600,P26196,P34896,Q567V2,P56537,Q13526,P23588,P55010,Q8N543,P51116,P16989,Q7Z478,P55884,Q92900,Q9C0B1,P05198,Q9NQ88,Q6Y7W6,P43897,Q9Y5A9,P27695,Q13148,Q9UI10,P04406,P40763,P18669,P46777,Q15418,Q969T7,Q07666	43
Negative regulation of protein acetylation	0.5179658500894567	1.0959530658464258	0.2730993144288496	1.0	0.7075288871936404	9	Q13363	1
Dendrite development	0.3846015552742518	1.0941297673072892	0.2738980686950332	1.0	0.7085690654265766	33	P18085,Q9UQB8,Q04917,O60828,P78344,Q86X55,Q96HC4,O14786,Q00535,Q9Y296,P60953,P61586,A0AVT1,O60678	14
Regulation of cellular component size	0.3223718747018051	1.092956401392433	0.2744129426730333	1.0	0.7085690654265766	66	Q9NYL9,Q9UQB8,Q14019,P78344,O15143,O14786,O15144,P61586,P62993,Q14247,P35241,P35609,P15311,Q9Y281,P55011,P50570,O14745,Q96B36,Q9NUQ9,P20339,Q8N0X7,Q00535,Q92747	23
Gmp salvage	0.796374037825668	1.0923787432106369	0.2746666622808507	1.0	0.7085690654265766	3	P55263	1
Regulation of apoptotic dna fragmentation	0.7963190184049008	1.0921755946419018	0.2747559274633167	1.0	0.7085690654265766	3	O95831,O00273	2
Regulation of dna catabolic process	0.7963190184049008	1.0921755946419018	0.2747559274633167	1.0	0.7085690654265766	3	O95831,O00273	2
Purine nucleobase biosynthetic process	0.5398084548406836	1.0874303604742648	0.2768466596636787	1.0	0.7114394722115674	8	P34896	1
Organic cyclic compound catabolic process	0.2993202138269896	1.0863520586732287	0.2773232632462434	1.0	0.7114394722115674	142	Q9H773,P34913,Q92945,Q99729,P60228,P51530,Q9Y2W1,P67809,P62312,P98175,Q08J23,Q14011,Q9Y2L1,P08670,Q04917,Q9H814,Q9Y2V2,Q9UPY3,O00178,P51116,P16989,Q92900,O95831,Q9C0B1,Q6Y7W6,Q13126,Q5TBB1,Q9Y5A9,P27695,P35637,Q6P6C2,O00273,Q13148,Q8NC51,Q8IYB8,Q9NRN7,Q13310,Q07812,O75312,Q92804,Q969T7	41
Hepatic stellate cell activation	0.7946830265848629	1.086136582348394	0.2774185695855315	1.0	0.7114394722115674	3	P48506,Q02952	2
Fibroblast activation	0.7946830265848629	1.086136582348394	0.2774185695855315	1.0	0.7114394722115674	3	P48506,Q02952	2
Oligosaccharide lipid intermediate biosynthetic process	0.7945550372895925	1.0856642591004435	0.2776275587457619	1.0	0.7114394722115674	3	O75340	1
Membrane fusion	0.3925292824304792	1.0822960914782829	0.2791209821690943	1.0	0.7126426802518064	29	Q8IWA4,Q9UNZ2,Q15075,P04083	4
Glycine biosynthetic process	0.7932603026654369	1.0808873315359375	0.2797472345593039	1.0	0.7129620275575481	3	P34896	1
Negative regulation of response to wounding	0.6730769230769091	1.0805358963956018	0.2799036108188879	1.0	0.7129620275575481	4	Q7Z460,Q96G23,P55011	3
Keratinocyte proliferation	0.6730769230769087	1.0805358963955989	0.2799036108188892	1.0	0.7129620275575481	4	Q13247,Q15648,Q6ZWJ1	3
Regulation of keratinocyte proliferation	0.6730769230769087	1.0805358963955989	0.2799036108188892	1.0	0.7129620275575481	4	Q13247,Q15648,Q6ZWJ1	3
Nucleobase metabolic process	0.4186870506556698	1.0792078175085975	0.2804950954954293	1.0	0.7138830094371376	20	P30085,P07741,Q05682,P34896,Q9NRF8,P11172,P17812	7
Positive regulation of metaphase anaphase transition of cell cycle	0.5796057712468088	1.078168536413269	0.2809585503883072	1.0	0.7147696017662383	6	Q9UJX4,Q9UJX2,P30260	3
Endosomal transport	0.3489114248828521	1.077247175948152	0.2813698545055927	1.0	0.7151399317240948	50	O43633,Q7Z3T8,Q14203,O60749,Q9P2R3,Q15904,Q15075,P42566,O60271,P40616,Q8IWJ2,Q9Y5X3,P35609,Q9H4M9,P49257,Q9H223,Q6IAA8,Q96D71,Q9UN37,Q9BVK6	20
Vesicle targeting	0.4465659931920253	1.076836461289567	0.2815533330655113	1.0	0.7151399317240948	17	Q92734,Q9BVK6	2
Dna modification	0.4065332465789643	1.0754755708683157	0.2821618637028331	1.0	0.7153562456194827	24	Q9H9B1,P27695,Q8NB78,Q9C0B1,O14744,O95983	6
Positive regulation of i kappab kinase nf kappab signaling	0.3952890204842842	1.0754612562766768	0.2821682692983276	1.0	0.7153562456194827	27	P61586,P19474,Q92734,Q99584	4
Pyrimidine containing compound biosynthetic process	0.4685848273140767	1.0749726006429694	0.2823869955472808	1.0	0.7153562456194827	14	Q9BZX2,Q05682,P34896,Q9NRF8,P11172,P17812	6
Sulfur amino acid metabolic process	0.5603900628379629	1.073369181904846	0.2831055061427336	1.0	0.7155543532434278	7	Q13867,Q99707,P48506,Q13126	4
Vacuolar localization	0.4852100997111861	1.072153995243306	0.2836508698465543	1.0	0.7155543532434278	11	P35579,O60271,Q8NCA5,Q96AX1,P33176,Q99584	6
Positive regulation of mitotic cell cycle	0.3664135590979706	1.0720751431404965	0.283686282450633	1.0	0.7155543532434278	38	P51452,Q9NYL9,P31350,P30260,P11802,P27695,P35241,P06730,O43660,P04083,Q9UJX4,Q9UJX2,Q7L2J0,P54652,Q04637,Q9P258,Q06124	17
Head morphogenesis	0.6709300559602445	1.0720069161095838	0.283716925733944	1.0	0.7155543532434278	4	Q15042,Q06124	2
Regulation of mrna export from nucleus	0.6707807341096897	1.071413874866166	0.2839833769068387	1.0	0.7155543532434278	4	Q9ULX6	1
Epiboly	0.5780176472717912	1.0712196259785691	0.2840706890124731	1.0	0.7155543532434278	6	P61586	1
Morphogenesis of an epithelial sheet	0.5780176472717912	1.0712196259785691	0.2840706890124731	1.0	0.7155543532434278	6	P61586	1
Amp salvage	0.6706887065601022	1.0710483933449757	0.2841476707082597	1.0	0.7155543532434278	4	P55263	1
Purine ribonucleotide salvage	0.6706887065601022	1.0710483933449757	0.2841476707082597	1.0	0.7155543532434278	4	P55263	1
Purine nucleotide salvage	0.6706887065601022	1.0710483933449757	0.2841476707082597	1.0	0.7155543532434278	4	P55263	1
Cortical cytoskeleton organization	0.4455583780794285	1.070711588815693	0.2842991303806492	1.0	0.7155662725392423	17	P15311,Q9NQW6,Q00535,Q9Y490,P61586	5
Regulation of dendrite morphogenesis	0.5359516908468078	1.069278908713564	0.2849440114492245	1.0	0.7166878538273327	8	Q04917,Q14444,O60828,Q9UQB8	4
Regulation of cell activation	0.3469302758679326	1.0690043468432266	0.2850677107177495	1.0	0.7167086977964472	51	Q9NUQ9,P14174,Q9Y624,P04083,Q9BXW9,P17931,P61586,P43246,O15347,Q96J02,Q06124	11
Adaptive immune response	0.3837353967889165	1.0662109624927367	0.286328287689459	1.0	0.7184237036571882	32	Q9UQ84,Q9NUQ9,P40763,P04083	4
Cellular response to lipid	0.3176331357147631	1.0620313625881088	0.2882214476027336	1.0	0.7208597144512028	73	P14174,P04083,Q9H7B4,P61586,Q6PD62	5
Negative regulation of bmp signaling pathway	0.7873210633946766	1.0590006368130778	0.289599489701591	1.0	0.7208597144512028	3	Q8N0X7,Q9Y2U8	2
Escrt complex disassembly	0.6674756346525437	1.058293656897831	0.2899215838909055	1.0	0.7208597144512028	4	O43633	1
Regulation of secretion	0.3171515690638917	1.056573141245866	0.2907064438358056	1.0	0.7208597144512028	70	O43633,P04083,Q06124,P14174,O43768,P30626,Q9Y5X3,O95563,P15311,P55011,Q99816,Q15042,O14745,Q9Y5K6,O75592,O43747,P27695,P20339,Q9UN37,P0DP25,Q00535	21
Branchiomotor neuron axon guidance	0.7833197056418677	1.0558174314178477	0.2910516327642414	1.0	0.7208597144512028	2	O75592	1
Hypothalamus cell differentiation	0.7833197056418666	1.0558174314178426	0.2910516327642436	1.0	0.7208597144512028	2	P27695	1
Endocytosis	0.3116623197121106	1.055439364333672	0.2912244275432896	1.0	0.7208597144512028	89	Q9NVZ3,P02656,P20645,O60749,Q8N6T3,Q15075,Q5JRA6,Q8TEY7,P42566,P09497,Q01518,P62993,Q9Y5X3,Q9Y2T2,P15311,P41440,Q9H4M9,Q99816,P61978,Q9H223,Q9H3U1,P50570,Q9UBF8,Q9Y5K6,P20339,P17931,P0DP25,Q00535	28
Actomyosin contractile ring organization	0.6090347434708521	1.0551798035394688	0.2913430991935946	1.0	0.7208597144512028	5	Q9NQW6,Q9UN37,Q15149	3
Mitotic cell cycle phase transition	0.3024937003029569	1.0547044654800817	0.291560508862678	1.0	0.7208597144512028	100	O43633,Q9NYL9,Q07666,Q16763,P04083,O43660,Q9NXR7,Q9Y6G9,Q9UJX4,Q7L2J0,Q04637,Q92547,P31350,P30260,Q15645,O43768,P35241,Q9NQW6,Q9UL46,P54652,P06730,P49321,P14635,P50570,Q6Y7W6,Q9P258,Q93034,Q5TBB1,P27695,Q9UN37,Q7Z7L1,Q9UJX2,P0DP25,Q00535,P11802,O75312,Q06323,P15927	38
Golgi ribbon formation	0.7859337183841985	1.0538946147456332	0.2919311687300261	1.0	0.7208597144512028	3	O14744	1
Regulation of systemic arterial blood pressure mediated by a chemical signal	0.7859072909027898	1.0537973751107337	0.2919756955343278	1.0	0.7208597144512028	3	P61586	1
Regulation of anatomical structure morphogenesis	0.2953509695165758	1.050006405615781	0.2937151676883598	1.0	0.721137226908911	106	P04792,Q9UQB8,Q9Y624,O60828,P78344,P04083,O14786,O15144,P61586,P11233,P23381,P35579,O75340,Q04917,O60271,P35241,Q96HC4,P15311,P55011,P60953,O14745,P35580,Q9P258,Q92766,P50570,Q9NUQ9,Q9H2J4,Q7Z6Z7,Q8N0X7,P40763,Q00535	31
Leydig cell differentiation	0.7816843826655794	1.04931445348364	0.2940334159963198	1.0	0.721137226908911	2	Q15637	1
Mrna 5 splice site recognition	0.6075267275653813	1.048852789947028	0.2942458766422522	1.0	0.721137226908911	5	Q8WXF0	1
Fibroblast proliferation	0.4756165816022149	1.0487830939245917	0.294277960157641	1.0	0.721137226908911	12	P14174,P04179,Q07812,P11802,Q5TBB1	5
Positive regulation of establishment of protein localization to mitochondrion	0.5311485064840749	1.046695592866533	0.295239997014654	1.0	0.7214881673567989	8	P30419,Q7Z6Z7,O14737,Q9BZL1,P68036,P55786	6
Protein catabolic process	0.309368776760936	1.0454212127291156	0.295828336851839	1.0	0.7214881673567989	212	O43633,Q92530,Q9UNS2,Q7Z6E9,Q16763,P48506,P48556,Q15386,Q9UJX4,Q13200,Q9UHG3,Q9BUN8,Q9ULT8,P25789,Q9NXV2,Q8N511,Q8TEY7,P25787,P49721,P35241,Q9Y4X5,Q9Y5X3,Q13526,P28072,P28074,Q9UBV2,Q9NRR5,P28070,P54727,Q5VTR2,A0AVT1,Q14258,O95372,P15311,Q99436,Q9UNZ2,Q99816,P63208,P51665,Q9UIQ6,O75592,P20618,Q9Y5K6,Q93034,O43847,Q9H2J4,Q15008,Q9UN37,O43242,Q86UV5,Q96T88,Q04323,Q5VYK3,Q9UJX2,P60900,P46777,P17655,Q5TDH0,Q06323,Q96J02	60
Positive regulation of translation	0.3406835122449063	1.0452237677897187	0.2959195609275951	1.0	0.7214881673567989	54	P51116,P16989,Q9Y5A9,P60228,Q7Z478,Q567V2,P67809,P78344,P56537,P98179,Q14011,P61586,P46777,Q04637,P08670,Q07666	16
Organic acid transmembrane transport	0.410903748884712	1.0437125838836605	0.2966183859862665	1.0	0.7214881673567989	21	O95563,O43772,P41440	3
Response to mineralocorticoid	0.5714347057374285	1.0424423553230449	0.2972066380181539	1.0	0.7214881673567989	6	O95831	1
Negative regulation of mrna catabolic process	0.4050599884857315	1.0423599271733015	0.2972448380205912	1.0	0.7214881673567989	23	P16989,P35637,Q13148,Q99729,Q9Y2W1,P67809,P98175,Q14011,Q92804	9
Macrophage migration	0.5712121027208421	1.0414700697081094	0.2976574371607277	1.0	0.7214881673567989	6	P14174	1
Macrophage chemotaxis	0.5712121027208421	1.0414700697081094	0.2976574371607277	1.0	0.7214881673567989	6	P14174	1
Positive regulation of epithelial cell proliferation	0.440495849139784	1.0399670843244515	0.2983551933493884	1.0	0.7219929681278251	17	O75340,Q9H2J4,Q13247,P11047,P40763,Q6ZWJ1,O14786,Q92766	8
Regulation of synaptic transmission gabaergic	0.7792313982011472	1.0395695182456504	0.298539944676663	1.0	0.7219929681278251	2	P27695	1
Positive regulation of synaptic transmission gabaergic	0.7792313982011472	1.0395695182456504	0.298539944676663	1.0	0.7219929681278251	2	P27695	1
Negative regulation of myeloid cell differentiation	0.4928667966717494	1.0392146360561565	0.29870492505977	1.0	0.7219929681278251	10	Q6PD62,O15347,Q96T37	3
Cysteine metabolic process	0.7788225674570753	1.0379464984271003	0.2992949639938398	1.0	0.7221762865650365	2	P48506	1
Sulfur amino acid catabolic process	0.7788225674570752	1.0379464984270992	0.2992949639938405	1.0	0.7221762865650365	2	Q13867	1
Phosphatidylinositol phosphate biosynthetic process	0.7815950920245376	1.0379434720613196	0.2992963730304823	1.0	0.7221762865650365	3	Q9UBF8,Q99570	2
Epithelial cell apoptotic process	0.5290940063937913	1.0370444638678986	0.2997151355296716	1.0	0.7221762865650365	8	Q13247,P20810,O00471	3
Cellular response to biotic stimulus	0.3884572820140184	1.0367930996069417	0.2998322921287546	1.0	0.7221762865650365	28	Q9NUQ9,P14174,Q9NQ88,P17655,Q6PD62,P61586	6
Anaphase promoting complex dependent catabolic process	0.5289356257021802	1.0363006925070604	0.3000618831889787	1.0	0.7221762865650365	8	Q16763,Q9UJX2	2
Regulation of glial cell differentiation	0.5057340458794433	1.035892905287305	0.3002521078647628	1.0	0.7221762865650365	9	Q9UPY3	1
Regulation of intrinsic apoptotic signaling pathway	0.3496342094612595	1.0350540024861814	0.3006436921818314	1.0	0.7221762865650365	44	P14174,P04179,P04792,P16989	4
Regulation of plasma membrane organization	0.7780049059689313	1.0347014495568274	0.3008083588864489	1.0	0.7221762865650365	2	P50570	1
Killing of cells of another organism	0.6041086627310481	1.0345217872000447	0.3008922967949281	1.0	0.7221762865650365	5	P04406,P81605,P05204	3
Regulation of focal adhesion disassembly	0.7775960752248596	1.033079424310947	0.3015667314217896	1.0	0.7225036273647042	2	Q15555	1
Cilium movement	0.6604861039670084	1.030589620753482	0.3027333054098866	1.0	0.72442412254904	4	Q86Y56,O14745	2
Negative regulation of histone modification	0.4472530735540631	1.0303279692876313	0.3028560737687522	1.0	0.72442412254904	16	Q13363,P61964	2
T cell activation involved in immune response	0.5503364159486699	1.0280322831894946	0.3039346421043098	1.0	0.7244566113802453	7	P40763,P04083	2
Regulation of neurotransmitter transport	0.4713764799162129	1.0260294398322862	0.3048777074632172	1.0	0.7244566113802453	12	P20339,P0DP25,Q15042,P41440	4
Negative regulation of phosphorus metabolic process	0.3141528831118463	1.0259314535701771	0.3049238953695048	1.0	0.7244566113802453	67	P04792,Q96KB5,O95373,Q15149,Q9H7B4,Q04637,P23381,P51452,O43768,O60271,Q15257,P31689,Q99816,Q86XL3,Q9NQ88,Q96B36,Q13148,O95684,Q13177,P40763,Q07812,P17931,P0DP25,O00410,P30153	25
Cellular anion homeostasis	0.7782160218334665	1.0255387186739562	0.3051090659087418	1.0	0.7244566113802453	3	O14745	1
Negative regulation of protein modification by small protein conjugation or removal	0.3830849180527605	1.0250548102866823	0.3053373264100951	1.0	0.7244566113802453	30	Q04323,P19474,Q00535,P46777,O60678,P61927	6
Negative regulation of t cell receptor signaling pathway	0.7779141104294429	1.0244312076368554	0.3056316479719316	1.0	0.7244566113802453	3	P15311,P17931	2
Negative regulation of antigen receptor mediated signaling pathway	0.7779141104294429	1.0244312076368554	0.3056316479719316	1.0	0.7244566113802453	3	P15311,P17931	2
Cell junction disassembly	0.7779141104294425	1.0244312076368534	0.3056316479719325	1.0	0.7244566113802453	3	Q15555,Q00535	2
Neuron apoptotic process	0.3495223069500017	1.024405180414896	0.305643936121128	1.0	0.7244566113802453	42	Q96A26,Q99720,Q96B36,P11413,P51858,P04179,Q9NR28,O95831,O75312,Q00535,P61081,P61586,P43246,Q01105	14
Positive regulation of cellular amide metabolic process	0.3370717409280216	1.0230158718425442	0.3063003414667058	1.0	0.7244566113802453	55	P51116,P16989,Q9Y5A9,P60228,Q7Z478,Q567V2,P67809,P78344,P56537,P98179,Q14011,P61586,P46777,Q04637,P08670,Q07666	16
Positive regulation of anion transport	0.5669693911351851	1.0229502043632774	0.3063313904267182	1.0	0.7244566113802453	6	P14174,Q15042	2
Regulation of neuron projection development	0.3487242240268055	1.0213696278861273	0.3070793493966111	1.0	0.7244566113802453	43	Q9NR77,Q9UQB8,Q04917,Q15428,Q9H4M9,O60828,P78344,Q86X55,Q8N0X7,O14786,Q00535,P61586,P08670,Q96G23,Q02790	15
Regulation of cell shape	0.3988580422801053	1.0209278268905924	0.3072886341603082	1.0	0.7244732035442347	24	Q9UQB8,Q9Y624,P35241,P04083,O14745,P61586	6
Cellular response to ether	0.7739165985282119	1.0184965184531554	0.3084420545312323	1.0	0.7249535345940278	2	P11802	1
Synaptic vesicle localization	0.4887706003460514	1.0184500121606814	0.3084641451356078	1.0	0.7249535345940278	10	Q9Y2T2,Q00535,P50570	3
Dendritic cell migration	0.6571669859613045	1.017455917151769	0.30893659295903	1.0	0.7249535345940278	4	P60953	1
Pyrimidine ribonucleoside diphosphate metabolic process	0.6571279594902515	1.0173015807113472	0.3090099848744592	1.0	0.7249535345940278	4	Q05682,P11172	2
Double strand break repair	0.3137181470772675	1.0162399307912713	0.3095151456618199	1.0	0.7253166243622271	74	Q9H1E3,Q15645,Q9Y2K7,Q9H4L7,P35637,P51530,Q9NW82,Q9BXW9,Q9NXR7,Q9NRR5,P46063,P43246,P15927,Q15014	14
Regulation of cell morphogenesis	0.3426201838405197	1.01553903834019	0.3098489474534909	1.0	0.7255512683582874	50	P35579,P15311,O14745,Q9UQB8,Q9Y624,O60271,P60953,P35241,P04083,O14786,O15144,P50570,P61586,Q9P258,Q92766	15
Positive regulation of histone deacetylation	0.6564701584512753	1.0147005268365894	0.310248602927976	1.0	0.7255546231617903	4	Q13363	1
Substrate dependent cell migration cell extension	0.7750511247443757	1.0139357521283998	0.3106134102376092	1.0	0.7259726298741261	3	O14786,Q9Y5K6	2
Cell substrate adhesion	0.3482201790404546	1.0088302429978184	0.3130560542560512	1.0	0.7289381690776446	41	Q13630,P51452,P50570,Q14247,Q9BTW9,Q15942,P11047,Q9UM22,O14786,O15144,Q00535,P60953,P61586,Q9P258,Q92766,P35609	16
Protein folding	0.3071867534102233	1.006053943712411	0.3143896218000179	1.0	0.7303744260007637	90	Q9UHV9,P04792,Q99471,P61758,P54652,O75718,O15212,Q9Y3C6,Q02790,Q9BTW9,O75352,P26885,O14737,Q9H3U1,P25685,Q9H2H8,Q9H2J4,Q13451,O00273,Q15813	20
Plasma membrane organization	0.4348145065571769	1.0055312335870328	0.3146411176123482	1.0	0.7304378842514702	17	O43633,Q9UQB8,P41440	3
Basement membrane assembly	0.7726049709248527	1.0049785634945652	0.3149071721157108	1.0	0.7307823388783873	3	O60568	1
Mrna alternative polyadenylation	0.6534601119806814	1.002806344741655	0.3159543069772113	1.0	0.7326061691065996	4	Q8N684,Q69YN4	2
Response to interleukin 6	0.6534240198015809	1.0026638086446995	0.3160230974397846	1.0	0.7326061691065996	4	Q6PD62	1
Odontogenesis of dentin containing tooth	0.5445787671273955	1.0021255626925	0.3162829532004498	1.0	0.7326061691065996	7	Q12948,Q13547,Q07812,P35613	4
Response to food	0.5957818518813691	0.9996733230289782	0.3174686262122312	1.0	0.7337105205723693	5	Q9UMX5,P80303	2
Neural nucleus development	0.448785602380624	0.999386630051316	0.3176074340395489	1.0	0.73375824605119	15	P61586,P80723,P0DP25	3
Regulation of endocytosis	0.370005284443661	0.9971189826446988	0.3187067599939313	1.0	0.7347500422897534	34	P02656,P41440,Q99816,P20339,Q8N6T3,Q9H223,P0DP25,Q9H3U1,Q9Y5K6	9
Regulation of t cell proliferation	0.4605152203579651	0.9967930881114184	0.3188649539405612	1.0	0.7347500422897534	13	P04083	1
Mitotic cytokinetic process	0.4974854934839694	0.9955107597475238	0.319487913782674	1.0	0.7359124423554918	9	P61586	1
Centromeric sister chromatid cohesion	0.5605730604169589	0.995075052404626	0.3196997631411618	1.0	0.735959908115507	6	P41227,O43683,P30153	3
Clathrin coat assembly	0.5429466468998585	0.9947907396016112	0.3198380510716925	1.0	0.735959908115507	7	P42566,P09497,Q13492,P09496,P53680	5
Myelin assembly	0.6512374488229878	0.9940322930751544	0.3202071459790239	1.0	0.735959908115507	4	Q9UPY3	1
Protein k48 linked deubiquitination	0.4968446005414937	0.99237818247922	0.3210130777300102	1.0	0.7369362403994135	9	Q9H8M7,Q8TEY7,P45974,Q04323	4
Regulation of lipid kinase activity	0.5939418747441678	0.9919863642253748	0.3212041771678635	1.0	0.7369362403994135	5	A4D1P6,P06400,P60953,Q99570	4
Response to osmotic stress	0.4474826247027011	0.9919175524968264	0.3212377460162983	1.0	0.7369362403994135	15	P16989,P55011,Q9Y376,Q07812,P35237	5
Positive regulation of chromosome condensation	0.593123209169055	0.9885678906009489	0.3228746026708726	1.0	0.7387808705180984	5	Q9NTJ3,O95347,Q15021,Q9BPX3	4
Neuron development	0.2883680247253933	0.9858412637754222	0.3242110133882319	1.0	0.7407470173439735	131	Q9UQB8,Q15428,O60828,P78344,P04179,P00374,P16949,O14786,Q99873,P61586,P08670,P33176,Q06124,Q8TEY7,Q8WX93,Q15555,Q04917,O60271,Q14247,Q99707,Q9BUP0,Q9BW83,Q86X55,Q9Y296,Q9UPY3,Q9NR77,A0AVT1,O95372,Q02790,P55145,P18085,P61964,P41440,Q9H4M9,Q9BTW9,P35613,Q9UBB4,O14745,P50570,O60678,O75592,Q96G23,Q99829,P11047,Q8N0X7,Q00535,O75312	47
Positive regulation of cell activation	0.3711669833344929	0.9853178937757864	0.3244679459806541	1.0	0.7409118198095216	33	Q9NUQ9,P14174,P04083,P61586,P43246	5
Long chain fatty acid biosynthetic process	0.7668711656441725	0.9840216451298164	0.3251048704542483	1.0	0.7415815268595437	3	Q96PU8,P28161	2
Regulation of mrna polyadenylation	0.4683717086377877	0.9837356978685036	0.3252454828895417	1.0	0.7415815268595437	11	Q69YN4,Q8N684,Q5VTR2,Q6PD62,O00267	5
Nucleoside monophosphate metabolic process	0.3794539510034789	0.981920056117813	0.3261392342271505	1.0	0.742895723337056	29	P30085,Q9BZX2,P30520,P07741,Q05682,P34896,P00491,Q9UDY2,P11172,O15067,P55263,P00568	12
Positive regulation of interleukin 1 production	0.5172883843419047	0.9817084795286514	0.3262434867515937	1.0	0.742895723337056	8	P04792,Q99584	2
Peptidyl lysine modification	0.3107414930107916	0.9809235615820896	0.3266304374404565	1.0	0.7429945115403791	74	Q13363,Q96AY3,P61964,Q9H7B4,Q6PD62,Q86UY6,O15047,Q01105,Q15014	9
Body morphogenesis	0.5568373351359494	0.9788233928414766	0.3276672491272476	1.0	0.7445348031760731	6	Q06124,Q15042,O95470	3
Membrane disassembly	0.6472905082533036	0.978471059443068	0.3278413981407964	1.0	0.7446580404002727	4	Q9ULX6	1
Negative regulation of kinase activity	0.3617792329414249	0.9762130322792644	0.3289589063530109	1.0	0.7467182431735622	36	Q96B36,P04792,O95684,Q9H7B4,P23381	5
Peptidyl arginine modification	0.5555592353329702	0.9732685308332882	0.3304198584555422	1.0	0.7494183057008463	6	O60678,Q99873,O14744	3
Carboxylic acid transport	0.391993177069081	0.972286936805934	0.3309078207777429	1.0	0.7498961509330533	24	P14174,P41440,P04083,O95563,Q15042,O14745	6
Negative regulation of jnk cascade	0.7635991820040927	0.972088326475664	0.3310066090620094	1.0	0.7498961509330533	3	P51452,Q96J02	2
Positive regulation of leukocyte migration	0.4609780994531423	0.97038005311104	0.3318570875565387	1.0	0.75079925061153	12	P61586	1
Peptidyl lysine dimethylation	0.5887429152462589	0.970295988277346	0.3318989763796978	1.0	0.75079925061153	5	O15047,Q9H9B1	2
Negative regulation of establishment of protein localization to mitochondrion	0.7616516762060537	0.9701014371719554	0.3319959327180775	1.0	0.75079925061153	2	P31689	1
Positive regulation of small molecule metabolic process	0.4791393835972231	0.9697494641621766	0.3321713882186945	1.0	0.7509225776622108	10	P04083	1
Regulation of actin filament organization	0.3377387102601453	0.9678273157395748	0.3331306192699177	1.0	0.7519285258677152	50	Q9NYL9,Q9NUQ9,Q9UQB8,Q9Y624,P62993,Q14247,Q9Y281,P35241,Q14019,P60953,P16949,O15143,O14786,O15144,P59998,P61586,P35609,Q92747	18
Arf protein signal transduction	0.7622570458076505	0.967199051607547	0.3334445362123772	1.0	0.7519285258677152	3	Q8N6T3	1
Negative regulation of multicellular organismal process	0.3082679057566823	0.9628287197524242	0.3356334854718068	1.0	0.7547586584839747	80	P02656,P16989,Q13247,P04083,Q9UIQ6,P61586,Q96G23,Q9UPY3	8
Cell differentiation involved in kidney development	0.553073051355368	0.9624713054583576	0.3358129103689569	1.0	0.7547586584839747	6	P80723	1
Epithelial cell differentiation involved in kidney development	0.553073051355368	0.9624713054583576	0.3358129103689569	1.0	0.7547586584839747	6	P80723	1
Regulation of protein monoubiquitination	0.7587898609975523	0.9588608151721846	0.3376288672613228	1.0	0.7563763584750414	2	O75340	1
Positive regulation of protein monoubiquitination	0.7587898609975523	0.9588608151721846	0.3376288672613228	1.0	0.7563763584750414	2	O75340	1
Small molecule biosynthetic process	0.2796918678709419	0.9560411951229616	0.3390514222571923	1.0	0.7581956543814059	117	P02656,P14174,P61964,P34896,Q15392,Q99707,P09960,O60678,P04083,P22570,O60568,P56937,P55263,P28161,Q14353,P36871	16
Embryo implantation	0.5116332404468902	0.9552893425037716	0.339431395528631	1.0	0.7587721260737216	8	Q02790,Q13263,P35613	3
Negative regulation of neuron death	0.3673762187196148	0.9547451258450144	0.3397066035147118	1.0	0.759099731548558	33	P51858,Q9UMX5,P04179,O75312,Q00535,P61586,Q9NQ88,Q04637,P43246,Q01105	10
Integrin mediated signaling pathway	0.446875708269211	0.9533414541050492	0.3404170943824856	1.0	0.7595471075433191	14	P35579,Q15942,O14786,Q9Y490,Q9P258,Q06124	6
Regulation of intracellular signal transduction	0.3039694134558406	0.9533040133638492	0.3404360586391348	1.0	0.7595471075433191	209	P02656,Q92734,Q9H7B2,P04792,Q9UNS2,Q9Y624,P04179,P16949,Q8N6T3,Q9Y6G9,P19474,Q99873,Q9UQ13,P61586,Q06124,O75340,P14174,Q15555,O60271,P62993,P29692,P35241,P56537,Q13526,Q13325,O43324,P61927,Q14258,P15311,Q9Y2U8,P16989,P41440,P52565,P15927,Q02952,O14745,Q9Y5K6,Q5TBB1,Q96B36,Q9NUQ9,Q99829,Q9UMX5,P0DP25,P46777,O14744,Q96J02,Q99584	47
Regulation of synaptic vesicle recycling	0.5845322028784974	0.9527632267947804	0.3407100500599092	1.0	0.7595471075433191	5	P0DP25	1
Negative regulation of dna templated transcription elongation	0.5505553044929061	0.9515485663681544	0.3413259768125232	1.0	0.7599979619956145	6	Q8WX92,O00267,Q9H3P2,O14776	4
Gliogenesis	0.3410476266078824	0.9500598310244454	0.3420818522537239	1.0	0.7606853214510779	43	Q9UI10,P11047,P04083,Q9NR50,P40763,O14744,P61586,Q9UPY3,Q96G23,Q06124	10
Endosome to lysosome transport	0.4751400655003209	0.9495866457599572	0.3423223266313258	1.0	0.7606853214510779	10	Q96AX1,P20645	2
Establishment or maintenance of monopolar cell polarity	0.4878337478555303	0.9484250550059382	0.342913109334978	1.0	0.7610759145711985	9	P15311,P60953,P26038,O14745,P61586	5
Positive regulation of gliogenesis	0.532134403803122	0.9463166988966476	0.3439870786101582	1.0	0.7626418272649349	7	Q9UPY3	1
Salivary gland development	0.7555192150449747	0.9460401881072787	0.3441280887307394	1.0	0.762682166673052	2	O14786	1
Adherens junction assembly	0.6388977289403452	0.9454719099354292	0.3444180050803682	1.0	0.7627544823795275	4	Q13177,Q9BTW9	2
Positive regulation of cilium assembly	0.5826684333777258	0.945013418768378	0.3446520253714902	1.0	0.7627544823795275	5	Q15555	1
Deoxyribonucleotide biosynthetic process	0.531630288534772	0.9440620976626914	0.3451379164648536	1.0	0.7635576990547704	7	P34896	1
Negative regulation of vascular associated smooth muscle cell proliferation	0.6382851836251218	0.943068645997258	0.3456457919184319	1.0	0.764098379004432	4	P61586	1
Polarized epithelial cell differentiation	0.5088264567161723	0.9422019027778769	0.3460892799322761	1.0	0.764098379004432	8	P15311,P60953,P26038,O14745,P61586	5
Cytokinetic process	0.4384177960133708	0.9400891888753043	0.3471718138223931	1.0	0.7656026149989565	15	P35579,O43633,Q9UN37,Q9NQW6,Q15149,P61586,P50995	7
De novo pyrimidine nucleobase biosynthetic process	0.5813554385336016	0.9395579162841796	0.3474443713588551	1.0	0.7658832880504025	5	Q05682,P11172	2
Smooth muscle cell migration	0.5082165469612194	0.9393603759656336	0.3475457497143372	1.0	0.7658832880504025	8	P61586,P31949,O14786,P27695	4
Positive regulation of cysteine type endopeptidase activity	0.3927672848025659	0.9379838796101092	0.348252694547349	1.0	0.7668968911840557	22	O75340,Q96A26,Q92688,O95831,O14737,P61586	6
Dna methylation dependent heterochromatin assembly	0.4855303963956928	0.9372197636663264	0.3486455255862541	1.0	0.7674897957783192	9	O95983,Q13263,Q99549	3
Cell cycle phase transition	0.2828070437078501	0.9355177576736324	0.3495215362241706	1.0	0.7687896602933119	126	Q06323,O43633,Q9NYL9,Q07666,Q16763,P51530,P04083,O43660,Q9NXR7,Q9Y6G9,Q9UJX4,Q08J23,Q7L2J0,Q04637,Q92547,P43246,Q06124,P31350,P30260,Q15645,O43768,P35241,Q9NQW6,Q9UL46,P54652,P06730,P49321,P14635,Q07864,Q92900,P50570,Q6Y7W6,Q9P258,Q93034,Q5TBB1,P27695,Q9UN37,Q9ULX6,Q7Z7L1,Q9BXW9,Q9UJX2,P0DP25,Q00535,P11802,O75312,Q8N6R0,P15927	47
Platelet derived growth factor receptor signaling pathway	0.546608741771293	0.9344521554196898	0.3500707048921034	1.0	0.7688766720650329	6	O14786,Q06124,O14745	3
Regulation of protein folding	0.6358324412942813	0.9334530436812736	0.3505861039836504	1.0	0.7688766720650329	4	Q9H2J4	1
Muscle structure development	0.3062400823429243	0.9309794063850128	0.351864216925402	1.0	0.7706071504047771	77	Q9NYL9,Q96PU8,P80723,P67809,P04179,Q9H7B4,P61586,P35579,O60271,P30626,Q96HC4,O00151,P35609,Q15014,P16989,P41440,Q9Y281,Q9H4M9,Q9H3U1,Q14331,Q7Z4V5,Q9Y5Q8,P11413,Q00535,P17655	25
Urogenital system development	0.3562824399228024	0.9299361247903012	0.3524041575712382	1.0	0.7706071504047771	36	P80723,Q9BW83,P04083,P61586,Q02790	5
Response to platelet derived growth factor	0.578512435601465	0.92775730430983	0.3535334758719914	1.0	0.7716846696538021	5	Q96A49,P35241	2
Basement membrane organization	0.6339167320457345	0.9259513718000294	0.3544712522424034	1.0	0.7729165998684427	4	O60568	1
Negative regulation of potassium ion transport	0.7498056648327658	0.9220089141633112	0.3565239259579398	1.0	0.774708177579455	3	Q9Y376	1
Negative regulation of potassium ion transmembrane transport	0.7498056648327658	0.9220089141633112	0.3565239259579398	1.0	0.774708177579455	3	Q9Y376	1
Cellular response to hormone stimulus	0.2954151692467807	0.9205641192521504	0.3572780424627606	1.0	0.774708177579455	97	Q9UQB8,P48506,P04083,P43490,Q9H7B4,P61586,Q92600,Q06124,O60343,P07741,P62993,P35241,Q86X55,Q9Y5X3,Q02790,Q9H1E3,O95831,Q96A49,P27695,P40763,P11802	21
Regulation of cell communication by electrical coupling	0.7493842822342021	0.9204852472509218	0.357319238913351	1.0	0.774708177579455	3	P0DP25	1
Negative regulation of cell substrate adhesion	0.5431715516838609	0.9195889152790788	0.3577876214628182	1.0	0.774708177579455	6	P61586,Q9P258	2
Cellular response to oxygen levels	0.3711773030045425	0.918733423604582	0.3582350229515034	1.0	0.7754058879500998	29	Q15904,Q8N511,P55786,O95831	4
Negative regulation of cell population proliferation	0.3052130772936896	0.9174561221499352	0.3589036754718222	1.0	0.7765825173101101	70	Q13363,Q99627,P17096,Q99816,Q15392,P04179,Q15637,P40763,Q96G23,O14745,P61586,Q9NR77,O43324,P23381,Q96J02,Q9UPY3	16
Response to interleukin 1	0.4457067756262894	0.9160830213115652	0.3596233522974077	1.0	0.7770197085599233	13	P04083	1
Hyperosmotic response	0.525001832710653	0.9144687815027468	0.3604705745501086	1.0	0.7770197085599233	7	P16989,P55011	2
Metanephros development	0.5419810154116247	0.9144468567132136	0.3604820902352881	1.0	0.7770197085599233	6	P80723	1
Cell cycle	0.245109848122895	0.9132787576797076	0.3610959515136098	1.0	0.7775332381759769	395	Q9UQ84,P78344,P04083,Q99570,P19474,O95373,P61586,P11233,P50995,Q13363,P35579,P51452,P31350,P30260,Q9H4L7,Q15392,Q9BY42,Q9UL46,Q15257,Q15014,P06730,P14635,P61964,P52701,P46379,P39748,Q07864,Q86XL3,Q6ZWJ1,P33993,P78362,P60953,P35580,Q6Y7W6,Q8N3U4,Q96CT7,Q15691,Q8NFH4,Q9UJX2,P08243,O00410,P30153,O43633,Q15018,P41227,Q9P287,Q92905,Q96KB5,Q9NXR7,Q9Y3A5,Q15149,Q7L2J0,P68036,Q92547,O43264,O43683,P27694,P33991,P52758,Q8WUM4,Q15021,Q13526,Q9Y5K5,Q9GZZ1,Q8TBC4,Q9UNM6,Q14974,P06493,P17612,Q9UNZ2,P23921,O75935,Q13112,P68371,O14745,Q6P1J9,Q7Z460,Q6DKK2,Q9Y5A9,Q9ULX6,Q9BXW9,P40763,P0DP25,O14744,P15927,Q16763,Q14203,P51530,O43660,Q9Y6G9,Q9UJX4,Q04637,P43246,Q06124,Q8TEY7,Q86WB0,Q15645,Q15555,Q9NQW6,P54652,P49321,P52732,Q99816,Q9BUF5,Q9NYV4,Q9P258,Q9Y5K6,Q93034,Q5TBB1,P27695,Q13148,O15355,Q15813,Q00535,P11802,O75312,Q9NVI1,Q8N6R0,Q9NYL9,P16949,Q08J23,Q12824,O43768,P35241,Q9NUQ3,Q5VTR2,P15311,P43487,Q9BTW9,Q92900,Q9NTJ3,Q9Y266,P50570,P09884,Q92733,Q9NVX2,Q9UN37,Q96T88,Q7Z7L1,Q07812,Q15418,Q06323,Q07666	143
Ventral spinal cord development	0.7470702868727378	0.9121251641783648	0.3617028328842848	1.0	0.7783002745015277	3	Q6Y7W6	1
Response to insulin	0.3316021230481453	0.9081210809444014	0.363814253782871	1.0	0.7799618231125711	50	Q9H1E3,O60343,Q9UQB8,P62993,Q13247,P48506,P56537,Q9Y5X3,P43490,Q96A49,P11802,Q06124	12
Histone methylation	0.3359665629164362	0.9074054560202304	0.3641924252647746	1.0	0.7799618231125711	44	P61964,Q9H9B1,Q86X55,Q9H3P2,Q99873,Q12824,O14744,Q9H7B4,Q6PD62,O15047	10
Negative regulation of execution phase of apoptosis	0.7452984464431771	0.9061653049002144	0.3648483639356215	1.0	0.7799618231125711	2	O00273	1
Myeloid leukocyte activation	0.4382828345988165	0.9055518225480148	0.3651731186829234	1.0	0.7799618231125711	14	P14174,P04083	2
Retrograde axonal transport	0.5730659025787972	0.9051990209182644	0.3653599604816862	1.0	0.7799618231125711	5	P33176,Q03001,Q14204,P27695	4
Microtubule polymerization	0.3878906429802577	0.9047702512093768	0.3655871148938185	1.0	0.7799618231125711	22	Q14203,Q9BTW9,P16949,Q13526,Q15691,Q02790	6
Glycosyl compound biosynthetic process	0.5393768190611918	0.9032105215172772	0.3664141748000789	1.0	0.7803264833705383	6	Q13126,P55263	2
Nucleobase containing small molecule biosynthetic process	0.5393768190611918	0.9032105215172772	0.3664141748000789	1.0	0.7803264833705383	6	Q13126,P55263	2
Positive regulation of endothelial cell proliferation	0.5214885547527535	0.8988254227338179	0.3687456564266163	1.0	0.7823944213795642	7	O75340,Q9H2J4	2
Cellular component morphogenesis	0.2900877824183697	0.8983048092847545	0.3690230692787026	1.0	0.7823944213795642	101	Q9NYL9,Q9UQB8,Q16555,O60828,P78344,O60749,P16949,O14786,Q13596,Q15149,P61586,P33176,Q06124,Q8TEY7,Q8WX93,P31150,Q04917,O60271,Q14247,Q96HC4,Q9UPY3,Q9NR77,P35609,O95372,Q9Y281,P41440,P35613,P60953,P50570,O60678,O75592,Q92766,Q99829,P11047,Q13177,Q8N0X7,P18206,Q07812,Q00535,Q8IYB8	40
Vesicle mediated transport	0.2970235109167595	0.8980174261867286	0.369176259145572	1.0	0.7824520714314002	249	Q9NT62,Q9NVZ3,P02656,O43633,Q92734,O60664,Q14203,P20645,P04083,Q15904,Q8N6T3,O60749,Q5JRA6,Q15075,O75340,Q8TEY7,P42566,P09497,Q8TAG9,O60343,Q99439,Q01518,Q8TBQ9,P40616,P62993,O60271,P35241,Q8IWJ2,Q9Y5X3,Q9Y296,Q9Y2T2,P54652,P35609,P15311,P35606,P18085,P41440,Q9H4M9,Q99816,Q9H223,Q15042,Q9H3U1,Q9BXS5,Q9UBF8,P83436,Q9Y5K6,Q99829,P27695,P20339,Q9BVK6,O00471,P17931,P0DP25,Q00535,Q96AX1,Q15436,Q99584	57
Cell killing	0.4168622820300667	0.8973701061691445	0.3695214586021076	1.0	0.7829164987782627	17	Q9NUQ9,P05204,P04406,P81605,O43747	5
Superoxide metabolic process	0.5704680240866489	0.8944633541498578	0.3710740284081504	1.0	0.7838597371488134	5	P04179	1
Ribonucleoside triphosphate metabolic process	0.3573982120034225	0.8941957132734816	0.3712171854264154	1.0	0.7838597371488134	34	P61586,Q9BZX2,O00178,Q9NRF8	4
Regulation of receptor mediated endocytosis	0.4156422305915607	0.890065085532409	0.3734309390972796	1.0	0.7860555251607215	17	P02656	1
Glial cell proliferation	0.6245160175559188	0.8892564632051708	0.3738652638202722	1.0	0.7860555251607215	4	Q9UPY3	1
Sarcomere organization	0.5191977337100071	0.8886422253897851	0.3741953901340764	1.0	0.7862543412207622	7	Q15149,P35609,Q9Y281	3
Positive regulation of atp dependent activity	0.3987687566382354	0.8880705519960835	0.374502801850846	1.0	0.7864938787601468	19	Q96T88,P25685,P50570,P54652,P43246,Q8WXX5,Q8NFQ8	7
Antigen receptor mediated signaling pathway	0.4149188753109634	0.8857372749582686	0.3757591171319361	1.0	0.7883324720909876	17	P15311,Q9UI10,Q9NR50,P17931,Q07812,Q07666	6
Calcium ion transport into cytosol	0.4494816643907905	0.8853323275921335	0.3759774192142422	1.0	0.7885240706924836	11	P28161,P30626,P0DP25,P27695	4
Regulation of mitotic cell cycle phase transition	0.3025490638191666	0.8843686732640076	0.3764972280312784	1.0	0.788959734490212	74	Q9NYL9,O43660,P04083,Q9Y6G9,Q9NXR7,Q9UJX4,Q7L2J0,Q04637,Q92547,P31350,P30260,Q15645,P35241,Q9NQW6,Q9UL46,P54652,Q6Y7W6,Q9P258,Q5TBB1,P27695,Q9UN37,Q7Z7L1,Q9UJX2,P11802,Q06323,P15927	26
Face development	0.5182065868288073	0.8842407059859666	0.3765662887325263	1.0	0.788959734490212	7	Q15042,Q06124	2
Positive regulation of dendritic spine development	0.5346966448204097	0.883058725186621	0.3772045432782698	1.0	0.7894978812800996	6	Q14444,Q9UQB8,P78344	3
Regulation of microtubule polymerization	0.4279882163627155	0.8808105584808871	0.3784203639891546	1.0	0.790976257277903	15	Q15691,Q02790,Q14203,P16949	4
Establishment or maintenance of cell polarity	0.3329373636762337	0.8793100432127872	0.3792331918873541	1.0	0.7914031676047518	44	P35579,P15311,Q9NUQ9,P18085,O14745,Q01518,Q9UNZ2,P26038,Q14203,Q8WUM4,Q13112,P60953,P61586,O43264,O00151,Q7Z460,Q9Y696,P61026	18
Regulation of cellular component movement	0.2797611293063801	0.8792572529815311	0.3792618078569632	1.0	0.7914031676047518	109	P04792,P04179,P04083,P16949,P61586,Q5JRA6,O75340,Q13630,P14174,Q15555,Q99439,O60271,P30626,P31949,P35241,Q13526,Q02952,O14745,Q9P258,Q92766,O75592,Q96G23,Q9NUQ9,P27695,O95684,P40763,P17931,Q00535	28
Protein acetylation	0.3339599725015548	0.8784896851493592	0.3796780329532194	1.0	0.7918853310611063	41	Q13363,Q5VZE5,P61964,P41227,Q86UY6,Q15014	6
Negative regulation of cytokine production	0.3883071760287375	0.8777148288998565	0.3800984950691188	1.0	0.7922505608455956	20	Q9UPY3,P04083	2
Negative regulation of response to biotic stimulus	0.3967040865231681	0.8749411753283912	0.3816059136206231	1.0	0.7939114451691744	19	P19474,Q96J02	2
Positive regulation of potassium ion transport	0.5326508238245029	0.8742677159342511	0.3819724764282168	1.0	0.7939114451691744	6	P35609,P50570	2
Mrna catabolic process	0.2974427971740622	0.8742208918616015	0.381997970719081	1.0	0.7939114451691744	89	Q92945,Q99729,P60228,Q9Y2W1,P67809,P62312,P98175,Q14011,Q9Y2L1,P08670,Q9Y2V2,O00178,P51116,P16989,Q92900,Q9C0B1,Q6Y7W6,Q9Y5A9,P27695,P35637,Q6P6C2,Q13148,Q8NC51,Q8IYB8,Q13310,Q92804,Q969T7	27
Anion transport	0.3297480048917466	0.8733652601368879	0.3824640200671851	1.0	0.7946141065965941	48	P14174,P41440,P04083,O00400,O95563,Q6N075,Q15042,Q9UHG3,O14745	9
Regulation of lymphocyte migration	0.5651625241038385	0.872590747212573	0.3828861856827443	1.0	0.795225154879546	5	P61586	1
Regulation of cell population proliferation	0.2938772823788296	0.8706940970491762	0.3839212024362548	1.0	0.7958095820004821	169	P04179,P04083,Q15637,P43490,P98175,Q99873,Q12824,P61586,P23381,Q13363,O75340,P14174,Q99439,P31949,Q15392,Q86X55,Q9UPY3,Q9NR77,O43324,Q99816,Q13247,P07384,O14737,Q9C0B1,O14745,Q92766,Q96G23,Q5TBB1,Q99627,Q9H2J4,P17096,O95684,P11047,P40763,P17931,P11802,Q96J02,Q99584	38
Negative regulation of phosphorylation	0.3206914276016996	0.8706390075201486	0.3839512907902671	1.0	0.7958095820004821	56	P04792,Q96KB5,O95373,Q15149,Q9H7B4,Q04637,P23381,P51452,O60271,P10644,Q13610,P31689,Q99816,Q86XL3,Q9NQ88,Q96B36,Q13148,O95684,Q13177,P40763,Q07812,P0DP25,O00410,P30153	24
Pigment accumulation	0.7353466161059217	0.8699632726826901	0.3843204755978859	1.0	0.7958095820004821	3	Q9BXS5	1
Pigment granule maturation	0.7353466161059217	0.8699632726826901	0.3843204755978859	1.0	0.7958095820004821	3	Q9BXS5	1
Negative regulation of ion transmembrane transport	0.4370561398521889	0.8692707839328391	0.3846990390677678	1.0	0.7958095820004821	13	Q9Y376,P30626,P0DP25,O14745,P28161	5
Proteolysis	0.274773910107121	0.8684979479807908	0.3851217951707975	1.0	0.7964057102932575	307	P81605,P19474,Q9UHG3,P61586,Q9NXV2,Q15392,P28072,P28074,Q9NRR5,P28070,Q99436,Q9UBW8,P51665,O95831,Q9UIQ6,P35237,Q9HB40,Q9H2J4,Q04323,Q9UJX2,P55786,Q96J02,O43633,P61009,Q9NXR7,Q9BUN8,O75340,P49721,Q9Y4X5,Q8TBC4,Q96A26,Q9UNZ2,Q9H8M7,P09960,Q92688,Q86TI2,P20618,Q99627,Q99829,O43242,P40763,Q9UJ14,Q16763,P48556,Q9UJX4,P25789,Q8TEY7,P25787,P20810,P54727,A0AVT1,Q99816,P07384,O14737,Q9Y5K6,Q93034,Q13867,Q9NR28,Q00535,P46777,P17655,Q92530,Q9UNS2,Q7Z6E9,P48506,Q15386,Q13200,Q9ULT8,Q9H4L4,Q9UBV2,Q5VTR2,Q14258,P63208,O43847,Q9NVX2,Q9UN37,Q86UV5,Q96T88,P04406,Q5VYK3,P60900,Q07812,Q15008,Q15418,Q5TDH0,Q06323	86
Regulation of mrna binding	0.5311825611822171	0.8679655307636781	0.3854132027469279	1.0	0.7967430056785694	6	P60228,Q04637	2
Negative regulation of erk1 and erk2 cascade	0.4415491218732805	0.8672090321324213	0.3858274883174526	1.0	0.7970219282642163	12	P15311,Q96S59,P56537,Q13526,O14745	5
Neurogenesis	0.2979232843729528	0.8670531584787785	0.3859128840599104	1.0	0.7970219282642163	194	Q8WUJ1,Q9UQB8,Q15428,O60828,P04179,P04083,P00374,P16949,Q99873,P61586,Q04637,Q06124,Q8TEY7,Q8WX93,Q15555,O60271,P26196,Q99707,Q9BW83,Q86X55,Q13526,Q9Y296,Q9UPY3,Q9NR77,A0AVT1,O95372,Q02790,P55145,P18085,P61964,P41440,Q9H4M9,Q9BTW9,P35613,Q9UBB4,O14745,Q6Y7W6,O60678,O75592,Q96G23,Q99829,Q9Y5A9,P27695,P11047,Q9UI10,Q9NR50,Q8N0X7,P40763,Q00535,O14744,O75312	51
Positive regulation of protein modification process	0.2855606827683498	0.8667819253362603	0.3860615072816042	1.0	0.7970219282642163	143	Q9UBT2,Q16763,Q9H3P2,Q12824,Q9H7B4,Q9BUN8,P61586,Q04637,Q92600,Q06124,Q13363,O75340,P14174,Q9Y376,Q13526,Q15257,Q6PD62,P54652,Q5VTR2,P61964,P51116,P41440,Q9H223,Q96A49,Q15042,O75592,Q99627,Q9ULX6,P49354,P0DP25,Q00535,Q9NVI1	32
Negative regulation of mrna 3 end processing	0.5636814227729385	0.8664978956236735	0.3862171798893672	1.0	0.7970783273888237	5	Q5VTR2,Q6PD62	2
Positive regulation of non motile cilium assembly	0.6185587982358665	0.8661126977721598	0.3864283625215761	1.0	0.797249213042853	4	Q15555	1
Axoneme assembly	0.7346688470973058	0.8650303605908434	0.3870221251581327	1.0	0.7979440229853931	2	Q15555	1
Cellular response to x ray	0.5630544701688538	0.8639205841725772	0.3876315182693277	1.0	0.7981435605258063	5	Q9H1E3,P50570	2
Regulation of homotypic cell cell adhesion	0.73347080795683	0.8632492362864367	0.3880004481703398	1.0	0.7984380760755109	3	Q9Y624	1
Lymphocyte activation involved in immune response	0.3732491097895914	0.8613947712508242	0.3890206548720329	1.0	0.7991223186663423	25	Q9UQ84	1
Circadian regulation of gene expression	0.4182692494382807	0.8608408331892508	0.3893257121597906	1.0	0.7991223186663423	16	P43490,O75592,Q9Y2K7	3
Positive regulation of chromosome separation	0.5128983251713275	0.8607147069643489	0.3893951910280759	1.0	0.7991223186663423	7	Q9UJX2,Q9UJX4	2
Positive regulation of exosomal secretion	0.5290565434384007	0.8588508277550899	0.3904228211701777	1.0	0.8001735047745225	6	Q99816,O43633,Q9UN37	3
Double strand break repair via break induced replication	0.5120187468073485	0.856824461476347	0.3915419046945341	1.0	0.8014721805412006	7	Q9BRT9,P33993,P33991	3
Endosomal vesicle fusion	0.7322158626328739	0.855590586165681	0.39222427885038	1.0	0.802276934012141	2	Q9UN37	1
Glomerular epithelium development	0.560690382798231	0.8542120360503783	0.392987515457992	1.0	0.8033089107946447	5	P80723	1
Glomerulus development	0.560690382798231	0.8542120360503783	0.392987515457992	1.0	0.8033089107946447	5	P80723	1
Organic anion transport	0.356832303262555	0.8525788644989714	0.3938928874138852	1.0	0.8041284642288448	32	P14174,P41440,P04083,O00400,O95563,Q15042,O14745	7
Regulation of cell size	0.3624524354137536	0.8525544939769673	0.3939064071149993	1.0	0.8041284642288448	29	P15311,P54105,Q96B36,P31150,P55011,Q16555,Q14247,P35241,P78344,Q8N0X7,O14786,Q00535,P50570,P61586,O14745	15
Negative regulation of protein kinase b signaling	0.614947230403792	0.8521271285426326	0.3941435364433023	1.0	0.8043481305661871	4	O75340	1
5 phosphoribose 1 diphosphate metabolic process	0.6145662847790437	0.8506540297126178	0.3949615665751729	1.0	0.8054637737659978	4	P06737,P11908,O60256	3
Neurotrophin signaling pathway	0.5596006385746988	0.8497421739453438	0.3954684454448514	1.0	0.8054637737659978	5	Q96B36,Q06124	2
Neurotrophin trk receptor signaling pathway	0.5596006385746988	0.8497421739453438	0.3954684454448514	1.0	0.8054637737659978	5	Q96B36,Q06124	2
Response to fibroblast growth factor	0.5102598710550947	0.8490523714950564	0.3958521512133619	1.0	0.8058549200316009	7	P48506,Q06124	2
Vesicle targeting rough er to cis golgi	0.4886357361995312	0.8486631123577996	0.3960687776103779	1.0	0.805893548152178	8	Q92734	1
Regulation of cell morphogenesis involved in differentiation	0.3818100396299219	0.848334943341312	0.3962514623834094	1.0	0.806001173075982	21	Q9UQB8,O14786,O15144,P50570,Q9P258,Q92766	6
Lymphocyte chemotaxis	0.7297628781684422	0.8461717968729942	0.397456912834955	1.0	0.8069633572063706	2	P55011	1
T cell chemotaxis	0.7297628781684422	0.8461717968729942	0.397456912834955	1.0	0.8069633572063706	2	P55011	1
Regulation of mononuclear cell migration	0.4327325836077429	0.8459894121283776	0.397558650835792	1.0	0.8069633572063706	13	P61586	1
Positive regulation of transporter activity	0.4003239727410316	0.8455190863064438	0.3978210807918549	1.0	0.8070790302899116	18	P27695,P0DP25,Q00535,P54652,P28161,P35609	6
Cellular nitrogen compound catabolic process	0.2813254877252292	0.8449750262473464	0.398124782803031	1.0	0.8071677770835202	136	Q9H773,Q92945,Q99729,P60228,P51530,Q9Y2W1,P67809,P62312,P98175,Q08J23,Q14011,Q9Y2L1,P08670,P25325,Q9H814,Q9Y2V2,Q9UPY3,O00178,P51116,P16989,Q92900,O95831,Q9C0B1,Q6Y7W6,Q13126,Q5TBB1,Q9Y5A9,P27695,P35637,Q6P6C2,O00273,Q13148,Q8NC51,Q8IYB8,Q9NRN7,Q13310,Q07812,O75312,Q92804,Q969T7	40
Primary mirna processing	0.6121905510958028	0.8414764373412297	0.4000810798021343	1.0	0.8089325155352028	4	P40763	1
Cellular response to external stimulus	0.333234418061152	0.8402698720227706	0.4007570897696981	1.0	0.8089325155352028	40	Q9H773,Q99439	2
Amp biosynthetic process	0.4406582472666285	0.8397834505479564	0.4010298141607951	1.0	0.8089325155352028	11	P22102,P30520,P07741,O15067,P55263,P30566	6
Ubiquitin dependent protein catabolic process via the multivesicular body sorting pathway	0.5240334238396652	0.8373686604546986	0.4023853760411615	1.0	0.8110396576486897	6	Q99816,O43633	2
Positive regulation of histone modification	0.3547658462057102	0.8363567842647185	0.4029542167962829	1.0	0.8118351396174863	32	Q13363,P61964,Q9ULX6,Q9H3P2,Q12824,Q6PD62	6
Cellular response to abiotic stimulus	0.315488483322096	0.8321927849956396	0.4053001357306982	1.0	0.8139243608865341	57	Q9H1E3,Q15555,Q9Y624,Q99439,P62993,P29692,Q9Y376,P48506,P16989,Q9NXR7,Q07812,P05198,P50570,P09884,P35237	15
Transcription elongation from rna polymerase ii promoter	0.3813315426798637	0.8320382001404324	0.4053873827781813	1.0	0.8139243608865341	20	Q6IA86,Q15061,Q4G0J3,Q8WX92,Q9H3P2,Q6PD62,Q9NYV4,O00267,O14776	9
Protein localization to cell cell junction	0.4847870937078609	0.8309776812459155	0.4059862377763481	1.0	0.8139243608865341	8	Q9UDY2,P18206,Q13177,Q9Y624	4
Dna recombination	0.2962050195685159	0.8309596097307773	0.4059964469955135	1.0	0.8139243608865341	84	Q9H1E3,Q15645,Q15631,Q9H4L7,P35637,Q7Z4V5,Q9UQ84,Q9BXW9,Q9BRT9,Q9NRR5,P46063,P43246,O15347,P15927,Q15014	15
Activation of cysteine type endopeptidase activity involved in apoptotic process	0.4343621342823607	0.8294042829683362	0.4068756787528551	1.0	0.8139243608865341	12	Q96A26,O95831,Q92688,O75340	4
Neural crest formation	0.5546100633366029	0.829317249492617	0.4069249126242691	1.0	0.8139243608865341	5	O75340,Q9UBV8	2
Epithelial cell morphogenesis	0.5220492429821817	0.8289045989874292	0.407158392802355	1.0	0.8139243608865341	6	Q8WX93	1
Vitamin metabolic process	0.3787107868806132	0.8277764593368067	0.4077971087586576	1.0	0.8139243608865341	21	P41440,Q9H2D1,Q99707,P34896,P48506,Q9NRN7,P38435,O60678	8
Vascular endothelial cell proliferation	0.7248569092395799	0.8273994111388485	0.4080107142415081	1.0	0.8139243608865341	2	P40763	1
Positive regulation of vascular endothelial cell proliferation	0.7248569092395799	0.8273994111388485	0.4080107142415081	1.0	0.8139243608865341	2	P40763	1
Positive regulation of dendritic cell differentiation	0.7248569092395789	0.8273994111388442	0.4080107142415106	1.0	0.8139243608865341	2	P17931	1
Regulation of dendritic spine development	0.4838376476618017	0.8266230128032909	0.408450769617954	1.0	0.8141469562551217	8	Q14444,Q9UQB8,P78344	3
Apical protein localization	0.7231579387104483	0.8265086621276022	0.4085156063914588	1.0	0.8141469562551217	3	P35241	1
Negative regulation of cell development	0.4121264439050854	0.8253769472015471	0.4091576185660497	1.0	0.8145709373457815	16	Q8N0X7,O14786,Q00535,Q9UPY3,Q9P258,Q96G23	6
Regulation of dendritic cell differentiation	0.7225367238802045	0.8243052614523881	0.4097661297930708	1.0	0.8145709373457815	3	P17931	1
Cellular response to nitrogen compound	0.2759248624260448	0.8240484613213169	0.4099120227205559	1.0	0.8145709373457815	109	Q9UQB8,Q99729,P48506,O60828,P43490,P08670,Q06124,O60343,P07741,P62993,P34896,Q6PKG0,Q99707,Q9Y5X3,P35609,P15311,Q9H1E3,P41440,O95831,Q96A49,O14745,P50570,P17655,P27695,P40763,Q00535,O14744,P11802,P28161,Q5TDH0	30
Protein localization to microtubule organizing center	0.5045085553389854	0.8237085070077195	0.4101052045765478	1.0	0.8145709373457815	7	Q15691	1
Regulation of transcription elongation from rna polymerase ii promoter	0.4328927505308143	0.8217041393748302	0.411245302734418	1.0	0.8158061166469339	12	Q15061,Q4G0J3,Q8WX92,Q9H3P2,Q9NYV4,O14776	6
Regulation of protein phosphorylation	0.2771388048357843	0.8213495113769168	0.4114472132950286	1.0	0.8158061166469339	130	P04792,Q9H7B4,Q04637,P61586,P23381,Q06124,P14174,Q9Y376,Q13526,P54652,P41440,Q99816,Q9H223,Q96A49,O14745,Q9NYV4,Q99627,Q96B36,Q9H2J4,Q13148,O95684,Q9ULX6,P0DP25	23
Cellular transition metal ion homeostasis	0.4222535053920247	0.8172034492214958	0.4138121717184475	1.0	0.8179568000476406	14	Q15904	1
Negative regulation of atp metabolic process	0.4816338733516246	0.816528449438705	0.414197958956418	1.0	0.8179568000476406	8	P61586,P40763	2
Extracellular exosome assembly	0.7215862632870036	0.8149346081854841	0.4151097418555896	1.0	0.8179568000476406	2	Q99816	1
Purine nucleoside monophosphate metabolic process	0.3950461787015402	0.8132504706453105	0.4160744678740062	1.0	0.8179568000476406	18	P22102,P30520,P07741,P00491,Q9UDY2,P00568,O15067,P55263,P30566,P11908	10
Regulation of notch signaling pathway	0.7190839847212811	0.8120798733817929	0.4167458011278766	1.0	0.8179568000476406	3	Q9Y5A9	1
Regulation of anion transport	0.5016636643649535	0.811214136634887	0.4172427087218902	1.0	0.8179568000476406	7	P14174,Q15042	2
Hematopoietic progenitor cell differentiation	0.3659268343000565	0.8094879125825782	0.4182345527711786	1.0	0.8179568000476406	25	Q9Y5A9,Q9NQW6,Q6NXE6,O15047,Q96J02	5
Positive regulation of neurotransmitter transport	0.6037120116044843	0.8088601320772386	0.4185956033059539	1.0	0.8179568000476406	4	Q15042	1
Spinal cord development	0.4587716846921497	0.8082435594038524	0.4189503864689863	1.0	0.8179568000476406	9	Q14203,O75312,Q6Y7W6,P25325	4
Positive regulation of ubiquitin protein transferase activity	0.4797871358853046	0.8080838616008406	0.4190423072981191	1.0	0.8179568000476406	8	P63208,Q16763,Q13526,P68036	4
Positive regulation of gene expression	0.2942791715851322	0.8059984488694708	0.4202437434799926	1.0	0.8179568000476406	195	O60684,P34913,P04792,Q96PU8,Q99729,P60228,Q9Y2W1,P67809,P78344,P04083,O60828,Q96AE4,P98175,P98179,Q14011,P61586,P08670,Q04637,P43246,P23381,Q06124,P35579,P14174,Q96EP5,Q99439,P35241,Q567V2,P56537,Q8NCA5,P15311,P51116,P16989,P41440,Q7Z478,O14737,Q02952,Q9NUQ9,Q9H2J4,Q9Y5A9,P35637,Q13148,P04406,P40763,Q9ULK4,P46777,O75312,Q92804,Q07666,Q99584	49
Negative regulation of ubiquitin protein ligase activity	0.5164055429135054	0.8049014596162796	0.4208765460507973	1.0	0.8179568000476406	6	P61927	1
Pteridine containing compound metabolic process	0.4143486759737672	0.8040346864696118	0.4213769429016794	1.0	0.8179568000476406	15	P41440,Q9H2D1,Q99707,P34896,Q9NRN7	5
Establishment of cell polarity	0.3525768582768118	0.8039493668690175	0.4214262176265808	1.0	0.8179568000476406	31	P35579,P15311,Q9NUQ9,O14745,Q9UNZ2,P26038,Q14203,Q13112,P60953,P61586,O43264,P61026,Q7Z460	13
Regulation of potassium ion transport	0.4456733178289704	0.802577254171642	0.4222191195946321	1.0	0.8179568000476406	10	Q9Y376,P35609,P50570	3
Purine nucleoside monophosphate biosynthetic process	0.4242567649499801	0.800608495142992	0.4233583311794016	1.0	0.8179568000476406	13	P22102,P49915,P30520,P07741,O15067,P55263,P30566,P11908	8
Positive regulation of cell growth	0.3674616243736242	0.8003490290555734	0.4235086038626119	1.0	0.8179568000476406	24	O95684,P78344,O14786,Q15418,Q04637,Q8IYB8,P61586,Q7Z4V5	8
Bone development	0.3764362263777029	0.8001744018084568	0.4236097587545897	1.0	0.8179568000476406	20	Q15904	1
Protein localization to endoplasmic reticulum	0.3568788746342881	0.799624648690872	0.4239283020234898	1.0	0.8179568000476406	28	P61009,P20290,O76094,Q15042,Q5JRA6	5
Regulation of dopamine receptor signaling pathway	0.717089125102213	0.7978638865101502	0.4249494823801107	1.0	0.8179568000476406	2	O14744	1
Positive regulation of dopamine receptor signaling pathway	0.717089125102213	0.7978638865101502	0.4249494823801107	1.0	0.8179568000476406	2	O14744	1
Dendritic spine maintenance	0.717089125102212	0.7978638865101456	0.4249494823801134	1.0	0.8179568000476406	2	Q14247	1
Regulation of supramolecular fiber organization	0.2950886038038207	0.797571406446405	0.4251192496384659	1.0	0.8179568000476406	75	Q9NYL9,Q9UHV9,Q9UQB8,Q9Y624,Q14203,Q14019,P16949,O15143,O14786,O15144,Q99471,P61586,P61758,P62993,Q14247,P35241,O15212,P35609,Q02790,Q9Y281,Q9BTW9,Q9NUQ9,Q15691,Q92747	24
T cell activation	0.3240460723426571	0.793858291735289	0.4272779329228577	1.0	0.8179568000476406	43	Q9NUQ9,P04083,Q9BXW9,P40763,P61586,Q96J02,P17812	7
Peptidyl lysine trimethylation	0.4175622181603408	0.7915904161311785	0.4285995369264719	1.0	0.8179568000476406	14	Q6PD62	1
Positive regulation of filopodium assembly	0.5453381360533559	0.7915826022301199	0.4286040945821292	1.0	0.8179568000476406	5	O14786,P11233	2
Regulation of blood pressure	0.4222828066423671	0.7900940221057191	0.4294728607461198	1.0	0.8185541048869549	13	P61586,Q9HB40,Q9UIQ6	3
Multicellular organismal movement	0.4967987012269596	0.7899171760087926	0.4295761397466322	1.0	0.8185541048869549	7	Q6Y7W6	1
Glomerular epithelial cell differentiation	0.5982100193053305	0.7878170513467062	0.4308037257257131	1.0	0.8193152826927476	4	P80723	1
Retina vasculature morphogenesis in camera type eye	0.7138184791496365	0.7855004348857054	0.4321602154422708	1.0	0.8204570277885973	2	O14786	1
Retina vasculature development in camera type eye	0.7138184791496365	0.7855004348857054	0.4321602154422708	1.0	0.8204570277885973	2	O14786	1
Regulation of mitochondrial atp synthesis coupled electron transport	0.7112474437627825	0.7844714284874534	0.4327635405052306	1.0	0.8211003930759186	3	P14635,Q9H3K2	2
Organophosphate ester transport	0.3720059455019186	0.7835352630273881	0.4333128545149129	1.0	0.821319589080483	21	O00400,P02656	2
Cellular modified amino acid catabolic process	0.5423327174913437	0.7794156221255254	0.435734924252761	1.0	0.821883877011591	5	Q9UJ14,Q9UHG3	2
Serine phosphorylation of stat protein	0.7121831561733487	0.7793355259359905	0.4357820926343319	1.0	0.821883877011591	2	Q00535	1
Metaphase anaphase transition of cell cycle	0.3729357122817069	0.777498535690376	0.4368646980429083	1.0	0.821883877011591	20	P14635,Q15645,P30260,P12270,Q9Y6G9,Q9UJX4,Q9UJX2,P06400,O43264,O43683,O43684	11
Positive regulation of protein localization to early endosome	0.7092024539877205	0.777300069075937	0.4369817543066383	1.0	0.821883877011591	3	P15311,P35241	2
Regulation of protein localization to endosome	0.7092024539877205	0.777300069075937	0.4369817543066383	1.0	0.821883877011591	3	P15311,P35241	2
Endocrine process	0.709008368601655	0.7766201901654207	0.4373828860168438	1.0	0.821883877011591	3	P61586	1
Supramolecular fiber organization	0.2763620937938147	0.7763817496237732	0.4375236172250529	1.0	0.821883877011591	135	Q9NYL9,Q9UHV9,Q9UQB8,Q9Y624,Q14203,Q14019,P16949,O15143,O14786,O15144,Q99471,P61586,P61758,P08670,Q96AY3,Q14247,P62993,P35241,Q13526,O60568,P59998,O75718,O00151,O15212,P35609,Q02790,P15311,Q9Y281,Q05682,Q9BTW9,Q9Y5K6,Q9NUQ9,Q96S59,Q15942,Q15691,Q07812,P07197,Q92747	38
Respiratory burst	0.7086353389754565	0.7753138343173244	0.4381542365838078	1.0	0.821883877011591	3	P18669	1
Cellular component assembly involved in morphogenesis	0.4143149691892708	0.7739371167713759	0.4389679788235063	1.0	0.8223201051263874	14	Q9UPY3,Q9NYL9,Q9NR77,Q9Y281	4
Positive regulation of dna methylation dependent heterochromatin assembly	0.5405253394707721	0.7721149194595467	0.4400463665354501	1.0	0.8233467719750364	5	Q13263	1
Vascular associated smooth muscle cell proliferation	0.4919681531537107	0.7688633027580666	0.4419744645887951	1.0	0.824791170202193	7	P61586	1
Regulation of chromatin organization	0.4022457482635867	0.7688015647367222	0.4420111198496839	1.0	0.824791170202193	16	Q6PD62	1
Mitotic dna replication	0.4708772497465699	0.7675418771945041	0.4427594046919338	1.0	0.824791170202193	8	Q9BY42,P09884,P33993,P33991	4
Meiotic chromosome condensation	0.5928805237315836	0.7675334429372341	0.4427644172845841	1.0	0.824791170202193	4	Q9NTJ3,O95347,Q15021	3
Immunological synapse formation	0.7089125102207732	0.7670402549436474	0.4430575819695943	1.0	0.824791170202193	2	P17931	1
Vesicle localization	0.3190870425934757	0.7663389088123173	0.4434746726739327	1.0	0.824791170202193	47	O75340,O43633,P50570,Q92734,P27695,Q99816,Q9UN37,Q92905,Q9BVK6,Q9UBV8,Q00535,Q9Y2T2,Q96AX1,O60763,P33176	15
Spliceosomal complex assembly	0.327953369398809	0.7655160532064915	0.4439643109563356	1.0	0.8252075339834911	39	Q15428,Q13247,Q99590,Q15637,Q8WXF0,Q16637	6
Microtubule polymerization or depolymerization	0.350602254291451	0.7636234454750237	0.4450916733785455	1.0	0.8265607929667368	29	Q15555,Q14203,Q9BTW9,P16949,Q13526,Q15691,Q02790	7
Mononuclear cell differentiation	0.3273196186337292	0.7600484035273564	0.4472256524500393	1.0	0.828276203711449	39	P04083,P55327,Q9BXW9,P40763,P17931,P61586,P43246,O15347	8
Pyrimidine nucleobase metabolic process	0.4244827186615267	0.7572126438812846	0.4489224763736574	1.0	0.8299519435190273	11	P30085,Q05682,Q9NRF8,P11172,P17812	5
Negative regulation of cellular response to growth factor stimulus	0.5049837079011296	0.7566812517014226	0.4492408496815812	1.0	0.8302933561079224	6	O75340,Q8N0X7,Q9Y2U8	3
Negative regulation of microtubule polymerization or depolymerization	0.468064355878221	0.7548167152689925	0.4503589630614546	1.0	0.8310294447018429	8	Q15691,Q02790,P16949	3
Negative regulation of translational initiation	0.4885337547678053	0.7539544221227868	0.4508765901778551	1.0	0.8315840882104187	7	P60228,P05198	2
Muscle cell apoptotic process	0.4673949529796339	0.7517940125300394	0.4521749432575503	1.0	0.8328152968508624	8	Q9NQ88,P04179,P17655	3
Midbrain development	0.3921664960767402	0.7511196705259474	0.4525806385446582	1.0	0.8329951883113005	17	P61586,P80723,P0DP25	3
Cellular response to cold	0.7044153720359818	0.750211793533358	0.4531271569635673	1.0	0.8332601849996307	2	P17612	1
Negative regulation of cellular amide metabolic process	0.2907186727273384	0.7470656713300476	0.4550239207015965	1.0	0.8338678754568283	75	Q92945,P60228,P67809,P00374,Q14011,Q9Y2L1,Q04637,Q92600,P26196,P34896,Q6PKG0,P56537,Q13526,P51116,Q92900,Q9C0B1,P05198,Q6Y7W6,Q9Y5A9,P27695,Q13148,P04406,P40763,Q969T7	24
Regulation of extracellular matrix organization	0.5873082405707556	0.7464379083520781	0.4554029267614017	1.0	0.8339876659358021	4	Q7Z460,P06400	2
Positive regulation of extracellular matrix organization	0.5873082405707556	0.7464379083520781	0.4554029267614017	1.0	0.8339876659358021	4	Q7Z460,P06400	2
Negative regulation of single stranded viral rna replication via double stranded dna intermediate	0.5872337484680379	0.7461567065816594	0.4555727573268466	1.0	0.834052719044728	4	Q13263	1
Regulation of syncytium formation by plasma membrane fusion	0.5331263808565954	0.7423615913844314	0.4578682840005106	1.0	0.8367751747036994	5	Q9H4M9,P41440	2
Positive regulation of syncytium formation by plasma membrane fusion	0.5331263808565954	0.7423615913844314	0.4578682840005106	1.0	0.8367751747036994	5	Q9H4M9,P41440	2
Regulation of myoblast fusion	0.5331263808565954	0.7423615913844314	0.4578682840005106	1.0	0.8367751747036994	5	Q9H4M9,P41440	2
Positive regulation of myoblast fusion	0.5331263808565954	0.7423615913844314	0.4578682840005106	1.0	0.8367751747036994	5	Q9H4M9,P41440	2
Regulation of rna export from nucleus	0.4651558895267691	0.7416995468662433	0.4582693944233531	1.0	0.8370155704026538	8	Q08J23,Q9ULX6,Q07666	3
Regulation of nucleobase containing compound transport	0.4651558895267691	0.7416995468662433	0.4582693944233531	1.0	0.8370155704026538	8	Q08J23,Q9ULX6,Q07666	3
Response to interferon gamma	0.363119742696758	0.738374053911515	0.4602871769031602	1.0	0.8399253293122553	22	P19474	1
Protein methylation	0.3116143831125428	0.7339181100898393	0.4629986488372575	1.0	0.8422552570992782	52	P61964,Q5VTR2,Q9H9B1,Q86X55,Q8NCA5,Q9H3P2,Q99873,Q12824,O14744,Q9H7B4,Q6PD62,O60678,O15047	13
Negative regulation of protein metabolic process	0.2902621430325111	0.7305459674492092	0.4650565258787469	1.0	0.8422552570992782	229	Q9UHV9,P04792,P60228,P48506,P00374,P19474,Q14011,Q99471,Q9H7B4,Q04637,P61758,Q12824,Q9Y2L1,P23381,Q01105,Q92600,Q13363,P14174,O43768,O60271,P34896,Q15392,P20810,P56537,Q13526,Q15257,O75718,P61927,O15212,P61964,Q99816,Q9C0B1,Q6Y7W6,P35237,O60678,O75592,Q96B36,Q9H2J4,P11413,Q9Y5A9,P27695,Q13148,O95684,Q04323,P40763,P0DP25,P17931,P46777,Q00535,Q969T7,Q92530	51
Response to abiotic stimulus	0.2860533990508317	0.7299805485815237	0.4654020744595097	1.0	0.8422552570992782	174	Q9UNS2,Q9Y624,P04179,P04083,Q15904,Q9NXR7,Q14011,P61586,Q92547,P43246,O75340,Q8N511,Q15555,Q99439,Q9Y376,P62993,P29692,Q13526,P54652,Q96A26,Q9H1E3,P16989,O95831,Q02952,P25685,Q9NQ88,P35237,O75592,Q6P6C2,Q9UI10,Q9NR50,Q9BXW9,Q00535,P17655,P55786	35
Tube development	0.2736894047579145	0.7294862427139529	0.4657042801013653	1.0	0.8422552570992782	105	O75340,Q9H2J4,P04792,Q96T37,Q13247,P80723,Q9BXJ9,P09960,P04083,P35613,O60568,P40763,P61586,Q96AY3,Q5JRA6	15
Rna modification	0.32063490656275	0.7292960756302479	0.4658205723012967	1.0	0.8422552570992782	40	Q69YN4,Q9NWX6,Q96T37,Q8IZ69,Q6P6C2,P57081,O75648,Q9C0B1,Q7L2J0,Q9BV44	10
Response to nitric oxide	0.5298576576542355	0.7292895246918751	0.4658245786607244	1.0	0.8422552570992782	5	O95831	1
Cellular response to reactive nitrogen species	0.5298576576542355	0.7292895246918751	0.4658245786607244	1.0	0.8422552570992782	5	O95831	1
Negative regulation of defense response	0.3544600834225251	0.729107213148314	0.4659360826666181	1.0	0.8422552570992782	25	Q96J02,P19474,P28070	3
Heterochromatin organization	0.3570922999703195	0.728995460957527	0.466004439023161	1.0	0.8422552570992782	24	Q13363	1
Myeloid cell development	0.4188310022856676	0.7287057737904968	0.4661816602180217	1.0	0.8422552570992782	11	Q15904,Q13310,P11413,Q06124	4
Cell cell adhesion via plasma membrane adhesion molecules	0.4825958684615657	0.728303745989663	0.4664276697527243	1.0	0.8422552570992782	7	P35613	1
Pentose metabolic process	0.5293300999547925	0.7271841108463277	0.4671131784294582	1.0	0.8423404129069838	5	Q8NBZ7	1
Bergmann glial cell differentiation	0.5293137882000908	0.7271190323925107	0.4671530405880277	1.0	0.8423404129069838	5	P08670,Q06124	2
Negative regulation of viral process	0.3730091526365938	0.7262370009597842	0.4676934926037037	1.0	0.8430701274510886	19	Q99549,Q12899,P19474,P78362,Q13325,Q13263,Q14258	7
Regulation of hydrolase activity	0.2721045560693699	0.7258460868210836	0.467933130357606	1.0	0.843178622164071	133	P02656,Q9Y624,P04083,P16949,P61586,O75340,Q15555,O60343,P40616,Q15392,P20810,P35241,Q13526,Q15257,Q8TC07,Q96A26,P18085,Q92688,O95831,O14737,Q15042,P05198,Q9P258,P35237,O43847,O00273,Q9NVX2,Q04323,Q9NR28,P04406,P49354,P40763,P0DP25,P17931,Q07812,Q15418,Q92530	37
Bone mineralization	0.4975758806257725	0.7256958683600135	0.4680252352012162	1.0	0.843178622164071	6	Q9NUQ3,Q9UNW1	2
Positive regulation of rna binding	0.5286266877274343	0.7243788057997926	0.4688332078808974	1.0	0.8441266365550605	5	Q04637	1
External encapsulating structure organization	0.3642475595103543	0.7216651033166087	0.4705004020246361	1.0	0.8451858537960633	20	Q96AY3,O60568,P11047,P41440	4
Cell substrate junction organization	0.3605421731652372	0.7213491178042333	0.470694743881229	1.0	0.8452904452002407	22	P51452,Q15555,Q14247,P11047,P12814,O14786,P18206,Q15149,Q9Y490,P61586,Q9P258,P35609	12
Renal absorption	0.6962387571545443	0.719856562641443	0.471613314861965	1.0	0.845631292686711	2	O14745	1
Renal sodium ion transport	0.6962387571545443	0.719856562641443	0.471613314861965	1.0	0.845631292686711	2	O14745	1
Negative regulation of protein tyrosine kinase activity	0.5273950472105676	0.719472196098773	0.4718500274911723	1.0	0.845631292686711	5	O95684	1
Regulation of translational termination	0.5272945402107514	0.7190720989838976	0.472096497357001	1.0	0.845631292686711	5	Q8N543	1
Toxin transport	0.408707088453826	0.7184295090682301	0.4724924972865849	1.0	0.845631292686711	13	P17987,P35606,P78371,Q15650,O14786,P61923	6
Regulation of substrate adhesion dependent cell spreading	0.3988521097718187	0.7181662496060499	0.4726547853326206	1.0	0.845631292686711	15	O14786,O15144,P50570,Q9P258,Q92766	5
Mitotic dna integrity checkpoint signaling	0.3578501537741908	0.7178559213721523	0.4728461286413137	1.0	0.8456384294209122	23	Q92547,Q9BXW9,Q9NXR7,Q6Y7W6,P15927	5
Cell part morphogenesis	0.28424585409524	0.716087271895865	0.4739374625270214	1.0	0.8460537987103172	90	Q9UQB8,Q16555,O60828,P78344,O60749,P16949,O14786,Q13596,Q15149,P61586,P33176,Q06124,Q8TEY7,Q8WX93,Q04917,O60271,Q14247,Q96HC4,Q9UPY3,O95372,P41440,P35613,P60953,P50570,O60678,O75592,Q92766,Q99829,P11047,Q13177,Q8N0X7,P18206,Q07812,Q00535,Q8IYB8	35
Rna catabolic process	0.2682513125140955	0.7151866913324001	0.4744936915448514	1.0	0.8460537987103172	109	Q92945,Q99729,P60228,P51530,Q9Y2W1,P67809,P62312,P98175,Q08J23,Q14011,Q9Y2L1,P08670,Q9H814,Q9Y2V2,Q9UPY3,O00178,P51116,P16989,Q92900,Q9C0B1,Q6Y7W6,Q5TBB1,Q9Y5A9,P27695,P35637,Q6P6C2,Q13148,Q8NC51,Q8IYB8,Q13310,O75312,Q92804,Q969T7	33
Dna double strand break processing	0.4792351319950656	0.713861099564598	0.4753130737671358	1.0	0.8460692671961049	7	Q9NW82,Q9H4L7	2
Leukotriene metabolic process	0.5259686216285075	0.7137982204012383	0.4753519602652511	1.0	0.8460692671961049	5	Q9UJ14,P09960	2
Aspartate family amino acid biosynthetic process	0.4274298705545819	0.7135033058665358	0.4755343681931783	1.0	0.8461514115987498	10	Q99707,O60568,Q13126	3
Positive regulation of small gtpase mediated signal transduction	0.5784693968771453	0.7132296658721355	0.4757036519138244	1.0	0.8462101628143368	4	Q15555,Q9Y624	2
Regulation of exocytosis	0.3422148087216671	0.7123742990345567	0.4762330262047689	1.0	0.84654198353755	30	O43633,P27695,Q99816,P20339,Q9UN37,P04083,P0DP25,Q15042,Q00535,O43747	10
Rna methylation	0.3566280463055205	0.709678747393641	0.4779033742469858	1.0	0.8479371297353663	23	Q69YN4,Q96T37,Q8IZ69,P57081,O75648,Q7L2J0,Q9BV44	7
Regulation of cell adhesion	0.2871010603500997	0.7077820144959996	0.4790806370375258	1.0	0.8494886596031267	72	Q9Y624,P04083,O14786,O15144,P61586,Q5JRA6,Q06124,Q13630,P35241,P41440,Q9BTW9,P52565,P50570,Q9P258,Q92766,Q9NUQ9,Q9Y5A9,P17931,Q96J02	19
Transition metal ion homeostasis	0.3699674007993641	0.7074732521500121	0.4792724291591859	1.0	0.8494886596031267	19	Q15904,Q8N511	2
Epithelial cell development	0.3413454186445927	0.7058883871351288	0.4802575499097965	1.0	0.8496866209910956	30	P15311,Q8WX93,Q9Y624,P35241,P11047,Q9UDY2,O60568,P18206,Q15149,Q9NQ88,P08670,Q9Y696	12
Humoral immune response	0.4062071150167	0.7053696350890516	0.4805802355202107	1.0	0.8496866209910956	13	Q9UQ84,Q9Y5A9	2
Intermediate filament organization	0.5237759012873265	0.7050945123558706	0.4807514213700434	1.0	0.8496866209910956	5	P07197,P08670,Q15149	3
Biological process involved in interaction with symbiont	0.3580345515243299	0.7048511738053008	0.480902858261075	1.0	0.8496866209910956	22	Q13148,P81605,O14646,Q9H1E3	4
Regulation of cysteine type endopeptidase activity	0.3264570011680877	0.7043208655520511	0.4812329750043083	1.0	0.8499592647260393	37	O75340,Q96A26,Q9NVX2,P20810,Q15392,Q92688,Q9NR28,O95831,O14737,Q07812,P61586	11
Establishment of sister chromatid cohesion	0.6913327882256797	0.701801671081781	0.4828028564997417	1.0	0.850981211594447	2	Q9GZZ1	1
Dna replication synthesis of rna primer	0.687116564417175	0.700822821143189	0.4834135941835695	1.0	0.8515919876035049	3	P49642,P09884	2
Embryonic pattern specification	0.522020202496532	0.6981419336030191	0.4850884358070928	1.0	0.853370874323526	5	P80723	1
Pyridine containing compound catabolic process	0.6901062959934651	0.6973073102684049	0.4856104941424719	1.0	0.8536293594963494	2	Q13126	1
Blastoderm segmentation	0.5740873689787682	0.6968899156228587	0.4858716892253198	1.0	0.8537813214740341	4	P80723	1
Cellular response to thyroid hormone stimulus	0.6854805725971237	0.6952346854364154	0.486908238623108	1.0	0.8546070494737517	3	P35241,P48506	2
Vasculogenesis	0.5211336083735488	0.6946366768757596	0.4872830211421468	1.0	0.8546070494737517	5	Q96PU8	1
Sex differentiation	0.3398074286428602	0.6944383409692388	0.4874073561453786	1.0	0.8546070494737517	30	P49321,Q02790,P16989,O75874,P80723,Q15392,Q15637,P43246,Q06124	9
Blastocyst growth	0.4897226600003137	0.6931279556444776	0.4882292552105816	1.0	0.8555032942600767	6	P61201,Q9BRT9,Q6PD62,O75312	4
Cell cell junction organization	0.3339469314835563	0.689927115684265	0.4902400227734402	1.0	0.8558779511837933	33	Q9Y624,P17612,P60953,Q8WUM4,P35241,Q9BTW9,Q9UDY2,Q13177,P18206,Q15149,Q9Y490,P61586	12
Cell morphogenesis involved in differentiation	0.2777879166910775	0.6899117574553824	0.4902496815370258	1.0	0.8558779511837933	97	Q9UQB8,O60828,P78344,P16949,O14786,O15144,P61586,P33176,Q06124,P35579,Q8TEY7,Q8WX93,Q04917,Q14247,O60568,O95372,P41440,Q9BTW9,P35613,O14745,P50570,Q9P258,O60678,O75592,Q92766,Q9Y5A9,P11047,Q8N0X7,Q00535,Q96AX1	30
Centrosome separation	0.5717803657707908	0.6883224502489421	0.4912497471419148	1.0	0.8560976473818418	4	P52732,Q9UNZ2	2
Positive regulation of mrna splicing via spliceosome	0.3878546635133166	0.6876651451933077	0.4916636739357813	1.0	0.8560976473818418	16	Q96EP5,P38159,Q9Y2W1,P98179,Q14011	5
Lymphocyte activation	0.2852685760672885	0.6870950580031706	0.49202282829012	1.0	0.8560976473818418	79	Q9NUQ9,P14174,Q9UQ84,P04083,Q9BXW9,P40763,P61586,P43246,O15347,Q96J02,P17812	11
Homologous recombination	0.4529251643009584	0.6870303792938932	0.4920635847004726	1.0	0.8560976473818418	8	Q9BXW9,Q9H1E3	2
Execution phase of apoptosis	0.4104071966909014	0.6866079707140791	0.4923298042647981	1.0	0.8560976473818418	11	O95831,Q9UPY3	2
Regulation of dna primase activity	0.6868356500408883	0.6853612836769779	0.4931159687979427	1.0	0.8560976473818418	2	Q9BRT9	1
Inner ear receptor cell development	0.5186646128523538	0.6848956420067354	0.4934097762205645	1.0	0.8560976473818418	5	Q9BW83	1
Post chaperonin tubulin folding pathway	0.6823901326237782	0.6847098632706529	0.493527023782832	1.0	0.8560976473818418	3	Q15813	1
Negative regulation of transferase activity	0.3095911052061982	0.6843615751405681	0.4937468734906134	1.0	0.8560976473818418	48	Q96B36,P04792,Q99816,O95684,P61927,Q9H7B4,P23381	7
Cell matrix adhesion	0.3450683949801004	0.6832176182604935	0.4944693413914072	1.0	0.8560976473818418	26	Q13630,P51452,Q15942,Q9UM22,O14786,Q00535,P61586,Q9P258,P35609	9
Cellular carbohydrate metabolic process	0.3100438762223435	0.6829532723815925	0.4946363698445495	1.0	0.8560976473818418	47	P48735,O75874	2
Regulation of synaptic vesicle exocytosis	0.4519953761021081	0.6829094598256391	0.4946640559717268	1.0	0.8560976473818418	8	P20339,P0DP25,Q15042	3
Nucleotide transport	0.4203655915932164	0.6795542503848084	0.4967867460108834	1.0	0.8560976473818418	10	O00400,P41440	2
Megakaryocyte development	0.6852003270646009	0.6794098939921813	0.4968781826162294	1.0	0.8560976473818418	2	Q06124	1
G0 to g1 transition	0.6852003270646005	0.6794098939921802	0.49687818261623	1.0	0.8560976473818418	2	P23921	1
Regulation of g0 to g1 transition	0.6852003270646005	0.6794098939921802	0.49687818261623	1.0	0.8560976473818418	2	P23921	1
Positive regulation of g0 to g1 transition	0.6852003270646005	0.6794098939921802	0.49687818261623	1.0	0.8560976473818418	2	P23921	1
Enucleate erythrocyte differentiation	0.6852003270646007	0.6794098939921792	0.4968781826162307	1.0	0.8560976473818418	2	P06400	1
Mrna 3 splice site recognition	0.5172242496096287	0.6792270704851543	0.4969939975005317	1.0	0.8560976473818418	5	Q15428	1
Organelle fusion	0.337734553572945	0.6790560105290613	0.4971023734445963	1.0	0.8560976473818418	30	Q9NWX6,Q15075,P04083	3
Regulation of double strand break repair via homologous recombination	0.357536313797564	0.6790350740589491	0.4971156387212434	1.0	0.8560976473818418	20	P35637,Q9NRR5,P15927,Q15014	4
Response to endogenous stimulus	0.2874608295964092	0.6786066481204849	0.497387129356603	1.0	0.8563277164692278	224	Q9UQB8,O75874,P48506,P04083,P43490,O15143,Q9H7B4,P61586,Q9UQ13,Q5JRA6,Q92600,Q06124,O60343,P07741,Q9Y376,P62993,P34896,Q15392,P35241,Q86X55,P56537,Q9Y5X3,O00400,Q13526,Q14258,P35609,Q02790,Q9H1E3,Q9Y2U8,Q9H4M9,Q13247,P09960,P35613,O95831,O14737,Q96A49,O14745,Q9NQ88,O75592,P17655,Q99829,P27695,Q15942,Q9UI10,Q9NR50,P49354,P40763,P0DP25,Q8N0X7,Q00535,O14744,P11802,P28161,O75312	54
Regulation of potassium ion transmembrane transporter activity	0.4509360733652349	0.6782209657691056	0.4976316011906414	1.0	0.8565111539340032	8	Q9Y376,P35609	2
Trna thio modification	0.6847914963205287	0.67792433412767	0.4978196701104886	1.0	0.8565974373472248	2	O75648	1
Negative regulation of supramolecular fiber organization	0.3279695325635889	0.6765754885920725	0.498675335356455	1.0	0.8573557129349377	35	Q9NYL9,Q9NUQ9,Q9UHV9,Q9Y624,P35241,P16949,Q15691,Q99471,P61758,O15212,Q02790	11
Inner ear receptor cell stereocilium organization	0.5683265262183119	0.6755426759917458	0.4993310473914136	1.0	0.8573657729958971	4	Q9BW83	1
Purine nucleotide transport	0.4304445110637511	0.6751904433735539	0.4995547775002271	1.0	0.8573657729958971	9	O00400	1
Striated muscle cell development	0.4302549721394935	0.6743163225192647	0.5001102289518431	1.0	0.8573657729958971	9	Q9NYL9,Q15149,P35609,Q9Y281	4
Viral budding	0.4696167021711233	0.6728540316998882	0.5010401592570144	1.0	0.8573657729958971	7	Q99816,O43633,Q9UN37	3
Multivesicular body organization	0.4696167021711233	0.6728540316998882	0.5010401592570144	1.0	0.8573657729958971	7	Q99816,O43633,Q9UN37	3
Positive regulation of histone methylation	0.3642718667613079	0.6725857701453277	0.5012108571126601	1.0	0.8573657729958971	19	Q6PD62,P61964	2
Positive regulation of insulin secretion involved in cellular response to glucose stimulus	0.5151273763592494	0.6709938840462999	0.5022244256839716	1.0	0.8578355195460249	5	O95563	1
Positive regulation of cytoplasmic transport	0.567020767406714	0.6707260980028428	0.5023950340031815	1.0	0.8578355195460249	4	P15311,P35241	2
Positive regulation of early endosome to late endosome transport	0.567020767406714	0.6707260980028428	0.5023950340031815	1.0	0.8578355195460249	4	P15311,P35241	2
Regulation of protein serine threonine kinase activity	0.3168646223867594	0.6707009991105924	0.5024110262499359	1.0	0.8578355195460249	39	P14635,P14174,P31689,Q9Y376,Q99816,Q9NYV4,Q9P287,P54619,Q96A49,P0DP25,O95373,P61586,O00410	13
T cell receptor signaling pathway	0.3845377836862502	0.6692158124218915	0.5033578208967096	1.0	0.8585147123780736	16	P15311,Q9UI10,Q9NR50,P17931,Q07666	5
Negative regulation of protein polymerization	0.3542250174615363	0.6681356955225782	0.5040469781939714	1.0	0.8594540731972988	21	Q9NUQ9,Q9NYL9,P35241,P16949,Q15691,Q02790	6
Glucosamine containing compound metabolic process	0.6773006134969324	0.6674689141897037	0.5044726594467552	1.0	0.8594895738401302	3	O60502,O95394	2
Skeletal muscle cell differentiation	0.4682490530861133	0.6670652724213093	0.5047304413082978	1.0	0.8596752716743086	7	P61201,Q9Y5Q8,P06400	3
Regulation of behavior	0.5650477295641452	0.6634640386157876	0.5070334037809021	1.0	0.8619429065095544	4	P40763	1
Regulation of fertilization	0.6802943581357372	0.6616447194223474	0.5081989406106773	1.0	0.8625692718315989	2	P35579	1
Maintenance of apical basal cell polarity	0.6753247835970705	0.6608074647128316	0.5087357950500488	1.0	0.8625692718315989	3	O14745	1
Motor neuron axon guidance	0.5124443979198173	0.660493220056486	0.5089373679395446	1.0	0.8625692718315989	5	O75592,Q00535	2
Peptidyl methionine modification	0.6748956788975337	0.6593631495933703	0.509662599704273	1.0	0.8625692718315989	3	Q5VZE5	1
Negative regulation of ion transport	0.3928827571306201	0.6592880391045971	0.5097108216267412	1.0	0.8625692718315989	14	Q9Y376,P30626,P0DP25,O14745,P28161	5
Base excision repair	0.3928809413484416	0.6592784836026876	0.509716956555972	1.0	0.8625692718315989	14	P27694,P27695,Q7Z6Z7,P51530,P39748,Q07864,P23396,P15927	8
Regulation of mrna 3 end processing	0.3928445229902556	0.6590868393550708	0.5098400062797728	1.0	0.8625692718315989	14	Q69YN4,Q8N684,Q5VTR2,Q6PD62,O00267	5
Dephosphorylation	0.290538280497581	0.6556788829857035	0.5120307587224509	1.0	0.8643312177183159	62	Q9NPH0,P34913,O15355,Q5TFE4,Q9UNW1,Q13526,P0DP25,Q15257,Q9NQ88,Q969T7,Q06124	11
Folic acid containing compound metabolic process	0.3964718916942084	0.6549818243572578	0.5124794563484936	1.0	0.8643312177183159	13	P34896,Q9NRN7,P41440,Q9H2D1	4
Positive regulation of cell adhesion	0.3078959995000395	0.6547765780627339	0.5126116127335949	1.0	0.8643312177183159	45	Q13630,Q9NUQ9,P41440,P04083,P61586,Q92766,Q06124	7
Regulation of microtubule polymerization or depolymerization	0.3535574998902032	0.6539949924247046	0.5131150318116109	1.0	0.8647067428901232	20	Q15555,Q14203,P16949,Q15691,Q02790	5
Regulation of cysteine type endopeptidase activity involved in execution phase of apoptosis	0.6778413736713058	0.6528134972196997	0.5138765210945906	1.0	0.8655202592886924	2	Q13177	1
Positive regulation of activated t cell proliferation	0.6778413736713056	0.6528134972196994	0.5138765210945908	1.0	0.8655202592886924	2	P09429	1
Negative regulation of wound healing	0.6728016359918219	0.652327287434913	0.5141900604130469	1.0	0.8655898183535109	3	Q7Z460,P55011	2
Negative regulation of nervous system development	0.3999225885967875	0.6523171595566921	0.5141965925774721	1.0	0.8655898183535109	12	Q8N0X7,O14786,Q00535,Q9UPY3,Q96G23	5
Regulation of dna damage response signal transduction by p53 class mediator	0.4250641532668315	0.6504751322170005	0.5153853598641256	1.0	0.8666512550111616	9	P14174,O43324	2
N acetylglucosamine metabolic process	0.6770237121831619	0.649877543732089	0.5157713247392657	1.0	0.8670168036843575	2	O60502	1
Regulation of dna templated transcription initiation	0.4248574587311575	0.6495298100777525	0.5159959847140976	1.0	0.8670168036843575	9	P09429,Q15648,P53999,Q9H2U1,Q86VP6,P11802	6
Negative regulation of smooth muscle cell migration	0.5610950884470728	0.6489748594024425	0.5163546263206233	1.0	0.8670168036843575	4	P61586	1
Mitochondrial depolarization	0.5609656301145528	0.6485016658042522	0.5166605337624546	1.0	0.867151868828336	4	P48506,P63244,Q9UII2	3
Actin crosslink formation	0.6713343654637407	0.6474097822218324	0.5173667665068948	1.0	0.8674318854977074	3	Q9UQB8	1
Lymphocyte migration	0.4243871230145832	0.6473798964963301	0.517386103684945	1.0	0.8674318854977074	9	P61586	1
Muscle cell proliferation	0.3490790247262609	0.6465080155897966	0.517950407749239	1.0	0.8679093448793238	22	P61586,Q5VZE5,P04179	3
Positive regulation of amine transport	0.5601472590886167	0.6455124030527927	0.5185951832470779	1.0	0.8684749394852941	4	Q15042	1
Nuclear migration	0.4630862164277688	0.6453140432529973	0.5187236939361619	1.0	0.8684749394852941	7	Q14203,Q9Y266,O14745	3
Secondary metabolic process	0.4623600576611735	0.6422679398060236	0.520699226898049	1.0	0.8700071430519404	7	P40616	1
Establishment of mitotic spindle localization	0.4422367324680309	0.6399902032124793	0.5221789685375546	1.0	0.8700888690712156	8	Q14203,O43264,Q14974,Q9UNZ2	4
Regulation of dna templated transcription elongation	0.3498030886727617	0.6399679557200508	0.5221934323717263	1.0	0.8700888690712156	21	Q15061,Q5BKZ1,Q8WX92,Q9H3P2,Q9NYV4,P43897	6
Regulation of mitotic cell cycle	0.2636437096226316	0.6358422192062166	0.5248792664652437	1.0	0.8705379022120379	108	Q9NYL9,P04083,O43660,Q9NXR7,Q9Y6G9,Q9UJX4,Q7L2J0,Q04637,Q92547,P43246,Q06124,P51452,P31350,P30260,Q15645,P35241,Q13526,Q9NQW6,Q9UL46,P54652,Q5VTR2,P06730,O14745,Q6Y7W6,Q9P258,Q5TBB1,P27695,Q9NVX2,Q9UN37,Q7Z7L1,Q9BXW9,Q9UJX2,O14744,P11802,Q06323,P15927	36
Cellular response to alcohol	0.3999153147363752	0.634921024440584	0.5254799241579622	1.0	0.8705379022120379	11	O95831,P04179	2
Intermediate filament bundle assembly	0.6725265739983706	0.6338009248433922	0.5262107495573116	1.0	0.8705379022120379	2	P07197	1
Negative regulation of keratinocyte proliferation	0.6725265739983703	0.6338009248433916	0.5262107495573121	1.0	0.8705379022120379	2	Q15648	1
Insulin secretion involved in cellular response to glucose stimulus	0.4602920033331612	0.6336113091910658	0.5263345184509876	1.0	0.8705379022120379	7	P30626,O95563	2
Regulation of insulin secretion involved in cellular response to glucose stimulus	0.4602920033331612	0.6336113091910658	0.5263345184509876	1.0	0.8705379022120379	7	P30626,O95563	2
Male meiotic nuclear division	0.5564255814550682	0.6319631790707808	0.527410937800862	1.0	0.8705379022120379	4	Q15645	1
Positive regulation of cellular component biogenesis	0.2794314154047959	0.6305066616305689	0.52836314569032	1.0	0.8705379022120379	84	O43633,Q9UQB8,Q14203,O14786,O15144,Q04637,P61586,P11233,P23381,Q15555,P62993,Q8NCA5,Q9NQW6,P41440,Q99816,Q15042,P50570,P27695,Q9UN37,Q15691,P17931,Q07812,Q13263	23
Response to monosaccharide	0.3373564551666547	0.6295829858352149	0.5289674582368282	1.0	0.8705379022120379	26	P30626,P48506,Q9UI10,P04179,Q9NR50,O95563,Q12824,P61586	8
Gmp biosynthetic process	0.3985676032689181	0.6283480420065449	0.5297759662299006	1.0	0.8709075043626163	11	P22102,P49915,P07741,O15067,P55263,P30566	6
Megakaryocyte differentiation	0.4395627313487423	0.6283420371504324	0.5297798990958014	1.0	0.8709075043626163	8	Q99873,Q96T37,Q06124	3
Negative regulation of epithelial cell apoptotic process	0.4732544282231792	0.6259094091382361	0.531374362603604	1.0	0.8709075043626163	6	Q13247	1
Intrinsic apoptotic signaling pathway	0.2842366369396565	0.6258199587902434	0.5314330390883588	1.0	0.8709075043626163	64	O95831,P16989,P14174,P04792	4
Response to topologically incorrect protein	0.3054199507795534	0.6244792729951858	0.5323128782588717	1.0	0.8709075043626163	41	Q9BUN8,P55145,P04792	3
Positive regulation of peptidyl tyrosine phosphorylation	0.3937671494803795	0.6215956438297858	0.5342077861400025	1.0	0.872778308847518	12	Q9H223,P14174	2
Serine family amino acid metabolic process	0.3893253086920003	0.6185184734075858	0.5362336242717891	1.0	0.8733187337574538	13	P34896,P48506,P00374,P49903	4
Regulation of microtubule cytoskeleton organization	0.3183110853621015	0.6181775792212265	0.5364582877496709	1.0	0.8733187337574538	36	O43633,Q14203,Q15691,P61586,Q02790	5
Antigen processing and presentation of exogenous antigen	0.4564764884288356	0.6177137805434257	0.5367640264400733	1.0	0.8733187337574538	7	Q9UIQ6,P50570	2
Positive regulation of erythrocyte differentiation	0.4175863073379319	0.6164823877501499	0.537576192434174	1.0	0.8733187337574538	9	P40763,Q99873	2
Sequestering of calcium ion	0.3846382119787115	0.6162234128633461	0.5377470780281663	1.0	0.8733187337574538	14	P28161,P30626,P0DP25,P27695	4
Dna methylation	0.3682226419710006	0.6138592389710742	0.5393083474801224	1.0	0.8733187337574538	17	O95983,Q9H9B1,Q8NB78,O14744	4
Positive regulation of growth	0.32203483061735	0.6134222948417414	0.5395971480797865	1.0	0.8733187337574538	34	P15311,P16989,P80723,O95684,P78344,Q15418,Q04637,O75312,Q8IYB8,P61586,Q7Z4V5	11
Histone h2a acetylation	0.4553976223992937	0.6132364787742218	0.5397199876845697	1.0	0.8733187337574538	7	Q15014	1
Nucleus localization	0.4360120765541427	0.6129550305686235	0.5399060746051356	1.0	0.8733187337574538	8	Q14203,Q9Y266,O14745	3
Translational elongation	0.345137964425784	0.6105226995207655	0.5415156112672721	1.0	0.8733187337574538	21	P05387,P29692,P24534,O00178,P43897	5
Circulatory system process	0.2955781680178536	0.6103018885291939	0.5416618461559604	1.0	0.8733187337574538	55	P28161,P41440,Q9UDY2,P04179,O60568,Q9UIQ6,O14745,Q02952,P61586,Q9HB40	10
Regulation of ion transport	0.2942473206777447	0.6084052033638996	0.5429187612663089	1.0	0.874358274757204	56	P61586,P33176,P14174,Q9Y376,P30626,P54652,P35609,P55011,P07384,Q15042,P50570,O14745,P11413,P27695,P17931,Q07812,Q00535,P0DP25,P28161	19
Positive regulation of gtpase activity	0.330063687944049	0.605165889045772	0.5450687781581443	1.0	0.8753237942493085	28	Q15555,O60343,Q9P258,Q13526,Q15042,Q8TC07	6
Negative regulation of gene expression epigenetic	0.3385990489006735	0.6046967685005572	0.5453804956948693	1.0	0.8755979519816801	24	Q13363	1
Neural crest cell differentiation	0.3899855027277384	0.6028957286694693	0.546578057653101	1.0	0.8759354162647115	12	O75340,O14786,Q9UBV8	3
Mesenchymal cell development	0.3899855027277384	0.6028957286694693	0.546578057653101	1.0	0.8759354162647115	12	O75340,O14786,Q9UBV8	3
Regulation of mitotic cell cycle spindle assembly checkpoint	0.6576687116564386	0.6021263061757642	0.547090065061191	1.0	0.8762408330422339	3	P14635,Q9Y6G9	2
Positive regulation of smooth muscle cell migration	0.6572237245806024	0.6006681236958666	0.5480610542635973	1.0	0.8765024844133245	3	P31949	1
Response to nitrogen compound	0.2806412237496559	0.5999963912615033	0.5485086405436559	1.0	0.8767686852653065	190	Q9UQB8,P48506,O60828,P00374,P04083,P43490,Q9BUN8,P61586,Q5JRA6,Q06124,O60343,P07741,P62993,P34896,Q99707,P49721,Q86X55,P56537,Q9Y5X3,Q9UBV2,Q14258,P35609,P15311,Q9H1E3,P41440,Q13247,P09960,P35613,O95831,Q96A49,Q9Y266,O14745,P17655,P27695,Q9UI10,Q04323,Q9NR50,P40763,P0DP25,Q00535,O14744,P11802,P28161,Q969Z3	44
Biomineralization	0.4521952668235238	0.599994534506403	0.5485098779799864	1.0	0.8767686852653065	7	Q9NUQ3,Q9UNW1	2
Ubiquitin independent protein catabolic process via the multivesicular body sorting pathway	0.6561804590683894	0.5972536469359638	0.5503380468424153	1.0	0.8771646873614851	3	Q9UN37	1
Nitrogen compound transport	0.2363244980536553	0.5969840752598343	0.5505180127612075	1.0	0.8771646873614851	419	Q9NT62,Q9NVZ3,O43633,P61009,O60684,O43772,P04792,Q7Z4Q2,Q8TEX9,Q92973,O76094,P20645,P04083,Q15904,Q8N6T3,Q9BUN8,O60830,Q5JRA6,O75340,A6NIH7,Q8TAG9,Q8TBQ9,P40616,Q9H814,Q9BW83,O00400,O95563,P35606,P41440,P20290,Q92688,O95831,Q15042,O14745,Q9BXS5,P83436,O75592,Q96AX1,Q9H2D1,Q6P6C2,P20339,Q9BVK6,O00471,Q9ULX6,Q8NFH4,P40763,O43592,P55786,Q9UHB9,Q15436,Q99584	51
Androgen receptor signaling pathway	0.3917111813026968	0.5951640206612673	0.5517338378392427	1.0	0.8776010965527631	11	P61586	1
Scf dependent proteasomal ubiquitin dependent protein catabolic process	0.4954805554153247	0.59505446294382	0.5518070661900838	1.0	0.8776010965527631	5	P63208,Q93034	2
Cellular response to ketone	0.3846393174694002	0.5948787583339588	0.5519245170748963	1.0	0.8776010965527631	13	Q9H7B4	1
Cortical actin cytoskeleton organization	0.3804659240291201	0.5946912606011532	0.552049864689721	1.0	0.8776010965527631	14	P15311,Q8WUM4,Q9UN37,Q9NQW6,Q9Y2A7,Q00535,Q15149,Q9Y490	8
Positive regulation of exocytosis	0.3879681401645388	0.5929773978968212	0.5531962785380571	1.0	0.8779307603017696	12	O43633,P20339,Q99816,Q00535,O43747	5
Regulation of protein localization to cell surface	0.4947288428684534	0.5921957681118709	0.5537195029245503	1.0	0.8779307603017696	5	P35609,Q92538	2
Meiotic cell cycle checkpoint signaling	0.6542408294669463	0.5909213132163975	0.5545731447375228	1.0	0.8779307603017696	3	Q15645	1
Peptidyl amino acid modification	0.2809462505268841	0.5903409843762593	0.5549620675777942	1.0	0.8779307603017696	197	P41227,Q9H3P2,Q99873,Q9H7B4,Q04637,Q96AY3,Q01105,O15460,Q13363,Q06124,Q5VZE5,P14174,Q9Y376,Q13526,O60568,P38435,Q15257,Q6PD62,O75718,O15047,Q9Y3C6,Q15014,Q02790,Q8N543,P61964,Q9H9B1,Q9H223,O60678,Q86UY6,Q9H2H8,Q9H2J4,Q13451,O95684,P0DP25,O14744,Q9BXJ9	36
Pyrimidine nucleoside triphosphate biosynthetic process	0.4115135292370614	0.5892097346593596	0.5557205877323206	1.0	0.8779307603017696	9	Q9BZX2,P17812,Q9NRF8	3
Regulation of ruffle assembly	0.430164634290321	0.5878237669166173	0.556650589528856	1.0	0.8783352410231043	8	Q9P258,P35241	2
Ruffle assembly	0.430164634290321	0.5878237669166173	0.556650589528856	1.0	0.8783352410231043	8	Q9P258,P35241	2
Positive regulation of lipase activity	0.463694566324483	0.587656465903208	0.5567629019081473	1.0	0.8783352410231043	6	P61586	1
Regulation of catabolic process	0.2803210749194776	0.5872967216936895	0.5570044424947607	1.0	0.8783352410231043	244	Q06323,P02656,Q92530,P04792,Q92945,O75874,Q99729,P48506,Q9Y2W1,P67809,P78344,Q99570,P19474,P98175,Q08J23,Q14011,Q13200,Q9Y2L1,Q04637,P08670,O00267,Q9ULT8,Q8TEY7,Q14247,Q6PKG0,P35241,Q9H814,Q9Y4X5,P56537,Q99460,Q13526,Q9Y5X3,Q9Y2V2,Q9UL46,Q9NRR5,P54727,P54619,O00178,P06730,P15311,P51116,P16989,P46379,P07384,Q92900,O95831,Q9C0B1,Q15042,Q9NQ88,Q6Y7W6,O75592,O43847,P21281,Q9H2J4,Q9Y5A9,P27695,P35637,Q6P6C2,O00273,Q13148,O43242,Q8NC51,Q8IYB8,Q04323,P04406,P40763,Q13310,Q00535,P46777,Q07812,P11802,P18669,Q92804,Q969T7,Q96J02	75
Multicellular organismal response to stress	0.4931252555740865	0.5861099296146894	0.5578016439604212	1.0	0.8783352410231043	5	Q04637,P17655	2
Regulation of epithelial cell apoptotic process	0.4487430435243684	0.5858020314839081	0.558008558410509	1.0	0.8783352410231043	7	Q13247,P20810	2
Cellular response to oxygen radical	0.5433582863670035	0.5850084908583463	0.5585420075362704	1.0	0.8783352410231043	4	P04179	1
Response to oxygen radical	0.5433582863670035	0.5850084908583463	0.5585420075362704	1.0	0.8783352410231043	4	P04179	1
Amide transport	0.3246384901997632	0.583370591005465	0.5596438510598656	1.0	0.8789696141603953	30	P41440,Q9H2D1,P04083,O00400,O95563,O14745	6
Signal transduction in response to dna damage	0.2996092476381229	0.5813790213539403	0.5609850332120017	1.0	0.8793932931636681	45	P14174,Q6Y7W6,P62993,Q9BXW9,Q9NXR7,P15927,Q92547,P43246,O43324,Q5TBB1,Q06124	11
Positive regulation of potassium ion transmembrane transporter activity	0.5422530894200456	0.5810839264364596	0.5611838911500404	1.0	0.8793932931636681	4	P35609	1
Mitotic cell cycle checkpoint signaling	0.3157860065547077	0.5810697641130553	0.5611934356842285	1.0	0.8793932931636681	35	Q92547,Q9BXW9,Q9NXR7,Q9Y6G9,Q6Y7W6,P43246,P15927	7
Regulation of myelination	0.4474973299251839	0.5807024632509804	0.5614410012861062	1.0	0.8793932931636681	7	Q9UPY3	1
Cellular response to peptide	0.2901657097409039	0.5806437481949114	0.5614805809007961	1.0	0.8793932931636681	57	Q9H1E3,O60343,Q9UQB8,P07741,P62993,P27695,P48506,Q9Y5X3,P43490,Q96A49,P40763,Q00535,P11802,Q06124	14
Positive regulation of intracellular signal transduction	0.2634875274824795	0.5803547924276949	0.5616753846359677	1.0	0.8794765856251535	104	P14174,Q92734,Q99829,Q06124,Q15555,P29692,Q9UMX5,Q9Y6G9,P19474,Q99873,Q02952,Q13325,P61586,O14745,P61927,Q99584	16
Gland morphogenesis	0.3852508354529578	0.5796834178073816	0.562128127726905	1.0	0.8796618007774984	12	P15311,P26038,P07384,O14786,Q07812,P60953,Q15418,O14745	8
Dopamine receptor signaling pathway	0.4471711354667907	0.5793690623261986	0.5623401746879271	1.0	0.8796618007774984	7	O14745	1
Negative regulation of viral life cycle	0.6506764567534153	0.5793392571098801	0.5623602816564683	1.0	0.8796618007774984	3	Q14258	1
Negative regulation of viral entry into host cell	0.6506764567534153	0.5793392571098801	0.5623602816564683	1.0	0.8796618007774984	3	Q14258	1
Negative regulation of axonogenesis	0.4910601518871401	0.5782979460779011	0.5630629808682128	1.0	0.8803175003000003	5	Q8N0X7,O14786,Q00535	3
Golgi to plasma membrane transport	0.3673498376800906	0.5754425077660642	0.564992062684649	1.0	0.8812313285357326	16	Q8TAG9	1
Endoplasmic reticulum organization	0.3246141965658911	0.5743865330187382	0.5657062639549792	1.0	0.8817333870793738	29	Q5JRA6,Q15042,Q8NFQ8	3
Positive regulation of cell morphogenesis involved in differentiation	0.3544652541427768	0.5729803720422666	0.5666579838832906	1.0	0.8821624667624053	18	Q9UQB8,O14786,O15144,P50570,Q92766	5
Regulation of cell cycle phase transition	0.268456021006024	0.5725178000053784	0.5669712303091521	1.0	0.8822531605513768	97	Q9NYL9,P51530,P04083,O43660,Q9NXR7,Q9Y6G9,Q9UJX4,Q08J23,Q7L2J0,Q04637,Q92547,P43246,Q06124,Q15645,Q9NQW6,P54652,Q9P258,Q6Y7W6,Q5TBB1,P27695,Q9BXW9,Q9UJX2,P11802,Q8N6R0,P15927	25
Lung epithelium development	0.4597496111073011	0.5720552863656013	0.5672845201419723	1.0	0.8822531605513768	6	Q13247,P09960,Q13155	3
Positive regulation of ubiquitin protein ligase activity	0.6480160615481313	0.5707416449793622	0.5681747847579088	1.0	0.8832466314253986	3	Q16763	1
Positive regulation of oligodendrocyte differentiation	0.539316380342762	0.5706929824114008	0.5682077765772089	1.0	0.8832466314253986	4	O14744	1
Negative regulation of cellular component organization	0.2608911085654465	0.56928688798177	0.5691614636108466	1.0	0.8838826018270776	132	P02656,Q9NYL9,Q9H3K2,Q9UHV9,Q9Y624,P41227,P48506,P16949,Q9Y6G9,Q99471,P61586,P61758,Q15645,O60343,P35241,Q9NRR5,P54652,Q9NR77,O15212,Q02790,P25685,Q9NQ88,Q9P258,Q96G23,Q9NUQ9,Q15691,Q8N0X7,P17931,Q00535,O95104	30
Regulation of phospholipase activity	0.4438286619952236	0.5657531087911675	0.5715616267527728	1.0	0.8861470949762987	7	P04083	1
Microtubule bundle formation	0.3855138805218198	0.5655631265405149	0.5716908000307908	1.0	0.8861470949762987	11	Q15691	1
Protein acylation	0.2976532483062545	0.5642984417103312	0.5725510417602986	1.0	0.8866940658989674	45	Q13363,Q5VZE5,P61964,P41227,Q86UY6,Q15014	6
Regulation of map kinase activity	0.3850051573038109	0.5631508592496074	0.5733321616685063	1.0	0.8872147331077558	11	Q99816,P14174	2
Histone modification	0.2518510413661093	0.5621112335801456	0.5740402350705451	1.0	0.8877644865633806	115	Q13363,P61964,Q9H4L7,Q9Y2K7,Q8NB78,Q9ULX6,Q9NW82,Q9H3P2,O14744,Q9H7B4,Q6PD62,Q86UY6,O15047,Q01105,Q15014	15
Histone h4 k16 acetylation	0.4240876807249348	0.5619995983569515	0.5741162927598287	1.0	0.8877644865633806	8	P61964	1
Microtubule based transport	0.3087524770683547	0.5610107303925723	0.5747902221972585	1.0	0.8881767628362913	37	Q13409,Q9BW83,P04792,O14745	4
Regulation of body fluid levels	0.3109979889853765	0.5606493958957168	0.5750365707901555	1.0	0.8881767628362913	36	P35579,Q9UNS2,Q9Y624,P04792,P07741,P17612,P49257,P12814,P16949,P11172,P18206,P38435,Q13310,Q15149,Q9Y490,P61201,O75592,P53621	18
3 phosphoadenosine 5 phosphosulfate metabolic process	0.6448116414817812	0.5604406060293753	0.5751789411199439	1.0	0.8881767628362913	3	O95861	1
Synaptonemal complex organization	0.4567705066741934	0.5603495247279695	0.5752410531606382	1.0	0.8881767628362913	6	P54652,Q15645	2
Extracellular vesicle biogenesis	0.423469128610991	0.5593886669572885	0.5758964941762537	1.0	0.888674366113264	8	Q99816,O43633,Q9UN37,Q92905	4
Hemidesmosome assembly	0.6444393483530619	0.5592477564857578	0.5759926447030415	1.0	0.888674366113264	3	P11047	1
Dna strand elongation involved in dna replication	0.4046583434390469	0.5588144459680153	0.5762883624251931	1.0	0.8887856128154905	9	P33991,P51530,Q07864,P33993,P09884	5
Renal water homeostasis	0.6508585445625574	0.5581571157391082	0.57673710167111	1.0	0.8891374112096524	2	P17612	1
G protein coupled receptor signaling pathway	0.3197417244700429	0.5579691069202073	0.5768654798331223	1.0	0.8891374112096524	31	Q99720,P02656,P04083,P0DP25,Q02952,O14745,O14744	7
Localization within membrane	0.2541590758839683	0.5570915728338469	0.5774648649860838	1.0	0.8893990108044596	120	Q9NT62,Q9NPA0,Q9Y624,O76094,Q15904,Q9ULT8,P42566,Q8TAG9,P35241,Q8IWJ2,P35609,P15311,P41440,Q9H4M9,P35613,O14737,Q9H223,Q15042,O14745,P50570,Q9UN37,O00471,P49354,P17931,P0DP25,Q00535,Q9UHB9,Q15436	28
Cellular response to extracellular stimulus	0.3078583079829188	0.5539407566201623	0.5796193910845058	1.0	0.8916116964663813	37	Q9H773	1
Glial cell differentiation	0.3141230282561101	0.5531943570018927	0.5801303306159244	1.0	0.8917201524130517	34	Q06124,Q9UI10,P11047,Q9NR50,P40763,O14744,P61586,Q9UPY3	8
Interferon beta production	0.3932077505392399	0.5527089621838162	0.5804627154675708	1.0	0.8917201524130517	10	P41440	1
Positive regulation of interferon beta production	0.3932077505392399	0.5527089621838162	0.5804627154675708	1.0	0.8917201524130517	10	P41440	1
Lymphocyte costimulation	0.6492232215862699	0.5525793847826921	0.5805514615468548	1.0	0.8917201524130517	2	Q06124	1
Keratinocyte differentiation	0.3500080644603482	0.5477361754472532	0.5838730687433555	1.0	0.893905884664827	18	Q13247,P04083	2
Regulation of receptor signaling pathway via stat	0.4825215361191849	0.5463136859499512	0.5848503302054928	1.0	0.8950025999448277	5	Q6IA86,Q00535,P30153	3
Golgi organization	0.3163545015192925	0.5442206121702388	0.5862896693498327	1.0	0.8959216874756313	32	Q14789,P50570,Q7Z460,P06493,Q7Z6Z7,Q92538,Q9UNZ2,P40616,P49257,P83436,Q9BVK6,Q8IWJ2,P63104,P60953,O43264,O14744,O60763	17
Keratinocyte development	0.6396584265373477	0.5440037570974218	0.5864388874319821	1.0	0.8959216874756313	3	Q8WX93	1
Regulation of transferase activity	0.2562130386375219	0.5433885680736202	0.5868622950936011	1.0	0.8963145234951458	126	P04792,Q16763,Q9H7B4,P61586,P23381,P14174,Q9Y376,Q13526,Q9BRT9,P61927,Q99816,Q96A49,O14745,Q9NQ88,Q9NYV4,Q99627,Q96B36,O95684,P0DP25,Q00535	20
Response to ether	0.6392638036809752	0.5427517483971891	0.587300739301629	1.0	0.8963659941505103	3	P11802,Q6PKG0	2
Regulation of hormone secretion	0.3326513657062195	0.5422915043163106	0.5876177072764457	1.0	0.8963659941505103	22	O43768,P30626,P04083,O95563,Q06124	5
Negative regulation of mapk cascade	0.3323369632007187	0.5403381543620949	0.5889638503037766	1.0	0.8967328373738734	22	P51452,P15311,P31689,Q96S59,P56537,Q13526,O14745,Q96J02,P30153	9
Regulation of adaptive immune response	0.3420469282525957	0.5401751258700981	0.589076265037412	1.0	0.8967328373738734	19	Q9NUQ9,P04083	2
Myoblast fusion	0.4374519892502848	0.5400248629008824	0.589179886194916	1.0	0.8967328373738734	7	P17655,P41440,Q9H4M9	3
Syncytium formation	0.4374519892502848	0.5400248629008824	0.589179886194916	1.0	0.8967328373738734	7	P17655,P41440,Q9H4M9	3
Positive regulation of lipid kinase activity	0.6382871444678107	0.5396572886510201	0.5894334003825608	1.0	0.8967328373738734	3	Q99570	1
Positive regulation of mitotic nuclear division	0.4187636751464899	0.5396381392023217	0.5894466090435027	1.0	0.8967328373738734	8	Q9UJX2,Q9UJX4	2
Positive regulation of nuclear division	0.4187636751464899	0.5396381392023217	0.5894466090435027	1.0	0.8967328373738734	8	Q9UJX2,Q9UJX4	2
Positive regulation of cell cycle	0.2720769101171011	0.5385333224587361	0.5902089063579086	1.0	0.8976191293287175	75	Q9NYL9,O43660,P04083,Q9Y6G9,P19474,Q9UJX4,Q7L2J0,Q04637,P61586,Q06124,P51452,P31350,P30260,P35241,P54652,P06730,P14635,P43487,Q9UNZ2,P39748,Q6ZWJ1,P78362,Q9P258,P27695,Q9UJX2,P11802	26
Regulation of lymphocyte apoptotic process	0.4511118389045593	0.5383027293316996	0.5903680673888885	1.0	0.8976191293287175	6	P17931,P14174	2
Embryo development ending in birth or egg hatching	0.2626201016776943	0.5365244343854563	0.5915961534191947	1.0	0.8989019116058721	101	O43772,Q9UNS2,Q7Z6E9,P67809,Q08J23,Q99873,Q12824,Q9ULT8,Q96AY3,P43246,P11233,P35579,O75340,P31350,P62993,Q6DKJ4,Q96EK5,Q9BRT9,O60568,Q6PD62,P61201,P49321,P14635,P16989,P20290,O95983,Q5TBB1,Q9NVX2,Q13263,P17655,O75312	31
Cytoplasmic translation	0.2590882107680748	0.5353507929023001	0.5924073096025051	1.0	0.8996006330491481	105	Q9Y5A9,P16989,Q7L2H7,P56537,Q9NR50,P23588,P84098,Q04637,P61927,P55010,P05387	11
Regulation of peptidyl tyrosine phosphorylation	0.3341332061252665	0.5347610227242003	0.5928151186961377	1.0	0.8998733529951148	20	Q9H2J4,P14174,O95684,Q9H223,Q06124	5
Intracellular mrna localization	0.6434995911692625	0.5332131878013124	0.5938860135299107	1.0	0.9006183501882161	2	Q99729	1
Negative regulation of locomotion	0.3073962757164963	0.5327418107191747	0.5942123191757638	1.0	0.9008931889847396	36	P14174,Q99439,Q13526,O14745,P61586,Q5JRA6,Q96G23	7
Cellular response to exogenous dsrna	0.4354811096734049	0.5321415298299619	0.594627975703538	1.0	0.9011990822969608	7	P41440	1
Microtubule organizing center organization	0.3228523790082206	0.5312033665470663	0.5952778603202658	1.0	0.9016281738021584	26	P52732,Q8TEY7,O43633,Q9UNZ2,Q14203,Q8IWJ2	6
Regulation of cation channel activity	0.3677941314139283	0.5305110030694846	0.5957576822388044	1.0	0.9017343515169158	14	P27695,P30626,P07384,P0DP25,Q00535,P28161	6
Negative regulation of apoptotic signaling pathway	0.287061372026169	0.530234966762418	0.5959490301504307	1.0	0.9017343515169158	55	P16989,P14174,P04792	3
Chromatin disassembly	0.3714881348723481	0.5298162423784071	0.5962393426652659	1.0	0.9017343515169158	13	Q01105,P17096,Q12824	3
Protein localization to endosome	0.4163116691510694	0.5294265042863864	0.5965096161081305	1.0	0.9017343515169158	8	O14786,P15311,P35241,Q96QK1	4
Multicellular organism reproduction	0.2641839461655533	0.5283994997630057	0.5972220846420344	1.0	0.9025045892008678	98	Q15645,Q06124,Q9Y5A9,P16989,Q6P6C2,Q9BQE5,Q9BW83,Q8NB78,P04083,P35613,Q9BXW9,P43246,P54727,P54652,Q14353,O75592,O60684	17
Positive regulation of lamellipodium organization	0.3876896546378476	0.5277861247626654	0.5976477885793519	1.0	0.9025045892008678	10	Q92766,O15144,P60953,P50570	4
Post translational protein modification	0.4152356720476897	0.5249633179165821	0.5996086913395207	1.0	0.9025045892008678	8	Q8TBC4,P61081	2
Cell cell junction assembly	0.3280493742611662	0.5240156622524883	0.6002676463220444	1.0	0.9025045892008678	23	P17612,Q9Y624,Q8WUM4,Q9BTW9,Q13177,P18206,Q9Y490,P61586	8
Immune response regulating cell surface receptor signaling pathway	0.3322652347248385	0.5235987215553776	0.6005576708949292	1.0	0.9025045892008678	20	P51452,P15311,P46379,Q9UI10,Q9NR50,P17931,Q07812,Q07666	8
Negative regulation of peptidyl tyrosine phosphorylation	0.446917608127495	0.5221275309939738	0.6015815389195742	1.0	0.9025045892008678	6	Q99816,O95684	2
Leukotriene biosynthetic process	0.525215975682697	0.5215997369371564	0.6019490465113726	1.0	0.9025045892008678	4	P09960	1
Dna templated transcription termination	0.4323681533755886	0.5197587959942117	0.6032317012159116	1.0	0.9031363559598234	7	Q16637,O14744	2
Transport along microtubule	0.3056641249046093	0.5194291985465789	0.6034614741865432	1.0	0.9031363559598234	36	P04792	1
Protein localization to golgi apparatus	0.4321161929950419	0.5187603019319933	0.6039279044241335	1.0	0.903273672079448	7	P40616,P83436	2
Regulation of chromosome separation	0.3287291840467753	0.5180473317789532	0.6044252459334705	1.0	0.9034726477266538	22	P14635,Q15645,P30260,P12270,Q9Y6G9,Q9UJX4,Q9UJX2,P06400,O43264,O43683,O43684	11
Secretory granule localization	0.6313552135574283	0.5178677463723623	0.604550547020557	1.0	0.9034726477266538	3	P33176	1
Rna phosphodiester bond hydrolysis endonucleolytic	0.3173970699844528	0.517100300784546	0.6050861436676229	1.0	0.9037000846983978	28	Q9UQ84	1
Regulation of phosphorus metabolic process	0.2726031245095343	0.5160549273793569	0.6058160467959393	1.0	0.9044609468042458	177	P04792,O75874,Q9H7B4,Q04637,P61586,P23381,Q06124,P14174,Q9Y376,P56537,Q13526,Q15257,P54652,P41440,Q99816,Q9H223,Q96A49,O14745,Q9NQ88,Q9NYV4,Q99627,Q96B36,Q9H2J4,Q13148,O95684,Q9ULX6,P40763,P0DP25,P17931,Q00535	30
Positive regulation of response to external stimulus	0.2917184456776142	0.5159535062936017	0.6058868822392371	1.0	0.9044609468042458	46	P04792	1
Phagocytosis	0.318005300460176	0.5157273335063907	0.6060448612575511	1.0	0.9044793531385226	27	Q9NT62,Q99439,P04083	3
Skeletal system development	0.302445807417611	0.5115529302326698	0.6089639352495193	1.0	0.9066240847383944	37	Q15904,P61586	2
Regulation of tor signaling	0.4117949586022157	0.5107666327530528	0.6095144763759797	1.0	0.9066240847383944	8	Q96B36	1
Regulation of systemic arterial blood pressure	0.4728520337911263	0.5107503861577258	0.6095258540713038	1.0	0.9066240847383944	5	P61586	1
Hypothalamus development	0.472106424939155	0.508038895476922	0.6114260661890034	1.0	0.9085537226690572	5	Q07812,Q15042,P27695	3
Positive regulation of protein dephosphorylation	0.3702272609257448	0.507668686675513	0.611685711907636	1.0	0.9085537226690572	12	Q13526,Q15257	2
Axon development	0.2785850238893928	0.5065408785322226	0.6124770001545106	1.0	0.9092713772315348	60	Q9UQB8,P00374,P78344,P16949,O14786,P33176,Q06124,Q8TEY7,Q8WX93,Q99707,O95372,P41440,P35613,P50570,O75592,Q96G23,P11047,Q8N0X7,Q00535,O75312	20
Positive regulation of organ growth	0.4426906095053173	0.5059759321834291	0.6128735455875451	1.0	0.9096426190484358	6	P16989	1
Protein transmembrane import into intracellular organelle	0.3826519544907965	0.5053255388753014	0.6133302080712719	1.0	0.9099713998658524	10	O60830	1
Positive chemotaxis	0.4424376839865711	0.5050144025659666	0.6135487201743208	1.0	0.9099713998658524	6	O14786,P17931,P14174	3
Protein containing complex organization	0.235588728077296	0.5019698694510039	0.6156887157348703	1.0	0.9116428943642204	448	P02656,Q8WXF0,Q9H7B4,P61586,Q9NXV2,Q8N511,P14174,P34896,Q99590,Q9NRR5,Q9UPY3,P55010,Q5TC12,Q99720,Q13247,Q9UBW8,O95831,Q9NWX6,P17096,P35637,Q15691,O43633,Q92734,Q9H7B2,Q9UQB8,Q15428,Q14019,P04179,Q16637,Q01105,O75340,Q13526,P23588,Q02790,Q9Y281,Q92688,Q9H223,O14745,Q6DKK2,Q99627,Q9NUQ9,P11047,Q9NZW5,O14744,Q96AX1,Q9Y312,Q16763,Q14203,Q15637,Q99873,Q99733,Q04637,P61758,P23381,Q06124,P62993,P56537,Q9NQW6,Q12872,O15212,P49321,Q8N543,Q9H4M9,Q99816,Q7Z478,Q9Y490,Q9Y5K6,Q15813,Q8N684,P17931,P46777,O95104,Q92747,Q9NYL9,P16949,O15143,Q12824,Q8WXX5,P42566	79
Nephron epithelium development	0.4088707266344005	0.4987935479904335	0.6179248333594745	1.0	0.9124141172789412	8	P80723	1
Negative regulation of response to stimulus	0.2726186947457982	0.497507647451912	0.6188311113996883	1.0	0.9127613315733224	183	Q9H3K2,P04792,Q9UJ14,P04179,P04083,P19474,Q99471,P61586,O75340,Q86WB0,P14174,P56537,Q9Y5X3,Q13526,Q9NRR5,P28070,Q9Y2U8,P16989,O14745,Q96G23,Q96B36,Q9NUQ9,Q99829,Q9Y5A9,Q9UMX5,P80303,Q04323,Q96J02	28
Protein insertion into mitochondrial membrane involved in apoptotic signaling pathway	0.6324611610793203	0.4965795418796115	0.6194855828360026	1.0	0.9127613315733224	2	Q07812	1
Positive regulation of signal transduction by p53 class mediator	0.3901400815598922	0.4959729138009643	0.6199135213264702	1.0	0.9128913842630731	9	P61927	1
Mitotic g1 s transition checkpoint signaling	0.4399496634076604	0.495586114780211	0.6201864512880206	1.0	0.9130767810570432	6	Q6Y7W6	1
Mitotic intra s dna damage checkpoint signaling	0.4682052780225642	0.4939269924838035	0.6213577407690849	1.0	0.9133522734926912	5	Q9BXW9	1
Synaptic vesicle recycling	0.3603574675969997	0.4937968747574649	0.6214496405338763	1.0	0.9133522734926912	14	P20339,P0DP25,Q00535	3
Mitochondrial ribosome assembly	0.6234458806534874	0.493391864836954	0.6217357294056831	1.0	0.9133522734926912	3	Q567V2	1
Leukocyte proliferation	0.3118386032485741	0.4928781522908262	0.6220986853389499	1.0	0.9133522734926912	30	P14174,P04083	2
Regulation of apoptotic process involved in development	0.6304170073589603	0.4899035240993002	0.6242021691825861	1.0	0.9150839165778704	2	Q07812	1
Lamellipodium organization	0.3330248676744057	0.4885019595602567	0.6251943380710974	1.0	0.9158897946264484	19	P50570,Q14247,O60749,P18206,O15144,P60953,Q92766	7
Regulation of phosphatidylinositol 3 kinase activity	0.6216768916155335	0.4879761032803023	0.6255667676261774	1.0	0.9160032131475032	3	Q99570,P60953	2
Membrane invagination	0.3785305711415599	0.4871702077184503	0.6261377161153558	1.0	0.9162304472094026	10	P61586	1
Positive regulation of actin filament depolymerization	0.5150620930776717	0.4871323024770832	0.6261645761604999	1.0	0.9162304472094026	4	Q9Y281	1
Positive regulation of protein depolymerization	0.5150620930776717	0.4871323024770832	0.6261645761604999	1.0	0.9162304472094026	4	Q9Y281	1
Ribonucleoprotein complex disassembly	0.5149984644349501	0.4869188131582079	0.6263158661570045	1.0	0.9162359314098936	4	P33176	1
Regulation of phagocytosis	0.3654807425603886	0.4854922228529292	0.6273272280939097	1.0	0.9170673461542324	12	Q99439	1
Synaptic transmission dopaminergic	0.4657394819908267	0.4850737012698118	0.6276240663286676	1.0	0.9171685613844252	5	P41440	1
Negative regulation of protein localization to cell surface	0.6287816843826728	0.4845878200265799	0.627968755288663	1.0	0.9171685613844252	2	P35609	1
Signal release	0.2888757609776774	0.4845617752850243	0.6279872339785146	1.0	0.9171685613844252	41	P14174,O43768,P20339,P04083,O95563,P0DP25,Q15042,Q00535,Q06124	9
Regulation of histone ubiquitination	0.3769520018934681	0.4802709427650318	0.6310347476294202	1.0	0.9192363683395568	10	Q6PD62	1
Stem cell differentiation	0.2910621555965874	0.4800072826232651	0.631222214622569	1.0	0.9192363683395568	40	O75340,Q9Y5A9,Q9UBV8,Q8WX92,O14786,Q08J23,O15047,P40763,Q9NYV4,O00231,Q96J02	11
Astral microtubule organization	0.5126499088225644	0.47906136178096	0.6318949761504375	1.0	0.9192363683395568	4	P15311,Q14974	2
Cytoskeleton organization	0.2742942356717739	0.4789133324972899	0.632000285723167	1.0	0.9192363683395568	240	Q9Y2I1,P04083,O14786,O15144,P61586,P08670,P11233,P35579,Q99439,Q14247,Q96HC4,Q15257,P59998,O43237,P14635,P60953,P35580,Q9H2J4,Q8N3U4,Q15942,Q15691,Q13177,P30153,O43633,P29966,Q15018,Q9UQB8,Q16555,Q86Y56,Q14019,Q9P287,Q9Y3A5,Q15149,O43264,Q8WX93,P10644,Q8WUM4,Q13526,Q9Y696,Q14974,Q02790,P06493,Q9Y281,Q9UNZ2,P26038,P12814,Q16204,P68371,O14745,O75592,Q7Z460,Q8NI77,Q9NUQ9,O95684,Q14203,Q9Y6G9,Q8TEY7,Q15555,Q01518,P62993,Q9NQW6,P52732,P52565,Q9BUF5,Q9Y490,Q9Y5K6,Q15813,Q00535,P17655,P07197,O75312,Q92747,Q9NYL9,Q9UHV9,Q9Y624,P16949,O15143,P35241,Q8IWJ2,O00151,P35609,P15311,P43487,Q05682,Q9BTW9,Q9Y266,Q96S59,Q9UN37,P04406	89
Endoplasmic reticulum to golgi vesicle mediated transport	0.286972914925539	0.4786462752675861	0.6321902918985511	1.0	0.9192363683395568	47	O75340,Q92734,Q9BVK6,Q15436,Q5JRA6	5
Cytoskeleton dependent intracellular transport	0.2880649369049523	0.4780632158144248	0.6326052120785046	1.0	0.9192363683395568	42	P04792	1
Stress fiber assembly	0.3244721803152943	0.4777007511129565	0.6328632096423366	1.0	0.9192363683395568	20	Q9Y624,Q15942,P16949,O14786,P60953,P61586,O00151	7
Response to radiation	0.2644447337620194	0.4771207749174146	0.6332761219245806	1.0	0.9192363683395568	67	Q9H1E3,Q9UNS2,Q15555,P62993,P29692,P04179,P04083,P09884,Q9NXR7,Q9BXW9,Q07812,Q00535,Q14011,P50570,Q9NQ88,P05198,Q92547,P43246	18
Positive regulation of peptidyl serine phosphorylation	0.3603243134908295	0.4762735883869124	0.6338794791398141	1.0	0.9192363683395568	13	Q9H7B4	1
Chromatin assembly or disassembly	0.2660175862822151	0.4749097729168038	0.6348512853452317	1.0	0.9192363683395568	66	Q13363,P49321,Q8TEX9,P17096,Q92688,Q08945,Q12824,Q99733,Q9H7B4,Q6PD62,O95983,Q8WXX5,Q01105	13
Vitamin transmembrane transport	0.4625834186291971	0.4738192513535639	0.6356288051553121	1.0	0.9192363683395568	5	P38435,P41440	2
Vitamin transport	0.4625834186291971	0.4738192513535639	0.6356288051553121	1.0	0.9192363683395568	5	P38435,P41440	2
Regulation of muscle contraction	0.3478498653037201	0.4736125549472593	0.6357762208348279	1.0	0.9192363683395568	16	P28161,P61586	2
Nucleotide transmembrane transport	0.4201776625874803	0.4721285835361102	0.6368350112812684	1.0	0.9192750089398676	7	O43808,P41440,Q9H2D1	3
Negative regulation of histone methylation	0.4022660282724501	0.4720786069707144	0.6368706817074936	1.0	0.9192750089398676	8	P61964	1
Myotube differentiation	0.3517957492433042	0.4714641146405455	0.637309340105801	1.0	0.9192750089398676	15	Q9H7B4	1
Positive regulation of myeloid leukocyte differentiation	0.6246933769419531	0.4713978840202052	0.637356626752865	1.0	0.9192750089398676	2	P06400	1
Negative regulation of peptidyl serine phosphorylation	0.616199197493198	0.4713463660344278	0.6373934100475098	1.0	0.9192750089398676	3	Q07812	1
Regulation of cell division	0.3195351969909916	0.4713046174350025	0.6374232187592705	1.0	0.9192750089398676	23	Q13526,P61586,P61964	3
Cell junction organization	0.26367477914573	0.4674852833816183	0.6401527187520137	1.0	0.921831572277565	89	Q9UQB8,Q9Y624,Q14203,O14786,Q15149,O95793,P61586,Q04637,P51452,Q15555,Q14247,Q8WUM4,P20810,P35241,Q9UDY2,Q96HC4,Q13526,Q96QK1,P35609,P18085,P17612,P41440,Q9BTW9,P12814,Q13112,P63104,P60953,Q9Y490,Q9P258,O60678,P11047,Q13177,P49354,P18206,Q00535	35
Regulation of stress granule assembly	0.6234668847097375	0.4674689896736442	0.6401643735766971	1.0	0.921831572277565	2	Q9UN86	1
Cellular response to interleukin 1	0.3833236557952725	0.4672673755540774	0.6403085947011504	1.0	0.921831572277565	9	Q02952,Q92900	2
Positive regulation of dephosphorylation	0.3581608168595438	0.4660972722251347	0.6411458757089186	1.0	0.921831572277565	13	Q13526,Q15257	2
Positive regulation of cell death	0.2643738493730336	0.4650886143970338	0.6418679991264846	1.0	0.921831572277565	86	P04179,P04083,P98175,Q04637,P61586,P61081,Q15257,O43324,Q96A26,O95831,O14737,Q02952,O14745,Q9NQ88,P05198,P50570,O00273,Q7Z7L1,Q9NR28,Q00535,P17655	21
Negative regulation of cell cycle g1 s phase transition	0.3733100104503614	0.4644727030476007	0.6423091121556288	1.0	0.921831572277565	10	Q6Y7W6,Q8N6R0,P15927	3
Adherens junction organization	0.3607991976133698	0.4639180514175476	0.6427064592477754	1.0	0.921831572277565	12	Q9BTW9,P35241,Q13177,P18206,P60953	5
Positive regulation of substrate adhesion dependent cell spreading	0.3607233863438772	0.4635712192466982	0.6429549784476114	1.0	0.921831572277565	12	Q92766,O14786,O15144,P50570	4
Response to toxic substance	0.2861784639889989	0.4632073946704506	0.6432157163340542	1.0	0.921831572277565	43	O95831,P34913,P28161	3
Cell fate commitment	0.3283231889195411	0.4621421291233015	0.6439794002871759	1.0	0.921831572277565	19	P61586	1
Peptide transport	0.3161754766054109	0.4611181701999386	0.6447138261877357	1.0	0.9222585485892963	24	O43768,P30626,P04083,O95563,O14745,Q06124	6
Cellular response to oxygen containing compound	0.2637798065615418	0.4609444990227327	0.6448384247946417	1.0	0.9222585485892963	159	Q9UQB8,P48506,P04179,P04083,P00374,P43490,Q12824,Q9H7B4,P61586,Q06124,P14174,O60343,P07741,P62993,P30626,P34896,Q99707,Q9Y5X3,O95563,Q6PD62,P35609,Q99720,Q9H1E3,P15311,Q92900,O95831,Q96A49,O14745,P17655,P27695,P40763,Q00535,O14744,P11802	34
Male gamete generation	0.2723451454014768	0.4601094717233898	0.6454376458019271	1.0	0.9226042575718754	61	Q96PU8,Q08J23,O95470,Q15645,Q96EP5,O95394,Q9BW83,P54727,P54652,O75718,P54619,Q14353,P16989,P52701,P50570,Q9Y5A9,Q6P6C2,Q07812,Q07666	19
Dsrna processing	0.3533630528926543	0.4599865909672379	0.6455258452737196	1.0	0.9226042575718754	14	Q9UPY3,P40763	2
Nucleoside monophosphate catabolic process	0.5059810758875474	0.4569945089870369	0.6476749922755345	1.0	0.923758864267792	4	P00491,O43598	2
Glial cell apoptotic process	0.5057634163951871	0.4562805309834263	0.6481882621987016	1.0	0.9238579546141696	4	Q02952	1
Positive regulation of cell cycle phase transition	0.285314234632842	0.4554510820101802	0.6487847527496238	1.0	0.9242404602869234	41	Q9NYL9,P11802,P27695,O43660,P04083,Q9UJX4,Q9UJX2,Q7L2J0,P54652,Q04637,Q9P258	11
Positive regulation of lipid localization	0.380005864579073	0.4534971841864928	0.6501907704939209	1.0	0.9247247852097604	9	O60664,P14174	2
Positive regulation of protein kinase activity	0.2948506790393453	0.4533655632317285	0.6502855293093437	1.0	0.9247247852097604	37	Q99627,P14174,Q9Y376,Q96A49,P0DP25,P61586	6
Regulation of myeloid cell differentiation	0.3128503748073594	0.4521989927035426	0.651125633783129	1.0	0.9251502794124128	25	Q96T37,P56537,P40763,Q99873,Q6PD62,O15347	6
Rhythmic process	0.2828487025877698	0.4514921074870681	0.6516349121363554	1.0	0.9253339195399194	49	P43490,O75592,Q9Y2K7,P04083	4
Deoxyribonucleoside monophosphate catabolic process	0.6181520850368021	0.4505969834505173	0.6522800411556848	1.0	0.9258649269889836	2	P00491	1
Regulation of histone modification	0.2831191182317315	0.4496075306773283	0.6529934571053073	1.0	0.9264543305571508	48	Q13363,P61964,Q9ULX6,Q9NW82,Q6PD62,Q01105	6
Chromosome separation	0.3080346316473467	0.4496072546440945	0.6529936561753058	1.0	0.9264543305571508	27	Q9UJX2,Q9Y6G9,Q9UJX4,Q9H4L7	4
Potassium ion transport	0.3468729585769789	0.4473467468942547	0.6546247194587445	1.0	0.928321252466488	15	Q9Y376,P35609,P55011,P50570	4
Nik nf kappab signaling	0.3418763582289618	0.4435943955491554	0.6573358584295748	1.0	0.9300150819001076	16	Q99627,P61586,Q9UPY3	3
Regulation of muscle cell differentiation	0.3460996087706864	0.4435942090474231	0.657335993292814	1.0	0.9300150819001076	15	P04179,Q15014	2
Mitochondrial dna replication	0.4530679855864264	0.4404355990984692	0.6596216463067204	1.0	0.9308488086134934	5	P51530	1
Erk1 and erk2 cascade	0.3051388507998253	0.440428818307876	0.6596265564940018	1.0	0.9308488086134934	29	P15311,P14174,Q96S59,P56537,Q13526,O14786,Q02952,O14745,O14744,Q06124	10
Regulation of ubiquitin protein transferase activity	0.3303333260612148	0.4400765662914315	0.6598816536054528	1.0	0.9308488086134934	18	Q13526,Q16763,P61927,P46777	4
Regulation of fibroblast migration	0.4245819894913175	0.4386404915208219	0.6609220524640302	1.0	0.9315310816617404	6	Q02952	1
Protein k63 linked deubiquitination	0.3937633583916047	0.4383976471966114	0.6610980517178218	1.0	0.9315677107255896	8	Q9NXR7	1
Synaptic vesicle cytoskeletal transport	0.5001399292641538	0.4379753511605969	0.6614041516157703	1.0	0.9316012239962768	4	Q9Y2T2	1
Non lytic viral release	0.4522544726108434	0.4376211699755064	0.6616609223466869	1.0	0.9316012239962768	5	O43633	1
Dna templated transcription elongation	0.3025142586094431	0.436767448158916	0.6622800085900364	1.0	0.9316012239962768	31	Q15061,Q5BKZ1,Q8WX92,Q9H3P2,Q6PD62,Q9NYV4,P43897	7
Inositol lipid mediated signaling	0.3933364825655627	0.4367288950342132	0.6623079712855051	1.0	0.9316012239962768	8	Q9UBF8,O14745	2
Neutrophil chemotaxis	0.3754888621945329	0.4349731334783059	0.6635819287736382	1.0	0.9319129005628316	9	P35613	1
Regulation of cell development	0.2709956683228263	0.4349565260669485	0.6635939835445614	1.0	0.9319129005628316	60	Q9UQB8,Q9Y624,P78344,O14786,O15144,O94874,Q04917,Q9UPY3,P60953,P50570,Q9P258,Q92766,Q96G23,Q9Y5A9,P27695,Q8N0X7,P18206,Q00535,O14744,P39019	20
Protein dna complex disassembly	0.3512548468549576	0.4340842968289785	0.6642272282352366	1.0	0.9319129005628316	13	Q01105,P17096,Q12824	3
Establishment of spindle orientation	0.3926401705188279	0.4340115528483235	0.6642800517268739	1.0	0.9319129005628316	8	Q9UNZ2	1
Negative regulation of metaphase anaphase transition of cell cycle	0.3512078808197615	0.4338691208463034	0.6643834844357746	1.0	0.9319129005628316	13	P14635,Q15645,P12270,Q9Y6G9,O43264,O43683,O43684	7
Negative regulation of nuclear division	0.3512078808197615	0.4338691208463034	0.6643834844357746	1.0	0.9319129005628316	13	P14635,Q15645,P12270,Q9Y6G9,O43264,O43683,O43684	7
Ribonucleoside diphosphate metabolic process	0.2961313864028048	0.4337792004773644	0.6644487870085616	1.0	0.9319129005628316	35	P30085,P31350,Q05682,P00338,P56537,Q9UDY2,P04406,P11172,P17858,P40763,P18669,Q9NQ88,P54619,P36871	14
Fibroblast growth factor receptor signaling pathway	0.4227647993357649	0.4320627069369738	0.6656958383554497	1.0	0.9319141470214928	6	Q06124	1
Regulation of b cell activation	0.350588264337476	0.4310336337425035	0.6664439150942887	1.0	0.9325409447353612	13	P14174,O15347	2
Negative regulation of calcium ion transmembrane transport	0.4088598001260255	0.4292494494054767	0.6677417001695565	1.0	0.9335471724502338	7	P28161,P0DP25	2
Regulation of cytoplasmic transport	0.3739237392373997	0.4286166200002131	0.6682022484729135	1.0	0.9335471724502338	9	P27361,P15311,O60493,Q02750,P26038,P35241,Q93009,P28482	8
Negative regulation of blood pressure	0.4970851486377322	0.4281481887527356	0.6685432347516946	1.0	0.9336548103980646	4	Q9HB40,P04179	2
Regulation of early endosome to late endosome transport	0.3910949620201727	0.4280023824410093	0.6686493858495413	1.0	0.9336548103980646	8	P15311,P35241,P26038	3
Regulation of mitotic nuclear division	0.3044224916530255	0.4262313174159826	0.6699392994160762	1.0	0.9344840632016695	27	Q13526,Q9Y6G9,Q9UJX2,Q9UJX4,O14744	5
Regulation of gene expression epigenetic	0.2949518832369565	0.4252681114491017	0.6706412369909724	1.0	0.9350003116099096	35	Q13363,Q6PD62	2
Skin development	0.2965997282990169	0.4249276442550902	0.6708894217127925	1.0	0.9350003116099096	34	Q13247,Q15392,P04083	3
Regulation of nuclear division	0.3034994362430683	0.4243781461989273	0.6712900559292878	1.0	0.9353177579809012	28	Q13526,Q9Y6G9,Q9UJX2,Q9UJX4,O14744	5
Embryonic body morphogenesis	0.6095666394112912	0.4238847328648669	0.6716498788878145	1.0	0.9353993603707844	2	Q7Z460	1
Epidermal cell differentiation	0.3060180319823437	0.4222000659949375	0.6728789933434924	1.0	0.9354761138775892	26	Q13247,Q8WX93,P04083	3
Protein localization to cell surface	0.3722837228372354	0.421991045873361	0.6730315531723527	1.0	0.9354761138775892	9	P21333,Q92538,O00203,Q13492,P08238,P18206,P35222,P35609	8
Negative regulation of mitotic cell cycle	0.2806920414837916	0.4209809650356132	0.673768981595398	1.0	0.9356503472724244	45	Q6Y7W6,Q9BXW9,Q9NXR7,Q9Y6G9,O14745,Q92547,P43246,P15927	8
Nuclear envelope organization	0.3124350863222636	0.420534681613348	0.6740948990992595	1.0	0.9357709682495902	22	O43633,Q9Y2U8,Q9UNZ2,Q14203,Q9ULX6	5
Regulation of sodium ion transmembrane transport	0.3714534246985524	0.4186505664728988	0.6754715281989656	1.0	0.9366477186820537	9	O14745,P50570	2
Regulation of peptidyl serine phosphorylation	0.3367900384398402	0.4185276315116664	0.6755613884479996	1.0	0.9366477186820537	16	Q9H7B4	1
L ascorbic acid metabolic process	0.5979550102249594	0.4175736983830664	0.6762588302066166	1.0	0.9371711107087036	3	P48506,P78417	2
Positive regulation of hydrolase activity	0.2601092513657478	0.416107786090699	0.6773311327487843	1.0	0.9373443947884592	73	O75340,Q96A26,Q15555,O60343,P40616,Q9P258,Q92688,Q9NR28,Q13526,O95831,O14737,P49354,P40763,Q15042,P0DP25,Q15257,P61586,Q8TC07	18
Positive regulation of helicase activity	0.4931161707898385	0.4155064163502102	0.6777712190365972	1.0	0.9373443947884592	4	P43246	1
Vesicle transport along microtubule	0.3703899259583508	0.4143856499241701	0.6785916965777776	1.0	0.9381243178423864	9	Q92572,P33176,P27695,Q9Y2T2	4
Dna packaging	0.259162936527556	0.4139484590242558	0.6789118535481284	1.0	0.9381492235277876	70	Q13363,Q8TEX9,P41227,Q92688,Q9ULX6,O95831,Q99733,Q9H7B4,Q6PD62,Q01105	10
Regulation of endothelial cell development	0.4925559292889759	0.4137336729223885	0.6790691636596393	1.0	0.9381578434541402	4	Q9Y624	1
Retrograde transport endosome to golgi	0.3096264859560456	0.4118884542991118	0.6804211837104839	1.0	0.9386535341571972	23	O60271,P49257,P40616,Q14203,Q9BVK6,O60749,Q8IWJ2,Q9P2R3,Q9Y5X3,Q13596	10
Autophagosome maturation	0.348976791805758	0.4108685653450488	0.681168913376786	1.0	0.9388983565227016	12	Q96AX1,O43633,Q9NRR5	3
Positive regulation of amino acid transport	0.5955683501440846	0.4107330686988262	0.6812682760855544	1.0	0.9388983565227016	3	Q15042	1
Proteasome assembly	0.4162855427097524	0.4088969244541771	0.6826153061523714	1.0	0.9399622655904544	6	Q5VYK3,O00231,O95456	3
T cell proliferation	0.3121473205305696	0.4075737131306193	0.6835866664237331	1.0	0.94089842433074	20	P04083	1
Regulation of exit from mitosis	0.490518095180562	0.4073102614774824	0.6837801270538857	1.0	0.94089842433074	4	Q9UJX2	1
Regulation of cyclase activity	0.443211092410838	0.4067782834991073	0.6841708380756986	1.0	0.9412001793949905	5	P0DP25	1
Protein localization to early endosome	0.4428960441764096	0.4057188652286116	0.684949179200053	1.0	0.9415342358411278	5	O14786,P15311,P35241	3
Er associated misfolded protein catabolic process	0.41530833038102	0.4054430311075778	0.6851518859526662	1.0	0.9415342358411278	6	Q9BUN8,P46379	2
Transmembrane receptor protein serine threonine kinase signaling pathway	0.2835768958884143	0.401833313067171	0.6878067036012028	1.0	0.942273856049786	39	Q9Y2U8,P53999,Q15942,O00400,Q13526,P49354,P40763,Q9UIQ6	8
Mrna modification	0.3670562965826078	0.4011188734353101	0.6883326059814037	1.0	0.942273856049786	9	Q69YN4,Q08J23	2
Lymphocyte apoptotic process	0.3487563384995435	0.3995138996660341	0.6895145840518291	1.0	0.942731300520004	11	P17931,O00273,P14174	3
Regulation of alternative mrna splicing via spliceosome	0.3001294455165731	0.398887511063647	0.6899760918637867	1.0	0.942739610665372	27	P51116,Q96T37,P38159,Q13247,Q9Y2W1,P98175,Q8WXF0,Q07666	8
Regulation of dna methylation	0.3576282797356754	0.398498825695871	0.6902625237358269	1.0	0.9429235091067938	10	Q8NB78,O14744	2
Positive regulation of mrna processing	0.3102766660580164	0.3972215584805599	0.691204085841435	1.0	0.943805021682002	20	Q96EP5,Q15427,P38159,Q9Y2W1,P98179,Q14011	6
Negative regulation of developmental growth	0.3830533349265848	0.3972111051924811	0.6912117936569637	1.0	0.943805021682002	8	Q8N0X7,P11413,Q00535,O60271	4
Receptor catabolic process	0.3992464492879051	0.3939523766119241	0.693616199760339	1.0	0.9466717803322428	7	Q96J02,Q00535,P07384	3
Establishment of protein localization to endoplasmic reticulum	0.321055646971033	0.3917952256067082	0.6952095230330322	1.0	0.9480231181581398	18	Q15042,P61009,O76094	3
Regulation of cardiac muscle contraction by calcium ion signaling	0.4112833095276782	0.391330952752855	0.6955526224463229	1.0	0.9482726202835708	6	P28161	1
Regulation of exosomal secretion	0.397678999723787	0.3883017549452777	0.6977927386983551	1.0	0.94996394043729	7	Q99816,O43633,Q9UN37	3
Muscle contraction	0.2927866802459228	0.387986541007398	0.6980259936993995	1.0	0.94996394043729	33	P28161,Q9NYL9,P30626,P0DP25,P61586,Q14353,P35609	7
Response to organic cyclic compound	0.2516554752924784	0.3877828464963621	0.698176740672221	1.0	0.94996394043729	141	O75874,P48506,O60828,P04179,P04083,P00374,O15143,Q9H7B4,P61586,Q92600,P49721,Q86X55,Q14258,Q02790,P49321,P15311,P41440,P35613,O95831,O14745,P50570,O75592,Q13126,Q99829,P11413,P27695,P40763,P0DP25,Q00535,O14744,P11802,P28161	32
3 utr mediated mrna stabilization	0.3805331197459571	0.3877337637632775	0.6982130668161433	1.0	0.94996394043729	8	Q13148,P16989	2
Negative regulation of response to dna damage stimulus	0.3040013894258343	0.3875722731488931	0.6983325909419726	1.0	0.94996394043729	24	P14174	1
Imp catabolic process	0.5973017170891329	0.386948200721842	0.6987945562598026	1.0	0.94996394043729	2	P00491	1
Allantoin metabolic process	0.5973017170891329	0.386948200721842	0.6987945562598026	1.0	0.94996394043729	2	P00491	1
Regulation of dna metabolic process	0.2401215222780327	0.3819783842518359	0.702477398016145	1.0	0.95201068630528	118	Q9H1E3,Q9H4L7,P49750,P53999,P35637,O00273,Q8NB78,Q9NW82,O95831,Q9NXR7,Q9BRT9,Q9NRR5,O14744,Q9NQ88,P43246,P15927,Q15014	17
Positive regulation of double strand break repair via homologous recombination	0.3445990383714191	0.3819602807390003	0.7024908263153442	1.0	0.95201068630528	11	Q15014	1
Cellular macromolecule localization	0.2267793244328786	0.3812187394433352	0.7030409450866626	1.0	0.95201068630528	410	Q9NT62,Q8TEX9,P61009,Q9NPA0,Q9H7B2,P04792,Q7Z4Q2,Q92973,O76094,P20645,O60749,Q15904,O43660,Q7L2J0,Q9BUN8,O60830,Q5JRA6,P43246,Q8NFQ8,O75340,Q06124,Q8TAG9,Q15555,P40616,Q9BW83,Q9Y5X3,Q13526,P35606,P41440,Q9UNZ2,Q9H4M9,P51858,P20290,Q99816,Q92688,P35613,O95831,Q9H223,O14737,Q9H6Z4,Q15042,O14745,Q9BXS5,P83436,Q9P258,Q9Y5K6,Q96AX1,P27695,P20339,Q13148,Q9BVK6,O00471,Q15691,P49354,P40763,P0DP25,P17931,O43592,Q00535,P55786,Q9UHB9,Q15436,P15927,O60684	64
Trna methylation	0.3619769348388287	0.3812107660071206	0.7030468610943661	1.0	0.95201068630528	9	O75648,Q9BV44,P57081	3
Endomembrane system organization	0.2457573055154957	0.3801558117835111	0.7038297582803097	1.0	0.952389403661124	106	O43633,Q9NPA0,Q9UQB8,P41440,Q9UNZ2,P40616,Q9BVK6,Q9ULX6,Q15075,Q15042,O14745,P83436,O14744,Q5JRA6,Q8NFQ8	15
Regulation of dna demethylation	0.5846358466300654	0.3800073031013583	0.7039399940103959	1.0	0.952389403661124	3	Q13263	1
Nucleotide excision repair dna gap filling	0.5948487326247014	0.3797412844268036	0.70413747116736	1.0	0.9524061075938792	2	Q07864	1
Nuclear membrane organization	0.3286816762541623	0.3795774890987219	0.7042590734413998	1.0	0.9524061075938792	16	O43633,Q14203,Q9ULX6,Q9UNZ2	4
Insulin secretion	0.3062259057471501	0.3793112114646024	0.7044567751038517	1.0	0.9524660512507988	21	O43768,P30626,P04083,O95563,Q06124	5
Developmental growth	0.2570361625319614	0.3785990658191709	0.7049856159768342	1.0	0.9527661970002482	80	Q16555,Q7Z6E9,P80723,P78344,P04083,O14786,Q9Y3A5,Q15149,O95470,Q06124,P31150,O60271,Q14247,P10644,Q96HC4,Q9BRT9,P61201,Q6PD62,Q14353,Q9Y696,P15311,P16989,Q9C0B1,P50570,Q6Y7W6,Q7Z4V5,Q99829,P11413,P11047,Q8N0X7,P18206,P40763,O00763,Q00535,Q13263,P11802,O75312	37
Regulation of translation in response to endoplasmic reticulum stress	0.5838256425222501	0.3777710517693094	0.7056006802528545	1.0	0.9527728715544416	3	Q04637	1
Positive regulation of translation in response to stress	0.5838256425222501	0.3777710517693094	0.7056006802528545	1.0	0.9527728715544416	3	Q04637	1
Positive regulation of translation in response to endoplasmic reticulum stress	0.5838256425222501	0.3777710517693094	0.7056006802528545	1.0	0.9527728715544416	3	Q04637	1
Regulation of atp dependent activity	0.3003155121758444	0.3755285551761879	0.7072674137579797	1.0	0.9543960537672868	25	P52701,Q96T88,P25685,P50570,P54652,P43246,Q8WXX5,Q8NFQ8	8
Regulation of rna splicing	0.2566899194487853	0.3751008149757082	0.7075854909474288	1.0	0.9546178359295096	79	Q15427,Q96T37,Q96PU8,Q5BKZ1,Q9Y2W1,O60828,Q15637,P98175,Q8WXF0,P98179,Q14011,Q96EP5,Q12872,P51116,P38159,P61978,Q13247,P78362,Q9NYV4,P35637,Q9NTZ6,O00422,O75312,P22626,Q07666	25
Neural crest cell migration	0.4797453135145666	0.3740200131929934	0.7083894266464965	1.0	0.955064922192362	4	O14786	1
Positive regulation of nitric oxide metabolic process	0.4332595224536247	0.37382830338411	0.7085320606344947	1.0	0.955064922192362	5	P04179	1
Oocyte maturation	0.4793374821261708	0.3727823920066447	0.7093104089129381	1.0	0.955164474185091	4	Q9Y5A9	1
Negative regulation of neuron apoptotic process	0.3026749190974056	0.371603204358306	0.7101883029544507	1.0	0.9560523219915756	23	P51858,P48506,P04179,O75312,Q07812,P61586,P43246,Q01105	8
Positive regulation of protein metabolic process	0.2654010902953383	0.3708792760852128	0.7107274513861435	1.0	0.9561180547578076	257	Q9UBT2,Q9C0C2,Q07666,Q16763,P60228,P48506,P67809,P78344,O14786,Q9H3P2,P98179,Q14011,Q99873,Q9H7B4,P61586,P08670,Q9BUN8,Q04637,Q12824,Q9ULT8,Q06124,Q13363,P35579,O75340,P14174,Q92600,Q13155,Q9Y376,Q6PKG0,P35241,Q567V2,Q9Y4X5,P56537,Q13526,Q9UL46,Q15257,Q6PD62,P54619,P54652,Q5VTR2,Q96A26,P14635,P15311,P61964,P16989,P41440,P51116,P63208,P46379,P45974,Q7Z478,Q92688,Q9UBV8,O95831,Q9H223,O14737,Q96A49,Q15042,O75592,O43847,Q99627,Q96S59,Q9Y5A9,Q96T88,Q9ULX6,Q9NR28,P49354,P40763,P0DP25,Q00535,P46777,Q07812,Q9NVI1,Q06323,Q96J02	75
Sarcoplasmic reticulum calcium ion transport	0.3925685319152718	0.3700916105670245	0.7113142328302757	1.0	0.9561180547578076	7	P28161,P0DP25	2
Regulation of dna methylation dependent heterochromatin assembly	0.4047522476709939	0.3688353882301627	0.7122504255037656	1.0	0.9563465952013488	6	Q13263	1
Regulation of peptidyl lysine acetylation	0.3301839614355504	0.3687381890863456	0.7123228807227782	1.0	0.9563465952013488	15	Q13363	1
Regulation of extracellular matrix disassembly	0.59035159443991	0.3666901186717162	0.7138501780727107	1.0	0.9572570310262984	2	Q7Z460	1
Positive regulation of extracellular matrix disassembly	0.59035159443991	0.3666901186717162	0.7138501780727107	1.0	0.9572570310262984	2	Q7Z460	1
Regulation of rrna processing	0.4041184976852575	0.3666798212609009	0.7138578600133314	1.0	0.9572570310262984	6	Q9Y5A9	1
Regulation of arp2 3 complex mediated actin nucleation	0.5899427636958381	0.3655141428086794	0.714727651625847	1.0	0.957292785093059	2	Q9Y2A7	1
Positive regulation of arp2 3 complex mediated actin nucleation	0.5899427636958381	0.3655141428086794	0.714727651625847	1.0	0.957292785093059	2	Q9Y2A7	1
Prostate gland development	0.4760728525887036	0.3629368745184997	0.7166520402750658	1.0	0.9584485967541216	4	P04083	1
Actin filament bundle organization	0.2874136295475434	0.361164011244721	0.7179768438198215	1.0	0.9584485967541216	34	P15311,Q9UQB8,Q9Y624,Q05682,P35241,Q15942,P16949,Q13177,O14786,P60953,P61586,O00151	12
Ectodermal placode development	0.4753082572727066	0.360646934182117	0.7183633988266211	1.0	0.9584485967541216	4	O14786	1
Amyloid precursor protein catabolic process	0.3372690699379611	0.3605704621929082	0.7184205736614016	1.0	0.9584485967541216	12	Q13526,Q15392,P27695	3
Cellular component disassembly	0.2430576008321137	0.3597577091360463	0.7190283317118424	1.0	0.9588073738309087	127	Q9NT62,O43633,Q9NYL9,Q14203,Q99570,P16949,Q12824,P33176,Q01105,P51452,Q15555,Q9Y3C8,P35241,Q9NRR5,P54652,Q9UPY3,P35609,Q8N543,Q9Y281,P41440,Q99816,Q92900,O95831,Q08945,Q9NQ88,P17096,O00273,Q9UN37,P11047,Q9ULX6,Q07812,Q00535,Q96AX1,O95104	34
Positive regulation of protein containing complex assembly	0.2729791464279956	0.3592140465408644	0.7194349693290607	1.0	0.9589377891250196	45	Q9UQB8,Q14203,Q15691,Q04637,P23381,P61586	6
Tetrahydrofolate metabolic process	0.3474980693144285	0.3578328523912837	0.7204684035972548	1.0	0.9594511371185932	10	P34896,Q9NRN7	2
Neutrophil migration	0.3382087359656445	0.3555477182667818	0.7221793029988235	1.0	0.959894812289034	11	P35613	1
Synaptic vesicle exocytosis	0.3333893483255971	0.3549380212439755	0.7226360236947575	1.0	0.959894812289034	13	P20339,P0DP25,Q15042	3
Neuron projection guidance	0.3082679179755478	0.3548103390684428	0.722731682234915	1.0	0.959894812289034	19	Q8TEY7,Q8WX93,P11047,P35613,O75592,O95372	6
Telomerase holoenzyme complex assembly	0.5750319891868405	0.3538752739315153	0.7234323581031441	1.0	0.959894812289034	3	Q15185	1
Regulation of tau protein kinase activity	0.5750319891868405	0.3538752739315153	0.7234323581031441	1.0	0.959894812289034	3	P06400	1
Positive regulation of microtubule polymerization or depolymerization	0.3354807616829128	0.3531006960774699	0.7240129510620235	1.0	0.959894812289034	12	Q15691	1
Vitamin biosynthetic process	0.5854456255110467	0.3526956340589757	0.724316632809999	1.0	0.959894812289034	2	P14550	1
L serine biosynthetic process	0.5854456255110467	0.3526956340589757	0.724316632809999	1.0	0.959894812289034	2	O43175	1
Water soluble vitamin biosynthetic process	0.5854456255110467	0.3526956340589757	0.724316632809999	1.0	0.959894812289034	2	P14550	1
Membrane biogenesis	0.307596136470746	0.3513743119038651	0.7253075514375085	1.0	0.9604107880152956	19	O43633,P41440	2
Regulation of muscle system process	0.2989270642614057	0.3504085276036839	0.7260321274957637	1.0	0.960486513903902	23	P61586,P11413,P0DP25,P28161	4
Ribonucleoside diphosphate biosynthetic process	0.3992522028674136	0.3502941277456111	0.7261179718188158	1.0	0.960486513903902	6	Q05682,P30085,P11172	3
Imp metabolic process	0.3365752837972334	0.3489113079838406	0.7271558955105555	1.0	0.9609785297128216	11	P30520,P07741,O15067,P00491,P30566	5
Regulation of megakaryocyte differentiation	0.3982733042490494	0.3470340520559035	0.7285657367797982	1.0	0.9620227993626508	6	Q99873,Q96T37	2
Regulation of cellular response to insulin stimulus	0.3359056855986509	0.3462047459446929	0.7291888482694067	1.0	0.962159100895806	11	Q9H1E3,Q06124	2
Regulation of protein acetylation	0.3116936281991412	0.3449643744928562	0.7301211536461325	1.0	0.962930428809516	18	Q13363	1
Regulation of organ growth	0.3524390681911751	0.3448814769042514	0.7301834765320467	1.0	0.962930428809516	9	P80723,P16989	2
Regulation of signal transduction by p53 class mediator	0.2893174167062748	0.3434102848691985	0.7312898232637097	1.0	0.9637754249719096	30	P14174,Q9UNS2,Q9H7B2,P46777,O14744,O43324,P61927	7
Histone ubiquitination	0.3112930871555296	0.3430062516653647	0.7315937570124689	1.0	0.9639191025216284	18	Q7Z6Z7,P63208,Q96T88,Q9NW82,Q5VTR2,Q6PD62	6
Organelle assembly	0.2584407869345852	0.3419513045197229	0.732387538878386	1.0	0.9646079780349474	170	Q9NT62,Q7Z2Z2,O43633,Q9NYL9,Q8WWM7,Q9H7B2,Q14203,Q14011,P61586,A6NIH7,Q15555,P26196,P35241,Q567V2,P56537,Q9NQW6,Q8TC07,P35609,P52732,Q8N543,P15311,P18085,Q9Y281,Q9UNZ2,Q9H4M9,Q99816,Q7Z478,Q7L2E3,Q9H223,Q9UBB4,Q15042,P05198,P50570,Q9Y5A9,P27695,Q9Y520,P20339,Q9NVX2,Q9UN37,O00471,Q15691,P46777,Q14157	43
Regulation of synaptic transmission glutamatergic	0.4685015394858695	0.3405335489310591	0.7334547623891758	1.0	0.964751000296972	4	Q15042	1
Regulation of neurogenesis	0.2773461399794215	0.3398345290746419	0.7339811433379815	1.0	0.964751000296972	38	Q9Y5A9,P27695,Q9UQB8,Q8N0X7,O14744,Q9UPY3,Q96G23	7
Protein localization to microtubule	0.3960120696555255	0.3395504210323021	0.7341951201709844	1.0	0.964751000296972	6	Q15691	1
Amp metabolic process	0.3290613598361358	0.3366437674786619	0.736385458348529	1.0	0.966219066815812	13	P22102,P30520,P07741,P00568,O15067,P55263,P30566	7
Regulation of cellular response to stress	0.2416776297293077	0.3358958932282274	0.7369493740510613	1.0	0.966219066815812	128	P04792,P04179,Q9NXR7,Q99873,Q04637,P14174,Q9NRR5,O43324,Q15014,P55145,P16989,P25685,Q9NQ88,Q96G23,Q5TBB1,P35637,Q04323,Q96J02,P15927	19
Regulation of integrin mediated signaling pathway	0.5793131643499676	0.3355683106097189	0.7371964240929318	1.0	0.966219066815812	2	P35221	1
Cell migration	0.2524088911133441	0.3353254368788198	0.7373796075274068	1.0	0.966219066815812	153	P04792,Q9Y624,P04179,P04083,P61586,Q5JRA6,Q06124,O75340,Q13630,Q8WX93,P14174,Q8TEY7,Q15555,Q99439,Q01518,O60271,P31949,P35241,Q9NQW6,Q5VTR2,O00151,P18085,P35613,Q02952,O14745,Q9P258,Q92766,Q9Y5K6,Q96G23,Q9NUQ9,O43776,P27695,O95684,P11047,Q15691,P40763,P17931,Q00535	38
Regulation of lipid storage	0.3822078027487365	0.3342198260851064	0.7382136843074036	1.0	0.9667454617353388	7	O60664,Q9C0B1	2
Response to purine containing compound	0.3308127274434164	0.3338837634121246	0.7384672723350083	1.0	0.9668736582754378	12	P28161,Q86X55,P27695,P35613	4
Spindle localization	0.3280275487199913	0.3323284483638288	0.7396412607429508	1.0	0.9674614925324156	13	P35579,Q9UNZ2,Q14203,O43264,Q14974	5
Regulation of long chain fatty acid import into cell	0.5780866721177519	0.332192542688167	0.7397438744183173	1.0	0.9674614925324156	2	P07814	1
Vascular endothelial growth factor production	0.5772690106296081	0.3299513459989638	0.7414367254428251	1.0	0.967779263970969	2	P49591	1
Negative regulation of centriole replication	0.5772690106296079	0.3299513459989632	0.7414367254428256	1.0	0.967779263970969	2	Q96PK6	1
Positive regulation of binding	0.2685117167211297	0.327926571249915	0.7429671826746669	1.0	0.968477372881965	47	Q8TEY7,Q04637,P41440,P60228,Q13526,Q15691,P19474,P0DP25,O60869,Q00535,Q9BUN8	11
Pentose phosphate shunt	0.363704212821623	0.326729941645733	0.7438721518848723	1.0	0.9690467932043332	8	Q9NQ88,P11413	2
Recombinational repair	0.2684747259177585	0.3257037679984026	0.7446484931112793	1.0	0.9694302817054046	46	Q9H1E3,P46063,Q9NRR5,Q15014	4
Ncrna export from nucleus	0.3916061854607341	0.325161145243158	0.7450591137759246	1.0	0.969576088966574	6	Q9H814	1
Response to ethanol	0.3282300077487786	0.3234310771118203	0.7463687970623627	1.0	0.971076938981201	12	P61586	1
Dicarboxylic acid transport	0.3277480557375355	0.3214950236985213	0.7478352827882984	1.0	0.9717173852417712	12	Q15042,P41440	2
Negative regulation of reactive oxygen species metabolic process	0.337781834603909	0.3204332171864647	0.7486399482496469	1.0	0.9717173852417712	10	Q9NQ88,P61586	2
Regulation of nervous system development	0.267972849965923	0.3202428186009142	0.7487842663822057	1.0	0.9717173852417712	41	Q9Y5A9,P27695,Q9UQB8,Q8N0X7,Q00535,O14744,Q9UPY3,Q96G23	8
Polyketide metabolic process	0.561963190184052	0.3196815776396701	0.7492097264371567	1.0	0.9717173852417712	3	P14550,P15121	2
Aminoglycoside antibiotic metabolic process	0.561963190184052	0.3196815776396701	0.7492097264371567	1.0	0.9717173852417712	3	P14550,P15121	2
Tertiary alcohol metabolic process	0.561963190184052	0.3196815776396701	0.7492097264371567	1.0	0.9717173852417712	3	P14550,P15121	2
Amine transport	0.4160729564437685	0.319590455011183	0.7492788109943389	1.0	0.9717173852417712	5	Q15042	1
Centrosome duplication	0.3271918304101149	0.3192663271885311	0.7495245645794217	1.0	0.9717173852417712	12	O43633	1
Regulation of actin filament bundle assembly	0.3063679739623349	0.3192501405768926	0.7495368379288176	1.0	0.9717173852417712	18	Q9Y624,P35241,P16949,O14786,P60953,P61586	6
Regulation of gastrulation	0.5731807031888886	0.3188581351479827	0.7498340918000914	1.0	0.9717173852417712	2	Q7Z460	1
Regulation of endothelial cell differentiation	0.4156576265782227	0.3183242031831459	0.750239026935307	1.0	0.9719823420083542	5	Q9Y624	1
Positive regulation of ruffle assembly	0.5611451942740328	0.3175956777299368	0.7507916531940169	1.0	0.9723117088321812	3	Q7L576,Q8NCA5	2
Regulation of smad protein signal transduction	0.5607361963190245	0.3165551792842538	0.7515811496502898	1.0	0.9725607291786412	3	Q8N1F7,Q01082	2
Detection of stimulus	0.3260993946697266	0.3149070791775108	0.7528322064657684	1.0	0.9729631638194428	12	P0DP25,P04179	2
Positive regulation of nuclear transcribed mrna catabolic process deadenylation dependent decay	0.559918200409003	0.3144790997251945	0.7531571878677523	1.0	0.9731806360088936	3	A5YKK6,Q9H2U1	2
Regulation of double strand break repair	0.2862309320996229	0.313998631813831	0.7535220779087757	1.0	0.9731907360071346	27	Q9NRR5,Q15014	2
Clathrin dependent endocytosis	0.3232521216736781	0.3126762979308817	0.7545266047909991	1.0	0.973574785007233	13	P09497,Q9H3U1,P50570	3
Multi organism reproductive process	0.2377620100835113	0.3121584809825591	0.7549200839576882	1.0	0.973574785007233	124	Q9BQE5,P43246,Q15645,Q9BW83,P54727,P54652,Q14353,Q02790,P16989,P41440,Q8NB78,P35613,Q9UIQ6,O75592,Q9Y5A9,Q6P6C2,Q9BXW9,P40763,Q14157,O60684	20
Positive regulation of protein phosphorylation	0.2502467921561696	0.3120446432603326	0.7550065955914593	1.0	0.973574785007233	78	Q99627,P54652,P14174,Q04637,P41440,Q9Y376,Q13526,Q9H223,Q96A49,P0DP25,Q9H7B4,P61586,Q06124	13
Regulation of cytoplasmic translation	0.3172968289337127	0.3118075925296555	0.7551867535233239	1.0	0.973574785007233	15	P16989	1
Autophagosome organization	0.3156254328760925	0.3046901387223347	0.7606021608834315	1.0	0.9774880133607644	15	Q9NT62,Q15042,Q9UNZ2	3
Excretion	0.5559063440381691	0.3043926131643916	0.760828794808202	1.0	0.9774880133607644	3	O14745	1
Negative regulation of transmembrane transport	0.3120760331201427	0.3041209732802971	0.7610357287829905	1.0	0.9774880133607644	16	Q9Y376,P30626,P0DP25,O14745,P28161	5
Meiotic cell cycle	0.2657693085080147	0.3030887061916899	0.7618222607584375	1.0	0.9774880133607644	44	P35579,Q15645,P27694,Q9Y5A9,P52701,Q9UQ84,P46379,Q15021,Q9NTJ3,Q9BXW9,Q08J23,P54652,O43264,O43683,P30153	15
Protein localization to cytoskeleton	0.3205323031226939	0.3016953644027743	0.7628843023960097	1.0	0.9774880133607644	13	Q15691,Q9UNZ2	2
Endoderm development	0.3563020278139018	0.3012459129758328	0.7632269813979513	1.0	0.9774880133607644	8	Q6PD62	1
Antigen processing and presentation of exogenous peptide antigen	0.4546732984030681	0.3012447160414679	0.7632278940485839	1.0	0.9774880133607644	4	Q9UIQ6	1
Multicellular organism growth	0.2908605698851043	0.3011418646110044	0.7633063184775	1.0	0.9774880133607644	22	Q7Z6E9,P40763,Q9C0B1,P11802,Q6Y7W6,Q14353,Q06124	7
Organelle inheritance	0.3561475409836135	0.3007233631636543	0.7636254517411742	1.0	0.9774880133607644	8	P27361,P06493,Q92538,Q02750,P28482,P63104,Q08379	7
Microvillus organization	0.3832369699537927	0.2985515108511908	0.7652822675540651	1.0	0.9781869100809109	6	Q06124,O14745	2
Mechanoreceptor differentiation	0.3712750519853399	0.2979909374478502	0.7657100804616717	1.0	0.9781869100809109	7	Q9BW83	1
Mrna methylation	0.3825002546726859	0.2962558975870454	0.7670346635479248	1.0	0.9784672547931405	6	Q69YN4	1
Positive regulation of amyloid precursor protein catabolic process	0.5525562372188175	0.2960929786808392	0.7671590759121838	1.0	0.9784672547931405	3	Q96S59,Q13492	2
Muscle tissue development	0.2667773398200271	0.2945991752994129	0.7683000922418257	1.0	0.9784672547931405	40	Q9Y5Q8,P11413,P16989,Q9Y281,P41440,Q99873,P61586	7
Erbb signaling pathway	0.3010337934081739	0.2942156547930459	0.7685931189824378	1.0	0.9784672547931405	18	P27695,Q99816,P62993,Q9Y5X3,Q93034,Q06124	6
Dna integrity checkpoint signaling	0.2742335774479461	0.2933628513782318	0.7692448172107003	1.0	0.9786670873965309	36	Q6Y7W6,P51530,Q9BXW9,Q9NXR7,Q92547,P43246,P15927,Q06124	8
Activation of gtpase activity	0.3204440916917756	0.2927281280029489	0.7697299681594256	1.0	0.9786670873965309	12	Q8TC07,O60343	2
Transcription initiation from rna polymerase ii promoter	0.3179278844817528	0.2913284931229018	0.7708000977012246	1.0	0.9786670873965309	13	P53999	1
Positive regulation of type i interferon production	0.3002835863562658	0.2907548079107675	0.7712388508048773	1.0	0.9786670873965309	18	O60828,P41440	2
Release of cytochrome c from mitochondria	0.3173600444104538	0.2890877583722533	0.7725142212563421	1.0	0.9786670873965309	13	Q96A26,Q9H3K2,P04179	3
Regulation of striated muscle cell differentiation	0.3521527023306803	0.2873466265554214	0.7738469244123407	1.0	0.9786670873965309	8	P11413,Q15014	2
Epithelial cell proliferation	0.2747747169199456	0.2869163587938168	0.7741763643682784	1.0	0.9786670873965309	35	Q15648,O14786,P22392,O75340,P58107,P09429,P52758,Q02750,Q9UII2,Q13247,Q6ZWJ1,P60953,Q6P1J9,Q92766,Q9H2J4,P11047,Q96T88,P40763,P06400,Q07812,Q15418	21
Synapse maturation	0.5609157808667303	0.2867329878197363	0.7743167770384787	1.0	0.9786670873965309	2	P63104	1
Regulation of histone methylation	0.2832186870011455	0.2863833391832429	0.7745845339725776	1.0	0.9786670873965309	26	Q6PD62,Q9H3P2,P61964,Q12824	4
Muscle cell development	0.2870410923165618	0.2858606611726861	0.774984844815767	1.0	0.9786670873965309	23	Q9NYL9,P06493,P11413,Q9Y281,P10644,Q96HC4,Q15149,Q9H7B4,P35609	9
Positive regulation of intracellular steroid hormone receptor signaling pathway	0.5605069501226583	0.2856926237013732	0.7751135547756087	1.0	0.9786670873965309	2	Q15648	1
Myofibroblast differentiation	0.5605069501226584	0.2856926237013729	0.775113554775609	1.0	0.9786670873965309	2	P06400	1
Positive regulation of smad protein signal transduction	0.5605069501226584	0.2856926237013729	0.775113554775609	1.0	0.9786670873965309	2	Q8N1F7	1
Positive regulation of mitochondrial depolarization	0.5605069501226579	0.2856926237013721	0.7751135547756096	1.0	0.9786670873965309	2	P63244	1
Positive regulation of supramolecular fiber organization	0.2745027367314443	0.2851555715959875	0.7755249565535409	1.0	0.9786670873965309	35	Q9Y281,Q9UQB8,Q14203,Q15691,P61586	5
Positive regulation of translational initiation	0.3201082478461549	0.2848175694899455	0.775783910982601	1.0	0.9786670873965309	11	Q7Z478,Q6PKG0,Q9Y5A9,Q07666	4
Relaxation of muscle	0.4485815690743723	0.2846386447592937	0.7759210011433313	1.0	0.9786670873965309	4	P28161	1
Regulation of protein targeting to membrane	0.3780366343073645	0.2825135563954251	0.7775497532720481	1.0	0.9786670873965309	6	Q00535,P31150	2
Late endosome to vacuole transport	0.4476220387390536	0.2820634783043832	0.7778948367453726	1.0	0.9786723938794092	4	O43633	1
Cellular response to endogenous stimulus	0.2559801046174854	0.2814827178364066	0.7783401816245705	1.0	0.9790082007228522	178	Q9UQB8,P48506,P04083,P43490,Q9H7B4,P61586,Q9UQ13,Q92600,Q06124,O60343,P07741,P62993,P34896,P35241,Q86X55,Q9Y5X3,O00400,Q13526,P35609,Q02790,Q9H1E3,Q9Y2U8,Q9H4M9,O95831,O14737,Q96A49,O14745,Q9NQ88,P17655,P27695,Q15942,P49354,P40763,Q8N0X7,Q00535,O14744,P11802,P28161,O75312	39
Transcytosis	0.377416857663261	0.2806282646741556	0.7789955347497428	1.0	0.9790654261882014	6	P20339,O60763	2
Cell morphogenesis involved in neuron differentiation	0.2450882346430522	0.2802436910548767	0.7792905484246906	1.0	0.9791932059736256	70	Q9UQB8,O60828,P78344,P16949,O14786,P33176,Q06124,Q8TEY7,Q8WX93,Q04917,Q14247,Q96HC4,O95372,P41440,Q9BTW9,P35613,P60953,P50570,O14745,O60678,O75592,P11047,Q13177,Q8N0X7,P18206,Q00535	26
Protein localization to nuclear body	0.318834632745171	0.2800846473518148	0.7794125631445461	1.0	0.9791932059736256	11	P17987,P78371,O60832,Q4G0J3,Q7L2J0,P50991,P49368,P40227,P50990,Q99832	10
Regulation of protein containing complex assembly	0.2461025939459685	0.2747746319929645	0.7834893889148322	1.0	0.980171981963062	86	Q9NYL9,Q9UQB8,Q14203,Q14019,P16949,O15143,O15144,Q04637,P61586,P23381,Q06124,Q14247,P62993,P35241,Q02790,Q9BTW9,Q9NUQ9,Q15691,P17931,Q07812,Q92747	21
Lipid droplet organization	0.348259629153672	0.2745666078773844	0.783649223699231	1.0	0.980171981963062	8	Q15042	1
Oocyte differentiation	0.3638225050376407	0.2743150783785977	0.783842497923346	1.0	0.980171981963062	7	Q9Y5A9	1
Regulation of dna recombination	0.2618038911559473	0.2738391144375368	0.7842082631273868	1.0	0.980171981963062	43	Q9NRR5,Q9H4L7,Q15014	3
Regulation of keratinocyte migration	0.5429593227772207	0.2729514370739026	0.7848905460922635	1.0	0.980171981963062	3	Q15555	1
Keratinocyte migration	0.5429593227772207	0.2729514370739026	0.7848905460922635	1.0	0.980171981963062	3	Q15555	1
Chromatin organization	0.2399433542363133	0.2729043091890025	0.7849267739617243	1.0	0.980171981963062	135	Q8TEX9,Q96T37,Q9NXR7,Q99733,Q12824,Q9H7B4,Q8WXX5,Q01105,Q13363,Q9H4L7,Q9Y2K7,Q86X55,Q6PD62,Q5VTR2,O14646,O15047,P49321,Q9H1E3,P61964,Q9H9B1,Q8NB78,Q92688,P05204,Q92900,Q08945,O95983,P17096,Q96T88,Q8WXI9,O14744	30
Facultative heterochromatin assembly	0.3150797910584818	0.272310685615616	0.7853831406437317	1.0	0.980354369182541	12	O43159,Q13547,Q99549,Q13263,O95983	5
Negative regulation of cilium assembly	0.542331288343564	0.2714703511660514	0.7860293001325005	1.0	0.9807459240901012	3	P27816,P50570	2
Actin filament organization	0.2456330483149005	0.2669982992552788	0.7894704705709858	1.0	0.9832396737011532	82	Q9NYL9,P29966,Q9UQB8,Q9Y624,Q14019,P16949,O15143,O14786,O15144,P61586,Q14247,P62993,P35241,P59998,O00151,P35609,P15311,Q9Y281,Q05682,P60953,Q9Y5K6,Q9NUQ9,Q15942,Q13177,Q92747	25
Regulation of dna helicase activity	0.5402862985685151	0.2666764578490142	0.7897182815928645	1.0	0.9832396737011532	3	P49736,P33993	2
Positive regulation of mrna metabolic process	0.2555636477973704	0.2662362562581011	0.790057261870595	1.0	0.9832396737011532	56	Q96EP5,Q9Y5A9,Q92945,Q13148,Q9Y2W1,P67809,Q92900,Q9C0B1,P98179,Q14011,Q9Y2L1,Q6Y7W6,O00178,Q969T7	14
Regulation of erythrocyte differentiation	0.322818477507468	0.2662142430224558	0.7900742143584347	1.0	0.9832396737011532	10	P40763,Q99873	2
Positive regulation of nf kappab transcription factor activity	0.284007845647222	0.2660056035283377	0.7902348934657983	1.0	0.9832396737011532	22	P19474	1
Replication fork processing	0.3450381472944352	0.2641868126473723	0.7916359721779742	1.0	0.9843931492241128	8	Q9H1E3	1
Microvillus assembly	0.440570542782489	0.2634845864362259	0.7921771021966715	1.0	0.984868829758024	4	O14745	1
Regulation of mrna processing	0.2444255988576782	0.2600759767425467	0.7948051682432897	1.0	0.9859080770560664	76	Q96T37,Q96PU8,Q9Y2W1,Q15637,P98175,Q8WXF0,P98179,Q14011,O00267,Q96EP5,Q12872,Q5VTR2,Q6PD62,P51116,P61978,P38159,Q13247,P78362,Q69YN4,Q16630,Q8N684,O00422,P22626,Q07666	24
Regulation of amino acid transport	0.4389496401238599	0.2593011943857251	0.7954028579315411	1.0	0.9859382672485568	4	Q15042	1
Regulation of protein binding	0.2637732696131237	0.2591782490973169	0.7954977125584795	1.0	0.9859382672485568	39	Q15691,Q9BUN8,P19474,P41440	4
Regulation of dna repair	0.2616692127388867	0.2587250994318218	0.795847352229532	1.0	0.9859382672485568	40	P35637,Q9NXR7,Q9NRR5,Q9NQ88,P15927,Q15014	6
Connective tissue development	0.2830755447907593	0.2586067477562712	0.7959386763653791	1.0	0.9859382672485568	21	P43490	1
Alternative mrna splicing via spliceosome	0.2672357293101023	0.2580990284332261	0.7963304813826544	1.0	0.9859382672485568	37	P51116,Q96T37,Q13247,O60828,Q12872,P98175,Q8WXF0,Q07666	8
Regulation of cell substrate adhesion	0.2744824178068506	0.2577819991576288	0.7965751576822395	1.0	0.9859382672485568	31	Q13630,P51452,P50570,Q9BTW9,O14786,O15144,P60953,P61586,Q9P258,Q92766	10
Negative regulation of smoothened signaling pathway	0.4379833863027379	0.2568231217751973	0.7973153200030996	1.0	0.9859382672485568	4	P17612	1
Regulation of cell cycle	0.2603254046926431	0.2567609553058138	0.7973633129158335	1.0	0.9859382672485568	224	Q06323,O43633,Q9NYL9,Q14203,P41227,P51530,P78344,P04083,Q99570,O43660,Q9NXR7,P19474,Q9Y6G9,Q9UJX4,O95373,Q7L2J0,Q08J23,P61586,Q92547,Q04637,P43246,Q06124,Q13363,P51452,P31350,P30260,Q15645,Q15392,P35241,Q9NUQ3,Q13526,Q9NQW6,Q9UL46,P54652,Q8TBC4,Q5VTR2,Q15014,P06730,P14635,P52732,P43487,P61964,Q9UNZ2,Q99816,P39748,Q6ZWJ1,P78362,O14745,Q9NYV4,Q6Y7W6,Q9P258,Q5TBB1,Q92733,Q9Y5A9,P27695,Q13148,Q9NVX2,O15355,Q9UN37,Q7Z7L1,Q9BXW9,Q9UJX2,P40763,P0DP25,Q00535,O14744,P11802,Q07812,Q8N6R0,P15927	70
Receptor clustering	0.3426665295880126	0.2566606835429694	0.7974407249735502	1.0	0.9859382672485568	8	P49354	1
Vesicle mediated transport between endosomal compartments	0.3007774143710328	0.256495767129636	0.7975680484889942	1.0	0.9859382672485568	16	P20339,P15311,P35241,Q15075	4
Blastocyst development	0.2791327023111065	0.2561798435101634	0.7978119719720533	1.0	0.9859382672485568	25	P49321,P31350,Q9NVX2,Q9BRT9,Q12824,P17655,Q6PD62,O75312	8
Purine deoxyribonucleotide catabolic process	0.5482420278005001	0.2554228504148894	0.7983965238848558	1.0	0.9859382672485568	2	P00491	1
Response to cocaine	0.3689170878704857	0.255349647321977	0.7984530574905322	1.0	0.9859382672485568	6	Q00535	1
Positive regulation of rig i signaling pathway	0.4373977086742999	0.2553268279867265	0.7984706807229165	1.0	0.9859382672485568	4	Q9Y4E8,Q14671,Q9NUD5	3
Regulation of cation transmembrane transport	0.270689680107003	0.2527847251000777	0.8004345720447936	1.0	0.9862599883797256	34	P11413,P27695,Q9Y376,P30626,P07384,P0DP25,Q07812,Q00535,P50570,P54652,P28161,O14745,P35609	13
Amyloid precursor protein metabolic process	0.3078701708026766	0.2527097222213251	0.8004925344470719	1.0	0.9862599883797256	13	Q13526,Q15392,P27695	3
Positive regulation of intracellular transport	0.2574524054148664	0.2520187706757316	0.8010265550772173	1.0	0.9862599883797256	50	P68036,P35241,P35609,P15311,P06493,P17612,Q9H4M9,P26038,Q92688,O14737,P60953,Q16630,Q7Z6Z7,Q13148,Q00535,Q13263,P55786,O75312,O00410,Q07666	20
Mitotic cytokinesis	0.2767962234026451	0.2511302184796566	0.8017134333882214	1.0	0.9862599883797256	26	Q9NQW6,P61586,O43633,Q6DKK2	4
Dna replication independent chromatin organization	0.3919679612036346	0.2498702193307487	0.8026877143560069	1.0	0.986804881193577	5	Q8TEX9	1
Regulation of system process	0.2582191596817129	0.2485027727967183	0.8037454249721598	1.0	0.986804881193577	45	P28161,Q06124,Q9UQB8,Q9C0B1,P0DP25,O14745,P61586,Q9UPY3	8
Positive regulation of cell population proliferation	0.2408054724080409	0.2480766479422267	0.8040751032090612	1.0	0.9868155707039468	95	O75340,P14174,Q9H2J4,Q13247,O95684,P11047,P07384,P04083,P43490,P40763,Q99873,Q92766,Q5TBB1,Q99584	14
Receptor metabolic process	0.2744044007952552	0.2480562801514065	0.8040908619459377	1.0	0.9868155707039468	28	P15311,P41440,P62993,P20339,P07384,P49354,Q00535,P50570,Q96J02	9
Spliceosomal snrnp assembly	0.2785528453135271	0.2471142339124611	0.804819818214676	1.0	0.9870643063790712	24	Q8WXF0,Q16637,O14744	3
Regulation of golgi organization	0.4339379140987996	0.2465767980790289	0.805235762638552	1.0	0.9871762852124624	4	P50570	1
Positive regulation of stem cell differentiation	0.3905034793286954	0.2458929362997779	0.8057651120062095	1.0	0.9871762852124624	5	Q13610,Q12948,O43809,Q9H2U1	4
Positive regulation of double strand break repair	0.3010234529590102	0.2453342740493496	0.8061976156282484	1.0	0.9871762852124624	15	Q15014	1
Fibroblast migration	0.3090460848747921	0.2448588731133309	0.8065657069252747	1.0	0.9871762852124624	11	Q9P258,O00151,Q02952,O95470	4
Calcium ion transport	0.2574454654581888	0.2444964139266489	0.8068463789868299	1.0	0.9871762852124624	41	P28161,P11413,P27695,P17931,P0DP25,Q00535,P54652,P61586,Q93034	9
Regulation of transcription involved in g1 s transition of mitotic cell cycle	0.4327541896951076	0.2436183117633506	0.8075264447914154	1.0	0.9871762852124624	4	Q00535	1
Regulation of protein glycosylation	0.5429272281275644	0.2428822547540332	0.8080966126749647	1.0	0.9871762852124624	2	Q9UHD1	1
Positive regulation of protein glycosylation	0.5429272281275644	0.2428822547540332	0.8080966126749647	1.0	0.9871762852124624	2	Q9UHD1	1
Response to inorganic substance	0.2430296579841124	0.242788158797349	0.8081695090750001	1.0	0.9871762852124624	82	O75340,Q99720,Q99829,P11413,P27695,Q99707,P48506,P09960,O60888,P04179,P35613,P04083,O95831,P0DP25,P17655,Q9NQ88,O75592	17
Mapk cascade	0.2399772965464703	0.2421959094450899	0.8086283645033983	1.0	0.9871762852124624	68	Q92905,Q96KB5,O14786,Q99873,Q06124,P51452,P09429,P14174,O60271,P62993,P56537,Q13526,P15311,P06493,P31689,Q13098,Q02952,P60953,O14745,Q6IAA8,Q96S59,Q9UMX5,Q13177,P30046,O14744,Q96J02,P30153	27
Ear development	0.2931238410166353	0.2406463991364584	0.809829185416759	1.0	0.9871762852124624	17	Q9BW83,Q92688,O14745	3
Ovarian follicle development	0.3636976074081468	0.2403734301311069	0.8100407741366966	1.0	0.9871762852124624	6	Q9UI10	1
Response to carbohydrate	0.2726368066179611	0.2402755475087272	0.8101166500849606	1.0	0.9871762852124624	29	P48506,Q9UI10,P04179,Q9NR50,O95563,Q12824,P61586	7
Synapse organization	0.256710908778325	0.2398097833239618	0.810477722257757	1.0	0.9871762852124624	47	Q9UQB8,Q04637,Q14203,P11047,Q13526,P49354,P61586,O60678	8
Positive regulation of neurogenesis	0.2729034358028939	0.2397550146442093	0.8105201829746889	1.0	0.9871762852124624	28	O94874,P31150,Q9UQB8,P27695,Q13547,P78344,O14786,Q14444,P55209,O14744,Q9UPY3	11
Positive regulation of nervous system development	0.2729034358028939	0.2397550146442093	0.8105201829746889	1.0	0.9871762852124624	28	O94874,P31150,Q9UQB8,P27695,Q13547,P78344,O14786,Q14444,P55209,O14744,Q9UPY3	11
Antimicrobial humoral immune response mediated by antimicrobial peptide	0.388187200552068	0.2396655457267565	0.8105895470725493	1.0	0.9871762852124624	5	P04406,P05204	2
Negative regulation of calcium ion transport	0.337070206194272	0.2392973875893082	0.81087499097551	1.0	0.9871762852124624	8	P28161,P0DP25	2
Negative regulation of cell cycle	0.2410932403607494	0.2390406176545747	0.8110740871958646	1.0	0.9871762852124624	72	O43633,P51530,P41227,Q9Y6G9,Q9NXR7,Q08J23,Q92547,P43246,Q06124,Q15645,O14745,Q6Y7W6,Q5TBB1,Q9NVX2,Q9UN37,Q9BXW9,Q00535,Q8N6R0,P15927	19
Positive regulation of dna repair	0.274518753250009	0.238986602868104	0.8111159711470481	1.0	0.9871762852124624	26	Q9NQ88,Q9NXR7,P35637,Q15014	4
Kidney epithelium development	0.3145135404681433	0.2380342349715075	0.8118545415338243	1.0	0.9873320553501128	10	P80723	1
Negative regulation of reproductive process	0.3872204266836532	0.2370894183615869	0.8125874212911626	1.0	0.9873320553501128	5	Q15645	1
Negative regulation of striated muscle cell differentiation	0.4298894714322211	0.236533546990307	0.8130186789452971	1.0	0.9873320553501128	4	P11413,P67809	2
Regulation of mrna splicing via spliceosome	0.2499470456832364	0.2361856042770233	0.8132886496811296	1.0	0.9873320553501128	58	Q96EP5,Q96T37,P51116,Q96PU8,P61978,P38159,Q13247,Q9Y2W1,Q15637,P98175,Q8WXF0,P98179,Q14011,Q12872,P78362,O00422,P22626,Q07666	18
Response to interleukin 4	0.351167592174807	0.2361308874354596	0.8133311068102558	1.0	0.9873320553501128	7	P11802	1
Ires dependent viral translational initiation	0.3129801474740924	0.232988510661126	0.8157703274551058	1.0	0.987572940029946	10	P56537	1
Response to bmp	0.302043793649269	0.2314135382400573	0.8169935485894362	1.0	0.987572940029946	13	O00400,Q8N0X7,Q9Y2U8	3
Protein heterooligomerization	0.3342519744663468	0.2307683079839091	0.8174948032933433	1.0	0.987572940029946	8	Q8N684,P31350,Q16630	3
Regulation of receptor localization to synapse	0.5372035977105576	0.2297751618769354	0.8182664863077753	1.0	0.987977819056823	2	O15400	1
Ovulation cycle process	0.5236256734405782	0.229295516503675	0.8186392379753895	1.0	0.987977819056823	3	O75592	1
Nucleosome assembly	0.2706538166871532	0.2292727861076245	0.8186569036964426	1.0	0.987977819056823	29	Q9H7B4,Q01105,Q92688,Q99733	4
Positive regulation of release of cytochrome c from mitochondria	0.3595985113701935	0.2289124086019199	0.8189369959545472	1.0	0.9880704769531256	6	Q96A26,O14737	2
Regulation of peptidase activity	0.2394236054800425	0.2286219414888835	0.8191627693442003	1.0	0.988150893090032	66	O75340,Q96A26,O43847,Q9NVX2,P20810,Q15392,Q92688,Q9NR28,P04406,O95831,O14737,P40763,Q04323,Q07812,Q15418,P61586,P35237,Q92530	18
Cytokinesis	0.2550122682216056	0.226603367124905	0.820732173812764	1.0	0.9895680478456238	46	P35579,O43633,Q6DKK2,Q9NVA2,Q8WUM4,Q9UN37,P16949,Q99570,Q9NQW6,Q13526,O75935,P35580,P0DP25,Q15149,P60953,P61586,P50995	17
Metal ion transport	0.2375865198849063	0.2257411585874764	0.8214027443082643	1.0	0.9897954989258791	67	P61586,P33176,Q04917,Q9Y376,P30626,P54652,P35609,Q02790,P55011,P50570,O14745,Q93034,P11413,P27695,P17931,Q07812,Q00535,P0DP25,P28161	19
Protein localization to condensed chromosome	0.3468282580879412	0.223649323392724	0.8230301811100444	1.0	0.9905072528475536	7	O43264,P06493,Q9P258	3
Negative regulation of fibroblast proliferation	0.3813620760366211	0.2217733244780453	0.8244903463584254	1.0	0.9914959432389276	5	Q07812,P04179	2
Regulation of lamellipodium organization	0.2989382681703677	0.2203983994312133	0.8255608918368542	1.0	0.9920055313736692	13	Q92766,O15144,P50570	3
Positive regulation of lamellipodium assembly	0.3306961153869691	0.2202164451917356	0.8257025895757943	1.0	0.9920055313736692	8	P50570,Q16658,Q9Y2A7,O15144,P60953	5
Peptide metabolic process	0.2277846186296527	0.2198038282447059	0.8260239380372394	1.0	0.9921657998624872	337	Q7Z2Z2,P61009,P04792,O75874,Q9UJ14,P60228,Q92945,Q7L2H7,P48506,Q96PU8,P04179,P00374,P67809,P78344,O75822,P84098,P98179,Q14011,Q9Y2L1,P61586,Q04637,Q92600,P23381,P26196,P29692,P34896,Q567V2,O95182,P56537,Q13526,P23588,Q9Y262,O00178,P61927,P55010,O43324,P05387,Q8N543,P51116,P16989,Q7Z478,P09960,P55884,Q92900,Q9C0B1,P05198,Q9UIQ6,P24534,Q6Y7W6,O75592,P43897,P26639,O43776,Q99829,P11413,Q9Y5A9,P27695,Q13148,Q15418,Q9UI10,Q9NR50,P04406,P40763,Q13310,P46777,P55786,P28161,P83881,Q969T7,Q07666	70
Maintenance of dna repeat elements	0.5190777619062346	0.2196217421401682	0.8261657570191501	1.0	0.9921657998624872	3	P43246	1
Regulation of type i interferon mediated signaling pathway	0.3013945826148686	0.2187992356328414	0.8268064423260875	1.0	0.99274323411543	11	Q9Y5A9	1
Establishment of protein localization to mitochondrial membrane	0.2998255315826708	0.2177640425219194	0.8276129621171819	1.0	0.9929312109144078	12	O14737,Q07812,P0DP25	3
Stress granule disassembly	0.517401999268551	0.2161157318416437	0.8288975372342269	1.0	0.9929312109144078	3	P33176	1
Endothelial cell proliferation	0.2989238193018753	0.214710041514091	0.8299933931667154	1.0	0.9929312109144078	12	O75340,Q9H2J4	2
Chromosome organization involved in meiotic cell cycle	0.2927930272136351	0.2142543044339359	0.8303487503388831	1.0	0.9929312109144078	15	Q15645,P46379,Q9NTJ3,Q9BXW9,O43683,P30153	6
Locomotion	0.2498668476570709	0.2141818973475174	0.8304052123545556	1.0	0.9929312109144078	175	P04792,Q9Y624,Q9Y2I1,P04179,P04083,O14786,O15144,O95470,P61586,P11233,Q5JRA6,P33176,Q06124,P35579,P51452,O75340,P14174,Q13630,Q8WX93,Q8TEY7,Q99439,Q15555,Q01518,O60271,P31949,P35241,Q13526,Q9NQW6,Q5VTR2,O00151,O95372,P18085,Q9Y281,P55011,P35613,Q02952,O14745,Q9P258,Q92766,O75592,Q96G23,Q9Y5K6,Q9NUQ9,O43776,P27695,O95684,P11047,Q15691,P40763,P17931,Q00535,Q07812	52
Regulation of defense response	0.2377260951893595	0.2130786480706891	0.8312656185903355	1.0	0.9929312109144078	71	Q9Y5A9,Q15942,O60828,P04083,Q9BXW9,P19474,P28070,Q96J02	8
Negative regulation of cell cycle process	0.241498646989387	0.212613290628599	0.8316286040358167	1.0	0.9929312109144078	63	O43633,Q15645,Q6Y7W6,P51530,P41227,Q9BXW9,Q9Y6G9,Q9NXR7,P15927,Q92547,P43246,Q8N6R0,Q5TBB1,Q06124	14
Striated muscle cell apoptotic process	0.4197288346021561	0.2122759731783131	0.8318917389172715	1.0	0.9929312109144078	4	Q9NQ88	1
Positive regulation of b cell activation	0.3063956645864835	0.2118966722040954	0.8321876468460898	1.0	0.9929312109144078	10	P14174	1
Nephron development	0.296423033294027	0.2116521606381172	0.8323784127525364	1.0	0.9929312109144078	13	P80723	1
Membrane to membrane docking	0.5143247254089134	0.2097600735762481	0.8338549364270371	1.0	0.9929312109144078	3	P15311	1
Fructose 1 6 bisphosphate metabolic process	0.3520769974497811	0.2085878049374971	0.8347700314242641	1.0	0.9929312109144078	6	Q9NQ88	1
Cellular response to dsrna	0.3117313017897091	0.2076917658438894	0.8354696473965642	1.0	0.9929312109144078	9	P41440	1
Striated muscle cell differentiation	0.259105654350651	0.2066811272051928	0.8362588974699041	1.0	0.9929312109144078	37	P35579,Q9NYL9,P11413,Q9Y281,O60271,P41440,Q9H4M9,P67809,P17655,Q9H7B4,P35609,Q15014	12
Negative regulation of retinoic acid receptor signaling pathway	0.5265739983646873	0.2065471964735601	0.8363635019811124	1.0	0.9929312109144078	2	A5YKK6	1
Trophoblast cell migration	0.5265739983646869	0.2065471964735592	0.8363635019811131	1.0	0.9929312109144078	2	Q07021	1
Regulation of dendritic cell chemotaxis	0.5265739983646869	0.2065471964735592	0.8363635019811131	1.0	0.9929312109144078	2	Q07021	1
Import across plasma membrane	0.2975805479310398	0.2063134256452513	0.8365460919766623	1.0	0.9929312109144078	11	P41440	1
Protein heterotetramerization	0.3403605101046121	0.2056477761741084	0.837066055071755	1.0	0.9929312109144078	7	Q8N684,P31350,Q16630	3
Microtubule cytoskeleton organization	0.2254959945406485	0.2054292831193924	0.83723674349867	1.0	0.9929312109144078	118	O43633,Q15018,Q96PK6,Q86Y56,Q14203,Q9P287,Q9HC35,Q9NVM9,P16949,Q9Y6G9,Q9Y3A5,P61586,O43264,P35579,Q8TEY7,Q15555,Q8WUM4,Q8IWJ2,Q13526,Q15257,Q14974,O43237,Q02790,P14635,P52732,P15311,P06493,P43487,Q9UNZ2,Q9BTW9,Q9Y266,Q9BUF5,P68371,Q7Z460,Q8NI77,Q96S59,Q8N3U4,O95684,Q15813,Q15691,O14530,P04406,Q00535,O75312,P30153	45
Sensory organ development	0.2519417216336539	0.2047879261561211	0.8377378206320043	1.0	0.9929312109144078	44	P11047,Q9BW83,Q92688,P40763,Q15042,Q99471,O14745,Q06124	8
Regulation of response to stress	0.2537297732595007	0.2022060262488418	0.8397556621759894	1.0	0.9929312109144078	197	P04792,Q9UJ14,O60828,P04179,P04083,Q9NXR7,P19474,Q99873,Q04637,Q06124,P14174,Q9NRR5,P28070,O43324,Q15014,P55145,P16989,Q13247,P25685,Q9NQ88,Q92766,Q96G23,Q5TBB1,Q9Y5A9,P35637,Q15942,Q04323,Q9BXW9,P15927,Q96J02	30
Cellular response to ionizing radiation	0.270378446786521	0.1992133882850487	0.8420958269812939	1.0	0.9929312109144078	20	P62993,Q9NXR7,Q9H1E3	3
Positive regulation of rna splicing	0.2701491971927919	0.1984674703892634	0.842679333370695	1.0	0.9929312109144078	21	Q96EP5,P38159,Q9Y2W1,P98179,Q14011,O75312	6
Regulation of actomyosin structure organization	0.2857314255765933	0.1983196903539989	0.8427949469665013	1.0	0.9929312109144078	16	Q9Y624,P16949,O14786,P60953,P61586	5
Regulation of brown fat cell differentiation	0.4135010557615911	0.1980933440637032	0.8429720323162073	1.0	0.9929312109144078	4	Q9C0B1	1
Regulation of autophagy	0.2356789753078382	0.1980440223267754	0.8430106209565229	1.0	0.9929312109144078	66	P21281,Q8TEY7,P04792,P07384,Q9Y5X3,P19474,P40763,Q9NRR5,Q15042,Q9NQ88,Q04637	11
Regulation of gtpase activity	0.2525218134676804	0.1977515123834682	0.8432394844073423	1.0	0.9929312109144078	40	Q15555,O60343,Q9Y624,P35241,Q9P258,P16949,Q13526,Q15042,Q8TC07	9
Microtubule based movement	0.2464933199646976	0.197556656713907	0.8433919492768587	1.0	0.9929312109144078	56	P52732,Q13409,P04792,Q14203,Q9BW83,Q9Y6G9,O14745	7
Regulation of cytokinesis	0.2785151941221918	0.1973255369486889	0.8435727966064062	1.0	0.9929312109144078	18	Q13526,P61586	2
Regulation of cardiac muscle contraction	0.3015404764443478	0.1969547410934171	0.8438629553545127	1.0	0.9929312109144078	10	P28161,P0DP25	2
Negative regulation of cysteine type endopeptidase activity	0.2850219666323323	0.195733688837797	0.8448186145246026	1.0	0.9929312109144078	16	Q9NVX2,P61201,Q15392,P20810,Q15418	5
Regulation of cytosolic calcium ion concentration	0.2817396479811649	0.1956132005616419	0.8449129273374041	1.0	0.9929312109144078	17	P27695,P30626,P0DP25,Q00535,P28161	5
Response to thyroid hormone	0.346284528366558	0.1935729796477723	0.8465102571024385	1.0	0.9929312109144078	6	Q9Y376,P48506	2
Limbic system development	0.2842232327634327	0.1928397684490856	0.8470844572725054	1.0	0.9929312109144078	16	P27695,Q07812,Q00535,Q15042,A0AVT1	5
Focal adhesion assembly	0.2806421525794683	0.1914755270272902	0.8481530524109715	1.0	0.9929312109144078	17	P51452,Q14247,P12814,P18206,O14786,P61586,Q9P258,P35609	8
Response to heat	0.2619894886593769	0.1910142463523269	0.8485144316868811	1.0	0.9929312109144078	32	O75340,P48506,Q9UI10,Q9NR50,P25685,P54652	6
Presynaptic endocytosis	0.2992905590154562	0.1902100649164689	0.8491445244393314	1.0	0.9929312109144078	10	P0DP25,Q00535	2
Acidic amino acid transport	0.3200032194257679	0.1899320074601265	0.8493624106407556	1.0	0.9929312109144078	8	Q15042,O14745	2
Signal transduction in absence of ligand	0.299042535950598	0.1894735846668184	0.8497216564829364	1.0	0.9929312109144078	10	Q86WB0,Q07812	2
Imp biosynthetic process	0.3196721311475475	0.1890296603786185	0.8500695702234438	1.0	0.9929312109144078	8	P22102,P07741,P00492,P22234,Q06203,O15067,P30566	7
Cell cycle checkpoint signaling	0.2489384861278347	0.1890197879861506	0.8500773077780568	1.0	0.9929312109144078	49	Q15645,Q6Y7W6,P51530,Q9BXW9,Q9Y6G9,Q9NXR7,P15927,Q92547,P43246,Q5TBB1,Q06124	11
Regulation of developmental growth	0.2523925670379959	0.1853730228756613	0.8529364663303975	1.0	0.9940539022219136	39	P15311,P50570,P11413,P16989,O60271,P80723,P78344,Q8N0X7,O14786,Q9C0B1,P40763,Q00535,O95470,P11802,Q14353	15
Pyrimidine nucleoside diphosphate biosynthetic process	0.3654355796299262	0.1827640440227996	0.8549831620763506	1.0	0.9940539022219136	5	Q05682,P11172	2
Pyrimidine nucleoside diphosphate metabolic process	0.3654355796299262	0.1827640440227996	0.8549831620763506	1.0	0.9940539022219136	5	Q05682,P11172	2
Intra golgi vesicle mediated transport	0.2888456187139706	0.1819341884618375	0.8556343737117962	1.0	0.9940539022219136	12	P35606,Q9UBF2,Q9Y678,P53618,P83436,P61923,P53621	7
Negative regulation of nucleobase containing compound metabolic process	0.2547778421800121	0.1801867128266479	0.8570059893366744	1.0	0.9949536724211532	234	Q96T37,P80723,P48506,Q15637,P98175,Q8WXF0,Q9H3P2,Q14011,Q7L2J0,Q99471,P43246,Q01105,Q13363,Q9Y2K7,Q9H814,Q8WX92,Q12872,Q9NRR5,Q6PD62,Q9UPY3,Q9H9B1,P16989,P41440,P53999,Q13247,P51858,Q99816,Q8NB78,P25685,Q9NQ88,Q92766,P17096,P27695,P35637,Q13148,O00273,Q8WXI9,P40763,Q00535,O14744,O95104,Q92804,Q8N6R0	43
Positive regulation of nucleocytoplasmic transport	0.2656150545395278	0.1794912591478034	0.8575519800709064	1.0	0.995029483602453	22	Q16630,P06493,Q13148,Q92688,Q13263,O75312,O00410,Q07666	8
Membrane organization	0.2434582832371679	0.177641628786623	0.8590044294180499	1.0	0.9958334866516888	164	O43633,Q9NPA0,Q92734,Q9H3K2,Q9UQB8,Q14203,P04083,P61586,Q15075,Q5JRA6,Q8NFQ8,O75340,O60343,Q15392,Q00169,Q8IWA4,Q9Y2U8,P41440,Q9UNZ2,O14745,Q9BVK6,Q9ULX6,P49354,P0DP25,Q15436	25
Nucleotide excision repair	0.2844732936315178	0.1776367920052571	0.8590082281993139	1.0	0.9958334866516888	14	P09884,Q07864,P15927,P54727	4
Mitotic g2 dna damage checkpoint signaling	0.2873103082344294	0.1771642676540497	0.8593793619259835	1.0	0.9958334866516888	12	Q9NXR7	1
Negative regulation of cyclin dependent protein serine threonine kinase activity	0.4970974516602529	0.1761822145092882	0.8601507929919558	1.0	0.9958334866516888	3	O95373	1
Negative regulation of transcription by rna polymerase ii	0.223300959492819	0.1757505325757534	0.8604899338764835	1.0	0.9958334866516888	111	Q9UPN9,P67809,Q9UHI6,P98175,Q7L2J0,O00267,Q13363,P09429,Q92785,Q4G0J3,Q96MG7,P61201,Q9UPY3,Q6PD62,Q9Y3F4,P15311,Q9H9B1,P16989,P41440,Q99816,P51858,Q8NB78,P49591,P63104,P25685,Q6P1J9,Q92766,O14776,O95983,Q9UNF1,Q13547,Q96T88,Q8WXI9,P40763,Q13263,O95104,P22626,Q8N6R0,Q07666	39
Negative regulation of carbohydrate metabolic process	0.3132121830951216	0.1718580336093256	0.8635491399521307	1.0	0.997886147953616	8	P40763	1
Synaptic vesicle priming	0.4944785276073717	0.1713787682353107	0.8639259482864095	1.0	0.9980807925701224	3	O95721,P54920	2
Response to vitamin	0.2988519444683539	0.1711533542673985	0.8641031841100157	1.0	0.9980807925701224	9	P50747,Q96C86,Q14258,P04179	4
Negative regulation of biosynthetic process	0.2523316610891246	0.170228657099336	0.8648303155079118	1.0	0.9984376760186154	257	P02656,Q8WXF1,Q92945,Q96T37,P60228,Q9UPN9,P80723,P48506,P00374,Q15637,P98175,Q9H3P2,Q14011,Q7L2J0,Q99471,P61586,Q04637,Q9Y2L1,Q92600,Q01105,Q13363,Q9Y2K7,P26196,P34896,P31949,P56537,Q8WX92,Q6PD62,Q9UPY3,P15311,Q9H9B1,P16989,P41440,Q99816,P51116,P51858,P61978,Q8NB78,Q92900,Q9C0B1,P25685,P05198,Q6Y7W6,O60678,Q92766,O95983,P17096,Q9Y5A9,P27695,Q13148,Q96T88,Q7Z7L1,Q8WXI9,P04406,Q8N6R0,P40763,Q00535,Q13263,O14744,O95104,Q969T7,Q07666	62
Response to dopamine	0.2848383011295894	0.1696106745718379	0.8653163270971982	1.0	0.9986025358686406	12	O14744,O14745	2
Midbody abscission	0.3261099079500882	0.168615925321698	0.8660987533314812	1.0	0.9986025358686406	7	O43633,Q9UN37	2
Mitochondrial fusion	0.2850622729020063	0.1677852140524284	0.8667522550667055	1.0	0.9987186751312874	11	Q9NWX6	1
Dna damage response signal transduction by p53 class mediator	0.2827565560607838	0.1669635124600961	0.8673987587102909	1.0	0.9987186751312874	13	P14174,O43324	2
Response to type i interferon	0.2827206422010342	0.1668525411031822	0.8674860762734564	1.0	0.9987186751312874	13	Q9Y5A9	1
Tail anchored membrane protein insertion into er membrane	0.3108337385437126	0.1657458977250946	0.8683569244146261	1.0	0.9991543133342422	8	P46379,Q9NPA0	2
Negative regulation of organelle assembly	0.3106557377049224	0.1652930609383023	0.8687133202664872	1.0	0.9991543133342422	8	P50395,Q96PK6,P27816,P38398,Q8WVM8,P50570,O75396	7
Hormone transport	0.2597207692009733	0.1650028497926396	0.8689417389935707	1.0	0.9991543133342422	26	O43768,P30626,P04083,O95563,Q06124	5
Muscle system process	0.245768273252615	0.1649406047611646	0.8689907320963353	1.0	0.9991543133342422	43	P28161,Q9NYL9,P11413,P30626,P0DP25,P61586,Q14353,P35609	8
Tor signaling	0.2825318925915157	0.1627049071615513	0.8707507831237273	1.0	0.999697238528073	12	O75340,Q96B36	2
Hematopoietic stem cell homeostasis	0.3957180329906909	0.1605510501726626	0.8724470109173388	1.0	1.0	4	Q14157	1
Regulation of protein containing complex disassembly	0.2562841393220116	0.1605368461043196	0.8724581990081741	1.0	1.0	32	Q8N543,Q9NYL9,Q9Y281,P35241,Q9NRR5,O95104,P35609	7
Positive regulation of transcription elongation from rna polymerase ii promoter	0.3222185826084386	0.1591510160955912	0.8735498953600898	1.0	1.0	7	Q9NYV4,Q6P1J9,O14776	3
Protein insertion into er membrane	0.288351107465144	0.1590756885851499	0.8736092420015216	1.0	1.0	10	Q9NPA0,O43765,Q96A33,Q15006,P61619,P46379,Q8N766,O43681,O43402	9
Mitotic g2 m transition checkpoint	0.279867768603238	0.1581480378737944	0.8743401481211137	1.0	1.0	13	Q9NXR7	1
Regulation of protein dephosphorylation	0.2602673497131846	0.1566548049650288	0.875516907604136	1.0	1.0	22	Q13526,P17931,P0DP25,Q15257	4
Chromosome organization	0.2465183524348742	0.1565092541271008	0.8756316253935954	1.0	1.0	282	O43633,Q8TEX9,Q96T37,Q9UQ84,P41227,P51530,P04083,Q9NXR7,Q9Y6G9,Q9UJX4,Q99733,Q9H7B4,P43246,Q01105,Q13363,Q15645,Q9H4L7,Q9Y2K7,Q9BRT9,Q6PD62,P54652,O14646,O15047,P49321,Q9H1E3,Q9H9B1,P61964,P41440,Q8NB78,Q92688,O95831,P46063,P17096,P49750,Q9ULX6,Q9BXW9,Q9UJX2,O14744,O15347,P15927	40
Actin nucleation	0.2872644255569049	0.1561356866998729	0.8759260693842994	1.0	1.0	10	Q9Y2A7,O15143,O15144,P59998,Q92747	5
Arp2 3 complex mediated actin nucleation	0.2872644255569049	0.1561356866998729	0.8759260693842994	1.0	1.0	10	Q9Y2A7,O15143,O15144,P59998,Q92747	5
Positive regulation of peptidase activity	0.2547326961542064	0.15604199769503	0.8759999172879338	1.0	1.0	33	O75340,Q96A26,Q92688,O95831,O14737,P40763,P61586	7
Process utilizing autophagic mechanism	0.2230419940489166	0.1560171228412993	0.8760195244211249	1.0	1.0	109	Q9NT62,O43633,P04792,P19474,Q04637,Q8TEY7,Q9Y3C8,Q9Y5X3,Q9NRR5,Q9UNZ2,Q99816,P07384,Q15042,Q9NQ88,P21281,P27695,P20339,P40763,Q96AX1	19
Mitotic cell cycle process	0.250778012832625	0.1557914104958739	0.8761974413866809	1.0	1.0	202	O43633,Q9NYL9,Q15018,Q07666,Q16763,Q14203,P41227,Q9P287,P51530,P04083,O43660,P16949,Q9NXR7,Q9Y3A5,Q9Y6G9,Q9UJX4,Q7L2J0,P61586,Q92547,O43683,O43264,Q04637,P43246,P31350,P30260,Q15645,P33991,O43768,Q8WUM4,P35241,Q15021,Q13526,Q9BY42,Q9NQW6,Q9UL46,Q15257,Q9GZZ1,P54652,Q14974,P06730,P49321,P14635,P52732,P06493,P43487,Q9UNZ2,Q07864,Q9NTJ3,Q86XL3,P15927,P33993,Q9Y266,P60953,P50570,P35580,Q6Y7W6,Q9P258,P09884,Q93034,Q5TBB1,Q6DKK2,P27695,Q8N3U4,Q9UN37,Q15813,Q9ULX6,Q7Z7L1,Q9BXW9,Q9UJX2,P0DP25,Q00535,O14744,P11802,O75312,Q06323,P30153	76
Virion assembly	0.2871250892105478	0.1557607356035926	0.8762216212461627	1.0	1.0	10	P26196,O43633,Q99816	3
Nucleoside diphosphate metabolic process	0.2486217044788858	0.1532087367770193	0.8782336680640348	1.0	1.0	38	P30085,P31350,Q05682,P00338,P56537,Q9UDY2,P04406,P11172,P17858,P40763,P18669,Q9NQ88,P54619,P36871	14
Positive regulation of mrna 3 end processing	0.3520261972984048	0.1530103183309059	0.8783901382594059	1.0	1.0	5	Q9H2U1,Q8N7H5,O43809,Q6P1J9	4
Xmp metabolic process	0.3195411716509584	0.1528031072545906	0.8785535472789836	1.0	1.0	7	P22102,P12268,P22234,Q06203,O15067,P30566	6
De novo amp biosynthetic process	0.3195411716509561	0.1528031072545853	0.8785535472789878	1.0	1.0	7	P22102,P30520,P22234,Q06203,O15067,P30566	6
Negative regulation of cell death	0.2438153332894203	0.1527285541887413	0.878612341943585	1.0	1.0	172	O43633,Q9H3K2,Q9BZZ5,P04792,P04179,P04083,Q9NXR7,P61586,Q04637,P43246,Q01105,Q5VZE5,P14174,Q86WB0,Q15392,P16989,Q13247,P51858,O00273,Q9UMX5,Q9BXJ9,Q96J02	22
Positive regulation of cell cycle process	0.2323063722401122	0.1519446221099571	0.8792306135087009	1.0	1.0	64	Q9NYL9,O43660,P04083,Q9Y6G9,Q9UJX4,Q7L2J0,Q04637,P61586,P31350,P30260,P35241,P54652,P14635,P43487,Q9UNZ2,P39748,Q6ZWJ1,Q9P258,P27695,Q9UJX2,P11802	21
Epidermis development	0.2466320830420388	0.1506650003602319	0.8802399836703176	1.0	1.0	39	Q13247,Q8WX93,O60568,P04083	4
Regulation of protein export from nucleus	0.2781564745657535	0.1499843041306624	0.8807769986661607	1.0	1.0	12	Q92688,Q06124	2
Regulation of attachment of spindle microtubules to kinetochore	0.3501305784036531	0.1490377252393988	0.8815238649439605	1.0	1.0	5	P14635,Q9P258	2
Regulation of release of cytochrome c from mitochondria	0.284318694351416	0.1483069429434258	0.8821005362781726	1.0	1.0	10	Q96A26,O14737,Q9H3K2	3
Animal organ morphogenesis	0.2294884015653976	0.1469379353104289	0.8831810088377385	1.0	1.0	71	Q96T37,Q13247,P80723,P11047,P35613,Q9BXW9,O60568,P40763,O14745,P61586,Q14353,O75592	12
Vesicle fusion to plasma membrane	0.4942763695830038	0.1450698443521729	0.8846557271083939	1.0	1.0	2	O95721	1
Dna dependent dna replication maintenance of fidelity	0.276780161500019	0.1444301869671491	0.88516078095183	1.0	1.0	11	Q9H1E3,P51530,Q7Z7L1	3
Positive regulation of cell development	0.242452846518053	0.144304398732482	0.8852601049787647	1.0	1.0	43	O94874,P31150,Q9UQB8,Q9Y624,P60953,P27695,O14744,Q13547,P78344,O14786,O15144,Q14444,P55209,P50570,Q9UPY3,Q92766	16
Positive regulation of response to dna damage stimulus	0.2516532624902989	0.1441226252736236	0.8854036388519897	1.0	1.0	34	P51116,Q7Z4V5,P35637,Q9NXR7,Q9NQ88,O43324,Q15014	7
Regulation of transporter activity	0.2530373660012494	0.1438898300221202	0.8855874665815517	1.0	1.0	32	P27695,Q9Y376,P30626,P07384,P0DP25,Q00535,O14745,P54652,P28161,P35609	10
Telomere maintenance	0.23942371451666	0.1435662663199269	0.8858429802173551	1.0	1.0	55	Q9UQ84,P41440	2
Ribonucleoprotein complex subunit organization	0.2174476732884522	0.1434555737608703	0.8859303952770055	1.0	1.0	114	Q9Y312,Q9H7B2,Q15428,Q13247,Q7Z478,P56537,Q99590,Q15637,P23588,Q8N684,Q12872,Q8WXF0,O14744,Q9UPY3,Q16637,P55010	16
Trna modification	0.2603553615033647	0.1425046759916646	0.8866813861593139	1.0	1.0	19	O75648,Q9NWX6,Q9BV44,P57081	4
Regulation of blood circulation	0.2565155355258048	0.1415224019715661	0.8874572639314442	1.0	1.0	21	P61586,P28161	2
Regulation of cell substrate junction organization	0.2704224289333199	0.1392641574375222	0.8892414120542151	1.0	1.0	15	P51452,Q15555,O14786,P61586,Q9P258	5
Antimicrobial humoral response	0.3227184753191652	0.1384428608308576	0.8898904250821527	1.0	1.0	6	P04406,P05204	2
Regulation of immune system process	0.2359523879544987	0.1383758912630325	0.8899433496882387	1.0	1.0	153	Q96T37,O60828,P04083,P19474,Q99873,P61586,P43246,Q5JRA6,Q06124,P14174,P28070,Q6PD62,P41440,Q9NUQ9,Q9Y5A9,Q9NR50,Q9BXW9,P40763,O15347,Q96J02	20
Cytosolic transport	0.2415009773115096	0.1380516610917695	0.8901995887356688	1.0	1.0	47	Q14203,O60749,Q99570,Q9P2R3,Q13596,Q15075,P33176,P42566,O60271,P40616,P35241,Q8IWJ2,Q9Y5X3,Q96QK1,P15311,P49257,O43747,P20339,Q9BVK6	19
Positive regulation of myeloid cell differentiation	0.2729221678376559	0.1378797845574599	0.8903354273838666	1.0	1.0	13	P40763,Q99873	2
Protein quality control for misfolded or incompletely synthesized proteins	0.2741075092326586	0.1372654383115126	0.8908209880363989	1.0	1.0	11	P36776,Q96TA2,P46379,P55072,Q92890,Q9NYU2,Q13618,Q9BUN8,Q16740,Q9UNE7	10
Activation of phospholipase d activity	0.4744142842731018	0.1372484748869081	0.8908343959948335	1.0	1.0	3	P40616	1
Purine nucleoside monophosphate catabolic process	0.474028629856857	0.1366388504360152	0.8913162662810454	1.0	1.0	3	P49902,P00491	2
Ribonucleoside monophosphate catabolic process	0.474028629856857	0.1366388504360152	0.8913162662810454	1.0	1.0	3	P49902,P00491	2
Muscle cell differentiation	0.2392396672303469	0.1350662347287941	0.8925595062847573	1.0	1.0	53	P35579,Q9NYL9,P11413,Q9Y281,O60271,Q96PU8,P41440,Q9H4M9,Q7Z4V5,P67809,P04179,P17655,Q9H7B4,P35609,Q15014	15
Response to calcium ion	0.2580635345592335	0.1342420553553323	0.8932111714909656	1.0	1.0	19	O75340,Q99829,P31150,Q9UBV8,P0DP25,P50995	6
Regulation of multicellular organism growth	0.2722806065044343	0.133694212019867	0.8936443822134106	1.0	1.0	12	P15311,P40763,Q9C0B1,P11802,Q14353	5
Negative regulation of protein containing complex disassembly	0.2576678472605345	0.1328347703929283	0.8943240552215932	1.0	1.0	19	Q9NYL9,Q9NRR5,O95104	3
Regulation of bicellular tight junction assembly	0.3410407184777918	0.1308022202409162	0.89593176659023	1.0	1.0	5	Q9Y624	1
Intrinsic apoptotic signaling pathway in response to dna damage	0.2535654553468512	0.1301335059053474	0.8964608016282938	1.0	1.0	21	P14174	1
Reproduction	0.2448290701066565	0.13009012794631	0.8964951205055687	1.0	1.0	183	Q96T37,O75874,Q9UQ84,P80723,P04083,Q15637,Q9BQE5,P43246,Q06124,Q15645,P62993,Q15392,Q9BW83,P54727,P54652,O75718,Q14353,Q02790,P16989,P41440,Q8NB78,P35613,Q9UIQ6,O75592,Q9Y5A9,Q6P6C2,Q9BXW9,P40763,Q14157,O60684	30
Regulation of response to dna damage stimulus	0.2289542465747175	0.1278965735527403	0.8982308226866911	1.0	1.0	64	Q9H993,P14174,Q9UNS2,P51116,P61978,Q7Z4V5,P35637,Q9NXR7,Q9NRR5,P15927,Q9NQ88,O43324,Q5TBB1,Q15014	14
Central nervous system neuron differentiation	0.2695458790671436	0.1264256541263871	0.8993949960195369	1.0	1.0	12	Q6Y7W6,O75592	2
Trachea development	0.3772504091652988	0.1263106770604369	0.8994860048802391	1.0	1.0	4	P27361,Q02750,P35222	3
Trachea formation	0.3772504091652988	0.1263106770604369	0.8994860048802391	1.0	1.0	4	P27361,Q02750,P35222	3
Trachea morphogenesis	0.3772504091652988	0.1263106770604369	0.8994860048802391	1.0	1.0	4	P27361,Q02750,P35222	3
Positive regulation of tyrosine phosphorylation of stat protein	0.4824202780049175	0.1259707813567591	0.8997550533955077	1.0	1.0	2	P22059	1
Positive regulation of dna demethylation	0.4820114472608455	0.1253452167535248	0.900250256639423	1.0	1.0	2	Q93008	1
Transforming growth factor beta receptor signaling pathway	0.2517726391726873	0.123379496592744	0.9018065923630658	1.0	1.0	21	Q13526,P49354,P40763,Q15942	4
Regulation of dephosphorylation	0.2504249887838294	0.123214647850721	0.9019371266465144	1.0	1.0	26	Q13526,P17931,P0DP25,Q15257	4
Dna replication dependent chromatin organization	0.3146251116365627	0.1217794318960408	0.9030737036641284	1.0	1.0	6	Q8TEX9	1
Establishment of protein localization to membrane	0.2320671544801363	0.1203727544926147	0.904187873212855	1.0	1.0	60	Q9NT62,O76094,Q15904,P0DP25,Q15042,Q9UHB9	6
Sodium ion homeostasis	0.3343776166923842	0.1182948991838014	0.9058339988846223	1.0	1.0	5	Q9Y5X3	1
Positive regulation of protein targeting to membrane	0.3340155546459283	0.1176361566595648	0.9063559549654624	1.0	1.0	5	Q9Y4C2,Q00535,Q9UHD1,Q12955	4
Response to ischemia	0.2768838977399432	0.1172758173805676	0.9066414877106984	1.0	1.0	9	O95831	1
Oligodendrocyte differentiation	0.256125939248664	0.1168783256003773	0.9069564740830902	1.0	1.0	18	Q9NR50,Q9UI10,O14744	3
Regulation of cell cycle process	0.2353926452504861	0.1158832225647992	0.9077450925586787	1.0	1.0	157	O43633,Q9NYL9,Q14203,P41227,P51530,P04083,O43660,Q9NXR7,Q9Y6G9,Q9UJX4,Q08J23,Q7L2J0,P61586,Q92547,Q04637,P43246,Q06124,Q15645,P35241,Q13526,Q9NQW6,P54652,P52732,Q9UNZ2,Q6Y7W6,Q9P258,Q5TBB1,Q9Y5A9,P27695,Q9BXW9,Q9UJX2,P0DP25,O14744,P11802,Q8N6R0,P15927	36
Protein localization to cell cortex	0.3327875562832594	0.1154179480591838	0.9081138535357648	1.0	1.0	5	P53350,P15311,Q14980,P11171	4
V d j recombination	0.3707037643207864	0.1153473842641149	0.908169781765817	1.0	1.0	4	P09429,P78527,P49916	3
Cell division	0.232983750186781	0.1153159373857022	0.9081947064257958	1.0	1.0	151	O43633,Q15018,Q16763,Q14203,P67809,Q9HC35,Q99570,Q9NVM9,P16949,Q9NXR7,Q9Y6G9,Q9UJX4,P23396,Q15149,Q08J23,P61586,O43264,O43683,P11233,O43684,P50995,P35579,Q86WB0,P30260,Q15555,O43768,Q8WUM4,Q15021,Q29RF7,Q13526,Q9NQW6,Q8WWK9,Q92599,Q93008,P14635,P52732,P06493,P61964,P12270,Q99816,O75935,P11171,Q86XL3,O95347,Q9NTJ3,Q9Y266,P60953,P35580,Q9P258,Q7Z460,Q9Y5K6,Q6DKK2,Q9NVA2,Q9Y5A9,Q8N3U4,Q96CT7,Q9UN37,Q9UHD8,Q15691,Q8NFH4,Q9UJX2,P06400,P0DP25,Q8N0X7,Q00535,P11802,P61026	67
Positive regulation of mitochondrial outer membrane permeabilization involved in apoptotic signaling pathway	0.4596132014351995	0.1151033034285664	0.9083632415522138	1.0	1.0	3	Q9UII2	1
Positive regulation of kinase activity	0.2376652169399006	0.1147548989027674	0.908639398271578	1.0	1.0	47	Q99627,P14174,Q9Y376,Q96A49,P0DP25,Q9NQ88,P61586	7
Centromere complex assembly	0.3703055919413865	0.1147004190642368	0.9086825817564432	1.0	1.0	4	P49321	1
Regulation of cell matrix adhesion	0.255404885281952	0.1145721067160698	0.9087842897014264	1.0	1.0	18	P61586	1
10 formyltetrahydrofolate metabolic process	0.457627295468233	0.1123267069387857	0.9105643667265044	1.0	1.0	3	Q9NRN7	1
Modulation by host of symbiont process	0.2568828125657262	0.1112496468015062	0.9114183834829684	1.0	1.0	17	Q13148,Q9H1E3,O14646	3
Viral process	0.2153743292147188	0.1110824482866365	0.9115509668349752	1.0	1.0	116	O43633,P61009,Q9Y624,P19474,Q99873,Q12824,Q15075,Q13363,P42566,O43719,P26196,P56537,Q9Y262,Q13325,O14646,Q9H1E3,Q99816,P55884,P35613,P20339,Q13148,Q96J02,O60684	23
Positive regulation of posttranscriptional gene silencing	0.2635007707983799	0.1110702454551263	0.911560643406776	1.0	1.0	12	Q04637,P40763	2
Meiotic sister chromatid cohesion centromeric	0.4566768403094899	0.1110140182148661	0.911605230517111	1.0	1.0	3	P30153	1
Meiosis ii cell cycle process	0.4566768403094899	0.1110140182148661	0.911605230517111	1.0	1.0	3	P30153	1
Fear response	0.4565662697827276	0.1108619871388408	0.9117257896031914	1.0	1.0	3	Q04637	1
Response to transforming growth factor beta	0.2473640091780165	0.1102952432730971	0.9121752295678978	1.0	1.0	26	Q9Y2U8,Q15942,Q13526,P49354,P40763	5
Physiological cardiac muscle hypertrophy	0.454806913616358	0.1084619581457256	0.9136292554490336	1.0	1.0	3	P11413	1
Cell communication by electrical coupling	0.2979854782418696	0.1066611985400665	0.9150577660250808	1.0	1.0	7	P0DP25	1
Negative regulation of canonical wnt signaling pathway	0.2611232924475208	0.1053007533119727	0.916137165243643	1.0	1.0	12	O14745	1
Golgi vesicle transport	0.2259322254596328	0.1048547190490653	0.9164910897903672	1.0	1.0	92	O75340,P35606,Q92734,Q8TAG9,P40616,Q9BVK6,O00471,Q15436,Q5JRA6	9
Positive regulation of striated muscle cell apoptotic process	0.4519254030295607	0.104608304814631	0.9166866245768692	1.0	1.0	3	Q9NQ88	1
Positive regulation of intracellular protein transport	0.2410243886858446	0.1046003637541141	0.9166929260563664	1.0	1.0	37	Q9Y4C2,P06493,P30419,P17612,P12270,P60953,Q7Z6Z7,Q13148,Q9Y282,Q92688,O14737,Q00535,Q13263,P68036,P55786,O75312,O00410,O95071	18
Positive regulation of multicellular organismal process	0.2360411362791472	0.1033919175372276	0.9176519266401836	1.0	1.0	162	P04792,Q9UQB8,P80723,O60828,P04083,P61586,P43246,Q06124,O75340,P14174,Q9UPY3,P16989,P41440,Q02952,Q9NUQ9,Q9H2J4,P40763,O14744,Q99584,Q96J02,O60684	21
Regulation of translation in response to stress	0.2655058655521721	0.1032340739114411	0.917777197302069	1.0	1.0	10	Q04637,P05198	2
Scarna localization to cajal body	0.3629296235679201	0.1031255529114199	0.917863324849979	1.0	1.0	4	P17987,O60832,P78371	3
Regulation of helicase activity	0.2957683848902863	0.1024207028947645	0.9184227515485645	1.0	1.0	7	P43246,P52701	2
Viral translation	0.2594589255717717	0.1023918261232348	0.9184456713824548	1.0	1.0	13	P55884,P56537	2
Mesoderm development	0.2697826978269855	0.1021985909699026	0.9185990461441456	1.0	1.0	9	P06744,P17612,P10644,Q12948,Q16881,P63173,Q8WUM0,Q9Y2G5	8
Regulation of protein secretion	0.2443505556087335	0.1019480681396116	0.9187978958351466	1.0	1.0	32	P15311,O43768,P55011,P30626,Q96KC8,O95563,P17858,Q6ZWJ1,Q9Y5K6,O75592,Q06124	11
Vesicle uncoating	0.3619745084443047	0.1016834320762623	0.9190079532625616	1.0	1.0	4	Q9UN37	1
Protein exit from endoplasmic reticulum	0.2554058951808469	0.1013738770087935	0.9192536727547888	1.0	1.0	16	Q9BUN8,Q9BVK6,Q8IWJ2	3
Viral release from host cell	0.2590874157106366	0.1004814803551122	0.9199620849558052	1.0	1.0	12	Q99816,O43633,Q14258	3
Positive regulation of membrane depolarization	0.4486707566462211	0.1003703433752006	0.9200503134045128	1.0	1.0	3	P09874,P63244	2
Detection of abiotic stimulus	0.3018018018017988	0.0977936928291618	0.922096115771029	1.0	1.0	6	P30419,Q15555,P14923,P19022,P35222	5
Regulation of response to interferon gamma	0.4466257668711695	0.0977694360071304	0.92211537761088	1.0	1.0	3	P08238,Q15648	2
Specification of symmetry	0.3592471358428793	0.0976366412774008	0.9222208279639597	1.0	1.0	4	Q9Y673,Q10567,P35222	3
Nucleotide sugar biosynthetic process	0.2801925154115538	0.0974144918891888	0.9223972366005588	1.0	1.0	8	Q8NBZ7,Q13630	2
Cell communication by electrical coupling involved in cardiac conduction	0.3221156755151664	0.0971818711087403	0.9225819646523016	1.0	1.0	5	P0DP25	1
Positive regulation of transcription by rna polymerase i	0.2552404438964269	0.0967746759440036	0.9229053351891054	1.0	1.0	15	Q15061,Q13610,P56192,Q9H6R0,P19338,Q9H8H0,P42345,P17480,Q9UPP1,Q9H583,Q12824,Q8TED0,Q9NX58,Q8IWA0	14
Steroid hormone biosynthetic process	0.301176698048627	0.0967001800361895	0.922964496853862	1.0	1.0	6	Q9UBM7,Q15648,P56937	3
Protein insertion into er membrane by stop transfer membrane anchor sequence	0.3216837499249905	0.0964830058331008	0.9231369703343224	1.0	1.0	5	Q9NPA0	1
Exonucleolytic catabolism of deadenylated mrna	0.2665612213325752	0.0957376848916985	0.923728910136749	1.0	1.0	9	Q969T7	1
Positive regulation of sodium ion transmembrane transport	0.3005733005732967	0.0956512983898245	0.9237975217194472	1.0	1.0	6	O43707,Q12955,P54709,Q9UHD1,P50570	5
Positive regulation of sodium ion transport	0.3005733005732967	0.0956512983898245	0.9237975217194472	1.0	1.0	6	O43707,Q12955,P54709,Q9UHD1,P50570	5
Negative regulation of cell cycle phase transition	0.2312773181204482	0.0956137160076255	0.9238273713135284	1.0	1.0	56	Q15645,Q6Y7W6,P51530,Q9BXW9,Q9Y6G9,Q9NXR7,P15927,Q92547,P43246,Q8N6R0,Q5TBB1,Q06124	12
Negative regulation of proteolysis	0.231274367420033	0.0955956978350058	0.9238416821830644	1.0	1.0	56	Q9H2J4,Q15392,P35237,P19474	4
Cellular component maintenance	0.300046925205254	0.0947416434240667	0.9245200400554804	1.0	1.0	6	Q14247,Q14203	2
Spermatid differentiation	0.2553671214818332	0.0942743921776466	0.9248911913827004	1.0	1.0	14	P54652,Q08J23,Q15645,Q07812	4
Tetrahydrofolate biosynthetic process	0.3192795742939021	0.0926484703831701	0.9261828355197346	1.0	1.0	5	P22102,Q6UB35,P11586,P00374	4
Folic acid containing compound biosynthetic process	0.3192795742939021	0.0926484703831701	0.9261828355197346	1.0	1.0	5	P22102,Q6UB35,P11586,P00374	4
Golgi disassembly	0.3555646481178385	0.0923394778711257	0.9264283235328244	1.0	1.0	4	P06493,Q92538,Q08379	3
Regulation of proteolysis	0.2203613767513023	0.0906207463899562	0.9277939465230672	1.0	1.0	129	Q92530,P48506,P19474,P61586,Q9ULT8,P35579,O75340,Q15392,P20810,Q9Y4X5,Q9UL46,Q9NRR5,P54727,P61201,Q96A26,P46379,P45974,Q92688,O95831,Q96KC8,O14737,P35237,O43847,Q9H2J4,Q9NVX2,Q04323,Q9NR28,P04406,P40763,Q07812,Q00535,P46777,Q15418,Q06323,Q96J02	35
Nucleotide excision repair dna incision	0.4558462796402376	0.0897913769739254	0.9284530006884792	1.0	1.0	2	Q16658	1
Negative regulation of mitotic cell cycle phase transition	0.2387335752631801	0.0880001936530645	0.9298765222279316	1.0	1.0	36	Q92547,Q9NXR7,Q9Y6G9,Q6Y7W6,P15927	5
Positive regulation of phosphorus metabolic process	0.2191257541020551	0.0879333457244912	0.9299296531921066	1.0	1.0	104	Q99627,P54652,P14174,Q9NQ88,Q04637,P41440,Q9Y376,Q13526,Q9H223,Q96A49,P0DP25,Q00535,Q15257,Q9H7B4,P61586,Q06124	16
Protein targeting to mitochondrion	0.2410314031696594	0.0869534250975029	0.9307085332076696	1.0	1.0	32	O95831,O60830	2
Cytokine mediated signaling pathway	0.238281877242333	0.0858217681147425	0.9316081018661202	1.0	1.0	36	Q99829,Q9Y5A9,Q96T37,P40763,Q6PD62	5
Cell cycle dna replication	0.2476641545602975	0.0851222675837294	0.9321641875818982	1.0	1.0	17	P33991,P51530,P39748,Q92900,Q9BY42,P33993,P09884,O75312	8
Positive regulation of mapk cascade	0.2406044845839528	0.085067066845514	0.93220807222409	1.0	1.0	32	Q9UMX5,P14174,Q99873,Q02952	4
Dna repair	0.2239995708401634	0.0826322801314658	0.9341439332054816	1.0	1.0	138	Q9UQ84,P51530,Q9NXR7,Q92547,P43246,Q15645,Q9H4L7,Q9Y2K7,Q9BRT9,Q9NRR5,P54727,Q15014,Q9H1E3,P41440,Q9NW82,Q9C0B1,P46063,Q9NQ88,Q7Z4V5,P35637,Q9BXW9,P15927	22
Nucleobase containing small molecule metabolic process	0.2328509724767039	0.0818500042210546	0.9347659918202278	1.0	1.0	159	Q9H773,Q13630,Q9BZX2,P34896,Q9NRF8,Q9UDY2,P43490,O95563,Q9UMR5,P55263,P61586,O00178,Q969T7,P36871	14
Nadph regeneration	0.2587534247004212	0.0810551507951208	0.93539809275466	1.0	1.0	9	Q9NQ88,P11413	2
Regulation of nucleocytoplasmic transport	0.2351636477549961	0.0808924831996133	0.9355274579134752	1.0	1.0	38	Q16630,P06493,Q13148,Q92688,Q9ULX6,Q08J23,Q00535,Q13263,O75312,O00410,Q07666,Q06124	12
Vitamin d receptor signaling pathway	0.4480784955028744	0.0808865728911604	0.9355321582547194	1.0	1.0	2	Q15648	1
Regulation of vitamin d receptor signaling pathway	0.4480784955028744	0.0808865728911604	0.9355321582547194	1.0	1.0	2	Q15648	1
Negative regulation of ubiquitin protein transferase activity	0.2582721966708204	0.0801951908829792	0.9360820149639372	1.0	1.0	9	P61927	1
Negative regulation of g protein coupled receptor signaling pathway	0.3461808392617894	0.0796986790320853	0.936476910092766	1.0	1.0	4	P16949	1
Roof of mouth development	0.3461668839306971	0.0796807880683032	0.9364911397623088	1.0	1.0	4	Q92688	1
Regulation of sodium ion transport	0.2534686152513207	0.0788991450993963	0.9371128432352416	1.0	1.0	10	O14745,P50570	2
Collagen metabolic process	0.2899254577046183	0.078213221257934	0.9376584451926788	1.0	1.0	6	O60568	1
Response to gamma radiation	0.2476236081037943	0.078097405259445	0.9377505711951516	1.0	1.0	15	Q9NQ88,Q9BXW9,P04179	3
Telomere organization	0.2283014763001796	0.0778038265697368	0.9379841025163234	1.0	1.0	56	Q9UQ84,P41440	2
Response to vitamin d	0.3437195788618641	0.0765845705667903	0.9389540338041438	1.0	1.0	4	Q14258	1
Cell surface receptor signaling pathway involved in cell cell signaling	0.22999177535752	0.0765461582494884	0.9389845926956522	1.0	1.0	52	Q9UQB8,P20339,Q13526,Q15042,O14745,Q6PD62,P61586	7
Neuroblast division	0.4282208588957082	0.0764719156789556	0.93904365657407	1.0	1.0	3	P61026,Q92974	2
Asymmetric neuroblast division	0.4282208588957082	0.0764719156789556	0.93904365657407	1.0	1.0	3	P61026,Q92974	2
Dephosphorylation of rna polymerase ii c terminal domain	0.4435813573180792	0.0760619807376212	0.939369787457639	1.0	1.0	2	Q9NQG5	1
Homologous chromosome pairing at meiosis	0.2802649984345944	0.0753980221793977	0.9398980328044376	1.0	1.0	7	Q9BXW9	1
Branching involved in blood vessel morphogenesis	0.3427562797091491	0.0753882817668318	0.9399057824728604	1.0	1.0	4	Q96T37	1
Receptor internalization	0.2424804560596604	0.071685579610075	0.9428521324395736	1.0	1.0	17	P20339,P15311,P62993,P41440	4
Regulation of striated muscle contraction	0.2446179557200258	0.0704871193460446	0.9438059523226764	1.0	1.0	11	P28161,P0DP25	2
Translational termination	0.2646215947410205	0.0701705165880162	0.9440579408174192	1.0	1.0	8	Q8N543	1
Cellular response to organic cyclic compound	0.2213850914219355	0.069531318600302	0.9445667043323536	1.0	1.0	92	P28161,P41440,P04083,O95831,O14745,Q9H7B4,P61586,O14744,Q02790	9
Base excision repair gap filling	0.2759126710195962	0.068630635928796	0.9452836324080212	1.0	1.0	7	P39748,P27695	2
Actin filament depolymerization	0.2393697439316508	0.0680347582768614	0.9457579652710364	1.0	1.0	18	Q9NYL9,P35241,Q9Y281	3
Cellular response to leucine starvation	0.4192229038854835	0.0674026460068163	0.9462611627726212	1.0	1.0	3	Q92616,Q9P2J5	2
Actin filament severing	0.2825296654399382	0.0672807926684348	0.9463581674667412	1.0	1.0	6	Q9Y281	1
Positive regulation of protein polyubiquitination	0.4188139059304723	0.0670106781580773	0.9465732023689828	1.0	1.0	3	O75150,P61088	2
Ruffle organization	0.2468419301360604	0.0669897984152335	0.946589824642571	1.0	1.0	10	Q9P258,P35241	2
Regulation of cell cycle checkpoint	0.2426866747521131	0.066897833797165	0.9466630375566032	1.0	1.0	11	Q9Y6G9,P15927	2
Mrna pseudouridine synthesis	0.4337694194603526	0.0663512846731511	0.9470981538824156	1.0	1.0	2	Q9Y606	1
Negative regulation of axon extension	0.4178163538862119	0.0660619506564613	0.9473285036249328	1.0	1.0	3	Q00535	1
Maintenance of protein localization in endoplasmic reticulum	0.4333605887162794	0.0659703810265418	0.9474014065852084	1.0	1.0	2	O15258	1
Protein retention in er lumen	0.4333605887162794	0.0659703810265418	0.9474014065852084	1.0	1.0	2	O15258	1
Positive regulation of sodium ion transmembrane transporter activity	0.3004502660663132	0.0658255608785321	0.9475167057275996	1.0	1.0	5	O43707,Q9UHD1,Q12955,P50570	4
Cellular response to vitamin	0.3342880523731589	0.0654102362807282	0.9478473741617368	1.0	1.0	4	Q96C86,Q15648,Q13573	3
Srp dependent cotranslational protein targeting to membrane signal sequence recognition	0.4321340964840687	0.0648388273655895	0.948302326709751	1.0	1.0	2	P09132	1
Regulation of protein localization to chromatin	0.4317252657399967	0.06446534817464	0.9485996978486836	1.0	1.0	2	P06400	1
Response to arsenite ion	0.4317252657399945	0.0644653481746378	0.9485996978486856	1.0	1.0	2	Q9H2U1	1
Thymocyte apoptotic process	0.4155717259991336	0.0639647844709603	0.9489982672822356	1.0	1.0	3	O00273	1
Tongue development	0.4155419222903852	0.0639372872623032	0.949020162062755	1.0	1.0	3	Q92769,Q13547	2
Hair follicle placode formation	0.4155419222903852	0.0639372872623032	0.949020162062755	1.0	1.0	3	Q92769,Q13547	2
Fungiform papilla development	0.4155419222903852	0.0639372872623032	0.949020162062755	1.0	1.0	3	Q92769,Q13547	2
Fungiform papilla morphogenesis	0.4155419222903852	0.0639372872623032	0.949020162062755	1.0	1.0	3	Q92769,Q13547	2
Tongue morphogenesis	0.4155419222903852	0.0639372872623032	0.949020162062755	1.0	1.0	3	Q92769,Q13547	2
Synaptic vesicle budding	0.4151329243353797	0.0635608605826884	0.9493198974237932	1.0	1.0	3	O00203,Q13492	2
Aldehyde biosynthetic process	0.4292722812755646	0.0622630874751413	0.9503533233456852	1.0	1.0	2	P60174	1
Glutamine metabolic process	0.2408608333521119	0.0617054058967113	0.9507974348925484	1.0	1.0	13	Q05682,Q9NRF8,O15067,P17812	4
Regulation of mitochondrial membrane potential	0.2383632335185217	0.0616562222990352	0.9508366031466048	1.0	1.0	17	Q8IWA4,Q8N0X7,P48506,P04179	4
Response to isoquinoline alkaloid	0.4114519427402887	0.060249627571198	0.951956820388436	1.0	1.0	3	P63151,P06744	2
Minus end directed organelle transport along microtubule	0.4264104660670573	0.0597765465139885	0.9523336053363944	1.0	1.0	2	Q14204	1
Epithelial cell cell adhesion	0.3289689034369891	0.059628217511156	0.9524517440245795	1.0	1.0	4	P35221,P18206,P14923	3
Negative regulation of ubiquitin dependent protein catabolic process	0.2325923210697344	0.0592405459841225	0.9527605153079348	1.0	1.0	21	Q9H2J4	1
Regulation of amyloid precursor protein catabolic process	0.241829610503223	0.0586708452097357	0.953214281473998	1.0	1.0	10	Q13526,P27695	2
Homologous chromosome segregation	0.2552402799142386	0.0561388847338495	0.955231167228716	1.0	1.0	8	Q9BXW9	1
S adenosylmethionine metabolic process	0.4044989775051119	0.0543646408465881	0.9566446496914728	1.0	1.0	3	P31153,P23526	2
Positive regulation of protein k63 linked ubiquitination	0.4186426819296922	0.0534650961283929	0.9573613401098836	1.0	1.0	2	P61088	1
Regulation of response to biotic stimulus	0.2233455569170453	0.0530477586202607	0.9576938553796144	1.0	1.0	57	P14174,Q9Y5A9,O60828,P19474,Q96J02	5
Hindlimb morphogenesis	0.4153720359771165	0.0509934788455574	0.9593307169167808	1.0	1.0	2	Q15648	1
Embryonic hindlimb morphogenesis	0.4153720359771165	0.0509934788455574	0.9593307169167808	1.0	1.0	2	Q15648	1
Regulation of core promoter binding	0.4153720359771132	0.0509934788455549	0.9593307169167828	1.0	1.0	2	Q12948	1
Ectoderm development	0.4153720359771128	0.0509934788455546	0.9593307169167832	1.0	1.0	2	P13693	1
Positive regulation of hematopoietic progenitor cell differentiation	0.4000000000000021	0.0508075841966415	0.959478847369591	1.0	1.0	3	Q12948,Q9H2U1	2
Regulation of deoxyribonuclease activity	0.2871197364475037	0.0501667039128319	0.9599895445584632	1.0	1.0	5	O00273,P09429	2
Positive regulation of cell projection organization	0.2251934244353781	0.0498811195256506	0.9602171230076026	1.0	1.0	42	Q15555,Q9UQB8,Q9H4M9,Q15428,P27695,P78344,Q8NCA5,Q9NQW6,O14786,O15144,P50570,Q92766	12
Positive regulation of organelle organization	0.2110592923113541	0.0497855542333226	0.9602932784593824	1.0	1.0	120	Q9UHV9,Q9UQB8,Q14203,P04083,Q99549,O14786,O15144,Q9UJX4,P61586,P11233,P30260,Q15555,Q14247,P62993,Q8WUM4,Q15021,Q96QK1,P35609,Q96A26,Q9Y281,P49257,P39748,O14737,Q9NTJ3,Q15042,P60953,P27695,Q9BVK6,Q15691,Q9UJX2,Q07812,Q00535,Q13263,P12235,P22626	35
Negative regulation of guanyl nucleotide exchange factor activity	0.3972874927963429	0.048755751877066	0.9611139450950724	1.0	1.0	3	P16949	1
Cardiac cell development	0.2348491327971925	0.0480529336895139	0.9616740563151563	1.0	1.0	10	Q15149,P11413,P35609,Q96HC4	4
Erbb2 signaling pathway	0.3957450582624072	0.0476195971749009	0.9620194134591536	1.0	1.0	3	Q93034	1
Exocrine system development	0.2840312107236468	0.0469150888805519	0.9625809021486008	1.0	1.0	5	O14786	1
Neuroepithelial cell differentiation	0.3946830265848666	0.0468500619289885	0.96263272916071	1.0	1.0	3	P07437,Q9P287	2
Protein insertion into membrane	0.2269357495881388	0.0464829600766714	0.9629253152940932	1.0	1.0	20	Q9NPA0,P07900,P30419,Q9Y512,Q8N766,O43402,Q15006,Q8WWC4,P34932,Q96A33,P61619,P46379,Q5J8M3,O14737,Q9NS69,O43681,O43765,Q53H12,Q07812	19
Substrate dependent cell migration	0.2822803518504862	0.0451327858152051	0.9640014687382148	1.0	1.0	5	O14786,Q9Y5K6	2
Response to virus	0.2156698762156576	0.0430118742989328	0.9656920682926128	1.0	1.0	74	P04792	1
Regulation of microtubule based process	0.2244691130095912	0.0427196053387705	0.9659250510347503	1.0	1.0	48	O43633,Q15555,P27695,Q14203,Q15691,P61586,Q02790	7
Cellular response to muramyl dipeptide	0.3877300613496974	0.0420638605422634	0.9664477897670942	1.0	1.0	3	P08670,Q92974	2
Intermediate filament based process	0.2441163096450571	0.0417303015290526	0.9667136978672328	1.0	1.0	8	P07197,P58107,P08670,Q15149	4
Establishment or maintenance of cytoskeleton polarity	0.3097381342062204	0.0416980033477512	0.9667394456761846	1.0	1.0	4	Q14008,O00151,P02545	3
Negative regulation of actin filament polymerization	0.2289143113087401	0.0403641271638489	0.9678028293048636	1.0	1.0	16	Q9NYL9,Q9NUQ9	2
Positive regulation of transcription of nucleolar large rrna by rna polymerase i	0.2544039328144201	0.0402623024597736	0.9678840076735832	1.0	1.0	7	Q13610,P56192,P19338,Q9H8H0,P42345,Q12824	6
Voluntary musculoskeletal movement	0.3848670756646168	0.0402170424222637	0.9679200907334928	1.0	1.0	3	Q96QK1,P42345	2
Regulation of extrinsic apoptotic signaling pathway in absence of ligand	0.2542847717582077	0.0401278320768381	0.9679912128782504	1.0	1.0	7	P35221,Q86WB0,P30153	3
Regulation of apoptotic signaling pathway	0.2164992158865553	0.0400420130823387	0.9680596315392906	1.0	1.0	78	Q86WB0,P14174,Q9H3K2,P16989,P04792,P04179,O14745	7
Protein targeting to membrane	0.2265838757947243	0.0394430866018946	0.96853712847891	1.0	1.0	22	Q9NT62,Q9UHB9,O76094	3
Regulation of protein polyubiquitination	0.2596232596232546	0.0393090019415615	0.9686440296533336	1.0	1.0	6	P61088,Q96FW1,O00571,O75150,O95071	5
Histone h2a ubiquitination	0.2596232596232541	0.0393090019415609	0.968644029653334	1.0	1.0	6	Q13620,P63208,Q96FW1,Q16531,O95071	5
Histone h3 k9 demethylation	0.3832310838445818	0.0391933351259958	0.9687362473544554	1.0	1.0	3	Q9UPP1,Q7LBC6	2
Positive regulation of neural precursor cell proliferation	0.3832310838445777	0.0391933351259933	0.9687362473544574	1.0	1.0	3	P55209,P35222	2
Fatty acid derivative catabolic process	0.3054588578727795	0.0383091862543337	0.9694411665923316	1.0	1.0	4	O95372	1
Rescue of stalled ribosome	0.3815950920245329	0.0381922842281692	0.9695343727033308	1.0	1.0	3	Q15650,P63244	2
Intracellular protein transport	0.2433901154926695	0.03813705661981	0.9695784058795982	1.0	1.0	242	Q9NT62,Q8TEX9,P61009,P04792,Q7Z4Q2,Q92973,O76094,P20645,O60749,Q15904,Q9BUN8,O60830,Q06124,O75340,Q8TAG9,P40616,Q9BW83,Q9Y5X3,P35606,Q9H4M9,Q92688,O95831,O14737,Q9H6Z4,Q9BXS5,P83436,Q96AX1,P27695,P20339,Q13148,Q9BVK6,P40763,Q00535,O43592,P55786,Q9UHB9,Q15436,O60684	38
Positive regulation of rrna processing	0.2746623004502675	0.0378796920200984	0.9697836048471348	1.0	1.0	5	Q8TED0,Q15061,Q9UNQ2,Q8IWA0	4
Nls bearing protein import into nucleus	0.2273044853051526	0.0378061470297137	0.9698422432567988	1.0	1.0	10	O00410,Q14974,O60684	3
Telomere maintenance via semi conservative replication	0.257601636675649	0.0372480860606342	0.9702871980604392	1.0	1.0	6	P51530,Q92900	2
Regulation of transport	0.2433066967172189	0.0371483373985149	0.9703667309337378	1.0	1.0	232	Q9NT62,P02656,Q7Z3T8,O43633,P48506,P04083,Q8N6T3,O14786,Q08J23,P61586,P11233,P33176,Q06124,P14174,O43768,Q04917,Q99439,Q9Y376,O60343,P30626,P35241,Q8IWJ2,Q9Y5X3,O95563,P54652,P53680,P35609,P15311,P31689,P55011,P41440,P49257,Q9H4M9,Q99816,P61978,Q92688,P07384,Q96KC8,Q9H223,O14737,Q6ZWJ1,Q15042,Q9H3U1,P60953,O14745,P35580,P50570,O75592,Q9Y5K6,Q6IAA8,O43747,Q16630,P11413,P27695,P20339,Q13148,Q9UN37,Q9ULX6,P17858,P17931,P0DP25,Q00535,Q13263,Q07812,P55786,P28161,O75312,Q07666	68
Regulation of lamellipodium assembly	0.2240459581452545	0.0370270016680747	0.9704634762804036	1.0	1.0	11	O94813,P60953,Q16658,Q7L576,P42345,Q9Y2A7,O15144,P50570,P47756,Q12792	10
Cytoplasmic sequestering of transcription factor	0.3022877664400682	0.0359312411128469	0.971337185138956	1.0	1.0	4	P30626	1
Embryonic viscerocranium morphogenesis	0.3912510220768675	0.0358916562908675	0.9713687488978712	1.0	1.0	2	P11586	1
Embryonic neurocranium morphogenesis	0.3912510220768675	0.0358916562908675	0.9713687488978712	1.0	1.0	2	P11586	1
Positive regulation of telomere capping	0.3770961145194287	0.0355539780121911	0.9716380053251346	1.0	1.0	3	P27361,Q14103	2
Thyroid gland development	0.3770961145194259	0.0355539780121897	0.9716380053251356	1.0	1.0	3	P27361,Q02750	2
Histone h4 k20 methylation	0.3011456628477908	0.0351020211464864	0.971998389765116	1.0	1.0	4	Q13610,P38398,Q14166	3
Protein targeting	0.2162581366293266	0.0342285263302469	0.9726949191419224	1.0	1.0	81	Q9NT62,P61009,P20645,O95831,P55786,O60830	6
Positive regulation of dna ligation	0.3847097301717194	0.0326607288823049	0.973945140983052	1.0	1.0	2	P09429	1
Regulation of dna ligation	0.3847097301717194	0.0326607288823049	0.973945140983052	1.0	1.0	2	P09429	1
Replication born double strand break repair via sister chromatid exchange	0.3847097301717149	0.0326607288823026	0.9739451409830536	1.0	1.0	2	O60216	1
Lamellipodium assembly	0.2243221035332783	0.0323016514394058	0.974231492235234	1.0	1.0	14	O94813,P60953,Q16658,Q7L576,P42345,Q9Y2A7,P18206,O15144,Q9BW27,P50570,P47756,Q12792,P05556	13
Ribosome associated ubiquitin dependent protein catabolic process	0.3814390842191433	0.0311696690067621	0.9751342287821676	1.0	1.0	2	Q15650	1
Negative regulation of wnt signaling pathway	0.2228175781859092	0.0299814614385595	0.9760818381531012	1.0	1.0	14	O14745	1
Trna transport	0.2646035896646671	0.0295016585072897	0.9764644962210038	1.0	1.0	5	O43592	1
Udp glucose metabolic process	0.375306623058061	0.0285855598937975	0.9771951289146008	1.0	1.0	2	Q9NYU2	1
Response to amino acid starvation	0.2174805088223164	0.0284807568253123	0.9772787156322132	1.0	1.0	11	P27361,Q6PKG0,Q9P2J5,P49327,P42345,P28482,P05198,P19525,Q92616,Q9BY44	10
Cytoskeleton dependent cytokinesis	0.2260954600378823	0.0279307266690642	0.977717401660244	1.0	1.0	34	O43633,Q9NVA2,Q8WUM4,Q9UN37,P16949,Q9NQW6,O75935,P35580,Q15149,P61586,Q6DKK2	11
Vesicle cytoskeletal trafficking	0.2214461791290069	0.0279188121356232	0.9777269043767284	1.0	1.0	14	O43795,Q9Y2T2,O43707,Q14204,P27695,O14617,O00203,Q12756,Q9UM54,Q92572,O94832,P33176,O00159	13
Liver morphogenesis	0.3620208138292445	0.0278716025941771	0.9777645574883722	1.0	1.0	3	Q15418	1
Rab protein signal transduction	0.3728536385936318	0.0276259741032828	0.9779604652299212	1.0	1.0	2	P31150	1
Regulation of binding	0.2142801468539719	0.0263258571635956	0.9789974310216653	1.0	1.0	78	P60228,P16949,P19474,Q7L2J0,Q04637,Q9BUN8,Q8TEY7,P30626,Q86X55,Q13526,Q9H1E3,P41440,P05198,Q99829,Q15691,P0DP25,O60869,Q00535,Q07812	19
Homocysteine metabolic process	0.3583764337960964	0.0262649038141474	0.9790460479471912	1.0	1.0	3	Q13867	1
Regulation of protein k63 linked ubiquitination	0.259516987310685	0.0257563204407801	0.9794517015182436	1.0	1.0	5	Q96FW1,P61088,O95071,O00571	4
Regulation of biomineralization	0.2864157119476285	0.0256368560670058	0.9795469888325888	1.0	1.0	4	Q9NUQ3,Q13464,P20020	3
Regulation of mitotic sister chromatid segregation	0.2201743379922441	0.025185001256328	0.9799074004262625	1.0	1.0	15	P14635,Q15645,P12270,Q9Y6G9,O43264,O43683,O43684	7
Regulation of nadp metabolic process	0.2844046217042233	0.0245128580987013	0.980443527517728	1.0	1.0	4	Q9NQ88	1
Viral genome replication	0.2205393297028202	0.0243821135874755	0.9805478153745528	1.0	1.0	45	Q13363,Q9H1E3,P20339,Q13325,Q15075	5
Positive regulation of attachment of spindle microtubules to kinetochore	0.3471630288192185	0.0218776500023921	0.9825455532224248	1.0	1.0	3	Q9P258	1
Positive regulation of nucleobase containing compound transport	0.3453376908093595	0.0212385404729802	0.9830553703570326	1.0	1.0	3	Q07666	1
Positive regulation of rna export from nucleus	0.3453376908093595	0.0212385404729802	0.9830553703570326	1.0	1.0	3	Q07666	1
Pteridine containing compound biosynthetic process	0.2391482391482347	0.0212344631539386	0.9830586228534426	1.0	1.0	6	P22102,P31939,P00374,Q6UB35,P11586	5
Negative regulation of extrinsic apoptotic signaling pathway	0.2181590263403871	0.0204051393446685	0.9837201841007388	1.0	1.0	18	P17931,O14786,Q86WB0,P48506	4
Vesicle fusion with golgi apparatus	0.3475061324611694	0.0198832908359852	0.984136474492489	1.0	1.0	2	O60763	1
Ventricular cardiac muscle cell differentiation	0.3466884709730249	0.0196918848241116	0.984289164498267	1.0	1.0	2	P06493	1
Ventricular cardiac muscle cell development	0.3466884709730249	0.0196918848241116	0.984289164498267	1.0	1.0	2	P06493	1
Regulation of cd8 positive alpha beta t cell activation	0.3462796402289524	0.0195973886002376	0.9843645470294164	1.0	1.0	2	Q13951	1
Positive regulation of cd8 positive alpha beta t cell activation	0.3462796402289524	0.0195973886002376	0.9843645470294164	1.0	1.0	2	Q13951	1
Cd8 positive alpha beta t cell activation	0.3462796402289524	0.0195973886002376	0.9843645470294164	1.0	1.0	2	Q13951	1
Calcium ion transmembrane transport	0.2235138657259949	0.0181620514330133	0.98550957620894	1.0	1.0	31	P11413,P27695,P30626,P0DP25,Q00535,P54652,P28161,Q93034	8
Negative regulation of proteolysis involved in cellular protein catabolic process	0.2194137339810778	0.0178133835552896	0.9857877279212716	1.0	1.0	23	Q9H2J4,P46379,Q96KB5,Q04323,P46777,O15372,Q92530	7
Cellular response to vitamin d	0.3341513292433515	0.0177417107736998	0.9858449054911724	1.0	1.0	3	Q15648,Q13573	2
Cellular extravasation	0.2692307692307732	0.0172095574836884	0.986269437549719	1.0	1.0	4	Q9Y624,Q13464,P46109	3
Protein localization to cytoplasmic stress granule	0.2453066607793867	0.0169014784638375	0.9865152132926556	1.0	1.0	5	Q92499,P67809	2
Regulation of camp dependent protein kinase activity	0.3311529026982905	0.0166227522045453	0.9867375734306228	1.0	1.0	2	P10644	1
Negative regulation of camp dependent protein kinase activity	0.3311529026982905	0.0166227522045453	0.9867375734306228	1.0	1.0	2	P10644	1
Axis elongation	0.3272279482141706	0.0159117977172199	0.9873047579771964	1.0	1.0	3	Q13263	1
Epithelial cell differentiation	0.2136477261284289	0.0151985835233565	0.987873751716815	1.0	1.0	84	Q8WX93,Q13247,P80723,P09960,P11047,Q9UDY2,P04083,O60568,O14745,P61586	10
Cytoplasmic sequestering of protein	0.2265464973371564	0.0149914917327961	0.9880389682346736	1.0	1.0	7	P21333,P31946,P30626,Q16643,Q9UNN5,Q9UN86	6
Histone h3 k9 methylation	0.2054963084495533	0.0148331217544288	0.9881653151460776	1.0	1.0	10	Q9H9B1,O60341,P26358,P38398,P02545,Q12824,Q96KQ7,Q15047,Q5UIP0	9
Synaptic vesicle uncoating	0.3037612428454704	0.0132964336340426	0.9893912934852171	1.0	1.0	2	Q99961	1
Response to hydroxyurea	0.2270520172951694	0.0132444573964949	0.9894327608712185	1.0	1.0	6	Q9BY42,Q5TDH0	2
Protein o linked fucosylation	0.2955846279640315	0.0126802855222823	0.9898828670776204	1.0	1.0	2	Q9Y2G5	1
Fucosylation	0.2955846279640315	0.0126802855222823	0.9898828670776204	1.0	1.0	2	Q9Y2G5	1
Apoptotic process involved in development	0.2259400242388609	0.0125999729324532	0.9899469421341336	1.0	1.0	6	O75312	1
Growth	0.210507167401225	0.0122215324130479	0.9902488707265076	1.0	1.0	127	Q16555,Q7Z6E9,P30153,P80723,P78344,P04083,O14786,Q9Y3A5,Q15149,O95470,P61586,Q04637,Q06124,P31150,O60271,Q14247,P10644,Q96HC4,Q9BRT9,Q96MG7,P61201,Q6PD62,Q14353,Q9Y696,Q15014,P15311,P16989,Q99816,Q9C0B1,P60953,P50570,Q6Y7W6,Q6IAA8,Q7Z4V5,Q99829,P11413,Q15418,O95684,P11047,Q13177,Q8N0X7,P18206,P40763,O00763,Q00535,Q13263,P11802,O75312,Q8IYB8,Q96J02	50
Regulation of translation at synapse modulating synaptic transmission	0.2553191489361712	0.0121442739387437	0.9903105094958516	1.0	1.0	4	Q7L576,P35268,P06730	3
Regulation of nuclear transcribed mrna catabolic process nonsense mediated decay	0.2553191489361703	0.0121442739387434	0.9903105094958518	1.0	1.0	4	Q99729,Q9Y5S9,P11940	3
Sensory system development	0.2193704763377119	0.0120184604830449	0.9904108867838552	1.0	1.0	27	Q15555,P11047,O14786,P40763,Q15042,Q07812,Q99471	7
Cardiac conduction system development	0.2812755519215135	0.0118946967863197	0.990509628868272	1.0	1.0	2	P60953	1
Positive regulation of protein import	0.2112061499538359	0.0115429863690615	0.9907902339100478	1.0	1.0	16	Q13148,O14737,Q13263,O75312,O00410	5
Endothelin receptor signaling pathway	0.2718724448078589	0.0115368021195023	0.9907951678987528	1.0	1.0	2	P60953	1
Positive regulation of transferase activity	0.2098766428679645	0.0113563746377456	0.9909391187697496	1.0	1.0	73	Q99627,P14174,Q9Y376,Q16763,Q13526,Q9BRT9,Q96A49,P0DP25,Q9NQ88,P61586	10
Protein export from nucleus	0.2137779303000234	0.0109352478646042	0.9912751084472	1.0	1.0	21	Q9H6Z4,Q92688,Q06124	3
Lens development in camera type eye	0.2471358428805247	0.009787812720828	0.9921905800382892	1.0	1.0	4	P08670,Q15648,P35222	3
Embryonic appendage morphogenesis	0.2205496330876017	0.0096763559601591	0.992279505455461	1.0	1.0	6	Q13547,Q07812	2
Spindle assembly	0.2167788711548823	0.0094276732717249	0.9924779164807752	1.0	1.0	43	Q15691,P61586	2
Regulation of bone mineralization	0.2862985685071505	0.0091238242897168	0.9927203424620714	1.0	1.0	3	Q9NUQ3,P20020	2
Kinetochore organization	0.2778449235225837	0.0083619864523975	0.99332817786418	1.0	1.0	3	Q9NTJ3	1
Negative regulation of muscle cell differentiation	0.2053278688524635	0.0082679679893103	0.9934031911510692	1.0	1.0	8	O75179,P11413,P26358,O94826,Q13547,P67809,P26599	7
Rna destabilization	0.220102556288729	0.0082675562082121	0.9934035196936208	1.0	1.0	36	Q9Y5A9,Q92945,Q13148,Q92900,Q9C0B1,Q9Y2L1,Q6Y7W6,Q969T7	8
Negative regulation of protein k63 linked ubiquitination	0.2593047034764745	0.0071899544078932	0.99426329581202	1.0	1.0	3	Q96FW1,O95071	2
Negative regulation of protein polyubiquitination	0.2593047034764745	0.0071899544078932	0.99426329581202	1.0	1.0	3	Q96FW1,O95071	2
Histone h2a k63 linked ubiquitination	0.2593047034764745	0.0071899544078932	0.99426329581202	1.0	1.0	3	Q96FW1,O95071	2
Histone mrna catabolic process	0.2230863692181756	0.0071707126985124	0.9942786480790932	1.0	1.0	5	Q8IV48,Q9NVV4,Q92900,P05455	4
Postsynaptic modulation of chemical synaptic transmission	0.2552147239263716	0.0070052326411892	0.994410678745192	1.0	1.0	3	Q7L576,P06730	2
Cell morphogenesis	0.2145291756413382	0.0065878118936722	0.9947437246203414	1.0	1.0	136	Q9UQB8,Q9Y624,O60828,P78344,P04083,O60749,P16949,O14786,O15144,P61586,P33176,Q06124,P35579,Q8TEY7,Q8WX93,Q04917,Q01518,Q14247,O60271,P35241,O60568,Q9UPY3,O95372,P15311,P41440,Q9BTW9,P35613,O14745,P50570,Q9P258,O60678,O75592,Q92766,Q99829,Q9Y5A9,P11047,Q8N0X7,Q00535,Q96AX1	39
Regulation of wound healing spreading of epidermal cells	0.2314134195372453	0.0063391291092953	0.9949421406294204	1.0	1.0	4	Q92766	1
Wound healing spreading of epidermal cells	0.2314134195372453	0.0063391291092953	0.9949421406294204	1.0	1.0	4	Q92766	1
Retrograde vesicle mediated transport golgi to endoplasmic reticulum	0.2087816721584682	0.0046751927068144	0.9962697495094056	1.0	1.0	20	P35606,P18085,P48739,Q9UBF2,Q9Y282,P83436,P61923,P53621	8
Cell cell signaling by wnt	0.2162688070325673	0.0046016086128451	0.9963284604903117	1.0	1.0	46	P20339,Q13526,O14745,Q6PD62,P61586	5
Dna strand elongation	0.2079437190277717	0.0045932692048638	0.9963351143048668	1.0	1.0	17	Q9H1E3,P33991,P51530,Q07864,Q9Y5K5,P33993,P09884	7
Positive regulation of protein secretion	0.2087547789759619	0.0041555674037758	0.9966843464700144	1.0	1.0	18	P15311,P30626,O95563,Q96QK1,P35580,Q9Y5K6	6
Neuron projection extension	0.216604183678679	0.0040364105079443	0.9967794191199292	1.0	1.0	27	Q99829,O60271,Q14247,Q16555,P11047,P78344,O14786,P18206,Q00535,P50570	10
Protein containing complex disassembly	0.210120700907137	0.0039450019781942	0.9968523519937598	1.0	1.0	77	O43633,Q8N543,Q9NYL9,P17096,Q9Y281,Q99816,Q9UN37,P35241,Q92900,Q99570,P16949,Q08945,Q9NRR5,Q12824,Q96AX1,O95104,P35609,Q01105	18
Barbed end actin filament capping	0.1836818368183712	0.0025751525849928	0.9979453277816188	1.0	1.0	9	P35241,P52907,P47755,P35611,Q9UEY8,P47756,Q12792,Q9BPX3	8