msigdb_gobp/result.tsv

Term	es	nes	pval	sidak	fdr	geneset_size	leading_edge	leading_edge_size
Anion transport	0.616809724412905	3.648760934054199	0.0002635081729034	0.8130024778050658	0.4662834071511374	63	P08183,Q14728,P21796,P45880,Q9UBX3,Q15042,Q9C0H2,P53985,Q9BQT8,O43826,Q96NB2,Q9UHG3,O43681,Q9Y5P4,O43865,Q99808,Q8TB61,Q9H2D1,Q4KMQ2,P07602,Q9Y6M7,Q9NZJ7,O75915	23
Lipid localization	0.6156466162558912	3.6385680678779417	0.0002741581703469	0.8252560319414901	0.4662834071511374	63	P08183,P07602,Q14534,P04062,Q9NZJ7,P35790,O15118,Q14108,O43772,P23786,Q8WTV0,Q16739,Q4KMQ2,Q99720,Q9Y5P4,O15260,Q7Z3C6	17
Anion transmembrane transport	0.6488962370121982	2.985778945850043	0.0028285703083237	0.9999999850844712	0.4662834071511374	43	P08183,Q14728,P21796,P45880,Q9UBX3,Q9Y6M7,O75915,Q8TB61,Q9H2D1,Q9BQT8,O43826,Q96NB2,Q9UHG3,P53985,Q4KMQ2	15
Cell recognition	0.7128732480841535	2.9228083340255027	0.0034688997621861	0.9999999997494862	0.4662834071511374	23	P45880,Q9BY67,P78371,P05067,Q8WTV0	5
Sphingolipid metabolic process	0.682743553449988	2.871892763030835	0.0040802139958167	0.9999999999949488	0.4662834071511374	27	P07602,P50897,P04062,Q9NZJ7,P16278,Q8NCC3,Q9NZ01,O95470,Q16739,Q99805,Q96G23,Q9Y5P4,Q13510	13
Inorganic anion transport	0.6698668305770736	2.7640195588194527	0.0057094116891807	1.0	0.4662834071511374	24	P08183,P21796,P45880,Q9UBX3,Q9Y6M7,O43826,Q9C0H2,Q9UHG3,Q4KMQ2	9
Membrane lipid metabolic process	0.6432271071169587	2.7568481036948835	0.0058361455399413	1.0	0.4662834071511374	36	P07602,P50897,P04062,Q9NZJ7,P16278,P04066,Q8NBX0,Q8NCC3,Q9NZ01,O95470,Q16880,Q16739,Q99805,Q96G23,Q9Y5P4,Q13510	16
Regulation of stress activated protein kinase signaling cascade	0.6487100840730085	2.6464035973310227	0.0081352689459595	1.0	0.4662834071511374	26	Q96J02,P09429,Q96KB5,Q99873,O75915,P31689,P05067,P29372,P78318,P43034,O00560,Q53EL6,O75844	13
Organophosphate ester transport	0.6398386941431226	2.6193034276717713	0.00881095369058	1.0	0.4662834071511374	29	P08183,Q9BSK2,Q96GC9,Q8TB61,Q9H2D1,Q14108,O43826,Q8WTV0,Q4KMQ2,Q9Y5P4,Q7Z3C6	11
Phospholipid transport	0.772115047784419	2.5705898231032696	0.0101525494750107	1.0	0.4662834071511374	14	P08183,Q14108,Q8WTV0,Q4KMQ2,Q9Y5P4,Q7Z3C6	6
Protein transmembrane transport	0.6513412892309325	2.551094071609833	0.0107385336433865	1.0	0.4662834071511374	23	Q15629,O60830,Q99595,Q9NS69,O14925	5
Phosphatidylcholine metabolic process	0.7808486057873235	2.5477968750421427	0.0108405571138421	1.0	0.4662834071511374	13	P35790,Q8WTV0,Q8NCC3	3
Negative regulation of calcium ion transmembrane transport	0.928423038980582	2.5333355312191874	0.0112982746608938	1.0	0.4662834071511374	6	P21796	1
Regulation of blood pressure	0.7266318969760203	2.5229756689552607	0.0116366452152159	1.0	0.4662834071511374	17	Q9NZ08,Q9HB40,Q9UIQ6,P42785,P09601	5
Lytic vacuole organization	0.6988299314848387	2.504321047408207	0.0122686651430206	1.0	0.4723887982540996	19	P10253,P50897,P04062,O14773,Q14108,O75503,Q96AX1	7
Transition metal ion transport	0.8065839831240437	2.4904289363462713	0.0127589008162583	1.0	0.4803084437457711	10	O15173,Q9HD20	2
Transition metal ion homeostasis	0.6940242885510368	2.477564690812315	0.0132282426176797	1.0	0.4911880584675403	19	P30519,P05067,P09601,O75880	4
Neutral lipid biosynthetic process	0.9132301691427442	2.4729321507973228	0.0134009582425906	1.0	0.4928144297072946	6	Q8NCC3	1
Lipid homeostasis	0.6509822558240544	2.459748126739062	0.0139034552556431	1.0	0.4969279194340759	22	P28340,O15118,Q8WTV0,Q96CP7,Q9NQC3,Q9BWH2,Q9H4M9,Q9Y5P4,O15260	9
Negative regulation of calcium ion transport	0.8650741960537363	2.4487155618781498	0.0143366614309816	1.0	0.4969279194340759	8	P21796	1
Protein insertion into membrane	0.634718776725643	2.4478283273545745	0.0143720115020229	1.0	0.4969279194340759	23	P46379,Q15629,Q9Y512,Q9NS69	4
Glycerolipid biosynthetic process	0.5834222667598843	2.4439182549811145	0.014528718045367	1.0	0.4969446462614253	41	O00443,P37287,Q9Y217,Q96N66,P35790,Q8NCC3,Q99943,Q9NPH0,Q8WTV0,Q8TBX8,Q8WUK0	11
Pigment metabolic process	0.6148855411514313	2.420912525020789	0.0154816022067489	1.0	0.504919643122657	25	P30519,P09601	2
Leukocyte apoptotic process	0.7272599863593215	2.4131159063254786	0.0158167888329059	1.0	0.504919643122657	15	P24390	1
Establishment of protein localization to membrane	0.4975476525913714	2.39344711568475	0.0166908873093565	1.0	0.504919643122657	76	P46379,P43307,A5D8V6,Q15629,Q8N4V1,P49458,Q12955,Q15042,O15118,P50542,O60725,Q9HD20,Q9Y512,O00560,Q9NS69	15
Mitochondrial transmembrane transport	0.5189374253839288	2.3792816488051787	0.0173464164697738	1.0	0.504919643122657	54	Q9BPX6,Q9BSK2,P21796,O60830,Q99595,Q9H2D1,Q9BQT8,P23786,P00846,O75964,O43772,O14925	12
Neuromuscular process	0.6056386289774635	2.373789801802089	0.0176065703673968	1.0	0.504919643122657	27	P10253,P04062,O14773,Q15334,P50542,P05067,P78417,O43251,O75844	9
Intracellular protein transmembrane transport	0.6619898509427384	2.3669285847422388	0.0179363934749929	1.0	0.504919643122657	20	Q99595,Q15629,O60830,O14925	4
Protein lipid complex subunit organization	0.9220312105239872	2.366825395889485	0.0179413948663094	1.0	0.504919643122657	5	Q9Y5X1	1
Inflammatory response	0.4828853259353422	2.3615819133811833	0.018197151310582	1.0	0.504919643122657	60	Q96J02,P02786,P42785,P09601,Q13315,Q9UNH7,P60900,P28070,Q8N2K0,P15291,P05067,Q53EL6,Q12904,Q8IV08,P42345,Q96KB5,O15111,P09429,Q4KMQ2,P04062,Q9Y263	21
Neuron projection guidance	0.6051822949921191	2.352549319625921	0.0186452169852784	1.0	0.504919643122657	24	P33176,P35613,P50552,Q13509,Q9BVA1,P42892,Q96TA1,P05067,Q9BPU6,P83731	10
Regeneration	0.5988085645364022	2.345542889923906	0.0189993925099589	1.0	0.504919643122657	29	P00374,Q15648,P09601,Q96G23	4
Regulation of monooxygenase activity	0.8041812826119977	2.338186311789136	0.0193775852769528	1.0	0.504919643122657	9	P00374,Q8WTV0	2
Regulation of nitric oxide synthase activity	0.8786504863303073	2.3338238856634046	0.0196049455586311	1.0	0.504919643122657	6	P00374	1
Vitamin transmembrane transport	0.8724261906635664	2.3085439303928417	0.020968902395718	1.0	0.504919643122657	6	Q8WTV0,Q9H2D1	2
Vitamin transport	0.8724261906635664	2.3085439303928417	0.020968902395718	1.0	0.504919643122657	6	Q8WTV0,Q9H2D1	2
Protein import into mitochondrial matrix	0.7968008550870681	2.3054242143638826	0.0211428266536681	1.0	0.504919643122657	9	Q99595,O60830	2
Axon development	0.4881161448710072	2.2997225140700985	0.0214639457696521	1.0	0.504919643122657	76	P00374,Q9BVA1,Q12955,P42892,Q15334,P10586,P05067,Q96TA1,Q9NQC3,Q9UQB8,P43034,Q13509,P83731,Q96G23	14
Leukocyte mediated cytotoxicity	0.7169098521080527	2.295333410828456	0.0217140242837172	1.0	0.504919643122657	14	P07437,P68371	2
Mitochondrial transport	0.4874761684120571	2.2933333066919195	0.0218288230921108	1.0	0.504919643122657	76	O60830,P45880,Q9UBX3,Q99595,O43772,P23786,Q8N4H5,Q9Y512,P00846,O75964,O14925,Q9NS69,Q9UBE0	13
Aminoglycan catabolic process	0.90218832891247	2.288720818790478	0.0220955786106407	1.0	0.504919643122657	5	P15586,P16278,P54802,P08236	4
Glycosaminoglycan catabolic process	0.90218832891247	2.288720818790478	0.0220955786106407	1.0	0.504919643122657	5	P15586,P16278,P54802,P08236	4
Positive regulation of oxidoreductase activity	0.8267763769930584	2.286499177300986	0.0222250722000987	1.0	0.504919643122657	8	P00374,Q8WTV0	2
Protein targeting	0.5126314780370983	2.2851107831723354	0.0223063326833869	1.0	0.504919643122657	100	A5D8V6,Q99595,Q14108,Q8N4H5,P49257,Q9NS69,O60830,P49458,Q12955,O14925,P46379,P43307,Q15629,Q5JRX3,O60725,Q9Y512,O00560,Q9UBE0,P20645,P50542	20
Regulation of jnk cascade	0.7371052452170487	2.2758910468904143	0.0228525314914855	1.0	0.504919643122657	12	Q96J02,P43034,P31689,P05067,P09429,O00560,Q53EL6	7
Cell cell recognition	0.7249137386619846	2.2743083133442945	0.0229474556773652	1.0	0.504919643122657	13	P45880	1
Sperm egg recognition	0.7362440601432385	2.2717021373972575	0.023104507011477	1.0	0.504919643122657	12	P45880	1
Binding of sperm to zona pellucida	0.7362440601432385	2.2717021373972575	0.023104507011477	1.0	0.504919643122657	12	P45880	1
Positive regulation of monooxygenase activity	0.8949168674476545	2.2599284718975476	0.0238256905063782	1.0	0.5068913293275944	5	P00374,Q8WTV0	2
Regulation of oxidoreductase activity	0.6967962773624009	2.2558595585106036	0.0240794279495528	1.0	0.5072626510432297	15	P00374,Q8WTV0	2
Iron ion homeostasis	0.7077453773485326	2.2487510015309575	0.0245283423529421	1.0	0.5078315061140778	14	P30519	1
Glycoside metabolic process	0.7829493269952513	2.2435939262013824	0.0248585404150352	1.0	0.5078315061140778	9	Q9NUJ1,P04066,P08236,P04062	4
Negative regulation of transport	0.4696355473315706	2.242624851007806	0.0249210163316622	1.0	0.5078315061140778	65	P21796,P78417,Q12955,O75915,P09601,Q9GZP9,Q15334,Q16850,P05067,P09429,O00560,P49257	12
Intracellular lipid transport	0.781266508308205	2.2360517320863895	0.0253483826796345	1.0	0.5078315061140778	9	P23786,Q9Y5P4,O15118	3
Triglyceride metabolic process	0.7513117763199839	2.2352257575864933	0.0254025312928762	1.0	0.5078315061140778	10	Q8WTV0	1
Natural killer cell mediated immunity	0.7799308912091755	2.230060961857165	0.0257433960261901	1.0	0.5078315061140778	9	P07437,P68371	2
Positive regulation of pattern recognition receptor signaling pathway	0.7795415057382271	2.2283136325467465	0.0258596078905579	1.0	0.5078315061140778	9	Q9Y4E8,Q9NUD5,Q9NQC3	3
Sterol homeostasis	0.8123207229355246	2.224460742338925	0.0261174609767913	1.0	0.5078315061140778	8	Q8WTV0	1
Negative regulation of stress activated protein kinase signaling cascade	0.7786547339142152	2.224333013762857	0.0261260470837538	1.0	0.5078315061140778	9	P43034,Q96KB5,P78318,Q53EL6,P31689	5
Regulation of endothelial cell migration	0.5852429002569534	2.2217131700088486	0.0263026959401992	1.0	0.5078315061140778	24	Q8WTV0,O00443,P42785,P09601	4
Response to reactive oxygen species	0.5772271648134812	2.2180835555719303	0.026549135837353	1.0	0.5078315061140778	31	P00374,P09601	2
Protein transmembrane import into intracellular organelle	0.7014599836257098	2.2166558679781927	0.0266466167028784	1.0	0.5078315061140778	14	Q99595,O60830,O14925	3
Sarcoplasmic reticulum calcium ion transport	0.8471011030267541	2.204930367719726	0.0274589811542349	1.0	0.5078315061140778	6	P78417	1
Ceramide transport	0.8464476420446341	2.2022408232582107	0.0276483018129238	1.0	0.5083771564561322	6	P08183,P07602,Q9Y5P4	3
Phenol containing compound metabolic process	0.7440050190199242	2.2009066352111724	0.0277426341144837	1.0	0.5086416087502754	10	Q9Y4G8	1
Cellular response to camp	0.8789365814509782	2.1963320928814745	0.0280681822627939	1.0	0.5123571020054557	5	Q9Y4G8	1
Skeletal muscle contraction	0.8788030168385687	2.1957987008721895	0.0281063546997648	1.0	0.5123571020054557	5	P78417	1
Regulation of transmembrane transport	0.4655447996320145	2.189972704992258	0.0285262164164881	1.0	0.5183509994900893	60	P08183,P21796,Q12955,O75915,Q96GC9,Q15334,P05067,O43865,P78417,Q4KMQ2,P42858,O75844	12
Glycerophospholipid catabolic process	0.8040999060138342	2.1889824733158703	0.0285981139297424	1.0	0.5183509994900893	8	Q8NCC3	1
Aminoglycan metabolic process	0.6830945882208502	2.184172837415984	0.0289495500760195	1.0	0.5232302204080572	15	P16278,P04066,P54802,P08236,Q8NCH0,P15586,Q7LGA3	7
Plasma membrane organization	0.5751001397254496	2.162728484825796	0.0305620688902286	1.0	0.5348389865731379	26	Q96GC9,Q9Y5X1,Q9UQB8,Q8WUX9,Q16739,Q4KMQ2,Q96CP7,Q7Z3C6	8
Positive regulation of cation channel activity	0.8312612588492808	2.162556526226876	0.0305753050318857	1.0	0.5348389865731379	7	P78417,P42858	2
Regulation of ion transmembrane transport	0.4993536156060188	2.159246572657276	0.0308310426552627	1.0	0.5348389865731379	53	P08183,P21796,Q12955,O75915,Q96GC9,Q15334,P05067,O43865,P78417,Q4KMQ2,P42858,O75844	12
Protein targeting to membrane	0.568427586357735	2.1564323136461643	0.0310499237421086	1.0	0.5353377096132669	31	P46379,P43307,A5D8V6,Q15629,P49458,Q12955,P50542,O60725,O00560	9
Glycoside catabolic process	0.8339592285242934	2.1506864489835578	0.0315009566634327	1.0	0.5384908306030934	6	Q9NUJ1,P04066,P08236,P04062	4
Cellular hormone metabolic process	0.6665704066604984	2.1458843243046424	0.0318822087535235	1.0	0.5384908306030934	16	Q15648,Q9HB40,P42892,O95470,Q6NUM9,O60678	6
Organic cation transport	0.865671605185723	2.1432095737118195	0.0320962738869736	1.0	0.5384908306030934	5	Q70HW3,O43772	2
Blood vessel endothelial cell migration	0.6211213714842663	2.126741259084403	0.0334415873565208	1.0	0.54413140348385	20	Q8WTV0,P42785,P09601	3
Cytosolic calcium ion transport	0.5837041106003622	2.1231282617781035	0.0337431053447736	1.0	0.5444524402172763	23	Q9BPX6,P78417,P21796	3
Ceramide metabolic process	0.6418157785441857	2.119394350736702	0.0340571538394389	1.0	0.5444524402172763	18	P04062,Q8NCC3,O95470,Q9Y5P4,Q16739,Q96G23,Q99805,Q13510	8
Calcium ion import	0.6822775216558012	2.1179662100047976	0.0341779294744737	1.0	0.5444524402172763	14	P21796,O75844	2
Neuron projection regeneration	0.7138246143191419	2.1082208386181627	0.0350118915763795	1.0	0.5444524402172763	11	P00374,Q96G23	2
Neuron migration	0.5661385692712542	2.107417299997263	0.0350814233189107	1.0	0.5444524402172763	27	Q9Y4G8,Q9BVA1	2
Regulation of membrane lipid distribution	0.8180500763266293	2.107349271242315	0.0350873153865267	1.0	0.5444524402172763	7	P08183,Q4KMQ2,Q96CP7,Q7Z3C6	4
Circulatory system process	0.4596863859301675	2.1059990123537693	0.0352044381401441	1.0	0.5449407188506017	68	P08183,Q9NZ08,P10253,Q9HB40,Q9UIQ6,P42785,P09601,P42892,P78417,O75844	10
Glucosamine containing compound metabolic process	0.855021658212404	2.100343477645463	0.0356986372566354	1.0	0.5474453737397129	5	O60502	1
Organic acid transmembrane transport	0.5615527524271501	2.0896653858691847	0.0366478684507318	1.0	0.5523963131188799	29	P08183,Q9UBX3,O75915,Q9H2D1,Q9BQT8,Q96NB2,P23786,P53985,O43772	9
Positive regulation of inflammatory response	0.719904921784237	2.086749674945993	0.0369107683756759	1.0	0.5523963131188799	10	Q53EL6	1
Protein targeting to mitochondrion	0.5354280691797603	2.076552646376925	0.0378428673002255	1.0	0.561770891975956	41	O60830,Q99595,Q5JRX3,Q8N4H5,Q9Y512,Q9NS69,O14925,Q9UBE0	8
Vesicle transport along microtubule	0.7068685968952534	2.074391378198439	0.0380429773976624	1.0	0.561770891975956	11	P33176,P43034,Q92572,P42858	4
Negative regulation of protein polymerization	0.5620754194334286	2.067308912540785	0.0387050549785925	1.0	0.561770891975956	24	P47755,P45880,Q9UEY8,P52907,P04350,P07737,Q6IBS0,Q13045,P35241,P35611,P35080	11
Lipoprotein catabolic process	0.8465273610965041	2.0660173168303944	0.0388268445069672	1.0	0.561770891975956	5	Q9NUJ1,Q13315,P50897	3
Central nervous system neuron differentiation	0.6514370035820618	2.063880615049503	0.0390290371350789	1.0	0.561770891975956	16	Q8NCM8,O14786,P50542,Q9Y4G8,P43034,O14949	6
Peptide catabolic process	0.713973951415365	2.0584310866851174	0.0395487701730987	1.0	0.5623103727906632	10	Q9NZ08,Q9UIQ6,P42892	3
Negative regulation of proteasomal protein catabolic process	0.5980943320572968	2.057619133107083	0.0396267085308001	1.0	0.5623103727906632	21	P46379,O00560,Q86UE8,Q96KB5,P78559,Q93009,O94966	7
Tetrapyrrole metabolic process	0.6302475806400076	2.0535882786235273	0.0400155575708052	1.0	0.5623103727906632	18	P30519	1
Fatty acid transmembrane transport	0.8434533893760103	2.053565519032483	0.0400177623034425	1.0	0.5623103727906632	5	P23786	1
Sterol metabolic process	0.5489760482148479	2.053416352676555	0.0400322146718448	1.0	0.5623103727906632	34	Q14534,P04062,O15118,P16435,Q15800,Q16850,P05067,Q8WTV0,Q15392,P49748	10
Chemokine production	0.7716087983204577	2.0473706301228276	0.0406217078085329	1.0	0.5623103727906632	8	P05067,P09601	2
Organic anion transport	0.518819189985961	2.0452135413072536	0.0408338100514491	1.0	0.5623103727906632	45	Q14728,P07602,Q99808,Q9UBX3,Q9Y6M7,Q9NZJ7,O75915,Q8TB61,Q15042,Q9H2D1,Q9BQT8,Q96NB2,P53985,Q9Y5P4	14
Mitochondrial calcium ion transmembrane transport	0.7111906123619919	2.045111088653977	0.0408439073202755	1.0	0.5623103727906632	10	P21796	1
Regulation of protein polymerization	0.4510547282476511	2.0444489964619796	0.0409092111578754	1.0	0.5623103727906632	60	P45880,P52907,Q9Y5X1,P07900,Q14019,Q13045,P63000,O15145,P47755,P50552,P04350,Q7Z460,P46821,P07737,Q16625,Q9UQB8,P42345,Q6IBS0,P35611	19
Receptor mediated endocytosis	0.503681035478255	2.043205125233842	0.0410321366084136	1.0	0.5623103727906632	49	Q5VW38,P20645,P50897,Q9Y5X1,Q14108,P05067,O00560	7
Positive regulation of release of sequestered calcium ion into cytosol	0.8079611008097801	2.042430835884767	0.0411088136024124	1.0	0.5623103727906632	6	P78417	1
Positive regulation of calcium ion transport into cytosol	0.8079611008097801	2.042430835884767	0.0411088136024124	1.0	0.5623103727906632	6	P78417	1
Protein localization to endoplasmic reticulum	0.551483293541352	2.0366058629560917	0.0416895547895057	1.0	0.5665983641481819	31	P46379,Q15629,P49458,P24390,Q15042,Q9NQC3	6
Locomotory behavior	0.5561744135040411	2.0341231761104663	0.0419391777818403	1.0	0.5676958490384426	26	P10253,P50897,Q8N2K0,O15118,P54802,Q15334,P05067,P43034,O75844	9
Chemical synaptic transmission postsynaptic	0.7357181200135958	2.0294179590641757	0.0424157374300711	1.0	0.5681029926949733	9	Q99808,Q15042,Q15334,P05067,Q9UQB8	5
Regulation of postsynaptic membrane potential	0.7357181200135958	2.0294179590641757	0.0424157374300711	1.0	0.5681029926949733	9	Q99808,Q15042,Q15334,P05067,Q9UQB8	5
Positive regulation of chemokine production	0.7966330611445162	2.0171468243664212	0.0436801934057893	1.0	0.5775612503839992	7	P05067,P09601	2
Outer mitochondrial membrane organization	0.8332949169222714	2.0123054459282717	0.0441877487185138	1.0	0.5820340731825777	5	Q9NS69	1
Cellular transition metal ion homeostasis	0.6501697916579071	2.0094889496468813	0.0444853054263472	1.0	0.5847427957074813	15	P05067,P09601,O75880	3
Adult locomotory behavior	0.6497214666808114	2.0070869096237183	0.0447404098172152	1.0	0.5855065650952603	15	P50897,O15118,P05067,P43034,O75844	5
Endothelial cell migration	0.5473345814933299	2.0070459547671193	0.0447447700315586	1.0	0.5855065650952603	31	O00443,P42785,P09601,Q4VCS5,Q13685,Q8WTV0	6
Protein localization to lysosome	0.6823614093710124	2.0055379667829336	0.0449055660826496	1.0	0.5855065650952603	12	Q14108,Q9NQC3	2
Positive regulation of epithelial cell migration	0.5519936909268455	2.005482049777575	0.0449115378444651	1.0	0.5855065650952603	26	O00443,Q7Z460,P09601,Q13685,P07737,Q8WTV0,Q9NQC3,P09429	8
Modified amino acid transport	0.8312966206680884	2.004169175460723	0.045051941305606	1.0	0.5855168719603321	5	Q9H2D1	1
Regulation of calcium ion transmembrane transport	0.6113261403295154	2.003725413118686	0.0450994824458412	1.0	0.5855168719603321	19	P78417,P21796,P42858	3
Hormone metabolic process	0.5514412011791513	2.001690848983059	0.0453179912109262	1.0	0.5860021546420995	26	Q15648,Q9HB40,P42892,P16435,O95470,Q6NUM9,O60678,O75844	8
Lipoprotein metabolic process	0.6206885404589401	1.9988561935179816	0.0456239156841402	1.0	0.588761362236309	18	P37287,P50897,P04062,Q15042,Q9NUJ1,Q13315,Q16739,Q9Y4P8	8
Central nervous system neuron development	0.6808092255547533	1.9977528796200248	0.045743458171763	1.0	0.5891090706250134	12	O14949,Q9Y4G8	2
Acute inflammatory response	0.8287042090566907	1.993604222964147	0.0461953235093672	1.0	0.5897183986789991	5	P42785,P15291,Q4KMQ2	3
Purine ribonucleoside metabolic process	0.7905517630463066	1.9913772895305897	0.0464394240837293	1.0	0.5897183986789991	7	Q13126	1
Ribonucleoside metabolic process	0.7905517630463066	1.9913772895305897	0.0464394240837293	1.0	0.5897183986789991	7	Q13126	1
Organic hydroxy compound biosynthetic process	0.5014937619937806	1.9911054633728829	0.04646929395381	1.0	0.5897183986789991	48	P00374,Q14534,P04062,P35270,P16435,Q15800,Q16850,Q9Y4G8,Q15392,Q14739,O00764	11
Endoplasmic reticulum organization	0.5295925238656932	1.989561414956343	0.046639270154271	1.0	0.5898986813548159	39	P46379,Q15629,Q8N4V1,O95197,Q15042,P50542,Q9NQC3,O43681,P49257,Q9Y5P4	10
Amino sugar metabolic process	0.722369811530496	1.9679630453219628	0.0490722898625408	1.0	0.5928083603732731	9	O60502	1
Response to toxic substance	0.502455703132997	1.9678736528330831	0.0490825769966172	1.0	0.5928083603732731	47	P08183,P00374,Q15165,P07099,Q86WA6,P78417,Q6DKJ4	7
Protein insertion into er membrane	0.6845573642419146	1.9650330803715368	0.0494104089276017	1.0	0.5928083603732731	11	P46379,Q15629,Q8N4V1	3
Behavior	0.4505394699593173	1.9649930211646636	0.0494150452850918	1.0	0.5928083603732731	72	P53985,P10253,Q09472,P50897,P04062,O15118,P54802,Q9GZP9,Q15334,P05067,Q13641,P42858,O75844	13
Negative regulation of autophagy	0.5941922196407471	1.9649411402961148	0.0494210503960579	1.0	0.5928083603732731	20	P09601,O15118,P10619	3
Regulation of extrinsic apoptotic signaling pathway via death domain receptors	0.751572016899306	1.958949955494219	0.0501186478413018	1.0	0.5928083603732731	8	P09601	1
Porphyrin containing compound metabolic process	0.6400532099442495	1.9551348747256223	0.0505671529047471	1.0	0.5928083603732731	15	P30519	1
Peptidyl arginine modification	0.7487034490966846	1.9462244365617167	0.0516277857827089	1.0	0.5928083603732731	8	Q9ULX3,Q99873,Q7L592,Q6P2P2,Q86X55,O60678	6
Phosphatidylethanolamine metabolic process	0.9011132392899136	1.9459340503435971	0.0516626621090188	1.0	0.5928083603732731	4	P35790	1
Macromolecule depalmitoylation	0.8152212474598752	1.9384821259922829	0.0525644294165885	1.0	0.5928083603732731	5	Q9NUJ1	1
T cell differentiation	0.5893565744315272	1.9355943240554565	0.0529174060912396	1.0	0.5928083603732731	20	O96005,P04062,P24390,Q00534,P09429	5
Smad protein signal transduction	0.7152630180251489	1.9350809932284148	0.0529803575085667	1.0	0.5928083603732731	9	Q9UIQ6,Q6PIU2,P08670,Q93062	4
Lipid translocation	0.7824108568036537	1.9348402092793004	0.0530099071746725	1.0	0.5928083603732731	6	P08183,Q4KMQ2,Q7Z3C6	3
Regulation of camp dependent protein kinase activity	0.7812492800020421	1.929921266927897	0.0536165939047585	1.0	0.5928083603732731	6	Q9Y4G8	1
Regulation of response to osmotic stress	0.8130743838758401	1.929678443823508	0.053646692488712	1.0	0.5928083603732731	5	Q9BPX6,P08183	2
Negative regulation of cell projection organization	0.5398270319346202	1.92576207991442	0.0541340883292913	1.0	0.5928083603732731	27	Q9NR77,Q96G23,Q9Y4G8,Q9NQC3	4
Lysosomal transport	0.5297596843664456	1.925342669069747	0.0541865028501975	1.0	0.5928083603732731	35	P07602,P20645,O15118,Q14108,Q96AX1,Q8WUX9	6
Membrane protein ectodomain proteolysis	0.684099207152977	1.9144600839715369	0.0555613946927424	1.0	0.5928083603732731	10	Q9Y5X1	1
Iron ion transport	0.7400045190316059	1.907533643984129	0.0564515186147511	1.0	0.5928083603732731	8	O15173,Q8N4V1	2
Cellular modified amino acid metabolic process	0.4670700100381955	1.9064590895749929	0.0565906686239743	1.0	0.5928083603732731	54	P00374,Q15648,P00390,Q9H2D1,Q8NCC3,P16435,Q16775,P23786,O60725,Q9UHG3,P78417,P48507	12
Negative regulation of transmembrane transport	0.6522068837039355	1.9053569277901556	0.056733690114298	1.0	0.5928083603732731	13	Q12955,P78417,P21796	3
Negative regulation of proteasomal ubiquitin dependent protein catabolic process	0.5946159436055416	1.904921833161872	0.0567902327055871	1.0	0.5928083603732731	19	P46379,Q86UE8,Q96KB5,P78559,Q93009,O00560	6
Multicellular organismal movement	0.6817884154243694	1.90323312562555	0.0570101325476812	1.0	0.5928083603732731	10	P10253,P78417,P42345	3
Grooming behavior	0.888980594651826	1.89921929687318	0.057535648588763	1.0	0.5928083603732731	4	P50897	1
Negative regulation of ion transport	0.62791793825422	1.8895208016589384	0.0588220781407595	1.0	0.5928083603732731	15	Q12955,O75915,P78417,P21796	4
Positive regulation of endothelial cell migration	0.6196008019786232	1.8889525121908324	0.0588981921261788	1.0	0.5928083603732731	16	O00443,Q8WTV0,P09601,Q13685	4
Body morphogenesis	0.7351999504413338	1.8860997700541309	0.0592815113074425	1.0	0.5928083603732731	8	O95470,Q7Z460,Q15042	3
Regulation of cell migration involved in sprouting angiogenesis	0.8018846305464664	1.8836758611336544	0.0596088335071618	1.0	0.5928083603732731	5	P09601	1
Negative regulation of jnk cascade	0.8016285372965454	1.882620762066099	0.0597517806495271	1.0	0.5928083603732731	5	Q53EL6,P31689,P43034	3
Regulation of defense response	0.4513125906662651	1.8803242072042432	0.0600639061160042	1.0	0.5928083603732731	80	Q96J02,Q8WXF1,Q13315,Q9UNH7,Q9Y3Z3,P60900,P28070,Q09472,Q9BY67,Q8N2K0,P19474,P05067,Q53EL6,O43657,P26583,O75844,Q96KB5,P09429,Q9Y4E8,Q9NUD5,Q9NZ08,Q15648,Q15233,P04062	24
Establishment of protein localization to mitochondrial membrane	0.6458031909304308	1.87214664482594	0.0611863182844285	1.0	0.5928083603732731	13	Q9NS69	1
Negative regulation of extrinsic apoptotic signaling pathway via death domain receptors	0.7668329366604616	1.8686772962099023	0.0616677245628318	1.0	0.5928083603732731	6	P09601	1
Autophagy of mitochondrion	0.528659401733073	1.8649064870055465	0.062194513008591	1.0	0.5928083603732731	30	Q9BWH2,P21796,P42858,P04062	4
Negative regulation of ion transmembrane transport	0.6536297815654274	1.8603916264336904	0.0628301385221581	1.0	0.5928083603732731	12	Q12955,P78417,P21796	3
Response to wounding	0.4437888826311149	1.8601094021911857	0.0628700492281559	1.0	0.5928083603732731	75	P00374,Q96AY3,Q7Z460,P42785,P09601,P10586,Q8WTV0,Q8WUX9,Q9BWH2,Q4KMQ2,Q96G23	11
Adult behavior	0.5656560644831117	1.8555804755496388	0.0635133787573511	1.0	0.5928083603732731	21	Q9UPY5,P50897,Q8N2K0,O15118,P05067,Q92542,P43034,O75844	8
Regulation of cation channel activity	0.6207709597732132	1.8506697272769883	0.0642170817482803	1.0	0.5928083603732731	15	Q15334,P78417,P05067,P42858	4
Positive regulation of response to cytokine stimulus	0.6964617715905528	1.847556122964188	0.0646665820822027	1.0	0.5928083603732731	9	P43034,Q15648	2
Single fertilization	0.5415280022932548	1.8458740594162844	0.0649104940173139	1.0	0.5928083603732731	23	P45880	1
Regulation of epithelial cell migration	0.5126361849061224	1.8408761522702788	0.0656397098724641	1.0	0.5928083603732731	38	O00443,Q7Z460,P42785,P09601,Q8WTV0,Q9NQC3	6
Lipoprotein localization	0.8733500693765894	1.8387700196256316	0.0659490196432637	1.0	0.5928083603732731	4	A6NIH7,O15260	2
Mucopolysaccharide metabolic process	0.7238901616460905	1.8354675544810024	0.0664364422341257	1.0	0.5928083603732731	8	Q8NCH0,P16278	2
Regulation of autophagy	0.4490919211427587	1.8346299467876117	0.0665605383759544	1.0	0.5928083603732731	82	O00443,P21796,P09601,Q15042,Q9Y487,P10619,P42858,Q09472,O15118,O75844,Q93050,Q9UBQ0,P09429,P07602,Q86UE8,Q05639,P04062,Q9NZJ7,P21281,Q8TBX8	20
Regulation of epithelial cell apoptotic process	0.6582316701141929	1.8343652451177952	0.0665997950455985	1.0	0.5928083603732731	11	Q53EL6,P09601	2
Inorganic anion transmembrane transport	0.6934971860345907	1.833685687407512	0.0667006643989045	1.0	0.5928083603732731	9	O43826,Q9UHG3,Q9UBX3	3
Positive regulation of jnk cascade	0.8720219753562837	1.833620346041682	0.0667103698943347	1.0	0.5928083603732731	4	O00560,P05067	2
Cerebellar cortex development	0.6575430580604978	1.8309242315446417	0.0671118529907914	1.0	0.5928083603732731	11	O14949,P04062	2
Cellular metabolic compound salvage	0.6926492925819409	1.8297152165199624	0.0672925343299075	1.0	0.5928083603732731	9	Q13126	1
Establishment of protein localization to vacuole	0.5906621692228881	1.8248854350293793	0.0680183195899868	1.0	0.5928083603732731	18	Q14108,P20645	2
Endothelial cell proliferation	0.6264640254932171	1.8245909810197964	0.0680627754469442	1.0	0.5928083603732731	14	P09601	1
Negative regulation of cation channel activity	0.7871165287909428	1.822669668471339	0.0683534368641027	1.0	0.5928083603732731	5	P78417	1
Endoplasmic reticulum tubular network organization	0.6651027566718721	1.8217892035240335	0.0684869765599427	1.0	0.5928083603732731	10	Q15042,Q9NQC3,O95197	3
Positive regulation of pathway restricted smad protein phosphorylation	0.8681665585608458	1.8186593761471668	0.0689634130784659	1.0	0.5954847674647459	4	Q93062	1
Secondary alcohol metabolic process	0.5095126781057243	1.816723899001572	0.0692594004306377	1.0	0.5954847674647459	38	Q14534,P04062,O15118,P16435,Q15800,Q16850,P05067,Q8WTV0,Q15392,P49748	10
Ventricular system development	0.6635657792591619	1.814254303337954	0.069638583306157	1.0	0.5954847674647459	10	Q00534,Q9Y4G8,Q96N66	3
Negative regulation of macroautophagy	0.6881498932792023	1.808620362308276	0.0705100028492258	1.0	0.595613387784471	9	P09601	1
N acetylglucosamine metabolic process	0.8643050925217641	1.8036577989306937	0.071284969095752	1.0	0.5990950771296885	4	O60502	1
Steroid metabolic process	0.4226704811619587	1.795922711541095	0.0725068098422123	1.0	0.603935320219798	62	Q14534,Q15648,P04062,O15118,P16435,Q15800,O95470,Q16850,Q8WTV0,P05067,Q9UHI6,Q15392,P49748,Q14739	14
Positive regulation of actin filament polymerization	0.6409104101525842	1.795449005807011	0.0725821905314552	1.0	0.603935320219798	12	Q9UQB8,P50552,Q9Y5X1,P07737	4
Peptidyl arginine n methylation	0.7489220563847525	1.792098030335376	0.073117264360643	1.0	0.603935320219798	6	Q99873,Q6P2P2,Q7L592,Q86X55,O60678	5
Peptidyl arginine methylation	0.7489220563847525	1.792098030335376	0.073117264360643	1.0	0.603935320219798	6	Q99873,Q6P2P2,Q7L592,Q86X55,O60678	5
Protein depalmitoylation	0.8601925187987138	1.7876621219986029	0.0738305363328328	1.0	0.603935320219798	4	Q9NUJ1	1
Ameboidal type cell migration	0.4276986215468147	1.7874922333704009	0.0738579662877405	1.0	0.603935320219798	67	O00443,P43034,Q7Z460,P42785,P09601,Q4VCS5,Q13685,O95470,Q8WTV0,Q9NQC3,Q13641,Q9P258	12
Sulfur compound biosynthetic process	0.493452477266197	1.786816320649862	0.0739671806350479	1.0	0.603935320219798	43	Q13126,P50897,Q8TB61,Q9NZ01,Q16775,Q8NCH0,P48507	7
Folic acid metabolic process	0.7423806961504258	1.7848914887096154	0.0742789194918913	1.0	0.603935320219798	7	P00374	1
Positive regulation of cell migration involved in sprouting angiogenesis	0.8593571963585827	1.7844108610214782	0.0743569275159277	1.0	0.603935320219798	4	P09601	1
Protein localization to mitochondrion	0.4623530217860579	1.783998129870786	0.0744239690431187	1.0	0.603935320219798	52	O60830,Q99595,Q8N4H5,Q9Y512,Q9NS69,O14925,Q9UBE0	7
Long chain fatty acyl coa metabolic process	0.6820926340358779	1.7801551142680618	0.0750505788901378	1.0	0.6064070445110084	9	Q9NZ01	1
Taxis	0.4245732802050068	1.7790446888843243	0.0752324356426983	1.0	0.6064070445110084	65	P33176,P35613,P09429,Q09472,Q9BVA1,P42892,Q4VCS5,Q4KMQ2,Q96TA1,P05067,Q13641,Q13509,P83731	13
Export across plasma membrane	0.7113107085456573	1.7788649394514766	0.0752619073985574	1.0	0.6064070445110084	8	P08183	1
Regulation of nervous system process	0.6561647235286356	1.777895440285302	0.0754210292542691	1.0	0.6064070445110084	10	P05067,P04062,Q9UQB8	3
Nervous system process	0.4551038889177273	1.7751213042027658	0.07587786001536	1.0	0.6064070445110084	93	Q9Y6M9,Q15042,Q14108,Q15334,Q13641,P42858,Q09472,Q12955,P05067,Q9UQB8,P43034,P78417,O75844,Q99808,P50897,Q9H6K4,Q14168,P10253,P04062,O14773,P50542,O43251	22
Neuron recognition	0.7445921358631974	1.7735063718996993	0.0761448369853643	1.0	0.6064070445110084	6	P35613,P05067,Q9NQC3	3
Negative regulation of protein containing complex assembly	0.5038550512119369	1.7728495725743605	0.0762536365307775	1.0	0.6064070445110084	38	P47755,Q09472,P45880,Q9UEY8,P04062,P52907,P04350,P07737,Q6IBS0,Q13045,P35241,P50542,Q15058,P35611,P09429,P35080	16
Vasoconstriction	0.7748127994237756	1.7715987725069475	0.0764611836111961	1.0	0.6072984396185142	5	P42892	1
Response to camp	0.6795632892127674	1.7682464813357102	0.0770197066763527	1.0	0.6075922570815614	9	P35613,P05067,Q9Y4G8	3
Cerebellar purkinje cell layer development	0.7382774179876723	1.767116837960166	0.0772086631707957	1.0	0.6079226671938153	7	O14949,P04062	2
Protein targeting to vacuole	0.6041585081806775	1.7597823575963891	0.078444715505306	1.0	0.6146124138482232	15	Q14108,P20645	2
Embryonic heart tube development	0.7713804394497181	1.757313230986965	0.0788644338062294	1.0	0.6163827123774345	5	P42892,Q15648	2
Cellular amino acid biosynthetic process	0.5125342899379761	1.7557733959834625	0.0791271087195002	1.0	0.6174373873746045	31	Q13126,P00374	2
Regulation of lipid catabolic process	0.7401702432370374	1.7544890502284156	0.0793467445179172	1.0	0.6174373873746045	6	Q8WTV0	1
Positive regulation of response to external stimulus	0.4171543565953062	1.7503186321711115	0.0800633475958885	1.0	0.6180422503955001	61	P09429,Q09472,Q15233,Q15648,Q9BY67,P05067,Q13641,Q53EL6,Q4KMQ2,Q9Y4E8,Q9NUD5	11
Learning	0.5484042301751532	1.7464745199195288	0.0807285308625682	1.0	0.6180422503955001	21	Q13641,P05067,P42858,P50897	4
Alcohol biosynthetic process	0.5088804834013372	1.7464481367389106	0.0807331116539367	1.0	0.6180422503955001	33	P00374,P04062,P35270,P16435,Q15800,Q16850,Q15392,Q14739	8
Protein targeting to lysosome	0.6495910095957123	1.745497317905327	0.0808983389182482	1.0	0.6180422503955001	10	Q14108	1
Forebrain generation of neurons	0.7683066089675851	1.7445060448342626	0.0810708882789421	1.0	0.6180422503955001	5	Q9Y4G8	1
Water soluble vitamin metabolic process	0.567603543084952	1.7431260287263917	0.0813116028970735	1.0	0.6187851885540451	19	P00374,P78417,Q9H2D1,O00764	4
Pteridine containing compound metabolic process	0.584878339628342	1.7403724296884675	0.0817936434172166	1.0	0.6217098678857015	17	P00374,Q9NRN7,Q9H2D1	3
Positive regulation of macroautophagy	0.5759409460367704	1.7384936994026217	0.0821238593228514	1.0	0.6227318152705378	18	P21796,P09601,P42858,Q8TBX8	4
Glycerophospholipid biosynthetic process	0.5029711709170083	1.7366617949752383	0.0824468850889823	1.0	0.6236945100310413	36	O00443,P37287,Q9Y217,Q96N66,P35790,Q99943,Q13315,Q9NPH0,Q8TBX8,Q8WUK0	10
Negative regulation of secretion	0.6097715049398724	1.7351183382938298	0.0827198467812173	1.0	0.6250162294799345	14	P09601	1
Chloride transport	0.6473515899720649	1.734438586716284	0.082840293553716	1.0	0.625183804968851	10	P08183,Q4KMQ2,Q9UHG3	3
Calcium import into the mitochondrion	0.7305010361767716	1.733355317652696	0.0830325342251363	1.0	0.6258921596449258	7	P21796	1
Positive regulation of autophagy of mitochondrion	0.7648757181897594	1.7301959205148438	0.0835952769717747	1.0	0.6281417487486781	5	P21796	1
Positive regulation of autophagy	0.5123726686211943	1.7300173754313963	0.083627170888106	1.0	0.6281417487486781	26	O00443,P21796,P09601,Q15042,Q8TBX8,P42858	6
Cell migration involved in sprouting angiogenesis	0.700120229771346	1.7282670173914194	0.0839403634371116	1.0	0.6290089425051877	8	P09601	1
Positive regulation of necrotic cell death	0.8440918939816504	1.7248616614631709	0.0845524061911688	1.0	0.6328498919861371	4	Q7Z3C6	1
Tissue migration	0.4698787448149795	1.7184204397869256	0.0857199547623783	1.0	0.639060877523988	48	O00443,Q7Z460,P42785,P09601,Q4VCS5,Q13685,Q8WTV0,Q9NQC3	8
Diol metabolic process	0.7262094223503451	1.7146814860848063	0.0864036397516216	1.0	0.6405812413501001	7	P00374,P35270,P04062	3
Diol biosynthetic process	0.7262094223503451	1.7146814860848063	0.0864036397516216	1.0	0.6405812413501001	7	P00374,P35270,P04062	3
Folic acid containing compound metabolic process	0.6058894269086135	1.7142024173058747	0.0864915571077862	1.0	0.6405812413501001	14	P00374	1
Barbed end actin filament capping	0.6676014207677933	1.711753419521857	0.0869421195204593	1.0	0.6428336496288063	9	P47755,P52907,Q6IBS0,Q13045,P35241,P35611	6
Cellular response to reactive oxygen species	0.5086441441029843	1.7099072013352543	0.0872830345778934	1.0	0.643155904303916	28	P00374	1
Polyol biosynthetic process	0.6334013764705715	1.7095741132146065	0.0873446559758854	1.0	0.643155904303916	11	P00374,P35270,P04062	3
Neuron projection arborization	0.7242589711428749	1.7061850099336489	0.0879736387768073	1.0	0.6452376992456267	7	Q13641,Q15334	2
Regulation of dna binding	0.5084920284300494	1.7052113603529868	0.0881550120224901	1.0	0.6452376992456267	27	Q09472,P09601,Q96TA1,O75844,Q12948	5
Vacuolar transport	0.4778031497289209	1.704686516265271	0.0882529059451731	1.0	0.6452376992456267	45	P07602,P20645,Q9NZJ7,O15118,Q14108,Q96AX1,Q8WUX9	7
Positive regulation of erk1 and erk2 cascade	0.5700030321279307	1.7034516197051912	0.0884835845827536	1.0	0.6452376992456267	18	P18615,P09429,P05067,Q9Y4G8,Q96AC1,Q13641	6
Heart morphogenesis	0.5082384449644581	1.6993695355628513	0.0892495782805304	1.0	0.6496634062022139	25	P10253,Q15648,Q53EL6,Q9Y5P4,O75844	5
Cellular response to nutrient	0.7256929862853269	1.6920152939179398	0.0906430576070373	1.0	0.6567497273067707	6	P09601	1
Membrane invagination	0.6200327626119967	1.6879822826540332	0.0914146300304135	1.0	0.6600208040822643	12	Q9Y5X1	1
Positive regulation of endothelial cell proliferation	0.690112864290744	1.6828305246064434	0.0924079040864889	1.0	0.66459984008758	8	P09429,O14786,P09601	3
Regulation of ion transport	0.42294614173199	1.677661928134956	0.0934131157826727	1.0	0.6662491509073588	72	P08183,P21796,Q12955,O75915,Q96GC9,Q15042,Q15334,P05067,O43865,P78417,Q4KMQ2,P42858,O75844	13
Regulation of striated muscle cell differentiation	0.6883767858003852	1.674930677841151	0.0939478336883048	1.0	0.6672003064130603	8	Q9UGN5,Q96TA1	2
Ion transmembrane transport	0.4956120574434319	1.6732373310737816	0.094280584009013	1.0	0.6672003064130603	147	P08183,Q14728,P21796,P45880,Q9UBX3,O14548,Q15334,Q9C0H2,P53985,P00846,O75964,P42858,Q96ES6,Q8N4V1,Q12955,P00403,Q9BQT8,O43826,P05067,Q9HD20,Q9UHG3,Q70HW3,P78417,O43865,O75844,Q8TB61,Q9H2D1,Q4KMQ2,Q9UDW1,Q9BPX6,Q9Y6M7,Q96GC9,P21281,O43772	34
Second messenger mediated signaling	0.503875285068327	1.668746468938294	0.0951676356168911	1.0	0.6681578143085647	25	P78417,Q9Y4G8,O75844	3
Membrane lipid biosynthetic process	0.5149992744883886	1.6676055333691668	0.0953940590939326	1.0	0.6681578143085647	23	P04062,Q8NBX0,O95470,Q16880,Q16739,Q96G23,Q99805,Q13510	8
Regulation of macroautophagy	0.4636534015995177	1.6640129394327945	0.0961098436063523	1.0	0.6695677064483965	48	P21796,P04062,Q93050,P09601,O15118,Q15042,P21281,Q8TBX8,P42858	9
Protein localization to axon	0.828388811186924	1.6633552972826309	0.0962413357617446	1.0	0.6695677064483965	4	Q12955,O14579	2
Protein neddylation	0.7141622074835615	1.662108229389383	0.0964910758406822	1.0	0.6695677064483965	7	Q96GG9,Q9BTE7	2
Phosphate ion transmembrane transport	0.8276774183932474	1.660563270796192	0.0968011907715729	1.0	0.6695677064483965	4	Q9UBX3	1
Phosphate ion transport	0.8276774183932474	1.660563270796192	0.0968011907715729	1.0	0.6695677064483965	4	Q9UBX3	1
Protein localization to vacuole	0.5437023745647667	1.654340672069148	0.098058313509777	1.0	0.6695677064483965	20	Q14108,P20645,Q9NQC3	3
Liposaccharide metabolic process	0.561487063248689	1.6530064030853926	0.0983295604256491	1.0	0.6695677064483965	18	P04062,P16278,P04066,Q8NBX0,Q16880,Q16739,Q99805	7
Base excision repair	0.5433690816418754	1.6522609762878695	0.0984813608360042	1.0	0.6695677064483965	20	Q96T60,Q86W56,Q9UGN5,P28340,Q96K76,P23396,P12004,Q07864,P29372,P35244,P15927	11
Regulation of hormone levels	0.4219648188774597	1.6470099602407005	0.099555998584357	1.0	0.6695677064483965	58	Q9UBM7,P53985,Q9UNH7,Q9HB40,O00330,P17858,P16435,Q12904,O60678,O75844,P62820,Q8NBQ5,Q9BTZ2,Q15648,Q9HBH5,P42892,O15382,P50416,P22059,O95470,Q96TA1,Q6NUM9	22
Positive regulation of toll like receptor signaling pathway	0.7449589402194008	1.6468194172219557	0.0995951690346401	1.0	0.6695677064483965	5	Q9NQC3	1
Mitotic dna replication	0.6292396913377272	1.6446028456996018	0.1000517396399964	1.0	0.6700307027259553	10	O75844,Q14566	2
Cytokine production involved in inflammatory response	0.8233644343580933	1.6436260242591236	0.1002534749415373	1.0	0.670563797732329	4	Q53EL6	1
Forebrain neuron development	0.8220894150385123	1.6386157610111958	0.101293307797194	1.0	0.6712222090903099	4	Q9Y4G8	1
Forebrain neuron differentiation	0.8220894150385123	1.6386157610111958	0.101293307797194	1.0	0.6712222090903099	4	Q9Y4G8	1
Platelet morphogenesis	0.7087838585602682	1.6385670444051603	0.1013034604772273	1.0	0.6712222090903099	7	Q96AX1	1
Regulation of response to external stimulus	0.4700963272770053	1.635018976854714	0.1020450695368808	1.0	0.6712222090903099	122	Q9BVA1,Q8WXF1,Q13315,Q13641,Q9Y3Z3,P60900,P28070,Q09472,Q9BY67,Q7Z460,P80303,P05067,Q53EL6,O43657,Q96G23,O75844,Q96KB5,P09429,Q4KMQ2,Q9Y4E8,Q9NUD5,Q9NZ08,Q15648,Q15233,P04062,P10586	26
Response to hydrogen peroxide	0.5093869684718637	1.6295370221997614	0.1031993841089382	1.0	0.6740805766951388	23	P09601	1
Posttranslational protein targeting to endoplasmic reticulum membrane	0.7103466061797894	1.625455467118872	0.104065545383631	1.0	0.6769580774342131	6	P46379	1
Dendrite morphogenesis	0.4953524172115627	1.6234560364049495	0.1044919541585043	1.0	0.678344706486127	30	Q15334,Q9Y4G8,Q9UQB8,Q13641,O43251	5
Carbohydrate derivative transport	0.5642950610274253	1.6213054603996702	0.1049521445554062	1.0	0.6793968426078149	17	P07602,Q9NZJ7,Q8TB61,O43826,Q8WTV0	5
Negative regulation of blood pressure	0.8175564874232697	1.6207917891171149	0.1050623000413273	1.0	0.6793968426078149	4	P42785	1
Protein catabolic process in the vacuole	0.8171031292447348	1.6190081586968557	0.1054455076984886	1.0	0.6793968426078149	4	P04062	1
Lysosomal protein catabolic process	0.8171031292447348	1.6190081586968557	0.1054455076984886	1.0	0.6793968426078149	4	P04062	1
Modulation of excitatory postsynaptic potential	0.8165863236561087	1.6169746963936882	0.1058837429997274	1.0	0.6793968426078149	4	P05067,Q9UQB8	2
Regulation of calcium ion transport	0.4950582004739733	1.6162406529763602	0.1060422924724238	1.0	0.6793968426078149	29	P78417,P21796,P42858	3
Cellular carbohydrate catabolic process	0.5708908369274968	1.615286909970994	0.1062485770496641	1.0	0.6796852716974242	16	Q14108,Q9NUJ1,P10253	3
Positive regulation of stress activated protein kinase signaling cascade	0.647258082374896	1.615044854628647	0.1063009816628319	1.0	0.6796852716974242	9	Q99873,O75915,P05067,P09429,O00560	5
Body fluid secretion	0.6141531919079845	1.611876592488565	0.1069887967687548	1.0	0.680661613240027	11	P00403,Q13505,Q15648	3
Secondary metabolic process	0.7026397198914835	1.6116229320838158	0.1070440173861342	1.0	0.680661613240027	7	P40616,Q9Y4G8,Q9UPY5	3
Feeding behavior	0.7068561958329505	1.6102715358620447	0.1073385903857238	1.0	0.680661613240027	6	Q9GZP9	1
Lactation	0.6216226011582713	1.6066201713087056	0.1081377148622291	1.0	0.680661613240027	10	P00403,Q13505,Q15648	3
Epithelial cell apoptotic process	0.5858894048421358	1.6058326234322229	0.1083106905813537	1.0	0.680661613240027	14	Q53EL6,P09601	2
Sphingolipid biosynthetic process	0.5760333330561029	1.60414508318341	0.1086820764125022	1.0	0.680661613240027	15	P04062,P22059,O95470,Q16880,Q16739,Q96G23,Q99805,Q13510	8
Ceramide biosynthetic process	0.6438110844710028	1.598583886820223	0.1099130923755544	1.0	0.680661613240027	9	Q16739,Q96G23,P04062,Q13510	4
Negative regulation of cytokine production	0.5046948378331932	1.5976207625200118	0.1101274028260137	1.0	0.680661613240027	23	Q53EL6,P09601	2
Glycosphingolipid metabolic process	0.6435866675052586	1.5975114782122712	0.1101517411617121	1.0	0.680661613240027	9	P04062,P16278,Q16880,Q16739,Q99805,P06280	6
Regulation of inflammatory response	0.4917624228127957	1.5971459250244149	0.1102331831490432	1.0	0.680661613240027	30	P60900,P28070,Q96KB5,P04062,Q13315,P05067,Q53EL6	7
Pathway restricted smad protein phosphorylation	0.7036704993199915	1.59639912772189	0.1103997107775267	1.0	0.680661613240027	6	O00560,Q93062	2
Entry into host	0.489751433857733	1.5952659523613049	0.1106527759379589	1.0	0.680661613240027	32	Q96J02,P35613,O14786,P02786,P14373,O15118,P19474,Q14108,Q9BTY2,Q8WTV0,P15151	11
Organic hydroxy compound transport	0.5043385919306228	1.595194299577224	0.1106687931048937	1.0	0.680661613240027	23	Q14728,Q8WTV0,O15118	3
Cellular hyperosmotic response	0.7033652009681934	1.5950689856675135	0.1106968100087373	1.0	0.680661613240027	6	Q9BPX6	1
Negative regulation of proteolysis involved in cellular protein catabolic process	0.4933043309583755	1.5950032390176658	0.1107115114754424	1.0	0.680661613240027	26	P46379,O00560,Q86UE8,Q96KB5,P78559,O94966,O15372,Q93009,Q96HY6,P62829	10
Fatty acyl coa biosynthetic process	0.6020591553493162	1.5946500350717792	0.1107905170405789	1.0	0.680661613240027	12	Q9NZ01	1
Glycosylceramide metabolic process	0.8104076897580331	1.5926465721008352	0.1112394995330996	1.0	0.6807783966981421	4	Q16880,Q16739,P04062	3
Proteoglycan metabolic process	0.7027604555286875	1.592433840653677	0.1112872575551819	1.0	0.6807783966981421	6	Q8NCH0,Q7LGA3	2
Proteoglycan biosynthetic process	0.7027604555286875	1.592433840653677	0.1112872575551819	1.0	0.6807783966981421	6	Q8NCH0,Q7LGA3	2
Response to arsenic containing substance	0.5922363822983215	1.5901588859295115	0.1117989953373146	1.0	0.6813780586761581	13	P09601	1
Thyroid hormone mediated signaling pathway	0.9675389201722436	1.5866299394033114	0.1125964824727525	1.0	0.6813780586761581	2	P42785	1
Determination of adult lifespan	0.6684095387262149	1.5837180526260983	0.113257894781225	1.0	0.6813780586761581	8	O75844,Q13315,P04062	3
Regulation of autophagy of mitochondrion	0.6085975761791931	1.5835331175908158	0.1133000044870118	1.0	0.6813780586761581	11	P21796	1
Response to purine containing compound	0.5811791270307325	1.5801671047744863	0.1140686029295356	1.0	0.6813780586761581	14	P35613,P05067,Q9Y4G8,Q86X55	4
Cholesterol efflux	0.6999153476308256	1.5800301828778387	0.1140999544715275	1.0	0.6813780586761581	6	Q8WTV0	1
Establishment of protein localization to endoplasmic reticulum	0.5407628669713976	1.5799825733737267	0.1141108573951723	1.0	0.6813780586761581	19	P46379,Q15629,Q15042,P49458	4
Metal ion homeostasis	0.4122374750673609	1.5764608891075471	0.1149196254258908	1.0	0.6813780586761581	71	Q9BPX6,P30519,O75880,P09601,Q15334,P05067,Q9HD20,Q9Y487,P78417,P42858	10
Membrane protein proteolysis	0.5887872572949839	1.571764483349555	0.1160051812269111	1.0	0.6869446130537555	13	Q9NZ08,Q16740,Q9Y5X1,Q8TCT9,Q9H300	5
Regulation of calcium ion transport into cytosol	0.6378476307650229	1.57005749365671	0.1164017362657978	1.0	0.6876024569387242	9	P78417	1
Regulation of release of sequestered calcium ion into cytosol	0.6378476307650229	1.57005749365671	0.1164017362657978	1.0	0.6876024569387242	9	P78417	1
Regulation of response to extracellular stimulus	0.726423310877172	1.5687947894361054	0.1166957629261311	1.0	0.6880615789954091	5	P80303	1
Neuron maturation	0.7260204860528684	1.5670949279794653	0.1170925045762967	1.0	0.6897615871429627	5	O75503,P05067	2
Response to dexamethasone	0.6366594722483793	1.5643667623843804	0.1177314616513005	1.0	0.6922435850513624	9	Q9H7B4,P04062	2
Positive regulation of ion transport	0.4770729008982584	1.5630546083720216	0.1180397509264825	1.0	0.6928879884246256	38	P08183,Q12955,Q96GC9,Q15042,Q9Y3S1,O43865,P78417,Q4KMQ2,P42858	9
One carbon metabolic process	0.5954560806637728	1.5601861809665625	0.118715890299756	1.0	0.6934883874804155	12	P00374	1
Glucosylceramide metabolic process	0.9602517389864194	1.557698472488788	0.1193047427850251	1.0	0.6946259473454043	2	P04062	1
Regulation of blood circulation	0.487899123262858	1.5564649906184018	0.1195975613591966	1.0	0.6946259473454043	24	P78417,O75844,P10253	3
Negative regulation of ubiquitin dependent protein catabolic process	0.487628352104677	1.5545584281328388	0.1200512711095269	1.0	0.6946259473454043	24	P46379,O00560,Q86UE8,Q96KB5,P78559,O15372,Q93009,Q96HY6,P62829	9
Regulation of muscle organ development	0.6346010662974121	1.5545024572994042	0.1200646109745524	1.0	0.6946259473454043	9	P16989,Q96TA1,P49454	3
Cellular response to arsenic containing substance	0.6342909706893405	1.553015817168275	0.1204193558805364	1.0	0.6946943034515618	9	P09601	1
Regulation of anion transport	0.6616986771436449	1.5529237928898292	0.1204413418275813	1.0	0.6946943034515618	8	P08183,Q15042,O43865	3
Muscle system process	0.429536391751444	1.551993710626291	0.1206637285029963	1.0	0.695346594869622	54	O00443,P10253,P09601,P78417,Q9Y5P4	5
Detoxification	0.4859919488644207	1.54425951584172	0.1225254758889526	1.0	0.7039826804779363	27	P08183,P00374,P78417,Q6DKJ4	4
Positive regulation of epithelial cell apoptotic process	0.7976212786665688	1.5422060307062049	0.1230235350606343	1.0	0.7039826804779363	4	Q53EL6	1
Wound healing spreading of epidermal cells	0.7974809413324448	1.5416517612113538	0.1231582400773252	1.0	0.7039826804779363	4	Q96AC1,Q7Z460,P42345	3
Regulation of wound healing spreading of epidermal cells	0.7974809413324448	1.5416517612113538	0.1231582400773252	1.0	0.7039826804779363	4	Q96AC1,Q7Z460,P42345	3
Intrinsic apoptotic signaling pathway in response to dna damage	0.5335611571971473	1.5358416993193922	0.1245772097769817	1.0	0.7095436066259245	19	P46379,Q09472,Q96K76,P09601,Q13315	5
Regulation of epithelial to mesenchymal transition	0.685250942117338	1.5350895492762693	0.1247618330094426	1.0	0.7099595542093686	7	O00560,Q7Z460,P42345,Q12948	4
Cell cycle dna replication	0.5490964338307411	1.5326288862323707	0.1253673199903275	1.0	0.7106244159484123	17	O95785,Q14566,Q9BY42,Q15554,O75844	5
Response to axon injury	0.5490727939914313	1.5324904923253235	0.1254014420151774	1.0	0.7106244159484123	17	P00374	1
Phosphatidic acid metabolic process	0.717783502632087	1.5322999626982674	0.1254484303223795	1.0	0.7106244159484123	5	Q9NPH0	1
Sensory perception of light stimulus	0.5897889503248082	1.530536628274688	0.1258839542241214	1.0	0.7106244159484123	12	P50897	1
Tetrapyrrole catabolic process	0.9729677287159932	1.5270028407791203	0.1267603049757002	1.0	0.7128946449860725	3	P30519	1
Lysosomal lumen acidification	0.952302086783704	1.526130491107481	0.1269773698220213	1.0	0.7128946449860725	2	P50897	1
Regulation of chemotaxis	0.4831536274776592	1.526107528665181	0.1269830874210609	1.0	0.7128946449860725	28	Q9BVA1	1
Myelin assembly	0.6831128880449415	1.52565269302969	0.1270963818182244	1.0	0.7128946449860725	7	Q9NR77,Q16880	2
Vasculogenesis	0.6556398676393894	1.5250662080591124	0.1272425846595792	1.0	0.7128946449860725	8	O95470,Q4VCS5,Q9Y4G8	3
Positive regulation of mitochondrion organization	0.5399312101406849	1.5243806738025918	0.1274136449993523	1.0	0.7128946449860725	18	P21796,P42858	2
Regulation of cholesterol metabolic process	0.7157957948961169	1.5238934678186882	0.1275353254989388	1.0	0.7128946449860725	5	P49748	1
Cardiac cell development	0.5968715706238491	1.523511536827986	0.1276307765858435	1.0	0.7128946449860725	11	Q9UGN5,Q53EL6,O75844	3
Regulation of neuron projection regeneration	0.6858444879550354	1.5185413983214726	0.1288779714863661	1.0	0.7139622017037186	6	Q96G23	1
Regulation of pattern recognition receptor signaling pathway	0.5538595727367993	1.5180506534066596	0.1290016297373655	1.0	0.7139622017037186	16	Q9NPR9,Q9NQC3,O43657,Q9Y4E8,Q9NUD5	5
Transmembrane transport	0.5156633427720853	1.5171679772518027	0.1292242790735791	1.0	0.7139622017037186	195	P08183,Q14728,P21796,P45880,Q9UBX3,Q99595,O14548,Q15334,Q8WTV0,Q9C0H2,P53985,P00846,O75964,P42858,Q9NS69,Q96ES6,Q9BSK2,O60830,Q8N4V1,Q12955,P00403,Q9BQT8,O43826,P05067,Q9HD20,Q9UHG3,Q70HW3,P78417,O43865,O75844,O14925,Q8IXU6,Q15629,Q8TB61,Q9H2D1,P23786,Q4KMQ2,Q9UDW1,Q9BPX6,P04062,Q9Y6M7,Q96GC9,P21281,P50542,O43772	45
Nik nf kappab signaling	0.5216912965633529	1.5162548622078675	0.1294549204004527	1.0	0.7139622017037186	20	Q09472,Q99627,P05067,O15111,Q53EL6,O43657	6
Retrograde axonal transport	0.6262865518871205	1.5145887919837884	0.1298765723094406	1.0	0.7139622017037186	9	P33176,P43034,Q14168	3
Head morphogenesis	0.6847900542578511	1.5139243815770829	0.1300450194857219	1.0	0.7139622017037186	6	O95470,Q15042	2
Regulation of tube size	0.5778480605555565	1.5132566484922925	0.130214479851245	1.0	0.7139622017037186	13	Q9HB40,O00443,P48507,P42892	4
Low density lipoprotein particle clearance	0.6029659761779005	1.513125024479054	0.1302479042076578	1.0	0.7139622017037186	10	Q9H4M9,Q8WTV0,P09601,Q92945	4
Neuromuscular process controlling balance	0.5777936617868754	1.5129650814571365	0.1302885288006265	1.0	0.7139622017037186	13	P10253,O14773,Q15334,P05067,O43251	5
Membrane lipid catabolic process	0.6028528070575231	1.5125560048770457	0.1303924765956059	1.0	0.7139622017037186	10	P50897,P04062,P04066,O95470,Q13510,P06280	6
Calmodulin dependent kinase signaling pathway	0.9483272606823464	1.5103456330936438	0.1309552534102103	1.0	0.7139622017037186	2	O75844	1
Response to hepatocyte growth factor	0.712436272077404	1.509676870937062	0.1311258958132739	1.0	0.7139622017037186	5	Q15648,P48507	2
Positive regulation of stem cell differentiation	0.7122249739848087	1.5087823704977663	0.1313544074327146	1.0	0.7139622017037186	5	Q9Y6C9,Q12948	2
Plasma lipoprotein particle clearance	0.5937998646553734	1.5077461810137651	0.1316195011589438	1.0	0.7139622017037186	11	Q9H4M9,Q8WTV0,P09601,Q92945	4
Carbohydrate catabolic process	0.4571734452305669	1.50751683077513	0.1316782330303085	1.0	0.7139622017037186	44	P10253,P16278,Q14108,Q9NUJ1,P08236,Q9BRR6	6
Response to food	0.6832634737446436	1.5072378359039644	0.1317497052499474	1.0	0.7139622017037186	6	P80303	1
3 phosphoadenosine 5 phosphosulfate metabolic process	0.7875356176816077	1.5023391857270882	0.1330095334638423	1.0	0.7157575072369564	4	Q8TB61	1
Phosphatidylserine metabolic process	0.7873694822757302	1.5016819483112456	0.1331792680764558	1.0	0.7157575072369564	4	Q8N2K0,Q8NCC3	2
Negative regulation of vascular associated smooth muscle cell proliferation	0.681385024151903	1.499006633734158	0.1338719111187249	1.0	0.7175173534434105	6	P09601	1
Nonribosomal peptide biosynthetic process	0.7859541635436832	1.4960822397817677	0.1346322254659648	1.0	0.7194799095579821	4	Q16775,P48507	2
Amide transport	0.4730927031841023	1.4955070230479226	0.1347821683986487	1.0	0.7194799095579821	35	P08183,P07602,Q9UPY5,Q9NZJ7,O00330,P17858,Q9H2D1,P50416,P22059,P62820,P53985,Q12904,Q9Y5P4	13
Hypothalamus development	0.7855479389418794	1.4944747968606809	0.135051564525646	1.0	0.7195963597254272	4	O14949,Q15042	2
Wound healing	0.4194913444041087	1.4935654434897585	0.1352892371967615	1.0	0.7202595205404159	55	Q9BWH2,Q96AY3,Q7Z460,P42785,P09601,P15291,Q16625,Q8WTV0,Q8WUX9,P49257,Q4KMQ2,P38435	12
Positive regulation of defense response	0.4643609166810252	1.4918244232528983	0.1357451795046902	1.0	0.7206109203212147	40	P09429,Q09472,Q15233,Q15648,Q9BY67,P05067,Q53EL6,Q9NUD5	8
Response to ketone	0.4725991339013158	1.4917022018038326	0.1357772316562806	1.0	0.7206109203212147	35	Q13126,P04062,P11802,P16278,Q9H7B4	5
Cytochrome complex assembly	0.5983162032700416	1.4897281881731153	0.1362957197552565	1.0	0.7225944742357853	10	Q9BSK2,O75880,Q9Y2R0,P53701,Q96I36	5
Negative regulation of cell population proliferation	0.4244229922528955	1.4869198222688935	0.1370359882409018	1.0	0.7235045287872341	90	Q15648,Q13362,P09601,P49711,Q9NR77,Q96TA1,Q96DY7,Q9Y4G8,Q15392,Q13641,Q53EL6,Q96G23	12
Positive regulation of ion transmembrane transport	0.477954793182708	1.4853041606777866	0.1374632702161691	1.0	0.7245578501369244	26	P08183,Q12955,Q96GC9,P78417,Q4KMQ2,P42858	6
Regulation of nik nf kappab signaling	0.5404043909202269	1.481651353566181	0.1384330872314141	1.0	0.7269993469424981	17	Q53EL6,O43657,P05067	3
Microglia differentiation	0.9410400794965228	1.481408195266492	0.1384978322059584	1.0	0.7269993469424981	2	P04062	1
Water homeostasis	0.6190218017094211	1.4796285805123592	0.1389723948572627	1.0	0.728889015731167	9	P04062	1
Cardiac epithelial to mesenchymal transition	0.940046372971184	1.477462525770996	0.1395516963779441	1.0	0.7293183852938105	2	Q53EL6	1
Regulation of systemic arterial blood pressure	0.7047657242826835	1.4771798145286597	0.1396274431449011	1.0	0.7293183852938105	5	P42785	1
Cellular iron ion homeostasis	0.5954780990685067	1.4754300686237047	0.140096956393493	1.0	0.7311138972121142	10	P09601	1
Apoptotic cell clearance	0.6445025777482813	1.473730300646624	0.1405542211069654	1.0	0.731157771612849	8	Q8WTV0	1
Negative regulation of smooth muscle cell proliferation	0.643673251897549	1.4699013674812489	0.1415884691689906	1.0	0.7313981724898051	8	P09601	1
Vascular associated smooth muscle cell proliferation	0.5860459701208979	1.467876512314339	0.1421377692790502	1.0	0.7313981724898051	11	P09601	1
Regulation of dna methylation	0.6165478212930563	1.4677057504992186	0.1421841680484594	1.0	0.7313981724898051	9	Q96TA1,O75844	2
Aminoglycan biosynthetic process	0.6430551521247829	1.4670471094175024	0.1423632405248516	1.0	0.7313981724898051	8	Q8NCH0	1
Hindbrain morphogenesis	0.615860672485511	1.4643926793893467	0.1430866871802396	1.0	0.7332412397736202	9	P63167,P04062	2
Protein transport along microtubule	0.7775936360623108	1.4629811402476196	0.1434725396273859	1.0	0.7332412397736202	4	P78559,Q14168,P33176	3
Vacuole organization	0.4436547642424025	1.4615600521717376	0.1438618080751377	1.0	0.7332412397736202	47	P10253,P50897,P04062,Q96GC9,Q15042,P54802,O14773,Q14108,O75503,Q9NT62,P11117,Q8TBX8,Q96AX1,Q9Y4P8,Q7Z3C6	15
Maintenance of location	0.4119734800777281	1.4595552897111304	0.1444123347117802	1.0	0.7332412397736202	56	P10253,Q14534,P24390,P04062,Q12955,Q8WTV0,P43034,P78417,P42858	9
Xenobiotic metabolic process	0.543529283611395	1.458733537685357	0.1446384615667209	1.0	0.7338037420155329	16	P07099,P78417,Q86WA6,O43169	4
Response to interleukin 4	0.6676093282714642	1.4570666329051192	0.14509798788175	1.0	0.7344139272463562	7	P11802	1
Regulation of multicellular organism growth	0.5671464767437706	1.4557875468317598	0.145451359372903	1.0	0.7344139272463562	13	P11802,O95470,P05067,O75844	4
Positive regulation of calcium ion transmembrane transporter activity	0.6134020200988515	1.4525331128834706	0.1463534289414361	1.0	0.7366301542131459	9	P78417,P42858	2
Hyperosmotic response	0.6664732209233676	1.4520304711941106	0.1464931328195742	1.0	0.7367504434767834	7	Q9BPX6	1
Steroid hormone biosynthetic process	0.6986588148017283	1.4512729214273232	0.146703878391174	1.0	0.7372275468599127	5	Q9UBM7,Q15648	2
Negative regulation of neuron projection development	0.519655123418908	1.45021536880541	0.1469984706073164	1.0	0.7381249171300293	19	O14786,Q9NR77,Q86X55,Q9NQC3,P43034,Q96G23	6
Regulation of plasma lipoprotein particle levels	0.5655287039907835	1.4470812653819256	0.1478741644599108	1.0	0.7383543590158358	13	P09601	1
Response to oxidative stress	0.4195979153140488	1.4469866154729172	0.1479006722843614	1.0	0.7383543590158358	89	P00374,P30519,Q96T60,Q15165,Q93062,P04062,P00390,P09601,P05067,Q15392,Q99720,O43169	12
Regulation of lysosomal lumen ph	0.9506295559973492	1.4463156904803016	0.1480886768475646	1.0	0.7383543590158358	3	O75503,P50897	2
Bone mineralization	0.5893766960933586	1.4446494250558608	0.1485563824247688	1.0	0.7395238917681088	10	O75844	1
Response to xenobiotic stimulus	0.3986483888179664	1.4437950307621907	0.14879664023306	1.0	0.7395238917681088	70	P08183,P11802,P07099,Q96K76,P09601,O15118,Q86WA6,P78417,O43169	9
Associative learning	0.5647137887917926	1.442693913603414	0.1491067145314923	1.0	0.7395238917681088	13	Q13641,P50897	2
Neuronal action potential	0.696612732311486	1.442586705249279	0.1491369307039427	1.0	0.7395238917681088	5	Q12955,P04062	2
Astrocyte development	0.7722903546569387	1.4419661428000992	0.1493119251551333	1.0	0.7395392480170979	4	P05067,Q00534,P08670	3
Positive regulation of calcium ion transport	0.5469153957546888	1.4409280864028886	0.1496050003454896	1.0	0.7395392480170979	15	P78417,P42858	2
Neuron apoptotic process	0.4351565015297331	1.4396230446719855	0.1499740761917003	1.0	0.7407880999468925	49	O95630,O14786,Q15233,P50897,P04062,P09601,Q99720,Q13315,P05067,P48507,Q96A26,Q9UNH7,P55210	13
Sterol transport	0.5390870400691429	1.4331542771726118	0.1518137529919756	1.0	0.7452462164621521	16	Q8WTV0	1
Phosphatidylcholine catabolic process	0.9467229524948956	1.432200297507337	0.1520865066233172	1.0	0.7460095259348838	3	Q8NCC3	1
Regulation of bone mineralization	0.6614549104113912	1.4297700479651798	0.1527830282520526	1.0	0.7477926888943935	7	O75844	1
Regulation of cellular response to osmotic stress	0.7689174287638135	1.428594020195967	0.153120953869865	1.0	0.7481993152996016	4	Q9BPX6	1
Formation of extrachromosomal circular dna	0.7679611279483112	1.4248018872439858	0.154214476643365	1.0	0.7523868868137182	4	Q9UQ84	1
Cellular modified amino acid catabolic process	0.6642163806978351	1.4236130052625346	0.1545585290243341	1.0	0.7528207072223949	6	Q8N2K0,Q9NRN7,Q9UHG3	3
Anterograde axonal transport	0.5609417981306186	1.4223711724355814	0.1549185272577664	1.0	0.7528207072223949	13	P33176,Q15554,Q92572,Q14168	4
Carboxylic acid transport	0.4657649756129166	1.4220069048646609	0.1550242464558817	1.0	0.7528207072223949	33	P07602,Q9UBX3,Q9NZJ7,O75915,Q15042,Q9H2D1,Q9BQT8,Q96NB2,P53985	9
Regulation of regulated secretory pathway	0.5301569316173373	1.421328039988645	0.1552214155229676	1.0	0.7528207072223949	17	P09601	1
Endocytosis	0.4327438488714277	1.413979157915212	0.1573680221000466	1.0	0.7582781946047598	105	Q8NC96,Q5VW38,O00443,P20645,Q15642,P50897,O15118,Q9Y5X1,Q14108,Q15334,Q8WTV0,P05067,O00560,Q4KMQ2,O15260	15
Positive regulation of nitric oxide synthase activity	0.941414016683224	1.4130182182533204	0.1576503674693277	1.0	0.7582781946047598	3	P00374	1
Torc1 signaling	0.6612345854323105	1.4104919922380768	0.1583944592938562	1.0	0.7582781946047598	6	Q96EE3,Q13315,Q9Y4R8,P42345	4
Glycolipid transport	0.9231533620404108	1.410414559759432	0.158417308713969	1.0	0.7582781946047598	2	P07602	1
Prostate gland growth	0.9231533620404108	1.410414559759432	0.158417308713969	1.0	0.7582781946047598	2	P07602	1
Regulation of myotube differentiation	0.7642813737328261	1.4102069553320418	0.1584785826711325	1.0	0.7582781946047598	4	Q96TA1	1
Positive regulation of vasculature development	0.5501742021362899	1.4100200595273382	0.158533759873332	1.0	0.7582781946047598	14	P09601	1
Regulation of actin cytoskeleton reorganization	0.6044943818965627	1.4095009582290727	0.1586870903171648	1.0	0.7582781946047598	9	O14786,Q9UQB8	2
Homologous chromosome segregation	0.5821888268478397	1.4083181652531522	0.159036879094029	1.0	0.7582781946047598	10	P46379,Q13315,Q9BTX1,Q92791	4
Cerebral cortex neuron differentiation	0.7636357145115309	1.4076456019045414	0.1592360370939891	1.0	0.7582781946047598	4	P50542	1
Mitochondrial membrane organization	0.4535464641079617	1.4041098335900628	0.1602861458102313	1.0	0.759866214340307	40	P45880,Q13505,P50542,Q9Y512,Q9NS69	5
P body assembly	0.6289886181121129	1.4019739757773717	0.1609230181131336	1.0	0.7601934037958122	8	Q96F86,P26196,Q9HBH5,Q9NZN8	4
Tail anchored membrane protein insertion into er membrane	0.6288039560221877	1.401118322877986	0.1611786932584258	1.0	0.7606964736721847	8	P46379,O43681,Q5J8M3,Q8N4V1	4
Endosome organization	0.4658407118273923	1.3999199696279083	0.1615372852997179	1.0	0.761823728003562	28	Q14108,Q8WUX9,Q2M389	3
Blood vessel morphogenesis	0.3965200590718656	1.3970960121205724	0.1623847008733931	1.0	0.7626669141365069	72	P35613,Q9NZ08,O00443,Q15648,Q96AY3,P42785,P09601,Q13685,O95470,Q96TA1,Q9Y4G8,Q12948	12
Regulation of protein neddylation	0.7608473111375311	1.396582368089634	0.1625391954935942	1.0	0.7626669141365069	4	Q96GG9	1
Pyridine containing compound metabolic process	0.6539708666418472	1.3965290993949675	0.1625552240756214	1.0	0.7626669141365069	7	Q13126,P43490	2
Cellular oxidant detoxification	0.5022678385216555	1.3932790416447225	0.1635354258327508	1.0	0.7654399501772834	20	P00374,P78417,Q6DKJ4	3
Regulation of water loss via skin	0.6847454926087939	1.3921520006090622	0.1638763743058147	1.0	0.7654783357809053	5	P04062	1
Hormone biosynthetic process	0.6266234402455564	1.3910121586445157	0.16422173980013	1.0	0.7665287664038349	8	Q15648	1
Positive regulation of cellular response to transforming growth factor beta stimulus	0.6840396617099316	1.389149636334743	0.1647872527866241	1.0	0.7665628280283461	5	O00560	1
Calcium ion transport	0.4196760139348051	1.3882344366769546	0.1650656692716985	1.0	0.7665628280283461	52	Q9BPX6,P21796,P78417,Q4KMQ2,P42858,O75844	6
Maintenance of dna repeat elements	0.7586997540311454	1.388060169516038	0.1651187238790348	1.0	0.7665628280283461	4	P52701,O75844	2
Response to gonadotropin	0.916859887379928	1.3854573878234742	0.165912653633319	1.0	0.7665628280283461	2	P16435	1
Response to follicle stimulating hormone	0.916859887379928	1.3854573878234742	0.165912653633319	1.0	0.7665628280283461	2	P16435	1
Cellular response to gonadotropin stimulus	0.916859887379928	1.3854573878234742	0.165912653633319	1.0	0.7665628280283461	2	P16435	1
Cellular response to follicle stimulating hormone stimulus	0.916859887379928	1.3854573878234742	0.165912653633319	1.0	0.7665628280283461	2	P16435	1
Cotranslational protein targeting to membrane	0.5697979365176742	1.384021626382031	0.1663518328567428	1.0	0.7665628280283461	11	P43307,Q15629	2
Regulation of triglyceride metabolic process	0.9332990866512764	1.3837012498890364	0.1664499507017294	1.0	0.7665628280283461	3	Q8WTV0	1
Response to thyroid hormone	0.6550998093196212	1.3834751356755226	0.1665192261628321	1.0	0.7665628280283461	6	Q15648,P04062	2
Hippocampus development	0.523381144487381	1.3813205039758194	0.1671804365268427	1.0	0.7670983550851191	17	Q9H0D6,Q13144,Q00534,Q15058,P07196,P43034,O14949,P62826	8
Retinol metabolic process	0.6500392443836942	1.3790477044272027	0.167880046076567	1.0	0.7672169372592945	7	Q9BTZ2,Q6NUM9	2
Positive regulation of calcium ion transmembrane transport	0.5599884843857657	1.3736711530485162	0.169543796336588	1.0	0.7708787183859206	12	P78417,P42858	2
Regulation of cation transmembrane transport	0.4387600803293723	1.3721998602363803	0.170001228927588	1.0	0.7714321101550038	45	P21796,Q12955,Q96GC9,Q15334,P05067,P78417,Q4KMQ2,P42858	8
Homologous chromosome pairing at meiosis	0.6222503117274485	1.370730443381227	0.1704590009530491	1.0	0.7724075242616086	8	P46379,Q9BTX1	2
Amyloid fibril formation	0.6518766401133641	1.369269995113182	0.1709148934937578	1.0	0.7733716588956526	6	P05067,O15212,Q99471	3
Organelle disassembly	0.4357223069183547	1.3681492655771454	0.1712653584750154	1.0	0.7744066884278951	46	P33176,Q9H300,P21796,P41214,Q92538,Q9Y3C8,Q9ULC4,P04062,P50851,Q9UII2,P46199,P06493,Q9NT62,P42858,Q9BWH2,Q9Y4P8,Q7Z3C6	17
Cellular ion homeostasis	0.4000811620845124	1.3645174768365913	0.172404757526996	1.0	0.7763002908087062	78	Q9BPX6,O75880,P50897,Q9Y6M7,Q93050,P09601,O75503,Q15334,P05067,Q9HD20,Q96AX1,P78417,P42858	13
Vitamin metabolic process	0.461043605722627	1.3643919102061235	0.1724442526375313	1.0	0.7763002908087062	25	P00374,P04062,Q9H2D1,P78417,O00764	5
T cell differentiation in thymus	0.5949440863143879	1.3632612216798226	0.1728001987264069	1.0	0.7769292327190114	9	O96005,P04062	2
Regulation of amyloid fibril formation	0.6775724676905911	1.3616287159334737	0.1733150880526333	1.0	0.7773153954928105	5	P05067,O15212,Q99471	3
Positive regulation of i kappab kinase nf kappab signaling	0.4585563985775412	1.3608268833302457	0.1735684041158778	1.0	0.7773153954928105	32	P29692,Q86UE4,P02786,Q8TB61,P09601,Q9H2U1,P14373,P19474,O15111,P61088,O43657	11
Mitochondrial respirasome assembly	0.9105664127194448	1.3605173160821844	0.1736662770177723	1.0	0.7773153954928105	2	P14406	1
Negative regulation of response to external stimulus	0.4442302641515544	1.360153823732139	0.1737812515301322	1.0	0.7773153954928105	42	Q9Y3Z3,P28070,P04062,Q7Z460,P80303,O43657,Q96G23	7
Insulin receptor signaling pathway	0.4698178146534208	1.3581210644492534	0.1744252722498132	1.0	0.7780306868709399	23	O00443,P43490,P11802,Q8TBX8,Q9UQB8	5
Positive regulation of excitatory postsynaptic potential	0.9099039417025534	1.3578931904599203	0.1744975784417575	1.0	0.7780306868709399	2	Q9UQB8	1
Regulation of protein polyubiquitination	0.6193753996454816	1.357388049071619	0.1746579435267334	1.0	0.7780306868709399	8	O75150,Q96FW1,Q13309,Q9Y263	4
Calcium ion regulated exocytosis	0.5930522342047609	1.354090145273234	0.1757076198271847	1.0	0.7780306868709399	9	Q68EM7,Q15042	2
3 utr mediated mrna destabilization	0.6481597119739985	1.352880536960868	0.1760937981701467	1.0	0.7780306868709399	6	Q13148,Q9HCE1,Q9H2U1,Q92945	4
Macrophage differentiation	0.675413667030992	1.3524377724864718	0.1762353128176799	1.0	0.7780306868709399	5	P04062	1
Positive regulation of phosphoprotein phosphatase activity	0.7495603382581668	1.3517797889518548	0.1764457715299143	1.0	0.7780306868709399	4	Q8IV63	1
Positive regulation of transporter activity	0.4782719704005534	1.351491148422736	0.1765381534694652	1.0	0.7780306868709399	22	P08183,Q12955,Q96GC9,P78417,P42858	5
Cochlea development	0.6750663129973578	1.35095875913803	0.1767086439016907	1.0	0.7780306868709399	5	P43034,P49736,Q13308,Q9BW83	4
Fatty acyl coa metabolic process	0.5307983496263362	1.3498296407391448	0.1770706347290511	1.0	0.7780306868709399	15	Q9NZ01	1
Response to corticosteroid	0.4587750981099504	1.3471638594112545	0.1779274648057511	1.0	0.7780306868709399	27	P16278,Q9H7B4,P04062	3
Plasma membrane phospholipid scrambling	0.9231278992710412	1.346969408594468	0.1779900853653013	1.0	0.7780306868709399	3	Q4KMQ2,Q7Z3C6	2
Regulation of transcription regulatory region dna binding	0.5468763080833023	1.3463881395667538	0.178177373918118	1.0	0.7780306868709399	13	Q96TA1,Q09472,O75844	3
Retrograde vesicle mediated transport golgi to endoplasmic reticulum	0.4581921724414765	1.3458628484584574	0.1783467521605206	1.0	0.7780306868709399	24	P24390,Q9Y282	2
Regulation of endoplasmic reticulum tubular network organization	0.7479483136958418	1.3453790409171067	0.1785028601452629	1.0	0.7780306868709399	4	Q15042	1
Ketone catabolic process	0.747939148817418	1.345342649636044	0.1785146064647937	1.0	0.7780306868709399	4	Q16775,Q6YP21	2
Sulfur compound transport	0.5696705914191611	1.3448853961662226	0.178662247023559	1.0	0.7780306868709399	10	Q70HW3,Q8TB61	2
Regulation of skeletal muscle tissue development	0.646317906348366	1.3447562470080432	0.1787039638737368	1.0	0.7780306868709399	6	P16989,Q96TA1	2
Positive regulation of potassium ion transport	0.6421378979431214	1.3438810390311455	0.1789868583385194	1.0	0.7780306868709399	7	Q4KMQ2,Q9Y3S1	2
Production of molecular mediator involved in inflammatory response	0.56932598275849	1.3431366396744548	0.1792277333864698	1.0	0.7780306868709399	10	Q53EL6	1
Positive regulation of transmembrane receptor protein serine threonine kinase signaling pathway	0.5278203246062677	1.332948530265144	0.1825486949947627	1.0	0.7847714483906746	15	O00560,Q93062	2
Glycolipid biosynthetic process	0.5595290485570021	1.3308397719015812	0.1832417382231617	1.0	0.785568691762638	11	Q16880,Q16739,Q8NBX0,Q99805	4
Somatic diversification of immune receptors via somatic mutation	0.6689983435213995	1.3251146598446062	0.1851331245561076	1.0	0.7900103977034263	5	Q9Y3Z3,Q9UQ84	2
Cellular carbohydrate metabolic process	0.3861288003083346	1.3245562423259134	0.1853183773035223	1.0	0.7900103977034263	59	P10253,P16278,Q14108,Q9NUJ1,Q9Y223,O75844,Q7LGA3	7
Cellular response to toxic substance	0.4552337864065198	1.3215369259615717	0.1863223986041822	1.0	0.7900103977034263	26	P00374,P78417,Q6DKJ4	3
Cell killing	0.4908651956181926	1.32068258074061	0.1866072246225321	1.0	0.7900103977034263	20	P07437,P68371	2
Embryonic appendage morphogenesis	0.5859955357197759	1.319852596654409	0.1868842369318462	1.0	0.7900103977034263	9	Q15648	1
Positive regulation of protein neddylation	0.8999668764491562	1.3185620529008295	0.1873155670096644	1.0	0.7900103977034263	2	Q96GG9	1
Lymphocyte mediated immunity	0.4536964546113393	1.3153592052026586	0.1883892090360566	1.0	0.7900103977034263	30	P33176,Q9UQ84,Q9BY67,P02786,Q9NQT5,P07437,P52701,P09429,P68371	9
Signal peptide processing	0.6396199584522773	1.3151964720681026	0.1884438805278381	1.0	0.7900103977034263	6	O75503,Q8TCT9,P67812	3
Calcium ion transmembrane transport	0.4442435454608429	1.3144585233130786	0.1886919471565153	1.0	0.7902950413494081	39	Q9BPX6,P21796,P78417,Q4KMQ2,P42858	5
Intermembrane lipid transfer	0.7397871394393125	1.3129704169317429	0.1891929168291026	1.0	0.7908313645642254	4	P48739,Q9Y5P4	2
Myotube differentiation	0.5320758251296117	1.3098900432568246	0.1902330359234636	1.0	0.7915386360661057	14	Q9H4M9,Q96TA1,Q9H7B4,Q8IV08	4
Antigen processing and presentation	0.4624786945590945	1.3073004830445516	0.1911106802382445	1.0	0.7931155562137714	23	Q9NZ08,Q9UIQ6	2
Response to testosterone	0.5833134563019353	1.3068288269963255	0.1912708524654398	1.0	0.7932628183736169	9	Q13126	1
3 phosphoadenosine 5 phosphosulfate biosynthetic process	0.8963232858562469	1.3041569614847268	0.192180070756295	1.0	0.7951427729554619	2	Q8TB61	1
Positive regulation of epithelial to mesenchymal transition	0.635418018138573	1.2966421205329113	0.1947543527276165	1.0	0.8014406158170093	6	O00560,P42345,Q12948	3
Positive regulation of blood vessel endothelial cell migration	0.6059253520940999	1.294884769248607	0.1953599833610939	1.0	0.8023968381751756	8	O00443,P09601	2
Alcohol metabolic process	0.3909166195450788	1.2897999282190669	0.1971201328855791	1.0	0.8043945285436788	76	P00374,Q14534,P04062,P35270,O15118,P16435,Q15800,Q16850,Q8WTV0,P05067,Q15392,P49748,Q14739,Q13510	14
Nucleobase catabolic process	0.7338033763235183	1.289207869641766	0.1973258298588969	1.0	0.8043945285436788	4	Q02252	1
Pyrimidine nucleobase catabolic process	0.7338033763235183	1.289207869641766	0.1973258298588969	1.0	0.8043945285436788	4	Q02252	1
Cation transmembrane transport	0.4267442205522207	1.2890844474455447	0.1973687298108586	1.0	0.8043945285436788	111	P21796,O14548,Q15334,P00846,O75964,P42858,Q96ES6,Q8N4V1,Q12955,P00403,P05067,Q9HD20,Q70HW3,P78417,Q4KMQ2,Q9UDW1,Q9BPX6,Q9Y6M7,Q96GC9,P21281,O43772	21
Regulation of oxidative phosphorylation	0.5789304058868945	1.28553410154645	0.1986057079781196	1.0	0.8072818325627279	9	P14406,O14548	2
Mononuclear cell differentiation	0.4402685739282276	1.2823175788430108	0.1997312638428514	1.0	0.8072818325627279	39	Q15648,Q09472,O96005,P24390,P04062,Q13315,Q00534,P09429,O00625	9
Regulation of ruffle assembly	0.6282754073734571	1.2820938389379746	0.1998097299792081	1.0	0.8072818325627279	7	P35241,P35080,Q9P258,P07737	4
Fatty acid derivative biosynthetic process	0.5267929500532023	1.280576913466707	0.2003423133151995	1.0	0.8078074252886287	14	Q9NZ01	1
Dna templated transcription termination	0.6027069183779237	1.279911943557832	0.2005761066523552	1.0	0.8078171938114644	8	O75844,Q16637	2
Regulation of synaptic vesicle exocytosis	0.5776226618545611	1.2791780523267868	0.2008343627687749	1.0	0.8078171938114644	9	Q15042,P35080,P16615,Q06787	4
Regulation of atp metabolic process	0.4490275516972321	1.2780235953990309	0.2012411067583068	1.0	0.8078171938114644	25	Q9BSK2,P14406,O14548,P00403,P05067	5
Ion homeostasis	0.4118997742815505	1.2779327871408672	0.2012731262473273	1.0	0.8078171938114644	97	Q9BPX6,P30519,O75880,P50897,Q9Y6M7,Q93050,P09601,O75503,Q15334,P05067,Q9HD20,Q9Y487,Q96AX1,P78417,P48507,P42858	16
Endocrine process	0.6311609206754096	1.277837990883833	0.201306555890937	1.0	0.8078171938114644	6	P42892	1
Stress activated protein kinase signaling cascade	0.4449453326035708	1.277275346669598	0.2015050542070051	1.0	0.8078171938114644	35	Q96J02,P09429,Q96KB5,Q99873,O75915,P31689,P05067,P29372,P78318,P43034,O00560,Q53EL6,O75844	13
Inorganic ion transmembrane transport	0.4195482702634411	1.2745149563273936	0.2024809755626628	1.0	0.8087240634048407	105	P21796,Q9UBX3,O14548,P00846,O75964,P42858,Q96ES6,Q8N4V1,P00403,O43826,Q9HD20,Q9UHG3,P78417,Q4KMQ2,Q9UDW1,Q9BPX6,Q9Y6M7,Q96GC9,P21281	19
Leukocyte mediated immunity	0.4318818230020124	1.2742870973343765	0.2025616875128604	1.0	0.8087240634048407	43	Q9UQ84,P07437,P68371,P09601	4
Regulation of reactive oxygen species metabolic process	0.4486377185493121	1.2732335956372418	0.2029351624166027	1.0	0.8094504722849067	27	P00374	1
Mismatch repair	0.540557541331916	1.2707035076821385	0.2038341472465257	1.0	0.8104955279889978	12	Q9UQ84,P43246,P12004,P52701,P09429,P35244,P15927	7
Mitochondrion endoplasmic reticulum membrane tethering	0.7287443819414752	1.269120117392667	0.2043982262312655	1.0	0.8113444132482401	4	Q96GC9,O43865	2
Positive regulation of protein polymerization	0.44767599501212	1.2680081453797192	0.2047950417591053	1.0	0.8113969026000538	29	P50552,Q7Z460,Q9Y5X1,P07737,Q16625,Q9UQB8	6
Regulation of phagocytosis	0.5320375814870807	1.2659424307524356	0.2055336938871002	1.0	0.8113969026000538	13	P09429,Q8WTV0,Q4KMQ2	3
Bone development	0.4475134687830029	1.2650215956771274	0.2058635865226197	1.0	0.8113969026000538	27	Q15648,Q09472,P16435,P43034,O75844,Q7Z3C6	6
Positive regulation of toll like receptor 9 signaling pathway	0.8863862206028505	1.26492372692371	0.2058986709743226	1.0	0.8113969026000538	2	Q9NQC3	1
Toll like receptor 9 signaling pathway	0.8863862206028505	1.26492372692371	0.2058986709743226	1.0	0.8113969026000538	2	Q9NQC3	1
Regulation of toll like receptor 9 signaling pathway	0.8863862206028505	1.26492372692371	0.2058986709743226	1.0	0.8113969026000538	2	Q9NQC3	1
Muscle cell apoptotic process	0.531760601312136	1.2644386045954528	0.2060726440430951	1.0	0.8113969026000538	13	P09601	1
Response to nitrosative stress	0.6545826404359185	1.2636811137605344	0.206344506546432	1.0	0.8113969026000538	5	Q13315,P48507	2
Intrinsic apoptotic signaling pathway	0.3818425607334605	1.2634682136508304	0.2064209629943372	1.0	0.8113969026000538	70	P46379,Q15233,Q09472,P45880,P16989,Q96K76,O75915,P09601,Q13315,P52701,P31689,P63241,Q8WUK0	13
Cellular response to biotic stimulus	0.4440087194464016	1.2623583670517016	0.2068198630004318	1.0	0.8113969026000538	34	Q53EL6,Q8WTV0,O75844	3
Appendage morphogenesis	0.5460992935546867	1.2611213442008238	0.2072651316462599	1.0	0.8113969026000538	11	Q15648	1
Regulation of hormone metabolic process	0.6270065700846253	1.2594831285501755	0.2078558803727068	1.0	0.8113969026000538	6	O75844,P16435	2
Vacuolar localization	0.5222710859245436	1.255461881239322	0.2093111375214329	1.0	0.8113969026000538	14	P09601	1
Protein k48 linked deubiquitination	0.5519574768635617	1.254858265668106	0.2095302166045813	1.0	0.8113969026000538	10	O94966,Q96FW1,Q9Y4E8	3
Animal organ regeneration	0.5140614788471723	1.2547960440874388	0.2095528090358094	1.0	0.8113969026000538	15	P09601	1
Bone morphogenesis	0.5725402289186079	1.2544664582504257	0.209672509882818	1.0	0.8113969026000538	9	Q7Z3C6,O75844,P16435	3
Regulation of synapse structure or activity	0.4418511280068914	1.253159220358406	0.2101477675341976	1.0	0.812020405574211	35	Q13641,P07437,P50897,Q9UQB8	4
Negative regulation of neuron apoptotic process	0.4453039885673427	1.2488760714361706	0.2117104048371667	1.0	0.8148225018596823	27	O95630,O14786,Q15233,P50897,P04062,P09601,P48681,P43246,P48507,Q9UNH7	10
Regulation of tor signaling	0.5357857347318925	1.2453598471593346	0.2129995058633436	1.0	0.8174599789959532	12	P04062,Q9Y4R8,Q9P2J5,Q13315,P54646,Q96EE3,O75844	7
Cell morphogenesis involved in neuron differentiation	0.402308749216292	1.2411564596755416	0.2145479557773046	1.0	0.8202849126533729	91	P43034,Q9BVA1,Q12955,P42892,Q15334,Q96TA1,P05067,P83731,Q9Y4G8,Q9NQC3,Q9UQB8,Q13641,Q13509,O43251	14
Branched chain amino acid biosynthetic process	0.8800927459423683	1.2401223905320982	0.2149301284397884	1.0	0.8203103039003464	2	O15382	1
Transmission of nerve impulse	0.61859010209669	1.238879977725523	0.2153899496170586	1.0	0.8203103039003464	7	Q12955,P43034,P04062	3
Axonal transport	0.485193117802365	1.2362157619367629	0.2163783733345399	1.0	0.8203103039003464	19	P33176,Q92572,Q14168,P43034,Q15554	5
Negative regulation of lipid metabolic process	0.6174732459046609	1.2338954232219357	0.2172418752005804	1.0	0.8203103039003464	7	Q8TBX8,P49748	2
Diencephalon development	0.6474193800264748	1.2331489559104023	0.2175201953284948	1.0	0.8203103039003464	5	O14949,Q15042	2
Leukocyte differentiation	0.3997961075687297	1.2321033563633268	0.2179104778065919	1.0	0.8209262818869693	53	P09429,Q09472,O96005,P24390,Q15648,P04062,Q13315,Q00534,P05067,P43034,Q14739,O00625	12
Nucleoside bisphosphate biosynthetic process	0.4424732689763074	1.2294112703650335	0.2189176467591211	1.0	0.8209262818869693	29	P50897,Q9NZ01	2
Negative regulation of phagocytosis	0.6457801284368097	1.226162535989421	0.2201375164329619	1.0	0.8209262818869693	5	P63244,P09429,Q9NT62	3
Carbohydrate homeostasis	0.4382639252481298	1.2251789054065456	0.2205078205894368	1.0	0.8209262818869693	35	P49366,Q15120,Q99808,P42785,P48507,P53985,Q96RR1	7
Extracellular exosome assembly	0.7175815198886084	1.2248145105368566	0.2206451164645368	1.0	0.8209262818869693	4	O00560	1
Acylglycerol homeostasis	0.8891469389200806	1.2245139165819043	0.2207584197084069	1.0	0.8209262818869693	3	Q8WTV0	1
Cellular copper ion homeostasis	0.8889204185853197	1.2236996949603332	0.2210655347840173	1.0	0.8209262818869693	3	P05067	1
Copper ion homeostasis	0.8889204185853197	1.2236996949603332	0.2210655347840173	1.0	0.8209262818869693	3	P05067	1
Glycosylceramide biosynthetic process	0.8757866843325638	1.223176659826945	0.2212629791403437	1.0	0.8209262818869693	2	Q16739	1
Response to cisplatin	0.8751242133156723	1.2205714448848752	0.2222483234657151	1.0	0.8209262818869693	2	P09601	1
Negative regulation of immune response	0.4896803904005026	1.2203635098175911	0.2223271038528018	1.0	0.8209262818869693	18	Q9Y3Z3,P09601,P28070	3
Positive regulation of cholesterol storage	0.8747929778072255	1.219269025149878	0.2227421010294212	1.0	0.8209262818869693	2	Q8WTV0	1
Pyridine containing compound biosynthetic process	0.7160549523360518	1.2187585387769384	0.2229358523135585	1.0	0.8209262818869693	4	P43490	1
Muscle cell development	0.4410294648561893	1.2185285410212563	0.2230231856421438	1.0	0.8209262818869693	26	Q9UGN5,Q16527,Q13045,Q96TA1,Q9H7B4,O75844	6
Membrane raft organization	0.5651155900348658	1.218345412768568	0.223092739477102	1.0	0.8209262818869693	9	O15118	1
Regulation of viral induced cytoplasmic pattern recognition receptor signaling pathway	0.6173945991515609	1.2170062859387645	0.2236018242279862	1.0	0.8209262818869693	6	O43657,Q9Y4E8	2
Immune effector process	0.3758188223683635	1.2166133798249137	0.2237513496242418	1.0	0.8209262818869693	59	Q9UQ84,Q9BY67,P09601,P07437,P68371	5
Telomerase holoenzyme complex assembly	0.7153427514202423	1.2159335126742563	0.2240102505651395	1.0	0.8209262818869693	4	Q13315,Q15185	2
Positive regulation of t cell proliferation	0.5888327050647848	1.215319403882838	0.2242442940448912	1.0	0.8209262818869693	8	P09429,P49366,P23396,P02786	4
Limbic system development	0.4664250474111347	1.215134303418469	0.2243148720972767	1.0	0.8209262818869693	21	Q9H0D6,O14786,Q15042,Q13144,Q00534,P43034,O14949,P62826	8
Monocyte differentiation	0.613223730105469	1.214928405037647	0.2243933989628166	1.0	0.8209262818869693	7	O00625,Q15648	2
Glial cell proliferation	0.6423720544120619	1.2116389354871182	0.2256506235072688	1.0	0.8235590590848598	5	Q96G23	1
Dendrite development	0.4124293021166594	1.209330016219281	0.2265360834879664	1.0	0.8246750103955625	48	P43034,O14786,Q9Y296,P78559,P46821,Q86X55,Q15334,P05067,Q9Y4G8,Q9UQB8,Q13641,O60678,O43251	13
Negative regulation of muscle organ development	0.713354626425508	1.2080485074198084	0.227028604550074	1.0	0.8248749184166595	4	P16989	1
Negative regulation of muscle tissue development	0.713354626425508	1.2080485074198084	0.227028604550074	1.0	0.8248749184166595	4	P16989	1
Pore complex assembly	0.5209152487886499	1.205507641930376	0.2280073896955463	1.0	0.8272133342014375	13	Q9BTX1,Q9NQC3	2
Regulation of biomineralization	0.5624484529442667	1.2053653956058417	0.228062274157391	1.0	0.8272133342014375	9	P04920,Q4KMQ2,O75844	3
Positive regulation of rig i signaling pathway	0.8836123817213577	1.204630637077867	0.2283459239803715	1.0	0.8272988430313918	3	Q9Y4E8	1
Sprouting angiogenesis	0.5050463458573717	1.2034756785340672	0.2287922976379115	1.0	0.8284442786410889	15	P09601	1
Cardiac ventricle development	0.5275771491749198	1.2017276656976157	0.2294690586585255	1.0	0.8290381023567194	12	Q15648,O75844	2
Positive regulation of protein polyubiquitination	0.7115905535842724	1.20105357717101	0.2297304190827707	1.0	0.8290381023567194	4	O75150,Q13309	2
Vacuolar acidification	0.6100186083134312	1.200622256905969	0.2298977634364982	1.0	0.8290381023567194	7	Q93050,O75503,P50897	3
Ether metabolic process	0.5614204379047891	1.20036199572715	0.2299987819332929	1.0	0.8290381023567194	9	P43034,P07099,Q6PIU2	3
Transepithelial transport	0.8818801250495749	1.1984121225582398	0.2307566154039966	1.0	0.830358363801033	3	P08183	1
Srp dependent cotranslational protein targeting to membrane	0.5850032394368615	1.1974832948404248	0.2311182349130724	1.0	0.830719892947439	8	Q15629	1
Metal ion transport	0.3960250713891217	1.1962269763919802	0.2316079963575827	1.0	0.8315406731529016	89	Q9BPX6,P21796,Q8N4V1,Q9Y6M7,Q9HD20,O43865,P78417,Q4KMQ2,O15173,P42858,O75844	11
Negative regulation of response to wounding	0.6082372875645347	1.1926713787398506	0.2329980990422697	1.0	0.8316005771822255	7	Q96G23	1
Walking behavior	0.8802784559025627	1.1926645236001718	0.2330007848430226	1.0	0.8316005771822255	3	O15118	1
Cellular monovalent inorganic cation homeostasis	0.4363487643930991	1.1895971880293403	0.2342047516122782	1.0	0.8316005771822255	24	P50897,Q9Y6M7,Q93050,O75503,Q96AX1	5
Layer formation in cerebral cortex	0.7084118378587088	1.1884531256410271	0.234654936771836	1.0	0.8316005771822255	4	Q96N66	1
Er associated misfolded protein catabolic process	0.6065877648805093	1.185308990361857	0.2358953001630799	1.0	0.8325361496968757	7	P46379,Q9BUN8,Q9HCN8	3
Negative regulation of extrinsic apoptotic signaling pathway	0.4696682152108075	1.1851656631561225	0.2359519531694773	1.0	0.8325361496968757	20	O14786,Q86WB0,P09601,Q8IWB1,P48507,P26583,P42858	7
Phosphatidylinositol 3 phosphate biosynthetic process	0.7065251485497446	1.1809768262086178	0.2376119293808831	1.0	0.8325361496968757	4	O00443	1
Regulation of response to biotic stimulus	0.372109870896943	1.1777012648912455	0.2389157224726033	1.0	0.8334679915162704	59	Q9NZ08,Q9Y3Z3,Q15233,Q09472,Q15648,Q9BY67,P09429,O43657,Q9Y4E8,Q9NUD5,O75844	11
Glycosphingolipid biosynthetic process	0.876076872100731	1.177597302272826	0.2389571858732595	1.0	0.8334679915162704	3	Q16739,Q99805	2
Regulation of muscle cell differentiation	0.4824637490826596	1.1763920929440836	0.2394382299777417	1.0	0.8337745041698923	18	Q9UGN5,Q96TA1,Q53EL6,P42345	4
Intraciliary transport	0.6338808669002483	1.1754671844705882	0.2398078583821059	1.0	0.8345663166468543	5	Q8NCM8,Q9BW83	2
C terminal protein amino acid modification	0.863530970520044	1.1750665875967583	0.2399680768234766	1.0	0.8345663166468543	2	O60725	1
Dsrna processing	0.5070545742076302	1.170824176928206	0.2416694576221152	1.0	0.8387894650255849	14	Q9UPY3,Q15631,O75844	3
Lipid droplet organization	0.6027187959867331	1.1680418975941056	0.2427898651101192	1.0	0.841301264613605	7	Q14534	1
Regulation of long term synaptic potentiation	0.6318011757026049	1.166612031035612	0.2433670825035541	1.0	0.84207652561777	5	P05067	1
Protein destabilization	0.5203222300150439	1.163140290593707	0.2447725874463091	1.0	0.8436026998912911	12	Q96AB3,Q9BUN8,Q09472,P42858	4
Positive regulation of transmembrane transport	0.4328664830243843	1.1621694427799525	0.245166644307333	1.0	0.8436026998912911	31	P08183,Q12955,Q96GC9,Q9Y3S1,P78417,Q4KMQ2,P42858	7
Lipid storage	0.5054168250401914	1.1617070076839284	0.245354498228369	1.0	0.8436026998912911	14	Q8WTV0,Q14534,P04062	3
Response to auditory stimulus	0.8598873799271316	1.1608018593572205	0.2457224866801888	1.0	0.8436026998912911	2	P42858	1
Fertilization	0.4332132568861239	1.1606227110267864	0.2457953653694322	1.0	0.8436026998912911	29	P45880	1
Regulation of heart contraction	0.4499160349999211	1.1601851361979083	0.2459734373307678	1.0	0.8436026998912911	22	P78417,O75844	2
Negative regulation of receptor internalization	0.6300992580980778	1.159366938578352	0.2463066471317776	1.0	0.8438356968510335	5	O00560	1
Sterol biosynthetic process	0.4409974138506435	1.1580167372061732	0.2468572062336025	1.0	0.844666979352723	23	Q14534,P16435,Q15800,Q16850,Q15392	5
Organic acid transport	0.4159521717689556	1.1567485408348874	0.2473751115162492	1.0	0.844666979352723	44	P08183,Q9UBX3,O75915,Q15042,Q9H2D1,Q9BQT8,Q96NB2,P23786,P53985,O43772	10
Regulation of neuron projection development	0.3684191441184337	1.1547809683454884	0.2481801325778549	1.0	0.8461216323744492	67	Q09472,Q14108,Q9NR77,P10586,Q9Y4G8,Q9NQC3,Q9UQB8,Q96G23	8
Calcium mediated signaling	0.4851837267825561	1.15447898587847	0.2483038490479561	1.0	0.8461216323744492	17	P78417,O75844	2
Disaccharide metabolic process	0.8578999668764535	1.1530292004204346	0.2488983993275346	1.0	0.8465634999242477	2	P10253	1
Prostate gland development	0.627160282939991	1.1468592965579023	0.2514397775159049	1.0	0.8474344825022248	5	P07602	1
Chemical homeostasis	0.4555919120561778	1.145853936615027	0.2518555935026627	1.0	0.8474344825022248	160	P30519,P42785,P09601,O75503,Q15334,Q8WTV0,Q9Y487,Q96AX1,P53985,P42858,Q12955,O15118,P05067,Q9HD20,Q9NQC3,P78417,Q9Y5P4,P49366,O75880,P50897,Q99808,Q93050,P09429,Q96CP7,O15260,Q9BPX6,P04062,P28340,Q9Y6M7,Q9Y3S1,Q16739,Q9BWH2,Q9H4M9,P48507	34
Thioester biosynthetic process	0.4391762751757603	1.1453374968499923	0.2520693788663033	1.0	0.8474344825022248	23	Q9NZ01	1
Modification of postsynaptic actin cytoskeleton	0.6262800730667286	1.1431142854972045	0.2529911438115286	1.0	0.8474344825022248	5	Q9UQB8	1
Positive regulation of locomotion	0.3783007169984562	1.1426493475395414	0.2531842080932092	1.0	0.8474344825022248	77	O00443,Q7Z460,P09601,Q8WTV0,P05067,Q9Y4G8,Q9NQC3,Q13641,O00560,Q4KMQ2	10
Glutamate receptor signaling pathway	0.6963871395425845	1.1408421674658902	0.2539356094510974	1.0	0.8474344825022248	4	P05067,Q92542,Q06787	3
Cholesterol storage	0.8658017259810566	1.140818234015324	0.2539455710636322	1.0	0.8474344825022248	3	Q8WTV0	1
Aspartate family amino acid biosynthetic process	0.522959415737717	1.140739557894118	0.25397831965982	1.0	0.8474344825022248	11	Q13126	1
Bicarbonate transport	0.8545876117919885	1.140088054778334	0.2542496179742912	1.0	0.8474344825022248	2	Q9Y6M7	1
Response to increased oxygen levels	0.5724914812386446	1.139212275118234	0.2546146269474958	1.0	0.8474344825022248	8	P00846	1
Cellular component assembly involved in morphogenesis	0.4624484775502663	1.1389060841722558	0.2547423276998959	1.0	0.8474344825022248	20	Q16880,Q7Z460,Q9NR77,Q13045,P43034,Q16527	6
Retinoic acid metabolic process	0.8539251407750962	1.137501877188497	0.255328540297814	1.0	0.8474344825022248	2	Q9HB40	1
Digestion	0.5154741340342043	1.1373488766434037	0.255392469860082	1.0	0.8474344825022248	12	Q16739,Q8WTV0	2
Chloride transmembrane transport	0.6249189095650804	1.1373239200471166	0.2554028987493915	1.0	0.8474344825022248	5	Q9UHG3	1
Protein polymerization	0.3755693830827623	1.136613857535007	0.255699744467994	1.0	0.8474344825022248	75	P45880,P52907,Q9Y5X1,P07900,Q14019,Q13045,P63000,O15145,Q9BSJ2,P47755,P50552,P04350,Q7Z460,P46821,P07737,Q16625,Q9UQB8,P42345,Q6IBS0,Q96S59,P35611	21
Base excision repair gap filling	0.5287049077578203	1.1364243069074147	0.2557790277263549	1.0	0.8474344825022248	10	Q96T60,Q07864,P12004,P28340	4
Very long chain fatty acid metabolic process	0.528508675040163	1.1354246004461257	0.2561974571248597	1.0	0.8474344825022248	10	Q9NZ01	1
Androgen metabolic process	0.624451897004752	1.1353375325205006	0.2562339220970107	1.0	0.8474344825022248	5	Q15648	1
Dna methylation	0.4755695666230267	1.134356282398066	0.2566451293288279	1.0	0.8474344825022248	18	Q8NB78,Q96TA1,O75844	3
Regulation of ph	0.4613404311403978	1.1318043387755206	0.2577167032296152	1.0	0.8474344825022248	20	P50897,Q9Y6M7,Q93050,O75503,Q96AX1	5
Regulation of cellular ph	0.4613404311403978	1.1318043387755206	0.2577167032296152	1.0	0.8474344825022248	20	P50897,Q9Y6M7,Q93050,O75503,Q96AX1	5
Positive regulation of nucleotide metabolic process	0.5981014878425803	1.131780138478711	0.2577268798880543	1.0	0.8474344825022248	6	P00403	1
Positive regulation of atp metabolic process	0.5981014878425803	1.131780138478711	0.2577268798880543	1.0	0.8474344825022248	6	P00403	1
Dna dependent dna replication maintenance of fidelity	0.506596691202338	1.127616889742581	0.2594817506181235	1.0	0.8474344825022248	13	Q7Z7L1,Q9Y3Z3,Q8NFC6,P28340,P12004,Q9UNS1	6
Formation of translation preinitiation complex	0.5699855407829307	1.1275454169708192	0.2595119495205842	1.0	0.8474344825022248	8	P55010,P41214,Q9ULC4	3
Regulation of calcium ion transmembrane transporter activity	0.4987040382827356	1.124331196632689	0.2608725485260081	1.0	0.8474344825022248	14	P78417,P42858	2
Cellular response to carbohydrate stimulus	0.4737991987074691	1.1235593753522848	0.261199998460659	1.0	0.8474344825022248	18	Q15120,Q99808,O00330,P22059,P55809,P63244,Q96RR1,P48507,P54646	9
Epiboly	0.5959116000191985	1.1221153939612574	0.2618133794175885	1.0	0.8474344825022248	6	Q96AC1,Q7Z460,P42345	3
Rescue of stalled ribosome	0.5955384920306774	1.120469014067372	0.2625139497233539	1.0	0.8474344825022248	6	P63244,O94822,O60524	3
Dicarboxylic acid transport	0.4794429802783719	1.1202779748671392	0.262595324789062	1.0	0.8474344825022248	17	Q9UBX3,O75915,Q15042,Q9H2D1,Q9BQT8	5
Intrinsic apoptotic signaling pathway in response to dna damage by p53 class mediator	0.524982607684681	1.11746256641483	0.2637965964808941	1.0	0.8474344825022248	10	P46379	1
Modification of postsynaptic structure	0.5911196526570088	1.116300815155479	0.2642933928180118	1.0	0.8474344825022248	7	Q9UQB8	1
Regulation of actin filament organization	0.3601905862961704	1.1144486411044925	0.2650867659800366	1.0	0.8474344825022248	63	P63167,P52907,Q9Y5X1,Q14019,Q13045,P63000,O15145,Q96AC1,P35080,P47755,O14786,P50552,Q9NUQ9,Q7Z460,P07737,Q9UQB8,Q14247,P42345,Q6IBS0,P35241,O75083,Q9UEY8,Q9Y281,P14373,P35611	25
Mammary gland epithelial cell proliferation	0.6192501967978018	1.1132230944072796	0.265612626391003	1.0	0.8474344825022248	5	Q15648	1
Positive regulation of nf kappab transcription factor activity	0.4265412449750031	1.1131862315217145	0.265628454724133	1.0	0.8474344825022248	26	Q09472,Q86UE4,P60900,P02786,P14373,P19474,P05067,O15111,P61088,Q96HY6,Q92974	11
Positive regulation of glial cell differentiation	0.5938048442887973	1.112820235799019	0.2657856426699228	1.0	0.8474344825022248	6	Q9UPY3,P42345	2
Membrane depolarization	0.5431719048028999	1.1115467224475817	0.2663330906240211	1.0	0.8474344825022248	9	Q12955,Q9UII2,P48507,P63244	4
Ph reduction	0.5237003739426983	1.1109316813258785	0.2665977573771549	1.0	0.8474344825022248	10	Q93050,O75503,P50897	3
Face development	0.5428849019460582	1.1101504692885686	0.2669341922275925	1.0	0.8474344825022248	9	O95470,Q15042	2
Establishment of centrosome localization	0.6885932772785341	1.110041828012424	0.2669810025305861	1.0	0.8474344825022248	4	P43034	1
Inorganic ion import across plasma membrane	0.593127609186053	1.1098328323447857	0.2670710684402642	1.0	0.8474344825022248	6	P05026,P05023,Q9Y3S1,P23634	4
Antigen processing and presentation of peptide antigen	0.5168454967040701	1.1089216019846106	0.2674640039420572	1.0	0.8477198829198422	11	Q9UIQ6	1
Positive regulation of protein binding	0.4339241812439328	1.1087632320536769	0.2675323358291741	1.0	0.8477198829198422	23	O14786,Q09472,Q9BUN8,P35611,P05067,Q9Y4G8,P62826	7
Response to epidermal growth factor	0.4883913583238846	1.108537297434992	0.267629840628695	1.0	0.8477198829198422	15	Q15648,Q9UQB8	2
Autophagy of nucleus	0.8565275016567266	1.1077171384947726	0.2679839953343026	1.0	0.8482160091128524	3	Q9Y4P8,Q7Z3C6	2
Substrate dependent cell migration cell extension	0.6875626757697265	1.1059731886780442	0.2687381243012265	1.0	0.8497574288292263	4	O00560,O14786	2
Astrocyte differentiation	0.541528407513986	1.1035516984461031	0.2697876536472954	1.0	0.8509150480291452	9	Q13144,P05067,Q00534,P08670	4
Mitochondrial electron transport ubiquinol to cytochrome c	0.6867753688930633	1.102865743349073	0.2700854726951296	1.0	0.8509150480291452	4	O14949	1
Connective tissue development	0.4414075375143511	1.102621647009502	0.27019150563517	1.0	0.8509150480291452	22	P11802,O15173,P43490,O75844	4
Positive regulation of biomineralization	0.686267183683654	1.100860303525938	0.2709574612519125	1.0	0.8512747498689717	4	Q4KMQ2	1
Negative regulation of jun kinase activity	0.8433256045048082	1.09622272290553	0.2729813178876612	1.0	0.854678712795931	2	Q53EL6	1
Negative regulation of establishment of protein localization to mitochondrion	0.8433256045048052	1.096222722905519	0.2729813178876661	1.0	0.854678712795931	2	P49257	1
Ribosomal small subunit export from nucleus	0.5897143994959011	1.0947814808046503	0.2736123816000297	1.0	0.8558121788295916	6	Q86U38,P62826	2
Negative regulation of nervous system development	0.485812078160106	1.0938302991624422	0.2740294127878557	1.0	0.8561929564731059	15	Q96G23,Q9Y4G8	2
Regulation of response to cytokine stimulus	0.462343253520217	1.0935049069273293	0.274172175738526	1.0	0.8561929564731059	19	P43034,Q9Y3Z3,Q15648	3
Organic acid biosynthetic process	0.3658005092195197	1.0904166015594396	0.2755296721037097	1.0	0.8567545327095801	70	Q13126,P00374,P49748,Q9NZ01	4
Regulation of defense response to virus	0.4925405138521053	1.0900131065001988	0.2757073706718762	1.0	0.8568882717217766	14	O43657	1
Positive regulation of striated muscle cell differentiation	0.8505632869450054	1.086484403348712	0.277264737541302	1.0	0.85773293462613	3	Q9UGN5,Q96TA1	2
Negative regulation of glial cell proliferation	0.8406757204372364	1.085934185523976	0.2775081111090607	1.0	0.85773293462613	2	Q96G23	1
Negative regulation of schwann cell proliferation	0.8406757204372364	1.085934185523976	0.2775081111090607	1.0	0.85773293462613	2	Q96G23	1
Schwann cell proliferation	0.8406757204372364	1.085934185523976	0.2775081111090607	1.0	0.85773293462613	2	Q96G23	1
Negative regulation of dna dependent dna replication	0.8503814271446272	1.0858376998462482	0.2775508038578045	1.0	0.85773293462613	3	Q9UNS1	1
Adipose tissue development	0.5375401745676402	1.0841561536290336	0.2782955686990582	1.0	0.8594739844968002	9	P11802,P43490	2
Myeloid leukocyte differentiation	0.4221154575681389	1.0809876038993569	0.2797026277795149	1.0	0.8621454059754234	26	Q15648,P42345,P04062,Q00534,P05067,P43034,Q14739,O00625	8
Tor signaling	0.4782650376964437	1.0800343470934188	0.2801268854601773	1.0	0.8626172532902459	16	P42345,P04062,Q9Y4R8,Q9P2J5,Q13315,P54646,Q96EE3,O75844	8
Positive regulation of synaptic transmission	0.4725544406659371	1.0792364334965705	0.280482341889738	1.0	0.8632434562255462	17	P33176,Q15042,Q15334,P05067,Q14168	5
Valine metabolic process	0.610898341940952	1.077763415217638	0.2811393500536123	1.0	0.8640620990536627	5	O15382,Q02252	2
Regulation of response to wounding	0.4525929267395542	1.075735670165803	0.2820454897899713	1.0	0.8654585776197675	20	P42345,Q7Z460,Q16625,P10586,Q96AC1,Q4KMQ2,Q96G23	7
Positive regulation of gtpase activity	0.419070606357362	1.0752363601119297	0.2822689203824979	1.0	0.8654585776197675	35	Q15042,Q9Y5X1,Q9Y4G8,Q66K14,Q9P258	5
Keratan sulfate metabolic process	0.8473097456889518	1.074921366319014	0.2824099351050986	1.0	0.8654585776197675	3	P16278	1
Peptidyl arginine methylation to asymmetrical dimethyl arginine	0.8469184890656065	1.0735318227780477	0.2830325684760555	1.0	0.8659216212551276	3	O60678,Q99873	2
Regulation of protein lipidation	0.8467244483643549	1.0728427685499164	0.2833416679471576	1.0	0.8659216212551276	3	P04062	1
Regulation of lipoprotein metabolic process	0.8467244483643549	1.0728427685499164	0.2833416679471576	1.0	0.8659216212551276	3	P04062	1
Regulation of toll like receptor signaling pathway	0.55815662014929	1.0725155168353808	0.2834885482546616	1.0	0.8659216212551276	8	Q9NPR9,Q9NQC3	2
Actin filament polymerization	0.4128640071580244	1.0714324682852951	0.2839750203828575	1.0	0.8659216212551276	40	P47755,P50552,P42345,Q9UEY8,P52907,Q9NUQ9,Q9Y5X1,P07737,Q14019,Q6IBS0,Q13045,P63000,P35241,P35611,O15145,Q9UQB8,P35080	17
Carbohydrate derivative catabolic process	0.4203100954362943	1.0701516632349013	0.2845510476153197	1.0	0.8659216212551276	32	Q13126,Q9Y3Z3,O60502,P04062,P16278,P04066,P54802,Q9BTY2,Q9NUJ1,P08236,P15586	11
Endochondral bone morphogenesis	0.5840677881471916	1.069901963263166	0.2846634393096967	1.0	0.8659216212551276	6	O75844,P16435	2
Antigen processing and presentation of peptide antigen via mhc class i	0.5345224181205346	1.069486807913265	0.284850370091287	1.0	0.8659216212551276	9	Q9UIQ6	1
Mitochondrial electron transport cytochrome c to oxygen	0.5835683816249195	1.0677029145524	0.2856545433271789	1.0	0.8659216212551276	6	P00403	1
Negative regulation of vascular associated smooth muscle cell differentiation	0.8357071878105389	1.0666796841319923	0.2861165041087932	1.0	0.8659216212551276	2	Q53EL6	1
Regulation of carbohydrate catabolic process	0.495373166349537	1.0665634714859085	0.2861690028672634	1.0	0.8659216212551276	13	Q14108,P05067	2
Regulation of lipid localization	0.4698054830067362	1.0628613991577798	0.2878448104536879	1.0	0.8659216212551276	17	Q8WTV0	1
Mitochondrial cytochrome c oxidase assembly	0.5824615285672705	1.0628299527451857	0.287859073515305	1.0	0.8659216212551276	6	Q96I36,O75880,Q9Y2R0	3
Respiratory chain complex iv assembly	0.5824615285672705	1.0628299527451857	0.287859073515305	1.0	0.8659216212551276	6	Q96I36,O75880,Q9Y2R0	3
Cellular response to xenobiotic stimulus	0.4199788685130424	1.0622184877967682	0.2881365087237542	1.0	0.8659216212551276	29	P07099,P78417,Q86WA6,O43169	4
Response to estrogen	0.5012571532047957	1.0617394865301544	0.2883539681322886	1.0	0.8659216212551276	12	P09601,P04062	2
Intestinal absorption	0.5328072896312372	1.061152535587088	0.2886205859066444	1.0	0.8659216212551276	9	Q8WTV0	1
Digestive system process	0.5074239803916216	1.0599180580245668	0.2891818795688761	1.0	0.8659216212551276	11	Q8WTV0	1
Endomembrane system organization	0.4402766435884149	1.0594555684695643	0.2893923540782723	1.0	0.8659216212551276	151	A5D8V6,Q86XL3,Q9Y5X1,Q15042,Q14108,Q8WUX9,P49257,P42858,Q7Z3C6,Q8N4V1,Q2M389,Q12955,Q7Z460,Q9NQC3,Q9UQB8,P43034,Q9Y5P4,O75844,P46379,Q15629,Q4KMQ2,Q96CP7,O15260,O95197,Q96GC9,O43760,P50542,Q16739	28
Megakaryocyte development	0.6757399847372886	1.0593811082822808	0.2894262498277777	1.0	0.8659216212551276	4	Q15648	1
Central nervous system neuron axonogenesis	0.6065398919985836	1.0592864895344372	0.2894693260103242	1.0	0.8659216212551276	5	P43034	1
Heparan sulfate proteoglycan biosynthetic process	0.6065277709592272	1.0592351343668185	0.2894927077995237	1.0	0.8659216212551276	5	Q7LGA3	1
Heparan sulfate proteoglycan metabolic process	0.6065277709592272	1.0592351343668185	0.2894927077995237	1.0	0.8659216212551276	5	Q7LGA3	1
Protein exit from endoplasmic reticulum	0.4566561165639872	1.0579701798755663	0.2900690377271813	1.0	0.8659216212551276	19	Q9BUN8,Q9GZP9,Q8TCT9,P49257,O15260	5
Positive regulation of peptidyl serine phosphorylation	0.4866211907696463	1.0570650591456232	0.2904818963561661	1.0	0.8659216212551276	14	P14174,P02786,P07900,P05067,Q9H7B4,P35080	6
Cognition	0.4158417808214139	1.0568090267926316	0.2905987537700265	1.0	0.8659216212551276	36	P43034,Q09472,P50897,Q15334,P05067,Q13641,P42858	7
Cellular response to nitrosative stress	0.8420550859590875	1.0562776964615137	0.2908413626578494	1.0	0.8659216212551276	3	Q13315	1
Negative regulation of proteolysis	0.3536957183743381	1.0562487257933697	0.2908545947689762	1.0	0.8659216212551276	62	P46379,O00560,Q86UE8,Q96KB5,P78559,Q96K76,P04080,Q8NDZ2,P30086,P16435,P19474,P05067,Q15392,P78318,Q92896,Q93009,O94966,Q9NVX2	18
Dna synthesis involved in dna repair	0.5546423376510007	1.0561852014267126	0.2908836104111376	1.0	0.8659216212551276	8	P28340,P12004,Q07864,P40938,P09884	5
Telomere maintenance via semi conservative replication	0.6747926595824383	1.055654993762848	0.291125866108948	1.0	0.8659216212551276	4	Q15554	1
Regulation of dna damage response signal transduction by p53 class mediator	0.5313225570097446	1.0539397620706985	0.2919104969608825	1.0	0.8659216212551276	9	P14174,P61254,Q13315,O43324,O75844	5
Reactive nitrogen species metabolic process	0.49304817045771	1.0539227743676498	0.2919182750665456	1.0	0.8659216212551276	13	P35270,P07900,P06280,P16435,Q92945,O43169	6
Dna methylation or demethylation	0.4340666803990308	1.0529567022326412	0.292360836601071	1.0	0.8659216212551276	22	Q8NB78,Q96TA1,O75844	3
Positive regulation of synaptic vesicle recycling	0.8317323617091767	1.0513121106022727	0.2931152667074173	1.0	0.8669452937204039	2	Q96CW1	1
Purine nucleotide catabolic process	0.5117133700503793	1.0499190375719227	0.2937553379665596	1.0	0.8669454260363401	10	O43598,Q9Y3Z3	2
T cell activation	0.4012604466089046	1.048188194976029	0.2945519083836287	1.0	0.8669454260363401	45	Q96J02,P49366,O96005,P24390,Q9BY67,P02786,P42345,P04062,Q00534,Q92542,P09429	11
Vesicle cytoskeletal trafficking	0.4613275554266185	1.0475065234446557	0.2948660250674551	1.0	0.8669454260363401	18	P33176,P43034,Q92572,P42858	4
Regulation of tolerance induction	0.8307386551838377	1.0474754328818134	0.2948803570603004	1.0	0.8669454260363401	2	P09429	1
Pyrimidine containing compound catabolic process	0.5752877801682585	1.0458045984185764	0.2956512576716332	1.0	0.8669454260363401	7	Q02252	1
Neuron cellular homeostasis	0.5778586082418398	1.0425791897973238	0.2971432315250952	1.0	0.8669454260363401	6	P78559,P51790	2
De novo amp biosynthetic process	0.573889065680158	1.039586950457654	0.2985318422228635	1.0	0.8669454260363401	7	Q06203,P30520,P22102	3
Regulation of chromatin binding	0.6706581295737771	1.0394066586180175	0.2986156485672597	1.0	0.8669454260363401	4	Q7L2J0	1
Exit from mitosis	0.5096136196372015	1.0392425202932876	0.2986919598165274	1.0	0.8669454260363401	10	Q8WUX9,Q7Z460	2
Anaphase promoting complex dependent catabolic process	0.502996627079502	1.0369110075453407	0.2997773334452569	1.0	0.8669454260363401	11	P30260,Q13042,Q9UJX4	3
Positive regulation of anion transport	0.5765160264518074	1.0366769327427714	0.299886445841881	1.0	0.8669454260363401	6	P08183	1
Positive regulation of endothelial cell apoptotic process	0.836477354671676	1.0365328374633418	0.2999536280563588	1.0	0.8669454260363401	3	Q53EL6	1
Endothelial cell apoptotic process	0.836477354671676	1.0365328374633418	0.2999536280563588	1.0	0.8669454260363401	3	Q53EL6	1
Response to leucine	0.6698707325157386	1.036314942826711	0.3000552371499729	1.0	0.8669454260363401	4	O00330,Q9P2J5,P42345	3
Regulation of rna polymerase ii regulatory region sequence specific dna binding	0.6692001214267713	1.0336824889091287	0.3012846220421981	1.0	0.8669454260363401	4	O75844	1
Smooth muscle cell proliferation	0.4456006385566076	1.0309340934747175	0.3025717273210033	1.0	0.8669454260363401	20	P09601	1
Rhythmic behavior	0.6682057731852298	1.0297804254240166	0.303113091582849	1.0	0.8678203440936708	4	P54802	1
Appendage development	0.4884357568068287	1.0288574070890069	0.303546685765081	1.0	0.8679388830730093	13	Q8NCM8,Q96AC1,P42892,Q15648	4
White fat cell differentiation	0.8254388870486933	1.02704990173493	0.3043969670459703	1.0	0.8695701970192237	2	Q13363	1
Regulation of dendrite morphogenesis	0.4808535631122913	1.0249815531844189	0.3053718917939054	1.0	0.87018754939709	14	Q9Y4G8	1
Pyramidal neuron differentiation	0.8331744570812434	1.0248640287574398	0.3054273495447503	1.0	0.87018754939709	3	O14949	1
Positive regulation of supramolecular fiber organization	0.4050690769429269	1.0195245490947715	0.3079540046249165	1.0	0.8740408583095112	41	P50552,O14786,P42345,Q7Z460,P14373,Q9Y5X1,P46821,P07737,Q16625,P05067,Q9UQB8,Q96AC1	12
Dna damage induced protein phosphorylation	0.663573085846862	1.011620378537347	0.3117195983821454	1.0	0.8798403216092322	4	Q13315,P27361,O14757	3
Protein localization to presynapse	0.8283631544068966	1.00789897559235	0.3135029634888049	1.0	0.8830866605123292	3	P33176,Q14168	2
Axo dendritic protein transport	0.8283631544068966	1.00789897559235	0.3135029634888049	1.0	0.8830866605123292	3	P33176,Q14168	2
Regulation of protein k63 linked ubiquitination	0.5699335803768201	1.0077723147265951	0.3135637796443495	1.0	0.8830866605123292	6	Q96FW1,Q9Y263	2
Suckling behavior	0.8281073005489464	1.0069979409446808	0.3139357636765738	1.0	0.8834269175002458	3	Q9GZP9	1
Galactose metabolic process	0.8280323615411098	1.006734051972528	0.3140625936673866	1.0	0.8834269175002458	3	P16278	1
Protein deneddylation	0.569612741489958	1.0063649722571966	0.3142400368285218	1.0	0.8834269175002458	6	Q92905,Q9BT78,Q7L5N1,Q99627	4
Brain morphogenesis	0.6620374507807436	1.0056082052051574	0.3146040753244865	1.0	0.8840596851653637	4	P04062	1
Regulation of actin filament length	0.4031482008315259	1.003622571321385	0.3155605708288362	1.0	0.8855740412938051	41	P52907,Q9Y5X1,Q14019,Q13045,O15145,P35080,P47755,P50552,Q9NUQ9,P07737,Q9UQB8,Q14247,P42345,Q6IBS0,P35241,O75083,Q9UEY8,Q9Y281,P35611	19
Axonogenesis involved in innervation	0.8191454123882137	1.0028791458649646	0.3159191756499631	1.0	0.8857989402754867	2	P42892	1
Axonal fasciculation	0.8191454123882126	1.00287914586496	0.3159191756499653	1.0	0.8857989402754867	2	Q9NQC3	1
Regulation of aerobic respiration	0.4900340306352319	1.002143065771682	0.3162745008135554	1.0	0.8864045701215153	12	P14406,O14548	2
Chromosome localization to nuclear envelope involved in homologous chromosome segregation	0.8184829413713169	1.0003404584921614	0.3171457739341865	1.0	0.8872911505825093	2	Q13315	1
Nuclear pore complex assembly	0.5200444495072416	0.99922450462133	0.3176859477396954	1.0	0.8872911505825093	9	Q9BTX1	1
Cellular response to chemical stress	0.3616333223994259	0.9982483130213526	0.3181589642619729	1.0	0.8872911505825093	74	Q9BPX6,P00374,P09601,Q99720	4
Morphogenesis of an epithelial sheet	0.5645550064613869	0.9981534205210844	0.3182049692965074	1.0	0.8872911505825093	7	Q96AC1,Q7Z460,P42345	3
Pyrimidine nucleobase metabolic process	0.4756925781160657	0.9962983322707596	0.3191052138661834	1.0	0.8872911505825093	14	P30085,P42345,Q9NRF8,Q02252,Q9BPU6	5
Negative regulation of cell development	0.4467431600099582	0.9960815294068324	0.3192105335084156	1.0	0.8872911505825093	19	Q96G23,Q9Y4G8,Q9NQC3	3
Regulation of natural killer cell mediated immunity	0.5915613514765813	0.9959740758526342	0.3192627412951949	1.0	0.8872911505825093	5	Q9BY67	1
Negative regulation of supramolecular fiber organization	0.3951768489694683	0.9955434043199292	0.3194720450580388	1.0	0.8872911505825093	45	P63167,P52907,Q13045,P35080,P47755,Q9P1Y5,Q99471,P04350,Q9NUQ9,Q7Z460,P46821,P07737,P29372,Q6IBS0,P35241,Q92974,Q9UEY8,P35611,O15212	19
Positive regulation of interleukin 1 production	0.5913943630352226	0.9952701341012888	0.3196048992793534	1.0	0.8872911505825093	5	P05067	1
Pyrimidine containing compound transmembrane transport	0.8245738170259818	0.9945662075057492	0.319947289693179	1.0	0.8872911505825093	3	Q9BSK2	1
Mitochondrion organization	0.4494861817101303	0.9937270077904105	0.3203557903924663	1.0	0.8872911505825093	171	P21796,P45880,Q99595,Q9NX63,Q9Y6M9,P14406,O14548,Q8N4H5,P49257,P42858,Q9NS69,Q7Z3C6,Q96CU9,O75153,Q9BSK2,O60830,Q9UDX5,Q86Y39,P03886,Q96A26,Q9Y5P4,O14925,O75880,Q13505,Q5JRX3,Q9Y512,Q9UBE0,P04062,P50542,Q9BWH2,P48507	31
Regulation of ossification	0.494495365167966	0.99279033561068	0.3208121406447926	1.0	0.8872911505825093	11	O75844	1
Positive regulation of dna methylation dependent heterochromatin assembly	0.5905418387867036	0.9916770389921892	0.3213550951980668	1.0	0.8872911505825093	5	Q9Y6X9,P26358	2
Positive regulation of histone phosphorylation	0.6583036907996833	0.9910066125954152	0.3216823513692464	1.0	0.8872911505825093	4	Q13315,Q06787	2
Positive regulation of embryonic development	0.5405136091830658	0.9906618865752388	0.3218507076326053	1.0	0.8872911505825093	8	P43034,Q96TA1	2
Regulation of necrotic cell death	0.4937950348290278	0.989159770450099	0.3225849778204965	1.0	0.8872911505825093	11	P00403,P16989,Q7Z3C6	3
Negative regulation of wnt signaling pathway	0.4626322987014536	0.9890453641736686	0.3226409470823383	1.0	0.8872911505825093	16	Q13641	1
Purine containing compound biosynthetic process	0.3617677328449974	0.988041507637526	0.3231323203124452	1.0	0.8872911505825093	75	Q13126,P50897,Q8TB61,Q9NZ01,P00846,O75964	6
Negative regulation of apoptotic signaling pathway	0.357603495308481	0.9865483668599556	0.3238640931124583	1.0	0.8882373733028437	58	Q9H300,O14786,Q86WB0,P45880,Q15233,P16989,Q96K76,P09601,Q8IWB1,P48507,P31689,P26583,P42858	13
Regulation of steroid metabolic process	0.4864405884587116	0.983091349169238	0.3255624815682392	1.0	0.890575392891464	12	Q9UHI6,P49748,P16435	3
Membrane protein intracellular domain proteolysis	0.8135144087446196	0.981335909004916	0.3264271202810067	1.0	0.890575392891464	2	Q8TCT9	1
Polyol metabolic process	0.4233519895241178	0.9805357120152416	0.3268217504513182	1.0	0.890575392891464	22	P00374	1
Positive regulation of response to endoplasmic reticulum stress	0.5876607101188626	0.9795433715832412	0.3273115695417936	1.0	0.8905875057933514	5	P46379	1
Positive regulation of insulin secretion involved in cellular response to glucose stimulus	0.5874710273210187	0.9787450529198796	0.3277059652722784	1.0	0.8905875057933514	5	P22059,O00330	2
Insulin secretion involved in cellular response to glucose stimulus	0.5874710273210187	0.9787450529198796	0.3277059652722784	1.0	0.8905875057933514	5	P22059,O00330	2
Regulation of insulin secretion involved in cellular response to glucose stimulus	0.5874710273210187	0.9787450529198796	0.3277059652722784	1.0	0.8905875057933514	5	P22059,O00330	2
Mitochondrial respiratory chain complex assembly	0.4071685726087863	0.9771886518456988	0.3284757650807579	1.0	0.8915370381586101	34	Q9BSK2,O75880,Q9Y2R0,Q9Y6M9,Q86Y39,P03886,Q9Y512,Q9H845,Q96CU9	9
Pyrimidine nucleobase biosynthetic process	0.5373556289284338	0.976052515527091	0.329038440731594	1.0	0.8922956087473826	8	P30085,Q9NRF8,P42345	3
Regulation of innate immune response	0.3948204130049904	0.975924690113525	0.3291017858057217	1.0	0.8922956087473826	44	Q9NZ08,Q9Y3Z3,Q15233,Q09472,Q15648,Q9BY67,Q8WXF1,P19474,Q9Y4E8,P09429,P26583,Q9NUD5	12
Phospholipid biosynthetic process	0.3757628511954587	0.9737710274972152	0.3301702415742595	1.0	0.8930915544615418	52	O00443,P37287,Q9Y217,Q96N66,P35790,Q86YN1,Q99943,Q9NPH0,Q8TBX8,Q8WUK0	10
Neuron death	0.3536356912933998	0.9709557154682276	0.3315703314994156	1.0	0.8930915544615418	69	O95630,O14786,Q15233,P50897,P04062,Q9UGN5,O75915,P09601,Q13315,Q13155,P05067,P48507,Q15392,Q96A26,Q99720,Q9UNH7,P55210	17
Regulation of vacuole organization	0.4837968183647377	0.969086550588117	0.332502007542887	1.0	0.8930915544615418	12	Q14108,Q8TBX8	2
Regulation of chaperone mediated autophagy	0.8172923978069504	0.969022325891989	0.3325340500448162	1.0	0.8930915544615418	3	P10619	1
Thymus development	0.5137146865403754	0.9685883454886802	0.3327506205464443	1.0	0.8930915544615418	9	O75844	1
Adenylate cyclase modulating g protein coupled receptor signaling pathway	0.4771821661359537	0.9677967800526436	0.3331458722458982	1.0	0.8930915544615418	13	P07602,Q9Y4G8	2
Glycosylceramide catabolic process	0.809870818151712	0.9674405936404978	0.3333238253239123	1.0	0.8930915544615418	2	P04062	1
Vascular transport	0.4894447522853781	0.9666241560070146	0.3337319543502022	1.0	0.8930915544615418	11	P08183,P53985,Q99808	3
Amp biosynthetic process	0.4947843223331837	0.963990874249494	0.3350505011397513	1.0	0.8953472976587875	10	Q06203,P30520,P22102	3
Myotube cell development	0.8153721441851729	0.962303364456128	0.3358972394432682	1.0	0.8960076466826299	3	Q9H7B4	1
Regulation of protein containing complex assembly	0.3861394288347761	0.961432576157116	0.336334711372094	1.0	0.8964228880390709	101	P45880,P02786,P52907,Q9Y5X1,P07900,Q14019,Q13315,P63000,Q13045,O15145,Q96AC1,P47755,Q9P1Y5,P50552,Q09472,P04350,Q7Z460,P46821,P07737,Q16625,Q15058,Q9UQB8,Q5T2T1,P42345,Q969V3,Q6IBS0,P35241,P63244,P09429,P04062,P50542,P35611,Q9NR31	33
Bleb assembly	0.8149955861746707	0.9609866754577872	0.3365588675326583	1.0	0.8966446881251139	3	Q9NR77	1
Cell activation involved in immune response	0.4061765461647296	0.9606807218360583	0.3367127272831414	1.0	0.8966791004501237	31	Q9UQ84,P42345,P02786,Q9NQT5,P09601,P05067,P52701,P09429	8
Membrane biogenesis	0.4199551388163932	0.9576095357541023	0.3382596888997053	1.0	0.8985759642821703	22	Q8WUX9,Q16739,Q86XL3,Q96CP7	4
Negative regulation of mapk cascade	0.40589155133983	0.957584205166327	0.3382724669059727	1.0	0.8985759642821703	29	P43034,Q96KB5,P04062,Q9Y3S1,P30086,Q96S59,Q8IV63,P78318,Q53EL6,P31689	10
Potassium ion import across plasma membrane	0.5820346059898465	0.9558934886187074	0.3391260490125196	1.0	0.8997163985895121	5	P05026,P05023,Q9Y3S1	3
Pyrimidine ribonucleoside triphosphate biosynthetic process	0.5324527728810091	0.9534032746085742	0.3403857829183603	1.0	0.902682097093209	8	P17812,O75414,Q9NRF8	3
Intracellular mrna localization	0.8058959920503502	0.952323873489298	0.3409327539238713	1.0	0.9029245981331502	2	Q99729	1
T cell mediated cytotoxicity	0.5536350911653048	0.9498394083492212	0.3421938583679731	1.0	0.903379994384212	7	P15151,Q9BY67	2
Positive regulation of endocytosis	0.4451463959290551	0.9490077992019104	0.3426166454120536	1.0	0.903379994384212	18	Q4KMQ2,P50897	2
Positive regulation of small molecule metabolic process	0.4670064079566973	0.948101752573872	0.3430776561488891	1.0	0.903379994384212	14	P00403,P16435	2
Response to steroid hormone	0.3491861489212308	0.9467582727751136	0.3437619690130988	1.0	0.903379994384212	67	Q15648,P04062,P16278,O43251,O15118,P16435,Q9H7B4,O15173	8
Positive regulation of neuron projection development	0.4042165270779291	0.9459170024227058	0.3441909206833518	1.0	0.903379994384212	31	Q14108,Q9Y4G8	2
Phosphatidylinositol phosphate biosynthetic process	0.5307721245744392	0.9456491703578942	0.3443275560723777	1.0	0.903379994384212	8	O00443,Q8TBX8	2
Regulation of metal ion transport	0.3754208420616354	0.9445834005452834	0.3448716048412832	1.0	0.903379994384212	51	P21796,Q12955,Q96GC9,Q9Y3S1,O43865,P78417,Q4KMQ2,P42858	8
Nadh dehydrogenase complex assembly	0.4102987955145805	0.944402174145773	0.3449641708881763	1.0	0.903379994384212	23	Q9Y6M9,P03886,Q96CU9	3
Protein k29 linked ubiquitination	0.8100361262104769	0.9436730796023276	0.3453367347772087	1.0	0.903379994384212	3	Q15386	1
Positive regulation of monocyte chemotaxis	0.6460908035763837	0.9434255689463962	0.3454632698618627	1.0	0.903379994384212	4	Q4KMQ2	1
Regulation of sulfur metabolic process	0.6458105979219388	0.9423374174994816	0.3460199169816711	1.0	0.903379994384212	4	Q15120	1
Regulation of exocytosis	0.4000775872855883	0.9394157529571008	0.3475173281583608	1.0	0.9048545352274916	37	O00560,Q7Z460,P09601	3
Cellular response to thyroid hormone stimulus	0.8087622704344901	0.939234585711676	0.3476103155000318	1.0	0.9048545352274916	3	Q15648	1
Ion transport	0.4583330038106972	0.9389674438964654	0.3477474597031149	1.0	0.9048545352274916	191	P08183,Q14728,P21796,P45880,Q9UBX3,Q15042,O14548,Q15334,Q9C0H2,P53985,P00846,O75964,O15173,P42858,Q96ES6,Q8N4V1,Q12955,P00403,Q9BQT8,O43826,P05067,Q96NB2,Q9HD20,Q9UHG3,Q70HW3,P78417,O43681,Q9Y5P4,O75844,O43865,Q99808,Q8TB61,Q9H2D1,Q4KMQ2,Q9UDW1,Q9BPX6,P07602,Q9Y6M7,Q9NZJ7,Q96GC9,O75915,O60831,P21281,O43772	44
Autophagosome membrane docking	0.8019211659489944	0.9372526460369728	0.348628615006229	1.0	0.905711586056436	2	Q96GC9	1
Negative regulation of receptor binding	0.8019211659489942	0.937252646036972	0.3486286150062294	1.0	0.905711586056436	2	P10586	1
Calcium ion regulated exocytosis of neurotransmitter	0.801921165948994	0.9372526460369706	0.3486286150062301	1.0	0.905711586056436	2	Q15042	1
Negative regulation of actin filament bundle assembly	0.5288980446816086	0.9370089612927236	0.3487539483494484	1.0	0.905711586056436	8	P63167,Q7Z460	2
Negative regulation of lipid biosynthetic process	0.5537374914483459	0.936941502619765	0.3487886491415071	1.0	0.905711586056436	6	P49748	1
Positive regulation of ligase activity	0.8079294107110186	0.9363345963316656	0.3491009408210472	1.0	0.9058615436040364	3	P48507	1
Lymphocyte migration	0.489047484018898	0.9349728286362964	0.3498023024386434	1.0	0.9058615436040364	10	P04062	1
Negative regulation of ubiquitin protein ligase activity	0.5499940015433662	0.933776141418254	0.3504193790397885	1.0	0.9058615436040364	7	P62913,P62841,Q13257,P62829,P46777	5
Ventricular cardiac muscle tissue development	0.5523796157454568	0.9310254749814282	0.3518403866371504	1.0	0.9058615436040364	6	Q15648,O75844	2
Positive regulation of glycolytic process	0.8002649884067627	0.9309868607697838	0.3518603608641211	1.0	0.9058615436040364	2	P05067	1
Positive regulation of wound healing	0.5274132463943548	0.930168429263333	0.3522838852009662	1.0	0.9058615436040364	8	Q96AC1,Q4KMQ2,P42345,Q16625	4
Histone h3 deacetylation	0.5758781317800518	0.9300875263107898	0.3523257686165615	1.0	0.9058615436040364	5	P23246,Q9H4L7	2
Regulation of cartilage development	0.5519996461633354	0.9293707158554186	0.3526969986745758	1.0	0.9058615436040364	6	Q92896,P16435	2
Regulation of chondrocyte differentiation	0.5519996461633354	0.9293707158554186	0.3526969986745758	1.0	0.9058615436040364	6	Q92896,P16435	2
Monovalent inorganic cation homeostasis	0.4016416177426614	0.9293074880577216	0.3527297556885254	1.0	0.9058615436040364	27	P50897,Q9Y6M7,Q93050,O75503,Q96AX1	5
Bone cell development	0.5265663768750604	0.9262688863365424	0.3543062610220091	1.0	0.9076910835853872	8	Q15648,Q09472	2
Vasculature development	0.3707463776579559	0.9261829510757528	0.3543509110820635	1.0	0.9076910835853872	89	P35613,Q9NZ08,O00443,Q15648,Q96AY3,P42785,P09601,Q13685,O95470,Q96TA1,Q9Y4G8,Q53EL6,Q12948	13
Positive regulation of transcription regulatory region dna binding	0.5048751310209475	0.925919858496889	0.3544876302599835	1.0	0.9076910835853872	9	Q96TA1,Q09472	2
Negative regulation of axon extension	0.8048795386660498	0.925728402253709	0.3545871437063417	1.0	0.9076910835853872	3	Q9NQC3	1
Myeloid leukocyte activation	0.4353399187734279	0.9250519723575142	0.3549388737501169	1.0	0.9076910835853872	19	P09429,P05067,P09601	3
Metal ion export	0.5261942290569717	0.9245557481110496	0.3551970404475288	1.0	0.9076910835853872	8	P05026,Q4KMQ2,P23634	3
Cellular response to molecule of bacterial origin	0.4012196035652757	0.9241474065204706	0.3554095739815417	1.0	0.9076910835853872	28	Q53EL6,Q8WTV0	2
Protein localization to nucleoplasm	0.4811899391958998	0.9239537669206412	0.3555103875145053	1.0	0.9076910835853872	11	P78371	1
Protein localization to nuclear body	0.4811899391958998	0.9239537669206412	0.3555103875145053	1.0	0.9076910835853872	11	P78371	1
Cytoplasmic pattern recognition receptor signaling pathway in response to virus	0.4866718337953015	0.9229757071644328	0.3560198650955364	1.0	0.9076910835853872	10	O43657,Q9Y4E8	2
Positive regulation of mapk cascade	0.3946050614972176	0.9219240894432192	0.3565681728238883	1.0	0.90812118314875	40	P18615,O14786,P09429,O00560,Q99873,O75915,P05067,Q9Y4G8,Q96AC1,Q13641	10
Protein localization to synapse	0.4806795011786903	0.9213197608297966	0.3568835071001259	1.0	0.9085605730976396	11	P33176,Q15334,Q14168,Q9UQB8	4
Positive regulation of mammary gland epithelial cell proliferation	0.7969526333222976	0.9184805875055728	0.3583673174756248	1.0	0.9101983503671176	2	Q9NQC3	1
Jnk cascade	0.4400657348483006	0.9181663754873404	0.3585317692913428	1.0	0.9101983503671176	18	Q96J02,P43034,P31689,P05067,P09429,O00560,Q53EL6	7
Cell maturation	0.4212341603287453	0.9180566198616926	0.3585892242087729	1.0	0.9101983503671176	21	O75503,P05067,P04062	3
Transcription coupled nucleotide excision repair	0.6395059195668857	0.917899714151668	0.3586713713251122	1.0	0.9101983503671176	4	Q93009,P19447	2
Folic acid containing compound catabolic process	0.7966213978138498	0.917231849687211	0.3590211604308269	1.0	0.910722736308182	2	Q9NRN7	1
Multicellular organism growth	0.3997833435457123	0.9157514487710456	0.3597972736267365	1.0	0.9109832534094284	27	Q09472,P11802,O95470,Q13315,P50542,P05067,O75844	7
Response to oxygen levels	0.3471327069664778	0.9154672007981864	0.3599464136219554	1.0	0.9109832534094284	59	P30519,P09601	2
Positive regulation of mitophagy in response to mitochondrial depolarization	0.6388548701839578	0.9153813543750368	0.359991463386875	1.0	0.9109832534094284	4	O95140,Q709C8	2
Maintenance of location in cell	0.396854731098553	0.9138544678172956	0.3607933215043601	1.0	0.911585415973624	37	P10253,P24390,Q12955,P43034,P78417,P42858	6
Maintenance of dna methylation	0.5719935474761324	0.9138480076599088	0.3607967164925618	1.0	0.911585415973624	5	P26358,P49711	2
Regulation of erad pathway	0.5477461048455554	0.9108684432738234	0.3623646945537406	1.0	0.9128406531209804	6	P46379	1
Positive regulation of nik nf kappab signaling	0.4600161810581851	0.9094118296755598	0.3631327797545358	1.0	0.9129768274050551	14	Q53EL6,P05067	2
Hindbrain development	0.398561935349719	0.9072824255385143	0.3642574653826316	1.0	0.9143898767797926	33	P04062,Q9UKA9,P54802,O14949,O43251,Q12948	6
Selective autophagy	0.3976063011465162	0.9070167064765292	0.3643979626545992	1.0	0.9143898767797926	25	P21796	1
Skin development	0.3973397762965127	0.9056987355972064	0.3650953319425984	1.0	0.9143898767797926	35	Q15648,P04062,Q08J23,Q15392,Q16739,O75844,Q12948	7
Negative regulation of protein catabolic process	0.3897306111336505	0.9046602368349396	0.3656454127222703	1.0	0.9143898767797926	42	P46379,Q86UE8,Q96KB5,Q16850,P10619,O00560,Q13257	7
Negative regulation of amyloid fibril formation	0.6358717670945349	0.9038552707383368	0.3660721496633341	1.0	0.9143898767797926	4	Q99471,O15212	2
Muscle cell differentiation	0.3593720937032665	0.902277200280688	0.3669096339201845	1.0	0.9157626877207586	55	Q8IV08,Q96TA1,Q53EL6,Q9H7B4,Q7Z4V5,O75844	6
Regulation of dna methylation dependent heterochromatin assembly	0.5453472090096465	0.9004520827383118	0.3678797145422432	1.0	0.9173206240175664	6	Q9Y6X9,P26358	2
Sulfur compound catabolic process	0.5207984896337005	0.8997513305170042	0.3682526000647153	1.0	0.9173206240175664	8	P16278,P15586	2
Positive regulation of wound healing spreading of epidermal cells	0.7972166998011956	0.8991767105994659	0.3685585433344813	1.0	0.9173589408035878	3	Q96AC1,P42345	2
Production of molecular mediator of immune response	0.3978969203093415	0.8979165373916326	0.3692300474023953	1.0	0.917952935355232	30	Q9UQ84,P09601	2
Cell cycle dna replication initiation	0.5441128750367106	0.8950978793746152	0.3707347674804184	1.0	0.9188214221700124	6	P33993,P49736,P09884,Q9BRX5	4
Regulation of neuron projection arborization	0.795641709651123	0.8937372308139326	0.3714625003172063	1.0	0.919514783583692	3	Q15334	1
Response to misfolded protein	0.497841616976191	0.8920862575492109	0.3723467002304634	1.0	0.9196980023499068	9	P46379,Q9BUN8,Q9HCN8	3
Ribosome associated ubiquitin dependent protein catabolic process	0.5667583700618608	0.8920203873774263	0.3723820048843305	1.0	0.9196980023499068	5	O94822,O60524	2
Lipoprotein biosynthetic process	0.462644870937692	0.8892335894057212	0.373877554268768	1.0	0.919899795436274	13	Q16739,P37287,Q15042,P04062	4
Glycosyl compound metabolic process	0.3956673521620954	0.8890005440536941	0.3740027874120364	1.0	0.919899795436274	26	Q13126,P04062,Q9NUJ1,O60725,O43598	5
Regulation of leukocyte migration	0.3943494418870096	0.8886051331708464	0.3742153313719227	1.0	0.9199219235657544	24	P05067,P09601,Q4KMQ2	3
Negative regulation of receptor mediated endocytosis	0.4966058750939471	0.8861542306403452	0.3755344233186708	1.0	0.9209712415832504	9	O00560,P05067	2
Interleukin 1 production	0.5420114880621841	0.885991473794671	0.3756221216998086	1.0	0.9209712415832504	6	P05067	1
Positive regulation of oligodendrocyte differentiation	0.6311896727673061	0.8858094614035046	0.3757202105395409	1.0	0.9209712415832504	4	P42345	1
Chromosome organization involved in meiotic cell cycle	0.4397285931320849	0.8842465107657327	0.3765631558705893	1.0	0.9212684997155782	17	P46379,Q92791,Q9BTX1,Q15003	4
Cytoplasmic translation	0.3855097457065454	0.882652414502793	0.3774240998139957	1.0	0.9212684997155782	108	Q9Y3U8,P55039,P41214,P15880,P50914,P39023,P32969,Q06787,P46776,P62829,P84098,Q9NR50,Q13347,O43583,P27635,P18621,P55010,P20042,P16989,P30050,P46782,P67809,P61513,P62753,Q15056,Q02543,P62917,P62701,P62244,P83731,P62266,Q9BWF3,P62888,P42345,P46779,Q9H2U1,Q02878,P61313,O60524,P62241,P35268,P62841,P62280,P46778,P18077,P62249,P23396,Q14103,P36578,P46781,P47914,Q9ULC4,P61254,P08708,P62847,P62277,P46783,Q07020,Q14240,P46777,P83881	61
Regulation of body fluid levels	0.3736312714091793	0.8819887498988487	0.3777828910649579	1.0	0.9212684997155782	49	Q15648,P04062,Q9BWH2,Q13505,P00403,Q16739,P49257,Q4KMQ2	8
Response to nerve growth factor	0.4784937216054068	0.8817768001820355	0.3778975198663987	1.0	0.9212684997155782	10	P05067,Q9Y4G8	2
Positive regulation of cytoplasmic transport	0.6300961219754662	0.8816028895343089	0.3779915919941294	1.0	0.9212684997155782	4	P35241,Q9UL25,P26038	3
Positive regulation of early endosome to late endosome transport	0.6300961219754662	0.8816028895343089	0.3779915919941294	1.0	0.9212684997155782	4	P35241,Q9UL25,P26038	3
Regulation of protein containing complex disassembly	0.3880919101331924	0.8792682589622914	0.3792558417418494	1.0	0.9220263272755336	41	P47755,Q9P1Y5,Q9UEY8,P04062,P78559,P52907,Q7Z460,P46821,P48681,Q6IBS0,Q13045,P35241,P35611,P29372,P63241,Q92974,O75844	17
Ampa glutamate receptor clustering	0.7863530970520085	0.8786996968152371	0.3795641230956652	1.0	0.9220263272755336	2	Q15334	1
Regulation of glutamate receptor clustering	0.7863530970520085	0.8786996968152371	0.3795641230956652	1.0	0.9220263272755336	2	Q15334	1
Positive regulation of translational initiation	0.4777825568652413	0.8782022952294369	0.379833946662258	1.0	0.9221846712348228	10	O15514,O75794,P42345,Q07666	4
Regulation of proteasomal protein catabolic process	0.3398256253173868	0.877155260323218	0.3804023129979172	1.0	0.9226532654566336	60	P62191,P46379,O75150,O00560,Q86UE8,Q96KB5,P04062,P78559,O00487,Q9UL46,O94966,Q06787,P63244,Q04323,O15372,Q6ZXV5,Q93009,Q96HY6	18
Positive regulation of interleukin 8 production	0.5393818537873025	0.874612157096961	0.3817849707121978	1.0	0.9243479283222398	6	P09429	1
Regulation of behavior	0.5618670958310088	0.8716917500064555	0.3833765621453888	1.0	0.9263312887206676	5	Q15334	1
Fat cell differentiation	0.393235057938201	0.8714282376417736	0.3835203732301537	1.0	0.9263312887206676	26	Q9NZ08,Q15648,Q13363,Q09472,P56545,Q86X55,Q8N4Q0,Q02252	8
Cd4 positive alpha beta t cell activation	0.6270899039301537	0.8700555100165224	0.3842700693341609	1.0	0.9272163650885928	4	P09429	1
Microglial cell activation	0.7879687062715486	0.867329527673536	0.3857614824661417	1.0	0.9279849570052222	3	P05067	1
Heart process	0.3934000495765554	0.8667773526061875	0.3860640132258119	1.0	0.9279849570052222	28	P78417,O75844	2
Peptidyl glutamic acid modification	0.6261186609214382	0.8663301482157276	0.3863091378333783	1.0	0.9279849570052222	4	P09874,Q9Y6A4,P38435	3
Positive regulation of protein dephosphorylation	0.4582090878775295	0.8653603999376398	0.3868410089238947	1.0	0.9279849570052222	13	P63167,Q8IV63,Q86XL3,P04062	4
Fibroblast proliferation	0.4519921158192277	0.8651396450916222	0.3869621471960047	1.0	0.9279849570052222	14	P11802,Q14149,O75844	3
Nucleotide excision repair dna gap filling	0.7820470354422031	0.8626493770446598	0.3883302734046725	1.0	0.9279849570052222	2	P28340	1
Positive regulation of natural killer cell mediated cytotoxicity	0.6251231427604466	0.8625144426627469	0.3884044889379723	1.0	0.9279849570052222	4	Q9BY67	1
Positive regulation of natural killer cell mediated immunity	0.6251231427604466	0.8625144426627469	0.3884044889379723	1.0	0.9279849570052222	4	Q9BY67	1
Multicellular organism aging	0.4635811541728979	0.8624588393255223	0.3884350739555025	1.0	0.9279849570052222	12	P04062,Q13315,P43246,P52701,O75844	5
Regulation of system process	0.3517895796565507	0.8584393263292526	0.39064992003407	1.0	0.9308295098339904	56	P10253,P04062,P42892,Q9UQB8,P78417,O75844	6
Transmembrane receptor protein tyrosine kinase signaling pathway	0.3430541932043981	0.8569476140662478	0.3914738367792367	1.0	0.9313973633468602	69	O00443,P43490,P11802,O95470,Q96TA1,Q9Y4G8,Q9NQC3,Q9UQB8	8
Vascular process in circulatory system	0.3919819865960773	0.8550677091587112	0.3925136647056555	1.0	0.9328247795507584	32	P08183,O00443,Q9HB40,P42892,P53985,P48507,Q12948	7
Positive regulation of innate immune response	0.3920571907546991	0.854581863331524	0.392782671673674	1.0	0.9328937782317896	31	Q15233,Q09472,Q15648,Q9BY67,Q8WXF1,P09429,P26583,Q9NUD5,P15151	9
Trna threonylcarbamoyladenosine metabolic process	0.5576503216012925	0.8542209021649815	0.3929826038448909	1.0	0.9328937782317896	5	Q9NPF4	1
Positive regulation of protein containing complex disassembly	0.5310312679430587	0.8505963546581634	0.3949936151202442	1.0	0.9329880779584376	7	Q9Y281,P63241,P04062,P48681	4
Regulation of membrane depolarization	0.5337785182264929	0.8504287168544161	0.3950867760646344	1.0	0.9329880779584376	6	P48507	1
Vitamin d metabolic process	0.7827055323488716	0.8493084782810583	0.3957096644025228	1.0	0.9329880779584376	3	P04062	1
Muscle contraction	0.3844238058525551	0.8490913236351014	0.3958304779183001	1.0	0.9329880779584376	41	O00443,P78417,Q9Y5P4,P10253	4
Establishment of spindle orientation	0.4609472873550733	0.8486435319044108	0.3960796762089469	1.0	0.9329880779584376	12	P43034,Q15334,Q7Z460,P42858	4
Regulation of long term neuronal synaptic plasticity	0.6213605865423263	0.8481189443745711	0.3963717322127957	1.0	0.933042290140212	4	P05067	1
Cell migration involved in gastrulation	0.7780722093408454	0.847894042829885	0.3964969824792614	1.0	0.933042290140212	2	Q4VCS5	1
Interleukin 6 production	0.4663751856025399	0.8477719774372068	0.3965649721061197	1.0	0.933042290140212	11	P05067,P04062	2
Positive regulation of epithelial cell proliferation	0.4219861527581722	0.8422637704136181	0.3996403255888467	1.0	0.9364684167205316	19	O14786,Q15648,P09601,P15291,Q9NQC3,P09429,P26583	7
Synapse maturation	0.6194895591647259	0.8409761289706699	0.4003613074956975	1.0	0.9367777264757732	4	P63104,P07196,P07737	3
Nucleotide salvage	0.5537962141318966	0.838299829933662	0.4018623313950735	1.0	0.9388793430359006	5	P30566,P55263,Q9BZX2	3
Mechanoreceptor differentiation	0.5062868696627149	0.8334086449466357	0.4046143007834715	1.0	0.9446444703062186	8	Q9Y6M7,P43034,P54802	3
Long chain fatty acid biosynthetic process	0.7777243122397715	0.8323266286578097	0.4052246039914036	1.0	0.945166787084976	3	O00154	1
Neuron projection maintenance	0.7776161359813186	0.8319586596629195	0.4054322794647751	1.0	0.945166787084976	3	P05067	1
Negative regulation of protein polyubiquitination	0.6164550472572128	0.8294146251805662	0.4068698285144054	1.0	0.9471298386420224	4	Q96FW1	1
Negative regulation of protein k63 linked ubiquitination	0.6164550472572128	0.8294146251805662	0.4068698285144054	1.0	0.9471298386420224	4	Q96FW1	1
Hippo signaling	0.6162276741089437	0.8285495040600911	0.407359371623974	1.0	0.9474014335782062	4	Q4VCS5	1
Negative regulation of microtubule polymerization or depolymerization	0.4453110482478511	0.8284190039161091	0.4074332477632776	1.0	0.9474014335782062	14	P04350	1
Calcium ion transport into cytosol	0.4510002231748737	0.8266884098704499	0.4084136922695667	1.0	0.9493342748333882	13	P78417	1
Sensory perception	0.3880681902098877	0.8248650180994257	0.4094482286552061	1.0	0.9497525389589688	30	Q14108,Q9H6K4,P50897	3
Positive regulation of cytoskeleton organization	0.3753207460910372	0.8243910244549105	0.4097174131156165	1.0	0.9497525389589688	45	Q9Y5X1,P63000,Q96AC1,P35080,O14786,P50552,Q7Z460,P46821,P48681,P07737,Q16625,Q9UQB8,Q14247,P42345,Q9UHV9,O75083,P23396,Q9Y281,P14373	19
Macroautophagy	0.3679510103317809	0.8211839739852749	0.4115414835977233	1.0	0.9508864289250452	96	A5D8V6,P21796,P04062,Q93050,Q96GC9,P09601,O15118,Q15042,P21281,Q8TBX8,Q96AX1,Q8WUX9,P42858,Q7Z3C6	14
Anatomical structure arrangement	0.7707850281550221	0.8210007078444317	0.4116458650238161	1.0	0.9508864289250452	2	O14786	1
Cartilage development involved in endochondral bone morphogenesis	0.6141784207752627	0.8207599314891231	0.4117830259545512	1.0	0.9508864289250452	4	O75844	1
Regulation of nmda receptor activity	0.7740225314778206	0.8197551960504184	0.4123556772310222	1.0	0.9508864289250452	3	Q15334,P05067	2
Cellular pigmentation	0.4823066996388108	0.8178297493631806	0.4134544083940885	1.0	0.9508864289250452	9	Q9BXS5,Q96AX1	2
Regulation of calcium ion dependent exocytosis	0.5488209633788693	0.8178184953775188	0.4134608354260973	1.0	0.9508864289250452	5	Q15042	1
Necrotic cell death	0.4367948147856811	0.815763854734887	0.4146352098960879	1.0	0.9509405931358728	15	P00403,P16989,Q7Z3C6	3
Blastocyst growth	0.5224829525819386	0.8134186725782677	0.4159780571612368	1.0	0.9524246391956516	7	Q9BRT9,O14757,Q6PD62,Q9Y3A5,P61201	5
Negative regulation of neuron differentiation	0.5221335398163415	0.8119039817753586	0.4168467295056637	1.0	0.9524246391956516	7	Q15648	1
Regulation of embryonic development	0.4109458635991044	0.8101253708287663	0.4178681240483364	1.0	0.952602669265317	20	P43034,Q7Z460,P46379,Q96TA1	4
Negative regulation of smooth muscle cell apoptotic process	0.7678039085790036	0.8100605373129769	0.4179053835145394	1.0	0.952602669265317	2	P26358	1
Protein import	0.3482122888992969	0.8083702132198459	0.4188774939406272	1.0	0.95304077408209	78	Q15648,O60830,Q99595,Q9Y512,O14925,Q9NS69	6
Regulation of lipase activity	0.4634029490023309	0.8062620801733578	0.4200917500653038	1.0	0.95412164901272	10	P40616,P50897,P16435	3
Post translational protein modification	0.4578899391059202	0.8044393571047125	0.4211432790524201	1.0	0.9557515327477948	11	Q92905,Q8TBC4,O60725,O75718,Q9Y4P8	5
Regulation of anion transmembrane transport	0.609828757579408	0.8042722657070331	0.421239751308522	1.0	0.9557515327477948	4	P08183	1
Regulation of synapse assembly	0.4793753741786414	0.8039050697061201	0.4214518019498914	1.0	0.9558917518735148	9	Q13641	1
Erk1 and erk2 cascade	0.3820416751252119	0.8033347519872709	0.4217812767161284	1.0	0.9559574216131134	38	P09429,Q9Y3S1,Q8IV63,P05067,Q9Y4G8,Q13641	6
Fatty acid catabolic process	0.3773851886733067	0.8020945330974943	0.4224982771121421	1.0	0.9566992578513296	42	Q9BWD1,P23786,Q8NCC3	3
Production of sirna involved in rna interference	0.7685637475554474	0.8012958811895907	0.4229603747593886	1.0	0.95677478291558	3	Q15631	1
Metencephalon development	0.384413487600595	0.8011509875701673	0.4230442414871938	1.0	0.95677478291558	28	O14949,P54802,P04062,Q12948	4
Protein localization to chromosome telomeric region	0.4249513738509222	0.7972727341460804	0.4252926519948805	1.0	0.9592153490296952	17	P78371	1
Regulation of neurotransmitter receptor activity	0.6079500432756537	0.7971709493201228	0.4253517553888506	1.0	0.9592153490296952	4	P05067	1
Regulation of biological process involved in symbiotic interaction	0.4779037103942873	0.7969260455626346	0.4254939833029227	1.0	0.9592153490296952	9	Q96KP1,P14373,Q9BTY2,P19474	4
Sulfur amino acid metabolic process	0.4562695946796762	0.7961945235286471	0.4259189801870386	1.0	0.9595242747698088	11	Q13126	1
Regulation of chromatin assembly or disassembly	0.4387549442049354	0.7925361653123896	0.4280481129927773	1.0	0.9622763586077914	14	Q86UE8	1
Monocarboxylic acid catabolic process	0.3715060451973295	0.7917185313158783	0.4285248145211939	1.0	0.9626660935908058	45	Q9BWD1,P23786,Q8NCC3	3
Negative regulation of cellular senescence	0.7656433168461818	0.7914603185339282	0.4286754233169998	1.0	0.9626660935908058	3	Q00534	1
Synaptic vesicle transport	0.4602656758934008	0.7906634468355076	0.4291404119087962	1.0	0.9633702542567968	10	P33176,Q92572	2
Response to iron ii ion	0.7618416694269668	0.7882930274950007	0.4305253251446665	1.0	0.9639914853000884	2	O00330	1
Epithelial cell proliferation	0.3800207993197768	0.7873011936195944	0.4311055711246518	1.0	0.9639914853000884	38	O14786,Q15648,P09601,Q9UII2,P15291,Q8WTV0,Q00534,Q92542,Q9NQC3,P52758,P09429,Q12904,P26583	13
Inner ear receptor cell development	0.5163286914728509	0.7868017727152776	0.431397915612747	1.0	0.9639914853000884	7	Q9Y6M7,P43034,P54802	3
Protein processing	0.3725566272510238	0.7865303027219943	0.4315568733764785	1.0	0.9639914853000884	44	Q8NCM8,P55210,P67812,P42892,Q8TCT9,O75503,Q5JRX3,Q15392,Q92896,Q9H300,O75844	11
I kappab kinase nf kappab signaling	0.3739945851826304	0.7857231966185302	0.4320296703865662	1.0	0.9639914853000884	43	O43657,P09601	2
Regulation of adherens junction organization	0.7608479629016272	0.7846801766951691	0.4326411082535426	1.0	0.9639914853000884	2	P35611	1
Regulation of phospholipase a2 activity	0.7636194746036952	0.7846612495496467	0.4326522083272208	1.0	0.9639914853000884	3	P50897	1
Cell death in response to oxidative stress	0.4066457336660027	0.7829988899124598	0.4336277639264427	1.0	0.9639914853000884	20	Q15233,Q99720,P04062	3
Isoleucine metabolic process	0.517921237331841	0.7825319226368146	0.4339020322704594	1.0	0.9639914853000884	6	O15382	1
Positive regulation of release of cytochrome c from mitochondria	0.5400541683080775	0.7819409985950505	0.434249249006936	1.0	0.9639914853000884	5	Q96A26	1
Negative regulation of cellular protein catabolic process	0.3818647500095681	0.780372563427513	0.4351716124556324	1.0	0.9639914853000884	29	P46379,O00560,Q86UE8,Q96KB5,P78559,O94966,O15372,Q93009,Q96HY6,P62829	10
Maintenance of protein location in cell	0.4117182698800971	0.7790384814829255	0.4359570468392959	1.0	0.9639914853000884	19	O94901,P24390,Q12955,Q14149,Q6IBS0	5
Regulation of cyclic nucleotide phosphodiesterase activity	0.7591917853593952	0.7786685715333748	0.4361749742074479	1.0	0.9639914853000884	2	O00170	1
Locomotor rhythm	0.7618316620346407	0.7786668754237936	0.4361759735917199	1.0	0.9639914853000884	3	P54802	1
Purine nucleoside monophosphate biosynthetic process	0.4473537050039226	0.7777236431682917	0.4367319507707634	1.0	0.9639914853000884	12	P22102,P12268,P30566,P30520,P49915,Q06203	6
Long chain fatty acid transport	0.4470393144406007	0.7760919732836041	0.4376946826692776	1.0	0.9652040107944346	12	P23786	1
Regulation of cilium assembly	0.4256323024516595	0.7755035912152227	0.4380421442344908	1.0	0.9653010466296608	16	Q66K14,Q9NT62,P42858	3
Positive regulation of metaphase anaphase transition of cell cycle	0.4934333024653763	0.7752000931880879	0.4382214331425667	1.0	0.9653617581901002	8	P30260,Q13042	2
Intrinsic apoptotic signaling pathway in response to osmotic stress	0.75786684332561	0.7738682224073545	0.4390087233027389	1.0	0.965424644884909	2	P16989	1
Negative regulation of intrinsic apoptotic signaling pathway in response to osmotic stress	0.75786684332561	0.7738682224073545	0.4390087233027389	1.0	0.965424644884909	2	P16989	1
Regulation of intrinsic apoptotic signaling pathway in response to osmotic stress	0.75786684332561	0.7738682224073545	0.4390087233027389	1.0	0.965424644884909	2	P16989	1
Cellular response to muramyl dipeptide	0.7578668433256088	0.77386822240735	0.4390087233027415	1.0	0.965424644884909	2	P08670	1
Glycerolipid metabolic process	0.3263354522446363	0.772337700136718	0.4399144420489658	1.0	0.9663674509377532	61	O00443,P37287,Q9Y217,Q96N66,Q8N2K0,P35790,Q8NCC3,Q99943,Q13315,Q9NPH0,Q8WTV0,Q8TBX8,P43034,Q8WUK0	14
Regulation of phosphoprotein phosphatase activity	0.4511493758194695	0.7702113786052254	0.44117451531856	1.0	0.9668454242014052	11	Q8IV63,Q8NFC6,P42858	3
Regulation of protein dephosphorylation	0.377443768156148	0.7686553646947006	0.4420979290625895	1.0	0.9675359562078412	24	P63167,Q8NFC6,P04062,Q86XL3,Q8IV63,P42858	6
Biological process involved in interaction with host	0.3584650317587829	0.7655831312279149	0.4439243847863223	1.0	0.9699900049983352	50	Q14108,Q8WTV0,O15118	3
Purine nucleoside triphosphate catabolic process	0.7555481947664864	0.7654870195806635	0.4439815929825765	1.0	0.9699900049983352	2	Q9Y3Z3	1
Phosphatidylinositol biosynthetic process	0.3977177478386517	0.7650302002334507	0.4442535614918794	1.0	0.9700885121687318	21	O00443,Q9Y217,P37287,Q96N66,Q8TBX8	5
Positive regulation of phosphatase activity	0.5358381305307254	0.7647919332600833	0.4443954520379685	1.0	0.9700885121687318	5	Q8IV63	1
Regulation of receptor mediated endocytosis	0.3839802416348372	0.7629255839071034	0.4455077774508691	1.0	0.9710403374120758	23	Q15334,P05067,O00560,P50897	4
Positive regulation of binding	0.3507197519281596	0.7628870368404148	0.4455307678255029	1.0	0.9710403374120758	53	O14786,Q09472,Q9BUN8,P19474,P56545,O75503,Q96TA1,P05067,P35611,Q9Y4G8,P09429,P62826,Q12948	13
Regulation of dendrite development	0.408662029455252	0.7603127527958711	0.4470676607332944	1.0	0.9717268389426782	19	Q9Y4G8	1
Muscle cell proliferation	0.3769835268521372	0.7596656728476348	0.4474544525831443	1.0	0.972045330577472	25	P09601	1
Positive regulation of protein catabolic process	0.3476188553763041	0.7593097087688055	0.4476673110973568	1.0	0.972045330577472	54	P46379,Q9Y5X1,P04062	3
Transmembrane receptor protein serine threonine kinase signaling pathway	0.370762146229729	0.7587555278456214	0.4479988133462789	1.0	0.972090194580159	43	Q6PIU2,Q09472,Q93062,Q9Y3F4,Q9UIQ6,Q9Y4E8,P08670,Q92896,Q96AC1,O00560,Q53EL6,P53999,Q9UNH7	13
Negative regulation of cell matrix adhesion	0.5121915046127866	0.7582255731618049	0.4483159542560533	1.0	0.9724466760917188	6	Q9P258	1
Regulation of transporter activity	0.3731722478150296	0.7569844756809365	0.4490591632327556	1.0	0.973395024356658	41	P08183,Q12955,Q96GC9,Q15334,P05067,O43865,P78417,P42858	8
Bile acid metabolic process	0.489284747262188	0.7565463066456225	0.4493217197799213	1.0	0.9736324186784262	8	P22059,O15118	2
Skeletal system morphogenesis	0.4023684174575722	0.7561073167743334	0.4495848554780122	1.0	0.9738709058737192	20	O95470,P16435,O75844,Q7Z3C6	4
Imp biosynthetic process	0.4887284034305981	0.7540501719409948	0.4508190957725129	1.0	0.9745535464847866	8	Q06203,P22102	2
Regulation of steroid biosynthetic process	0.468106393105106	0.7506842994092598	0.452842674193183	1.0	0.9755755473625928	9	Q9UHI6,P16435	2
Replicative senescence	0.5955652531640494	0.7506838370826009	0.4528429524980224	1.0	0.9755755473625928	4	Q13315	1
Mitotic g1 s transition checkpoint signaling	0.4872863249357049	0.747586218612847	0.4547097798889201	1.0	0.9756914628068374	8	Q13315,P15927	2
Negative regulation of defense response	0.3752221520658811	0.7471855822466454	0.4549515458126554	1.0	0.9756914628068374	25	Q9Y3Z3,P28070,P04062,O43657,Q9Y4E8	5
Peripheral nervous system development	0.4359407155498542	0.746528004160733	0.4553485213354888	1.0	0.9756914628068374	13	Q9NR77,Q9UPY3,P51648,Q16880	4
Nucleotide transport	0.4301260894330621	0.7455802714273376	0.4559210041852377	1.0	0.9756914628068374	14	Q9BSK2,Q8TB61,Q9H2D1	3
Reactive oxygen species metabolic process	0.375488771855769	0.7455383170100601	0.4559463563226544	1.0	0.9756914628068374	37	P00374	1
Regulation of extrinsic apoptotic signaling pathway	0.3767011878083282	0.7451796835280693	0.4561631030573652	1.0	0.9758270550272216	28	O14786,Q86WB0,P09601,Q8IWB1,P48507,P26583,P42858	7
Response to amyloid beta	0.5086364946690572	0.7432131249289906	0.4573526583606204	1.0	0.9763185397302782	6	P05067	1
Cellular response to amyloid beta	0.5086364946690572	0.7432131249289906	0.4573526583606204	1.0	0.9763185397302782	6	P05067	1
Actin polymerization or depolymerization	0.3622284764576586	0.742950178586303	0.4575118443823962	1.0	0.9763185397302782	47	P52907,Q9Y5X1,Q14019,Q13045,P63000,O15145,P35080,P47755,P50552,Q9NUQ9,P07737,Q9UQB8,Q14247,P42345,Q6IBS0,P35241,O75083,Q9UEY8,Q9Y281,P35611	20
Negative regulation of cell cycle g1 s phase transition	0.4451410017614819	0.7398691068426111	0.4593794213385171	1.0	0.9763185397302782	11	Q7Z7L1,Q13315,P15927	3
Positive regulation of nervous system process	0.7497031061470211	0.7383060847140623	0.4603284697895273	1.0	0.9763185397302782	3	P04062	1
Histone h4 r3 methylation	0.7479297780722165	0.7381284404579196	0.4604364026393528	1.0	0.9763185397302782	2	Q99873	1
Oocyte maturation	0.5921604485610481	0.7380097436503276	0.4605085281684948	1.0	0.9763185397302782	4	P30153,Q8IXJ6	2
Protein peptidyl prolyl isomerization	0.3743207052729034	0.7357315552016134	0.46189408202853	1.0	0.9763185397302782	26	Q9H2H8,Q96AY3,Q6UX04,Q13356,O00170,Q9Y680	6
Glutathione metabolic process	0.3929915061118901	0.7345882502497056	0.4625902959759513	1.0	0.9763185397302782	21	Q16775,P78417,P48507,P00390	4
Histone arginine methylation	0.7481776010603195	0.7332689498540345	0.4633944090436115	1.0	0.9763185397302782	3	Q86X55,Q99873	2
Positive regulation of response to biotic stimulus	0.3748954306871991	0.732329314684395	0.4639675908922387	1.0	0.9763185397302782	35	Q15233,Q09472,Q15648,Q9BY67,P09429,Q9Y4E8,Q9NUD5	7
Negative regulation of cyclin dependent protein serine threonine kinase activity	0.5895162604555688	0.728200734704201	0.4664907161887202	1.0	0.9763185397302782	4	Q96SZ6	1
Uv protection	0.5893271461716857	0.7275003435494812	0.4669195049524925	1.0	0.9763185397302782	4	P18074,P39748,P19447	3
Regulation of cytoplasmic mrna processing body assembly	0.746345589609571	0.7272318863662008	0.4670839159455631	1.0	0.9763185397302782	3	Q9NZN8	1
Regulation of stem cell differentiation	0.4127543070784724	0.7261698485560872	0.4677346534576796	1.0	0.9763185397302782	17	Q96J02,Q08J23,Q9H2U1,Q9Y6C9,Q00534,Q96PZ0,Q12948	7
Positive regulation of chromatin organization	0.481872346769875	0.7234014885283949	0.4694332569871282	1.0	0.9763185397302782	8	Q9Y6X9,P26358,Q15047	3
Negative regulation of actin filament polymerization	0.4076162751816301	0.7231571468661765	0.4695833431669571	1.0	0.9763185397302782	18	P47755,Q9UEY8,P52907,P07737,Q6IBS0,Q13045,P35241,P35611,P35080	9
V d j recombination	0.5008831453657524	0.7206433129990284	0.4711289978678106	1.0	0.9763185397302782	7	P09429,Q13315	2
Protein localization to phagophore assembly site	0.5029515002751289	0.7193227459768005	0.471942084218748	1.0	0.9763185397302782	6	Q9Y4P8,Q7Z3C6	2
Dna damage response signal transduction by p53 class mediator	0.4193238896422115	0.7183109301926671	0.472565592224571	1.0	0.9763185397302782	15	Q14694,P14174,O75832,P61254,Q9UM54,Q13315,O43324,O96017,O75844	9
Regulation of dna templated transcription initiation	0.4249854709908151	0.7177766066648278	0.4728950396319491	1.0	0.9763185397302782	14	P11802,P09429,Q9H2U1,Q15648	4
Detection of stimulus	0.4249175574697212	0.7174102229118243	0.4731210135938362	1.0	0.9763185397302782	14	Q8WTV0	1
T cell activation involved in immune response	0.5240694278791327	0.7173235177135922	0.4731744993229307	1.0	0.9763185397302782	5	P09429	1
Cation transport	0.4010827110903663	0.7171483172892036	0.4732825851457045	1.0	0.9763185397302782	143	P21796,O14548,Q15334,P00846,O75964,O15173,P42858,Q96ES6,Q8N4V1,Q12955,P00403,Q96NB2,P05067,Q9HD20,Q70HW3,P78417,O43865,O75844,Q4KMQ2,Q9UDW1,Q9BPX6,Q9Y6M7,Q96GC9,P21281,O43772	25
Positive regulation of exocytosis	0.4247294731699283	0.716395666850151	0.473747069784463	1.0	0.9763185397302782	14	Q7Z460	1
Membrane depolarization during action potential	0.7413050679032853	0.7145730251121456	0.4748729178730793	1.0	0.9763185397302782	2	Q12955	1
Phosphatidylinositol dephosphorylation	0.5856397783686116	0.7138756261100286	0.4753040903321646	1.0	0.9763185397302782	4	Q01968,Q9Y217	2
Phospholipid dephosphorylation	0.5856397783686116	0.7138756261100286	0.4753040903321646	1.0	0.9763185397302782	4	Q01968,Q9Y217	2
Positive regulation of torc1 signaling	0.7422133863485728	0.7136646104310844	0.4754345947649754	1.0	0.9763185397302782	3	Q9Y4R8,Q96EE3	2
Regulation of gene expression by genomic imprinting	0.7419344636304883	0.712751344247658	0.4759996385405427	1.0	0.9763185397302782	3	Q8NB78	1
Exocrine system development	0.522178100208199	0.7097544418102664	0.4778564251380706	1.0	0.9763185397302782	5	O14786,Q12948	2
Negative regulation of map kinase activity	0.497605536023737	0.7067377535862243	0.4797294633150133	1.0	0.9763185397302782	7	Q53EL6	1
Cellular lipid catabolic process	0.3234027214199314	0.7053368699685304	0.4806006207700604	1.0	0.9763185397302782	64	Q9BWD1,Q8NHP8,P50897,Q8NCC3,P23786,Q8WTV0,P49748	7
Regulation of cell junction assembly	0.3701231292930673	0.7037244117864828	0.481604414665294	1.0	0.9763185397302782	37	Q13641,Q7Z460,Q9Y4G8	3
Protein k11 linked ubiquitination	0.4424986291958074	0.7031509491046655	0.4819616837436689	1.0	0.9763185397302782	10	P30260,Q13042	2
Striated muscle cell differentiation	0.3710433087371155	0.7028995808907188	0.4821183323681319	1.0	0.9763185397302782	35	Q8IV08,Q9UGN5,Q9H7B4,Q13045,Q96TA1,Q9H4M9,Q16527,O75844	8
Pyrimidine ribonucleotide biosynthetic process	0.4375268084576316	0.7016755681817888	0.482881512848047	1.0	0.9771285574870467	11	P17812,O75414,Q9NRF8,P30085	4
Negative regulation of cell volume	0.7369990062934821	0.6993851864744172	0.4843113429385484	1.0	0.9793449674880402	2	Q4KMQ2	1
Lipid modification	0.3567643900110196	0.6954513772419736	0.4867724724930056	1.0	0.9822107618720358	47	Q9BWD1,P04062,Q96N66,P16435,P23786,P49748	6
Postreplication repair	0.4754563033100596	0.6949215883569162	0.4871044426630082	1.0	0.9822107618720358	8	P12004,P61088,P28340	3
Steroid biosynthetic process	0.3653157119010186	0.6932112010535602	0.4881770198539237	1.0	0.9831535930074904	41	Q14534,Q15648,P16435,Q15800,Q16850,Q9UHI6,Q15392,Q14739	8
Hormone mediated signaling pathway	0.3651472481969091	0.691849716029465	0.4890317114535261	1.0	0.9842517394075714	41	Q15648,P42785,O43251,Q9NUQ7,P32780,O15173	6
Regulation of nucleotide biosynthetic process	0.4746808522802017	0.6914936281064178	0.4892553836270537	1.0	0.9843904967221112	8	P00403	1
Negative regulation of intrinsic apoptotic signaling pathway	0.3699047196105379	0.6900772319052153	0.4901456203308827	1.0	0.9846696413450188	31	Q15233,P45880,P16989,Q96K76,P31689	5
Negative regulation of cell activation	0.4197362462970104	0.6895347786215533	0.4904867949572953	1.0	0.9846696413450188	14	Q96J02,Q13315,P09429,P09601	4
Amine transport	0.5168585940698891	0.6885612325374318	0.4910994243735249	1.0	0.9846696413450188	5	Q15042	1
Phosphatidylinositol metabolic process	0.3728802496931965	0.6874811632188935	0.4917795670124401	1.0	0.9846696413450188	23	O00443,Q9Y217,P37287,Q96N66,Q8TBX8	5
Nucleotide transmembrane transport	0.434651764256749	0.6873368222475551	0.491870499873384	1.0	0.9846696413450188	11	Q8TB61,Q9H2D1	2
Regulation of proteasomal ubiquitin dependent protein catabolic process	0.3620568561192163	0.686548553632003	0.4923672575921662	1.0	0.9848705146644896	43	P46379,O00560,Q86UE8,P04062	4
Positive regulation of hematopoietic progenitor cell differentiation	0.7338551399897644	0.6864406829990419	0.4924352573322448	1.0	0.9848705146644896	3	Q12948	1
Collagen fibril organization	0.453867918203471	0.6842708960733406	0.493804121383208	1.0	0.9862518750956476	9	Q96AY3,Q92791,Q12948	3
Multivesicular body organization	0.4239696490210968	0.6835811518665711	0.4942396898715833	1.0	0.9862518750956476	13	Q8WUX9,A5D8V6	2
Negative regulation of ion transmembrane transporter activity	0.4536990794824882	0.6834897601194968	0.4942974185148339	1.0	0.9862518750956476	9	P78417	1
Regulation of receptor binding	0.5769351217244576	0.681961222408473	0.4952634711882895	1.0	0.9864953674702248	4	P10586,O14786	2
Localization within membrane	0.4071761236918469	0.6789150766099112	0.497191672337002	1.0	0.9872451371435728	155	A5D8V6,Q15042,Q15334,Q9Y4G8,Q13641,Q9NS69,P33176,Q8N4V1,P49458,Q12955,Q96CW1,O15118,Q9HD20,Q9HD45,O43681,Q99805,P46379,P43307,Q15629,P35613,Q9UBQ0,Q13356,O60725,Q9Y512,Q14168,O00560,P07602,Q15436,Q9NZJ7,O75915,P50542,Q9BTX1,Q9H4M9	33
Regulation of membrane potential	0.3415139358064162	0.6761965362019782	0.4989158714613577	1.0	0.989013006838118	53	P33176,Q9BSK2,Q99808,P04062,Q12955,O75915,Q15042,Q15334,P05067,Q14168,Q9UQB8,P48507,O75844	13
Regulation of vasculature development	0.3678223526307182	0.6761163174120881	0.4989667974138514	1.0	0.989013006838118	30	Q9NZ08,Q96TA1,P09601,Q12948	4
Aspartate family amino acid metabolic process	0.3947570601499684	0.6757959718659686	0.4991701925427847	1.0	0.989013006838118	19	Q13126,Q9NRN7	2
Neuron development	0.4247602012197021	0.6735437143215655	0.500601447854955	1.0	0.9901914793745786	179	P00374,Q9BVA1,Q9Y296,Q14108,O75503,Q15334,Q9Y4G8,Q13641,P33176,Q9HCE1,Q09472,Q12955,Q9NR77,P05067,Q9NQC3,Q9UQB8,P43034,P83731,Q96G23,P35613,Q9BW83,P50897,Q99873,P54802,P09429,O14949,Q13509,P04062,Q9Y6M7,Q9NZJ7,P42892,P10586,Q96TA1,Q9H4M9,Q16880,Q16739,O43251	37
Negative regulation of cell differentiation	0.3257677154334446	0.6724423021651182	0.5013021600498964	1.0	0.9901914793745786	69	Q9UPY3,P09429,Q9NP50,Q15648,Q99873,Q15022,P26358,Q00534,Q8N4Q0,Q9Y4G8,P05067,Q9NQC3,Q96AC1,Q53EL6,Q96G23,Q9P258	16
Inner cell mass cell proliferation	0.5127365620711807	0.6722400770584126	0.501430870946197	1.0	0.9901914793745786	5	P61201,O14757,Q9BRT9	3
Glycerophospholipid metabolic process	0.3384820622056941	0.6720502517637509	0.5015517056144154	1.0	0.9901914793745786	54	O00443,P37287,Q9Y217,Q96N66,Q8N2K0,P35790,Q8NCC3,Q99943,Q13315,Q9NPH0,Q8WTV0,Q8TBX8,P43034,Q8WUK0	14
Leukotriene biosynthetic process	0.7287181185823175	0.6704650129889104	0.5025614025558953	1.0	0.990795055178372	2	P09960	1
Lung epithelium development	0.5119028784203128	0.6689502979070256	0.5035271835151485	1.0	0.9908567712723088	5	P09960	1
Positive regulation of cell killing	0.4884414831524687	0.668140500020782	0.5040439116321891	1.0	0.9908659013257538	7	P15151,Q9BY67	2
Regulation of leukocyte mediated cytotoxicity	0.4884414831524685	0.6681405000207813	0.5040439116321895	1.0	0.9908659013257538	7	P15151,Q9BY67	2
Negative regulation of telomere capping	0.5113767106017345	0.6668759777432886	0.5048513564127184	1.0	0.9908659013257538	5	Q13315	1
Organic hydroxy compound metabolic process	0.3601105818093115	0.666610687411406	0.5050208406840873	1.0	0.9908659013257538	103	P00374,Q15648,Q14534,P04062,O15118,P16435,Q15800,Q16775,Q16850,Q8WTV0,Q15392,Q9Y4G8,P05067,P49748,O00764	15
Positive regulation of response to wounding	0.4347537100904739	0.6655238660034317	0.5057154839219524	1.0	0.9908659013257538	10	Q96AC1,Q4KMQ2,P42345,Q16625	4
Negative regulation of intracellular protein transport	0.4492696273813359	0.6630556577495832	0.5072949084307847	1.0	0.9911913086492536	9	Q9GZP9	1
Cytokinetic process	0.405717041704083	0.6628348122090337	0.5074363552767398	1.0	0.9911913086492536	16	Q9Y5X1	1
Regulation of anatomical structure size	0.3447292825083958	0.661771473535888	0.5081176907634912	1.0	0.9914854739989956	88	O00443,Q9Y5X1,Q14019,Q13045,O15145,P47755,O14786,P50552,Q96CW1,Q9HB40,P07737,Q9NQC3,Q9UQB8,P43034,Q12948,P42345,Q4KMQ2,P42892,P35611,P48507	20
Regulation of mitochondrial fusion	0.5711282481726947	0.6608781827719976	0.5086904385724333	1.0	0.9914854739989956	4	Q9Y6C9	1
Positive regulation of actin filament bundle assembly	0.4292840171945208	0.6606990336093485	0.5088053436786004	1.0	0.9914854739989956	11	O14786,P42345,P07737,P63000,Q96AC1	5
Lipid biosynthetic process	0.384488597130226	0.6606548084410563	0.5088337115068722	1.0	0.9914854739989956	130	O00443,P37287,P11802,P35790,Q8NCC3,Q9NZ01,Q9NPH0,Q16850,Q8WTV0,Q14739,O95864,Q86YN1,Q8NBX0,P16435,Q96G23,Q99805,Q9Y217,Q15800,Q99943,Q9UHI6,P49748,O00154,Q13510,Q15648,Q14534,P04062,Q96N66,O95470,Q8TBX8,Q15392,Q16880,Q16739,Q8WUK0	33
Regulation of nucleotide metabolic process	0.4049498978900402	0.6585431617751465	0.5101891719205749	1.0	0.9916537450289372	16	P00403,P05067,Q09472	3
Cellular response to peptide	0.3211741710942568	0.6583787517069112	0.5102947854997835	1.0	0.9916537450289372	66	Q9BSK2,O00443,P43490,P11802,Q92572,P16435,P05067,Q8TBX8,Q9UQB8,O43865	10
Sodium ion transport	0.362390836804496	0.656972476450681	0.5111986141712319	1.0	0.992313156942124	25	Q12955,Q4KMQ2,Q9Y6M7,O43865	4
Cell part morphogenesis	0.3760513439748054	0.6566024157078664	0.5114365951933233	1.0	0.992313156942124	121	Q9BVA1,P78559,Q15334,Q9Y4G8,Q13641,Q9BPU6,P33176,Q9HCE1,O14786,P50552,Q12955,P46821,P05067,Q9NQC3,Q9UQB8,P43034,O60678,P83731,Q9Y5P4,P35613,O60749,Q9H2U1,Q8TB37,Q13509,Q9UPY3,P42892,Q96TA1,Q16880,O43251,Q9Y263	30
Regulation of neuronal synaptic plasticity	0.4661854379837061	0.654154213566712	0.5130124566391383	1.0	0.9929032212284072	8	P05067,Q15042	2
Cardiac chamber development	0.4001632942385693	0.6536586856921008	0.5133317260922281	1.0	0.9929032212284072	17	Q15648,O75844	2
Negative regulation of transporter activity	0.4322643669603735	0.6535080864838251	0.5134287779142748	1.0	0.9929032212284072	10	P78417	1
Positive regulation of muscle cell differentiation	0.4845502359165168	0.6518863777666513	0.514474473298024	1.0	0.99293072982549	7	Q9UGN5,Q96TA1	2
L glutamate transmembrane transport	0.483924438115242	0.6492803253231968	0.5161572003761066	1.0	0.994787067189576	7	O75915,O60831,Q9H936,Q9UPY5	4
Negative regulation of circadian rhythm	0.7210997018880481	0.6442102904618657	0.5194390788740404	1.0	0.997535758228204	2	P23246	1
Cellular response to gamma radiation	0.4258990443292471	0.6439957017414207	0.5195782212337252	1.0	0.997535758228204	11	O75844	1
Neurotransmitter gated ion channel clustering	0.7188220527075195	0.6382685610807864	0.5232988736423225	1.0	1.0	3	Q15334	1
Voluntary musculoskeletal movement	0.564688236466585	0.63770409232001	0.5236663211254471	1.0	1.0	4	P42345	1
Regulation of nervous system development	0.3166108610414904	0.632591746887043	0.527000277987782	1.0	1.0	60	Q13641,Q9Y4G8,Q9UQB8	3
Arf protein signal transduction	0.562810739144837	0.6309910330900838	0.5280463874994592	1.0	1.0	4	Q92538,Q8N6T3,Q15555	3
Positive regulation of protein kinase b signaling	0.3961474300578164	0.6307630470418327	0.5281954685559631	1.0	1.0	17	Q13641	1
Sulfur compound metabolic process	0.3545942333080469	0.6295350498472594	0.5289988298330766	1.0	1.0	101	Q13126,P00390,P50897,Q9UBX3,P16278,Q8TB61,Q9NZ01,Q16775,O60725,Q8NCH0,P78417,P48507,O43865	13
Maintenance of apical basal cell polarity	0.7167936402782438	0.6295276314196367	0.5290036848904398	1.0	1.0	2	Q8WUM4	1
Alpha amino acid metabolic process	0.3258551953788776	0.6280573689429567	0.529966358870329	1.0	1.0	73	Q13126,P00374,O15382,O60725,Q9NRF8	5
Axo dendritic transport	0.3589791769572886	0.6274933954180003	0.5303358641329816	1.0	1.0	26	P33176,Q92572,P05067,Q14168,P43034,Q15554	6
Positive regulation of nuclease activity	0.7153744201458003	0.62737473481665	0.5304136250709652	1.0	1.0	3	P12004,P26583	2
Regulation of t circle formation	0.7157999337529042	0.6261559457313945	0.5312126597162572	1.0	1.0	2	Q15554	1
Anatomical structure maturation	0.3585569749901985	0.6245457501754252	0.5322692345369981	1.0	1.0	26	O75503,P05067,Q9NZJ7,P04062	4
Notch signaling pathway	0.3987619290222525	0.6240817498791243	0.5325738986812376	1.0	1.0	16	Q15334,Q96TA1,P05067,Q92542,Q00534,Q12948	6
Positive regulation of deoxyribonuclease activity	0.7151374627360114	0.6239116684140183	0.53268559684075	1.0	1.0	2	P12004	1
Positive regulation of activated t cell proliferation	0.7151374627360116	0.6239116684140183	0.53268559684075	1.0	1.0	2	P09429	1
Positive regulation of intrinsic apoptotic signaling pathway in response to dna damage	0.7151374627360114	0.6239116684140183	0.53268559684075	1.0	1.0	2	P61254	1
Regulation of amino acid transport	0.560284210607127	0.6219890641031159	0.5339490589422855	1.0	1.0	4	Q15042	1
Transcription initiation from rna polymerase ii promoter	0.3752488544637726	0.6216976702806589	0.53414068383025	1.0	1.0	21	Q15648,P11802,Q9H2U1,O15514,P09429,P53999	6
T cell homeostasis	0.5596130058123339	0.6196037922541673	0.535518669442689	1.0	1.0	4	P62753	1
Negative regulation of inflammatory response	0.4206454932544354	0.618228201634776	0.536424922475149	1.0	1.0	11	P28070,P04062	2
Chaperone mediated protein complex assembly	0.41601671044876	0.6176595492903506	0.5367997817077732	1.0	1.0	12	P07900,P78371,Q15185,O15212,Q9Y375	5
Response to bacterium	0.3352177006997117	0.617475812630046	0.536920930231862	1.0	1.0	53	Q53EL6,Q9NZ08,Q8WTV0,Q9UQB8	4
Somatic diversification of immune receptors	0.3554091891202343	0.6151238349465953	0.5384729424739483	1.0	1.0	24	Q9Y3Z3,Q9UQ84,P02786,Q9NQT5,Q13315,P52701,P09429	7
Presynapse organization	0.4977868459431056	0.6138616189087546	0.539306774659414	1.0	1.0	5	P05067	1
Negative regulation of phosphatidylinositol 3 kinase signaling	0.7121563431599929	0.6138475924567894	0.5393160443025471	1.0	1.0	2	O95630	1
Cellular response to fatty acid	0.4772471489870885	0.6134024315570544	0.539610278665823	1.0	1.0	6	P11802,Q15120,P50416	3
Cd4 positive alpha beta t cell differentiation	0.7109141856580844	0.6133713662550895	0.5396308146445432	1.0	1.0	3	P09429	1
T cell differentiation involved in immune response	0.7109141856580844	0.6133713662550895	0.5396308146445432	1.0	1.0	3	P09429	1
T helper 1 type immune response	0.7109141856580844	0.6133713662550895	0.5396308146445432	1.0	1.0	3	P09429	1
T helper 1 cell differentiation	0.7109141856580844	0.6133713662550895	0.5396308146445432	1.0	1.0	3	P09429	1
Xmp metabolic process	0.4752315492188947	0.613321173968312	0.5396639955040503	1.0	1.0	7	Q06203,P22102	2
Regulation of cell killing	0.4567181482885791	0.6130502130658412	0.5398431385878248	1.0	1.0	8	P15151,Q9BY67	2
Regulation of ligase activity	0.5575488490695717	0.6122849857912265	0.540349221603851	1.0	1.0	4	P48507	1
Positive regulation of attachment of spindle microtubules to kinetochore	0.5567974470116452	0.6096270617318218	0.5421088809213186	1.0	1.0	4	Q9P258,P14635	2
Maternal process involved in female pregnancy	0.475966937386312	0.6082298727123736	0.5430350245331685	1.0	1.0	6	Q15648	1
Cardiac muscle contraction	0.3921031834046186	0.607834717608701	0.5432971007492753	1.0	1.0	17	P78417	1
Cellular component morphogenesis	0.3835832581998475	0.6065141818848323	0.5441733678727538	1.0	1.0	135	Q9BVA1,P78559,Q15334,Q13045,Q9Y4G8,Q13641,Q9BPU6,Q16527,P33176,Q9HCE1,O14786,P50552,Q12955,Q7Z460,P46821,Q9NR77,P05067,Q9NQC3,Q9UQB8,P43034,O60678,P83731,Q9Y5P4,P35613,O60749,Q9H2U1,Q8TB37,Q13509,Q9UPY3,P42892,Q96TA1,Q16880,O43251,Q9Y263	34
Glycolipid catabolic process	0.4750888729363417	0.6046884280282648	0.5453860385067002	1.0	1.0	6	P04066,P04062,P06280	3
T cell proliferation	0.3777413787495877	0.6036158160067266	0.5460990951194122	1.0	1.0	20	Q96J02,P49366,Q9BY67,P02786,Q92542,P09429	6
Fatty acid homeostasis	0.7077159573257669	0.6033944452836004	0.5462463166114058	1.0	1.0	3	P28340	1
Histone h3 k4 demethylation	0.5549989470896184	0.6032790921222458	0.5463230394484921	1.0	1.0	4	Q8NB78	1
Gmp biosynthetic process	0.4166812179996518	0.5989186938043015	0.5492271048338833	1.0	1.0	11	P22102,P12268,P30566,P49915,Q06203	5
Dna strand elongation involved in dna replication	0.4166466199123942	0.598750703486099	0.5493391400774441	1.0	1.0	11	P12004,Q07864,Q9NRF9,P40938	4
Protein quality control for misfolded or incompletely synthesized proteins	0.4074415590344754	0.5981558337046881	0.5497359581846175	1.0	1.0	13	P46379,Q9BUN8,Q16740,Q9HCN8	4
Organ growth	0.3764322803027401	0.5956489225650307	0.5514097868693153	1.0	1.0	20	P07602,P16989,Q9NZJ7,P16435,O75844,Q12948	6
Negative regulation of chemotaxis	0.4728280532777871	0.5955939188547554	0.5514465401264548	1.0	1.0	6	O14786,P14174	2
Negative regulation of cytoskeleton organization	0.3520883553360996	0.5954425371453448	0.551547698990333	1.0	1.0	42	P63167,P47755,Q9P1Y5,Q92974,Q9UEY8,P52907,P04350,Q7Z460,P46821,P07737,Q6IBS0,Q13045,P35241,P35611,P29372,P35080	16
Regulation of entry of bacterium into host cell	0.7050994540539783	0.5952731168388603	0.5516609227260791	1.0	1.0	3	Q9BTY2	1
Regulation of intrinsic apoptotic signaling pathway in response to dna damage	0.4515263234007552	0.5907600285402529	0.5546812205854101	1.0	1.0	8	Q96K76,P61254,P23396	3
Axon ensheathment in central nervous system	0.7052003974826164	0.5905943112215885	0.5547922774456162	1.0	1.0	2	Q92542	1
Inositol phosphate catabolic process	0.7034459907223299	0.5901602658339897	0.5550832081411676	1.0	1.0	3	Q01968,Q10713	2
Ribose phosphate biosynthetic process	0.3306492950730562	0.5901549653981055	0.5550867613628254	1.0	1.0	81	P50897,Q8TB61,O43252,O75414,Q9NZ01,P00403,Q9NRF8,P00846,O75964,O00154	10
Skin epidermis development	0.4187610759609718	0.589078255075914	0.5558087796131013	1.0	1.0	10	O75844	1
Epithelial cell differentiation involved in prostate gland development	0.7028957719265647	0.5884622291122733	0.5562220791286858	1.0	1.0	3	P07602	1
Regulation of peptidyl serine phosphorylation	0.3800717813068547	0.5880711789473738	0.5564845173314787	1.0	1.0	19	P14174,P02786,P07900,P05067,P63244,Q9H7B4,P35080	7
Ribonucleoside triphosphate biosynthetic process	0.3556025322655503	0.5880381955300225	0.5565066556376812	1.0	1.0	30	P00846,O75964,Q9NRF8	3
Regulation of intracellular estrogen receptor signaling pathway	0.4003840184069414	0.586991171164794	0.5572096362746062	1.0	1.0	14	Q15648,Q86X55,Q9NUQ7,Q13309,Q9NZN8	5
Positive regulation of myelination	0.7038754554488305	0.5862025282649239	0.5577394228928081	1.0	1.0	2	Q9UPY3	1
Positive regulation of fibroblast proliferation	0.4685798476354754	0.5861299460745936	0.5577881937427875	1.0	1.0	7	P11802	1
Regulation of gtpase activity	0.3341551430632752	0.5860295580037115	0.5578556518852247	1.0	1.0	52	Q15042,Q9Y5X1,Q4VCS5,Q9Y4G8,P43034,Q66K14,Q9P258	7
Regulation of epidermal growth factor activated receptor activity	0.4904759434751815	0.585824970611494	0.5579931415153077	1.0	1.0	5	P05067	1
Nucleoside phosphate catabolic process	0.3917874369367693	0.5856028814962667	0.5581424115480038	1.0	1.0	16	O43598,Q9Y3Z3	2
Amyloid precursor protein catabolic process	0.4000948405216166	0.5854805840494614	0.5582246181201944	1.0	1.0	14	Q9NQC3,O95197,Q15392	3
Regulation of telomere capping	0.4179273004069193	0.5851449848511842	0.5584502332770738	1.0	1.0	10	Q93009,Q96T60,Q13315,Q15554	4
Cytoplasmic pattern recognition receptor signaling pathway	0.3998758217074243	0.5843369626673437	0.5589936286270332	1.0	1.0	14	O43657,Q9Y4E8	2
Lymphocyte activation	0.3300369583915181	0.5838027831587742	0.5593530055535001	1.0	1.0	81	Q96J02,P46379,Q9UQ84,P49366,Q09472,P04062,P24390,Q9BY67,O96005,P42345,Q9NQT5,Q13315,Q00534,P78318,P52701,P09429	16
Cell cycle g1 s phase transition	0.3338000223039772	0.5827995454989561	0.5600282509697334	1.0	1.0	52	Q7Z7L1,Q7L2J0,P11802,O00743,P61254,Q13315,Q07864,Q13309,Q96DY7,Q00534,Q07666,Q15058,Q96HY6,P35241,P15927,Q13617	16
Ceramide catabolic process	0.4696255940841829	0.5827719081246882	0.5600468583453844	1.0	1.0	6	Q13510,P04062,P06280	3
Protein insertion into er membrane by stop transfer membrane anchor sequence	0.489649831623921	0.5826798392401847	0.5601088475943776	1.0	1.0	5	Q5J8M3,Q8N4V1	2
Positive regulation of chemokine c x c motif ligand 2 production	0.7025505134150452	0.5818229855326402	0.5606859198439502	1.0	1.0	2	P09429	1
Chemokine c x c motif ligand 2 production	0.7025505134150452	0.5818229855326402	0.5606859198439502	1.0	1.0	2	P09429	1
Positive regulation of b cell proliferation	0.7025505134150447	0.5818229855326389	0.5606859198439511	1.0	1.0	2	P02786	1
Negative regulation of neuron death	0.3530311080767952	0.5814846285025596	0.5609138751784832	1.0	1.0	39	O95630,O14786,Q15233,Q9UPY5,P50897,Q9UGN5,P04062,P09601,P48681,P43246,P48507,Q15058,Q9UNH7	13
Enzyme linked receptor protein signaling pathway	0.3585187412542394	0.5809854148209593	0.561250283541797	1.0	1.0	110	O00443,P43490,Q93062,Q09472,P11802,Q9UIQ6,O95470,P10586,Q96TA1,Q8TBX8,Q9Y4G8,Q9NQC3,Q9UQB8,Q53EL6,O00560,Q9Y4E8	16
Cellular response to virus	0.378840577298683	0.5808036582004527	0.561372789290536	1.0	1.0	19	Q92538,O15111,P63241,Q92890,O43657,Q9Y4E8,Q9NUD5	7
Cellular response to insulin stimulus	0.3433262808830909	0.5800488640723084	0.5618816662937742	1.0	1.0	47	Q9BSK2,O00443,P43490,P11802,Q8TBX8,Q9UQB8	6
Endoplasmic reticulum to cytosol transport	0.4166465598406447	0.5791141664108277	0.5625121418445072	1.0	1.0	10	Q9GZP9,Q9BUN8,Q8TCT9,Q92890	4
Negative regulation of nitric oxide metabolic process	0.699138502319433	0.5769122591430645	0.5639987287136239	1.0	1.0	3	P06280,Q92945	2
Positive regulation of dephosphorylation	0.3933650643965698	0.5768290788259723	0.5640549238105184	1.0	1.0	15	P63167,Q8IV63,Q86XL3,P04062	4
Regulation of glial cell differentiation	0.4301393214855932	0.5762662752794905	0.5644352143937867	1.0	1.0	9	Q9UPY3,O14744,P42345,P06493	4
Regulation of actomyosin structure organization	0.3731200913440726	0.5755675132710121	0.5649075447789	1.0	1.0	20	P63167,O14786,P42345,Q7Z460,P07737,P63000,Q96AC1	7
Negative regulation of macrophage chemotaxis	0.7005631003643656	0.575276865750702	0.565104064848112	1.0	1.0	2	P14174	1
Negative regulation of macrophage migration	0.7005631003643656	0.575276865750702	0.565104064848112	1.0	1.0	2	P14174	1
Positive regulation of cell projection organization	0.3130869631183751	0.573372688269362	0.5663923786311469	1.0	1.0	66	O14786,Q09472,P42345,Q9H2U1,P46821,P07737,Q14108,Q15334,Q16625,Q6IBS0,Q9Y4G8,Q9UQB8,P43034,Q9H4M9,P42858	15
Extracellular vesicle biogenesis	0.4472072492377779	0.5723635664267991	0.5670756932814074	1.0	1.0	8	O00560,Q8WUM4	2
Positive regulation of telomere maintenance via telomere lengthening	0.3770683372497679	0.5703689579397931	0.5684274791946518	1.0	1.0	19	Q99832,Q96T60,P22626,Q9H2U1,P78371,Q13315,P27361	7
Regulation of glutamine family amino acid metabolic process	0.6989069228221332	0.5698432676070747	0.5687840063710137	1.0	1.0	2	Q9UPY5	1
Nitric oxide mediated signal transduction	0.6989069228221332	0.5698432676070747	0.5687840063710137	1.0	1.0	2	O00330	1
Negative regulation of cell substrate junction organization	0.545395910458739	0.5697270229790873	0.5688628587846654	1.0	1.0	4	Q9P258	1
Regulation of cytosolic calcium ion concentration	0.3668945928052827	0.5694994142198881	0.5690172681393459	1.0	1.0	21	Q15334,P78417,P42858	3
Regulation of fatty acid metabolic process	0.4144673759885308	0.5688838761009595	0.5694349482890735	1.0	1.0	10	P49748	1
Protein polyubiquitination	0.3401807682755721	0.5678504981170074	0.5701364871526526	1.0	1.0	48	Q96J02,O75150,Q96FW1,Q9UIQ6,P30260,P14373,Q13042,P19474,P55786,Q13356,Q13309,Q15386,P52888,Q9Y263	14
Striated muscle contraction	0.3717566340149182	0.5673338436260417	0.5704873876004379	1.0	1.0	20	P78417	1
Cellular response to peptide hormone stimulus	0.3192449112119738	0.5660810099615878	0.5713387119075488	1.0	1.0	57	O00443,P43490,P11802,P16435,Q8TBX8,Q9UQB8,O43865	7
Regulation of mitochondrial atp synthesis coupled electron transport	0.6944996686547372	0.5627637999724436	0.5735957335215485	1.0	1.0	3	P06493,P14635	2
Positive regulation of lipid catabolic process	0.6959258032461146	0.5601127855237802	0.5754025100718057	1.0	1.0	2	P50416	1
Dna methylation dependent heterochromatin assembly	0.4265077540482646	0.5600947056022708	0.5754148415174711	1.0	1.0	9	Q9Y6X9,P26358,Q15047	3
Cristae formation	0.4438469823314714	0.5581481139840271	0.5767432480373011	1.0	1.0	8	Q9Y512	1
Regulation of post translational protein modification	0.6929432952562007	0.5580450738720957	0.5768136056571858	1.0	1.0	3	O75718	1
Regulated exocytosis	0.3513227891101044	0.5532527776659271	0.5800903317879524	1.0	1.0	33	P09601,Q15042,O43760,P56545,Q68EM7,Q9UNH7	6
Sodium ion transmembrane transport	0.3693766348587424	0.5530093595358234	0.5802570012064767	1.0	1.0	20	Q12955,Q4KMQ2,Q9Y6M7	3
Mammary gland development	0.3737740997722485	0.5510590483014245	0.5815931970091206	1.0	1.0	19	P00403,Q13505,Q15648,Q9NQC3	4
Early endosome to golgi transport	0.4616004830241115	0.5509678780706613	0.5816556946715887	1.0	1.0	6	O15260	1
Glycoprotein biosynthetic process	0.3380115368815863	0.5492648458541842	0.5828237086781085	1.0	1.0	48	O60502,Q9Y5P6,Q86YN1,O15118,Q6ZXV5,Q8NCH0,Q2TAA5,Q7LGA3	8
Cytoskeleton dependent intracellular transport	0.3146444809111831	0.549238658951639	0.5828416773409333	1.0	1.0	58	P33176,Q9P1Y5,Q8NCM8,Q9BW83,O94901,P78559,Q92572,P46821,P62820,P07437,P05067,Q15154,Q14168,P43034,Q15554,P42858	16
Forebrain development	0.3063646341868354	0.5488572420262642	0.5831034234242796	1.0	1.0	62	P63167,Q8NCM8,Q9Y6A5,Q9UPY5,Q15042,Q00534,Q9Y4G8,P62826,O14786,O94901,P22102,Q13144,P05067,Q15058,Q9NQC3,P43034,O14949,Q9H0D6,Q96N66,P50542	20
Nuclear membrane reassembly	0.4235027768844949	0.5467952784499656	0.5845193872368413	1.0	1.0	9	Q86XL3	1
Lens development in camera type eye	0.4602247899371462	0.5455650157712185	0.5853649777471668	1.0	1.0	6	Q15648,P08670	2
Pigment granule localization	0.4794000988263883	0.5440696954296711	0.5863935133703155	1.0	1.0	5	Q96AX1	1
Positive regulation of chemotaxis	0.3767810973675782	0.5436565954741491	0.5866778061633833	1.0	1.0	18	Q13641,Q4KMQ2	2
Oxidative phosphorylation	0.3046534899601098	0.5424911954572423	0.5874801711891791	1.0	1.0	61	O14949,Q9Y6M9,P14406,O14548,P03886,P00403,P00846,O75964,Q9UDW1	9
Neurotransmitter secretion	0.3802605284237069	0.5415356768498689	0.5881384138017351	1.0	1.0	17	P50897,Q15042,Q06787,P56545,P16615,P35080	6
Nuclear pore organization	0.4003904435483323	0.5403918729242303	0.5889268113531458	1.0	1.0	12	Q9BTX1	1
Positive regulation by host of viral genome replication	0.4781167108753256	0.5392912062263413	0.5896859356529471	1.0	1.0	5	Q9H1E3,Q9P0L0,P11142,Q9H6S0	4
Regulation of notch signaling pathway	0.4579799410157592	0.536780794610138	0.5914190393091892	1.0	1.0	6	Q96TA1	1
Cell projection assembly	0.3355716105273622	0.5355757108354924	0.5922518192336461	1.0	1.0	91	P63167,Q8NCM8,Q92538,Q06787,Q01968,A6NIH7,P63000,Q9Y4G8,Q15019,P35080,P42858,Q9P258,O14786,P07737,Q9NR77,Q16625,Q9NT62,Q15154,P42345,Q8WWQ0,Q6IBS0,P62820,P35241,O00560,Q4KMQ2,Q96FJ2,Q66K14,Q9H4M9,Q9Y277	29
Positive regulation of dna binding	0.3791362842359002	0.5353136645665267	0.5924329789813099	1.0	1.0	17	Q09472,Q96TA1,P09429,Q96HY6,P26583,Q12948	6
Regulation of microtubule polymerization	0.361204800194125	0.5343820315367437	0.5930772480861832	1.0	1.0	21	P04350,Q7Z460,P46821,Q16625,P63000	5
Negative regulation of alpha beta t cell activation	0.6850403792690145	0.5343101248152814	0.5931269883889532	1.0	1.0	3	P09429	1
Dna damage response signal transduction by p53 class mediator resulting in cell cycle arrest	0.5349004222794473	0.5337608175780622	0.5935070257672155	1.0	1.0	4	Q13315	1
Regulation of establishment of protein localization to mitochondrion	0.3899177318403263	0.532796145802909	0.5941747021266028	1.0	1.0	14	O14737,P49257,P55786,P31689,Q9H300,Q9UBE0	6
Atp biosynthetic process	0.360783928352775	0.5317996564000587	0.5948647607774258	1.0	1.0	21	P00846,O75964	2
Regulation of cell aging	0.4024602206278255	0.5307178734384064	0.5956142984081254	1.0	1.0	11	Q00534,O75844	2
Regulation of fat cell differentiation	0.4023824792070504	0.5303500420071134	0.5958692567761654	1.0	1.0	11	Q86X55,Q96AC1,Q8N4Q0	3
Mitochondrial depolarization	0.4753927959747831	0.5291923365342494	0.5966720323058543	1.0	1.0	5	Q9UII2,P48507	2
Purine nucleotide salvage	0.533467828435852	0.528912151880942	0.5968663917730792	1.0	1.0	4	P30566,P55263	2
Purine ribonucleotide salvage	0.533467828435852	0.528912151880942	0.5968663917730792	1.0	1.0	4	P30566,P55263	2
Amp salvage	0.533467828435852	0.528912151880942	0.5968663917730792	1.0	1.0	4	P30566,P55263	2
Muscle tissue development	0.3338098787615592	0.5285020552965105	0.5971509209334871	1.0	1.0	49	Q15648,Q09472,Q99873,Q9UGN5,P16989,P49454,O94966,Q96TA1,O75844,P60660,Q16527,Q12948	12
Tubulin complex assembly	0.4553897180762752	0.526695708248938	0.5984049164406717	1.0	1.0	6	Q9BTW9,Q15813,P17987,Q15814,O75347	5
Positive regulation of ruffle assembly	0.68247030307983	0.5266747733340882	0.5984194568017902	1.0	1.0	3	P07737	1
Regulation of cholesterol biosynthetic process	0.5321823358253182	0.5245741975253408	0.5998792276443405	1.0	1.0	4	P16435	1
Regulation of alcohol biosynthetic process	0.5321823358253182	0.5245741975253408	0.5998792276443405	1.0	1.0	4	P16435	1
Xenophagy	0.681742972867611	0.5245215820451693	0.5999158128440543	1.0	1.0	3	Q9Y4P8	1
Regulation of phospholipase activity	0.4357246263311709	0.5241604905127928	0.6001669183920628	1.0	1.0	8	P40616,P50897	2
Regulation of cellular carbohydrate metabolic process	0.3419979937755415	0.5241009686886785	0.6002083148439326	1.0	1.0	24	Q14108	1
Negative regulation of oxidative stress induced neuron death	0.473732900035995	0.5230676097747884	0.6009272047448826	1.0	1.0	5	Q15233,Q9UPY5	2
Mammary gland epithelium development	0.452358833288363	0.521153090971714	0.6022601290317966	1.0	1.0	7	Q15648	1
Regulation of cellular response to heat	0.4348161668086869	0.5203935482750685	0.6027893059113512	1.0	1.0	8	Q13315,Q09472	2
Regulation of gliogenesis	0.3994981661890855	0.5167444896732778	0.6053345347044699	1.0	1.0	11	Q96G23,P42345	2
Cytoplasmic translational initiation	0.36777382024762	0.51619415697457	0.6057188108254437	1.0	1.0	19	Q9NR50,P41214,P42345,Q9ULC4,P55010,Q15056	6
Establishment of mitotic spindle localization	0.3993707350624549	0.5161452757495277	0.6057529479823371	1.0	1.0	11	P43034,Q7Z460,P42858	3
Response to nutrient	0.3449828590465568	0.5129622796699741	0.6079777066783771	1.0	1.0	30	Q15648,P42345,P35573,P02786,P09601,P16435,P53985,P48507	8
Regulation of g0 to g1 transition	0.6777602638421372	0.5127915815872786	0.6080971191527755	1.0	1.0	3	Q15648	1
G0 to g1 transition	0.6777602638421372	0.5127915815872786	0.6080971191527755	1.0	1.0	3	Q15648	1
Protein localization to plasma membrane	0.3071828843336525	0.5121116440382835	0.6085728756960371	1.0	1.0	66	P35613,P33176,Q15436,Q12955,O75915,Q13356,Q9Y4G8,Q13641,Q9H4M9	9
Pyrimidine ribonucleoside triphosphate metabolic process	0.4020174205240959	0.5112461875399797	0.6091786806519379	1.0	1.0	10	P17812,O75414,Q9NRF8	3
Regulation of cell maturation	0.680026498840683	0.5093524053238043	0.610505231004502	1.0	1.0	2	Q15058	1
Regulation of lipid metabolic process	0.3332848555578288	0.509046520509158	0.6107196163780149	1.0	1.0	48	Q13510,P07602,Q15120,Q05639,Q96N66,P11802,Q9NZJ7,P16435,Q8WTV0,Q9H6K4,Q9UHI6,Q8TBX8,P49748,O60678,Q96G23,O75844	16
Intrinsic apoptotic signaling pathway by p53 class mediator	0.3800930747524183	0.5066584901523069	0.6123944608277587	1.0	1.0	15	P46379,Q09472	2
Cytokine production	0.3243722088299829	0.5042630505229883	0.6140765388540923	1.0	1.0	83	Q96J02,P09601,P07900,P63000,Q9BY67,P19474,P05067,Q53EL6,P26583,Q8IV08,Q9H2U1,Q99943,P62820,O15111,P09429,Q9NUD5,Q9UPY3,P04062,P14373,O14802,Q92890	21
Retina development in camera type eye	0.3731237671355274	0.5022726692986307	0.615475731578806	1.0	1.0	17	Q9H0D6,Q15648,P54802,P83731	4
Developmental maturation	0.3434990403790771	0.5008223478043731	0.616496156247111	1.0	1.0	37	Q9BXS5,Q08J23,P04062,Q9NZJ7,O75503,Q15334,P05067	7
Cellular response to heat	0.3393885191839292	0.4994974210985756	0.6174290031144152	1.0	1.0	25	Q13315,O15514,P09601,Q09472	4
Parkin mediated stimulation of mitophagy in response to mitochondrial depolarization	0.6763829082477717	0.4980022353832314	0.6184824666122921	1.0	1.0	2	Q709C8	1
Sphingosine biosynthetic process	0.5240164687565979	0.4973101447581994	0.6189703589190638	1.0	1.0	4	Q13510,P04062	2
Regulation of map kinase activity	0.3781924707539039	0.4967587376588289	0.6193591959816491	1.0	1.0	15	Q53EL6	1
Female meiosis chromosome segregation	0.672164325660634	0.4964866122400213	0.6195511305766535	1.0	1.0	3	Q15003	1
Pyruvate metabolic process	0.3412794420743797	0.4963821367401835	0.6196248257786694	1.0	1.0	40	P21796,Q9BRR6	2
Fatty acid derivative metabolic process	0.3598428433403345	0.4962899787034615	0.6196898356288583	1.0	1.0	20	Q9NZ01	1
Protein maturation	0.3044770424087233	0.4954216124875584	0.620302541910488	1.0	1.0	65	Q9H300,Q8NCM8,Q09472,P49366,P67812,P42892,Q8TCT9,O75503,Q5JRX3,Q9NRN7,Q15392,Q92896,O75844,O00170,P55210	15
Demethylation	0.3680429641849058	0.4944300984775631	0.6210024618057639	1.0	1.0	18	Q8NB78,Q16850	2
Cilium organization	0.3315072117177124	0.4940273353619117	0.6212868744671849	1.0	1.0	48	P63167,Q8NCM8,Q92538,Q9BW83,Q8WWQ0,Q96FJ2,Q01968,A6NIH7,Q9NT62,P62820,Q15019,Q15154,Q66K14,Q9H4M9,P42858,Q9Y277	16
Biomineralization	0.3820383350405508	0.4927079093706538	0.6222189882138074	1.0	1.0	14	Q4KMQ2,O75844	2
Regulation of wound healing	0.3818652230143891	0.4918346710937097	0.622836224290306	1.0	1.0	14	P42345,Q7Z460,Q16625,Q96AC1,Q4KMQ2	5
Regulation of protein depolymerization	0.342076316837174	0.4899326108521767	0.6241815858503439	1.0	1.0	31	P47755,Q9P1Y5,Q9UEY8,P78559,P52907,Q7Z460,P46821,P48681,Q6IBS0,Q13045,P35241,P35611,P29372,Q92974	14
Cellular response to leucine	0.6696487740225404	0.4892258063591978	0.6246818412803523	1.0	1.0	3	Q9P2J5,P42345	2
Dedifferentiation	0.6727393176548602	0.4867624029551629	0.626426716809307	1.0	1.0	2	Q00534	1
Development of secondary sexual characteristics	0.6687012790466891	0.4865022505002316	0.6266111101060579	1.0	1.0	3	Q15648	1
Negative regulation of cellular catabolic process	0.3236436849284709	0.4864000447456243	0.6266835588456012	1.0	1.0	84	P46379,P09601,O15118,P10619	4
Ribosome disassembly	0.4632419172548172	0.4848953352872264	0.6277505914879811	1.0	1.0	5	P41214,Q9ULC4	2
Regulation of monocyte chemotaxis	0.4444475909964545	0.4847235037123669	0.6278724917688931	1.0	1.0	6	Q4KMQ2	1
Negative regulation of tor signaling	0.5201649464060908	0.4846320964402523	0.6279373418006888	1.0	1.0	4	Q13315	1
Response to monosaccharide	0.3389195835918475	0.4840415664410108	0.628356369904226	1.0	1.0	27	Q9NR50,Q14232,Q15120,Q99808,O00330,P17858,P22059,P55809,Q13144,P48507,P63244,Q96RR1,P49770,P54646	14
Estrogen biosynthetic process	0.6717456111295206	0.4837164553390046	0.6285871132813918	1.0	1.0	2	Q8NBQ5	1
Hematopoietic progenitor cell differentiation	0.3378581060870271	0.4827309074800242	0.6292868147297757	1.0	1.0	26	Q96J02,A0AV96,Q9H2U1,Q9NPH0,Q00534,Q96PZ0,Q12948	7
Positive regulation of epidermis development	0.4432939554715887	0.4803607664468802	0.6309708868338508	1.0	1.0	6	Q15648	1
Positive regulation of epidermal cell differentiation	0.4432939554715887	0.4803607664468802	0.6309708868338508	1.0	1.0	6	Q15648	1
Positive regulation of keratinocyte differentiation	0.4432939554715887	0.4803607664468802	0.6309708868338508	1.0	1.0	6	Q15648	1
Interferon beta production	0.3916943521594803	0.4803579272174387	0.6309729053623663	1.0	1.0	11	P41440,Q7Z434,Q06124,O00571,P07900,O14802,O94826,O75955,Q9BUI4,P26583	10
Positive regulation of interferon beta production	0.3916943521594803	0.4803579272174387	0.6309729053623663	1.0	1.0	11	P41440,Q7Z434,Q06124,O00571,P07900,O14802,O94826,O75955,Q9BUI4,P26583	10
Pattern recognition receptor signaling pathway	0.3374884817898468	0.4802541471532606	0.6310466888966979	1.0	1.0	26	Q9NPR9,Q9NQC3,O43657,Q9Y4E8,Q9NUD5	5
Regulation of mitochondrion organization	0.3406824182619563	0.4799460889510979	0.6312657277914857	1.0	1.0	37	Q9H300,O14737,P21796,Q09472,P02786,Q9Y6C9,Q96A26,P42858	8
Amyloid precursor protein metabolic process	0.3720861241850803	0.4794217474831596	0.6316386252367971	1.0	1.0	16	Q9NQC3,O95197,Q15392	3
Regulation of cellular component size	0.3145384961332904	0.4782146109063214	0.6324974642949255	1.0	1.0	76	P52907,Q9P2J5,Q9Y5X1,Q14019,Q13045,P63000,O15145,P51790,P35080,P47755,O14786,P50552,Q96CW1,Q9NUQ9,P46821,P07737,Q9NQC3,P07196,Q9UQB8,P43034,Q14247,P42345,Q96ST3,Q6IBS0,P35241,O75083,Q4KMQ2,Q9UEY8,Q9Y281,Q7L576,P35611	31
Positive regulation of cytokine production	0.3199716669091076	0.4779396131152627	0.6326931858178502	1.0	1.0	53	Q9BY67,Q9H2U1,P09601,P14373,O14802,Q99943,P62820,P05067,O15111,P09429,P26583,Q9NUD5	12
Glycosylation	0.3347970252490045	0.4749636999599592	0.6348128468946499	1.0	1.0	44	O60502,P04062,Q9Y5P6,Q86YN1,O15118,O75503,Q6ZXV5	7
Synaptic transmission dopaminergic	0.4598806366047683	0.4728707626575861	0.6363053851861704	1.0	1.0	5	Q99497,Q00535,O75955,P20337	4
Oligosaccharide lipid intermediate biosynthetic process	0.4598000919550569	0.4725838993052938	0.6365100715874301	1.0	1.0	5	Q86YN1,Q2TAA5	2
Regulation of organic acid transport	0.4231026997077615	0.4724943375863443	0.6365739824936179	1.0	1.0	8	Q15042	1
Regulation of neuron differentiation	0.3509897691777233	0.4723572815342451	0.6366717904136359	1.0	1.0	21	Q15648,P26196,P46821,Q04917,Q96SZ6,P05067,O43379,Q8WUJ1,Q92974,Q9H8V3,Q99829	11
Negative regulation of protein containing complex disassembly	0.3361778736981175	0.4714902144518867	0.6372907060404709	1.0	1.0	26	P47755,Q9P1Y5,P52907,Q7Z460,P46821,Q6IBS0,Q13045,P35241,P35611,P29372,Q92974	11
Regulation of actin filament bundle assembly	0.3508176807841732	0.4713247213883975	0.6374088643613496	1.0	1.0	21	P63167,O14786,P42345,Q7Z460,P07737,P63000,P35241,Q96AC1	8
Protein kinase b signaling	0.3456005745245707	0.4710773109889448	0.6375855270040749	1.0	1.0	22	Q86UE4,P42345,P07900,P63244,Q9NQC3,Q96AC1,Q13641	7
Fatty acid transport	0.3703884819487853	0.4704739421534412	0.6380164470081566	1.0	1.0	16	P23786	1
Polyamine metabolic process	0.6624242647112688	0.4686177277791884	0.6393429034019682	1.0	1.0	3	P49366	1
Spermidine metabolic process	0.6624242647112688	0.4686177277791884	0.6393429034019682	1.0	1.0	3	P49366	1
Regulation of immune response	0.3406633422544021	0.4674737348357685	0.6401609793718896	1.0	1.0	103	Q96J02,P02786,Q8WXF1,P09601,P07900,P61088,Q07666,P49770,Q9NR50,Q9Y3Z3,Q09472,P28070,Q9BY67,P19474,P43246,Q9NQC3,O43657,P26583,P15151,P46379,Q9NPR9,P09429,Q9Y4E8,Q9NUD5,Q9NZ08,Q15648,Q15233,P14373,Q9NQT5,Q92890	30
Fatty acid beta oxidation	0.338862069446352	0.4635329684060185	0.642982389160383	1.0	1.0	35	Q9BWD1,P23786	2
Negative regulation of peptidase activity	0.3386406966215399	0.4623631798734177	0.6438208990813301	1.0	1.0	33	Q96K76,P30086,P16435,P05067,Q15392	5
Regulation of supramolecular fiber organization	0.3332849129559941	0.461914912373971	0.6441423396091128	1.0	1.0	96	P63167,P78559,P52907,Q9Y5X1,Q14019,P63000,Q13045,O15145,Q96AC1,P35080,P47755,Q9P1Y5,O14786,P50552,Q99471,P04350,Q7Z460,Q9NUQ9,P46821,P07737,Q16625,P05067,Q9UQB8,P29372,Q14247,P42345,Q9UHV9,Q6IBS0,P35241,O75083,Q92974,P23396,Q9UEY8,Q9Y281,P14373,P35611,O15212	37
Cell junction maintenance	0.4035163378029643	0.4604458463026685	0.6451962335067309	1.0	1.0	9	P56545,Q15334,Q96AC1	3
Multicellular organismal signaling	0.3381596275684633	0.4593029009783827	0.6460166648350025	1.0	1.0	23	Q12955,P04062,O75844	3
Negative regulation of hormone metabolic process	0.6628022524014655	0.4566880840456352	0.6478952568632492	1.0	1.0	2	O60678	1
Response to glycoside	0.6628022524014655	0.4566880840456352	0.6478952568632492	1.0	1.0	2	O96017	1
Positive regulation of blood circulation	0.6628022524014654	0.4566880840456343	0.6478952568632499	1.0	1.0	2	P16615	1
Negative regulation of protein serine threonine kinase activity	0.3703153006636225	0.4561745149526426	0.6482644900719992	1.0	1.0	15	Q53EL6	1
Ear development	0.347950729398075	0.4541872842404652	0.6496940344244706	1.0	1.0	21	P43034,P42892,Q9Y6M7,P54802	4
Negative regulation of immune system process	0.3375363874509541	0.4540033450781074	0.6498264191714012	1.0	1.0	35	Q96J02,Q9Y3Z3,P28070,P09601,P14373,P19474,Q13315,Q00534,P09429,Q9Y4E8	10
Megakaryocyte differentiation	0.3858886714629821	0.4537194369011359	0.6500307753467311	1.0	1.0	11	Q15648,Q99873	2
Female meiotic nuclear division	0.401861937017431	0.4534787561660102	0.6502040371700433	1.0	1.0	9	Q13315,P30153,Q15003	3
Synaptonemal complex organization	0.4346913287875371	0.4528719398946571	0.6506409574484882	1.0	1.0	7	P46379	1
Proton transmembrane transport	0.3330669648287545	0.4527829481258867	0.650705043464411	1.0	1.0	43	Q96ES6,P21281,P00846,O75964,Q9UDW1	5
Cardiocyte differentiation	0.3603990922835517	0.452138155369496	0.6511694578914788	1.0	1.0	18	Q53EL6	1
Cellular potassium ion homeostasis	0.5094858030197393	0.4501234722456614	0.6526214129020365	1.0	1.0	4	P05026,P05023	2
Potassium ion homeostasis	0.5094858030197393	0.4501234722456614	0.6526214129020365	1.0	1.0	4	P05026,P05023	2
Cellular sodium ion homeostasis	0.5094858030197393	0.4501234722456614	0.6526214129020365	1.0	1.0	4	P05026,P05023	2
Glutamine metabolic process	0.3773565182392834	0.4487676555258723	0.6535992736014506	1.0	1.0	13	O43175,Q9NRF8,P17812,Q06203,Q06210,P08243	6
L alpha amino acid transmembrane transport	0.3846911117835932	0.4482732575504742	0.6539559982352736	1.0	1.0	11	Q9H936,Q9UPY5,O75915,O60831,Q9Y619,O75746	6
Protein k63 linked deubiquitination	0.4005491106758607	0.4479714910378785	0.6541737717053435	1.0	1.0	9	O00487,O95630,Q93009,Q15018	4
Golgi localization	0.5087835598276329	0.4478886584073357	0.654233554030041	1.0	1.0	4	Q9Y678,P63104,P48444	3
Positive regulation of intrinsic apoptotic signaling pathway by p53 class mediator	0.6546071167531404	0.4467416213681481	0.655061626434164	1.0	1.0	3	P63241	1
Erythrocyte homeostasis	0.3363441878853951	0.4454613887105603	0.6559863570050743	1.0	1.0	35	O43251,Q15648,P09601	3
Calcium ion export	0.5077891945641263	0.4447316780070446	0.6565136737102377	1.0	1.0	4	O95202,P23634,P20020	3
Membrane disassembly	0.4517594274533767	0.4442570704176228	0.6568567350795849	1.0	1.0	5	P43034,P53350	2
Positive regulation of membrane depolarization	0.6536558715056141	0.4441104517767981	0.6569627302971224	1.0	1.0	3	Q12955	1
Nerve development	0.4157921708011117	0.4432773922020668	0.657565106175904	1.0	1.0	8	Q9UPY3,P83731,P42892	3
Mitotic g2 m transition checkpoint	0.3759187207338336	0.4418760362659052	0.6585789124150947	1.0	1.0	13	Q6NUQ1,O14757,Q68E01,P06493,Q9NWV8,Q13315,Q9Y619	7
Regulation of histone ubiquitination	0.3830062156655797	0.4406399595136378	0.659473669277393	1.0	1.0	11	O75150,Q96FW1	2
Semaphorin plexin signaling pathway	0.4312057175050874	0.439747986022569	0.6601196435436045	1.0	1.0	7	P42892,O14786,P52565	3
Negative regulation of endocytosis	0.3791874111017932	0.4393475042425627	0.6604097580817694	1.0	1.0	12	O00560,P05067	2
Odontogenesis of dentin containing tooth	0.4310767298850541	0.4392646712511609	0.6604697698185842	1.0	1.0	7	P35613,Q12948	2
Cellular response to uv	0.3400567047753624	0.4370727209749306	0.6620586099407215	1.0	1.0	22	Q09472,Q96KB5,P28340,Q96K76,Q9H2U1,P61254,O14757	7
Terpenoid metabolic process	0.360656829807056	0.4351587656638308	0.6634471904337425	1.0	1.0	17	Q9HB40,Q6NUM9,O60678,P51648	4
Regulation of leukocyte mediated immunity	0.3316040401176466	0.4350507655882162	0.6635255793462835	1.0	1.0	27	Q9BY67,P02786,Q9NQT5,P09601,P09429,P15151	6
Negative regulation of axonogenesis	0.4485958379400933	0.4332857261068387	0.6648072066075148	1.0	1.0	5	Q9NQC3	1
Dna replication checkpoint signaling	0.5040285732865835	0.4328724973688965	0.6651074012785334	1.0	1.0	4	Q9UNS1	1
Suppression of viral release by host	0.4479872572012717	0.4311867864414783	0.6663325608960431	1.0	1.0	5	P19474	1
Positive regulation of potassium ion import across plasma membrane	0.648192842871079	0.4291325985745879	0.6678267301878928	1.0	1.0	3	Q9Y3S1	1
Regulation of potassium ion import	0.648192842871079	0.4291325985745879	0.6678267301878928	1.0	1.0	3	Q9Y3S1	1
Activated t cell proliferation	0.447177504203013	0.4283999070173133	0.6683599923676327	1.0	1.0	5	Q9BY67	1
Synaptic vesicle maturation	0.6479067646228186	0.4283545822965041	0.6683929857732687	1.0	1.0	3	Q15334	1
Protein poly adp ribosylation	0.6477799867461974	0.4280100012275449	0.6686438389945053	1.0	1.0	3	Q9UGN5,Q7Z2W4	2
Meiosis i cell cycle process	0.3521549494321145	0.4275798666400525	0.6689570266478015	1.0	1.0	19	P46379,Q13315,Q9BTX1,P52701,Q92791	5
Rna interference	0.4278514490459804	0.4272351955517767	0.6692080285805919	1.0	1.0	7	Q9UPY3,Q15631	2
Trna pseudouridine synthesis	0.6518714806227311	0.4246315666864783	0.6711052776577855	1.0	1.0	2	Q96PZ0	1
Histone phosphorylation	0.3472282861724213	0.4231151436292932	0.6722112540613137	1.0	1.0	20	O14757,Q13315,Q8IV63,P54646,O75844	5
Bone remodeling	0.4106401292364846	0.4230265094904483	0.6722759197846442	1.0	1.0	8	Q92791,O14773	2
Regulation of chromatin organization	0.3581256739151508	0.42178794116353	0.6731798083454379	1.0	1.0	17	Q86UE8	1
Epithelial to mesenchymal transition	0.3372823057605603	0.4202454430512901	0.6743061605699894	1.0	1.0	22	P42345,Q7Z460,Q99729,Q9NQC3,Q96AC1,O00560,Q53EL6,Q12948	8
Cellular response to hormone stimulus	0.3509239244600245	0.4201376827980799	0.67438487583129	1.0	1.0	119	Q9BSK2,O00443,Q15648,P43490,P11802,P42785,O43251,O15118,P32780,P16435,Q9NUQ7,Q8TBX8,P48507,Q9UQB8,Q16739,Q9H7B4,O15173,O43865	18
Positive regulation of dna damage response signal transduction by p53 class mediator	0.4999363503802839	0.4201148708708949	0.6744015396383298	1.0	1.0	4	Q13315,P61254	2
Negative regulation of transcription from rna polymerase ii promoter in response to stress	0.6502153030804987	0.4198719755973478	0.6745789812816689	1.0	1.0	2	Q8IXJ6	1
Dna modification	0.3311235670175665	0.4176419396608389	0.6762089282541472	1.0	1.0	30	Q9UGN5,Q9NQT4,Q8NB78,P49711,P26358,Q96TA1,Q9NQT5,O75844	8
Innervation	0.6437558831968588	0.4171378345449931	0.6765775924860664	1.0	1.0	3	P42892	1
Dendritic spine morphogenesis	0.3624336915280753	0.4163492028797511	0.6771544933392244	1.0	1.0	15	P43034,Q15334,Q9UQB8	3
Neurotransmitter transport	0.3253527917589396	0.4147939459857087	0.678292751806884	1.0	1.0	24	Q99808,P50897,Q15042,Q06787,P56545,P16615,P35080	7
Peroxisome proliferator activated receptor signaling pathway	0.4981153099034043	0.4144881517657468	0.6785166423837508	1.0	1.0	4	Q15648	1
Nucleotide excision repair	0.3408860275025652	0.4125084151757343	0.6799668139881097	1.0	1.0	21	Q96T60,P18074,P28340,P32780,P09884,Q07864,P19447,Q93009,P35244,P15927	10
Positive regulation of mitochondrial depolarization	0.6475654190129269	0.4123113464941645	0.6801112331613757	1.0	1.0	2	P63244	1
L amino acid transport	0.3729855965297316	0.4107896380886076	0.6812267918194699	1.0	1.0	12	Q9H936,Q9UPY5,O75915,O60831,Q9Y619	5
Somatic diversification of immunoglobulins	0.3559783332533556	0.4105178305907365	0.6814261263532067	1.0	1.0	17	Q9NQT5,Q9Y3Z3,Q9UQ84,P52701	4
T cell mediated immunity	0.3789584221958186	0.4087707191323337	0.6827079299607954	1.0	1.0	10	P09429,Q9BY67	2
Regulation of hematopoietic progenitor cell differentiation	0.3788348520707255	0.4082387580879137	0.6830983959377803	1.0	1.0	10	Q96J02,Q9H2U1,Q00534,Q12948	4
Process utilizing autophagic mechanism	0.3747034944303186	0.4068681349625557	0.6841048407655368	1.0	1.0	148	O00443,P21796,A5D8V6,Q86UE4,Q9Y296,P50851,P09601,Q15042,Q13315,Q9Y487,P10619,Q96AX1,Q8WUX9,Q9UNH7,P42858,Q9Y4P8,Q7Z3C6,Q09472,O15118,P19474,Q9NT62,O15269,O75844,P42345,Q93050,Q9UII2,Q9UBQ0,P62820,P16615,P09429,P54646,Q9H300,P07602,Q86UE8,Q05639,P04062,Q9NZJ7,Q96GC9,P14373,P21281,Q9HAD4,Q8TBX8,Q9BWH2,Q9Y263	44
Copi coated vesicle budding	0.6394963552021239	0.4057695294772739	0.6849119491967095	1.0	1.0	3	P49755,Q92538	2
Golgi vesicle budding	0.6394963552021239	0.4057695294772739	0.6849119491967095	1.0	1.0	3	P49755,Q92538	2
Positive regulation of proteolysis involved in cellular protein catabolic process	0.3300644928771178	0.4044366767520426	0.6858916342578016	1.0	1.0	32	P46379,P04062	2
Macrophage activation	0.421568565969365	0.40411771415324	0.6861261593228105	1.0	1.0	7	P05067	1
Leukocyte migration	0.326547521203669	0.4022457253256447	0.6875031937009213	1.0	1.0	43	P35613,P04062,P09601,P05067,Q4KMQ2	5
Cartilage development	0.3670995976934517	0.4001920484325247	0.6890150708068044	1.0	1.0	13	O75844	1
Growth plate cartilage development	0.6370035736836636	0.3991844581478949	0.6897572941238419	1.0	1.0	3	O75844	1
Bone growth	0.6370035736836636	0.3991844581478949	0.6897572941238419	1.0	1.0	3	O75844	1
Autophagosome maturation	0.3564490950382153	0.3984408763460501	0.6903052318481449	1.0	1.0	16	Q8WUX9,Q96GC9,Q96AX1	3
Cardiac ventricle morphogenesis	0.4924941598173055	0.3973206270326501	0.6911310384416689	1.0	1.0	4	Q15648	1
Ventricular cardiac muscle tissue morphogenesis	0.4924941598173055	0.3973206270326501	0.6911310384416689	1.0	1.0	4	Q15648	1
Cardiac muscle tissue morphogenesis	0.4924941598173055	0.3973206270326501	0.6911310384416689	1.0	1.0	4	Q15648	1
Muscle organ morphogenesis	0.4924941598173055	0.3973206270326501	0.6911310384416689	1.0	1.0	4	Q15648	1
Cellular response to acid chemical	0.3614872431399383	0.3916152691253225	0.6953425041575705	1.0	1.0	14	P26358,P48507,P42345,Q9UQB8	4
Positive regulation of stress fiber assembly	0.3748785561919175	0.3913140363490814	0.6955651249108699	1.0	1.0	10	Q96AC1,P63000,O14786,P42345	4
Response to amine	0.4902220749088391	0.3904693999954335	0.6961894783635099	1.0	1.0	4	P00492,P23378,P06493	3
Regulation of protein serine threonine kinase activity	0.315812344747802	0.3904431368368272	0.6962088953396508	1.0	1.0	50	Q53EL6,P04062,Q9Y4G8,P42858	4
Alpha beta t cell activation	0.3684962160909001	0.3904369412502652	0.6962134759127863	1.0	1.0	12	Q96J02,P09429,P42345	3
Positive regulation of leukocyte proliferation	0.3683182054826844	0.3896356967187904	0.6968059520768848	1.0	1.0	12	P49366,P14174,P02786,P27361,P09429,P23396	6
Negative regulation of response to biotic stimulus	0.3546746813244505	0.3894705745369712	0.6969280738295061	1.0	1.0	16	Q9Y3Z3,O43657	2
Phospholipid metabolic process	0.3013604838603183	0.3880807195484979	0.6979562995794404	1.0	1.0	72	O00443,P37287,Q9Y217,Q8NHP8,Q96N66,P35790,Q86YN1,Q8NCC3,Q99943,Q13315,Q9NPH0,Q8WTV0,Q8TBX8,P43034,Q8WUK0	15
Negative regulation of dna damage response signal transduction by p53 class mediator	0.6325381047050989	0.3875159222186894	0.6983742997437936	1.0	1.0	3	O75832,P14174	2
Intracellular receptor signaling pathway	0.3053311906557757	0.3867427881394082	0.6989466359226744	1.0	1.0	55	Q96J02,Q15648,Q15120,Q09472,P42785,O43251,P56545,Q86X55,Q15185,Q9NUQ7,O43657,Q9Y4E8,Q9NUD5	13
Synapse assembly	0.3445570522877735	0.3857742551596596	0.6996638635958417	1.0	1.0	19	Q13641,P05067	2
Amino acid import	0.416395438424184	0.3854108043486501	0.6999330789979534	1.0	1.0	7	O75915,Q96NB2	2
Regulation of receptor internalization	0.3705492874536416	0.3853271986262312	0.6999950127922878	1.0	1.0	11	Q15334,O00560	2
Tube morphogenesis	0.3285122099988605	0.385237810709795	0.7000612321513402	1.0	1.0	99	P35613,Q9NZ08,O00443,Q15648,P63167,P50552,Q96AY3,P42785,P09601,Q13685,Q4VCS5,P15291,O95470,Q96TA1,Q9Y4G8,P25440,Q9UNS1,Q12948	18
Trna catabolic process	0.3733412439956898	0.3847945611246645	0.7003896290447162	1.0	1.0	10	Q15024,Q9UPY3,Q08J23	3
Apoptotic mitochondrial changes	0.32556827849276	0.3847584369057676	0.7004163953998714	1.0	1.0	29	O14737,P45880,Q9NT62,Q96A26,O75223,P48507,Q9H300	7
Response to uv	0.3274493847810202	0.3845481759934981	0.7005721962767435	1.0	1.0	33	Q09472,Q96KB5,P28340,Q96K76,Q9H2U1,P61254,O14757,P12004,P19447,P52701,P55210	11
Carnitine metabolic process	0.433270178739099	0.3816271626181057	0.7027379335930255	1.0	1.0	5	P23786	1
Molting cycle	0.3724851685517981	0.3811782340712073	0.7030709988267263	1.0	1.0	10	O75844	1
Regulation of protein localization to endosome	0.6298873426109969	0.380668018434702	0.703449602854402	1.0	1.0	3	P35241,P26038	2
Positive regulation of protein localization to early endosome	0.6298873426109969	0.380668018434702	0.703449602854402	1.0	1.0	3	P35241,P26038	2
Ubiquitin dependent protein catabolic process via the multivesicular body sorting pathway	0.3660777939299903	0.3795899789923287	0.7042498006306062	1.0	1.0	12	Q8WUX9,A5D8V6	2
Autophagosome organization	0.3229823908235701	0.3786028889216681	0.704982776551847	1.0	1.0	27	P04062,P50851,Q96GC9,Q15042,P62820,Q9NT62,Q8TBX8,P16615,Q9Y4P8,Q7Z3C6	10
Lipid oxidation	0.3259844456987933	0.3778992388460331	0.7055054479040856	1.0	1.0	39	Q9BWD1,P23786,P49748,P16435	4
Type i interferon production	0.3207388709504248	0.3776873356054853	0.7056628768972866	1.0	1.0	25	Q96J02,Q9H2U1,O14802,P19474,O15111,Q92890,P26583,Q9NUD5	8
Neutrophil homeostasis	0.6285903200072063	0.3773389642649699	0.7059217193368519	1.0	1.0	3	P09429	1
Viral budding	0.3681810965561534	0.3750495285190005	0.7076236321324716	1.0	1.0	11	Q8WUX9,A5D8V6	2
Dorsal root ganglion development	0.6276529287290001	0.374941887918687	0.7077036856723447	1.0	1.0	3	Q13509	1
Ganglion development	0.6276529287290001	0.374941887918687	0.7077036856723447	1.0	1.0	3	Q13509	1
Long term synaptic potentiation	0.3822563413347078	0.3733546320867194	0.70888452057176	1.0	1.0	9	P05067,Q14168	2
Inner mitochondrial membrane organization	0.3455244657993266	0.372252888748479	0.7097045714123824	1.0	1.0	18	Q13505,Q9Y512	2
Positive regulation of interleukin 6 production	0.3972280996416089	0.3717395538659769	0.7100867723435571	1.0	1.0	8	P05067	1
Response to bmp	0.3606324697463171	0.3703120201867889	0.711150018629694	1.0	1.0	13	Q53EL6	1
Positive regulation of chromatin binding	0.6323285856243883	0.3701855408320053	0.7112442492946194	1.0	1.0	2	P56545	1
Regulation of glycolytic process	0.3966835605218491	0.3697035644171134	0.7116033756653255	1.0	1.0	8	P05067	1
Positive regulation of protein containing complex assembly	0.3115168791587854	0.3691546021707786	0.7120124919310025	1.0	1.0	51	P50552,P42345,P02786,Q7Z460,Q9Y5X1,P07737,Q16625,Q13315,Q9UQB8,Q96AC1	10
Positive regulation of sodium ion transport	0.3635650128522721	0.3684096606570689	0.7125677950957301	1.0	1.0	12	Q12955,O43865	2
Protein o linked glycosylation	0.3502187439395919	0.3671606272001835	0.7134992063669059	1.0	1.0	16	O60502	1
Cytoplasmic sequestering of transcription factor	0.4819356977129501	0.3659262845222715	0.7144200823777	1.0	1.0	4	Q9UN86,O75832,Q9UNN5	3
Negative regulation of establishment of protein localization	0.3280286576184054	0.3651274733343431	0.7150162538208986	1.0	1.0	22	Q16850,Q9GZP9	2
Positive regulation of non motile cilium assembly	0.4816042426251141	0.3649593591859177	0.7151417434981295	1.0	1.0	4	P27695,Q9UHD8,Q15555	3
Regulation of cysteine type endopeptidase activity involved in apoptotic signaling pathway	0.6236991839662681	0.3649145317187114	0.7151752064937191	1.0	1.0	3	Q9NVX2	1
Positive regulation of tau protein kinase activity	0.6303411725737094	0.364865264345614	0.7152119844402722	1.0	1.0	2	P07900	1
Regulation of tau protein kinase activity	0.6303411725737094	0.364865264345614	0.7152119844402722	1.0	1.0	2	P07900	1
Positive regulation of cell size	0.6303411725737093	0.3648652643456131	0.7152119844402729	1.0	1.0	2	O60341	1
Neuron projection organization	0.3229034143514657	0.3646712257747514	0.715356840081371	1.0	1.0	23	P78559,Q15334,P05067,Q9UQB8,P43034,O60678	6
Nucleotide phosphorylation	0.3247419643134083	0.3646093821881201	0.7154030103369788	1.0	1.0	34	Q96T60,Q09472,P05067,Q9BRR6,O75414	5
Dicarboxylic acid catabolic process	0.4104081295305748	0.3641472578102732	0.7157480491563315	1.0	1.0	7	Q9NRN7	1
Sphingoid metabolic process	0.4278116233397184	0.3638616429894502	0.7159613285785094	1.0	1.0	5	Q13510,P04062	2
Negative regulation of interleukin 2 production	0.6296787015568164	0.3631010114200175	0.716529429106757	1.0	1.0	2	P14373	1
Sphingolipid mediated signaling pathway	0.6296787015568164	0.3631010114200175	0.716529429106757	1.0	1.0	2	P63000	1
Vascular endothelial growth factor signaling pathway	0.4807478696409482	0.3624665042799551	0.7170034498796733	1.0	1.0	4	Q12948	1
Intraciliary transport involved in cilium assembly	0.6293474660483698	0.3622206117855285	0.7171871779239511	1.0	1.0	2	Q15154	1
Hypothalamus cell differentiation	0.6290162305399234	0.3613413654240549	0.7178442745048899	1.0	1.0	2	O14786	1
Viral translation	0.3509829219285634	0.360062642598277	0.7188002886285703	1.0	1.0	15	O75821,P41214,Q9Y262	3
Mitochondrial atp synthesis coupled proton transport	0.3614597377044953	0.3591148128609623	0.719509200679606	1.0	1.0	12	P00846	1
Interleukin 8 production	0.3936276136740801	0.358348059838569	0.7200828562984571	1.0	1.0	8	O95999,Q7Z434,Q99497,P0DMV9,P62820,P09429,Q6GQQ9	7
Negative regulation of cell growth	0.3216454580454114	0.3570717606982794	0.7210380845039901	1.0	1.0	23	P50897,Q9NQC3	2
Negative regulation by host of viral transcription	0.4782896917467572	0.3553541797492844	0.7223242709232229	1.0	1.0	4	Q13148,Q13547,Q9H1E3	3
Positive regulation of exosomal secretion	0.4077985205882147	0.3550144639230376	0.7225787554803509	1.0	1.0	7	O00560	1
Regulation of exosomal secretion	0.4077985205882147	0.3550144639230376	0.7225787554803509	1.0	1.0	7	O00560	1
Fucose metabolic process	0.6192439330843201	0.3537783913394776	0.7235049687663595	1.0	1.0	3	P04066	1
Regulation of smoothened signaling pathway	0.3922959537905567	0.3534377175887184	0.7237603135160628	1.0	1.0	8	P16435,Q8NCM8,Q8WWQ0	3
Cerebral cortex cell migration	0.3631211627702954	0.3533632449649866	0.7238161369803666	1.0	1.0	11	P50542,Q9NQC3,Q96N66	3
Cellular response to oxygen levels	0.3223816871215026	0.3525701591687493	0.7244107122307897	1.0	1.0	32	Q15120,Q99808,P09601,Q9Y487,Q96A26,O94966	6
Regulation of ubiquitin protein ligase activity	0.3628550182221124	0.3522331604259167	0.7246634100484266	1.0	1.0	11	P62841,P53350,P62913,Q13257,P62829,P46777	6
Threonine metabolic process	0.618099391865752	0.3509458312255261	0.7256289871582968	1.0	1.0	3	P52758	1
Urogenital system development	0.3197573250182832	0.3506721886935366	0.7258342923866778	1.0	1.0	43	P46379,P07602,Q8NCM8,Q9BW83,Q9NZJ7,P49454,O95470,P52758,O75844,Q12948	10
G quadruplex dna unwinding	0.617712850917618	0.3499918361232422	0.7263448244894086	1.0	1.0	3	P22626	1
Regulation of microtubule depolymerization	0.362279131362102	0.3497915612945768	0.7264951325780691	1.0	1.0	11	Q9P1Y5,P78559,Q7Z460,P46821,P29372	5
Positive regulation of g1 s transition of mitotic cell cycle	0.3557280423206038	0.3480710864825313	0.7277867978713704	1.0	1.0	13	Q96DY7	1
Translesion synthesis	0.4224155848697662	0.3466475201524246	0.7288561409914049	1.0	1.0	5	P12004,P28340	2
Inner cell mass cell differentiation	0.6233852268963329	0.3465721026211798	0.7289128072657105	1.0	1.0	2	Q9NVX2	1
Adherens junction maintenance	0.6148576275951139	0.3429864816623038	0.731608630067454	1.0	1.0	3	Q96AC1	1
Cell cell junction maintenance	0.6148576275951139	0.3429864816623038	0.731608630067454	1.0	1.0	3	Q96AC1	1
Positive regulation of plasma membrane bounded cell projection assembly	0.319252428606385	0.3427093506763937	0.7318171274662704	1.0	1.0	23	O14786,P42345,Q7L576,P07737,Q06787,Q16625,P63000,Q6IBS0,Q9UHD8,P42858	10
Negative regulation of lymphocyte differentiation	0.4738521089210974	0.3426797636798532	0.7318393881892971	1.0	1.0	4	P09429	1
Regulation of rig i signaling pathway	0.4209075729500827	0.3419003206235286	0.7324259083386895	1.0	1.0	5	Q9Y4E8	1
Scf dependent proteasomal ubiquitin dependent protein catabolic process	0.4038810282910702	0.3414635613391656	0.7327546320361511	1.0	1.0	7	Q13616,Q13309,Q15058,Q13617	4
Atp synthesis coupled proton transport	0.3540555833009697	0.3405734005211477	0.7334247568315406	1.0	1.0	13	P00846	1
Regulation of t cell mediated cytotoxicity	0.4730331387991915	0.340364199889082	0.7335822753292778	1.0	1.0	4	P15151	1
Positive regulation of t cell mediated cytotoxicity	0.4730331387991915	0.340364199889082	0.7335822753292778	1.0	1.0	4	P15151	1
Pyrimidine nucleoside triphosphate biosynthetic process	0.3623250637585892	0.3390646649440921	0.7345610166525338	1.0	1.0	10	P17812,O75414,Q9NRF8	3
Positive regulation of smoothened signaling pathway	0.4725590737753978	0.3390272105263254	0.7345892317509857	1.0	1.0	4	P16435	1
Glial cell migration	0.3565919059972668	0.3378843270655791	0.7354503588788548	1.0	1.0	12	Q96G23,Q9NQC3,Q96N66	3
Cytokine mediated signaling pathway	0.319996228733588	0.3378828773911747	0.7354514513748318	1.0	1.0	40	Q9Y3Z3,Q15648,Q99943,P43034,Q16739,P63241,Q12948	7
Regulation of mitotic cell cycle spindle assembly checkpoint	0.472120088807803	0.3377913774152365	0.7355204081867244	1.0	1.0	4	Q13257,P14635	2
Alpha beta t cell differentiation	0.3879240301998594	0.3374826465162235	0.7357530917163562	1.0	1.0	8	P09429,P35268,P42345	3
Viral translational termination reinitiation	0.4027391511417171	0.3358907353030588	0.7369532637466027	1.0	1.0	6	Q9Y262	1
Regulation of synapse maturation	0.6190791652865285	0.3355077333988089	0.7372421120403225	1.0	1.0	2	P63104	1
Activation of innate immune response	0.3272935956018822	0.334809257913235	0.7377689763839708	1.0	1.0	21	P09429,Q15233,Q09472,Q9NUD5	4
Positive regulation of actin nucleation	0.6114258097397269	0.3346638598741227	0.7378786665197745	1.0	1.0	3	P14373	1
Negative regulation of leukocyte chemotaxis	0.6113269300103115	0.3344256526170549	0.7380583846483284	1.0	1.0	3	P14174	1
Regulation of nitric oxide metabolic process	0.3870100626880087	0.3341799034021909	0.7382438078956941	1.0	1.0	8	P06280,P07900,Q92945	3
Negative regulation of actin filament depolymerization	0.3450537926735845	0.3317316162852352	0.7400919249280156	1.0	1.0	15	P47755,P52907,Q6IBS0,Q13045,P35241,P35611	6
Cell surface receptor signaling pathway involved in cell cell signaling	0.2892455202233384	0.3317235528293528	0.7400980142045945	1.0	1.0	66	Q99808,Q96K76,Q15042,Q15334,P05067,Q9UQB8,Q14168,Q8TAA9,Q13641,Q6DKJ4	10
Primitive hemopoiesis	0.617422987744296	0.331305995457308	0.7404133630813081	1.0	1.0	2	Q13769	1
Cellular response to light stimulus	0.3118633778287883	0.3300828042462717	0.7413373959730687	1.0	1.0	24	Q09472,Q96KB5,P28340,Q96K76,Q9H2U1,P61254,O14757	7
Pyrimidine ribonucleotide metabolic process	0.3515707862275481	0.3295180760353236	0.7417641334615899	1.0	1.0	13	P17812,O75414,Q9NRF8,P30085	4
Mitotic g2 dna damage checkpoint signaling	0.3708823952405999	0.3291701774048013	0.7420270629816483	1.0	1.0	9	Q6NUQ1,O14757,Q9NWV8,P06493,Q13315	5
Pro b cell differentiation	0.6154355746936171	0.3263037277767609	0.7441945680918169	1.0	1.0	2	P78527	1
Lymphoid progenitor cell differentiation	0.6154355746936171	0.3263037277767609	0.7441945680918169	1.0	1.0	2	P78527	1
Response to gamma radiation	0.3435894398512149	0.3248265826884677	0.7453123244912532	1.0	1.0	15	O75844	1
Cellular homeostasis	0.3474326600142999	0.3245462486235524	0.7455245140438387	1.0	1.0	126	P09601,O75503,Q15334,Q96AX1,P42858,P05067,Q9HD20,Q9NQC3,P78417,O75880,P50897,Q93050,Q4KMQ2,Q9BPX6,P10253,P00390,Q9Y6M7,Q9BWH2,P48507	19
Regulation of cellular respiration	0.3433253931273347	0.3235854866587526	0.7462518772529256	1.0	1.0	15	P14406,O14548	2
Regulation of dna primase activity	0.6063618290258435	0.3225801285204736	0.7470132449922675	1.0	1.0	3	P49643,Q9BRX5	2
Negative regulation of cell cycle g2 m phase transition	0.3410651903286784	0.322366161562014	0.7471753161986756	1.0	1.0	16	Q96K76,O14757,Q68E01,P06493,Q13315,Q9Y619	6
Vascular endothelial growth factor receptor signaling pathway	0.3836684837267747	0.3222032352019175	0.7472987337402033	1.0	1.0	8	Q96TA1,Q12948	2
Leukocyte proliferation	0.3172330816411513	0.3219328449369923	0.7475035700301418	1.0	1.0	31	Q96J02,P49366,P04062,Q9BY67,P02786,Q13315,Q92542,P09429	8
Muscle structure development	0.3069934148559813	0.3212785103649708	0.7479993401365199	1.0	1.0	84	Q15648,Q09472,Q8IV08,Q16527,P16989,Q9UGN5,P49454,O94966,Q96TA1,Q9H4M9,Q13045,Q53EL6,P60660,Q9H7B4,Q7Z4V5,O75844,Q12948	17
Negative regulation of gtpase activity	0.3980658975453148	0.3205049006052083	0.7485856160036091	1.0	1.0	6	Q9P258	1
Glycerol ether metabolic process	0.3831677624972858	0.3204220862395556	0.748648385031562	1.0	1.0	8	P43034,Q6PIU2	2
Regulation of hematopoietic stem cell differentiation	0.397669678433	0.3203821992091054	0.7486786179425988	1.0	1.0	7	Q96J02,Q00534,Q12948	3
Myeloid cell development	0.3351549071103412	0.3187589662495638	0.7499092964935572	1.0	1.0	18	Q15648,Q09472,P05067	3
Positive regulation of cell growth	0.3179005634086227	0.3181366282138754	0.7503813005331108	1.0	1.0	38	Q9BSK2,O14786,Q9UGN5,Q96K76,P46821,Q9GZP9,Q6IBS0,Q7Z4V5,P43034,O00560,O43598,Q9Y263	12
Muscle organ development	0.3170824349851029	0.3176020540467245	0.7507868158551327	1.0	1.0	32	Q15648,Q09472,P16989,P49454,Q96TA1,P60660,Q12948	7
Regulation of cell cycle g2 m phase transition	0.3165348120443827	0.3140288520077224	0.7534991256419248	1.0	1.0	32	Q6NUQ1,P11802,Q96K76,P49454,Q96ST3,O14757,Q68E01,Q9NWV8,P06493,Q13315,P05067,Q15058,P14635,Q9BTC8,Q9Y619,Q9P258	16
Purine deoxyribonucleoside monophosphate metabolic process	0.6094733355415802	0.3115603991297462	0.7553746340405771	1.0	1.0	2	P00491	1
Damp metabolic process	0.6094733355415802	0.3115603991297462	0.7553746340405771	1.0	1.0	2	P00491	1
Regulation of binding	0.3118939978269152	0.3101628207564861	0.7564371419958316	1.0	1.0	90	Q7L2J0,Q9BUN8,P09601,P56545,O75503,Q9Y4G8,P62826,O14786,Q09472,P19474,P05067,P26583,O75844,Q12948,Q86X55,P09429,P10586,Q96TA1,P35611	19
Positive regulation of signal transduction by p53 class mediator	0.3549871471507492	0.3096299334115488	0.7568423906322739	1.0	1.0	10	P61254,Q13315,O43324,P62841,P63241	5
5s class rrna transcription by rna polymerase iii	0.3945412682943113	0.3090948093234036	0.7572494075529075	1.0	1.0	6	Q969F1	1
Glycoprotein metabolic process	0.2963346364317946	0.3069054460187757	0.7589153436740133	1.0	1.0	55	O60502,Q9Y5P6,Q86YN1,O15118,Q6ZXV5,Q8NCH0,Q2TAA5,Q7LGA3	8
Keratinocyte differentiation	0.3291519755772675	0.3041511848234429	0.761012712927565	1.0	1.0	19	Q16739,Q15648,Q12948	3
Nucleus localization	0.3457139508060566	0.3038717811573421	0.7612255771952308	1.0	1.0	13	P43034,O94901,P42345,Q15154	4
Meiotic chromosome segregation	0.3252448095917974	0.3020090380169825	0.7626451731299111	1.0	1.0	20	P46379,Q15003,Q9BTX1,Q92791	4
Positive regulation of type i interferon production	0.325049006691089	0.3009733649383259	0.7634348050763513	1.0	1.0	20	Q9H2U1,O14802,O15111,P26583,Q9NUD5	5
Lysine metabolic process	0.4585870940719093	0.3007673033992986	0.763591942702978	1.0	1.0	4	Q9NRN7	1
Replication fork processing	0.3631796135562344	0.3003244604182572	0.7639296771709316	1.0	1.0	9	Q9Y3Z3,Q8NFC6	2
Inflammatory response to antigenic stimulus	0.3630377814618785	0.2998019275804746	0.7643282449248274	1.0	1.0	9	P09429,P28070	2
Gland development	0.2858547383165523	0.298857558986864	0.7650487309470813	1.0	1.0	66	P07602,Q15648,Q9BY67,Q9NZJ7,Q13505,P09601,P00403,Q9NQC3,O75844,Q12948	10
Toxin transport	0.3470058393888234	0.2972037131009128	0.7663109872412219	1.0	1.0	12	P78371	1
Regulation of release of cytochrome c from mitochondria	0.3517943964224512	0.2970963608136746	0.7663929426582925	1.0	1.0	10	Q96A26,Q9H300	2
Cellular response to corticosteroid stimulus	0.3467614956037251	0.2961872981628147	0.7670870484892749	1.0	1.0	12	Q9H7B4	1
Positive regulation of arp2 3 complex mediated actin nucleation	0.6025173898642038	0.2948673536795936	0.7680952116864121	1.0	1.0	2	Q7L576	1
Substrate dependent cell migration	0.3898278537837408	0.2945063535207481	0.7683710091778966	1.0	1.0	7	O00560	1
Isoprenoid metabolic process	0.3199517407868414	0.2943992141677387	0.7684528673202353	1.0	1.0	21	Q9HB40,Q6NUM9,O60678,P51648	4
Regulation of neurotransmitter transport	0.3432702078506892	0.2933482944457276	0.7692559427938228	1.0	1.0	13	Q15042,P35080,P16615,Q06787	4
Negative regulation of nuclear division	0.3234655305310205	0.2926286200407269	0.7698060352707947	1.0	1.0	20	P49454,O14757,Q13315,Q96DY7,O75414,Q13257	6
Regulation of lipid kinase activity	0.3891171366376861	0.2922033735409381	0.7701311324280866	1.0	1.0	7	Q8TBX8	1
Regulation of cell shape	0.3101020323989671	0.291176024100244	0.7709166985032931	1.0	1.0	28	Q9UQB8	1
Nucleoside phosphate biosynthetic process	0.3128390989081198	0.2906798383770416	0.7712961927383986	1.0	1.0	93	P43490,P50897,Q8TB61,Q9NZ01,Q9NRF8,P00846,O75964	7
Negative regulation of amyloid precursor protein catabolic process	0.360503495680996	0.2905191305894203	0.771419117484567	1.0	1.0	9	Q9NQC3	1
Dicarboxylic acid metabolic process	0.3102655295297374	0.2864072549443908	0.7745662187011133	1.0	1.0	44	P00374,P48507,Q9H2D1	3
Endothelial cell chemotaxis	0.4025198938992091	0.2863712804493546	0.7745937688918023	1.0	1.0	5	Q9NWH9,O14786,Q9BR76,P51153	4
Intracellular estrogen receptor signaling pathway	0.3219423386133415	0.2846540636979481	0.7759091870471462	1.0	1.0	20	Q15648,Q86X55,Q9NUQ7,Q13309,Q9NZN8,O43251	6
Nucleoside bisphosphate metabolic process	0.3080936607515557	0.2845454605097046	0.7759924006557459	1.0	1.0	46	P50897,Q9NZ01	2
Regulation of nuclease activity	0.3726977546946457	0.2840145339709298	0.7763992425910888	1.0	1.0	8	P09429,Q15554,P26583	3
Regulation of intrinsic apoptotic signaling pathway	0.3067082259516659	0.282604286657031	0.7774801939584621	1.0	1.0	47	Q15233,P45880,P16989,Q96K76,P31689,P63241,Q8WUK0	7
Regulation of cellular response to transforming growth factor beta stimulus	0.3344331500890711	0.2825304522886937	0.7775367997218594	1.0	1.0	15	Q9Y3F4,Q09472,Q92896,O00560,Q9UNH7	5
Tumor necrosis factor superfamily cytokine production	0.3342080088998593	0.2815103075628406	0.7783190233306372	1.0	1.0	15	Q9UPY3,P14174,P14373,P05067,P09429,Q92974	6
Negative regulation of intracellular signal transduction	0.3128611000450098	0.2815092253372873	0.7783198532758338	1.0	1.0	94	P63167,P45880,Q96K76,Q13315,Q8IV63,O95630,P16989,P30086,P43034,Q53EL6,O43657,P42345,Q96KB5,P31689,Q9H300,Q15233,P04062,Q9Y3S1,Q96S59,P78318	20
Stem cell proliferation	0.3451980023607909	0.2798063794325959	0.7796260570501197	1.0	1.0	11	P04062	1
Negative regulation of cell substrate adhesion	0.357343422920458	0.2790894166105003	0.7801762048950027	1.0	1.0	9	Q9P258	1
Platelet derived growth factor receptor signaling pathway	0.3448048106403677	0.278254002076613	0.7808173832795113	1.0	1.0	11	O00443	1
Positive regulation of epithelial cell differentiation	0.3845970881286897	0.2777256695409699	0.7812229540358964	1.0	1.0	7	Q15648	1
Endoplasmic reticulum to golgi vesicle mediated transport	0.290322022833661	0.2735038719350625	0.7844659163952044	1.0	1.0	56	Q15436,P24390,Q9Y282,O14579,P49257,O95070	6
Regulation of reactive oxygen species biosynthetic process	0.369473240730284	0.2731345279193601	0.7847498060011613	1.0	1.0	8	P00403	1
Regulation of cell projection organization	0.3291830161056374	0.2724000425701702	0.7853144399705243	1.0	1.0	112	Q14108,Q15334,Q9Y4G8,P42858,Q9P258,Q9HCE1,O14786,Q09472,P46821,P07737,Q9NR77,Q16625,Q9NT62,Q9NQC3,Q9UQB8,P43034,Q96G23,P42345,Q9H2U1,Q6IBS0,Q86X55,P08670,P10586,Q66K14,Q9H4M9,Q9Y277	26
Monoubiquitinated protein deubiquitination	0.382813159622243	0.2720932818588317	0.7855502950444722	1.0	1.0	7	Q96K76	1
Lymphocyte activation involved in immune response	0.3157978888230438	0.2720768534253822	0.7855629267136308	1.0	1.0	21	Q9UQ84,P42345,Q9NQT5,P52701,P09429	5
Phosphorylation of rna polymerase ii c terminal domain	0.3818702955689179	0.2691353029018284	0.7878255645564756	1.0	1.0	7	P32780	1
Artery morphogenesis	0.3962520034930193	0.2684889537744308	0.7883229764555941	1.0	1.0	5	Q96AY3,Q12948	2
Amyloid beta formation	0.3542875199445844	0.2681932498419824	0.7885505705821809	1.0	1.0	9	Q9NQC3	1
Smoothened signaling pathway	0.3286794788831796	0.2642103284783451	0.7916178527984443	1.0	1.0	16	Q8NCM8,Q9BW83,Q8WWQ0,O00330,P16435,Q15019	6
Cardiac chamber morphogenesis	0.3530876816435424	0.2639580078524895	0.7918122763480362	1.0	1.0	9	Q15648,Q12948	2
Positive regulation of telomerase activity	0.3333784315605831	0.2636675430739378	0.7920361075888183	1.0	1.0	14	P78371	1
Midbody abscission	0.3797880073313896	0.2632383288136677	0.7923668901189944	1.0	1.0	6	Q8WUX9	1
Forebrain cell migration	0.3384752417069829	0.2623568255265216	0.7930463553506897	1.0	1.0	12	P50542,Q9NQC3,Q96N66	3
Microtubule based transport	0.3014207643544699	0.2616243641633933	0.7936110582119644	1.0	1.0	49	P33176,Q9P1Y5,Q8NCM8,Q9BW83,O94901,P78559,Q92572,P46821,P62820,P05067,Q15154,Q14168,P43034,Q15554,P42858	15
Transport along microtubule	0.3014207643544699	0.2616243641633933	0.7936110582119644	1.0	1.0	49	P33176,Q9P1Y5,Q8NCM8,Q9BW83,O94901,P78559,Q92572,P46821,P62820,P05067,Q15154,Q14168,P43034,Q15554,P42858	15
Negative regulation of epithelial cell proliferation	0.3382543184508629	0.2614722786081619	0.79372832459326	1.0	1.0	12	Q12904,Q15648,Q00534,P52758	4
Negative regulation of striated muscle cell differentiation	0.4431554524361888	0.2612086307075975	0.793931622765679	1.0	1.0	4	O94826,Q13547,P67809	3
Protein k63 linked ubiquitination	0.3280181014002704	0.2611910134692572	0.7939452078689904	1.0	1.0	16	Q96J02,Q96FW1,P14373,P19474,Q9Y263	5
Protein localization to chromosome centromeric region	0.3381595783927252	0.2610932363486619	0.794020607444957	1.0	1.0	12	Q96DY7,P49711	2
Positive regulation of protein depolymerization	0.44283240153573	0.2604120771245504	0.7945459280452463	1.0	1.0	4	Q9Y281,P48681	2
Epidermal cell differentiation	0.3066165440695709	0.2590587399778954	0.7955899190127738	1.0	1.0	30	Q15648,Q9Y6M7,P43034,Q16739,Q12948	5
Regulation of developmental growth	0.3046079257465716	0.2584620737950178	0.796050315459387	1.0	1.0	46	O14786,P11802,P16989,Q9UGN5,P46821,Q6IBS0,O95470,P50542,P05067,Q9NQC3,P43034,Q9Y263,O75844,Q12948	14
Endosomal vesicle fusion	0.5859556144418793	0.2573835234815341	0.7968827209021816	1.0	1.0	2	Q8WUH2	1
Positive regulation of erythrocyte differentiation	0.3410824307593841	0.256332782875186	0.7976938855752069	1.0	1.0	10	Q15648	1
Protein dephosphorylation	0.2770686174204292	0.2561088563950502	0.797866783583896	1.0	1.0	62	P63167,Q9Y217,Q8NFC6,P04062,Q13362,Q86XL3,P10586,Q8IV63,Q8WUK0,Q6PIU2,P42858	11
Regulation of erythrocyte differentiation	0.3315444590738082	0.2558177084689707	0.7980915994103985	1.0	1.0	14	O43251,Q15648	2
Regulation of t cell proliferation	0.3343251922733193	0.255769974628582	0.7981284596698499	1.0	1.0	13	Q96J02,P09429,P49366	3
Nucleobase metabolic process	0.3040306003025362	0.2545179118128995	0.7990954679837896	1.0	1.0	23	P30085,P42345,P22102,Q9NRF8,Q02252,P17812,Q9BPU6	7
Monocyte chemotaxis	0.3637048523420705	0.254079718645624	0.7994339715171179	1.0	1.0	8	Q4KMQ2	1
Negative regulation of cell aging	0.3907995639460864	0.2533889375762216	0.7999676753239084	1.0	1.0	5	Q00534	1
Positive regulation of tumor necrosis factor superfamily cytokine production	0.3383587547304432	0.2532069647471555	0.8001082847621046	1.0	1.0	11	P05067	1
Fatty acid biosynthetic process	0.3026006290085403	0.2519533274209085	0.8010771394955765	1.0	1.0	27	Q9NZ01	1
Nucleoside triphosphate biosynthetic process	0.3081252894534686	0.2515681963420904	0.8013748437746693	1.0	1.0	36	O75414,P00403,Q9NRF8,P00846,O75964	5
Myeloid cell homeostasis	0.3077039669514256	0.2497076276438906	0.8028134590310683	1.0	1.0	39	O43251,Q15648,P09601	3
Positive regulation of hydrolase activity	0.3034461912670858	0.2492028801932856	0.8032038516242279	1.0	1.0	88	P63167,P07602,P09429,Q9NZJ7,O75915,Q15042,Q9Y5X1,Q8IV63,P05067,Q9HAD4,Q9Y4G8,Q96A26,Q66K14,Q9P258	14
Neutrophil mediated immunity	0.437852171030815	0.2483004695646451	0.8039019357199713	1.0	1.0	4	P51809,O00186,O75083	3
Positive regulation of mitotic cell cycle phase transition	0.3069855461234392	0.2472668565545539	0.8047017071335769	1.0	1.0	34	Q7L2J0,Q9UJX4,P11802,P30260,Q13042,P06493,P05067,Q96DY7,P35241,Q9BTC8,Q9P258	11
Oligosaccharide metabolic process	0.3743372606311449	0.2471110502888778	0.8048222819936957	1.0	1.0	6	P10253,P15291,P06280	3
Regulation of cardiac conduction	0.4368743884835195	0.2459599494779156	0.8057132359142476	1.0	1.0	4	P16615	1
Epidermis development	0.3053818276057489	0.2457452725353093	0.8058794241669047	1.0	1.0	43	Q15648,Q08J23,Q9Y6M7,P43034,Q16739,O75844,Q12948	7
Regulation of telomerase activity	0.3171398824947736	0.2438946188380849	0.8073124369034401	1.0	1.0	19	Q96T60,P22626,P78371,Q13315,Q15185	5
Mapk cascade	0.3017660855077604	0.242923816903867	0.8080644148919982	1.0	1.0	87	Q96J02,Q8IV63,Q9Y4G8,Q96AC1,Q13641,P18615,O14786,P30086,P05067,P43034,Q53EL6,P29372,Q96KB5,Q99873,P09429,O00560,P31689,P04062,O75915,Q9Y3S1,Q96S59,P78318	22
Tubulin deacetylation	0.3868262642835736	0.2426590193945423	0.8082695564415308	1.0	1.0	5	Q09472	1
Regulation of ubiquitin dependent protein catabolic process	0.2988889005932894	0.242090245584796	0.8087102363303198	1.0	1.0	49	P46379,O00560,Q86UE8,P04062	4
Exonucleolytic catabolism of deadenylated mrna	0.3464969180469444	0.2411364154391181	0.8094493899113671	1.0	1.0	9	Q9NQT4,Q15024,Q9Y2L1,Q9NQT5,Q96B26	5
Positive chemotaxis	0.3718220789325786	0.2398238297966298	0.8104668324867861	1.0	1.0	6	P09429,O14786	2
Regulation of response to endoplasmic reticulum stress	0.3126339729892126	0.2370958291699954	0.8125824479714319	1.0	1.0	20	P46379,Q92905,O00330,O94966,Q96HY6,P57088	6
Extrinsic apoptotic signaling pathway	0.3053774622446784	0.2370850221944869	0.8125908317148087	1.0	1.0	34	O14786,Q86WB0,Q9UGN5,P09601,Q8IWB1,P48507,P26583,P42858	8
Cellular response to steroid hormone stimulus	0.2936789893155561	0.2366894641971552	0.8128977091020535	1.0	1.0	52	Q15648,O43251,O15118,Q9NUQ7,Q9H7B4,O15173	6
Positive regulation of vacuole organization	0.3705107309791465	0.2360637784006986	0.813383180319154	1.0	1.0	6	Q8TBX8	1
Negative regulation of developmental growth	0.3446037822174785	0.2347227085686764	0.8144239611856243	1.0	1.0	9	Q9NQC3	1
Regulation of potassium ion transport	0.3288907210341151	0.2336998293251422	0.8152180202639048	1.0	1.0	13	Q12955,Q4KMQ2,Q9Y3S1	3
Protein processing involved in protein targeting to mitochondrion	0.5639496355202125	0.2311354957080925	0.8172095400317265	1.0	1.0	3	Q10713,Q99797	2
Cellular response to leucine starvation	0.563929672153086	0.2310967402001872	0.8172396475284853	1.0	1.0	3	P42345	1
Negative regulation of developmental process	0.3103937728674322	0.2308821279411699	0.8174063754947534	1.0	1.0	97	P02786,Q15022,Q00534,Q9Y4G8,Q96AC1,Q15554,Q9P258,P16989,Q8N4Q0,P05067,Q9NQC3,Q53EL6,O94966,Q96G23,Q12948,Q99873,Q4VCS5,Q86X55,P09429,Q9UPY3,Q15648,P26358,Q96TA1,Q9NP50	24
Proteasomal protein catabolic process	0.3538612579557628	0.2307137364654976	0.8175372012446742	1.0	1.0	145	Q96J02,P62191,Q15366,P49720,P78559,Q13362,Q9BUN8,Q13042,Q06787,Q9UBV2,Q13309,Q93009,Q96HY6,Q9H1I8,P60900,P28070,O00487,P30260,P20618,Q5TDH0,Q9UBU6,P49721,Q15058,Q6ZXV5,O94966,P46379,O75150,O94822,Q96KB5,Q9GZP9,O60524,Q8TCT9,P63244,O00560,Q13617,Q96P47,Q86UE8,Q9HCN8,P04062,Q9UJX4,Q9UL46,P28074,P25788,O94888,Q92890,Q9Y263,Q5VYK3	47
Dna unwinding involved in dna replication	0.3255577340386599	0.2306698336822163	0.8175713107814484	1.0	1.0	14	P49736,P27694,P46063,P33992,Q14566,P33993,Q96RR1	7
Activation induced cell death of t cells	0.5636510068516867	0.230556193036621	0.817659603593794	1.0	1.0	3	P62753	1
Camera type eye development	0.3026933040536914	0.2305226447551103	0.8176856692886343	1.0	1.0	31	Q9H0D6,O14786,Q15648,Q9UPY5,Q15042,P54802,P08670,P83731,Q12948	9
Positive regulation of cell cell adhesion mediated by cadherin	0.4302287040105996	0.2303818434783001	0.8177950685392592	1.0	1.0	4	O75955,P41440,P55196	3
Regulation of myeloid cell apoptotic process	0.430096630101788	0.2300781221277152	0.8180310649019003	1.0	1.0	4	P14174,Q9UPY5	2
Defense response to symbiont	0.2852039677965329	0.2294116360917463	0.8185489930193355	1.0	1.0	56	Q96J02,Q7Z7L1,Q9Y3Z3,Q9HCE1,Q9NQT4,Q9H2U1,P14373,P07900,O14802,P19474,Q92890,O43657,Q9Y4E8,Q9NUD5,O75844	15
Monocarboxylic acid biosynthetic process	0.3041422302343723	0.2293193555375597	0.8186207107366479	1.0	1.0	34	Q96PU8,Q9NZ01,P22059,Q15185,O00154,P49748,O60678,O95864	8
Maintenance of synapse structure	0.3669080957730717	0.2258742297862918	0.821299241535359	1.0	1.0	6	Q15334	1
Regulation of presynaptic cytosolic calcium ion concentration	0.5609675281643464	0.2253924268552112	0.8216740025814786	1.0	1.0	3	Q00535,P23634	2
Protein containing complex localization	0.3023413703276673	0.2244041322567154	0.8224428556019876	1.0	1.0	43	P33176,Q9BW83,Q86U38,Q13315,Q15334,Q9BTX1,P62841,Q14168,Q15554,P62826,Q9P258	11
Pigment biosynthetic process	0.3027933059361453	0.2242900487739246	0.8225316189062144	1.0	1.0	22	Q9Y4G8	1
Regulation of keratinocyte differentiation	0.352457658887121	0.2185000637688786	0.8270395086379325	1.0	1.0	8	Q15648	1
Regulation of epidermis development	0.352457658887121	0.2185000637688786	0.8270395086379325	1.0	1.0	8	Q15648	1
Fructose 1 6 bisphosphate metabolic process	0.4249254226052241	0.2183682515444741	0.8271422002329529	1.0	1.0	4	Q01813,P17858,P08237	3
Visual behavior	0.3641358189638805	0.2181750199069232	0.82729274749316	1.0	1.0	6	P05067,Q9UPY5	2
Peptidyl tyrosine dephosphorylation	0.3249452892485662	0.2180562972544938	0.8273852477616952	1.0	1.0	13	P10586,Q9Y217	2
Positive regulation of filopodium assembly	0.3639188813837163	0.2175777915052799	0.8277580897595862	1.0	1.0	6	O14786	1
Trna transcription	0.3645561778257419	0.2172353617149294	0.8280249279584473	1.0	1.0	7	Q969F1	1
Divalent inorganic cation homeostasis	0.2956195497227059	0.2172242899960802	0.828033555919844	1.0	1.0	49	Q9BPX6,Q12955,Q15334,P05067,Q9HD20,P78417,P42858	7
Negative regulation of catabolic process	0.3047834985996429	0.2154740266191072	0.8293977602144031	1.0	1.0	93	P46379,Q86UE8,Q96KB5,P16989,P09601,O15118,Q16850,P10619,O00560	9
Positive regulation of catabolic process	0.3419541352218124	0.2151457082680572	0.8296537181696582	1.0	1.0	133	Q96J02,O00443,P21796,Q86UE4,Q9NQT4,P09601,Q9Y5X1,Q15042,Q13315,Q9NZN8,P42858,Q9HCE1,Q15024,P19474,P05067,Q6ZXV5,O15269,P46379,O75150,Q9H2U1,Q9UII2,O15514,P09429,P54646,Q9HBH5,P04062,Q8TBX8,P52758,Q92945,Q9NQT5	30
Coenzyme a biosynthetic process	0.3629685203072826	0.2149704901959003	0.8297903260968871	1.0	1.0	6	O00154	1
De novo pyrimidine nucleobase biosynthetic process	0.3625626563248532	0.2138615036891591	0.830655061276067	1.0	1.0	6	P30085	1
Immune response regulating signaling pathway	0.2963295995644506	0.2133400657247838	0.8310617248728591	1.0	1.0	48	P46379,Q09472,Q9NPR9,Q9NQC3,P09429,O43657,Q9Y4E8,Q9NUD5	8
Response to potassium ion	0.3754515414935894	0.2132555803408819	0.8311276183341068	1.0	1.0	5	Q15334	1
Cellular response to potassium ion	0.3754515414935894	0.2132555803408819	0.8311276183341068	1.0	1.0	5	Q15334	1
Actin filament depolymerization	0.3105850486295024	0.212439290542303	0.8317643358153728	1.0	1.0	19	P47755,Q9UEY8,P52907,Q9Y281,Q6IBS0,Q13045,P35241,P35611,O75083	9
Negative regulation of innate immune response	0.3376711892933648	0.2117935364959489	0.8322681112700734	1.0	1.0	9	Q9Y3Z3	1
Endoplasmic reticulum unfolded protein response	0.3069291088406339	0.2090108038858506	0.834439804602066	1.0	1.0	20	Q09472,Q7Z2K6,Q92905,Q9BUN8,Q9GZP9,P63244,Q96HY6,P57088	8
Synaptic signaling	0.2898460927255948	0.2081524446718823	0.8351099389068308	1.0	1.0	79	P43034,Q99808,P50897,Q9BVA1,Q15042,Q9NR77,Q15334,P05067,Q9Y4G8,Q9UQB8,Q13641,O00560	12
Positive regulation of cell cycle g2 m phase transition	0.3223087393509245	0.2077862129855737	0.8353958981164589	1.0	1.0	13	P11802,P05067	2
Regulation of mitotic cell cycle phase transition	0.2876301935649425	0.2067790262649921	0.8361824367663009	1.0	1.0	77	Q7L2J0,Q6NUQ1,P11802,Q96K76,Q13042,Q68E01,Q13315,Q96DY7,Q13257,Q9P258,P30260,P49454,P05067,Q15058,Q969U7,P15927,Q7Z7L1,P35241,Q9BTC8,Q9UJX4,P61254,O14757,O43684,P06493,P19447,Q9Y619	26
Protein k48 linked ubiquitination	0.3267309396474349	0.2050665371762856	0.8375201402879142	1.0	1.0	10	Q96J02,Q15386	2
Regulation of peptidyl lysine acetylation	0.3135131516810097	0.2046098023645455	0.8378769962536123	1.0	1.0	17	O75844	1
Non canonical wnt signaling pathway	0.3591367861647959	0.2046085398460553	0.8378779827305998	1.0	1.0	6	P63000,Q8TAA9	2
Protein localization to chromosome	0.2990796578426949	0.2018782943390085	0.8400118713128684	1.0	1.0	43	O14773,P78371,Q96DY7,P49711	4
Adenylate cyclase inhibiting g protein coupled receptor signaling pathway	0.3345272867980909	0.2016910155203864	0.8401582868373652	1.0	1.0	9	P07602	1
Mitotic cell cycle phase transition	0.3187174989487955	0.2016016527021085	0.8402281530886033	1.0	1.0	109	P08183,Q9Y6A5,Q7L2J0,Q6NUQ1,P11802,Q96K76,Q13042,Q68E01,Q13315,Q07864,Q13309,Q96DY7,Q00534,Q07666,Q8WUX9,Q13257,Q9P258,Q7Z460,P30260,P49454,P48681,P05067,Q15058,Q969U7,P83731,P15927,Q7Z7L1,O00743,P35241,Q9BTC8,Q13617,Q9UJX4,P61254,O14757,O43684,P06493,P19447,Q9Y619	38
Positive regulation of mononuclear cell migration	0.3343967825787508	0.2012757258652877	0.8404829821058322	1.0	1.0	9	P05067,Q4KMQ2	2
Ruffle organization	0.3182884682738991	0.2011599822645903	0.8405734813718442	1.0	1.0	14	P42345,P07737,P63000,P35241,P35080,Q9P258	6
Biological process involved in symbiotic interaction	0.2816901572775715	0.2001482368753613	0.8413646489465938	1.0	1.0	72	Q14108,Q8WTV0	2
Regulation of alpha beta t cell activation	0.3338887593987828	0.1996622081031603	0.8417447721475146	1.0	1.0	9	P09429	1
Cellular response to ketone	0.3122626654007868	0.1991276689963443	0.8421628778838111	1.0	1.0	17	Q9H7B4	1
Cytoplasmic sequestering of nf kappab	0.5461549843682271	0.1982560104192452	0.8428447670969548	1.0	1.0	3	O75832	1
Cellular polysaccharide catabolic process	0.3577467503798345	0.1981372454302747	0.8429376848153403	1.0	1.0	7	P10253	1
Polysaccharide catabolic process	0.3577467503798345	0.1981372454302747	0.8429376848153403	1.0	1.0	7	P10253	1
Cellular response to inorganic substance	0.2993198264080997	0.1973077836800144	0.8435866885818157	1.0	1.0	41	Q12955,P09601,Q15334,P35611,P05067,Q92542,O15111,Q14168,Q9BY42,Q9UNS1	10
Response to hydroxyurea	0.3572630455882429	0.1968099485051883	0.843976265602056	1.0	1.0	7	Q9BY42,Q9UNS1,Q06787	3
Regulation of dendritic spine morphogenesis	0.3212091636628802	0.1961540615788332	0.844489583042813	1.0	1.0	12	Q9UQB8	1
Cellular response to vascular endothelial growth factor stimulus	0.3557519394276972	0.1956577248503923	0.8448780754642422	1.0	1.0	6	Q12948	1
Regulation of viral entry into host cell	0.355444466475734	0.1948541594802075	0.8455071216735146	1.0	1.0	6	P14373,P19474	2
Negative regulation of binding	0.2948834507639158	0.1944482079489347	0.8458249457053022	1.0	1.0	29	P10586,P09601	2
Atp synthesis coupled electron transport	0.2991147360679582	0.1941345530374333	0.8460705268563409	1.0	1.0	36	Q9Y6M9,P03886,P00403,O14949,Q9UDW1	5
I kappab phosphorylation	0.3671707042860739	0.1931110863899718	0.8468719703950274	1.0	1.0	5	O15111	1
Regulation of signaling receptor activity	0.3136474235790312	0.1927901105328001	0.8471233488482912	1.0	1.0	15	Q15334,O14786,Q9UNH7,P05067	4
Positive regulation of mitochondrial translation	0.3436986366684842	0.1923050931458115	0.8475032291046385	1.0	1.0	8	Q96SZ6,Q567V2	2
Protein repair	0.5525008280887836	0.1917575129330788	0.8479321530342203	1.0	1.0	2	P22061	1
Regulation of protein acetylation	0.3061092247340054	0.1915870226553916	0.8480657086234378	1.0	1.0	19	O75844	1
Inositol phosphate metabolic process	0.3660477453580905	0.1904629834621428	0.8489463471300096	1.0	1.0	5	O95861,Q01968,Q10713,Q9UNW1	4
Response to molecule of bacterial origin	0.2986598894100435	0.1897981205764595	0.8494673286905297	1.0	1.0	38	Q53EL6,Q8WTV0	2
Immunoglobulin production	0.3027220280042723	0.1888526510700157	0.8502083046614886	1.0	1.0	20	Q9NQT5,Q9Y3Z3,Q9UQ84,P52701	4
Cell morphogenesis involved in differentiation	0.3292078078910885	0.1879260197741506	0.8509346452894819	1.0	1.0	122	P43034,Q09472,Q9BVA1,Q12955,P42892,Q15334,Q96TA1,P05067,P83731,Q9Y4G8,Q9NQC3,Q9UQB8,Q13641,Q96AX1,Q13509,O43251,Q9P258	17
Regulation of amyloid precursor protein catabolic process	0.3188530676863952	0.1876033319664119	0.8511876140924584	1.0	1.0	12	Q9NQC3,O95197	2
Developmental pigmentation	0.3526091981309218	0.1875195552615162	0.8512532927472583	1.0	1.0	6	Q96AX1	1
Free ubiquitin chain polymerization	0.5498509440212117	0.1871483800974998	0.8515442963726496	1.0	1.0	2	Q16763	1
Cellular glucose homeostasis	0.2915473743836267	0.1868607099177815	0.85176984548056	1.0	1.0	23	Q15120,Q99808,O00330,P22059,P55809,P48507,P63244,Q96RR1,P54646	9
Response to muramyl dipeptide	0.5393286811524021	0.1865367239198636	0.852023882686467	1.0	1.0	3	P08670	1
Positive regulation of neuron differentiation	0.3211459540723373	0.1862285210356717	0.8522655586133476	1.0	1.0	10	P46821,Q8WUJ1,Q92974,Q9H8V3,Q99829	5
Endosomal transport	0.273740379286384	0.185597617073127	0.8527603223994398	1.0	1.0	66	Q2M389,Q9Y5X1,Q9UBQ0,O75503,Q8WUX9,P49257,Q9H4M9,O15260	8
Synaptic vesicle localization	0.3196688834238416	0.1851738837104345	0.8530926526143228	1.0	1.0	11	P33176,Q92572	2
Relaxation of cardiac muscle	0.5384605350232221	0.185082086440199	0.8531646518153979	1.0	1.0	3	P05026	1
Response to manganese ion	0.4090293059617931	0.1846341927246682	0.8535159650864541	1.0	1.0	4	P05067	1
Regulation of mammary gland epithelial cell proliferation	0.5374700288706598	0.1834323024832182	0.8544588321197364	1.0	1.0	3	Q9NQC3	1
Regulation of establishment or maintenance of cell polarity	0.3501928176283605	0.1813764063986715	0.8560721366949526	1.0	1.0	6	P63244,Q15334	2
Nuclear envelope organization	0.29019809542946	0.1806042181628729	0.8566782447178638	1.0	1.0	27	Q86XL3,O75844	2
Interleukin 2 production	0.3395287089279907	0.1803196017269505	0.8569016679396977	1.0	1.0	8	P00491,P04083,P14373,Q92990,Q9UJZ1,P23396,P15311	7
Positive regulation of receptor internalization	0.5353214345799506	0.1798898093572726	0.8572390756487602	1.0	1.0	3	Q96CW1	1
Nucleoside triphosphate metabolic process	0.2914990914605972	0.178016214831014	0.8587102415372425	1.0	1.0	48	Q9Y3Z3,P00846,O75964,Q9NRF8	4
Regulation of actin filament based process	0.2885543281318086	0.1778501728918727	0.858840643139593	1.0	1.0	81	P63167,P52907,Q9Y5X1,Q14019,P63000,Q13045,O15145,Q96AC1,P35080,Q9H8V3,P47755,O14786,P50552,Q7Z460,Q9NUQ9,P07737,Q13576,Q9UQB8,Q14247,P42345,Q6IBS0,P35241,Q68EM7,P16615,O75083,P52565,Q9UEY8,Q9Y281,P14373,P35611	30
Negative regulation of atp dependent activity	0.3604111405835531	0.1774770948828009	0.8591336552661466	1.0	1.0	5	P33993,P49736,Q9UII2,P04637	4
Regulation of carbohydrate metabolic process	0.2937287098169976	0.1773816842812262	0.859208593014936	1.0	1.0	31	Q14108,O75844	2
Ribosomal subunit export from nucleus	0.3172781430954218	0.1769964984183872	0.8595111400135549	1.0	1.0	11	Q86U38,P62826	2
Multi multicellular organism process	0.2893739424955746	0.1755647900507652	0.8606358660982492	1.0	1.0	23	P35613,Q96GC9,Q9UIQ6,Q15648	4
Regulation of dephosphorylation	0.2924118292460198	0.1748010005755624	0.8612360020978698	1.0	1.0	30	P63167,Q8NFC6,P42345,P04062,Q86XL3,Q8IV63,P42858	7
Cellular response to osmotic stress	0.3165911667452218	0.1746697997650211	0.8613390992193577	1.0	1.0	11	Q9BPX6	1
Regulation of cytoplasmic translation	0.3090485695275988	0.1742443873217132	0.8616734030173796	1.0	1.0	15	P11940,P42345,O75534,P16989,Q9H2U1,P40429,Q9NZI8,O60506,Q06787,P67809,Q08211,P14618,Q00839,Q14103	14
Negative regulation of ubiquitin protein transferase activity	0.3160516244209508	0.1728497099368726	0.8627695621838742	1.0	1.0	11	Q13257,P62841	2
Gmp salvage	0.5308151093439314	0.1726210626299698	0.8629492948502648	1.0	1.0	3	P07741,P55263	2
Positive regulation of dendrite morphogenesis	0.3168009021156729	0.1720258499720098	0.8634172065939492	1.0	1.0	10	Q9UQB8	1
Amyloid beta metabolic process	0.315797933407706	0.1719961264508984	0.8634405742640232	1.0	1.0	11	Q9NQC3	1
Response to insulin	0.278289716122408	0.17170128112355	0.8636723785823128	1.0	1.0	56	Q9BSK2,O00443,P43490,P11802,Q8TBX8,Q9UQB8	6
Positive regulation of cell cycle checkpoint	0.4016669515048804	0.1701885927526206	0.8648618225156437	1.0	1.0	4	Q13257	1
Apoptotic process involved in development	0.3453891188850909	0.1694619134863745	0.8654333276821924	1.0	1.0	6	Q12948	1
Negative regulation of blood circulation	0.5286482255961116	0.1692035387847051	0.8656365463787201	1.0	1.0	3	P16615	1
Cellular response to alkaloid	0.4010619652127393	0.1690351233526613	0.865769014458484	1.0	1.0	4	O14757	1
Positive regulation of cellular protein catabolic process	0.2951901013760228	0.1679863302427757	0.866594033142366	1.0	1.0	38	P46379,P04062	2
Regulation of fatty acid transport	0.3990719257540565	0.1652769936533186	0.8687259661821853	1.0	1.0	4	P33121,P14174,P07814	3
Protein modification by small protein removal	0.2944120685676026	0.165169543116995	0.8688105370535433	1.0	1.0	41	Q96J02,O95630,Q96FW1,Q86UV5,Q96K76,Q92905,Q99627,P19474,P06493,P51784,Q15018,Q93009,O94966,Q9Y4E8,Q9BT78	15
Cell differentiation involved in embryonic placenta development	0.5362702881749055	0.1648881559442466	0.8690320149830582	1.0	1.0	2	Q13043	1
Positive regulation of extrinsic apoptotic signaling pathway via death domain receptors	0.5359390526664589	0.1643736002637639	0.8694370448239233	1.0	1.0	2	Q13043	1
Positive regulation of dendritic spine morphogenesis	0.3337034281362303	0.1641150522819625	0.8696405724678942	1.0	1.0	8	Q9UQB8	1
Axoneme assembly	0.5248508946322017	0.1633361772092273	0.8702537510685353	1.0	1.0	3	A0AVF1,Q15555	2
Regulation of microtubule based movement	0.3973377208557477	0.16204718666996	0.8712686953060869	1.0	1.0	4	Q9Y6A4,P78318	2
Negative regulation of growth	0.2852218676547876	0.1605953940616816	0.87241208281685	1.0	1.0	26	P50897,Q9NQC3	2
Protein transport to vacuole involved in ubiquitin dependent protein catabolic process via the multivesicular body sorting pathway	0.522862823061625	0.1603260874440676	0.872624209867918	1.0	1.0	3	Q86VN1,Q92783	2
Activation of cysteine type endopeptidase activity involved in apoptotic process	0.3074903399314678	0.1595398369036567	0.8732435749185552	1.0	1.0	14	Q96A26,Q9NZJ7	2
Regulation of rho protein signal transduction	0.3108099042456805	0.1593443308627633	0.8733975959306692	1.0	1.0	12	P63167,P63000,O14786,P52565	4
Ruffle assembly	0.3126532767422621	0.1588479901873902	0.873788638090438	1.0	1.0	10	P07737,P63000,P35241,P35080,Q9P258	5
Dna double strand break processing	0.351477869876986	0.1579540345525184	0.8744930190341609	1.0	1.0	5	Q9H4L7	1
Regulation of t cell receptor signaling pathway	0.3950944647000282	0.157931827697892	0.874510517910519	1.0	1.0	4	P51452,P23396,P15311	3
Regulation of receptor signaling pathway via stat	0.3420703384206979	0.157161326960501	0.8751177060987276	1.0	1.0	7	Q00535,Q13043,Q13610,Q6IA86,P30153,Q9NX40	6
Exocytosis	0.2715532071474962	0.1564668071268415	0.8756650810422331	1.0	1.0	67	O00443,Q7Z460,P09601,Q15042,O43760,Q15334,O00560	7
Guanine metabolic process	0.5306392845313149	0.1563234053164276	0.8757781083538125	1.0	1.0	2	O60341	1
Imp salvage	0.530639284531315	0.1563234053164276	0.8757781083538125	1.0	1.0	2	P07741	1
Embryonic organ development	0.2903260767908773	0.15625092573715	0.875835236713771	1.0	1.0	46	Q15648,P27635,Q9BVA1,P42892,P54802	5
Membrane repolarization during cardiac muscle cell action potential	0.3941000994365145	0.1561301946242181	0.8759303983392546	1.0	1.0	4	P62258,P05026,P05023	3
Membrane repolarization during action potential	0.3941000994365145	0.1561301946242181	0.8759303983392546	1.0	1.0	4	P62258,P05026,P05023	3
Positive regulation of interleukin 2 production	0.3393034825870602	0.1549444486765833	0.8768651117859316	1.0	1.0	6	P00491,P04083,Q92990,Q9UJZ1,P23396	5
Actin filament severing	0.3402189492777749	0.1526056488850759	0.8787092700172412	1.0	1.0	7	Q13045	1
Regulation of oligodendrocyte differentiation	0.3382016566997992	0.152385627455702	0.8788827923193272	1.0	1.0	6	O14744,P42345	2
Positive regulation of cytoplasmic translation	0.3087404453306805	0.1523124400740754	0.8789405136366941	1.0	1.0	12	P11940,O75534,P16989,Q9H2U1,O60506,Q9NZI8,P67809,Q08211,P14618,Q00839,Q14103	11
Regulation of insulin receptor signaling pathway	0.3079474800184454	0.1496444600077826	0.8810451290900618	1.0	1.0	12	P11802	1
Regulation of nuclear transcribed mrna catabolic process deadenylation dependent decay	0.3086378737541549	0.1484982745700691	0.8819495475529919	1.0	1.0	11	P11940,O75534,Q9NZI8,Q9H2U1,A5YKK6,O60506,P67809,Q08211,Q00839,Q14103	10
Ether biosynthetic process	0.3464854111405829	0.1476151051256848	0.882646533537538	1.0	1.0	5	P49327,Q6IAN0,O00116,Q8WVX9	4
Ubiquitin dependent endocytosis	0.5243458098708288	0.1472080966430854	0.8829677700264804	1.0	1.0	2	Q99816	1
Regulation of endoplasmic reticulum unfolded protein response	0.3375659280159612	0.1461840106816746	0.8837761275880127	1.0	1.0	7	Q92905,Q96HY6,P57088	3
Positive regulation of immune effector process	0.2885400049876711	0.1432970636761871	0.8860555747484344	1.0	1.0	32	P09601	1
Cellular response to ionizing radiation	0.2951821483810438	0.142966274869311	0.8863168162914605	1.0	1.0	19	O75844	1
Lipid export from cell	0.5102717031146402	0.1422442444420177	0.8868870850620842	1.0	1.0	3	P14174,O15439	2
Establishment of protein localization to organelle	0.3585400181798949	0.1410343157443202	0.887842833228484	1.0	1.0	163	A5D8V6,Q99595,Q15042,Q14108,Q8N4H5,P49257,Q9NS69,O60830,P49458,P55060,O14925,P46379,Q15629,P78371,Q5JRX3,Q9Y512,Q9UBE0,Q15648,P20645,P50542	20
Establishment of golgi localization	0.5086149768058263	0.1399907714107008	0.8886672819334336	1.0	1.0	3	Q9Y678,P63104	2
Cranial nerve development	0.5079821812931111	0.1391377202516463	0.889341321659149	1.0	1.0	3	P83731	1
Regulation of t cell differentiation	0.3131126020169562	0.1380697064172814	0.8901853272164275	1.0	1.0	9	O96005	1
Negative regulation of nitric oxide synthase activity	0.5066841406468872	0.1374011297516116	0.8907137381051891	1.0	1.0	3	P06280	1
Negative regulation of monooxygenase activity	0.5066841406468872	0.1374011297516116	0.8907137381051891	1.0	1.0	3	P06280	1
Negative regulation of oxidoreductase activity	0.5066841406468872	0.1374011297516116	0.8907137381051891	1.0	1.0	3	P06280	1
Regulation of transmembrane receptor protein serine threonine kinase signaling pathway	0.2807446897299215	0.1369151529843927	0.8910978612836953	1.0	1.0	26	Q9Y3F4,Q09472,Q93062,Q92896,O00560,Q9UNH7	6
Negative regulation of meiotic cell cycle	0.516396157668116	0.1363760468818824	0.8915240085694343	1.0	1.0	2	Q15645	1
Meiotic cell cycle phase transition	0.5163961576681158	0.1363760468818821	0.8915240085694345	1.0	1.0	2	O95067	1
Coenzyme a metabolic process	0.3229024881711799	0.1357759443963921	0.8919984085203008	1.0	1.0	8	Q9NVE7,Q8WVC6,O00154	3
Isopentenyl diphosphate biosynthetic process	0.5053015241881987	0.1355709619465979	0.8921604624804971	1.0	1.0	3	Q03426,Q15126	2
Bile acid and bile salt transport	0.5157336866512213	0.1355073980129105	0.8922107154400432	1.0	1.0	2	P28288	1
Regulation of translational elongation	0.3291336043146263	0.1321464623748076	0.8948684464644296	1.0	1.0	6	P49458	1
Response to fatty acid	0.3033903144562218	0.1320204675198979	0.8949681027078231	1.0	1.0	11	P11802,O00330,Q15120,P50416	4
Telomere capping	0.2995699891047277	0.1308031860238514	0.8959310025709091	1.0	1.0	14	Q96T60,Q13315	2
Pigmentation	0.2992205896662627	0.1295718537512568	0.8969051729355602	1.0	1.0	14	Q96AX1,P62820,Q9BXS5,Q8TAA9	4
Protein o linked glycosylation via threonine	0.5104339185160761	0.1287445716041951	0.8975597658276222	1.0	1.0	2	Q10471	1
Regulation of endocytosis	0.2870068163915751	0.1251221887573705	0.9004268172485714	1.0	1.0	44	O00560,P05067,P50897,Q4KMQ2	4
Calcium ion export across plasma membrane	0.5074527989400589	0.1250849228803746	0.9004563193436239	1.0	1.0	2	P20020	1
Cell cycle g2 m phase transition	0.2869301830477679	0.1246267097781847	0.9008190819037224	1.0	1.0	44	P08183,Q6NUQ1,P11802,Q96K76,Q68E01,Q13315,Q13309,Q07666,P14635,Q9P258,P49454,P48681,P05067,Q15058,Q96ST3,Q9NWV8,P53350,Q9BTC8,O14757,P06493,Q9Y619	21
Negative regulation of mitotic cell cycle	0.2837981271409291	0.1237819794916711	0.9014879003531902	1.0	1.0	48	Q7Z7L1,Q12948,Q6NUQ1,Q96K76,P49454,P61254,O14757,Q68E01,O43684,P06493,Q13315,P43246,Q96DY7,O75414,Q9Y619,Q13257,P15927,Q9NVX2	18
Epithelial cell differentiation	0.3003223169185277	0.1233502466560938	0.901829753520092	1.0	1.0	99	P21796,Q15648,Q9Y6M7,O14773,P07437,Q9Y4G8,P49748,O43598	8
Regulation of cell cycle g1 s phase transition	0.2848951363968455	0.1230489985518445	0.9020682975158644	1.0	1.0	32	Q7Z7L1,Q7L2J0,P61254,Q13315,P35241,Q96DY7,Q15058,Q96HY6,P15927	9
Vitamin biosynthetic process	0.4953487035500382	0.1229882198283203	0.902116426358856	1.0	1.0	3	O00764	1
Water soluble vitamin biosynthetic process	0.4953487035500382	0.1229882198283203	0.902116426358856	1.0	1.0	3	O00764	1
Immune response regulating cell surface receptor signaling pathway	0.2746887998664095	0.121915221898493	0.9029661602246808	1.0	1.0	24	Q9NR50,P46379,Q09472,P61088,Q07666,P49770	6
Post chaperonin tubulin folding pathway	0.3315649867373981	0.1191846898940236	0.9051290358816042	1.0	1.0	5	Q15814,Q9BTW9,Q15813,O75347	4
Golgi organization	0.2860401190794767	0.1188911672491626	0.9053615796411554	1.0	1.0	44	P40616,Q9P1Y5,Q8NCM8,Q92538,O14744,Q7Z460,Q96GC9,P06493,P62820,P27361,P49257,Q12907,P42858,O15260	14
Regulation of neurotrophin trk receptor signaling pathway	0.5021530308049167	0.1188322778361046	0.9054082358458097	1.0	1.0	2	Q7L576	1
Positive regulation of neurotrophin trk receptor signaling pathway	0.5021530308049167	0.1188322778361046	0.9054082358458097	1.0	1.0	2	Q7L576	1
Regulation of dna dependent dna replication	0.2871309656992823	0.1185884032569929	0.9056014533744356	1.0	1.0	20	Q7Z7L1,O95785,P40938,Q9UNS1,O75844	5
Ribonucleoside triphosphate metabolic process	0.287131694401034	0.1185412250396238	0.905638832489561	1.0	1.0	40	P00846,O75964,Q9NRF8	3
Nucleobase biosynthetic process	0.2936935733988648	0.1184419114657899	0.9057175189246264	1.0	1.0	16	P30085,P42345,P22102,Q9NRF8,P17812	5
B cell activation involved in immune response	0.2970894363642519	0.1175780479546652	0.9064019994696328	1.0	1.0	13	Q9NQT5,Q9UQ84,P52701	3
Immunoglobulin production involved in immunoglobulin mediated immune response	0.2970894363642519	0.1175780479546652	0.9064019994696328	1.0	1.0	13	Q9NQT5,Q9UQ84,P52701	3
Somatic diversification of immunoglobulins involved in immune response	0.2970894363642519	0.1175780479546652	0.9064019994696328	1.0	1.0	13	Q9NQT5,Q9UQ84,P52701	3
Somitogenesis	0.2986638177162503	0.1172328134248292	0.9066755648400378	1.0	1.0	10	Q09472,Q12948	2
Lung cell differentiation	0.4904815614273739	0.1172095439601692	0.9066940040655428	1.0	1.0	3	P09960	1
Gene silencing by rna	0.2865759193682734	0.1171504041606561	0.9067408679440876	1.0	1.0	37	Q9HCE1,P62826,Q9UPY3,Q9UKZ1,Q15631,Q9NZN8,O75844	7
Inflammasome complex assembly	0.4903466006369556	0.1170527756810182	0.9068182319402264	1.0	1.0	3	P19525	1
Endosome to lysosome transport	0.2955391980476753	0.1167891604502963	0.9070271336741416	1.0	1.0	14	Q96AX1	1
Transforming growth factor beta production	0.4998343822457913	0.1161975823883386	0.90749595274977	1.0	1.0	2	P08238	1
Negative regulation of transforming growth factor beta production	0.4998343822457913	0.1161975823883386	0.90749595274977	1.0	1.0	2	P08238	1
3 utr mediated mrna stabilization	0.3148276112350901	0.1160755738345783	0.9075926471942206	1.0	1.0	8	Q13148,P16989,Q13151,P98175	4
Adaptive immune response based on somatic recombination of immune receptors built from immunoglobulin superfamily domains	0.278089283423768	0.1159696831919324	0.9076765689520324	1.0	1.0	27	Q9UQ84,P42345,Q9BY67,P02786,Q9NQT5,P52701,P09429	7
Heterophilic cell cell adhesion via plasma membrane cell adhesion molecules	0.3693691648362169	0.1157832786661868	0.9078243030685692	1.0	1.0	4	Q9BY67	1
Protein homooligomerization	0.2863675750309209	0.1145785872556174	0.90877915280719	1.0	1.0	41	Q9BPX6,Q9Y3Z3,P50552,Q99873,Q96CX2,Q14168,Q9H4M9,Q99720	8
Antigen processing and presentation of lipid antigen via mhc class ib	0.4978469691951116	0.1139875861389685	0.9092476341266816	1.0	1.0	2	O00203	1
Nk t cell differentiation	0.4978469691951116	0.1139875861389685	0.9092476341266816	1.0	1.0	2	O00203	1
Zinc ion homeostasis	0.4978469691951116	0.1139875861389685	0.9092476341266816	1.0	1.0	2	O00203	1
Regulation of nk t cell differentiation	0.4978469691951116	0.1139875861389685	0.9092476341266816	1.0	1.0	2	O00203	1
Antigen processing and presentation via mhc class ib	0.4978469691951116	0.1139875861389685	0.9092476341266816	1.0	1.0	2	O00203	1
Positive regulation of organelle organization	0.3422238614267183	0.1110562541879559	0.911571738184098	1.0	1.0	147	P21796,Q15042,Q9Y5X1,Q13042,Q8WUM4,Q13315,Q9NZN8,Q96AC1,P49257,Q15554,P42858,O14737,O14786,P50552,P22626,P30260,Q7Z460,P46821,P07737,Q16625,Q9UQB8,Q96A26,P42345,Q8WWQ0,Q9H2U1,Q9UII2,P78371,Q9Y6X9,O00560,O15260,Q96T60,Q9HBH5,P22059,P26358,Q8TBX8,Q15003	36
Small gtpase mediated signal transduction	0.2880167579530717	0.1109827765049281	0.9116300047070808	1.0	1.0	88	P09601,Q9Y4G8,P80303,Q02818	4
Reactive oxygen species biosynthetic process	0.296403002978077	0.1109289487896399	0.9116726894494188	1.0	1.0	10	P00403	1
Regulation of microtubule polymerization or depolymerization	0.2826113788847029	0.1106264408577755	0.9119125794033548	1.0	1.0	32	Q9P1Y5,P78559,P04350,Q7Z460,P46821,Q16625,P63000,P29372,Q92974	9
Transforming growth factor beta receptor signaling pathway	0.2722869251216094	0.1100471532704768	0.9123719790770424	1.0	1.0	24	Q9Y3F4,Q09472,Q9Y4E8,Q92896,Q96AC1,O00560,Q9UNH7	7
Positive regulation of protein localization to cell surface	0.318265133710738	0.1098355354767862	0.912539808291802	1.0	1.0	6	P78559,Q13277,Q92544	3
Ribonucleoside monophosphate biosynthetic process	0.2888263139192031	0.1090581012472371	0.913156406967502	1.0	1.0	18	P30085,Q9BZX2,P22102,P30520,Q06203	5
Positive regulation of cell death	0.3044370088304917	0.1090185757605429	0.913187756823204	1.0	1.0	105	P63167,P09601,Q13315,Q9Y4G8,P42858,Q9NS69,Q7Z3C6,P15291,P00403,Q9Y6C9,Q96A26,Q53EL6,P63241,Q7Z7L1,Q9UHI6,P09429,Q4KMQ2,Q05639,Q9NZJ7,O75915	20
Positive regulation of dendritic spine development	0.2954686868675029	0.1083587077443125	0.9137111546607928	1.0	1.0	10	Q9UQB8	1
Synapse organization	0.2670703172685968	0.1082190915003966	0.9138219010657648	1.0	1.0	68	Q12955,Q15334,P07437,P05067,P10586,Q9UQB8,Q13641,O00560	8
Nucleotide excision repair dna incision	0.3636618647691656	0.1076819535812574	0.9142479852200414	1.0	1.0	4	P19447	1
Monosaccharide metabolic process	0.2647374380747088	0.1064242499954957	0.915245753619786	1.0	1.0	66	P10253,Q09472,Q9UBX3,P16278,P04066,O43826,Q9BRR6,P78417,O75844	9
Regulation of transcription involved in g1 s transition of mitotic cell cycle	0.4801192842942289	0.1057104089303129	0.9158121214970778	1.0	1.0	3	Q00535,O60885	2
Eyelid development in camera type eye	0.4898973169923965	0.10558674128321	0.9159102448644754	1.0	1.0	2	Q13547	1
Response to amphetamine	0.4898973169923966	0.10558674128321	0.9159102448644754	1.0	1.0	2	P00492	1
Negative regulation by host of viral process	0.4781312127236538	0.1036273355355057	0.9174650938262436	1.0	1.0	3	Q9H1E3,Q9P0L0	2
Smooth muscle cell chemotaxis	0.4872474329248246	0.102939953841735	0.9180106275391416	1.0	1.0	2	O94813	1
Regulation of smooth muscle cell chemotaxis	0.4872474329248246	0.102939953841735	0.9180106275391416	1.0	1.0	2	O94813	1
Mannosylation	0.3179216822106418	0.1026110610977398	0.9182716636965732	1.0	1.0	7	Q2TAA5,Q6ZXV5	2
Regulation of chromatin assembly	0.293054509859629	0.102342592430567	0.9184847489008268	1.0	1.0	12	Q9Y6X9,P26358,Q96ST3,Q15047	4
Positive regulation of meiotic cell cycle	0.4865849619079314	0.1022900549359109	0.9185264489134204	1.0	1.0	2	Q8IXJ6	1
Negative regulation of peptide secretion	0.3596287703016128	0.1022262961945287	0.9185770557447812	1.0	1.0	4	Q06124,Q16836,P17858	3
Signal release	0.2792701094428514	0.0997065141542686	0.9205773287699625	1.0	1.0	49	P50897,O00330,Q15042,P17858,P50416,Q06787,P56545,P62820,P22059,Q96TA1,P55809,P16615,P53985,Q12904,P35080,Q9UNH7	16
Stress fiber assembly	0.2699682350285373	0.0987991478179885	0.921297745127048	1.0	1.0	24	P63167,O14786,P42345,Q7Z460,P07737,Q96AC1	6
Udp n acetylglucosamine biosynthetic process	0.3566456745110993	0.0983330781910606	0.921667812854498	1.0	1.0	4	Q06210,Q16222,O95394	3
Positive regulation of fat cell differentiation	0.3118707398445209	0.0977077682748936	0.9221643468851544	1.0	1.0	6	Q86X55	1
Negative regulation of transcription regulatory region dna binding	0.4816164292812342	0.0975643220067734	0.9222782562144352	1.0	1.0	2	Q96ST3	1
Motor neuron axon guidance	0.3185106747314083	0.0973476185479089	0.9224503414108712	1.0	1.0	5	O14786	1
Mononuclear cell migration	0.2731609068919928	0.0963347788413833	0.9232546900061722	1.0	1.0	23	P04062,P05067,Q4KMQ2	3
Macromolecule deacylation	0.2819886499406862	0.0958827309586726	0.9236137100796687	1.0	1.0	35	Q9NUJ1	1
Regulation of b cell proliferation	0.3542426125040463	0.0952840237650891	0.924089232101894	1.0	1.0	4	Q13315	1
Sodium ion export across plasma membrane	0.4697214079010355	0.0952445992081014	0.9241205459333256	1.0	1.0	3	P05026	1
Negative regulation of cell killing	0.4789665452136585	0.0951496629877448	0.924195951620702	1.0	1.0	2	P08238	1
Neuron differentiation	0.3874712474574803	0.0950252583426913	0.9242947644406996	1.0	1.0	211	P00374,Q9BVA1,Q14108,O75503,Q15334,Q9Y4G8,Q13641,Q9HCE1,Q09472,Q12955,Q9NR77,P05067,Q9NQC3,Q9UQB8,P43034,P83731,Q96G23,P35613,Q9BW83,P50897,Q99873,P54802,P09429,O14949,Q13509,Q15648,P04062,Q9Y6M7,Q9NZJ7,P42892,Q96SZ6,P10586,Q96TA1,P50542,Q9H4M9,Q16880,Q16739,O43251	38
Regulation of ire1 mediated unfolded protein response	0.3167281637137689	0.094584245121685	0.9246450642982148	1.0	1.0	5	Q92905,P57088	2
Microtubule organizing center localization	0.2901932339364169	0.093881969603713	0.9252029167424164	1.0	1.0	12	P33176,P43034,Q13257	3
Nadph regeneration	0.3050116163292481	0.0938772202768527	0.9252066894949597	1.0	1.0	8	P52209,P04637,P18669,P11413,P29401,O95336,Q13423	7
Biological process involved in intraspecies interaction between organisms	0.3528969216768729	0.0936103443895227	0.9254186920665872	1.0	1.0	4	Q15334	1
Retrograde transport endosome to golgi	0.2801854137474125	0.0932816951259629	0.92567977384291	1.0	1.0	33	P40616,O60749,Q92538,P14373,Q9UBQ0,O75503,P49257,Q9UNH7,O15260	9
Positive regulation of mitotic nuclear division	0.2897593235062552	0.0931000716254556	0.9258240605355594	1.0	1.0	10	P30260,Q13042,Q8WWQ0	3
Protein localization to microtubule end	0.4756541901291953	0.092232869229562	0.9265130234693066	1.0	1.0	2	Q15555	1
Serine phosphorylation of stat protein	0.4743292480954114	0.0910973314086986	0.9274152530551508	1.0	1.0	2	Q00535	1
Skeletal muscle organ development	0.275115526915471	0.0904426872101691	0.927935436179631	1.0	1.0	22	P60660,Q96TA1,Q09472	3
Protein localization to cell periphery	0.2723059744000394	0.0903812822352006	0.92798423042295	1.0	1.0	75	P33176,P35613,Q15436,Q12955,O75915,Q13356,Q15334,Q9Y4G8,Q13641,Q9H4M9	10
Modulation by host of symbiont catalytic activity	0.4730043060616192	0.0899794160786295	0.9283035720568288	1.0	1.0	2	Q9H1E3	1
Mitochondrial fragmentation involved in apoptotic process	0.3136604774535788	0.0899502314880492	0.9283267639471556	1.0	1.0	5	Q9Y3D6,Q9NT62,Q8N163,O00429	4
Regulation of cellular protein catabolic process	0.2732906649792665	0.0899335307777032	0.9283400353974098	1.0	1.0	76	P62191,P78559,P07900,Q06787,Q93009,Q96HY6,P62829,O00487,O15372,Q6ZXV5,O94966,P46379,O75150,Q96KB5,Q9UII2,P35241,Q04323,P63244,O00560,Q86UE8,P04062,Q9UL46	22
Dendritic spine development	0.2747974625660151	0.0890537463607359	0.929039196335658	1.0	1.0	22	P43034,Q15334,Q9UQB8	3
Negative regulation of dna biosynthetic process	0.2878716816540117	0.0885111751915919	0.9294704026817152	1.0	1.0	13	Q96TA1,Q15554	2
Regulation of phosphatase activity	0.2869665397245121	0.0884046470464625	0.929555067950654	1.0	1.0	14	Q8IV63,Q8NFC6,P42858	3
Regulation of apoptotic signaling pathway	0.2823125437539386	0.0882799649543414	0.92965416242683	1.0	1.0	85	Q9H300,O14786,Q86WB0,P45880,Q15233,P16989,Q96K76,P09601,Q8IWB1,Q8WUK0,P48507,P31689,P63241,P26583,P42858	15
5 phosphoribose 1 diphosphate metabolic process	0.4615639496355142	0.0877615108824582	0.9300662295498452	1.0	1.0	3	Q14558,O60256	2
Striated muscle cell proliferation	0.3116328485720534	0.0869714408074555	0.9306942130013768	1.0	1.0	5	Q12948,P06493	2
Cardiac muscle cell proliferation	0.3116328485720534	0.0869714408074555	0.9306942130013768	1.0	1.0	5	Q12948,P06493	2
Regulation of protein targeting	0.2742744418780998	0.0867777350981332	0.9308481856674828	1.0	1.0	22	O14737,Q12955,P55786,P49257,Q9H300,Q9UBE0	6
Citrulline metabolic process	0.3470334769638662	0.086597901453219	0.9309911340331404	1.0	1.0	4	P27708,Q05682,P23634	3
Citrulline biosynthetic process	0.3470334769638662	0.086597901453219	0.9309911340331404	1.0	1.0	4	P27708,Q05682,P23634	3
Establishment of tissue polarity	0.2870153249437276	0.0860422502849344	0.9314328308707648	1.0	1.0	10	P43034,Q13308,Q8TAA9,P63000	4
Cell activation	0.3064569028473779	0.0859307503052975	0.931521466704162	1.0	1.0	110	Q96J02,P24390,P02786,P09601,Q13315,Q00534,Q09472,O96005,Q9BY67,P05067,P46379,Q9UQ84,P49366,P42345,P52701,P09429,P04062,P78318,Q9NQT5,Q9BWH2,P48507	21
Cellular response to sterol depletion	0.3453762015246833	0.0846976496348776	0.9325017645743624	1.0	1.0	4	O75477,P05198,Q9BY44	3
Positive regulation of potassium ion transmembrane transporter activity	0.4575878064943612	0.0843390881417503	0.9327868352513552	1.0	1.0	3	P50570,P05026	2
Cell chemotaxis	0.2791839691033508	0.0840457219995628	0.9330200794398752	1.0	1.0	34	Q13641,P35613,Q4KMQ2	3
Negative regulation of intracellular transport	0.2830704730443457	0.0829182569078202	0.9339165371176192	1.0	1.0	17	Q9GZP9	1
Dendrite extension	0.343536627263276	0.0826301087821376	0.934145659787038	1.0	1.0	4	Q9Y263	1
Mitochondrial fusion	0.2856873776885181	0.081947852273996	0.9346881817605204	1.0	1.0	13	Q9Y6C9,Q9NX63,Q9H300	3
Fatty acid derivative catabolic process	0.34257064533223	0.0815619024918477	0.9349950977235768	1.0	1.0	4	O00154	1
Response to growth factor	0.2903873663451602	0.0805804205518901	0.9357756376971328	1.0	1.0	94	Q9UPN9,Q9Y4G8,Q92896,Q96AC1,Q9UNH7,O14737,O14786,Q09472,P46821,P05067,Q9UQB8,Q53EL6,Q12948,Q6IBS0,O00560,Q9Y4E8,Q15648,Q9Y3F4,Q96TA1,Q15286,Q9H4M9,P48507	22
Bile acid biosynthetic process	0.3020238992389675	0.0804774685844873	0.9358575155661708	1.0	1.0	6	P22059	1
L aspartate transmembrane transport	0.3410672853828211	0.0799232625964828	0.9362982881336704	1.0	1.0	4	Q9H936,Q9UJS0,O75746	3
Positive regulation of toll like receptor 3 signaling pathway	0.4594236502153125	0.0795050000619114	0.9366309547303469	1.0	1.0	2	O75955	1
Regulation of synaptic transmission dopaminergic	0.4594236502153125	0.0795050000619114	0.9366309547303469	1.0	1.0	2	O75955	1
Cell adhesion molecule production	0.4594236502153125	0.0795050000619114	0.9366309547303469	1.0	1.0	2	O75955	1
Positive regulation of heterotypic cell cell adhesion	0.4594236502153125	0.0795050000619114	0.9366309547303469	1.0	1.0	2	O75955	1
Positive regulation of cell adhesion molecule production	0.4594236502153125	0.0795050000619114	0.9366309547303469	1.0	1.0	2	O75955	1
Secretory granule organization	0.3406553533773314	0.0794793036772266	0.936651392802724	1.0	1.0	4	P43034	1
Negative regulation of protein modification by small protein conjugation or removal	0.2773678845818064	0.0784278533967986	0.9374877179565052	1.0	1.0	33	Q9Y263,Q96FW1,O43684,O60678,P62841,P31689,Q13257,Q6DKJ4	8
Regulation of cysteine type endopeptidase activity involved in execution phase of apoptosis	0.4577674726730867	0.0783461373917351	0.9375527178914888	1.0	1.0	2	P23396	1
Pentose phosphate shunt	0.3049104180491087	0.0776652749615226	0.9380943172067812	1.0	1.0	7	P52209,P04637,P18669,P11413,P29401,O95336	6
Primary mirna processing	0.3384156446801392	0.0771031846361134	0.938541459571454	1.0	1.0	4	P22626,Q6ZN17,O00571	3
Nuclear migration	0.2841645126897608	0.0767364141366516	0.9388332356414232	1.0	1.0	12	P43034,O94901,Q15154	3
Positive regulation of membrane potential	0.3042408178499489	0.0766730100460064	0.9388836761816506	1.0	1.0	5	Q12955	1
Positive regulation of type i interferon mediated signaling pathway	0.4469847581179529	0.075908848077008	0.9394916174251052	1.0	1.0	3	P61086,Q9NZI8	2
Nuclear transcribed mrna poly a tail shortening	0.3035832780358353	0.0752968049694626	0.939978563532899	1.0	1.0	7	P11940,Q9HBH5,P62487,A5YKK6,Q9NZN8,Q5PRF9	6
Negative regulation of organ growth	0.4430086149768002	0.0730004706250117	0.941805743006956	1.0	1.0	3	Q13043,O94826	2
Negative regulation of translational initiation	0.3019243530192481	0.072381881503354	0.9422980034354376	1.0	1.0	7	Q6PKG0,P40429,Q06787,P05198,P60228,Q9BWF3	6
Nadh oxidation	0.4416832339297488	0.0720607914346518	0.9425535289724944	1.0	1.0	3	Q16822,Q8N335	2
Positive regulation of focal adhesion assembly	0.2941308654338245	0.0715412935364345	0.9429669612432704	1.0	1.0	8	Q96AC1,O14786	2
Positive regulation of fatty acid transport	0.4455117588605641	0.0705220850497206	0.9437781229820056	1.0	1.0	2	P14174	1
Amino acid import across plasma membrane	0.2992407845115409	0.0701994621330232	0.9440349024266717	1.0	1.0	5	O75915	1
Cellular response to lipid	0.2890848099890649	0.0697693348095279	0.9443772549573708	1.0	1.0	94	Q86UE4,P11802,Q13315,Q8WTV0,Q9NZN8,O15173,P62826,Q09472,Q15120,O15118,Q53EL6,P26583,Q6IBS0,Q86X55,Q15185,Q9NUQ7,P09429,Q9H7B4,Q15648,O43251,Q9Y263	21
Neutrophil activation involved in immune response	0.4377070907885954	0.0693294878777707	0.9447273542694532	1.0	1.0	3	P51809,O00186	2
Neutrophil degranulation	0.4377070907885954	0.0693294878777707	0.9447273542694532	1.0	1.0	3	P51809,O00186	2
Regulation of wnt signaling pathway	0.2786775463123673	0.0688822143752735	0.945083375761391	1.0	1.0	40	Q13641,Q96K76,P05067	3
Signal transduction by p53 class mediator	0.2786429305610052	0.0686855704943745	0.945239904153931	1.0	1.0	40	P46379,Q09472,P42345,Q13315,P62841,P63241,O75844	7
Tolerance induction	0.4361139855450701	0.0682715626342473	0.9455694610268236	1.0	1.0	3	P09429	1
L glutamate import across plasma membrane	0.4333505015149893	0.066484990178277	0.946991707370804	1.0	1.0	3	O75915	1
Negative regulation of tumor necrosis factor superfamily cytokine production	0.4333499705855559	0.0664846528002389	0.9469919759652504	1.0	1.0	3	Q9UPY3	1
Negative regulation of antigen receptor mediated signaling pathway	0.4382245776747356	0.0664646621621172	0.9470078909846128	1.0	1.0	2	P15311	1
Negative regulation of t cell receptor signaling pathway	0.4382245776747356	0.0664646621621172	0.9470078909846128	1.0	1.0	2	P15311	1
Response to virus	0.2692042867220425	0.0646418168005705	0.9484591893230834	1.0	1.0	75	Q96J02,Q92538,Q9NQT4,P07900,Q00534,Q9Y3Z3,Q9HCE1,P19474,P62244,P63241,O43657,O75844,Q7Z7L1,Q9H2U1,Q9BUJ2,O15111,Q9Y4E8,Q9NUD5,P14373,O14802,Q92890	21
Bergmann glial cell differentiation	0.2932438379037604	0.0629481403354113	0.949807800382532	1.0	1.0	5	P08670	1
Adaptive immune response	0.2768709737800688	0.0628206845286736	0.9499092945275948	1.0	1.0	37	Q9NZ08,Q9UQ84,Q96FW1,P42345,Q9BY67,P02786,Q9NQT5,P52701,P09429,P15151	10
Positive regulation of defense response to virus by host	0.2895522388059655	0.0611419034296943	0.9512461974456936	1.0	1.0	6	O60828,Q7Z434,Q96ST3,P07900,O94826	5
Positive regulation of sodium ion transmembrane transporter activity	0.2884602619755879	0.0608491258244386	0.9514793660258124	1.0	1.0	8	Q12955	1
Thioester metabolic process	0.2768269066974228	0.0606353639016163	0.9516496090075404	1.0	1.0	38	Q9NZ01	1
Regulation of protein folding	0.3178654292343334	0.0581675482836939	0.9536151696564704	1.0	1.0	4	Q9H2J4,O14737,Q9UL15	3
Ire1 mediated unfolded protein response	0.2873890063347947	0.0580663713488502	0.9536957609538508	1.0	1.0	6	Q92905,P57088	2
Negative regulation of cell size	0.4160147362873507	0.0566163272710335	0.9548508281252384	1.0	1.0	3	P42345	1
Negative regulation of peptidyl serine phosphorylation	0.3155452436194847	0.056339778081822	0.955071130815072	1.0	1.0	4	P63244,Q13610,Q8N335	3
Positive regulation of mitotic cell cycle spindle assembly checkpoint	0.4142593990315701	0.0557392025526096	0.9555495689107756	1.0	1.0	3	Q13257	1
Respiratory burst	0.3142194232681403	0.0553221957191004	0.9558817796153144	1.0	1.0	4	P18669,P63000,P39019	3
Nucleotide sugar metabolic process	0.2760818917667748	0.0545961291314827	0.9564602226666185	1.0	1.0	13	Q9Y223	1
Regulation of lipophagy	0.4096918931861254	0.0535557790778512	0.9572890890992672	1.0	1.0	3	P42858	1
Positive regulation of immune response	0.2583275915945555	0.0531280283474646	0.9576298995912058	1.0	1.0	66	Q9NR50,P46379,Q15233,Q09472,Q15648,P02786,Q9BY67,Q9NQT5,Q8WXF1,P07900,P43246,Q9NUD5,P61088,Q07666,P09429,P26583,P49770,P15151	18
Negative regulation of viral entry into host cell	0.4078860172299475	0.0527310470199867	0.9579462014852274	1.0	1.0	3	O60493,Q14258	2
Negative regulation of viral life cycle	0.4078860172299475	0.0527310470199867	0.9579462014852274	1.0	1.0	3	O60493,Q14258	2
Cell proliferation in forebrain	0.310410759202436	0.0525057856031226	0.9581256854510212	1.0	1.0	4	Q15058	1
Regulation of defense response to virus by host	0.2896483078964871	0.0523772185106756	0.9582281261904416	1.0	1.0	7	O60828,Q7Z434,Q96ST3,P07900,Q08211,O94826	6
Regulation of stem cell proliferation	0.2831926324433531	0.0523305984519713	0.9582652726726164	1.0	1.0	6	Q96AC1	1
Nuclear ncrna surveillance	0.2831860295583405	0.0523218111312774	0.9582722743481598	1.0	1.0	6	Q15024	1
Dna replication synthesis of rna primer	0.4066792332357355	0.0521918287797709	0.958375843750566	1.0	1.0	3	P09884	1
Positive regulation of endothelial cell chemotaxis	0.4021199072540687	0.0519190831726558	0.9585931686090292	1.0	1.0	2	Q9NWH9	1
Regulation of endothelial cell chemotaxis	0.4021199072540687	0.0519190831726558	0.9585931686090292	1.0	1.0	2	Q9NWH9	1
N terminal peptidyl methionine acetylation	0.4017886717456238	0.0518224501761269	0.9586701669303525	1.0	1.0	2	Q14CX7	1
Regulation of canonical wnt signaling pathway	0.2701279904760567	0.051676359570496	0.9587865743949112	1.0	1.0	31	Q13641	1
Negative regulation of dna replication	0.276343264649575	0.0515597911283529	0.9588794587309536	1.0	1.0	9	Q9UNS1	1
Positive regulation of sodium ion transmembrane transport	0.2761919342825893	0.0512652970271476	0.9591141206866038	1.0	1.0	9	Q12955	1
Protein deubiquitination involved in ubiquitin dependent protein catabolic process	0.398145081152718	0.0507971781680138	0.9594871394717968	1.0	1.0	2	Q93008	1
Regulation of macrophage migration	0.3078460248394679	0.0506968390659623	0.9595670954721234	1.0	1.0	4	P27361,P14174	2
Regulation of macrophage chemotaxis	0.3078460248394679	0.0506968390659623	0.9595670954721234	1.0	1.0	4	P27361,P14174	2
Positive regulation of protein kinase activity	0.2733999871091124	0.0504118586392017	0.959794186575349	1.0	1.0	47	Q9Y5X1	1
Membrane organization	0.3751556037665938	0.0501295137307053	0.9600191807421314	1.0	1.0	200	P08183,O00443,P45880,Q9NX63,Q86XL3,Q9Y5X1,Q15334,Q8WUX9,Q9NS69,Q7Z3C6,Q8N4V1,Q12955,O15118,Q9NQC3,Q9UQB8,P43034,Q9Y5P4,O75844,P46379,Q15629,P50897,Q13505,Q9Y512,Q4KMQ2,Q96CP7,Q9NZJ7,Q96GC9,O43760,P50542,Q15392,Q16739	31
Aldehyde biosynthetic process	0.4016892769466998	0.0500611646397224	0.960073647040906	1.0	1.0	3	O00764	1
Positive regulation of t cell receptor signaling pathway	0.3948327260682456	0.0499232600018266	0.9601835416109972	1.0	1.0	2	P23396	1
Positive regulation of antigen receptor mediated signaling pathway	0.3948327260682456	0.0499232600018266	0.9601835416109972	1.0	1.0	2	P23396	1
B cell lineage commitment	0.3945014905597998	0.0498388196655767	0.9602508314869064	1.0	1.0	2	P78527	1
Glycolytic fermentation	0.394501490559798	0.0498388196655761	0.9602508314869068	1.0	1.0	2	O75746	1
Fermentation	0.394501490559798	0.0498388196655761	0.9602508314869068	1.0	1.0	2	O75746	1
T cell proliferation involved in immune response	0.394501490559797	0.0498388196655758	0.9602508314869072	1.0	1.0	2	P62753	1
Regulation of transcription from rna polymerase ii promoter in response to hypoxia	0.3945014905597961	0.0498388196655758	0.9602508314869072	1.0	1.0	2	Q8IXJ6	1
Cellular response to radiation	0.2752662093822597	0.0497757937609986	0.960301056546084	1.0	1.0	40	P29692,Q09472,Q86UE8,Q96KB5,P28340,Q96K76,Q9H2U1,P61254,O14757,Q13315,P12004,O75844	12
Adenylate cyclase inhibiting dopamine receptor signaling pathway	0.3938390195429085	0.0496715187596841	0.9603841531703592	1.0	1.0	2	O14744	1
Skeletal system development	0.2716536813302787	0.0493937183814523	0.9606055340589544	1.0	1.0	49	Q15648,Q09472,P16435,O95470,P43034,O43252,O75844,Q7Z3C6	8
Positive regulation of intracellular signal transduction	0.3193518709401361	0.0486003997230325	0.9612377514102706	1.0	1.0	129	Q86UE4,P02786,P09601,P07900,Q13315,P63000,Q9Y4G8,P61088,Q96AC1,Q13641,Q13257,P18615,P29692,O14786,Q09472,P19474,P05067,Q9NQC3,Q53EL6,P29372,O43657,P63241,Q99873,Q9Y4R8,Q8TB61,Q9H2U1,O15111,P62841,P09429,O00560,Q9Y4E8,Q9NUD5,O75915,P61254,P14373	35
Protein stabilization	0.2608349668127311	0.047708392416248	0.9619486455399826	1.0	1.0	69	P07900,Q9UBV2,Q93009,P35080,P62829,Q09472,O95785,P07737,Q9NQC3,Q32P28,O94966,P46379,Q14149,Q9Y4R8,Q969V3,Q9UHD1,P78371,Q15185,O75718,Q99832,P05026	21
Regulation of cell matrix adhesion	0.2620702176783505	0.0477018072049212	0.9619538938030938	1.0	1.0	23	P63167,O14786,Q7Z460,P63000,Q00534,Q96AC1,Q9P258	7
Positive regulation of rna polymerase ii transcription preinitiation complex assembly	0.3946322067594391	0.0473091892706372	0.962266804305976	1.0	1.0	3	Q86VP6,P62333	2
Negative regulation of helicase activity	0.3946322067594365	0.0473091892706361	0.9622668043059768	1.0	1.0	3	P33993,P49736	2
Dna damage response signal transduction resulting in transcription	0.3946322067594365	0.0473091892706361	0.9622668043059768	1.0	1.0	3	O96017,P61254	2
Cellular response to epinephrine stimulus	0.3943008614976743	0.0471872131881178	0.9623640185681674	1.0	1.0	3	P23634,Q8IXJ6	2
Response to epinephrine	0.3943008614976743	0.0471872131881178	0.9623640185681674	1.0	1.0	3	P23634,Q8IXJ6	2
Positive regulation of fatty acid metabolic process	0.3929754804506248	0.0467056155127731	0.962747854700136	1.0	1.0	3	Q92604,P50416	2
Golgi to endosome transport	0.2776772699466554	0.046634677913942	0.9628043931082448	1.0	1.0	5	Q7Z3U7,Q92538	2
Endocrine pancreas development	0.3010276075175269	0.046219228934182	0.9631355163784344	1.0	1.0	4	Q00534	1
Regulation of organelle transport along microtubule	0.3749585955614599	0.0457132944472051	0.9635387674509308	1.0	1.0	2	P27695	1
Regulation of protein catabolic process	0.3015486271192371	0.0453626776078153	0.9638182293009744	1.0	1.0	110	P46379,Q86UE8,P04062,Q9Y5X1,Q16850,P10619,Q6ZXV5	7
Negative regulation of intracellular estrogen receptor signaling pathway	0.275970367107313	0.0450572724018515	0.9640616584939354	1.0	1.0	5	Q9NZN8	1
Succinate metabolic process	0.2976466688763609	0.0441715710294977	0.9647676429594232	1.0	1.0	4	P21912,Q9P2R7,P31040	3
Regulation of mitochondrial mrna stability	0.3848528435072437	0.043967390786246	0.964930397102124	1.0	1.0	3	Q969Z0	1
Negative regulation of protein kinase b signaling	0.3607154686982564	0.0436070154687047	0.9652176594836546	1.0	1.0	2	P63244	1
Release of cytochrome c from mitochondria	0.2717188523134479	0.0428836559526648	0.9657942774250508	1.0	1.0	14	Q96A26,O75223,Q9H300	3
Ribonucleoprotein complex disassembly	0.2732369335078479	0.0426146952026594	0.9660086810543028	1.0	1.0	5	P33176	1
Cdp diacylglycerol metabolic process	0.2732095490716157	0.0425907393688923	0.9660277777062098	1.0	1.0	5	Q99943,O96017,Q86UL3,Q96BW9	4
Establishment or maintenance of monopolar cell polarity	0.2698628151779181	0.0424729804727159	0.9661216507666386	1.0	1.0	11	Q8NI35,Q9P1Y5,Q92538,P46821	4
Peptidyl lysine acetylation	0.2738571922332942	0.0416070619708162	0.9668119434800356	1.0	1.0	41	P46379,O14929,P16435,P49711,O75844	5
Convergent extension	0.3401788671745714	0.0415652570488006	0.9668452701516947	1.0	1.0	2	Q13308	1
Mammalian oogenesis stage	0.337528983107001	0.0413697843264965	0.9670011007813282	1.0	1.0	2	P62753	1
Regulation of integrin activation	0.3748473493512998	0.0410650616961862	0.967244027823319	1.0	1.0	3	Q96AC1	1
Negative regulation of nuclear transcribed mrna catabolic process nonsense mediated decay	0.3747514910536721	0.0410396026502967	0.967264324093168	1.0	1.0	3	Q99729,A2RRP1	2
Positive regulation of gastrulation	0.3309042729380695	0.0409367306573969	0.9673463351485544	1.0	1.0	2	P63244	1
Establishment of epithelial cell apical basal polarity	0.2734839772266514	0.040202361794992	0.9679317947138946	1.0	1.0	6	Q9P1Y5,Q13308,P26038	3
Regulation of lipopolysaccharide mediated signaling pathway	0.314011262007299	0.0401322103838915	0.9679877223064228	1.0	1.0	2	P14174	1
Regulation of dopamine receptor signaling pathway	0.3133487909904056	0.040107969056477	0.968007048527088	1.0	1.0	2	O14744	1
Positive regulation of dopamine receptor signaling pathway	0.3133487909904056	0.040107969056477	0.968007048527088	1.0	1.0	2	O14744	1
Mitotic nuclear membrane disassembly	0.3100364359059406	0.0399937533293353	0.9680981064313372	1.0	1.0	2	P53350	1
Glutamate homeostasis	0.2633322292149853	0.0392133726251453	0.9687202720242314	1.0	1.0	2	Q9UPY5	1
Enteroendocrine cell differentiation	0.3656163436349917	0.0388028482297854	0.9690475739873918	1.0	1.0	3	Q00534	1
Positive regulation of rna binding	0.2719734660033128	0.0384555963862868	0.9693244342258078	1.0	1.0	6	Q09161,Q06787,O15371,P60228,P50750	5
Negative regulation of erad pathway	0.3621603711066897	0.038049430820744	0.969648270443318	1.0	1.0	3	O43765,Q04323	2
Copii coated vesicle cargo loading	0.2690958077032976	0.0380219342892897	0.969670193637217	1.0	1.0	9	Q9NR31,Q15436	2
Negative regulation of hydrolase activity	0.2654146479396753	0.037764376953472	0.9698755471728115	1.0	1.0	53	Q8NFC6,Q96K76,Q4VCS5,Q8NDZ2,P30086,P16435,P05067,Q15392,O00170,Q9P258	10
Dephosphorylation	0.2761243003349028	0.0376033821147224	0.9700039112931902	1.0	1.0	85	P63167,Q96T60,Q9Y217,Q8NFC6,P04062,Q13362,Q86XL3,Q9NPH0,P10586,Q8IV63,Q8WUK0,P11117,Q6PIU2,P42858	14
Protein localization to membrane raft	0.2843884653629407	0.0371715067407951	0.9703482572324488	1.0	1.0	4	O75955,P41440,P05026	3
Nuclear transcribed mrna catabolic process exonucleolytic 3 5	0.2655821299085188	0.0371606189415815	0.970356938441524	1.0	1.0	10	Q9NQT5,Q9NQT4,Q15024	3
Proton transporting two sector atpase complex assembly	0.3571901921802473	0.0370486974061656	0.9704461774553002	1.0	1.0	3	Q9BUB7,Q92544	2
Mitotic intra s dna damage checkpoint signaling	0.2837255551872693	0.0368622279861116	0.97059485696547	1.0	1.0	4	P43246,O96017,P49959	3
Posttranslational protein targeting to membrane translocation	0.3555334658714327	0.0367358659388148	0.9706956110498404	1.0	1.0	3	P61619,Q9UGP8	2
Negative regulation of cell junction assembly	0.2782387881388968	0.0362131148290994	0.9711124287277322	1.0	1.0	7	Q9P258	1
Epigenetic maintenance of chromatin in transcription competent conformation	0.2695644444187307	0.0357461710459229	0.9714847548871328	1.0	1.0	6	Q09472	1
Lens fiber cell differentiation	0.3433943504151276	0.0347338308436802	0.9722919840828044	1.0	1.0	3	P08670	1
Positive regulation of mitochondrial membrane potential	0.3426110006626863	0.0346209763990169	0.972381974777592	1.0	1.0	3	Q8IWA4,Q9UJZ1	2
Negative regulation of smoothened signaling pathway	0.3426110006626859	0.0346209763990169	0.972381974777592	1.0	1.0	3	P63244,P17612	2
Regulation of ubiquitin specific protease activity	0.3426110006626852	0.0346209763990166	0.9723819747775924	1.0	1.0	3	Q99497,Q04323	2
Uv damage excision repair	0.3412856196156356	0.0344342299615135	0.9725308880862832	1.0	1.0	3	P09884,Q13620	2
Regulation of dna demethylation	0.3402915838303455	0.0342975770705596	0.9726398569521272	1.0	1.0	3	Q93008,Q93009	2
Embryonic placenta morphogenesis	0.3402915838303464	0.0342975770705596	0.9726398569521272	1.0	1.0	3	Q9BYW2,P62993	2
Positive regulation of actin filament depolymerization	0.3347594248749507	0.0335882660812616	0.9732054793006228	1.0	1.0	3	Q9Y281	1
Insulin like growth factor receptor signaling pathway	0.2757706330792122	0.0334309373432269	0.9733309390128226	1.0	1.0	4	Q6Y7W6,P11717,Q8WWQ0	3
Chromatin remodeling at centromere	0.3326706428098035	0.0333420156634484	0.9734018487172078	1.0	1.0	3	Q9NRZ9,Q7Z7K6	2
Establishment of planar polarity of embryonic epithelium	0.3303581284138772	0.0330824468003878	0.9736088405120528	1.0	1.0	3	P43034	1
Late endosome to golgi transport	0.326375082836311	0.0326660669132677	0.9739408841219848	1.0	1.0	3	O60493,Q9UMY4	2
Positive regulation of vascular associated smooth muscle cell proliferation	0.2737819025521991	0.0326507283156821	0.9739531160273456	1.0	1.0	4	P08754,P26358,O95140	3
Regulation of cyclase activity	0.2737819025521987	0.0326507283156818	0.9739531160273458	1.0	1.0	4	P08754,Q01518,P27361	3
Rna splicing via endonucleolytic cleavage and ligation	0.3220675944333951	0.0322569172224737	0.9742671663860388	1.0	1.0	3	Q92499,Q9Y3I0	2
Interleukin 1 mediated signaling pathway	0.3190854870775299	0.0319970975918455	0.9744743655000077	1.0	1.0	3	P27361,Q9NZI8	2
Histone serine phosphorylation	0.3101391650099345	0.0313219125449678	0.975012815296096	1.0	1.0	3	Q13043,P54646	2
Histone threonine phosphorylation	0.3101391650099351	0.0313219125449678	0.975012815296096	1.0	1.0	3	Q9Y4B6,O14757	2
Specification of symmetry	0.2700863701273436	0.0312790232159038	0.9750470192703256	1.0	1.0	4	Q8NCM8	1
Deadenylation dependent decapping of nuclear transcribed mrna	0.3071570576540703	0.0311284819094308	0.9751670753924078	1.0	1.0	3	Q8IU60,Q86TB9	2
Negative regulation of mitotic cell cycle phase transition	0.2712459511508089	0.030980421041405	0.9752851539230024	1.0	1.0	38	Q7Z7L1,Q6NUQ1,Q96K76,P49454,P61254,O14757,Q68E01,Q9NWV8,O43684,Q13315,P06493,P53350,P14635,Q969U7,Q9Y619,Q13257,P15927	17
Negative regulation of histone acetylation	0.2977617216467746	0.0306088907254328	0.9755814516997756	1.0	1.0	3	Q13363	1
Regulation of deoxyribonuclease activity	0.2574946031162882	0.0304518179425795	0.9757067192532992	1.0	1.0	5	P09429,P12004	2
Apical protein localization	0.2849569251159647	0.0300852936066244	0.97599902942464	1.0	1.0	3	P35241,P18085	2
Regulation of stress granule assembly	0.2770046388336585	0.0298456854590953	0.976190123251983	1.0	1.0	3	Q9UN86,P54646	2
Amino acid homeostasis	0.2634194831013861	0.0295514604810067	0.9764247773126796	1.0	1.0	3	P29144,Q9UPY5	2
Mrna pseudouridine synthesis	0.2620941020543345	0.0295291288331341	0.9764425876171444	1.0	1.0	3	Q96PZ0,Q9Y606	2
Pyrimidine nucleoside triphosphate metabolic process	0.2666654599122361	0.0292411559364463	0.9766722575646792	1.0	1.0	14	P17812,O75414,Q9NRF8	3
Anion homeostasis	0.2635067948292953	0.0290756802941054	0.9768042319096402	1.0	1.0	4	P55011,Q9UPY5,P12277	3
Positive regulation of nuclear division	0.2628071140002044	0.0272055829223617	0.9782957628275132	1.0	1.0	11	P30260,Q13042,Q8WWQ0	3
Microtubule anchoring	0.261934154479659	0.0257704924149548	0.979440397670958	1.0	1.0	9	Q7Z460,Q9P1Y5	2
Regulation of golgi to plasma membrane protein transport	0.2485913158766897	0.0250932210382592	0.9799806073091092	1.0	1.0	4	P63244,O75608,P41240	3
Hematopoietic stem cell homeostasis	0.2463535454431225	0.023648620363767	0.9811328895385548	1.0	1.0	5	Q9NVX2	1
Focal adhesion assembly	0.2608178563390185	0.0236283361614294	0.9811490694693044	1.0	1.0	21	P63167,O14786,Q7Z460,P63000,Q96AC1,Q9P258	6
Animal organ morphogenesis	0.2783379054846029	0.0231908980197067	0.9814979989845484	1.0	1.0	89	P35613,P10253,Q15648,Q09472,P43034,P04062,Q12948,P53701,P54802,P16435,O95470,Q9NQC3,Q8TAA9,Q53EL6,Q9Y5P4,O75844,Q7Z3C6	17
Rna secondary structure unwinding	0.2363274776267769	0.0227089824280529	0.9818824107428992	1.0	1.0	4	Q08211,Q9H2U1,O00571	3
Positive regulation of chromosome separation	0.2590495900626073	0.0211478312239158	0.9831277296144124	1.0	1.0	9	P30260,Q13042	2
Positive regulation of cell matrix adhesion	0.2597514328345077	0.0209820871776065	0.9832599448924936	1.0	1.0	11	Q96AC1,O14786,Q00534	3
Positive regulation of proteolysis	0.2699103648076513	0.0206839405181373	0.9834977798905432	1.0	1.0	81	P46379,P09429,P04062,Q9NZJ7,O75915,Q9Y5X1,P05067,Q6ZXV5,Q96A26	9
Sensory organ development	0.259993108026016	0.020168519773697	0.9839089403569306	1.0	1.0	55	Q15648,Q9Y6M7,P42892,Q15042,P54802,P43034,P83731,Q12948	8
Regulation of neurotransmitter levels	0.2591383723731476	0.0194788922889739	0.984459075362336	1.0	1.0	28	Q15042,P50897	2
Positive regulation of stem cell proliferation	0.2074908849850806	0.0193976635187812	0.9845238743007608	1.0	1.0	4	Q96AC1,Q00839,O60341	3
Regulation of leukocyte proliferation	0.2631197482898963	0.0189183149544822	0.984906268934484	1.0	1.0	18	Q96J02,Q13315,P49366,P09429	4
Carbohydrate derivative biosynthetic process	0.3377842198224947	0.0182289159823363	0.9854562348481232	1.0	1.0	155	Q9Y5P6,Q9NZ01,P00846,O75964,Q13126,Q86YN1,Q8NBX0,O15118,P00403,Q6ZXV5,O43252,Q2TAA5,Q99805,O60502,P50897,Q8TB61,O75414,O00154,Q16880,P30085,Q9NRF8,Q8NCH0,Q16739,Q9Y223,Q7LGA3	25
Positive regulation of telomere maintenance	0.2570665748140223	0.0174442698087235	0.9860821923194456	1.0	1.0	27	Q96T60,P22626,P78371,Q13315,Q15554	5
Primary alcohol metabolic process	0.262790027490265	0.0169617616647276	0.9864671211514128	1.0	1.0	17	Q9BTZ2,P51648,Q9BY49,Q9HBH5,P14550,Q6NUM9	6
Regulation of mitochondrial gene expression	0.2596259618848688	0.016702129449064	0.9866742483440604	1.0	1.0	12	Q567V2,Q96SZ6	2
Glandular epithelial cell differentiation	0.2280157522560011	0.0152429256901801	0.987838375884538	1.0	1.0	5	Q00534	1
Cardiac septum morphogenesis	0.2264588859416451	0.0146702256589209	0.9882952732845682	1.0	1.0	5	O96028,O94813,O14786,P04637	4
Regulation of histone phosphorylation	0.2587543427486116	0.013749114848307	0.9890301391593024	1.0	1.0	7	Q13315,P27361,Q06787	3
Nuclear transcribed mrna catabolic process deadenylation dependent decay	0.2586898395721902	0.0110765197069941	0.9911623966519418	1.0	1.0	29	Q9NQT4,Q8IU60,O60506,Q86TB9,Q9NZN8,Q5PRF9,Q06265,O75534,Q15024,Q9H074,Q9NZI8,Q9NPI6,Q13868,P67809,Q9Y2L1,Q08211,Q96B26,O95453,Q6L8Q7,O15514,Q9H2U1,Q14103,P11940,Q9HBH5,P62487,A5YKK6,Q9NQT5,Q00839	28
Cellular component maintenance	0.2583005064040196	0.010586233314749	0.991553565644373	1.0	1.0	13	P56545,Q15334,Q9P1Y5,Q96AC1	4
Regulation of signal transduction by p53 class mediator	0.261122182584556	0.0098964261202827	0.9921039232810158	1.0	1.0	31	Q09472,P42345,P61254,O14757,Q13315,O43324,P62841,Q93009,O14744,P63241,O75844	11
Positive regulation of ubiquitin protein transferase activity	0.2499441118761429	0.0084720408623451	0.993240370260148	1.0	1.0	10	Q96GG9	1
Striated muscle cell development	0.2495379475385162	0.007803797843844	0.9937735333827034	1.0	1.0	10	Q16527	1
U4 snrna 3 end processing	0.2520593502305116	0.0072504552585374	0.9942150243756273	1.0	1.0	8	Q9NQT4,Q15024	2
Stress granule assembly	0.2584752133875821	0.0055308045281503	0.9955870789565762	1.0	1.0	16	P62266,P54646	2
Positive regulation of growth	0.2645200588865845	0.0051725122115601	0.9958729507689597	1.0	1.0	49	Q9BSK2,O14786,Q9UGN5,P16989,Q96K76,Q6PJG6,P46821,Q9GZP9,Q6IBS0,P50542,Q7Z4V5,P43034,O00560,O43598,Q9Y263	15
Cellular defense response	0.1813648544543875	0.0050089005573125	0.996003492290184	1.0	1.0	5	Q08380	1
Ires dependent viral translational initiation	0.2536658450874393	0.0045031546268317	0.9964070145916806	1.0	1.0	12	P41214,Q15366,Q9ULC4,P26599,O00303	5
Protein heterotetramerization	0.2481751824817566	0.0040749709940105	0.9967486525564766	1.0	1.0	7	Q9NSD9,O43809,Q9Y285,Q8N684,Q16630,P31350	6
Response to heat	0.263944998027848	0.0039706800969187	0.9968318639797475	1.0	1.0	35	Q9NR50,Q09472,P42345,O15514,P09601,P07900,Q9H2U1,Q13315,P31689,P49770	10
Pyrimidine ribonucleoside monophosphate metabolic process	0.2303788727335614	0.0036699565255217	0.9970718049225752	1.0	1.0	6	P30085	1
Ump biosynthetic process	0.2303788727335614	0.0036699565255217	0.9970718049225752	1.0	1.0	6	P30085	1
Regulation of secretion	0.2645852260252558	0.0033379810060534	0.9973366814368524	1.0	1.0	78	P09601,Q15042,Q8WUM4,Q06787,Q15334,Q16850,Q15019,P53985,P35080,Q9UNH7,P35580,O00330,Q7Z460,P17858,Q32P28,Q12904,P16615,O00560,P50416,P22059,P55809	21
Actin filament bundle organization	0.2664581572146994	0.0030832717023027	0.9975399090098084	1.0	1.0	40	P63167,O14786,P42345,Q7Z460,Q8N5W9,P07737,P35611,Q9UQB8,Q96AC1	9
Protein heterooligomerization	0.2482575506140094	0.0030750059028474	0.997546504132312	1.0	1.0	8	Q9NSD9,O43809,Q9Y285,Q8N684,P31153,Q16630,P31350	7
Mirna metabolic process	0.2479561921957906	0.0027547544839224	0.997802026708426	1.0	1.0	8	Q9UPY3,Q92945	2
Vesicle cargo loading	0.2527029827521816	0.0026190932544813	0.9979102683180844	1.0	1.0	12	P62820,Q15436,Q9NR31	3
Rab protein signal transduction	0.2278606965174103	0.0022917305883056	0.9981714651466578	1.0	1.0	6	P31150,Q15286,Q9UL25,P51151,P20338	5