msigdb_gobp/result.tsv

Term	es	nes	pval	sidak	fdr	geneset_size	leading_edge	leading_edge_size
Membrane lipid metabolic process	0.7243920351669002	3.534068241371446	0.0004092154090649	0.9228976904907864	0.8482131997067579	30	Q99805,P16278,P04062,P06280,O95470,Q96G23,P07602,Q8NBX0,P17900,P50897,Q13510,Q9P035,P06865,Q06136	14
Organic acid transmembrane transport	0.7114159209520472	3.3928261760611083	0.0006917551970748	0.9868663547731564	0.8482131997067579	29	P33527,O43772,Q9H2H9,Q9Y619,P41440,Q9UBX3,Q9H2D1,P08183,P53985,Q9BQT8,P23786	11
Sphingolipid metabolic process	0.7408645351504178	3.3873777322549103	0.0007056416159443	0.9879607322764192	0.8482131997067579	25	Q99805,P16278,P04062,P06280,O95470,Q96G23,P07602,P17900,P50897,Q13510,Q9P035,P06865,Q06136	13
Anion transmembrane transport	0.703909935486503	3.305816077470099	0.00094700227045	0.9973468043584812	0.8482131997067579	41	P41440,P21796,P45880,Q8TB61,O15439,Q9UHG3,Q9HC21,Q9H2D1,P51790,P12236,P08183,Q9BQT8,Q9Y619,P33527,P04920,Q9Y277,Q9UBX3,P53985,P51798	19
Sterol metabolic process	0.6753634599685161	3.243294882402236	0.0011815585298324	0.999390036739402	0.8482131997067579	32	O75477,P16435,O15118,P04062,Q8WTV0,Q16850,Q9BQE5,Q14534,Q15392,Q14739,P48449,P37268,O94905,Q6P1A2,Q15800,Q9UBM7	16
Inorganic anion transport	0.6831103344722114	3.106187195787989	0.0018951669966684	0.9999930509005154	0.8482131997067579	27	P33527,P04920,O15439,Q9Y277,Q9BXP2,Q9UHG3,Q9UBX3,P21796,P45880,Q9H0H5,P08183,Q9C0H2,P30536,O43681,P51790,P51798	16
Lytic vacuole organization	0.8124550488439848	3.1012437129104864	0.0019270961032196	0.9999943122134684	0.8482131997067579	18	P11117,P10253,P04062,Q14108,P54802,P50897,O14773	7
Carboxylic acid transport	0.6564595978941372	3.0720434687195715	0.0021259876314705	0.9999983668141704	0.8482131997067579	30	P33527,Q9H2H9,P41440,Q9NZJ7,P07602,Q9UBX3,Q9H2D1,P53985,Q9BQT8,Q9Y619	10
Organic anion transport	0.6375084152009008	2.807339031646685	0.0049952637976422	0.9999999999999758	0.8482131997067579	43	O00400,P41440,P07602,Q8TB61,Q6NUK1,P11166,O15439,Q9HC21,Q9H2D1,Q9H2H9,Q9NZJ7,P12236,Q9BQT8,Q9Y619,P33527,P04920,Q9UBX3,P53985,Q96QD8	19
Organophosphate ester transport	0.6420110996291936	2.787291622016768	0.0053150624677118	0.9999999999999968	0.8482131997067579	26	P33527,Q6NUK1,O15439,O00400,Q14108,Q99808,Q8WTV0,P61916,P41440,P22059,Q9HC21,P12236,Q9H2D1,P08183,Q8TB61,Q8NB49	16
Vacuole organization	0.6196986284833677	2.784108586590147	0.0053675061315019	0.9999999999999976	0.8482131997067579	36	P11117,P10253,P04062,Q14108,P16615,P54802,P50897,O75503,O14773	9
Regulation of lipid biosynthetic process	0.6511891980963106	2.772429223677455	0.0055639617388683	0.9999999999999992	0.8482131997067579	24	O75477,P16435,Q8NF37,Q8WTV0,P31749,O94905,Q6P1A2,Q13510,P30536,Q9UBM7	10
Sterol biosynthetic process	0.6589003985778467	2.7548447861802186	0.0058719984514987	1.0	0.8482131997067579	22	O75477,P16435,Q16850,Q14739,Q14534,Q15392,P48449,P37268,O94905,Q6P1A2,Q9UBM7	11
Phosphatidic acid metabolic process	0.9326074238015332	2.6406992920505923	0.0082735116861774	1.0	0.8482131997067579	6	Q9NPH0	1
Anion transport	0.659261802599724	2.637781413564953	0.0083450353264968	1.0	0.8482131997067579	66	O00400,Q9BXP2,P41440,P07602,P21796,P45880,Q9C0H2,P30536,O43681,Q8TB61,Q6NUK1,P11166,O15439,Q99808,Q9UHG3,Q15907,Q9HC21,Q9H2D1,P51790,Q9H2H9,Q9NZJ7,P12236,P08183,Q9BQT8,Q9Y619,P33527,P04920,Q9Y277,Q9UBX3,Q9H0H5,P53985,P51798,Q96QD8	33
Secondary alcohol metabolic process	0.5979154948393135	2.623073738093049	0.0087140410511823	1.0	0.8482131997067579	36	O75477,P16435,O15118,P04062,Q8WTV0,Q16850,Q9BQE5,Q14534,Q15392,Q14739,P48449,P37268,O94905,Q6P1A2,Q15800,Q9UBM7	16
Membrane lipid catabolic process	0.8466205719804917	2.590893836555665	0.0095727017496525	1.0	0.8482131997067579	11	P04062,P06280,O95470,P17900,P50897,Q13510	6
Inner mitochondrial membrane organization	0.6550347125203589	2.5854394427372633	0.009725495534695	1.0	0.8482131997067579	21	Q9H3K2,Q9P0J0,O60313,Q13505,O95202,Q8WWC4,Q9BUR5,Q9NX63,Q9Y5J7,Q5XKP0,O75431,Q6UXV4	12
Protein targeting to mitochondrion	0.5961430474100397	2.563103311351508	0.0103741174209648	1.0	0.8482131997067579	39	Q9NS69,Q99595,Q9P0J0,P07900,O43615,P30536,Q99797,O14925,Q15388,Q9Y512,Q8N4H5,Q5JRX3,Q9Y371,O95831,P51572,Q10713,P55786,Q9Y5J7,Q9Y5J9,Q9BVV7,O14737	21
Mitochondrial respiratory chain complex assembly	0.575995794999636	2.5216510585921283	0.0116805511858621	1.0	0.8482131997067579	32	Q9P0J0,Q9Y6M9,Q6DKK2,Q86Y39,Q69YU5,Q15070,Q9Y2R0,O96000,O95831,O43676	10
Regulation of steroid biosynthetic process	0.8444637309651929	2.5100637294369075	0.0120709374676395	1.0	0.8482131997067579	10	O75477,P16435,Q6P1A2,O94905,Q13510,P30536,Q9UBM7	7
Mitochondrial transmembrane transport	0.602505998575616	2.504017473866233	0.0122791969584707	1.0	0.8482131997067579	46	O14925,Q99595,Q9BPX6,Q6P4A7,O43772,Q15388,Q9Y619,O75027,P21796,P12236,O95202,Q8WWC4,Q9H2D1,O75964,P24539,O95831,Q9BQT8,P23786	18
Hormone metabolic process	0.5981346823520362	2.4839387658644116	0.0129938149531709	1.0	0.8482131997067579	26	Q9HB40,P42892,P16435,O75844,O94788,O95470,P05023,Q6NUM9,P30536,Q9UBM7	10
Regulation of steroid metabolic process	0.7850427646946421	2.454487653604817	0.0141085509236895	1.0	0.8482131997067579	13	O75477,P16435,Q6P1A2,O94905,Q13510,P30536,Q9UBM7	7
Regulation of cholesterol metabolic process	0.8837117795365252	2.441336592967283	0.0146330089675221	1.0	0.8482131997067579	6	O75477,Q9UBM7,Q6P1A2,O94905	4
Neuromuscular process	0.5936890846926312	2.416888018278514	0.0156538321206427	1.0	0.8482131997067579	25	Q14203,P78417,O75844,P04062,Q6Y7W6,P10253,P07196,Q8N0X7,P50542,Q7Z406,P17900,P42345,O14773	13
Membrane protein proteolysis	0.7758037880349105	2.409023697595416	0.0159952593372765	1.0	0.8482131997067579	13	Q9NZ08,Q8TCT9,Q9Y5X1,Q92542,Q16740,O43847,Q8TCT8	7
Carbohydrate derivative transport	0.6869778674428902	2.4074857452271585	0.0160627892666982	1.0	0.8482131997067579	18	Q6NUK1,O15439,O00400,Q8WTV0,P61916,P07602,Q9NZJ7,P41440,Q9HC21,Q8TB61	10
Ceramide catabolic process	0.8750499981087176	2.405496428496594	0.0161505098233309	1.0	0.8482131997067579	6	P06280,P17900,P04062,Q13510	4
Er nucleus signaling pathway	0.7685277096623803	2.3730413937120463	0.0176422866385579	1.0	0.8482131997067579	13	O75477,P16615,Q15363,O94905,Q6P1A2,Q96A33	6
Steroid biosynthetic process	0.5703843127810803	2.3678984943869708	0.0178894432352689	1.0	0.8482131997067579	39	O75477,P16435,Q16850,Q14739,Q14534,Q15392,P05023,P48449,P37268,O94905,Q13510,Q15800,P30536,Q9H4L5,Q9UBM7,Q6P1A2	16
Protein transmembrane transport	0.5978771015782458	2.352210404408437	0.0186622152819224	1.0	0.8482131997067579	22	Q9NS69,Q99595,Q15388,O14925,Q15629,O95831	6
N terminal protein amino acid modification	0.8608288600030232	2.346307411537873	0.0189604620628067	1.0	0.8482131997067579	6	Q86UY6	1
Monovalent inorganic cation homeostasis	0.5859756791818392	2.3300342009718125	0.0198043435673789	1.0	0.8482131997067579	24	Q96PU5,P04920,Q9Y487,Q93050,Q9BXP2,P05023,Q9Y5X3,Q92544,Q15904,P50897,P51790,O75503	12
Organic acid transport	0.5673486790089785	2.313382678701224	0.0207016085666709	1.0	0.8482131997067579	41	P33527,O43772,Q6P4A7,Q9H2H9,Q9Y619,P31749,P41440,Q9UBX3,Q9H2D1,P08183,P53985,Q9BQT8,P23786	13
Membrane protein ectodomain proteolysis	0.78690100498084	2.3132978046518375	0.020706271317112	1.0	0.8482131997067579	11	Q9NZ08,Q8TCT9,Q9Y5X1,Q92542,O43847,Q8TCT8	6
Transition metal ion transport	0.7703343110893631	2.305252279086807	0.0211524484843552	1.0	0.8482131997067579	12	Q8NEW0,P02786,Q8N4V1,O75027,P98194,O15173,Q9HD20	7
Liposaccharide metabolic process	0.7700893183248525	2.304061468718107	0.0212191932972838	1.0	0.8482131997067579	12	P16278,P04062,P06280,Q8NBX0,P17900,Q99805	6
Mitochondrial membrane organization	0.5688272926638304	2.293795964728435	0.021802221328482	1.0	0.8482131997067579	43	Q9NS69,Q9H3K2,Q9P0J0,P07900,P45880,Q9BUR5,Q6UXV4,O60313,Q13505,Q8WWC4,Q9NX63,Q9Y5J7,O14737,Q16891,P50542,Q15070,O95202,Q5XKP0,O75431	19
Membrane lipid biosynthetic process	0.6840724216084744	2.2853714048684033	0.0222910592468428	1.0	0.8482131997067579	17	P04062,O95470,Q96G23,Q8NBX0,Q13510,Q99805,Q06136	7
Cellular monovalent inorganic cation homeostasis	0.6073469399678594	2.2788792856441824	0.0226742420947372	1.0	0.8482131997067579	21	Q96PU5,P04920,Q9Y487,Q93050,P05023,Q92544,Q15904,P50897,P51790,O75503	10
Regulation of alcohol biosynthetic process	0.9058212829069304	2.2642342533834916	0.0235597108802567	1.0	0.8482131997067579	5	O75477,Q9UBM7,O94905,Q6P1A2	4
Regulation of cholesterol biosynthetic process	0.9058212829069304	2.2642342533834916	0.0235597108802567	1.0	0.8482131997067579	5	O75477,Q9UBM7,O94905,Q6P1A2	4
Glycolipid catabolic process	0.8401274428892698	2.2593753561517835	0.0238600460227287	1.0	0.8482131997067579	6	P06280,P17900,P04062	3
Cytochrome complex assembly	0.8153181631304868	2.2564134927133637	0.0240447474137861	1.0	0.8482131997067579	8	Q15070,Q6DKK2,Q9Y2R0,Q69YU5	4
Sulfur compound transport	0.7743408280334659	2.2537031777507055	0.0242148473253702	1.0	0.8482131997067579	11	P33527,Q70HW3,O15439,O00400,Q9UBX3,Q9H0H5,Q8TB61	7
Glycerolipid biosynthetic process	0.5469640932849643	2.2502805305981073	0.0244311430422285	1.0	0.8482131997067579	35	Q9NPH0,Q10713,Q16822,Q8NF37,Q8WTV0,O95674,Q9BTU6,Q8NCC3,Q6P1A2,P35790,P48651	11
Protein localization to mitochondrion	0.5783617288962394	2.2459265841875955	0.0247087107736743	1.0	0.8482131997067579	51	Q9NS69,Q99595,O14925,Q15388,Q9P0J0,Q8N4H5,O14737,P55786,Q9Y6C9,P31749,Q5JRX3,Q15070,Q9Y371,Q8WWC4,Q9Y5J7,P30536,O95831	17
Steroid metabolic process	0.5912231639840497	2.241966176145883	0.0249635584313627	1.0	0.8482131997067579	58	P16435,P04062,Q16850,Q9BQE5,Q15392,P37268,Q15800,P30536,Q9UBM7,P61916,Q14534,Q99538,O94905,Q9H4L5,Q13510,P38435,O75477,O15118,Q8WTV0,Q6P1A2,Q14739,O95470,P05023,P48449	24
Negative regulation of lipid biosynthetic process	0.8339618413389102	2.233306532786704	0.0255287370148553	1.0	0.8482131997067579	6	O75477,O94905,Q8NF37	3
Ph reduction	0.7952136870299151	2.223765055847931	0.0261642556206012	1.0	0.8482131997067579	9	Q93050,P51790,Q9Y487,P50897	4
Ceramide metabolic process	0.6900049383462846	2.2214764821333763	0.0263187058703309	1.0	0.8482131997067579	16	P04062,P06280,O95470,P17900,Q13510,Q99805,P06865	7
Vitamin transmembrane transport	0.8195382328074925	2.221284381621835	0.0263317060330534	1.0	0.8482131997067579	7	P04062,Q8WTV0,P41440,Q9H2D1,P38435	5
Response to sterol depletion	0.8136762237114286	2.1958260450873666	0.0281043967112968	1.0	0.8482131997067579	7	O75477,O94905,Q15363	3
Cellular response to sterol depletion	0.8136762237114283	2.1958260450873666	0.0281043967112968	1.0	0.8482131997067579	7	O75477,O94905,Q15363	3
Dicarboxylic acid transport	0.7327144092697143	2.193634251419465	0.0282617140000662	1.0	0.8482131997067579	13	Q9H2D1,Q9BQT8,Q9UBX3	3
Sterol homeostasis	0.7925903421616308	2.1553744385296953	0.0311325449748132	1.0	0.8482131997067579	8	Q8WTV0,Q5BJF2,O15118	3
Vitamin transport	0.7799542816873539	2.154147758748512	0.0312285862081596	1.0	0.8482131997067579	9	P33527,P04062,Q8WTV0,P41440,Q9HC21,Q9H2D1,P38435	7
Inorganic anion transmembrane transport	0.7792025766254538	2.150703536561384	0.0314996070530735	1.0	0.8482131997067579	9	P51790,Q9UHG3,Q9UBX3	3
Glycerophospholipid biosynthetic process	0.5305539076251181	2.142649191957529	0.0321412779952221	1.0	0.8482131997067579	30	Q9NPH0,Q8NF37,O95674,Q9BTU6,Q6P1A2,P35790,P48651	7
Response to food	0.8112254007490808	2.136469500640501	0.0326411643801707	1.0	0.8482131997067579	6	P53985,P80303,Q9UMX5	3
Alcohol biosynthetic process	0.5251624598245727	2.127480274552349	0.0333801985525945	1.0	0.8482131997067579	32	O75477,P16435,P04062,Q16850,Q14739,Q15392,P48449,P37268,O94905,Q6P1A2,Q15800,Q13510,Q9UBM7	13
Glycosphingolipid metabolic process	0.7859931108893244	2.1258193233909153	0.0335183064264799	1.0	0.8482131997067579	8	P16278,P04062,P06280,P17900,Q99805	5
Retrograde vesicle mediated transport golgi to endoplasmic reticulum	0.5832556366137105	2.119672326124203	0.0340336883584344	1.0	0.8482131997067579	21	Q9P2W9,P24390,Q9Y282	3
Regulation of tor signaling	0.7455885491437023	2.115677914074366	0.0343722102229457	1.0	0.8482131997067579	11	O75844,P04062	2
Chloride transport	0.7315012677984103	2.114371715827233	0.0344835314551754	1.0	0.8482131997067579	12	Q9UHG3,P08183,Q9C0H2,P30536,P51790	5
Dendrite extension	0.8662446390122301	2.10457351130427	0.0353284494116135	1.0	0.8482131997067579	5	Q96PU5,Q9Y263,Q96F07	3
Vacuolar acidification	0.7924246419904024	2.1028868410445543	0.0354756623840275	1.0	0.8482131997067579	7	Q93050,Q9Y487,P50897	3
Glycoside catabolic process	0.8029100606190925	2.100776793739319	0.0356605644723828	1.0	0.8482131997067579	6	P06280,P08236,Q9NUJ1,P04062	4
Peptide catabolic process	0.7682758836410432	2.1004824444182812	0.0356864233375902	1.0	0.8482131997067579	9	P42892,P55786,Q9NZ08,O14773	4
Endoplasmic reticulum organization	0.5338248227399441	2.0991411270146374	0.0358044619367188	1.0	0.8482131997067579	38	Q15629,A0FGR8,Q12907,Q9NQC3,Q96A33,P46379,Q9P2W9,Q8N4V1,Q8NHH9,P50542,Q15363,Q6P1A2,O43681,O95197,P57088	15
Amide transport	0.5245810542030966	2.0902401061253135	0.0365962364905154	1.0	0.8482131997067579	34	P33527,O15439,Q16822,O00400,P41440,P07602,Q9NZJ7,Q9H2D1,P08183,P53985	10
Modified amino acid transport	0.7868537287283307	2.0783566740700943	0.0376765200926572	1.0	0.8482131997067579	7	P33527,O43772,O15439,P41440,Q9H2D1	5
Double strand break repair via break induced replication	0.7607985226502748	2.065946775818438	0.0388335054562591	1.0	0.8482131997067579	9	Q14566,P33991	2
Regulation of response to extracellular stimulus	0.9202673722130488	2.065425512311884	0.0388827567061644	1.0	0.8482131997067579	4	P80303	1
Pattern recognition receptor signaling pathway	0.5526680744173388	2.040988050158978	0.0412520148909838	1.0	0.8482131997067579	22	O43657,Q9NQC3,Q5KU26,Q9NUD5,Q9NPR9	5
Aminoglycan metabolic process	0.7021742073972321	2.037602091066567	0.041589742758324	1.0	0.8482131997067579	13	P16278,P54802,O43505,P15586,P06865	5
Glycosaminoglycan catabolic process	0.8463956871817702	2.023439334214623	0.0430278722829564	1.0	0.8482131997067579	5	P15586,P16278,P54802	3
Aminoglycan catabolic process	0.8463956871817702	2.023439334214623	0.0430278722829564	1.0	0.8482131997067579	5	P15586,P16278,P54802	3
Protein insertion into membrane	0.5251933030141751	2.022377149638783	0.0431374038621363	1.0	0.8482131997067579	28	Q9NS69,Q15629,Q9P0J0,P46379,Q8N4V1,O14737,Q15070	7
Lipoprotein localization	0.9091021978660688	2.0220748526432826	0.0431686195137155	1.0	0.8482131997067579	4	A6NIH7,Q13432	2
Retrograde transport endosome to golgi	0.5088626235190045	2.013757833795571	0.0440349647413043	1.0	0.8482131997067579	31	Q13190,Q9Y5X3,Q9BVK6,O15260,Q8NBN3,Q8N1B4,O75503,O95249	8
Regulation of long term synaptic potentiation	0.7818998226749097	2.009935211239098	0.0444380464477482	1.0	0.8482131997067579	6	Q99538,Q92542,Q9BPZ3	3
Amyloid precursor protein metabolic process	0.6820769184833222	2.0078398633831216	0.0446603112543406	1.0	0.8482131997067579	14	O95197,Q9NQC3,Q15392,P62942	4
Carbohydrate derivative catabolic process	0.5078727990246521	2.005794382204902	0.044878190290486	1.0	0.8482131997067579	31	P16278,P04062,P06280,Q9H773,P54802,O60502,P17900,P08236,P15586,P00813,P06865	11
Amyloid precursor protein catabolic process	0.6954867434861324	2.003061801131544	0.0451706554329633	1.0	0.8482131997067579	13	O95197,Q9NQC3,Q15392,P62942	4
Cellular response to oxygen levels	0.5073185843198529	2.0013324967118615	0.0453565699250007	1.0	0.8482131997067579	31	Q15118,Q9Y487,Q99808,P55786,P31749,Q9NQ88,Q15904,P09601,P42345,Q96A26,O95831,P07237,Q9Y4P3,Q99623	14
Tetrapyrrole catabolic process	0.8374178331451301	1.9865128502551064	0.0469764074116541	1.0	0.8482131997067579	5	P30519,P09601	2
Mitochondrial electron transport ubiquinol to cytochrome c	0.949845045384992	1.9801626065893256	0.047685260125972	1.0	0.8482131997067579	3	Q9UDW1	1
Regulation of pattern recognition receptor signaling pathway	0.6905966149640372	1.9777200754989912	0.0479602942203005	1.0	0.8482131997067579	13	Q9NUD5,O43657,Q9NQC3,Q9NPR9	4
Sphingolipid biosynthetic process	0.6763342534047087	1.9772201430282397	0.0480167516948519	1.0	0.8482131997067579	14	P04062,O95470,Q96G23,Q13510,Q99805,Q06136	6
Oligosaccharide metabolic process	0.8311437046817058	1.9606233739148655	0.0499229736738451	1.0	0.8482131997067579	5	P06280,P17900	2
Early endosome to golgi transport	0.768794674027165	1.952799166930145	0.050843397303675	1.0	0.8482131997067579	6	O15260,Q13190,Q9BVK6	3
Tetrapyrrole metabolic process	0.6416213713124377	1.9501757818667016	0.0511551712964117	1.0	0.8482131997067579	16	P33527,O00264,Q7KZN9,P09601,P30536,P22830,P30519	7
Cerebellar purkinje cell layer development	0.7439613941499184	1.935141535124848	0.0529729298069412	1.0	0.8482131997067579	8	P04062,P54802,Q7Z4L5,O14949,Q15058	5
Vascular transport	0.6535509362345513	1.932671138031635	0.0532767228432535	1.0	0.8482131997067579	15	P33527,P02786,P11166,Q9H2H9,O15439,P41440,P08183,P53985,Q96QD8	9
Iron ion transport	0.7401259715960445	1.917539259192588	0.0551694583692401	1.0	0.8482131997067579	8	Q8N4V1,P02786,O15173,O75027	4
Vitamin d metabolic process	0.9329381252315684	1.9140507655547505	0.0556136695298183	1.0	0.8482131997067579	3	Q99538,P04062	2
Calcium ion import	0.716069928067995	1.911509949884292	0.0559390793758762	1.0	0.8482131997067579	10	Q9BPX6,P16615,O75844,P21796	4
Cristae formation	0.7268342019078217	1.9073667884201475	0.0564731069695283	1.0	0.8482131997067579	9	Q9Y4W6,Q16891,O95202,Q5XKP0,Q9BUR5,Q9NX63,Q6UXV4	7
Regulation of response to osmotic stress	0.8178542048401303	1.9055614347399867	0.0567071296643411	1.0	0.8482131997067579	5	Q9BPX6,P08183,O95202	3
Regulation of cellular ph	0.6183335142088163	1.90506001464556	0.0567722702934536	1.0	0.8482131997067579	17	P04920,Q9Y487,Q93050,Q92544,Q15904,P50897,P51790,O75503	8
Regulation of ph	0.6183335142088163	1.90506001464556	0.0567722702934536	1.0	0.8482131997067579	17	P04920,Q9Y487,Q93050,Q92544,Q15904,P50897,P51790,O75503	8
Respiratory chain complex iv assembly	0.7577276312302228	1.9042687922736792	0.0568751864380785	1.0	0.8482131997067579	6	Q9Y2R0,Q15070	2
Mitotic dna replication	0.7261289803588123	1.904044694660001	0.0569043635316091	1.0	0.8482131997067579	9	Q14566,O75844,P33991	3
Regulation of blood pressure	0.6456490122469377	1.8888697546268784	0.0589092830980286	1.0	0.8482131997067579	15	Q9HB40,Q9UIQ6,Q9NZ08,P09601,P42892,P42785	6
Endoplasmic reticulum membrane organization	0.7337334163497217	1.8881270162140913	0.0590089007666125	1.0	0.8482131997067579	8	Q9NQC3,Q9P2W9,Q8NHH9,Q15363,Q6P1A2	5
Response to tumor necrosis factor	0.4981046058785168	1.8860314106025664	0.0592907220159724	1.0	0.8482131997067579	30	Q9Y5A7,P04062,Q16822,P78318,P16989,O60443,Q13510,Q8TCT8	8
Embryonic heart tube development	0.7534083138167662	1.885259137801025	0.0593948600759191	1.0	0.8482131997067579	6	P42892	1
Endoplasmic reticulum tubular network organization	0.8126024732824517	1.8837191315348905	0.0596029771993091	1.0	0.8482131997067579	5	O95197,Q9NQC3,P57088	3
Lipoprotein metabolic process	0.7096071145081376	1.880270265850396	0.0600712535211929	1.0	0.8482131997067579	10	Q9NUJ1,Q9BQE5,P04062,P50897	4
Nucleotide transport	0.6575070413201463	1.876106943862302	0.0606405963959788	1.0	0.8482131997067579	14	Q6NUK1,O15439,O00400,Q99808,P41440,P12236,Q9HC21,Q9H2D1,Q8TB61	9
Lysosomal protein catabolic process	0.9226244948286548	1.873555022324349	0.0609917822636658	1.0	0.8482131997067579	3	P04062	1
Protein catabolic process in the vacuole	0.9226244948286548	1.873555022324349	0.0609917822636658	1.0	0.8482131997067579	3	P04062	1
Membrane protein intracellular domain proteolysis	0.9225639125602084	1.873316789670232	0.0610246527551803	1.0	0.8482131997067579	3	Q8TCT9,Q8TCT8	2
Cell recognition	0.5467096863352225	1.872510794101502	0.0611359699708011	1.0	0.8482131997067579	21	Q9NQC3,P35613,Q8WTV0,Q5KU26,P45880	5
Diol biosynthetic process	0.7500872708876902	1.870616861087487	0.0613982058357513	1.0	0.8482131997067579	6	P00374,Q13510,P04062,O15269	4
Diol metabolic process	0.7500872708876902	1.870616861087487	0.0613982058357513	1.0	0.8482131997067579	6	P00374,Q13510,P04062,O15269	4
Regulation of macroautophagy	0.5148543566140981	1.86859514620138	0.0616791615767722	1.0	0.8482131997067579	43	Q9Y487,P04062,O15118,Q93050,P31749,Q9Y5X3,P21796,Q9Y371,O75396,Q9NQ88,P09601,P42345,O15269,P21281	14
Fatty acid transmembrane transport	0.749183872222008	1.8666299198880416	0.0619532863695466	1.0	0.8482131997067579	6	O43772,P31749,P23786	3
Pigment metabolic process	0.520972199998651	1.8650112965882508	0.062179820789793	1.0	0.8482131997067579	24	P33527,Q9Y4G8,O00264,Q7KZN9,P09601,P30536,P22830,P00813,P30519	9
Proton transmembrane transport	0.506537527707311	1.86484498661365	0.0622031354773098	1.0	0.8482131997067579	39	P56385,O00400,Q96ES6,P05023,Q13423,P00403,P20674,Q7KZN9,P13073,O75964,P51790,Q9UDW1,P24539,Q99623	14
Caveolin mediated endocytosis	0.8077747713127051	1.863599477711775	0.0623779710633234	1.0	0.8482131997067579	5	Q13432	1
Sphingoid metabolic process	0.8041788494949303	1.8485880707024716	0.0645173165492052	1.0	0.8482131997067579	5	P04062,Q13510	2
Regulation of mitochondrion organization	0.4984869481527513	1.8478675839999883	0.0646215009702511	1.0	0.8482131997067579	36	Q9NUQ9,P02786,Q9H3K2,O75832,O14737,P31749,Q9Y6C9,P21796,Q9NQ88,P30536,Q96A26	11
Negative regulation of calcium ion transmembrane transport	0.7434884544829228	1.841456178191693	0.0655547367456397	1.0	0.8482131997067579	6	P21796,P62942	2
Cellular hormone metabolic process	0.6223022033250275	1.839515796545805	0.0658393566566029	1.0	0.8482131997067579	16	Q9HB40,O94788,O95470,Q6NUM9,P30536,P42892	6
Cellular response to biotic stimulus	0.4913445418359164	1.83868958355992	0.0659608563762417	1.0	0.8482131997067579	33	Q9NUQ9,O75844,O43823,Q8WTV0,Q9Y263,P31749,Q9NQ88,P08670,P30536,Q96A33	10
Organic cation transport	0.7329354682408409	1.8374031806273796	0.066150397637448	1.0	0.8482131997067579	7	Q9HC21,O43772,Q96QD8,Q70HW3	4
Establishment of protein localization to mitochondrial membrane	0.6359564268209783	1.8348608824034935	0.0665263049601629	1.0	0.8482131997067579	15	Q9NS69,Q9P0J0,O14737,Q15070,P07900,Q8WWC4,Q9Y5J7	7
Porphyrin containing compound metabolic process	0.6494109799664008	1.8322870942350695	0.0669086588535046	1.0	0.8482131997067579	14	P33527,O00264,Q7KZN9,P09601,P30536,P22830,P30519	7
Multicellular organismal movement	0.7205108282963196	1.8269979272753505	0.0677000810400616	1.0	0.8482131997067579	8	P78417,P10253,Q6Y7W6,P42345	4
Phosphatidylcholine biosynthetic process	0.7401707128373295	1.8267614210842336	0.0677356487558491	1.0	0.8482131997067579	6	P35790,Q8NF37	2
Negative regulation of macroautophagy	0.6985205464061286	1.826439078130997	0.0677841500495803	1.0	0.8482131997067579	10	Q9Y2S7,O15118,P31749,O75396,Q9NQ88,P09601,P42345	7
Positive regulation of actin filament polymerization	0.7092233272966265	1.8240553615392825	0.0681437030643665	1.0	0.8482131997067579	9	Q9UQB8,Q9Y5X1,Q9Y2A7,P35080,P42345	5
Xenobiotic transport	0.7982944011864924	1.823977019192221	0.0681555465668588	1.0	0.8482131997067579	5	P33527,P08183,P41440,O15439	4
Regulation of leukocyte degranulation	0.7981274423845411	1.823277904571444	0.0682613110581331	1.0	0.8482131997067579	5	P09601	1
Peptidyl proline hydroxylation	0.7291485989591042	1.8202437614451872	0.068721891536474	1.0	0.8482131997067579	7	O15460,P13674,Q32P28	3
Retinoic acid metabolic process	0.9089663233793706	1.8197424225096617	0.0687982396737743	1.0	0.8482131997067579	3	Q9HB40	1
Mitochondrial electron transport cytochrome c to oxygen	0.7379402365840584	1.8168698409144517	0.0692370456118931	1.0	0.8482131997067579	6	P00403,Q7KZN9,P13073	3
Lipid localization	0.5466131698828144	1.8079078999269411	0.0706208360332238	1.0	0.8519403745742096	64	Q99720,P04062,Q14108,Q9BQE5,P07602,Q9H6V9,Q9BUR5,P30536,O43772,O95674,P61916,Q14534,Q9H4L5,P35790,P23786,A0FGR8,O15118,Q8WTV0,Q9NZJ7,P17900,P08183,Q6P1A2,O15260,Q9H2V7,P33527	25
Response to muscle activity	0.8522259626178383	1.7984877399955774	0.0720997497595412	1.0	0.8537050214815325	4	Q9UDX5	1
Locomotory behavior	0.5114380745905244	1.7947461924608312	0.072694147248767	1.0	0.8537050214815325	24	O75844,O15118,P54802,P50897,P51790	5
Vascular process in circulatory system	0.4819247506981001	1.7945450985417162	0.0727262070905725	1.0	0.8537050214815325	31	Q9HB40,P33527,P02786,P11166,O15439,Q9H2H9,Q99808,P41440,O60568,P08183,P53985,P42892,Q96QD8	13
Intracellular lipid transport	0.7029598864850908	1.7942503244675403	0.0727732230118316	1.0	0.8537050214815325	9	O43772,O15118,P23786	3
Hindbrain morphogenesis	0.7108513005434098	1.7820961160545168	0.0747335590803299	1.0	0.8664940988924925	8	Q7Z4L5,Q15058,P04062	3
Negative regulation of inflammatory response	0.6764933347697675	1.7749240437418934	0.0759104296661101	1.0	0.8673496518949481	11	P28070,P00813,P04062	3
Sulfate transport	0.8974709663216203	1.774295747110911	0.0760142436768149	1.0	0.8673496518949481	3	Q9UBX3	1
Regulation of phospholipase a2 activity	0.8974496758730947	1.77421144895808	0.0760281811438754	1.0	0.8673496518949481	3	P50897	1
Keratan sulfate metabolic process	0.8958873656910005	1.7680243321741922	0.0770568359720109	1.0	0.8703348387823192	3	P16278,O43505	2
Smad protein signal transduction	0.7076762217362322	1.7672924407891932	0.0771792651508564	1.0	0.8703348387823192	8	O00400,P08670,Q8N1F7,Q9UIQ6	4
Regulation of dna methylation	0.7172260309721546	1.766022959001906	0.077391997145034	1.0	0.8703348387823192	7	Q03164,O75844	2
Peptidyl proline modification	0.4959684722449785	1.763290857522531	0.077851446476848	1.0	0.8703348387823192	27	Q96AY3,Q9BV86,Q9NWM8,P62942,Q32P28,Q9Y680,O15460,P13674	8
Cerebellar cortex development	0.6230564951560955	1.76250505369262	0.0779840032833223	1.0	0.8703348387823192	15	P04062,Q5KU26,P54802,Q7Z4L5,O14949,Q15058,Q92989	7
Regulation of dendrite extension	0.8937957059200701	1.759737027994858	0.0784524045137471	1.0	0.8724520509068753	3	Q96PU5	1
Triglyceride metabolic process	0.7243636645643718	1.7564474542248514	0.0790120361126602	1.0	0.8730456551851183	6	Q8WTV0,Q9UBV2,Q16822	3
Ceramide transport	0.7820345310065702	1.755680688366709	0.079142946061347	1.0	0.8730456551851183	5	P08183,P07602	2
Response to retinoic acid	0.6839098491639726	1.755038034416088	0.0792528022175638	1.0	0.8730456551851183	10	P02786,O94788,Q9P0J0,P11717	4
Mitochondrial transport	0.5550615537331147	1.748721992241773	0.0803390866219706	1.0	0.8752853358641163	73	Q9NS69,Q99595,Q9P0J0,P45880,P30536,O14925,Q6NUK1,O43772,Q15388,Q8N4H5,Q5JRX3,Q9Y371,Q8WWC4,Q96EK5,O95831,P23786,Q10713,P55786,Q9Y5J7,O14737,Q9UBX3,Q15070,O75431,O75964,P24539	25
Terpenoid metabolic process	0.6062022232384063	1.7463007991828123	0.0807586970830027	1.0	0.8752853358641163	16	Q9HB40,P51648,O94788,P48449,P37268,Q6NUM9	6
Collagen fibril organization	0.7127026160784748	1.7453747557809072	0.0809196569485746	1.0	0.8752853358641163	7	Q96AY3,Q92791,P13674	3
Regulation of nervous system process	0.7212933203401429	1.742732655145827	0.0813803247377189	1.0	0.8775230652923379	6	Q9UQB8	1
Cerebellar cortex morphogenesis	0.7114227846437	1.739525086257797	0.0819424435399824	1.0	0.8775230652923379	7	Q7Z4L5,Q15058,P04062	3
Response to ph	0.7199359936398718	1.7366638365557092	0.0824465245178305	1.0	0.8775230652923379	6	Q99538,P51798,P04062	3
Positive regulation of pattern recognition receptor signaling pathway	0.7107854474694806	1.7366107974156464	0.082455892373271	1.0	0.8775230652923379	7	Q9NUD5,Q9NQC3	2
Mitochondrial calcium ion transmembrane transport	0.7007783404064585	1.7350565300852383	0.0827307928527338	1.0	0.8775230652923379	8	Q9BPX6,Q9UJZ1,Q9Y4W6,P21796,O95202,Q8WWC4	6
Integrated stress response signaling	0.8358741886369825	1.7334068250218226	0.0830233853716846	1.0	0.8775230652923379	4	Q15363	1
Perk mediated unfolded protein response	0.8358741886369825	1.7334068250218226	0.0830233853716846	1.0	0.8775230652923379	4	Q15363	1
Chloride transmembrane transport	0.7760004508323329	1.7302296505589534	0.0835892528032682	1.0	0.8786853787046108	5	P51790,Q9UHG3	2
Isoprenoid metabolic process	0.5583596229805617	1.7285829070420653	0.0838837710101838	1.0	0.8786853787046108	19	P51648,Q9HB40,O94788,P61916,P48449,P37268,Q6NUM9	7
Signal peptide processing	0.774789647456299	1.7251158695188955	0.0845065931596837	1.0	0.8786853787046108	5	Q8TCT9,P67812	2
Intracellular protein transmembrane transport	0.5573951007031654	1.7223582344390724	0.0850046445654093	1.0	0.8786853787046108	19	O14925,Q99595,Q15388,Q15629,O95831	5
Protein import into mitochondrial matrix	0.687558893639799	1.7205827553417132	0.0853265649146552	1.0	0.8786853787046108	9	O14925,Q99595	2
Amyloid beta formation	0.6975070613892487	1.719733388172294	0.0854809157828784	1.0	0.8786853787046108	8	O95197,Q9NQC3	2
Low density lipoprotein particle clearance	0.7065139883204099	1.7170579539870838	0.085968583539306	1.0	0.8786853787046108	7	Q8WTV0,P61978,P38571,P09601	4
Prostate gland development	0.7723972899287481	1.7150052734436465	0.0863442600913697	1.0	0.8786853787046108	5	P07602	1
Organic hydroxy compound biosynthetic process	0.4973103129141382	1.7104597373446937	0.0871808926261896	1.0	0.8786853787046108	44	O75477,P16435,Q9Y4G8,P04062,Q16850,Q14739,Q14534,Q15392,P48449,P37268,O94905,Q13510,Q15800,Q9H4L5,Q6P1A2,Q9UBM7	16
Protein transmembrane import into intracellular organelle	0.639754088899203	1.7100894783086802	0.0872493281401123	1.0	0.8786853787046108	13	O14925,Q99595,Q15388,Q9BVV7,P50542,O43615,O95831,O75381	8
Phospholipid transport	0.6519322755677904	1.7099763419827485	0.0872702479361022	1.0	0.8786853787046108	12	Q14108,Q8WTV0,P08183,P61916	4
Regulation of toll like receptor signaling pathway	0.7037162434803489	1.7042312921544618	0.0883378853078225	1.0	0.8786853787046108	7	Q9NQC3,Q9NPR9	2
Copi coated vesicle budding	0.8270951435398242	1.6983307447230107	0.08944535513138	1.0	0.8786853787046108	4	Q15363	1
Golgi vesicle budding	0.8270951435398242	1.6983307447230107	0.08944535513138	1.0	0.8786853787046108	4	Q15363	1
Response to corticosteroid	0.5016637313195567	1.698227779152535	0.089464779474657	1.0	0.8786853787046108	23	P16435,P16278,P04062,Q16822,O95831	5
Negative regulation of fatty acid biosynthetic process	0.8770515835038432	1.693243411569245	0.0904091445224328	1.0	0.8786853787046108	3	O94905	1
Glycolipid transport	0.876991478325311	1.6930042559599738	0.0904546571091322	1.0	0.8786853787046108	3	P61916,P07602	2
Vesicle targeting to from or within golgi	0.6483073443266857	1.6911428271497362	0.090809527323989	1.0	0.8786853787046108	12	Q15363,Q9BVK6	2
Nadh dehydrogenase complex assembly	0.4940637448064846	1.6908217424283245	0.0908708532769502	1.0	0.8786853787046108	25	Q9P0J0,Q9Y6M9,Q86Y39,Q15070,O96000,O43676	6
Dna replication checkpoint signaling	0.8241271921820503	1.6864520067459243	0.0917087716383671	1.0	0.8786853787046108	4	O75419	1
Positive regulation of mitochondrial translation	0.7087338034418469	1.6864424621080587	0.0917106086424464	1.0	0.8786853787046108	6	Q9Y2R0	1
Somitogenesis	0.699407679436318	1.6844476890645224	0.0920951810015422	1.0	0.8786853787046108	7	Q15363	1
Tor signaling	0.5950914778829607	1.6814581456694828	0.0926739595967198	1.0	0.8786853787046108	16	O75844,P04062,P31749,Q8IWV7,P42345	5
Regulation of mitophagy	0.7075505924851705	1.6811240759858497	0.0927388168246721	1.0	0.8786853787046108	6	P21796	1
Cellular response to lipoprotein particle stimulus	0.8222515185837687	1.6789397081509865	0.0931637947281456	1.0	0.8786853787046108	4	O15118	1
Mitochondrial cytochrome c oxidase assembly	0.7611849423976158	1.6675054446546012	0.0954139426871849	1.0	0.8786853787046108	5	Q9Y2R0	1
Regulation of hormone metabolic process	0.7601841153926404	1.6632565815526912	0.0962610858829633	1.0	0.8786853787046108	5	P16435,O75844	2
Regulation of amyloid precursor protein catabolic process	0.6650113475693894	1.6619324480216602	0.0965263197891721	1.0	0.8786853787046108	10	O95197,Q9NQC3	2
Peroxisomal transport	0.8179289086780914	1.6616119736844384	0.0965906010025152	1.0	0.8786853787046108	4	P40855,O75381	2
Negative regulation of calcium ion transport	0.6939837074255343	1.6594907577201876	0.0970169415051915	1.0	0.8786853787046108	7	P21796,P62942	2
Connective tissue development	0.5474993587835066	1.6582725637705802	0.097262464165394	1.0	0.8786853787046108	19	P16435,O75844,Q92896,P43490,Q96HY6,O15173	6
Mitochondrial calcium ion homeostasis	0.6742313059537383	1.656407522005304	0.097639318833625	1.0	0.8786853787046108	9	Q9BPX6,P52306,Q16891,Q9Y4W6,O95202,Q8WWC4,P51572	7
Vasculogenesis	0.6928501661424679	1.6542678773747377	0.0980730966950491	1.0	0.8786853787046108	7	O95470	1
Positive regulation of blood circulation	0.8157894736842188	1.6530280686623389	0.0983251511944565	1.0	0.8786853787046108	4	P16615,P00813,P05023	3
Nucleotide transmembrane transport	0.6730185751661419	1.6505489023829525	0.0988307199754681	1.0	0.8786853787046108	9	Q8TB61,Q9H2D1,P41440,O15439	4
Negative regulation of steroid metabolic process	0.8655057428677321	1.6472456620124316	0.0995075617306098	1.0	0.8786853787046108	3	O75477,O94905	2
Cardiac ventricle development	0.6155120664023468	1.646659415461398	0.0996280705302226	1.0	0.8786853787046108	14	O96028,O75844,P62942	3
Multi multicellular organism process	0.4846337759552155	1.645903494009619	0.0997836294935279	1.0	0.8786853787046108	26	Q9H2H9,P35613,Q9BQE5,P41440,Q15363,Q9UIQ6	6
Sensory perception	0.4676866979984564	1.6389208456737645	0.1012297457088016	1.0	0.8843855251023487	30	Q9Y6M9,Q14108,P50897,O43924,Q13432	5
Respiratory chain complex iii assembly	0.8617755067732491	1.6323610335557486	0.1026034527725421	1.0	0.8860692659432914	3	Q69YU5	1
Regulation of lipase activity	0.6675089918105153	1.623893318289309	0.1043985788485497	1.0	0.8900852004047771	9	P16435,Q9Y263,P50897	3
Peptidyl proline hydroxylation to 4 hydroxy l proline	0.7497656571578764	1.6189420162321153	0.1054597395063967	1.0	0.8930314672525786	5	O15460,P13674	2
Amine catabolic process	0.7494063654438656	1.6174110800872867	0.1057895755922577	1.0	0.8930314672525786	5	P49366,Q9H2H9	2
Mucopolysaccharide metabolic process	0.6843197591045014	1.6148849088083987	0.106335620932463	1.0	0.8934421038962631	7	P16278,O43505	2
Regulation of receptor signaling pathway via stat	0.6925407736939617	1.6134337807437973	0.1066502989978586	1.0	0.8934421038962631	6	Q6IA86	1
Regulation of release of cytochrome c from mitochondria	0.6442870206288946	1.6119009098249744	0.1069835041905375	1.0	0.8934421038962631	11	Q9H3K2,O75832,O14737,P31749,Q96A26	5
Negative regulation of gliogenesis	0.7436452268680238	1.5928390554358007	0.1111963011359002	1.0	0.9066415075488812	5	P30536	1
Calcium import into the mitochondrion	0.7434186132739762	1.591871608870749	0.1114135559990165	1.0	0.9066415075488812	5	Q9BPX6,Q9Y4W6,Q8WWC4,P21796	4
Associative learning	0.6498307058640835	1.5865565937117458	0.112613104908199	1.0	0.9066415075488812	10	Q99538,O00264,P50897	3
Cerebellar purkinje cell layer morphogenesis	0.7976278724981567	1.579963918974611	0.1141151296122475	1.0	0.9066415075488812	4	Q7Z4L5,Q15058,P04062	3
Negative regulation of amyloid precursor protein catabolic process	0.6766639892191433	1.5794246176536229	0.1142386944631286	1.0	0.9066415075488812	7	O95197	1
Positive regulation of nitric oxide synthase activity	0.84846239347907	1.5791521394850023	0.1143011647639142	1.0	0.9066415075488812	3	Q8WTV0,P31749	2
Neutral lipid biosynthetic process	0.7400133244630959	1.577325792334232	0.1147205806082398	1.0	0.9066415075488812	5	Q8NCC3,Q8WTV0,Q16822	3
Negative regulation of autophagy of mitochondrion	0.8479334518451602	1.577035499345277	0.114787357025119	1.0	0.9066415075488812	3	P30536	1
Negative regulation of nervous system development	0.6020753537568498	1.572160807518508	0.1159132622169791	1.0	0.9066415075488812	14	Q9NQC3,Q9Y4G8,Q8N0X7,Q96G23,P30536	5
Protein lipid complex subunit organization	0.73871241650738	1.571764925822834	0.1160050785726576	1.0	0.9066415075488812	5	Q8WTV0,Q6P1A2	2
Atp transport	0.681008902077141	1.56115691815214	0.1184867311752899	1.0	0.9168749465718212	6	Q6NUK1,O43808,P12236,P12235,Q08722	5
Toll like receptor signaling pathway	0.6230703723064233	1.559104844559454	0.1189715672216353	1.0	0.9173411112988412	12	Q5KU26,Q9NQC3,Q9NPR9	3
Phosphatidylcholine metabolic process	0.6526402648627483	1.5516461453854598	0.1207469152879689	1.0	0.918467676668992	9	Q8WTV0,P35790,Q8NF37	3
Mitochondrial fission	0.6214610328348318	1.550632400960671	0.1209898027680078	1.0	0.918467676668992	12	Q9NUQ9,Q9UDX5	2
Negative regulation of autophagy	0.5157796594783388	1.5489480839337504	0.1213942006908015	1.0	0.9191748683818428	20	O15118,P10619,Q9NQ88,P09601,P30536	5
Sphingosine biosynthetic process	0.7897697880729597	1.5482491710140067	0.1215623169867059	1.0	0.9191748683818428	4	Q13510	1
Bone morphogenesis	0.678038755713664	1.5476559479961691	0.1217051534720567	1.0	0.9191748683818428	6	P16435,O75844	2
Regulation of membrane lipid distribution	0.7322951427511858	1.5443020861651306	0.1225151674339943	1.0	0.92152505950929	5	P33527,P08183,Q96CP7,Q8NB49	4
Regulation of phosphatidylcholine metabolic process	0.8378249235909145	1.5365501242673942	0.1244035142608985	1.0	0.927250479508912	3	Q8NF37	1
Mannosylation	0.7302971615567024	1.5357412142951594	0.1246018625564708	1.0	0.9276245677361048	5	Q9BV10,O43505,Q6ZXV5	3
Response to dexamethasone	0.665749408175096	1.528688755492979	0.1263416211818846	1.0	0.9345783858406504	7	P16435,P04062	2
Endochondral bone morphogenesis	0.7284273378380997	1.527725069056555	0.1265808131596983	1.0	0.9345783858406504	5	O75844	1
Neutral lipid metabolic process	0.646895391160136	1.5236145437568311	0.1276050279220211	1.0	0.9379777432504444	9	Q8N2K0,Q16822,Q8WTV0,Q8NCC3,Q9UBV2	5
Toll like receptor 3 signaling pathway	0.7259918427882586	1.5172775508299363	0.1291966236333985	1.0	0.9379777432504444	5	Q14699,O75955,Q5KU26,P41440	4
Modification of postsynaptic actin cytoskeleton	0.7819425506764333	1.5166032781541052	0.1293668772442793	1.0	0.9379777432504444	4	Q7L576,Q9UQB8	2
Purine nucleotide transport	0.6149835440063876	1.5164707214753663	0.1294003682437572	1.0	0.9379777432504444	12	Q6NUK1,O43808,O15439,O00400,Q99808,P41440,P12236,Q8TB61,Q08722	9
Folic acid metabolic process	0.6711872451635619	1.5164569632400806	0.1294038447051297	1.0	0.9379777432504444	6	Q9H2D1,P41440	2
Regulation of synaptic plasticity	0.4798554572699351	1.5162349971091476	0.129459941624122	1.0	0.9379777432504444	22	Q99538,Q9UQB8,Q9Y4G8,Q9BPZ3	4
Regulation of cellular response to osmotic stress	0.7818473955650003	1.5162182366903412	0.1294641782075691	1.0	0.9379777432504444	4	O95202,Q9BPX6	2
Skeletal muscle contraction	0.7251853171769811	1.513816261635842	0.1300724470403274	1.0	0.9382498184337024	5	P10253,P78417	2
Cellular response to starvation	0.4601356121151981	1.5108409433472676	0.1308289803179432	1.0	0.9393580800122046	28	P04062,P21964,P56192,Q9Y371,P42345,Q96QD8,Q9Y4P3,P54619	8
Determination of adult lifespan	0.6617356557078814	1.5099794595695857	0.131048665476551	1.0	0.9398576111668798	7	O75844	1
Hormone biosynthetic process	0.6509341124491499	1.499245221219784	0.1338100275041776	1.0	0.956375664769066	8	Q9UBM7,P16435,P05023,P30536	4
Neurotrophin signaling pathway	0.6663724192158142	1.4944875367567003	0.1350482370626293	1.0	0.9597468924507632	6	Q96F07,Q9Y4G8	2
Regulation of blood circulation	0.4712824941736043	1.4932407294411445	0.1353741841691911	1.0	0.9609725250377612	24	O75844,P10253,P78417,Q6PI78,P16615,P05023,P42892,P00813	8
Polyamine metabolic process	0.7756486960141835	1.491119452236722	0.1359301360842284	1.0	0.9614003637188784	4	P49366,Q9H2H9	2
Spermidine metabolic process	0.7756486960141835	1.491119452236722	0.1359301360842284	1.0	0.9614003637188784	4	P49366,Q9H2H9	2
Regulation of neurotransmitter transport	0.6307028164228211	1.4908855722878247	0.1359915399227087	1.0	0.9614003637188784	10	Q9P253,P16615,P41440,P35080	4
Natural killer cell mediated immunity	0.6575987311318463	1.4906680441737508	0.1360486699017611	1.0	0.9614003637188784	7	P11279,P07437	2
Phosphatidylglycerol metabolic process	0.6295816840553681	1.4852553425370476	0.1374761967573998	1.0	0.965803006003296	10	Q92604,Q8NF37,O95674,Q8NCC3,Q99623	5
Sensory perception of light stimulus	0.6195070472322265	1.4848276989068308	0.1375894724615101	1.0	0.965803006003296	11	O43924,P50897	2
Epithelial cell differentiation involved in prostate gland development	0.8249244887200202	1.4847984075632754	0.1375972338851525	1.0	0.965803006003296	3	P07602	1
Negative regulation of secretion	0.5740710580843738	1.4830564096240813	0.1380594240861141	1.0	0.9679619867896536	15	Q16850,P09601	2
Negative regulation of nitric oxide metabolic process	0.7732757835834663	1.481503373383872	0.138472486658213	1.0	0.9697720793815116	4	P06280	1
Autophagy of mitochondrion	0.4884101852305053	1.464531347005708	0.1430488245742927	1.0	0.9802503465891208	21	P04062,Q9NT62,P21796,Q9NQ88,P30536,Q99623	6
Cardiac chamber development	0.5452458080917515	1.4634124978942813	0.1433545409113712	1.0	0.9802503465891208	17	O96028,O75844,P62942	3
Regulation of dephosphorylation	0.4673637913342417	1.4633597453782643	0.1433689674669434	1.0	0.9802503465891208	24	Q86XL3,P04062,P78318	3
Protein targeting to peroxisome	0.8188217858466132	1.4602892238075134	0.1442106024437472	1.0	0.9802503465891208	3	P40855,O75381	2
Ganglioside metabolic process	0.8184173347135602	1.458664368050809	0.1446575077987686	1.0	0.9802503465891208	3	P17900	1
Ganglioside catabolic process	0.8184173347135602	1.458664368050809	0.1446575077987686	1.0	0.9802503465891208	3	P17900	1
Histone h4 acetylation	0.5296868121286852	1.4501537491061447	0.1470156493483458	1.0	0.9802503465891208	18	Q03164,Q86UY6	2
Maternal process involved in female pregnancy	0.6225937047087855	1.4501086527374167	0.1470282225805355	1.0	0.9802503465891208	10	Q9BQE5,Q15363,P35613	3
Positive regulation of neuron projection development	0.4593420373040781	1.448684495793205	0.147425712202371	1.0	0.9802503465891208	26	Q9UQB8,Q9Y4G8,Q32P28,Q14108,Q14444,Q7L576	6
Positive regulation of lipid biosynthetic process	0.6403591108437163	1.4486230616454616	0.1474428772567506	1.0	0.9802503465891208	8	Q92604,P16435,P31749,Q8WTV0	4
Regulation of viral induced cytoplasmic pattern recognition receptor signaling pathway	0.709777014458836	1.4475499290567475	0.1477429631529119	1.0	0.9802503465891208	5	O43657	1
Phosphatidylserine metabolic process	0.709731303895734	1.4473529660107174	0.1477980916587757	1.0	0.9802503465891208	5	P48651,Q6P1A2,Q8N2K0	3
Positive regulation of heart rate	0.8154872174879644	1.4468910133156148	0.1479274504828494	1.0	0.9802503465891208	3	P16615,P00813	2
Positive regulation of macroautophagy	0.5909960109233808	1.4467785244721372	0.147958963391847	1.0	0.9802503465891208	13	P09601,P21796	2
Peptidyl glutamic acid modification	0.764247686456335	1.4448797281490595	0.1484916713377808	1.0	0.9802503465891208	4	Q8N0U8	1
Cell adhesion molecule production	0.8130150271556901	1.4369553165684297	0.1507306904614163	1.0	0.982990918290725	3	Q5KU26	1
Positive regulation of cell adhesion molecule production	0.8130150271556901	1.4369553165684297	0.1507306904614163	1.0	0.982990918290725	3	Q5KU26	1
Quaternary ammonium group transport	0.8125231567247188	1.4349782604998451	0.151293292598502	1.0	0.982990918290725	3	Q9HC21,O43772	2
Regulation of er to golgi vesicle mediated transport	0.6532009737663897	1.4342095559403911	0.1515124708955544	1.0	0.982990918290725	6	Q9P2W9,Q9NR31	2
Plasma membrane organization	0.4632630850989597	1.4320097899703343	0.1521410195564603	1.0	0.982990918290725	24	Q9UQB8,Q96CP7,P16615,P31749,P41440,O75955,Q9Y5X1,Q9Y371,P50570,O43633,Q4KMQ2	11
Outer mitochondrial membrane organization	0.705552850771002	1.4293395881454507	0.1529066528023188	1.0	0.982990918290725	5	Q9NS69	1
Glial cell proliferation	0.7053757235468472	1.4285756131212088	0.1531262475646366	1.0	0.982990918290725	5	P04062,P30536	2
Cartilage development involved in endochondral bone morphogenesis	0.7599303190717677	1.427346134336747	0.1534801489105515	1.0	0.982990918290725	4	O75844	1
Regulation of lipid metabolic process	0.4574532764651842	1.4273272728268307	0.1534855829726997	1.0	0.982990918290725	41	O75477,P16435,O75844,Q8NF37,Q8WTV0,P31749,P61916,P07602,Q96G23,Q9NZJ7,O94905,Q13510,Q6P1A2,P30536,Q9UBM7	15
Excretion	0.704986359369871	1.4268961241142395	0.153609838211421	1.0	0.982990918290725	5	Q96PU5,P09601	2
Histone h3 k36 methylation	0.7597381663246664	1.4265654936029768	0.1537051763307171	1.0	0.982990918290725	4	O96028	1
Regulation of phospholipase activity	0.6354303893846577	1.4249671356107587	0.1541667012698462	1.0	0.9840073177321128	8	Q9Y263,P50897	2
Bone remodeling	0.6353816929416795	1.424733222100684	0.1542343319051649	1.0	0.9840073177321128	8	Q92791,O14773	2
Dna unwinding involved in dna replication	0.5745430554441349	1.4180229308179173	0.1561840700986307	1.0	0.9877708377024268	14	Q14566,P33991	2
Neuromuscular process controlling balance	0.5955560958894452	1.4134590098810356	0.1575208055083896	1.0	0.9891812414526864	12	P17900,P10253,O14773	3
Positive regulation of i kappab kinase nf kappab signaling	0.4399689826930154	1.4084715016276357	0.1589914998564183	1.0	0.9906530668996928	30	O43657,P02786,Q7Z7H5,P62942,Q86UE4,P98194,P09601,Q8TB61	8
Glial cell development	0.5724955830047213	1.4064865505059445	0.1595796955901367	1.0	0.9906530668996928	14	Q13144,P31749,P08670,Q92542,Q9NR50	5
O glycan processing	0.8048343641945616	1.4040645841425652	0.1602996185539731	1.0	0.9906530668996928	3	O43505	1
Growth plate cartilage development	0.8040894905875515	1.4010689657475257	0.1611934508729775	1.0	0.9906530668996928	3	O75844	1
Bone growth	0.8040894905875515	1.4010689657475257	0.1611934508729775	1.0	0.9906530668996928	3	O75844	1
Negative regulation of amyloid fibril formation	0.752360019160299	1.396574551695669	0.1625415473765579	1.0	0.994266075590993	4	Q99471,O15212	2
Amyloid fibril formation	0.6374713613020554	1.3963326286026725	0.1626143525643151	1.0	0.994266075590993	7	O15212,P62942	2
Response to pain	0.8025194516487654	1.3947544557871676	0.1630898972565488	1.0	0.995229870100636	3	P31749,P30536	2
Behavioral response to pain	0.8025194516487654	1.3947544557871676	0.1630898972565488	1.0	0.995229870100636	3	P31749,P30536	2
Acute inflammatory response	0.6972903220160283	1.393671143422473	0.1634169340422333	1.0	0.9958126924901765	5	Q9BQE5,P42785	2
Endoplasmic reticulum to golgi vesicle mediated transport	0.4918358516018243	1.39299730187495	0.1636206065862422	1.0	0.9958126924901765	62	O14579,P24390,O95070,Q96PC5,Q9Y3B3,O95249,Q12907,Q9Y282,Q9BVK6,O75396,Q9UBV8,P51572,Q7Z7H5,Q13190,Q8NHH9,Q8IUR0,Q9P2W9,O95487,Q15363,P49755,Q9NR31	21
Regulation of oxidoreductase activity	0.5697171903903506	1.3908167391279307	0.1642810057986967	1.0	0.9976366414215716	14	P16435,Q8TCT9,P06280,Q8WTV0,P31749,Q15070,P00374	7
Negative regulation of cell development	0.5327200097615074	1.3859434324935618	0.1657641771808418	1.0	1.0	17	Q9NQC3,Q9Y4G8,P30536	3
Insulin like growth factor receptor signaling pathway	0.7494440326167598	1.3847133244811631	0.1661401431405698	1.0	1.0	4	P11717,P31749,Q6Y7W6	3
Cellular response to exogenous dsrna	0.6328028513588477	1.3743686024907844	0.1693272784026043	1.0	1.0	7	Q9NUD5,Q5KU26	2
Cerebellar cortex formation	0.6922191009345542	1.3717497212318124	0.1701413641282623	1.0	1.0	5	P04062	1
Homologous chromosome pairing at meiosis	0.6316568719571067	1.3689727005051036	0.1710078085415978	1.0	1.0	7	Q9BTX1,Q92791,P46379	3
Pyramidal neuron differentiation	0.7956175312797433	1.3669910004456298	0.1716281263801498	1.0	1.0	3	O14949	1
Response to nitric oxide	0.690617835668474	1.3648235963643642	0.1723085005505296	1.0	1.0	5	P50570,O95831	2
Cellular response to reactive nitrogen species	0.690617835668474	1.3648235963643642	0.1723085005505296	1.0	1.0	5	P50570,O95831	2
Adult locomotory behavior	0.5757882202202225	1.3634994625678445	0.1727251537238938	1.0	1.0	13	O75844,O15118,P50897	3
Fat soluble vitamin metabolic process	0.6300690132095544	1.3614934055521606	0.1733578161040883	1.0	1.0	7	Q99538,P38435,P04062,Q8N0U8	4
Leukocyte mediated cytotoxicity	0.6048008790238434	1.360226818382139	0.1737581583822836	1.0	1.0	10	Q9NUQ9,P11279,P07437,P68371	4
Positive regulation of mitochondrial calcium ion concentration	0.7431430689399658	1.3590692071770951	0.1741246593604379	1.0	1.0	4	P52306,Q9BPX6,P51572	3
Adult behavior	0.5394108543856594	1.3507032824150638	0.1767905004028096	1.0	1.0	16	P51790,O75844,O15118,P50897	4
Regulation of protein exit from endoplasmic reticulum	0.7404002501626151	1.3479009443508077	0.177690244323216	1.0	1.0	4	Q92544,P51572	2
Negative regulation of defense response	0.4544250272574874	1.3444205517921572	0.1788124316701826	1.0	1.0	23	O43657,P28070,P00813,P04062	4
Astrocyte development	0.7390182948678832	1.3422727740984353	0.1795075677532047	1.0	1.0	4	P08670	1
Negative regulation of ion transmembrane transport	0.5817221192052693	1.339645732974661	0.1803605480605585	1.0	1.0	12	Q96PU5,P21796	2
Regulation of nitric oxide synthase activity	0.6325821852939025	1.3393777915660272	0.1804477155210009	1.0	1.0	6	P06280,Q8WTV0,P31749	3
Stem cell proliferation	0.5912840079567587	1.3385903829926402	0.1807040586107411	1.0	1.0	11	P08183	1
Lysosomal transport	0.4316163364829297	1.338394695577765	0.1807678071374829	1.0	1.0	33	Q96L92,O15118,Q14108,P07602,Q9NZJ7,Q8N1B4,P11717,P11279	8
Regulation of tissue remodeling	0.6320635075051897	1.336985654741511	0.1812273194349796	1.0	1.0	6	P02786,P41240,Q13464	3
Cellular response to retinoic acid	0.6315189255720615	1.3344737311891517	0.1820486503087082	1.0	1.0	6	O94788,Q9P0J0	2
Maternal placenta development	0.6836008616308994	1.334449775986985	0.1820564962790771	1.0	1.0	5	Q15363,P35613	2
Regulation of vacuole organization	0.623992986145364	1.3328446923643251	0.1825827757545757	1.0	1.0	7	Q14108	1
Lymphocyte mediated immunity	0.4375693126642614	1.3274455786427022	0.1843613309654885	1.0	1.0	28	Q9NUQ9,P07437,Q9UQ84,P68371,O96028,P11279	6
Neuron recognition	0.6292547345127387	1.3240265595166607	0.1854942241020705	1.0	1.0	6	P35613,Q9NQC3,Q9Y639	3
Lipid homeostasis	0.5098253540482502	1.3227000358181966	0.185935151632768	1.0	1.0	18	Q5BJF2,Q9NQC3,O15118,O15254,Q8WTV0,P61916,Q15067,O15260	8
Regulation of amyloid fibril formation	0.6808422931844398	1.3224996568279788	0.1860018235608733	1.0	1.0	5	Q9UHV9,Q99471,O15212	3
Organic hydroxy compound transport	0.4483244232026595	1.3171370993537237	0.1877926733733446	1.0	1.0	24	O15118,O15439,Q8WTV0,P61916,Q6P1A2,P53985,Q9H4L5,P30536	8
Regulation of gtp binding	0.6795403438539551	1.3168579289583755	0.1878862508532286	1.0	1.0	5	Q9Y2S7,P16949,O75503	3
Lipid translocation	0.7320237212750338	1.3137767711178887	0.1889213368573816	1.0	1.0	4	P33527,P08183,Q8NB49	3
Glycosylation	0.4266435253289458	1.3123722848864334	0.189394553448092	1.0	1.0	32	O15118,P04062,Q6ZXV5,P46977,Q9BV10,Q2TAA5,Q10472,O60502,O43505,O75503	10
Response to cell cycle checkpoint signaling	0.7788366068639877	1.2994793559405828	0.1937794736444245	1.0	1.0	3	O75844	1
Ventricular cardiac muscle tissue development	0.6168276046291524	1.2990047597591343	0.1939422957111707	1.0	1.0	7	O75844	1
Cellular response to increased oxygen levels	0.6754089783366224	1.2989488373131837	0.1939614879145588	1.0	1.0	5	Q15904,Q9Y487	2
Response to osmotic stress	0.5183965174046662	1.2968279471597728	0.1946903924710248	1.0	1.0	17	Q9Y376,Q9BPX6,P16989,O95202,P08183,P30536	6
Negative regulation of blood pressure	0.7273929328151068	1.2949035038875154	0.1953535196256464	1.0	1.0	4	Q9HB40,P42785	2
Negative regulation of protein polymerization	0.445249756407336	1.2933719943864974	0.1958824313717717	1.0	1.0	24	Q9NUQ9,O15020,P35611,P04350,P45880,Q15691,Q9NYL9	7
Neuron cellular homeostasis	0.7268346923647281	1.2926280255367475	0.1961397418173402	1.0	1.0	4	P51790,Q14203,P23634	3
Negative regulation of microtubule polymerization	0.6737115313311048	1.2915878035149757	0.1964999300264707	1.0	1.0	5	P16949,Q9BTW9,Q15691,P04350	4
G protein coupled receptor signaling pathway	0.4298457308137577	1.2901881714422196	0.1969853320584746	1.0	1.0	35	Q99720,Q9Y4G8,P31749,P07602,Q9NZJ7,P42892,P00813	7
Modification of postsynaptic structure	0.6209643533225494	1.2857295314545687	0.1985374710522416	1.0	1.0	6	Q7L576,Q9UQB8	2
Regulation of glycoprotein metabolic process	0.6206540387259194	1.284294772182166	0.1990388353347949	1.0	1.0	6	Q92542	1
Negative regulation of ion transport	0.5612978150002317	1.2837295901693389	0.1992365871609263	1.0	1.0	13	Q96PU5,P21796	2
L amino acid transport	0.5805803597394021	1.2827773226821435	0.1995701011878949	1.0	1.0	11	Q96QD8,Q9H2H9,Q9Y619	3
Triglyceride biosynthetic process	0.723888488002635	1.2806179245952545	0.2003279009399414	1.0	1.0	4	Q8WTV0,Q16822	2
Detection of biotic stimulus	0.7738221797612264	1.2793108883927755	0.20078759981882	1.0	1.0	3	P30536	1
Cell cycle dna replication	0.515409267409891	1.2781780872020612	0.2011866406409843	1.0	1.0	17	Q14566,O75844,P33991	3
Phosphatidylethanolamine metabolic process	0.7732493516117172	1.2770072612263266	0.2015996837235867	1.0	1.0	3	Q8NCC3,P35790	2
Histone h4 k16 acetylation	0.6121494172662654	1.27688188641817	0.2016439499782747	1.0	1.0	7	Q03164	1
Deoxyribose phosphate catabolic process	0.612058594339294	1.2764521773658235	0.2017957217141228	1.0	1.0	7	Q9H773	1
Plasma lipoprotein particle clearance	0.6044169663411185	1.2753268700009952	0.2021935709513824	1.0	1.0	8	Q8WTV0,P61978,P38571,P09601	4
Placenta blood vessel development	0.618020395048674	1.2721145030744945	0.2033324389062671	1.0	1.0	6	Q15363	1
T cell differentiation in thymus	0.60328387957043	1.2698376181418982	0.2041424777786389	1.0	1.0	8	O96005,P04062	2
Selective autophagy	0.4886711955946461	1.269644947938653	0.2042111309358523	1.0	1.0	19	P21796,Q9NQ88,Q96HY6,O15269,Q99623	5
Photoreceptor cell maintenance	0.77028529084847	1.2650886513383035	0.2058395506008192	1.0	1.0	3	P51790,P11166	2
Mitophagy	0.5859234235367774	1.2643332621082453	0.2061104357459906	1.0	1.0	10	Q99623,Q9NQ88,P21796	3
Natural killer cell activation	0.6093859309057171	1.2638035925542288	0.2063005314192638	1.0	1.0	7	P11279,P46379	2
Myotube differentiation	0.5674828639605782	1.2633276182715645	0.2064714647254553	1.0	1.0	12	Q9BYT8,Q9H7B4,P41440,Q8IV08,P42345	5
Cytosolic calcium ion transport	0.4436831709093526	1.2625252539463891	0.2067598449539776	1.0	1.0	23	Q9BPX6,P78417,P62942,P16615,P21796,O95202	6
Calcium ion export	0.7194217939214357	1.2624074101477074	0.2068022241692193	1.0	1.0	4	O95202,P23634,P20020	3
Protein depalmitoylation	0.6666319421938771	1.2608718156301923	0.2073550341581291	1.0	1.0	5	Q9NUJ1,P50897	2
Macromolecule depalmitoylation	0.6666319421938771	1.2608718156301923	0.2073550341581291	1.0	1.0	5	Q9NUJ1,P50897	2
Lipoprotein catabolic process	0.6666319421938771	1.2608718156301923	0.2073550341581291	1.0	1.0	5	Q9NUJ1,P50897	2
Regulation of myelination	0.6010814228389976	1.2591641070482482	0.2079710630270907	1.0	1.0	8	Q7L576,P31749,Q15058	3
Water homeostasis	0.6080683842341634	1.257565811479343	0.2085488242043189	1.0	1.0	7	Q96PU5	1
Dendrite self avoidance	0.7684085938266734	1.257543687251168	0.2085568299538833	1.0	1.0	3	P35613	1
Heart morphogenesis	0.435096831591133	1.2565145348105122	0.2089294795096727	1.0	1.0	26	O75844,Q9NQC3,P10253,P62942,Q15363,O96028	6
Negative regulation of mitochondrion organization	0.5459048018607003	1.2558681670869931	0.2091637716678041	1.0	1.0	14	P02786,Q9H3K2,O75832,P31749,Q9NQ88,P30536	6
Cartilage development	0.5746662052627006	1.2518697154334084	0.2106173416208479	1.0	1.0	11	P16435,O75844,Q96HY6	3
Regulation of membrane repolarization	0.6642058621598712	1.2503409809108548	0.2111750141746475	1.0	1.0	5	O75844	1
Skin development	0.4270928369825341	1.2501809201906622	0.2112334649919156	1.0	1.0	36	Q08J23,O75844,P04062,Q13510	4
Positive regulation of protein exit from endoplasmic reticulum	0.7662097072989986	1.248704885101269	0.211773033463281	1.0	1.0	3	Q92544,P51572	2
Amyloid beta metabolic process	0.5823579308736127	1.2461698733873068	0.2127020367954082	1.0	1.0	10	O95197,Q9NQC3	2
Walking behavior	0.7148812084578278	1.2438942402130009	0.2135384894888505	1.0	1.0	4	O75844,O15118	2
Response to l glutamate	0.7148482856927558	1.2437600039302956	0.2135879046480691	1.0	1.0	4	Q9UQB8	1
Cellular response to dexamethasone stimulus	0.7142379767725653	1.24127158785632	0.2145054368789458	1.0	1.0	4	Q16822	1
Ceramide biosynthetic process	0.5972719682165937	1.240691862627187	0.214719601522612	1.0	1.0	8	Q96G23,P04062,Q13510	3
Positive regulation of toll like receptor signaling pathway	0.6617351239749435	1.239614165790626	0.2151181385489953	1.0	1.0	5	Q9NQC3	1
Protein exit from endoplasmic reticulum	0.4841040513072965	1.2390041552808524	0.2153439592315087	1.0	1.0	19	Q8TCT9,Q9BVK6,Q92544,O15260,Q9UBV2,Q9BUN8,P51572	7
Membrane raft organization	0.5805388853468265	1.236897823774323	0.2161250180903047	1.0	1.0	10	O15118,P50897	2
Autophagosome organization	0.5203488260744582	1.2355854605715144	0.2166126918948034	1.0	1.0	16	P49768,P04062,P16615,Q9NT62,P11234,Q86Y82,O75396,Q9Y371,Q9UNZ2	9
Microtubule organizing center localization	0.5957638058833665	1.2333750905879832	0.2174358540185634	1.0	1.0	8	P15311,Q8WXH0,Q8TD16,Q9UH99,O43237	5
Regulation of leukocyte apoptotic process	0.6027793600945771	1.232510690638689	0.2177583756292156	1.0	1.0	7	P00813	1
Mitochondrial protein processing	0.6090010788402507	1.2303584441300732	0.2185629075661324	1.0	1.0	6	Q9UJZ1,Q99797,Q10713	3
Establishment of pigment granule localization	0.7613173010313734	1.229045634274222	0.2190546967707467	1.0	1.0	3	Q13561	1
Regulation of monooxygenase activity	0.586799927625918	1.227114452583452	0.2197795765354659	1.0	1.0	9	P16435,Q8TCT9,P06280,Q8WTV0,P31749	5
Export across plasma membrane	0.5866056603211558	1.2261483478674509	0.2201428546152368	1.0	1.0	9	P33527,P20020,O15439,P05023,P08183,Q4KMQ2	6
Regulation of translational initiation by eif2 alpha phosphorylation	0.7099635349107883	1.2238437760632055	0.2210111667499068	1.0	1.0	4	Q15363	1
Regulation of sulfur metabolic process	0.7595395575065754	1.2219046691557465	0.2217436795621781	1.0	1.0	3	O75027	1
Trophectodermal cell differentiation	0.6071405817193387	1.2217376678894605	0.2218068468493395	1.0	1.0	6	P00813	1
Glycoside metabolic process	0.5933614658441122	1.2217162900906	0.2218149338117734	1.0	1.0	8	P06280,P08236,Q9NUJ1,P04062	4
Response to acid chemical	0.4941208500715229	1.2211515270572897	0.2220286533294924	1.0	1.0	18	Q15388,Q9UQB8,Q8IWV7,Q99729,O95831	5
Entry into host	0.4246189334018438	1.221023492590236	0.2220771250621338	1.0	1.0	28	P02786,O15118,P35613,Q14108,Q8WTV0,P19474,P07237,P11279	8
Regulation of phospholipid metabolic process	0.5991828620575078	1.2154609651117816	0.224190328038647	1.0	1.0	7	Q99623,Q8WTV0,Q8NF37	3
T cell apoptotic process	0.5920241374798452	1.215224082893864	0.2242806375666588	1.0	1.0	8	P24390,P00813	2
Cellular response to acid chemical	0.5674356980296006	1.2140248694138474	0.2247382275518727	1.0	1.0	11	Q8IWV7,Q99729,Q9UQB8	3
Regulation of inflammatory response	0.4204326478610232	1.2136577823887027	0.2248784320718337	1.0	1.0	29	P33527,Q8N2K0,P04062,Q6P1A2,P60900,P00813,P28070	7
Cellular response to inorganic substance	0.4202232460191322	1.2119023118727277	0.2255497770878656	1.0	1.0	29	Q6NUK1,P31749,Q99538,Q9NQ88,Q92542,P09601,P30536,O95831	8
Positive regulation of mitochondrion organization	0.5045655467628187	1.210314328433208	0.2261583016204267	1.0	1.0	17	Q96A26,P21796	2
Neutral amino acid transport	0.604672628316137	1.2102987820293696	0.2261642648786652	1.0	1.0	6	Q9H2H9	1
Glycerophospholipid catabolic process	0.6043142392804753	1.2086373537440789	0.2268021990646116	1.0	1.0	6	Q8NCC3,Q8WTV0,Q8N2K0	3
Purine containing compound transmembrane transport	0.5829564097110628	1.207994199367186	0.22704949356391	1.0	1.0	9	P12236,Q8TB61,P41440,O15439	4
Specification of symmetry	0.5972224502683159	1.206163531423301	0.2277544423761559	1.0	1.0	7	Q15363	1
Lipid droplet formation	0.7548920799186736	1.20324388127195	0.2288819585030559	1.0	1.0	3	Q14534	1
Regulation of stem cell population maintenance	0.6530646660667805	1.2019580232273903	0.2293797919943929	1.0	1.0	5	Q9Y6J9	1
Long term synaptic potentiation	0.5735692873982347	1.2013413354914888	0.2296188223305932	1.0	1.0	10	Q99538,Q9BPZ3	2
Cellular modified amino acid catabolic process	0.7043170207011263	1.2008245145744645	0.2298192803773304	1.0	1.0	4	Q9UHG3,Q8N2K0	2
Positive regulation of sequestering of calcium ion	0.7040971769664737	1.1999283762455508	0.2301671583074667	1.0	1.0	4	P62942	1
Negative regulation of ryanodine sensitive calcium release channel activity	0.7040971769664737	1.1999283762455508	0.2301671583074667	1.0	1.0	4	P62942	1
Negative regulation of calcium ion transport into cytosol	0.7040971769664737	1.1999283762455508	0.2301671583074667	1.0	1.0	4	P62942	1
Phospholipid catabolic process	0.5805053279405299	1.1957944503571876	0.2317767821411547	1.0	1.0	9	Q8NCC3,Q8WTV0,Q8NHP8,Q8N2K0	4
Transepithelial transport	0.6516337505420793	1.1957421419669714	0.2317972005016702	1.0	1.0	5	P51798,P08183	2
Cardiac muscle contraction	0.5019136765691552	1.1936821232154025	0.2326023359704687	1.0	1.0	17	Q96PU5,P78417,P10253,P16615,P05023,P09493	6
Protein insertion into mitochondrial inner membrane	0.651134116880207	1.1935716821325606	0.2326455566143179	1.0	1.0	5	Q9P0J0,Q9Y5J7	2
Negative regulation of oxidoreductase activity	0.7017464357809973	1.1903468003844404	0.2339101134023562	1.0	1.0	4	P06280	1
Cellular response to leucine	0.7515664058687551	1.1898979688223	0.2340864969166893	1.0	1.0	3	Q8IWV7	1
Negative regulation of developmental growth	0.5863251320209829	1.1875429182444115	0.2350135381819351	1.0	1.0	8	Q99538,Q9NQC3	2
Regulation of cellular response to growth factor stimulus	0.423565588180959	1.1871414573082772	0.2351718280798092	1.0	1.0	27	Q9UPN9,P62942,Q9Y639,Q8N0X7,Q92896,P23634,O00560,P50570,Q96F07,Q7L576,Q9Y2U8	11
Immune response regulating signaling pathway	0.4310213702265162	1.1870858924032677	0.2351937424151839	1.0	1.0	42	O43657,Q9NQC3,P46379,Q5KU26,Q9NUD5,Q9NR50,P00813,Q9NPR9	8
Antigen processing and presentation of exogenous peptide antigen	0.7008958987093927	1.1868803435128554	0.2352748217487512	1.0	1.0	4	Q9UIQ6	1
Regulation of leukocyte mediated cytotoxicity	0.5993515646143164	1.1856240233957518	0.2357708107430767	1.0	1.0	6	Q9NUQ9,P11279	2
Positive regulation of cell killing	0.5993515646143164	1.1856240233957518	0.2357708107430767	1.0	1.0	6	Q9NUQ9,P11279	2
Glycerophospholipid metabolic process	0.4363742417407748	1.1853865822030991	0.235864634417783	1.0	1.0	45	Q92604,Q9NPH0,Q10713,Q8N2K0,Q8NF37,Q9UJZ1,Q8WTV0,O95674,Q9BTU6,Q8NCC3,Q6P1A2,P35790,P48651,Q99623	14
Vesicle targeting rough er to cis golgi	0.5700913257811737	1.183581435141606	0.236578792870743	1.0	1.0	10	Q15363	1
Positive regulation of cysteine type endopeptidase activity	0.4227008014677926	1.1801029672862453	0.2379592646068085	1.0	1.0	27	Q9P0J0,O14737,Q99538,Q96F07,Q96A26,O95831	6
T cell differentiation	0.4350018655880971	1.1800777341265372	0.2379692994265632	1.0	1.0	22	P24390,P04062,O96005	3
I kappab phosphorylation	0.7487038382523044	1.178416136239397	0.2386307478597842	1.0	1.0	3	Q96HY6	1
Regulation of synaptic vesicle exocytosis	0.5977051147712429	1.177986262988062	0.2388020827421613	1.0	1.0	6	P16615,P35080	2
Regulation of biomineralization	0.5974890464467473	1.1769838481610069	0.2392019530765443	1.0	1.0	6	O75844,P04920,Q4KMQ2	3
Regulation of membrane protein ectodomain proteolysis	0.6981984706143851	1.175887970043468	0.2396396467093513	1.0	1.0	4	Q9Y5X1	1
Arf protein signal transduction	0.7478279701121856	1.1749041253173371	0.24003307499909	1.0	1.0	3	Q8N6T3	1
Negative regulation of neuron death	0.4164415373381093	1.1748602063352962	0.2400506483080566	1.0	1.0	35	Q01105,P04062,O95630,P07196,P31749,Q9UMX5,Q99538,Q9NQ88,P50897,P09601	10
Polyamine biosynthetic process	0.7474692705991115	1.173465987936679	0.2406089884992179	1.0	1.0	3	Q9H2H9	1
Glutamine transport	0.7474692705991115	1.173465987936679	0.2406089884992179	1.0	1.0	3	Q9H2H9	1
Homologous chromosome segregation	0.5833641973332316	1.173152698443861	0.2407345767747188	1.0	1.0	8	Q9BTX1,Q92791,P46379	3
Regulation of mitochondrial gene expression	0.5746092558318515	1.1664300158730032	0.2434406286456907	1.0	1.0	9	Q9Y2R0	1
Cellular carbohydrate catabolic process	0.4973122929103418	1.1647931597293504	0.2441027283769625	1.0	1.0	17	Q14108,Q9NQ88,P08236,P10253	4
Ensheathment of neurons	0.4468265780953284	1.1646573272498904	0.244157728672522	1.0	1.0	21	Q13144,Q9Y4W6,P31749,Q9NR77,Q92542,P42345,Q7L576,Q15058	8
Lymphocyte activation involved in immune response	0.4278599575189056	1.1582741470723017	0.2467521781434019	1.0	1.0	24	P00813,O96028,Q9UQ84,P11279	4
Intraciliary transport	0.5928008468950884	1.155229151968083	0.2479965997910977	1.0	1.0	6	O43805,A0AVF1	2
Positive regulation of peptidase activity	0.4177126410509205	1.1531829272241	0.2488353095422344	1.0	1.0	37	Q9P0J0,O14737,Q9NZJ7,Q99538,Q96F07,Q92542,Q96A26,O95831,P61289	9
Skeletal muscle cell differentiation	0.5922165411026319	1.1525172518711122	0.2491085846702594	1.0	1.0	6	P50402,Q9BYT8,P61201	3
Regulation of caveolin mediated endocytosis	0.9640740740740746	1.1511262873917063	0.249680284816905	1.0	1.0	2	Q13432	1
Nuclear pore complex assembly	0.5711658377695277	1.149270542232959	0.2504444409218871	1.0	1.0	9	Q9NQC3,Q9BTX1	2
Negative regulation of growth	0.4241552908112161	1.148117741294154	0.2509199611436463	1.0	1.0	25	Q9NQC3,Q9P0J0,P50897	3
Regulation of modification of postsynaptic structure	0.7410704572024295	1.147827675579038	0.2510397098555839	1.0	1.0	3	Q9UQB8	1
Plasma membrane tubulation	0.6401037713047901	1.145653022069787	0.251938749040149	1.0	1.0	5	Q9Y371,Q9Y5X1	2
Sterol transport	0.4701571463748452	1.145125987577218	0.2521569717375946	1.0	1.0	19	O15118,Q8WTV0,P61916,Q6P1A2,P30536	5
Negative regulation of bmp signaling pathway	0.7402741756206015	1.1446395304934052	0.2523585099630785	1.0	1.0	3	Q9UPN9,Q8N0X7	2
Forebrain neuron differentiation	0.6904383621284224	1.1442784535229142	0.2525081760322818	1.0	1.0	4	O14949	1
Forebrain generation of neurons	0.6904383621284224	1.1442784535229142	0.2525081760322818	1.0	1.0	4	O14949	1
Forebrain neuron development	0.6904383621284224	1.1442784535229142	0.2525081760322818	1.0	1.0	4	O14949	1
Regulation of dendrite morphogenesis	0.5451723100891261	1.1432097830293455	0.2529515014082641	1.0	1.0	12	Q96PU5,Q9UQB8	2
Positive regulation of release of cytochrome c from mitochondria	0.5899220958846623	1.1418672383554247	0.2535092083601387	1.0	1.0	6	Q96A26	1
Negative regulation of transmembrane receptor protein serine threonine kinase signaling pathway	0.5617695705354113	1.1410506375051943	0.2538488512773933	1.0	1.0	10	Q9UPN9,P62942,Q8N0X7,Q92896,P50570,Q9Y2U8	6
Organelle disassembly	0.410497778041392	1.13987708517592	0.2543375129440943	1.0	1.0	34	Q13190,P04062,Q9NT62,P21796,Q9NQ88,Q96HY6,P30536,Q99623	8
Learning	0.5044811394472518	1.1392360068759195	0.2546047311817467	1.0	1.0	16	Q99538,O00264,P50897	3
Eye photoreceptor cell development	0.7380511300481765	1.135741887469965	0.2560646044510166	1.0	1.0	3	P54802,Q15555	2
Regulation of plasma lipoprotein particle levels	0.5524834914205081	1.1356025344662295	0.2561229476777042	1.0	1.0	11	P61978,Q8WTV0,P38571,Q6P1A2,P09601	5
Positive regulation of membrane protein ectodomain proteolysis	0.7378177294498452	1.134807971979782	0.256455785317577	1.0	1.0	3	Q9Y5X1	1
Regulation of plasma membrane organization	0.737267573382495	1.1326068101233835	0.2573794075024327	1.0	1.0	3	Q9Y371	1
Cellular response to molecule of bacterial origin	0.4167954604137705	1.1319661355135988	0.2576486719633961	1.0	1.0	27	Q9NUQ9,O43823,Q8WTV0,Q9Y263,P31749,P08670,P30536	7
Positive regulation of long term synaptic potentiation	0.7366537454764852	1.1301512345782476	0.2584125040440685	1.0	1.0	3	Q99538	1
Regulation of heart contraction	0.4264225364765192	1.1300532206701088	0.2584537995018736	1.0	1.0	23	O75844,P10253,P78417,Q6PI78,P16615,P05023,P00813	7
Second messenger mediated signaling	0.4420271451117988	1.1296950876126175	0.258604727883895	1.0	1.0	21	O75844,P78417,Q9Y4G8,P16615,P42345,P00813	6
Regulation of notch signaling pathway	0.6868087704237708	1.1295029878434686	0.2586857098527215	1.0	1.0	4	P31749	1
Cellular response to dsrna	0.5670827868910162	1.1289158527508012	0.2589333326545702	1.0	1.0	9	Q9NUD5,Q5KU26	2
Amino acid transport	0.5134135950683206	1.1285992998880372	0.2590669061783335	1.0	1.0	15	Q9UJS0,Q6P4A7,Q9H2H9,Q96NB2,Q96QD8,Q9Y619	6
Sulfur compound catabolic process	0.5869173792817635	1.127918481306971	0.2593543479942675	1.0	1.0	6	P16278	1
Regulation of golgi organization	0.5796170175591973	1.1225783941802523	0.2616165957676792	1.0	1.0	7	Q9P2W9	1
Negative regulation of release of cytochrome c from mitochondria	0.5857627708166637	1.1225580128942954	0.2616252560392937	1.0	1.0	6	O75832,P31749,Q9H3K2	3
Mitochondrial fusion	0.5318450129611682	1.1206319998519825	0.2624445380599243	1.0	1.0	13	P02786,O60313,Q9UJZ1,Q9Y4W6,Q9Y6C9,Q9NX63,Q8IWA4	7
Negative regulation of blood circulation	0.7338228829330044	1.118831296751066	0.2632121172694857	1.0	1.0	3	P16615	1
Endoplasmic reticulum unfolded protein response	0.440432912030145	1.1180697005228584	0.2635372259166644	1.0	1.0	21	Q6NTF9,P57088,Q15363,Q7Z2K6,Q96HY6,Q9BUN8,Q9Y4P3	7
Protein localization to membrane raft	0.6334503856451678	1.1167552801965903	0.2640989744832365	1.0	1.0	5	Q14699,O75955,P41440	3
Terpenoid biosynthetic process	0.633099078785617	1.11522974606185	0.2647519821737965	1.0	1.0	5	O94788	1
Aminoglycan biosynthetic process	0.5829397586199033	1.1094509967482693	0.2672356730345799	1.0	1.0	6	O43505	1
Positive regulation of autophagy	0.4522887942693646	1.1093066385746717	0.2672979222228233	1.0	1.0	20	Q86UE4,P19474,P21796,Q9Y371,P09601	5
Transition metal ion homeostasis	0.4769049596626008	1.1092217059807268	0.2673345509590428	1.0	1.0	18	P30519,Q9Y487,P09601	3
Cellular response to estradiol stimulus	0.7313585693108628	1.1089837199174282	0.2674372051888114	1.0	1.0	3	O95831	1
Proton transporting two sector atpase complex assembly	0.7310114857354679	1.1075972647531258	0.2680357852496176	1.0	1.0	3	Q92544,Q15070	2
Pyridine nucleotide biosynthetic process	0.7306297923566126	1.1060727083164863	0.2686950502712775	1.0	1.0	3	P43490	1
Regulation of translational initiation in response to stress	0.5820255215317066	1.1052061310137853	0.2690702808482399	1.0	1.0	6	Q15363	1
Cholesterol efflux	0.5817980482140248	1.1041499509710293	0.2695280961425492	1.0	1.0	6	Q8WTV0,P61916,O15118	3
Adp transport	0.680504077094151	1.103855297832744	0.2696559127667015	1.0	1.0	4	P12236,O43808,P12235	3
Glycosylceramide catabolic process	0.9507407407407412	1.1032947769291686	0.2698991740863379	1.0	1.0	2	P06280	1
Regulation of neuron migration	0.5811505925375337	1.1011437453335768	0.2708341005305765	1.0	1.0	6	Q9Y4G8	1
Negative regulation of ion transmembrane transporter activity	0.5613920209382687	1.100535952817562	0.2710986737489742	1.0	1.0	9	Q96PU5,P78417,P62942	3
Cell activation involved in immune response	0.4019933303174252	1.0990462322472572	0.2717479006602536	1.0	1.0	32	Q9UQ84,P09601,O96028,P00813,P11279	5
Membrane raft assembly	0.5740186587397131	1.0959789990613398	0.2730879650564022	1.0	1.0	7	Q14699,O75955,P41440	3
Heart process	0.4094424719783026	1.0954071729294776	0.2733382930320436	1.0	1.0	28	Q96PU5,O75844,P10253,P78417,Q6PI78,P16615,P05023,P09493,P00813	9
Regulation of mitochondrial fission	0.5668382302606224	1.09276556975683	0.2744967422224909	1.0	1.0	8	Q9NUQ9,O00429,Q8NE86,Q96HS1,Q9GZY8	5
Purine ribonucleoside metabolic process	0.5665768001273239	1.091493337567026	0.2750558619070373	1.0	1.0	8	O60725	1
Ribonucleoside metabolic process	0.5665768001273239	1.091493337567026	0.2750558619070373	1.0	1.0	8	O60725	1
Negative regulation of response to food	0.9474074074074088	1.0913741547388924	0.2751082800893227	1.0	1.0	2	P80303	1
Regulation of response to food	0.9474074074074088	1.0913741547388924	0.2751082800893227	1.0	1.0	2	P80303	1
Regulation of appetite	0.9474074074074088	1.0913741547388924	0.2751082800893227	1.0	1.0	2	P80303	1
Positive regulation of biomineralization	0.7265653945905926	1.0898488462385334	0.2757797330128846	1.0	1.0	3	P04920,Q4KMQ2	2
Biomineralization	0.5722337245316139	1.0874977175656773	0.2768169067276083	1.0	1.0	7	O75844,P04920,P20020,Q4KMQ2,P18074	5
Regulation of toll like receptor 3 signaling pathway	0.7254538718043804	1.0854153282923342	0.2777377464490116	1.0	1.0	3	P41440,O75955	2
Regulation of heterotypic cell cell adhesion	0.7254538718043804	1.0854153282923342	0.2777377464490116	1.0	1.0	3	P41440,O75955	2
Synapse maturation	0.7250605986772473	1.0838470421006623	0.2784326235285432	1.0	1.0	3	P07196	1
Calcium mediated signaling	0.494882480800738	1.0807881121950342	0.2797913776545164	1.0	1.0	16	O75844,P78417,P16615,P42345,Q8NE86,P00813,P51572	7
Glycerolipid metabolic process	0.4347474731247722	1.078807126607655	0.2806737172372147	1.0	1.0	51	Q92604,Q9NPH0,Q10713,Q8N2K0,Q16822,Q9UJZ1,Q8NF37,Q8WTV0,O95674,Q9BTU6,Q8NCC3,Q6P1A2,Q9UBV2,P35790,P48651,Q99623	16
Steroid hormone biosynthetic process	0.5762365604288202	1.0783277265636904	0.280887527760109	1.0	1.0	6	Q9UBM7,P30536	2
Negative regulation of neuron apoptotic process	0.4128700672097042	1.0781875182522915	0.2809500810075218	1.0	1.0	26	Q01105,P04062,O95630,P07196,Q99538,P50897,P09601	7
Regulation of chondrocyte differentiation	0.6740419739348766	1.0775955764629783	0.281214277167372	1.0	1.0	4	P16435	1
Regulation of cartilage development	0.6740419739348766	1.0775955764629783	0.281214277167372	1.0	1.0	4	P16435	1
L alpha amino acid transmembrane transport	0.5567000160186348	1.077131289645563	0.2814216161741536	1.0	1.0	9	Q9UJS0,Q9H2H9,Q9Y619	3
Regulation of skeletal muscle tissue development	0.6731861384145015	1.0741202404380406	0.2827687940006198	1.0	1.0	4	P41440	1
Positive regulation of synaptic transmission	0.5041525786246471	1.073962401364836	0.2828395333692111	1.0	1.0	15	Q99538,Q92542,Q9BPZ3	3
Regulation of cell killing	0.5688169316932401	1.0712627023360108	0.2840513252360339	1.0	1.0	7	Q9NUQ9,P11279	2
Plasma membrane raft organization	0.7218088733830186	1.070887276269648	0.2842201176077428	1.0	1.0	3	P41440	1
Plasma membrane raft assembly	0.7218088733830186	1.070887276269648	0.2842201176077428	1.0	1.0	3	P41440	1
Receptor catabolic process	0.5744688634561591	1.070120815162204	0.2845649309216811	1.0	1.0	6	Q99538	1
Negative regulation of response to external stimulus	0.4072117470825499	1.0624351216804109	0.2880381965085392	1.0	1.0	37	O43657,P04062,Q9UMX5,Q6P1A2,P80303,P00813,P28070	7
Response to nerve growth factor	0.5719415671701309	1.058388310333296	0.2898784465930608	1.0	1.0	6	P31749,Q9Y4G8	2
Protein localization to lysosome	0.5373236421071499	1.0559535190715614	0.2909894510626545	1.0	1.0	11	Q14108	1
Negative regulation of cell growth	0.418625664602726	1.0556058471158327	0.2911483284343661	1.0	1.0	22	Q9NQC3,P50897	2
Lipid droplet organization	0.5654761357696944	1.0553900166601753	0.2912469868836025	1.0	1.0	7	O95674,Q14534	2
Protein lipid complex assembly	0.6683672110320769	1.054563930026063	0.2916248077161794	1.0	1.0	4	Q6P1A2	1
Negative regulation of transmembrane transport	0.5008550228815274	1.0544928733920684	0.2916573217170746	1.0	1.0	15	Q96PU5,P78417,P62942,P31749,P21796	5
Cellular transition metal ion homeostasis	0.5008057109055977	1.0542016800599652	0.291790591028104	1.0	1.0	15	Q8NEW0,P02786,O75880,Q9Y487,O75027,P61421,Q15904,P09601	8
Deoxyribonucleoside triphosphate catabolic process	0.6177243083662551	1.0485176804046812	0.2944001607498112	1.0	1.0	5	Q9H773	1
Nucleoside triphosphate catabolic process	0.6177243083662551	1.0485176804046812	0.2944001607498112	1.0	1.0	5	Q9H773	1
Cognition	0.3998861032391603	1.0477162124991393	0.2947693757060001	1.0	1.0	34	Q13641,Q9BPZ3,Q99538,P17900,Q92542,O00264,P50897	7
Regulation of autophagy of mitochondrion	0.5272221388839087	1.0462803247621075	0.2954316266392485	1.0	1.0	12	P30536,P21796	2
Regulation of cellular carbohydrate catabolic process	0.5692772911711093	1.0460216738401915	0.2955510257856337	1.0	1.0	6	Q14108	1
Protein ufmylation	0.7152704690672935	1.0448710948843891	0.2960825507230904	1.0	1.0	3	Q96HY6	1
Atp synthesis coupled electron transport	0.4011684983378231	1.042511096541518	0.2971747835142333	1.0	1.0	35	Q9H3K2,Q9Y6M9,P00403,O14949,Q7KZN9,P13073,O96000,Q9UDW1,O43676	9
Lens development in camera type eye	0.6646546705145027	1.0395129098396276	0.2985662571518914	1.0	1.0	4	P08670	1
Clathrin dependent endocytosis	0.4773819725837561	1.0393272485376852	0.2986525663049515	1.0	1.0	17	Q5VW38	1
Deoxyribonucleoside triphosphate metabolic process	0.5619584018218147	1.038679281934918	0.2989539197802351	1.0	1.0	7	Q9H773	1
Positive regulation of protein binding	0.4293028730073622	1.036769282016474	0.2998433946856365	1.0	1.0	21	Q9Y4G8,P62942,P19474,P41440,P35611,Q9BUN8	6
Reactive nitrogen species metabolic process	0.4977526836188369	1.0361711347554856	0.3001223106076165	1.0	1.0	15	P16435,O43169,Q92945,P06280,P31749,P07900,P50570,P30536	8
Regulation by virus of viral protein levels in host cell	0.6631359238247962	1.0333599368831954	0.3014354877430669	1.0	1.0	4	Q16531	1
Ribonucleoprotein complex localization	0.6139040749019066	1.0319636288740892	0.3020891562610459	1.0	1.0	5	Q8WWY3,Q08J23	2
Positive regulation of establishment of protein localization to mitochondrion	0.5398693898830302	1.028989702151578	0.3034845139628106	1.0	1.0	10	O14737,P55786	2
Body fluid secretion	0.515194179386681	1.0280955772504456	0.3039048708762442	1.0	1.0	13	Q13505,P00403	2
Positive regulation of erad pathway	0.7108963884208555	1.0275014251716328	0.3041844147018069	1.0	1.0	3	P46379	1
Negative regulation of alcohol biosynthetic process	0.9292592592592596	1.026775389733204	0.3045262403551145	1.0	1.0	2	O94905	1
Negative regulation of cholesterol metabolic process	0.9292592592592596	1.026775389733204	0.3045262403551145	1.0	1.0	2	O94905	1
Antigen processing and presentation of peptide antigen	0.5464967815043734	1.0262351695835232	0.3047807474833792	1.0	1.0	9	Q99538,Q9NZ08,Q9UIQ6	3
Regulation of cellular response to transforming growth factor beta stimulus	0.5224672234525599	1.0205897104346418	0.3074488664857444	1.0	1.0	12	Q9UPN9,P62942,Q92896,O00560,P50570,Q9Y2U8	6
Neuron apoptotic process	0.4207170992480817	1.020512201047009	0.3074856057326085	1.0	1.0	47	Q99720,Q01105,P04062,O95630,P07196,Q99538,Q92542,P50897,P09601,Q96A26,O95831	11
Regulation of establishment of protein localization to mitochondrion	0.5222188874483065	1.0192479868758384	0.3080852502127915	1.0	1.0	12	O14737,P55786	2
Fatty acid beta oxidation using acyl coa oxidase	0.6109437150318255	1.0191437767324902	0.3081347138597161	1.0	1.0	5	Q15067	1
Neurotransmitter transport	0.4135146952865572	1.016641369823662	0.3093240663624084	1.0	1.0	22	O95721,Q9H2H9,Q99808,P16615,P41440,P50897,Q96QD8	7
Regulated exocytosis	0.4051740103679021	1.016093386449275	0.3095849181211714	1.0	1.0	26	O43760,O15439,P16615,Q15907,P09601,P11279	6
Phagocytosis recognition	0.925555555555557	1.013661265891448	0.3107444126921648	1.0	1.0	2	Q5KU26	1
Sodium ion homeostasis	0.5621829050286555	1.0131053362657605	0.3110098496867488	1.0	1.0	6	Q96PU5,Q9Y5X3	2
Multicellular organismal signaling	0.412739381116557	1.0107271194651992	0.3121470534275745	1.0	1.0	22	P16615,O75844,Q6PI78,P04062	4
Homeostasis of number of cells within a tissue	0.7064086109079055	1.0097119031536363	0.3126333379556625	1.0	1.0	3	P38571	1
Glycosylceramide metabolic process	0.7062452287963542	1.0090648934949291	0.3129435131873195	1.0	1.0	3	P06280	1
Regulation of morphogenesis of a branching structure	0.6571058746856816	1.0089563147611598	0.3129955854809103	1.0	1.0	4	Q9NQC3	1
Circulatory system process	0.4572787515159768	1.005313783753496	0.3147457799786832	1.0	1.0	69	P41440,O60568,P42345,P00813,P42785,Q9HB40,Q9UIQ6,P11166,P78417,O15439,P16615,P02786,O75844,P10253,Q6PI78,Q9H2H9,P08183,P09601,P42892,P33527,Q96PU5,Q9NZ08,P05023,Q9Y5X3,P09493,P53985,Q96QD8	27
Regulation of systemic arterial blood pressure	0.6070513276583251	1.0023000120033898	0.3161987167585534	1.0	1.0	5	P42785	1
Regulation of translation in response to endoplasmic reticulum stress	0.6553772042461639	1.0019686663147391	0.3163587264264076	1.0	1.0	4	Q15363	1
Regulation of atp metabolic process	0.4369737361187833	1.001704683646444	0.3164862439425016	1.0	1.0	20	P30536,Q9NQ88,P00403,P14406	4
Phosphatidylcholine acyl chain remodeling	0.9218518518518536	1.00057297281517	0.3170333020069447	1.0	1.0	2	Q8NF37	1
Antigen processing and presentation	0.4817159608156854	1.0005003558410308	0.3170684255109832	1.0	1.0	16	Q99538,Q9NZ08,P04062,Q9UIQ6	4
B cell activation involved in immune response	0.491301778930025	0.9980651593322284	0.3182477633024074	1.0	1.0	15	P00813,O96028,Q9UQ84	3
Cellular response to amyloid beta	0.6058655601205979	0.9971717770401974	0.3186811376640492	1.0	1.0	5	Q99538	1
Response to amyloid beta	0.6058655601205979	0.9971717770401974	0.3186811376640492	1.0	1.0	5	Q99538	1
Vacuolar transport	0.4015156446471336	0.9969486551830904	0.3187894330097076	1.0	1.0	38	Q96L92,O15118,O14976,Q9Y2T2,Q14108,P07602,Q9NZJ7,P61421,O43633,Q8N1B4,P11717,P11279,P20645	13
Cd40 signaling pathway	0.6539528181381088	0.9962139632753352	0.3191461963795587	1.0	1.0	4	Q9BXW9	1
Cellular response to cadmium ion	0.6530394184770606	0.9925251614489612	0.3209414116179805	1.0	1.0	4	P09601	1
Cellular response to osmotic stress	0.5167284322691399	0.9895869336756616	0.3223760591512716	1.0	1.0	12	Q9Y376,Q9BPX6,P16989,O95202,P30536	5
Negative regulation of cell projection organization	0.4038592318188446	0.9869162912256976	0.3236836770409601	1.0	1.0	25	P31150,Q9NQC3,Q9Y4G8,Q8N0X7,Q96G23,P08670,P50570,Q9NR77,P35080,Q9UL15,Q9UQ16	11
Intracellular sterol transport	0.555807461287293	0.9835488671963376	0.3253373768480652	1.0	1.0	6	O15118	1
Regulation of neurotransmitter uptake	0.699616527495384	0.9828546409904536	0.3256789847707566	1.0	1.0	3	P41440	1
Regulation of protein localization to cell surface	0.5233841063548754	0.9826981384138408	0.3257560272081541	1.0	1.0	11	Q96PU5,P31749,Q15907	3
Mitochondrion distribution	0.6500386510823429	0.980414716374718	0.3268814483809774	1.0	1.0	4	O75153	1
Positive regulation of monooxygenase activity	0.6017204801092816	0.979257148613013	0.3274529376713193	1.0	1.0	5	Q8WTV0,P16435,P31749	3
Glycoprotein biosynthetic process	0.3938904013437658	0.979173302669238	0.3274943574507434	1.0	1.0	35	O15118,Q2TAA5,Q6ZXV5,P46977,Q9BV10,Q10472,O60502,Q92542,O43505,Q99805	10
Bone resorption	0.5487508884632846	0.9759866959798504	0.3290710572342483	1.0	1.0	7	O14773	1
Protein hydroxylation	0.4966400849454837	0.974275653841112	0.3299196896566301	1.0	1.0	14	Q96AY3,Q32P28,Q92791,O15460,P13674	5
Alcohol metabolic process	0.453370596613606	0.972633049740656	0.3307357106498179	1.0	1.0	69	P51648,P16435,P04062,Q16850,Q9BQE5,Q15392,P37268,Q15800,Q9UBM7,P61916,Q14534,Q9BY49,O94905,Q13510,O75477,O15118,Q8WTV0,Q6P1A2,O94788,Q14739,P48449,Q6NUM9	22
Regulation of epidermal growth factor activated receptor activity	0.6961837717673196	0.9693137858361882	0.3323886530537741	1.0	1.0	3	Q9UNH7,P49768	2
Negative regulation of epidermal growth factor activated receptor activity	0.6961837717673196	0.9693137858361882	0.3323886530537741	1.0	1.0	3	Q9UNH7,P49768	2
Neural retina development	0.53480215704837	0.9679399400150648	0.3330743658649657	1.0	1.0	9	P49768,P20020,Q8NBN7,P23634,P54802,Q15555	6
Negative regulation of leukocyte migration	0.5411160898233982	0.9676526724122174	0.3332178619850956	1.0	1.0	8	P00813,P09601	2
Multicellular organism aging	0.5275750669862485	0.9660995970197558	0.3339943461730645	1.0	1.0	10	O75844	1
Pinocytosis	0.551456172044567	0.9633942927117712	0.3353496893599557	1.0	1.0	6	P50897	1
Endoplasmic reticulum calcium ion homeostasis	0.5457942719724395	0.9619685547182936	0.3360653998403338	1.0	1.0	7	Q96A33,P16615,P51572	3
Glutamate biosynthetic process	0.6920892211028562	0.9531935388899926	0.3404920194433622	1.0	1.0	3	O94925	1
Positive regulation of synaptic vesicle recycling	0.6916131940429471	0.9513217062966228	0.3414410913533965	1.0	1.0	3	Q9Y263	1
Regulation of lysosomal lumen ph	0.9074074074074112	0.9497956997673644	0.3422160713394351	1.0	1.0	2	P50897	1
Lysosomal lumen acidification	0.9074074074074112	0.9497956997673644	0.3422160713394351	1.0	1.0	2	P50897	1
Cellular sodium ion homeostasis	0.6417123799250298	0.9468838183897283	0.3436979843921564	1.0	1.0	4	Q96PU5	1
Regulation of tube size	0.5299583117562463	0.9438210415352484	0.3452611061846014	1.0	1.0	9	Q9HB40	1
Tetrapyrrole biosynthetic process	0.5285744609627498	0.9369344107685252	0.3487922973225255	1.0	1.0	9	P22830,O00264,Q7KZN9,P30536	4
Intermembrane lipid transfer	0.5913320637265005	0.9344551757304485	0.3500691475718669	1.0	1.0	5	P61916,P30536	2
Labyrinthine layer blood vessel development	0.6384366645855499	0.933723990120644	0.3504462867566618	1.0	1.0	4	Q15363	1
Cellular response to extracellular stimulus	0.3978307404730529	0.933095343055243	0.3507707433742957	1.0	1.0	40	P04062,P21964,P56192,Q9H773,Q96QD8,Q9Y371,P09601,P42345,O95831,Q9Y4P3,P54619	11
Regulation of hormone levels	0.4192801023873695	0.9319573296218416	0.3513585778329429	1.0	1.0	52	Q9HB40,P42892,P16435,O75844,O94788,Q16822,O95470,P05023,P53985,Q6NUM9,P30536,Q9UBM7	12
Nuclear pore organization	0.4978112603092057	0.93148445012029	0.3516030245454149	1.0	1.0	13	Q9NQC3,Q8N1F7,Q9BTX1	3
Regulation of defense response to virus	0.5059331431215506	0.9313076133561508	0.351694464857617	1.0	1.0	12	O43657	1
Anterior posterior axis specification	0.5442157303240766	0.929899143542367	0.3524233064892963	1.0	1.0	6	Q15363	1
Response to salt stress	0.5439900419067384	0.928856045622808	0.3529636946069154	1.0	1.0	6	O95202	1
Positive regulation of response to endoplasmic reticulum stress	0.5435522683654963	0.926832903584744	0.3540132983510731	1.0	1.0	6	P57088,P46379	2
Leukocyte degranulation	0.5326905434635586	0.9267570416715716	0.3540526937465102	1.0	1.0	8	P09601	1
Folate transmembrane transport	0.9007407407407442	0.9265162825812372	0.3541777392505754	1.0	1.0	2	Q9H2D1	1
Folic acid transport	0.9007407407407442	0.9265162825812372	0.3541777392505754	1.0	1.0	2	Q9H2D1	1
Nad biosynthesis via nicotinamide riboside salvage pathway	0.8985185185185192	0.918780168178644	0.3582105675818754	1.0	1.0	2	P43490	1
Protein localization to endoplasmic reticulum	0.3854369554609512	0.9181489781411748	0.3585408760747297	1.0	1.0	29	Q15629,Q9Y5M8,P24390,Q9NQC3	4
Golgi organization	0.4105283789522077	0.9178557709413474	0.3586943796706126	1.0	1.0	48	Q12907,Q7Z7H5,Q13190,O14976,Q9P2W9,Q8NHH9,Q9BTU6,Q9BVK6,O75396,O15260,Q15363,Q9H6U6,P50570,Q9Y3B3,P49755,Q9UL15,P63104	17
Organophosphate catabolic process	0.382414783957182	0.9172220214847754	0.359026309480015	1.0	1.0	30	Q8N2K0,Q8WTV0,Q9H773,Q8NCC3,Q9BQG2,Q8NHP8,P00813	7
Skin epidermis development	0.5108892147030126	0.917115382405215	0.3590821812631037	1.0	1.0	11	O75844	1
Response to acidic ph	0.6826942459579974	0.916344622443282	0.3594861706818519	1.0	1.0	3	Q99538	1
Positive regulation of carbohydrate metabolic process	0.5869079215974958	0.9154239186643832	0.359969126414104	1.0	1.0	5	Q16531	1
Somite development	0.5176314881145039	0.9153100837008652	0.360028866902307	1.0	1.0	10	Q15363	1
Endothelial cell proliferation	0.4571149530665939	0.9115011472145474	0.3620313814220532	1.0	1.0	17	P31749,Q8WTV0,O94788,P09601	4
Peroxisome fission	0.6813634679511027	0.9111418518908112	0.3622206372880348	1.0	1.0	3	P40855,O00429	2
Dendrite morphogenesis	0.3962367239918397	0.91049868080572	0.3625595771277639	1.0	1.0	24	Q96PU5,Q13641,Q9Y4G8,Q9UQB8	4
Regulation of cardiac conduction	0.5856306620166547	0.9099356640904276	0.3628564399968605	1.0	1.0	5	Q6PI78	1
Embryonic digestive tract development	0.6318639858644839	0.907379466237887	0.3642061641696754	1.0	1.0	4	O94788,P00813	2
Mitochondrial adp transmembrane transport	0.6802519451648819	0.9067996469895728	0.3645127566153621	1.0	1.0	3	P12236,P12235	2
Maintenance of protein location in mitochondrion	0.631417726481724	0.9055938790176814	0.3651508497896452	1.0	1.0	4	P30536	1
Regulation of biological process involved in symbiotic interaction	0.5328051537336318	0.9004926216565825	0.3678581500976132	1.0	1.0	7	P19474,P07237	2
Response to leucine	0.6300114805892488	0.8999698674557026	0.3681362865621151	1.0	1.0	4	Q8IWV7	1
Response to iron ion	0.5372576449250438	0.8977712182822352	0.3693075319795014	1.0	1.0	6	P09601	1
Synaptonemal complex organization	0.5371332592761302	0.8971975170541229	0.3696135298986851	1.0	1.0	6	P46379	1
Adipose tissue development	0.5263867753088802	0.8962132502835949	0.3701388802287788	1.0	1.0	8	P43490,O15173	2
Anatomical structure maturation	0.3941245467981448	0.8939047037705793	0.3713728808493368	1.0	1.0	24	Q08J23,O94788,P04062,Q9NZJ7,O75503,Q15058	6
Neuron maturation	0.6283830972351937	0.893462687248476	0.3716094452867864	1.0	1.0	4	O75503	1
Macroautophagy	0.4554465758513469	0.8933168019188693	0.3716875426995265	1.0	1.0	76	Q16543,P04062,P21796,P42345,Q99623,Q9Y487,Q93050,P16615,Q9Y371,Q9NQ88,O95721,O15118,Q9Y263,Q86Y82,O14681,Q96HY6,P09601,P21281,Q9NT62,P31749,Q9Y5X3,O43633,O15269	23
Regulation of stress activated protein kinase signaling cascade	0.395585977571791	0.8916689777663792	0.3725703861095772	1.0	1.0	23	O75844	1
Negative regulation of axonogenesis	0.5811296632380926	0.8906188193708171	0.3731336995459677	1.0	1.0	5	Q8N0X7,Q9NQC3	2
Protein quality control for misfolded or incompletely synthesized proteins	0.5056972816044328	0.8899096466131147	0.3735144037101232	1.0	1.0	11	Q16740,P46379	2
Calcium ion import into sarcoplasmic reticulum	0.8900000000000038	0.8892411562935707	0.3738734884344699	1.0	1.0	2	O75844	1
Regulation of postsynaptic membrane potential	0.5300704119784645	0.887577718691759	0.3747679433889157	1.0	1.0	7	P31749,Q9UQB8	2
Chemical synaptic transmission postsynaptic	0.5300704119784645	0.887577718691759	0.3747679433889157	1.0	1.0	7	P31749,Q9UQB8	2
Membrane repolarization	0.5244957568446402	0.887061479593209	0.3750458015125901	1.0	1.0	8	Q96PU5,O75844	2
Antigen processing and presentation of exogenous antigen	0.5298998037024539	0.8867724001785902	0.3752014498567988	1.0	1.0	7	Q9UIQ6	1
Cytoplasmic pattern recognition receptor signaling pathway in response to virus	0.5182690611328917	0.8857209364028266	0.3757679235281708	1.0	1.0	9	Q9NUD5,O43657	2
Negative regulation of glial cell proliferation	0.8888888888888914	0.8854023365016381	0.3759396726860302	1.0	1.0	2	P30536	1
Positive regulation of cellular carbohydrate metabolic process	0.62576291307491	0.8830043132799741	0.3772339410628604	1.0	1.0	4	Q16531	1
Positive regulation of glucose metabolic process	0.62576291307491	0.8830043132799741	0.3772339410628604	1.0	1.0	4	Q16531	1
Negative regulation of transforming growth factor beta receptor signaling pathway	0.5233871039831064	0.8816986115410087	0.3779398120522745	1.0	1.0	8	P50570,Q92896,Q9Y2U8,P62942	4
Sarcoplasmic reticulum calcium ion transport	0.5286789796565265	0.8810111423915836	0.3783117891876553	1.0	1.0	7	P16615,O75844	2
Multicellular organism growth	0.3861169858317418	0.8804251629683086	0.3786290299813259	1.0	1.0	27	O95470,O75844,Q15363	3
Cytoplasmic pattern recognition receptor signaling pathway	0.5105973755998419	0.8794495327272221	0.3791575852802804	1.0	1.0	10	Q9NUD5,O43657	2
Peripheral nervous system axon regeneration	0.6246908207115915	0.878729533867028	0.379547941250749	1.0	1.0	4	Q96G23,P30536	2
Hyperosmotic response	0.526903345700549	0.872636077428442	0.3828614695694567	1.0	1.0	7	P16989,Q9BPX6,O95202	3
Cellular hyperosmotic response	0.526903345700549	0.872636077428442	0.3828614695694567	1.0	1.0	7	P16989,Q9BPX6,O95202	3
Collagen biosynthetic process	0.6231063008752495	0.8724163932388997	0.382981260579819	1.0	1.0	4	Q92791	1
Regulation of ryanodine sensitive calcium release channel activity	0.5764991606264749	0.8707872236702285	0.3838703425724428	1.0	1.0	5	P62942	1
Response to calcium ion	0.4401654589125837	0.8693881697775611	0.3846348515923568	1.0	1.0	18	Q6NUK1,Q9UJS0,P31150,P35611,Q99538,Q92542,P50995,Q14103,Q9UBV8	9
Positive regulation of neurotrophin trk receptor signaling pathway	0.8840740740740765	0.8688067596094333	0.3849528352274078	1.0	1.0	2	Q96F07	1
Regulation of neurotrophin trk receptor signaling pathway	0.8840740740740765	0.8688067596094333	0.3849528352274078	1.0	1.0	2	Q96F07	1
Regulation of ire1 mediated unfolded protein response	0.5304364915073934	0.8663474500289199	0.3862996524834574	1.0	1.0	6	Q96HY6	1
Lactation	0.5005083858607211	0.8627573882269788	0.3882708721798669	1.0	1.0	11	Q13505	1
Protein insertion into er membrane	0.4771081154084039	0.8625608340714997	0.3883789721306829	1.0	1.0	14	Q15629,Q8N4V1,P46379	3
Adaptive immune response based on somatic recombination of immune receptors built from immunoglobulin superfamily domains	0.3813900143449598	0.8615674298032492	0.3889256004337	1.0	1.0	28	Q9NUQ9,P02786,O15400,Q9UQ84,P42345,O96028,P00813	7
Acute phase response	0.8811111111111162	0.8586267219853435	0.3905464904162996	1.0	1.0	2	Q9BQE5	1
Regulation of microtubule based movement	0.5734967460196734	0.8579525259258778	0.3909186784007208	1.0	1.0	5	P11279,P78318	2
Positive regulation of neuron migration	0.6194630367203007	0.8579233586948158	0.3909347849462845	1.0	1.0	4	Q9Y4G8	1
Regulation of regulated secretory pathway	0.4845206499133836	0.8577760372465079	0.3910161440322739	1.0	1.0	13	P11279,P09601	2
Modification of synaptic structure	0.5180579844681267	0.8559489731724336	0.392026004611949	1.0	1.0	8	O00264,Q9UQB8	2
Intermediate filament organization	0.527906984409546	0.8547154442298506	0.3927086984074466	1.0	1.0	6	P07196,P08670	2
Embryonic placenta morphogenesis	0.6666746862165174	0.8540256727790624	0.3930907648123645	1.0	1.0	3	Q15363	1
Response to oxygen levels	0.4134101638018861	0.8520570959141804	0.3941824032045078	1.0	1.0	54	P42345,P00813,P30519,Q99623,P11166,Q9Y487,Q99808,Q9NQ88,Q92544,O95831,Q15118,P02786,P55786,P09601,Q96A26,Q9Y4P3,P31749,Q15904,P07237	19
Glycolipid biosynthetic process	0.5718622591022675	0.8509738846879733	0.3947838599277915	1.0	1.0	5	Q8NBX0	1
Protein localization to vacuole	0.466298399060162	0.8505199043524238	0.3950360990131241	1.0	1.0	15	Q14108,Q9NQC3	2
Regulation of cysteine type endopeptidase activity	0.4006751744798992	0.8486300831948713	0.3960871619467823	1.0	1.0	47	P16435,Q9P0J0,Q15418,P78318,O14737,Q15392,Q9NZJ7,Q99538,Q96F07,Q96A26,Q96K76,O95831	12
Ion transmembrane transport	0.5421376292129199	0.8482115556926065	0.3963201628443853	1.0	1.0	139	Q9BPX6,Q6P4A7,Q70HW3,P62942,O00400,Q8N4V1,O75027,P41440,P21796,P45880,Q9C0H2,P20674,Q8TB61,Q99623,O43772,P78417,O15439,Q96ES6,P16615,Q9UHG3,Q9HC21,Q13423,Q9H2D1,Q8WWC4,Q9HD20,P51790,O75844,P12236,P08183,Q7KZN9,P13073,P56385,Q9UDW1,Q9BQT8,P21281,Q9Y619,Q8NEW0,P33527,Q96PU5,Q9Y277,Q9UBX3,P05023,O95202,P98194,P00403,P53985,O75964,P51798,P24539	49
Regulation of system process	0.4094210276390803	0.8478663326434529	0.396512416254849	1.0	1.0	52	P50750,O75844,P78417,P10253,P04062,Q6PI78,Q9UQB8,P16615,P05023,Q9Y5X3,Q6P1A2,P09493,P42892,P00813	14
Neurotrophin trk receptor signaling pathway	0.5710069174218152	0.8473243555181894	0.3968143548008163	1.0	1.0	5	Q96F07	1
Anaphase promoting complex dependent catabolic process	0.5161361831694317	0.8466757566142213	0.3971758752468743	1.0	1.0	8	Q9UJX2,P30260,Q9UJX3,Q9UJX4,P53350	5
Regulation of glial cell proliferation	0.6165504543893106	0.846360693026681	0.3973515591854966	1.0	1.0	4	P30536	1
Regulation of protein dephosphorylation	0.4148653046642069	0.8461489020924767	0.3974696831576361	1.0	1.0	20	Q86XL3,P04062	2
Retinol metabolic process	0.5260261001067259	0.8460742205096372	0.3975113410054436	1.0	1.0	6	O94788	1
Positive regulation of lipid metabolic process	0.4900899639373215	0.8459902227498648	0.3975581986195471	1.0	1.0	12	Q92604,P16435,Q8WTV0,P31749,P42345	5
Torc1 signaling	0.5259643916913862	0.8457908385049928	0.397669437180594	1.0	1.0	6	Q9Y4R8,Q9NXC5,P42345,Q96EE3,Q9P2J5	5
Reticulophagy	0.664198800709886	0.8444591360565975	0.3984128889865017	1.0	1.0	3	Q96HY6	1
Dna replication initiation	0.4560094839759097	0.8438220643512585	0.3987688439381482	1.0	1.0	16	O75419,Q14566,P33991	3
Cellular iron ion homeostasis	0.4968517237520858	0.8436498144638418	0.3988651190398016	1.0	1.0	11	P02786,Q9Y487,O75027,P61421,Q15904,P09601	6
Prostate gland growth	0.8766666666666718	0.843405021958543	0.3990019642355027	1.0	1.0	2	P07602	1
Peptidyl lysine acetylation	0.3783121090641484	0.8432716463504861	0.399076536462291	1.0	1.0	35	Q9Y6J9,Q9UBU8,P16435,O75844,P46379,Q01105,Q03164,Q86UY6	8
Rna interference	0.5204861531950576	0.8424160551391938	0.3995551093215836	1.0	1.0	7	Q15631,Q5KU26	2
Positive regulation of metaphase anaphase transition of cell cycle	0.525217182900001	0.8423600732367684	0.3995864346908675	1.0	1.0	6	P30260,Q9UJX3,Q9UJX4	3
Cardiac muscle cell contraction	0.5027967864382307	0.839772114607076	0.4010361712688937	1.0	1.0	10	Q96PU5,P16615	2
Regulation of rna polymerase ii regulatory region sequence specific dna binding	0.8751851851851895	0.8383443620575267	0.4018373276030988	1.0	1.0	2	O75844	1
Synaptic transmission gabaergic	0.5238512170890923	0.8360913472694272	0.4031035157667872	1.0	1.0	6	P51790	1
Positive regulation of mitochondrial membrane potential	0.613661768906395	0.8349146768773016	0.4037657504607503	1.0	1.0	4	Q8IWA4,P31749	2
Mitotic cytokinesis	0.375415179431804	0.8330724519070692	0.4048038690599465	1.0	1.0	29	O95630,Q14141,Q6DKK2,Q9Y5X1,Q9H0H5,O43633,Q8WUM4,Q13432	8
Negative regulation of small gtpase mediated signal transduction	0.5071189177394669	0.8304946367315762	0.4062591789178418	1.0	1.0	9	Q9NUQ9	1
Positive regulation of nf kappab transcription factor activity	0.4011208030807756	0.8304415873399855	0.4062891608038974	1.0	1.0	21	P02786,Q86UE4,P41440,Q96HY6,P60900	5
Oligodendrocyte development	0.5178886147764684	0.8302069856925701	0.4064217662826352	1.0	1.0	7	Q92542,Q9NR50	2
Mechanoreceptor differentiation	0.5064317027183629	0.827098759420916	0.40818108732363	1.0	1.0	9	O60443,P54802	2
Metal ion export	0.5114478539888296	0.8240847181305936	0.4098914226813095	1.0	1.0	8	P20020,P23634,P05023,O95202,Q4KMQ2	5
Sphingolipid translocation	0.8700000000000042	0.820685913242415	0.411825196720442	1.0	1.0	2	P08183	1
Xenobiotic transport across blood brain barrier	0.8700000000000042	0.820685913242415	0.411825196720442	1.0	1.0	2	P08183	1
Regulation of synapse structure or activity	0.3738448481476932	0.8197412996396304	0.4123636008309788	1.0	1.0	29	Q9UQB8,P07437,Q13641,O00264,P50897,Q7L576	6
Transmembrane receptor protein serine threonine kinase signaling pathway	0.3754845667392811	0.8185869051301956	0.4130221406357601	1.0	1.0	35	Q9UPN9,P62942,O00400,Q8N0X7,Q92896,O00560,Q9Y2U8,P08670,Q96PK6,P50570,Q8N1F7,Q01082,Q9UIQ6	13
Antigen processing and presentation of peptide antigen via mhc class i	0.5153985408615179	0.8185168902196986	0.4130621016074145	1.0	1.0	7	Q9NZ08,Q9UIQ6	2
Cellular response to uv	0.3994593604514215	0.8182897793993285	0.4131917407456971	1.0	1.0	21	Q96K76,Q16531	2
L glutamate transmembrane transport	0.5637911200800104	0.8166075965014127	0.4141527124864934	1.0	1.0	5	P49768,Q9UJS0,O75915	3
Regulation of dna templated transcription in response to stress	0.4979970137957421	0.815416743898546	0.4148338031970109	1.0	1.0	10	P09601	1
Neuron projection regeneration	0.4978256849289768	0.8145483049636157	0.4153309113685999	1.0	1.0	10	P07196,Q96G23,P30536	3
Positive regulation of protein dephosphorylation	0.4974830705515937	0.8128118488826841	0.416325941034068	1.0	1.0	10	Q86XL3	1
Regulation of muscle organ development	0.5087645200262387	0.8111766075968883	0.4172642571885516	1.0	1.0	8	P41440	1
Positive regulation of necrotic cell death	0.5619416420273438	0.8087563326156345	0.4186553183541788	1.0	1.0	5	P00403	1
Regulation of mitotic centrosome separation	0.6546798955954667	0.8078612630147046	0.4191704531269478	1.0	1.0	3	P52732	1
Regulation of i kappab phosphorylation	0.8659259259259269	0.8068720508556323	0.4197402027469614	1.0	1.0	2	Q96HY6	1
Positive regulation of i kappab phosphorylation	0.8659259259259269	0.8068720508556323	0.4197402027469614	1.0	1.0	2	Q96HY6	1
Cotranslational protein targeting to membrane	0.4897861755397252	0.8068044813246404	0.419779136899002	1.0	1.0	11	P43307	1
Necrotic cell death	0.4305559848490204	0.8067615250922457	0.4198038897577234	1.0	1.0	18	O60443,P00403,Q13510,P30536	4
Regulation of hormone biosynthetic process	0.8651851851851873	0.8043663377446865	0.4211854360753713	1.0	1.0	2	P16435	1
Regulation of steroid hormone biosynthetic process	0.8651851851851873	0.8043663377446865	0.4211854360753713	1.0	1.0	2	P16435	1
Transmission of nerve impulse	0.5165641843541156	0.8027205435080101	0.4221362762063698	1.0	1.0	6	P04062,P42345	2
Reactive oxygen species metabolic process	0.375149295039062	0.7996560365143227	0.4239101112168262	1.0	1.0	36	Q9P0J0,Q15067,Q13423,P00403,P30536,P42785	6
Manganese ion transport	0.8637037037037087	0.7993604536167649	0.4240814343189498	1.0	1.0	2	Q9HD20	1
Manganese ion transmembrane transport	0.8637037037037087	0.7993604536167649	0.4240814343189498	1.0	1.0	2	Q9HD20	1
External encapsulating structure organization	0.4080868462536776	0.7985346071858367	0.4245603185580471	1.0	1.0	20	Q92791,Q96AY3,P41440,P13674	4
Response to starvation	0.374746649468844	0.7961469674494682	0.4259466177092068	1.0	1.0	36	P04062,Q16822,P21964,P56192,Q9Y371,Q9H6U6,P42345,Q96QD8,Q9Y4P3,P54619	10
Positive regulation of dephosphorylation	0.4876961161545668	0.795926826205484	0.426074567846358	1.0	1.0	11	Q86XL3	1
Negative regulation of intracellular estrogen receptor signaling pathway	0.5586689346871128	0.7948865828120967	0.4266794796781659	1.0	1.0	5	Q9NZN8,Q99623	2
Behavior	0.4270369155398703	0.793992560023261	0.4271997626210206	1.0	1.0	66	O75844,P10253,O15118,P04062,P54802,Q9BPZ3,Q99538,P17900,Q92542,P53985,O00264,P50897,P30536,P51790	14
Positive regulation of adaptive immune response	0.4728952961334341	0.7935391538067731	0.427463766811273	1.0	1.0	13	Q9NUQ9,O96028,P00813	3
Cdp diacylglycerol metabolic process	0.5145223444287013	0.7933931867138115	0.4275487790788901	1.0	1.0	6	O95674	1
Cardiac chamber morphogenesis	0.4930104775717639	0.790169452159596	0.4294288136091886	1.0	1.0	10	O96028	1
Iron ion homeostasis	0.4640319133022016	0.7880726553794686	0.4306542088002292	1.0	1.0	14	P30519,Q9Y487	2
Vesicle fusion with golgi apparatus	0.6013171273218288	0.7862673654829586	0.4317108671934346	1.0	1.0	4	Q13190	1
Positive regulation of muscle contraction	0.5558782326524223	0.7830841378065344	0.433577705289661	1.0	1.0	5	P00813,P05023	2
Neurofilament cytoskeleton organization	0.8585185185185191	0.7818992724537543	0.4342737726314825	1.0	1.0	2	P07196	1
Striated muscle contraction	0.3943912564753981	0.7812531810031972	0.434653600814147	1.0	1.0	21	Q96PU5,P10253,P78417,P16615,P05023,P09493,P42345	7
Syncytium formation	0.5113544923168467	0.7789440057600664	0.4360126999441629	1.0	1.0	6	P41440,O75955	2
Polyol biosynthetic process	0.4901377540320944	0.7756533996330346	0.4379536617241801	1.0	1.0	10	P04062,Q16822,O15269,Q13510,P00374	5
Chromosome organization involved in meiotic cell cycle	0.4535516504420774	0.775630281177238	0.4379673156865884	1.0	1.0	15	Q9BTX1,Q92791,P46379	3
Phospholipid metabolic process	0.4143070758090737	0.7720476187823875	0.4400862245778871	1.0	1.0	60	Q92604,Q9NPH0,P37268,Q8NHP8,Q99623,Q9UJZ1,O95674,Q9BTU6,Q8NCC3,Q8N9F7,P35790,Q10713,Q8WTV0,Q9Y263,Q6P1A2,Q8N2K0,Q8NF37,O15269,P48651	19
Positive regulation of tor signaling	0.5096439169139425	0.7711533583358094	0.4406160364773694	1.0	1.0	6	Q9Y4R8,Q9NXC5,Q96EE3,P55735,Q9P2J5	5
Negative regulation of tumor necrosis factor superfamily cytokine production	0.8551851851851892	0.7707244020586269	0.4408703048416358	1.0	1.0	2	P30536	1
Actin mediated cell contraction	0.4684037350320826	0.7688043257506363	0.4420094805360546	1.0	1.0	13	Q96PU5,P16615,P05023	3
Iron ion transmembrane transport	0.8544444444444507	0.7682465666222125	0.4423407129086323	1.0	1.0	2	Q8N4V1	1
Iron coordination entity transport	0.8544444444444492	0.768246566622208	0.4423407129086349	1.0	1.0	2	O15173	1
Heme transport	0.8544444444444492	0.768246566622208	0.4423407129086349	1.0	1.0	2	O15173	1
Cellular response to salt stress	0.5963160156370457	0.7666940640587716	0.4432634337379042	1.0	1.0	4	O95202	1
Cellular hyperosmotic salinity response	0.5963160156370457	0.7666940640587716	0.4432634337379042	1.0	1.0	4	O95202	1
Hyperosmotic salinity response	0.5963160156370457	0.7666940640587716	0.4432634337379042	1.0	1.0	4	O95202	1
Cellular ion homeostasis	0.4385475798583285	0.7662388994056567	0.4435341665600578	1.0	1.0	75	Q9BPX6,P62942,O75027,P50897,P78417,Q9Y487,Q93050,Q9UJZ1,P16615,Q92544,Q8WWC4,Q9HD20,P51790,P51572,P02786,P52306,P09601,Q8NEW0,Q96PU5,P04920,Q9Y639,Q16891,P05023,O95202,P98194,Q15904,O75880,Q96A33,O75503	29
Mitochondrial fragmentation involved in apoptotic process	0.5517386677784457	0.7656210658875277	0.4439018062314459	1.0	1.0	5	O00429,Q9NT62	2
Endosome organization	0.3788137797951795	0.7619097681549617	0.4461138596011287	1.0	1.0	23	Q14108,P51790,O43633,Q9BTU6	4
Calcium ion transmembrane transport	0.3708132013420677	0.7618763120589201	0.4461338290222265	1.0	1.0	36	Q9BPX6,P78417,P62942,P16615,P21796,O95202,P98194	7
Phospholipid biosynthetic process	0.3833480871910553	0.760948189983044	0.4466880134844804	1.0	1.0	43	Q92604,Q9NTJ5,Q9NPH0,Q10713,Q9UG56,Q8NF37,O95674,P22059,Q9BTU6,P07686,Q6P1A2,O15269,P14324,P35790,P48651	15
Amino acid transmembrane transport	0.4668901187645676	0.760481442194833	0.446966857954576	1.0	1.0	13	Q9UJS0,Q9H2H9,Q96NB2,Q96QD8,Q9Y619	5
Hydrogen peroxide biosynthetic process	0.6422039612458202	0.7603762124709471	0.4470297379737644	1.0	1.0	3	P00403	1
Embryonic axis specification	0.5504156117444885	0.76005122244958	0.4472239675176972	1.0	1.0	5	Q15363	1
Vesicle cargo loading	0.4588013531947356	0.7583886725046033	0.4482183370976975	1.0	1.0	14	O95487,P49755,Q96PC5,Q15363	4
Oligosaccharide lipid intermediate biosynthetic process	0.6416368547625068	0.7582318638512624	0.4483121889696475	1.0	1.0	3	Q9BV10	1
Regulation of translation in response to stress	0.4800933445550676	0.7564552645550624	0.4493762843002722	1.0	1.0	11	Q15418,Q15363	2
Negative regulation of endoplasmic reticulum stress induced eif2 alpha phosphorylation	0.8496296296296344	0.7521902920499893	0.4519366308697825	1.0	1.0	2	Q15363	1
Regulation of translation initiation in response to endoplasmic reticulum stress	0.8496296296296344	0.7521902920499893	0.4519366308697825	1.0	1.0	2	Q15363	1
Sensory perception of mechanical stimulus	0.4407184134976317	0.7510731094371588	0.4526086580515294	1.0	1.0	16	Q14108,Q9Y6M9,O60443	3
Amino acid import	0.5009276437847798	0.7508928552089222	0.4527171405830716	1.0	1.0	7	P49768,P05556,Q15758,Q96NB2,Q9H9B4,O75915	6
Response to mineralocorticoid	0.5045790095532655	0.7481367040914011	0.4543777048924897	1.0	1.0	6	O95831	1
Reactive oxygen species biosynthetic process	0.4954239610881226	0.7472791525999365	0.4548950738580246	1.0	1.0	8	P51790,P00403,Q15067	3
Extracellular exosome assembly	0.5902608818166959	0.743110768256246	0.4574146207335801	1.0	1.0	4	O00560,Q8WUM4	2
Regulation of dna damage response signal transduction by p53 class mediator	0.4944199276805123	0.7424912477580327	0.4577897526571455	1.0	1.0	8	O75844	1
Regulation of multicellular organism growth	0.4634390680511436	0.7415310386550675	0.4583715193163296	1.0	1.0	13	O95470,O75844	2
Glycosyl compound catabolic process	0.4833114872280311	0.741255099772788	0.458538780439754	1.0	1.0	10	Q9NUJ1,P04062,Q9BTY2,P06280,P08236,P00813	6
Activation of cysteine type endopeptidase activity	0.5457941711046989	0.7406420387226218	0.4589105115505887	1.0	1.0	5	Q99538	1
Cell migration involved in sprouting angiogenesis	0.4938880736937394	0.7399563369297836	0.459326488572793	1.0	1.0	8	P09601	1
Positive regulation of striated muscle contraction	0.8448148148148158	0.7362225081583201	0.4615952965480854	1.0	1.0	2	P05023	1
Leukocyte apoptotic process	0.454560548084226	0.7343809380979937	0.462716601084173	1.0	1.0	14	P24390,P00813	2
Tripeptide transmembrane transport	0.8440740740740754	0.7337739975835158	0.4630864906768455	1.0	1.0	2	P33527	1
Tripeptide transport	0.8440740740740754	0.7337739975835158	0.4630864906768455	1.0	1.0	2	P33527	1
Oligopeptide transport	0.8440740740740754	0.7337739975835158	0.4630864906768455	1.0	1.0	2	P33527	1
Leukotriene transport	0.8440740740740754	0.7337739975835158	0.4630864906768455	1.0	1.0	2	P33527	1
Positive regulation of actin cytoskeleton reorganization	0.5877926635346591	0.7335359686858915	0.463231598331671	1.0	1.0	4	Q9UQB8	1
Peroxisome organization	0.492114514641901	0.7315100223069292	0.4644676850754936	1.0	1.0	8	P40855,O75381	2
Central nervous system neuron development	0.4751514998386769	0.7308907540679864	0.4648458839412988	1.0	1.0	11	O14949	1
Response to testosterone	0.496423212978431	0.7299695107181248	0.4654088215297003	1.0	1.0	7	P04062	1
Response to estrogen	0.4808886665166726	0.7290816255639904	0.4659517335374188	1.0	1.0	10	P09601	1
Myoblast fusion	0.5427126484926376	0.7277420751746944	0.4667714889403438	1.0	1.0	5	P41440	1
Positive regulation by symbiont of entry into host	0.8422222222222229	0.7276623213810034	0.4668203205436931	1.0	1.0	2	P07237	1
Pigment biosynthetic process	0.4078304285213775	0.7237428156073205	0.4692236421980114	1.0	1.0	19	Q9Y4G8,O00264,Q7KZN9,P30536,P22830,P00813	6
Regulation of guanyl nucleotide exchange factor activity	0.6324282704575434	0.7235986803455936	0.4693121518092289	1.0	1.0	3	Q9Y2S7	1
Negative regulation of erbb signaling pathway	0.4902959487901178	0.722860504930646	0.4697655902875677	1.0	1.0	8	Q99538	1
Diencephalon development	0.54101530246026	0.7206515660126549	0.4711239188357559	1.0	1.0	5	O14949	1
Phosphatidylcholine catabolic process	0.8400000000000041	0.7203466402256005	0.4713115949334894	1.0	1.0	2	Q8WTV0	1
Long chain fatty acid import across plasma membrane	0.6311650189550337	0.7188761114271609	0.4722172564912688	1.0	1.0	3	P31749	1
Segmentation	0.4724282620323951	0.7168382613626155	0.4734739002150085	1.0	1.0	11	O94788,Q15363	2
Regulation of calcium ion transport	0.3694628225215763	0.7129784087957456	0.4758591178403746	1.0	1.0	25	P21796,P62942	2
Negative regulation of neuron projection development	0.4254307961095293	0.7125615712252593	0.4761170985314074	1.0	1.0	17	P31150,Q9NQC3,Q8N0X7,Q96G23,P08670,Q9NR77,Q9UL15,Q9UQ16	8
Dsrna processing	0.4578873700469229	0.7111281933786585	0.4770048005350573	1.0	1.0	13	Q15631,O75844	2
Very long chain fatty acid metabolic process	0.4823921959884292	0.7090937012583868	0.4782663314540512	1.0	1.0	9	Q9P035,Q15067	2
Regulation of protein secretion	0.3554519737081507	0.7077100560207398	0.479125331322574	1.0	1.0	31	Q16822,Q32P28,P22059,Q16850,Q96KC8,P00367,P49755,P53985,O00429,Q8NE86	10
Cell volume homeostasis	0.5371435632779538	0.7045192076303894	0.4811094926752945	1.0	1.0	5	P51790,Q9BXP2,P54105	3
Actin filament polymerization	0.3641070682699334	0.703513150199952	0.4817360145396501	1.0	1.0	36	Q9NUQ9,Q9UQB8,O15020,P35611,Q9Y5X1,Q9Y2A7,Q96F07,P35080,P42345,Q9NYL9,Q7L576	11
Cardiac conduction	0.4324231618422955	0.7010372702451245	0.4832797562515929	1.0	1.0	16	P16615,O75844,Q6PI78	3
Regulation of neuron projection arborization	0.6261578362356475	0.7002284310380712	0.4837846588720458	1.0	1.0	3	Q15334,Q9HCE1	2
Autophagosome membrane docking	0.8337037037037067	0.6997303980132772	0.4840956888940755	1.0	1.0	2	P16615	1
Protein targeting	0.4557470944593156	0.699680224058812	0.4841270293863031	1.0	1.0	91	Q9NS69,Q99595,Q16543,Q9P0J0,Q14108,P07900,O00560,O43615,P30536,O43681,P63104,Q99797,P20645,O14925,Q7Z3B4,Q15388,P46379,Q8N4H5,Q5JRX3,P43307,Q9Y371,O60725,P40855,O95831,P51572,O75381,Q15629,P57105,Q10713,Q9Y2T2,P55786,Q9Y5J7,Q9Y5J9,Q9NT62,P31150,Q9BVV7,O14737,P50542,Q9UHB9,Q9UGP8,Q9Y5M8	41
Establishment of protein localization to membrane	0.433394864706526	0.6966691076264461	0.4860098960553949	1.0	1.0	77	Q9NS69,Q8N2H4,Q9P0J0,Q8N4V1,P07900,O00560,O43681,P46379,Q15907,P43307,Q8WWC4,Q9HD20,O60725,P40855,Q15629,O15118,Q9Y5J7,Q9NT62,O14737,P50542,Q15070,P98194,Q15904,Q9UHB9,Q96A33	25
Inner cell mass cell proliferation	0.6246758058540216	0.6947314905608842	0.4872235893433878	1.0	1.0	3	P61201,O75312	2
Cation transmembrane transport	0.474633459331508	0.6944258546138871	0.487415184302761	1.0	1.0	104	Q9BPX6,Q70HW3,P62942,O00400,Q8N4V1,O75027,P21796,P20674,Q99623,O43772,P78417,Q96ES6,P16615,Q9HC21,Q13423,Q8WWC4,Q9HD20,P51790,Q7KZN9,P13073,P56385,Q9UDW1,Q9Y619,Q8NEW0,Q96PU5,P05023,O95202,P98194,P00403,O75964,P24539	31
Protein o linked mannosylation	0.831851851851857	0.6936990049814495	0.487870990143459	1.0	1.0	2	O43505	1
Protein mannosylation	0.831851851851857	0.6936990049814495	0.487870990143459	1.0	1.0	2	O43505	1
Regulation of adaptive immune response	0.4218911400138229	0.6905090049011671	0.4898741490575764	1.0	1.0	17	Q9NUQ9,O96028,P00813	3
Ear development	0.3706868256479222	0.690135044006356	0.4901092670840088	1.0	1.0	22	P42892,P54802	2
Positive regulation of lymphocyte mediated immunity	0.4387773485765594	0.6893928911240471	0.4905760558026291	1.0	1.0	15	Q9NUQ9,O96028,P11279	3
Hindbrain development	0.3569966402931793	0.6891455409879911	0.4907316836413211	1.0	1.0	33	O94788,P04062,Q5KU26,P54802,Q7Z4L5,Q92542,O14949,O95487,Q15058,Q92989	10
Positive regulation of mitochondrial fission	0.4875695732838646	0.6890525702441443	0.4907901858643675	1.0	1.0	7	Q96QK1,Q9NQG6,O00429,Q8NE86,Q96HS1,Q9GZY8	6
Inorganic ion transmembrane transport	0.4664947393756118	0.6884907452536192	0.4911437962985707	1.0	1.0	99	Q9BPX6,P62942,O00400,Q8N4V1,O75027,P21796,P20674,Q99623,P78417,Q96ES6,P16615,Q9UHG3,Q13423,Q8WWC4,Q9HD20,P51790,Q7KZN9,P13073,P56385,Q9UDW1,Q96PU5,Q9UBX3,P05023,O95202,P98194,P00403,O75964,P51798,P24539	29
Response to interleukin 4	0.4868274582560302	0.6856365703235349	0.4929423143901386	1.0	1.0	7	P11802,P33993,P39023,P08238,P12268,P49327	6
Negative regulation of mapk cascade	0.3686794459051181	0.6838179542143711	0.494090127736712	1.0	1.0	23	P57105,P04062,P78318,O75832,Q96JB5,Q96KB5	6
Glycerolipid catabolic process	0.4863427442016474	0.6834066121862484	0.4943499429916098	1.0	1.0	7	Q8NCC3,Q8WTV0,Q8N2K0	3
Smooth muscle contraction	0.481786446025693	0.6825492599453319	0.49489170567435	1.0	1.0	8	P52306,P23634,P20020,P00813	4
Transferrin transport	0.5737534743121031	0.6795373639532437	0.4967974415615432	1.0	1.0	4	P02786,Q15907	2
Blastocyst formation	0.4588104529836765	0.6791838174739311	0.4970213994863082	1.0	1.0	12	Q9NQC3	1
Negative regulation of cyclin dependent protein serine threonine kinase activity	0.6198592071137513	0.676939862450967	0.4984441109734436	1.0	1.0	3	O00410,P53350	2
Negative regulation of cysteine type endopeptidase activity	0.3799135389762837	0.6758576222938625	0.4991310457738853	1.0	1.0	21	P16435,Q15418,P78318,Q15392,Q96K76	5
Oxidative phosphorylation	0.3907770272353593	0.6743505407769231	0.5000884791377491	1.0	1.0	53	P56385,Q9H3K2,Q9Y6M9,P14406,P00403,O14949,P20674,Q7KZN9,P13073,O75964,O96000,Q9UDW1,P24539,O43676	14
Regulation of mitochondrial fusion	0.5723045767012086	0.6740125574172509	0.5003033301725763	1.0	1.0	4	P02786,Q9Y6C9	2
Multicellular organismal response to stress	0.5296148809875539	0.6733250400509266	0.5007405258637432	1.0	1.0	5	P31749,P30536	2
Dna methylation involved in gamete generation	0.82555555555556	0.6733057826158017	0.500752774676962	1.0	1.0	2	Q8NB78	1
Monoubiquitinated protein deubiquitination	0.4876313070133182	0.6717629379256547	0.5017346266463472	1.0	1.0	6	Q96K76	1
Regulation of response to interferon gamma	0.6181023813696159	0.6704791717416752	0.5025523795706586	1.0	1.0	3	Q16543	1
Deoxyribose phosphate metabolic process	0.4569661854600562	0.6694535550509553	0.503206198547482	1.0	1.0	12	Q9H773	1
Bergmann glial cell differentiation	0.4867379374516193	0.6677683082492308	0.504281499217921	1.0	1.0	6	P08670	1
Positive regulation of production of mirnas involved in gene silencing by mirna	0.5700518902891096	0.6654419021741592	0.5057678915920334	1.0	1.0	4	P17844,P04637,Q02750	3
Urogenital system development	0.3594759414705037	0.6632840428481165	0.5071486544428354	1.0	1.0	36	O95470,O75844,P07602,P46379	4
Negative regulation of cation channel activity	0.5270117046894357	0.6625965770515811	0.5075889630173593	1.0	1.0	5	P62942	1
Cellular response to topologically incorrect protein	0.3539195128740289	0.6622998247812129	0.5077790891142899	1.0	1.0	33	Q6NTF9,P57088,P46379,P48723,Q15363,Q7Z2K6,Q96HY6,Q9BUN8,Q9Y4P3	9
Regulation of membrane depolarization	0.4720795052369086	0.6590771241674501	0.5098462445598337	1.0	1.0	9	Q96PU5	1
Pigment granule localization	0.5676184474809558	0.6562102364623467	0.5116888634433301	1.0	1.0	4	Q13561	1
Metencephalon development	0.3544468507174806	0.6554179185476806	0.5121987178964762	1.0	1.0	29	P04062,Q5KU26,P54802,Q7Z4L5,Q92542,O14949,O95487,Q15058,Q92989	9
Regulation of cardiac muscle contraction by calcium ion signaling	0.5250336812262759	0.6544653810044523	0.5128120238163927	1.0	1.0	5	P16615	1
Regulation of viral entry into host cell	0.5670220466138489	0.6539520055337545	0.5131427271244202	1.0	1.0	4	P07237	1
Intrinsic apoptotic signaling pathway in response to dna damage	0.3767009518132905	0.652585474765166	0.5140235522411227	1.0	1.0	21	Q96K76,P46379,P09601	3
Cellular response to light stimulus	0.3645712810689047	0.6522804944475606	0.5142202407860648	1.0	1.0	23	Q96K76,Q16531	2
Positive regulation of cell activation	0.3581223807193425	0.6515415519005334	0.5146969634082608	1.0	1.0	36	Q9NUQ9,P02786,P49366,Q15418,O96028,P00813,P11279	7
Regulation of transmembrane receptor protein serine threonine kinase signaling pathway	0.3969772973891161	0.6510492213829968	0.5150147137786614	1.0	1.0	19	Q9UPN9,P62942,Q8N0X7,Q92896,O00560,P50570,Q8N1F7,Q9Y2U8	8
Protein import into peroxisome membrane	0.8185185185185218	0.6507288141501355	0.5152215594937399	1.0	1.0	2	P40855	1
Protein import into peroxisome matrix	0.8185185185185218	0.6507288141501355	0.5152215594937399	1.0	1.0	2	O75381	1
Cerebellar purkinje cell layer formation	0.8162962962963023	0.6436482845743002	0.5198035322029768	1.0	1.0	2	P04062	1
Neuron death	0.4040808737737266	0.643507922929424	0.5198945754402629	1.0	1.0	63	Q99720,P04062,O95630,P07196,P31749,Q15392,Q9UMX5,Q99538,Q9NQ88,Q92542,P50897,P09601,Q96A26,O95831	14
Regulation of nitric oxide metabolic process	0.457881849855215	0.6422717019223014	0.5206967846107329	1.0	1.0	11	Q92945,P06280,P31749,P07900,P50570,P30536,Q08722	7
Inflammatory response	0.3988352091506885	0.6417030181678899	0.5210660291903728	1.0	1.0	60	P33527,P02786,Q8N2K0,P04062,Q9Y263,Q9BQE5,P31749,Q6P1A2,P60900,Q8IV08,P09601,P00813,P28070,P42785	14
Positive regulation of viral life cycle	0.4808685814107399	0.641612392362361	0.5211248846936827	1.0	1.0	6	P07237,P52292	2
Regulation of erad pathway	0.5217424705319892	0.6409772122822363	0.5215374884378443	1.0	1.0	5	P46379	1
Positive regulation of protein catabolic process	0.3901760672032853	0.6402120578639556	0.5220347447228324	1.0	1.0	55	Q96PU5,P51572,Q9P0J0,Q13190,P46379,P04062,Q6ZXV5,O75832,Q9Y5A7,Q16531,Q8NF37,P31749,Q9Y5X1,P07900,O75396,Q96HY6,O43847,P53350	18
Protein o linked glycosylation	0.4625661514728232	0.6377511033756775	0.5236357136827803	1.0	1.0	10	Q10472,O43505,O60502,Q6ZXV5	4
Forebrain regionalization	0.8133333333333321	0.6342452604193557	0.5259207741606979	1.0	1.0	2	Q7Z4L5	1
Metal ion homeostasis	0.4111842825997631	0.6336686038697588	0.5262971186044201	1.0	1.0	68	Q9BPX6,P62942,O75027,Q9BXP2,Q8NE01,P30519,P78417,Q9Y487,Q9UJZ1,P16615,Q8WWC4,Q9HD20,P51572,P02786,P52306,P09601,Q8NEW0,Q96PU5,Q9Y639,Q16891,P05023,Q9Y5X3,O95202,P98194,Q15904,O75880,Q96A33	27
Cellular response to mineralocorticoid stimulus	0.6078589710557964	0.633131751299984	0.526647609335164	1.0	1.0	3	O95831	1
Positive regulation of transporter activity	0.4208743755159589	0.6318447995658286	0.5274882964917409	1.0	1.0	16	Q03164	1
Amino acid betaine transport	0.812222222222228	0.6307303925009102	0.5282168232560476	1.0	1.0	2	O43772	1
Putrescine metabolic process	0.8122222222222275	0.6307303925009082	0.5282168232560489	1.0	1.0	2	Q9H2H9	1
Regulation of carbohydrate catabolic process	0.4429573385437836	0.6299821520496115	0.5287062616032943	1.0	1.0	13	Q14108,Q9NQ88	2
Histone h3 acetylation	0.4657212912275149	0.6284740465531565	0.5296934432814921	1.0	1.0	9	Q03164	1
Cellular hypotonic response	0.8107407407407465	0.6260535841349847	0.5312797954647113	1.0	1.0	2	P30536	1
Hypotonic response	0.8107407407407465	0.6260535841349847	0.5312797954647113	1.0	1.0	2	P30536	1
Skeletal system morphogenesis	0.4198786743494861	0.6259098300813875	0.5313740864865144	1.0	1.0	16	O95470,O75844	2
Phosphatidylglycerol acyl chain remodeling	0.810370370370377	0.6248861227741744	0.5320458008784974	1.0	1.0	2	Q8NF37	1
Regulation of t cell mediated cytotoxicity	0.6053259460416811	0.623985230021003	0.5326372850300374	1.0	1.0	3	Q9NUQ9	1
Positive regulation of t cell mediated cytotoxicity	0.6053259460416811	0.623985230021003	0.5326372850300374	1.0	1.0	3	Q9NUQ9	1
Positive regulation of leukocyte cell cell adhesion	0.38296764277711	0.623278877131402	0.5331012760143925	1.0	1.0	20	Q9NUQ9,P02786,P49366,P00813	4
Er associated misfolded protein catabolic process	0.4751339967946641	0.6162151997422382	0.5377524979345405	1.0	1.0	6	P46379	1
Regulation of actin filament length	0.3557573448791432	0.6154958724831622	0.538227294308689	1.0	1.0	37	Q9NUQ9,Q9UQB8,O15020,P35611,Q9Y5X1,Q9Y2A7,Q96F07,P35080,P42345,Q9NYL9,Q7L576	11
Regulation of autophagy of mitochondrion in response to mitochondrial depolarization	0.514972417965023	0.6134023694869478	0.539610319697398	1.0	1.0	5	P04062	1
Response to mitochondrial depolarisation	0.514972417965023	0.6134023694869478	0.539610319697398	1.0	1.0	5	P04062	1
Positive regulation of syncytium formation by plasma membrane fusion	0.5559334717126532	0.6122914172814252	0.5403449671495919	1.0	1.0	4	P41440,O75955	2
Regulation of syncytium formation by plasma membrane fusion	0.5559334717126532	0.6122914172814252	0.5403449671495919	1.0	1.0	4	P41440,O75955	2
Cellular response to arsenic containing substance	0.4664002391970788	0.6104534428670324	0.5415614752458229	1.0	1.0	8	P78417,P09601	2
Negative regulation of transporter activity	0.4567213582512547	0.6089396345390795	0.5425644518671346	1.0	1.0	10	Q96PU5,P78417,P62942	3
Negative regulation of mrna catabolic process	0.3598228659464225	0.6080987498141376	0.543121981361554	1.0	1.0	22	Q92804,P35637,P16989,O60506,P07910,P67809,P98175,Q99729	8
Regulation of transporter activity	0.351284195476664	0.6079066191342866	0.5432494092697733	1.0	1.0	35	Q03164,Q96PU5,P08183	3
Skeletal muscle organ development	0.3904880475562271	0.6078611938238371	0.5432795391287915	1.0	1.0	19	Q9BYT8,P16989,O75955,P41440,P51114,Q7Z406,P50402,P61201	8
Positive regulation of lipase activity	0.4729753428069927	0.6066983623562068	0.5440511091886584	1.0	1.0	6	Q9Y263	1
Positive regulation of phospholipase activity	0.4729753428069927	0.6066983623562068	0.5440511091886584	1.0	1.0	6	Q9Y263	1
Adenylate cyclase modulating g protein coupled receptor signaling pathway	0.4508670931602118	0.6066648459963446	0.5440733562747224	1.0	1.0	11	P07602,Q9Y4G8	2
Vesicle targeting	0.3703291203059443	0.6065939623287564	0.544120408072668	1.0	1.0	21	Q15363,Q9BVK6	2
Molting cycle	0.4507015559100217	0.605827737788625	0.5446291485885766	1.0	1.0	11	O75844	1
Neuronal action potential	0.5534158531145472	0.6029230175079758	0.5465599028245003	1.0	1.0	4	P04062,P42345	2
Regulation of neurotransmitter levels	0.356608471622201	0.6005080225072174	0.5481677159135461	1.0	1.0	24	O95721,Q9H2H9,P21964,Q99808,P16615,P41440,P50897	7
Dna methylation	0.4071156435787184	0.5990863148743654	0.5491153270818483	1.0	1.0	17	Q03164,O75844	2
Adenylate cyclase inhibiting g protein coupled receptor signaling pathway	0.4677163124365207	0.5985239608714172	0.5494903759724488	1.0	1.0	7	P07602	1
Regulation of the force of heart contraction	0.5105185630254958	0.5953943572987237	0.5515798964609555	1.0	1.0	5	P16615,P10253	2
Pore complex assembly	0.4364941147593801	0.5951930007082765	0.5517144683816118	1.0	1.0	13	Q9NQC3	1
Long chain fatty acid transport	0.4426269798432337	0.5943594190461647	0.5522717445500129	1.0	1.0	12	O43772,P23786	2
Positive regulation of cellular response to transforming growth factor beta stimulus	0.5969049718504134	0.5938480980959192	0.5526137157346436	1.0	1.0	3	O00560	1
Organic hydroxy compound catabolic process	0.4481508651343354	0.5929486016811033	0.5532155504764309	1.0	1.0	11	Q8WTV0,Q10713,P21964	3
Cellular response to unfolded protein	0.3490620068309644	0.592535254780419	0.5534922201663897	1.0	1.0	28	Q6NTF9,P57088,P48723,Q15363,Q7Z2K6,Q96HY6,Q9BUN8,Q9Y4P3	8
Cardiac muscle cell membrane repolarization	0.4696854057663814	0.5922421967617411	0.553688416733326	1.0	1.0	6	O75844	1
Regulation of fatty acid biosynthetic process	0.4662102182470292	0.5917373660167737	0.5540264708206806	1.0	1.0	7	O94905	1
Cardiac muscle cell action potential involved in contraction	0.4620612946099977	0.5903378272763038	0.5549641837570205	1.0	1.0	8	Q96PU5	1
Regulation of lymphocyte mediated immunity	0.396732031185908	0.5885733994609802	0.5561474824685364	1.0	1.0	18	Q9NUQ9,O96028,P11279	3
Regulation of calcium ion transmembrane transport	0.4128434225353248	0.5841373392637351	0.5591279150134636	1.0	1.0	16	P21796	1
Cellular response to vitamin d	0.548183839881402	0.583568191775256	0.5595108656978744	1.0	1.0	4	Q15648,Q8TB36,P20020	3
Mitochondrial atp synthesis coupled proton transport	0.4514170396121522	0.5829528473291526	0.559925043106837	1.0	1.0	10	P56134,Q9UJZ1,P36542,O75964,P56385,P24539	6
Negative regulation of protein containing complex assembly	0.3483415198916051	0.5824476607600603	0.560265186288702	1.0	1.0	35	Q9NUQ9,O15020,P04062,P50542,P35611,P04350,P45880,Q15691,Q9NYL9,Q15058	10
Positive regulation of dendritic spine morphogenesis	0.4602050030916815	0.5817643303989569	0.5607254333215645	1.0	1.0	8	Q9UQB8	1
Hematopoietic stem cell homeostasis	0.5475790592859013	0.5813411465292063	0.5610105543107013	1.0	1.0	4	Q9NX40	1
Regulation of anion transport	0.4557804371495911	0.581044535446826	0.5612104384468579	1.0	1.0	9	P08183	1
Guanine nucleotide transmembrane transport	0.5931811994995076	0.5806597820366015	0.5614697724100508	1.0	1.0	3	P41440	1
Guanine nucleotide transport	0.5931811994995076	0.5806597820366015	0.5614697724100508	1.0	1.0	3	P41440	1
Regulation of t cell differentiation in thymus	0.5931513107136366	0.580554281903145	0.5615408924108305	1.0	1.0	3	O96005	1
Positive regulation of oxidoreductase activity	0.4598350133599058	0.5800578876021184	0.5618755813756138	1.0	1.0	8	Q8WTV0,P16435,P31749	3
Pyrimidine containing compound transmembrane transport	0.7955555555555568	0.578780598056705	0.5627372242119679	1.0	1.0	2	Q9HC21	1
Embryonic pattern specification	0.4661165679537757	0.5766291433802255	0.564190007560406	1.0	1.0	6	Q15363	1
Cellular response to glucose starvation	0.4500463807300424	0.5762643619248276	0.5644365074723496	1.0	1.0	10	Q9Y371,Q9Y4P3,P54619	3
Nadph regeneration	0.4546725203766749	0.5757931182174155	0.5647550256264648	1.0	1.0	9	Q9NQ88,Q13423	2
Regulation of peptidyl lysine acetylation	0.432782910410363	0.5753262636622365	0.5650706623447284	1.0	1.0	13	Q03164	1
Response to arsenic containing substance	0.4388401241750939	0.574715739843885	0.565483560666346	1.0	1.0	12	P07196,P78417,P09601	3
Detection of stimulus	0.4387155491860226	0.574071017319996	0.565919744934648	1.0	1.0	12	Q13432,P30536	2
Positive regulation of cell cycle checkpoint	0.5455893254262465	0.5740294894388984	0.5659478459816623	1.0	1.0	4	Q5JVF3,Q9Y6G9,P12270	3
Regulation of myoblast fusion	0.5908929507893763	0.5725994860989714	0.566915907752489	1.0	1.0	3	P41440	1
Positive regulation of myoblast fusion	0.5908929507893763	0.5725994860989714	0.566915907752489	1.0	1.0	3	P41440	1
Positive regulation of skeletal muscle tissue development	0.5908929507893763	0.5725994860989714	0.566915907752489	1.0	1.0	3	P41440	1
Positive regulation of muscle tissue development	0.5908929507893763	0.5725994860989714	0.566915907752489	1.0	1.0	3	P41440	1
Positive regulation of b cell activation	0.4439024499646195	0.5715818355737903	0.5676053042674483	1.0	1.0	11	O96028,P00813	2
Toxin transport	0.431629677129357	0.569170236685816	0.5692406169661437	1.0	1.0	13	Q93050	1
Ubiquitin dependent erad pathway	0.3441847266503481	0.569080521731856	0.5693014963300076	1.0	1.0	29	O75477,Q6NTF9,Q9UBU6,P46379,O94905,Q9UBV2,Q9BUN8,Q96A33,P51572	9
Positive regulation of arp2 3 complex mediated actin nucleation	0.7922222222222266	0.5685729407585622	0.5696459924978203	1.0	1.0	2	Q7L576	1
Positive regulation of actin nucleation	0.7922222222222266	0.5685729407585622	0.5696459924978203	1.0	1.0	2	Q7L576	1
Amino acid salvage	0.7918518518518509	0.5674426750403143	0.5704134631260622	1.0	1.0	2	Q13126	1
L methionine salvage from methylthioadenosine	0.7918518518518509	0.5674426750403143	0.5704134631260622	1.0	1.0	2	Q13126	1
Protein peptidyl prolyl isomerization	0.384297932232878	0.5669059233622216	0.5707780995868936	1.0	1.0	19	Q9Y680,Q9NWM8,P62942	3
Cellular response to virus	0.3932439566923811	0.5664026770826478	0.5711200753149348	1.0	1.0	18	O60443,O43657	2
Pons development	0.588950886686497	0.5657854274021119	0.5715396539715663	1.0	1.0	3	O14949	1
Branching involved in labyrinthine layer morphogenesis	0.7903703703703776	0.5629295351922697	0.5734828674492878	1.0	1.0	2	Q15363	1
Labyrinthine layer morphogenesis	0.7903703703703776	0.5629295351922697	0.5734828674492878	1.0	1.0	2	Q15363	1
Ire1 mediated unfolded protein response	0.459495244245877	0.5616387533438721	0.574362171082422	1.0	1.0	7	Q96HY6	1
Tetrahydrobiopterin metabolic process	0.7892592592592613	0.5595530513356868	0.5757843357623669	1.0	1.0	2	P00374	1
Negative regulation of potassium ion transmembrane transport	0.5860961035070041	0.555814529084469	0.578337652140227	1.0	1.0	3	Q96PU5	1
Negative regulation of potassium ion transport	0.5860961035070041	0.555814529084469	0.578337652140227	1.0	1.0	3	Q96PU5	1
Amino acid import across plasma membrane	0.5005561735261427	0.5555292485259079	0.5785327099808304	1.0	1.0	5	P49768,P05556,O75915,Q15758	4
Schwann cell differentiation	0.4610534124628793	0.5546081748351319	0.5791626962538616	1.0	1.0	6	Q93074,P31749,P21359,P06493,Q15149	5
Developmental maturation	0.3432411254143383	0.5539157314382785	0.579636518372673	1.0	1.0	34	Q08J23,O94788,P04062,P07196,Q9NZJ7,P51790,O75503,Q15058	8
Adaptive immune response	0.3449771749031243	0.5534100768774112	0.5799826402931691	1.0	1.0	35	Q9NUQ9,P02786,Q9NZ08,Q9UQ84,O96028,P00813	6
Antigen processing and presentation of endogenous peptide antigen	0.5396659102593344	0.5524059993816604	0.5806702211641577	1.0	1.0	4	Q9NZ08	1
Antigen processing and presentation of endogenous antigen	0.5396659102593344	0.5524059993816604	0.5806702211641577	1.0	1.0	4	Q9NZ08	1
Serine transport	0.539599812323173	0.5521659492523554	0.5808346612888984	1.0	1.0	4	Q96QD8	1
Renal system process	0.4534832162066015	0.5508922247552482	0.5817075577921642	1.0	1.0	8	Q99538,Q9Y5X3	2
T cell mediated cytotoxicity	0.4979651056160917	0.5452613215350539	0.5855738018481564	1.0	1.0	5	Q9NUQ9	1
Nervous system process	0.4306179796010909	0.5447666113944698	0.5859140450103264	1.0	1.0	87	O94925,Q9Y6M9,P04062,Q14108,Q13641,P50897,P42345,O43924,O14773,Q99797,P78417,O60313,Q6Y7W6,O60443,Q99538,Q7L576,Q13432,O75844,Q9UQB8,P10253,Q9BPZ3,P17900,Q92542,Q9Y5J7,Q9Y639,P07196,Q8N0X7,P31749,P50542,O00264	30
Peripheral nervous system development	0.4430356819120052	0.5422378631809304	0.5876546548278916	1.0	1.0	10	P51648,Q9NR77	2
Camera type eye development	0.3364542817615654	0.5420034667855747	0.587816117650799	1.0	1.0	31	Q15293,O94788,Q8NBN7,Q8NF37,P23634,P54802,Q15555,P48681,P08670,Q99471,Q99797	11
Protein acetylation	0.3523460335280263	0.5403098881127734	0.588983340315457	1.0	1.0	40	Q9Y6J9,Q9UBU8,P16435,O75844,P46379,Q01105,Q03164,Q86UY6	8
Negative regulation of mrna splicing via spliceosome	0.41239464953861	0.5379012010061099	0.5906452592374212	1.0	1.0	15	P61978,P22626,O75494,P98175,P38159,P26368	6
Inner ear receptor cell development	0.4539553204128806	0.5370166939662736	0.5912560827313145	1.0	1.0	7	P54802	1
Regulation of erbb signaling pathway	0.4313617750410652	0.5361919968429024	0.5918258640929492	1.0	1.0	12	Q99538,Q9NQC3	2
Cellular response to calcium ion	0.4460834529211285	0.5353426941400221	0.5924129087918324	1.0	1.0	9	Q6NUK1,Q99538,Q92542	3
Regulation of protein targeting	0.3962810001492949	0.5328790981388742	0.5941172749955075	1.0	1.0	17	O14737,P55786	2
Copii coated vesicle budding	0.3598951577169406	0.5318757539621326	0.5948120510930248	1.0	1.0	21	Q9UBV8,Q15363	2
Intrinsic apoptotic signaling pathway in response to dna damage by p53 class mediator	0.4489294515155758	0.5301419562754462	0.596013511175443	1.0	1.0	8	Q96RU2,P46379	2
Maintenance of location in cell	0.3476114424784884	0.530094921659284	0.5960461198946299	1.0	1.0	38	Q8NEW0,P10253,P62942,P24390,P30536	5
Regulation of calcium mediated signaling	0.4521452522298718	0.5290156974712377	0.5967945605508231	1.0	1.0	7	P00813,P42345	2
Cytoskeleton dependent cytokinesis	0.3492408342938387	0.5288813274063269	0.5968877759611027	1.0	1.0	39	O75935,Q14141,Q6DKK2,Q9Y5X1,Q13432	5
Negative regulation of atp metabolic process	0.4481691139458577	0.5266909994636774	0.5984081869171005	1.0	1.0	8	P30536	1
T cell activation	0.366270503091909	0.52532900390648	0.5993544981892398	1.0	1.0	49	Q9NUQ9,P02786,P49366,P04062,P62942,P24390,P31749,Q92542,O96005,P00813	10
Immunoglobulin production involved in immunoglobulin mediated immune response	0.4162990200144418	0.5214474990656	0.6020550698713134	1.0	1.0	14	O96028,Q9UQ84	2
Somatic diversification of immunoglobulins involved in immune response	0.4162990200144418	0.5214474990656	0.6020550698713134	1.0	1.0	14	O96028,Q9UQ84	2
Regulation of necrotic cell death	0.4277946160279077	0.517953085663527	0.6044910022771885	1.0	1.0	12	P30536,P00403,Q13510	3
Protein processing involved in protein targeting to mitochondrion	0.5745154793283882	0.51594919498699	0.6058898934636134	1.0	1.0	3	Q10713	1
Bone development	0.3764800848101883	0.5155846709347305	0.606144518855849	1.0	1.0	19	P16435,O75844,Q32P28,Q92896,O96028	5
Regulation of striated muscle contraction	0.4324526050522596	0.5145803565024402	0.6068462947046269	1.0	1.0	11	P16615,P05023	2
Protein targeting to membrane	0.3411515173995855	0.5132400337114387	0.6077834251614034	1.0	1.0	27	Q15629,P46379,P50542,P43307,O00560,Q9UHB9,O60725,P40855,Q9NT62	9
Cytokinetic process	0.4136829722130675	0.5072204633245991	0.612000138394299	1.0	1.0	14	O43633,Q9Y5X1,P50995,Q9H0H5	4
Dna methylation or demethylation	0.3563185109225896	0.5064694178674614	0.6125271533419117	1.0	1.0	21	Q03164,O75844	2
Protein localization to golgi apparatus	0.4435350751313931	0.5057471122056724	0.6130341904775773	1.0	1.0	8	Q8N2H4,P49755,O14976	3
Kinetochore organization	0.4495548961424268	0.5052156237125769	0.6134073979456165	1.0	1.0	6	P50748,O95347,Q7Z3K3,Q9NTJ3,Q9BZD4	5
Positive regulation of torc1 signaling	0.5263157894736867	0.5045125803914915	0.613901223963343	1.0	1.0	4	Q96EE3,Q9NXC5,Q9P2J5	3
B cell mediated immunity	0.4064577614201836	0.5044355972372296	0.6139553084945928	1.0	1.0	15	O96028,Q9UQ84	2
Regulation of protein acetylation	0.4064014487287187	0.5041195162143577	0.6141773932964671	1.0	1.0	15	Q03164	1
Respiratory electron transport chain	0.3585183404295131	0.503639266231041	0.6145148941997307	1.0	1.0	46	Q9H3K2,Q9Y6M9,P04062,Q16134,P00403,O14949,Q7KZN9,P13073,O96000,Q9UDW1,O43676	11
Protein localization to microtubule end	0.7700000000000007	0.5022199183878677	0.6155128333242414	1.0	1.0	2	Q15691	1
Transmembrane transport	0.5538586848128346	0.5009126273161255	0.6164326152659187	1.0	1.0	186	Q9NS69,Q99595,Q9Y376,Q9BPX6,Q6P4A7,Q70HW3,P04062,P62942,O00400,Q8N4V1,O75027,Q9BXP2,P41440,P21796,P45880,Q9C0H2,P20674,Q8NE01,Q8TB61,Q99797,Q99623,O14925,Q6NUK1,O43772,Q15388,P11166,P78417,O15439,Q9UJZ1,Q96ES6,P16615,Q9UHG3,Q6NT16,Q9HC21,Q13423,Q9H2D1,Q8WWC4,P38435,Q9HD20,P51790,O95831,O75381,P23786,Q15629,O75844,Q9H2H9,Q8WTV0,Q8IXU6,P12236,P08183,Q7KZN9,P13073,P56385,Q9H2V7,Q9UDW1,Q9BQT8,P21281,Q9Y619,Q8NEW0,P33527,Q96PU5,P04920,Q9Y277,P31749,P50542,Q9UBX3,P05023,Q96QD8,O95202,P98194,P00403,P53985,O75964,P51798,P24539	75
Myoblast differentiation	0.4456400742115015	0.5004505033380738	0.6167578999765673	1.0	1.0	7	P05556,Q14254,P17844,Q92841,Q9H7N4,Q15149	6
Cochlea development	0.4864664441972586	0.5002408313958947	0.616905510894874	1.0	1.0	5	P33993,Q9BW83,P43034,Q13308	4
Antigen processing and presentation of exogenous peptide antigen via mhc class ii	0.7688888888888963	0.4989840419588581	0.6177906262548647	1.0	1.0	2	Q99538	1
Antigen processing and presentation of peptide or polysaccharide antigen via mhc class ii	0.7688888888888963	0.4989840419588581	0.6177906262548647	1.0	1.0	2	Q99538	1
Regulation of membrane tubulation	0.7688888888888946	0.4989840419588525	0.6177906262548687	1.0	1.0	2	Q9Y371	1
Bile acid metabolic process	0.4416420147003007	0.4972365976433732	0.6190222161541241	1.0	1.0	8	O15118	1
Positive regulation of cell growth	0.3329188081915851	0.4959139055748335	0.6199551548449103	1.0	1.0	32	Q96PU5,Q15418,O75832,Q9Y263,Q7L576,Q96K76	6
Actomyosin contractile ring organization	0.5233214822848928	0.4939418148238196	0.6213472723967488	1.0	1.0	4	Q9H0H5	1
I kappab kinase nf kappab signaling	0.3483955625184952	0.4917064632445387	0.6229268685190639	1.0	1.0	41	O43657,Q9P035,P02786,Q7Z7H5,P62942,Q86UE4,P31749,P98194,Q96HY6,P09601,Q8TB61	11
Apoptotic mitochondrial changes	0.3327368875834164	0.4906500374473701	0.6236739895355037	1.0	1.0	30	Q9H3K2,O60313,O75832,O14737,P31749,P45880,Q96A26	7
Regulation of dendrite development	0.396323230446942	0.4873850519463411	0.6259854846523201	1.0	1.0	16	Q96PU5,Q7L576,Q9UQB8,Q9Y4G8	4
Response to interleukin 12	0.7648148148148188	0.4871893856451108	0.6261241266275994	1.0	1.0	2	P07237	1
Positive regulation of nuclear transcribed mrna catabolic process deadenylation dependent decay	0.5653945905891125	0.4852516428413714	0.6274978531358122	1.0	1.0	3	P11940,A5YKK6	2
Maintenance of protein localization in organelle	0.4155552140059066	0.4843410973970852	0.6281438138383599	1.0	1.0	13	P24390,P30536	2
Face development	0.4350885799212749	0.4843096065630396	0.6281661592196239	1.0	1.0	9	O95470	1
Amino acid betaine metabolic process	0.4821840395238128	0.4837174258163454	0.6285864244437069	1.0	1.0	5	P23786	1
Divalent inorganic cation homeostasis	0.3590045163262665	0.4787174961972814	0.632139617176624	1.0	1.0	48	Q9BPX6,P62942,Q9Y4W6,Q8NE01,P78417,Q96TC7,Q9UJZ1,P16615,P07686,Q8WWC4,Q8NE86,Q9HD20,P51572,P52306,P23634,Q8NEW0,P20020,Q9Y639,Q16891,O95202,P98194,Q96A33	22
Positive regulation of small molecule metabolic process	0.4200036343839627	0.4784582389384878	0.632324090768104	1.0	1.0	12	P16435,P00403,Q16531	3
Folic acid containing compound metabolic process	0.4199483602298456	0.4781798087879829	0.6325222322483834	1.0	1.0	12	P00374,Q9H2D1,Q9NRN7,P41440	4
Regulation of leukocyte mediated immunity	0.3364948816744272	0.4759026399194407	0.6341437413545818	1.0	1.0	27	Q9NUQ9,O96028,P11279,P09601	4
Regulation of establishment or maintenance of cell polarity	0.4425689446017322	0.4756700445504061	0.6343094651723162	1.0	1.0	6	Q9NUQ9	1
Regulation of modification of synaptic structure	0.5176404652489067	0.4740701864492797	0.6354498578873728	1.0	1.0	4	Q9UQB8	1
Feeding behavior	0.4791106388371611	0.4719457491822306	0.6369655121228877	1.0	1.0	5	Q7Z4L5,O94925	2
Pteridine containing compound metabolic process	0.4071245874728337	0.4718012371602703	0.6370686677768418	1.0	1.0	14	Q92820,Q9NRN7,P41440,Q9H2D1,P61457,P00374	6
Regulation of amino acid transmembrane transport	0.5613190070396482	0.4717472224175885	0.6371072264171438	1.0	1.0	3	P49768,O75915	2
Regulation of l glutamate import across plasma membrane	0.5613190070396482	0.4717472224175885	0.6371072264171438	1.0	1.0	3	P49768,O75915	2
L glutamate import across plasma membrane	0.5613190070396482	0.4717472224175885	0.6371072264171438	1.0	1.0	3	P49768,O75915	2
Regulation of amino acid transport	0.5613190070396482	0.4717472224175885	0.6371072264171438	1.0	1.0	3	P49768,O75915	2
Amine transport	0.5613190070396482	0.4717472224175885	0.6371072264171438	1.0	1.0	3	P49768,O75915	2
Response to thyroid hormone	0.4382595263652232	0.4684256699664181	0.6394802144519196	1.0	1.0	7	P04062	1
Mononuclear cell differentiation	0.3421175455999538	0.4682485368378976	0.6396068661030752	1.0	1.0	39	P24390,P04062,O96005	3
Protein localization to cilium	0.4272918714472241	0.4670967932274589	0.6404306283882852	1.0	1.0	10	Q10713,A0AVF1	2
Lipid storage	0.412014982131186	0.4659340958750552	0.6412626747494692	1.0	1.0	13	P04062,Q8WTV0,Q14534,P17900,Q9H6V9	5
Mammary gland development	0.3687581735771401	0.4654188862838948	0.6416315118676783	1.0	1.0	19	Q13505,P00403	2
Retina development in camera type eye	0.3686073828413979	0.464445104288795	0.6423288812220018	1.0	1.0	19	P54802	1
Negative regulation of cold induced thermogenesis	0.4395134678001703	0.4628676097159278	0.6434592657129814	1.0	1.0	6	Q9UIQ6	1
Endoplasmic reticulum to cytosol transport	0.4215486981988851	0.4612085299000639	0.644649002492593	1.0	1.0	11	Q9BUN8,Q8TCT9,Q9UBV2	3
Regulation of sterol transport	0.4360385275711577	0.4588740692951265	0.6463246008500172	1.0	1.0	7	P30536	1
Postsynaptic cytoskeleton organization	0.5130783924983061	0.4582936762587671	0.6467414667448794	1.0	1.0	4	P07196	1
Organic hydroxy compound metabolic process	0.430414461476264	0.4572964757315621	0.6474579625045509	1.0	1.0	94	P51648,P16435,P04062,Q16850,Q9BQE5,Q15392,P37268,Q15800,Q9UBM7,Q9Y4G8,P61916,Q14534,Q9BY49,Q99538,Q9NQ88,O94905,Q9H4L5,Q13510,P38435,O75477,O15118,Q8WTV0,Q6P1A2,O94788,Q14739,P48449,Q6NUM9	27
Regulation of stem cell differentiation	0.4043488277387624	0.4569245579924524	0.6477252717815543	1.0	1.0	14	Q08J23,Q9NX40	2
Positive regulation of vacuole organization	0.555828226946264	0.4537708093620441	0.6499937956665398	1.0	1.0	3	Q9Y371	1
Binding of sperm to zona pellucida	0.420009842945662	0.4537568244473547	0.6500038624080762	1.0	1.0	11	P45880,P50991	2
Sperm egg recognition	0.420009842945662	0.4537568244473547	0.6500038624080762	1.0	1.0	11	P45880,P50991	2
Regulation of cyclin dependent protein kinase activity	0.4092289901475323	0.4515274936781937	0.651609414142923	1.0	1.0	13	Q16543,O75832,P31749,Q9P287,P53350	5
Positive regulation of mitotic cell cycle spindle assembly checkpoint	0.554649870322347	0.4499463019999595	0.6527491601973217	1.0	1.0	3	Q5JVF3,P12270	2
Intermediate filament bundle assembly	0.5537352242965226	0.4469859696468803	0.6548851901881181	1.0	1.0	3	P07196	1
Glial cell migration	0.4227138041873485	0.4456237277058326	0.6558690679700581	1.0	1.0	10	Q9NQC3,P30536	2
Negative regulation of mrna processing	0.3378624327989421	0.4449774774577825	0.6563360305518082	1.0	1.0	22	P50750,P61978,P22626,O75494,P98175,P38159,P26368	7
Pyridine containing compound biosynthetic process	0.5091104261213704	0.4447081966770335	0.6565306450559194	1.0	1.0	4	P43490	1
Lipid catabolic process	0.3865686188134195	0.4440201845082376	0.6570279907717489	1.0	1.0	67	P04062,Q9BWD1,O15254,Q15067,Q9H6V9,P50897,Q8NHP8,Q13510,Q13011,P23786,Q16822,Q8WTV0,Q16134,P17900,A1L0T0,Q8N2K0,P06280,O95470,P06865	19
Neurotransmitter uptake	0.4349747399848726	0.4439931604673699	0.657047528835635	1.0	1.0	6	Q99808,P41440,Q9H2H9	3
Regulation of b cell activation	0.4017711030966461	0.4431740915826771	0.6576398171873354	1.0	1.0	14	O96028,P00813	2
Demethylation	0.3951747177513169	0.4416654509628664	0.6587313139572051	1.0	1.0	15	Q8NB78,Q16850	2
Negative regulation of neuroblast proliferation	0.5513153019636896	0.4391888968106474	0.6605246696129365	1.0	1.0	3	P04637,P21359	2
Calcium ion transport	0.3557050080898141	0.4368550174055285	0.6622164961056687	1.0	1.0	49	Q9BPX6,O75844,P78417,P62942,P16615,P21796,O95202,P98194,P30536	9
Embryonic camera type eye development	0.7459259259259337	0.4340120108320935	0.6642797191539085	1.0	1.0	2	O94788	1
B cell activation	0.3256773750890588	0.4338926943557007	0.6643663651453147	1.0	1.0	32	O96028,Q9UQ84,P78318	3
Regulation of autophagy	0.3945863864431067	0.4306465162398621	0.6667254130902756	1.0	1.0	73	O75844,Q9Y487,P04062,O15118,Q93050,Q86UE4,P10619,P31749,P07602,Q9NZJ7,P21796,Q9Y371,Q9NQ88,Q9Y5X3,P09601,P30536	16
Receptor mediated endocytosis	0.3566216618879618	0.4303096740237968	0.6669703908837201	1.0	1.0	50	P02786,Q14108,P41440,Q9Y5X1,Q5VW38,P50897,Q13432	7
Carnitine metabolic process	0.5034939712087682	0.425704192792377	0.6703234064975425	1.0	1.0	4	P23786	1
Cellular lipid catabolic process	0.3728266656873165	0.4255379250809499	0.6704445809438391	1.0	1.0	60	Q8N2K0,P04062,Q9BWD1,O15254,Q16822,Q8WTV0,P06280,O95470,Q15067,Q16134,P17900,P50897,Q13510,Q13011,Q8NHP8,A1L0T0,P06865,P23786	18
Cerebral cortex cell migration	0.4250861479254204	0.4240474019931773	0.6715312436824841	1.0	1.0	8	Q9NQC3,Q8WXH0,P50542	3
Metal ion transport	0.415086222109367	0.4195469357573081	0.6748164600895907	1.0	1.0	87	Q9BPX6,P62942,Q8N4V1,O75027,P21796,P30536,P78417,P16615,Q15907,Q9HD20,P02786,O75844,Q9H2H9,O15173,Q8NEW0,Q96PU5,P31749,P05023,O95202,P98194	20
Regulation of lipid transport	0.4029812704003961	0.4194892683373264	0.6748585961239357	1.0	1.0	13	O15260,Q6P1A2,P30536	3
Import across plasma membrane	0.3844163167459757	0.4191245396943195	0.6751251171496371	1.0	1.0	16	P11166,P31749,Q9BXP2,P41440,P23634,P05023,Q9Y289	7
Embryonic brain development	0.4637363668408828	0.4142345225284712	0.6787023613303464	1.0	1.0	5	P62995	1
Action potential	0.3606413564178032	0.4133572182367409	0.6793449141421188	1.0	1.0	19	P16615,P04062,Q96PU5	3
Negative regulation of rho protein signal transduction	0.5431641348647669	0.4133115774890175	0.6793783485950424	1.0	1.0	3	P16949,P05556	2
Negative regulation of g protein coupled receptor signaling pathway	0.4272824462263703	0.4124177131202489	0.6800332823302822	1.0	1.0	6	P50570,P23634,P00813	3
Retinal metabolic process	0.7377777777777859	0.4118806889049316	0.6804268757089811	1.0	1.0	2	O94788	1
Regulation of action potential	0.4249183011031225	0.4116971818499044	0.6805613908407149	1.0	1.0	7	P04062	1
Lymphocyte homeostasis	0.426924080874389	0.4109599636466793	0.6811018920903289	1.0	1.0	6	P00813	1
Leukocyte proliferation	0.3267537687114658	0.4105008714551686	0.6814385643537193	1.0	1.0	28	P49366,P00813,P04062,Q92542	4
Muscle cell development	0.3316168323583772	0.4097250683040776	0.6820076387183809	1.0	1.0	24	O75844,Q9Y4W6,P16615,Q9H7B4,P09493,P42345,Q9NYL9	7
Protein localization to cell surface	0.3888118788776473	0.406817839852448	0.6841417830160683	1.0	1.0	15	Q96PU5,P31749,Q15907	3
Meiosis i cell cycle process	0.3886410482785584	0.4058882698990387	0.6848246972493803	1.0	1.0	15	Q9BTX1,Q92791,P46379	3
Response to manganese ion	0.4972609638280808	0.4049365950172265	0.6855241179776357	1.0	1.0	4	P30536	1
Toll like receptor 4 signaling pathway	0.7348148148148224	0.4039597502009284	0.6862423173834111	1.0	1.0	2	P41440	1
Positive regulation of heterotypic cell cell adhesion	0.7348148148148224	0.4039597502009284	0.6862423173834111	1.0	1.0	2	P41440	1
Positive regulation of toll like receptor 3 signaling pathway	0.7348148148148224	0.4039597502009284	0.6862423173834111	1.0	1.0	2	P41440	1
Regulation of toll like receptor 4 signaling pathway	0.7348148148148224	0.4039597502009284	0.6862423173834111	1.0	1.0	2	P41440	1
Regulation of synaptic transmission dopaminergic	0.7348148148148224	0.4039597502009284	0.6862423173834111	1.0	1.0	2	P41440	1
Mitochondrial electron transport nadh to ubiquinone	0.3322243438232499	0.4039374027268891	0.6862587510934837	1.0	1.0	22	O43676,O96000	2
Dna modification	0.3285328875268695	0.4022678093436092	0.6874869426501133	1.0	1.0	26	Q03164,O75844	2
Ion homeostasis	0.4187605120729747	0.4003922348338783	0.688867642694039	1.0	1.0	91	Q9BPX6,O94925,P62942,O75027,Q9BXP2,Q8NE01,P50897,P30536,P30519,P78417,Q9Y487,Q93050,Q9UJZ1,P16615,Q92544,Q8WWC4,Q9HD20,P51790,P51572,P02786,P52306,P09601,Q8NEW0,Q96PU5,P04920,Q9Y639,Q16891,P05023,Q9Y5X3,O95202,P98194,Q15904,O75880,Q96A33,O75503	35
Regulation of heart rate	0.4127891350100278	0.3997412028956836	0.6893471411354932	1.0	1.0	10	P16615,P00813	2
Morphogenesis of a branching structure	0.3935050402407664	0.399532843186095	0.6895006287274839	1.0	1.0	14	Q15363	1
Positive regulation of protein localization to cell surface	0.4596375712752214	0.3992037564676578	0.6897430755558871	1.0	1.0	5	P31749	1
Positive regulation of histone ubiquitination	0.4592937190082971	0.397950025079806	0.6906670240403299	1.0	1.0	5	P50750	1
Development of primary female sexual characteristics	0.4185788382407658	0.3959562509835718	0.6921373027544933	1.0	1.0	8	O95470	1
Regulation of synaptic vesicle recycling	0.42285820548745	0.3945073556027813	0.6932064976638919	1.0	1.0	6	Q9Y263	1
Lymphocyte apoptotic process	0.407395225494419	0.3935176365749615	0.6939372004428273	1.0	1.0	11	P24390,P00813	2
Glial cell differentiation	0.3225065380017158	0.3919080094123446	0.6951261847883587	1.0	1.0	33	Q13144,P04062,P31749,P08670,Q7Z4L5,O43175,Q92542,Q9NR50	8
Regulation of low density lipoprotein particle clearance	0.4927074946431116	0.3899886580949622	0.69654493377915	1.0	1.0	4	P61978	1
Meiotic chromosome condensation	0.4911045218680547	0.3847728158723557	0.7004057412141662	1.0	1.0	4	O95347,Q9NTJ3,Q15021	3
Response to corticosterone	0.7262962962963028	0.3815753987780073	0.7027763348701099	1.0	1.0	2	P07196	1
Regulation of presynaptic cytosolic calcium ion concentration	0.7262962962962941	0.3815753987779846	0.7027763348701268	1.0	1.0	2	P23634	1
Positive regulation of bone mineralization	0.7262962962962934	0.3815753987779834	0.7027763348701277	1.0	1.0	2	Q4KMQ2	1
Regulation of receptor mediated endocytosis	0.3290383592048407	0.3809404692566072	0.7032474223597349	1.0	1.0	22	P50897	1
Cell cell recognition	0.3988995292230505	0.3742491230985118	0.7082189800325318	1.0	1.0	12	P45880	1
Atp synthesis coupled proton transport	0.4032801319165721	0.3742203895492843	0.7082403555927517	1.0	1.0	11	Q9UJZ1,P24539,O75964,P56385	4
Regulation of t cell activation	0.3206126233021452	0.3742021786463796	0.7082539032289281	1.0	1.0	29	Q9NUQ9,P02786,P49366,P31749,O96005,P00813	6
Temperature homeostasis	0.3543698908194005	0.373677622569112	0.7086441758216437	1.0	1.0	19	P23786,Q9UIQ6	2
Astrocyte differentiation	0.4029168375800334	0.3725257557226208	0.7095014393861339	1.0	1.0	11	P08670,Q13144	2
Positive regulation of cyclin dependent protein kinase activity	0.4871739712642296	0.3720879838721552	0.7098273425595363	1.0	1.0	4	O75832	1
Receptor metabolic process	0.3182972991808288	0.3713525551610866	0.7103749585303429	1.0	1.0	32	P02786,P41440,Q15907,O00560,Q99538,Q9Y371,P50570,P62993,P42892	9
Lysine metabolic process	0.4866210156821173	0.3703155601888981	0.7111473812923701	1.0	1.0	4	Q9BQT8	1
Receptor signaling pathway via stat	0.3980661201845681	0.3702295299033942	0.7112114757028143	1.0	1.0	12	Q6IA86,Q9NX40	2
Cilium organization	0.3439937136083845	0.3681574990278193	0.7127557989596336	1.0	1.0	47	O95721,Q14203,Q9H223,O15439,Q9Y277,O43805,Q14141,Q8TC07,Q15555,Q9UBB4,Q66K14,P61421,P50570,Q7Z4L5,Q15691,A0AVF1,A6NIH7,Q9NT62	18
Insulin receptor signaling pathway	0.3533088511637002	0.3670163417798628	0.7136068283673884	1.0	1.0	19	P43490,Q9UQB8,Q9Y5X3	3
Mitotic g1 s transition checkpoint signaling	0.485544848035597	0.3668747177155158	0.7137124708141529	1.0	1.0	4	P04637,P42575,Q6Y7W6	3
T cell lineage commitment	0.4855448480355903	0.366874717715494	0.7137124708141691	1.0	1.0	4	P04637,P40763,P42345	3
Mrna modification	0.411678770523842	0.3666379551789906	0.713889092702475	1.0	1.0	8	Q08J23,Q99729	2
Neurotransmitter secretion	0.3812092255968624	0.3657763631029737	0.7145319589618457	1.0	1.0	15	O95721,P16615,P50897	3
Regulation of histone h2b ubiquitination	0.4846122123239029	0.3639021069352317	0.715931111267033	1.0	1.0	4	P50750	1
Regulation of protein polymerization	0.3501756433774218	0.3632131358997961	0.7164456757041906	1.0	1.0	51	Q9NUQ9,Q9UQB8,O15020,P35611,P04350,P07900,P45880,Q9Y5X1,Q9Y2A7,Q96F07,Q15691,P35080,P42345,Q9NYL9,Q7L576	15
Regulation of gene silencing by rna	0.3864252978291701	0.362756105980082	0.7167870838195372	1.0	1.0	14	O75844	1
Regulation of heart rate by chemical signal	0.7188888888888918	0.3625923681064346	0.7169094122111443	1.0	1.0	2	P09493	1
Calcium ion export across plasma membrane	0.7188888888888862	0.3625923681064203	0.716909412211155	1.0	1.0	2	P20020	1
Leukocyte mediated immunity	0.3328222051901231	0.3610254984501545	0.7180803857482823	1.0	1.0	41	Q9NUQ9,P07437,Q9UQ84,P09601,P11279,O96028,P68371	7
Regulation of muscle contraction	0.3599050239300446	0.3599946836006725	0.718851109284004	1.0	1.0	18	P00813,P16615,P78417,P05023	4
Response to ether	0.525379770285298	0.3590496569341829	0.719557941744295	1.0	1.0	3	P11802,Q14103	2
Spermatid differentiation	0.3669440363205972	0.3588956465759989	0.7196731564997063	1.0	1.0	17	A0AVF1	1
Negative regulation of rna splicing	0.366494720034654	0.3563079981994306	0.721609920177795	1.0	1.0	17	P61978,P22626,O75494,P98175,P38159,P26368	6
Regulation of reactive oxygen species biosynthetic process	0.4130916567727644	0.3556694493076809	0.7220881267947623	1.0	1.0	6	P51790,P00403	2
Positive regulation of isotype switching	0.4090617710270857	0.3556521932763206	0.7221010512731649	1.0	1.0	8	O96028	1
Positive regulation of b cell mediated immunity	0.4090617710270857	0.3556521932763206	0.7221010512731649	1.0	1.0	8	O96028	1
Cellular response to vitamin	0.4467927326659278	0.3531666773893305	0.7239634878849546	1.0	1.0	5	Q15648,Q8TB36,P20020,Q13573	4
Regulation of neuron projection development	0.3606120408923502	0.3529784903550034	0.7241045661564076	1.0	1.0	58	Q96PU5,Q9NQC3,Q9UQB8,Q9Y4G8,Q32P28,Q14108,P07196,P31749,Q96G23,P08670,Q9NR77,Q7L576	12
Chondrocyte differentiation	0.4081718467513813	0.351933840432396	0.7248878796879392	1.0	1.0	8	P16435	1
Central nervous system neuron differentiation	0.3582517012183008	0.3500926460802622	0.7262691696815327	1.0	1.0	18	Q9Y4G8,P50542,P07900,Q7Z4L5,O14949	5
Base excision repair ap site formation	0.7137037037037022	0.3495788142565327	0.726654812707886	1.0	1.0	2	P29372	1
Hippo signaling	0.4453096032628878	0.3479607130758648	0.7278696883611886	1.0	1.0	5	Q4VCS5,Q01085,Q13043,O14578	4
Positive regulation of t cell proliferation	0.4087084081426261	0.3450902098808683	0.730026553280692	1.0	1.0	7	P49366	1
Positive regulation of dna binding transcription factor activity	0.3164482021592684	0.3410302055438527	0.7330808425795299	1.0	1.0	33	P02786,Q86UE4,P31749,P41440,Q96HY6,P60900,Q99623	7
Xenobiotic metabolic process	0.3918975088571516	0.3407335180487106	0.7333042032457304	1.0	1.0	12	O43169,Q9H2H9	2
L aspartate transmembrane transport	0.5190811411634022	0.3406033332717756	0.7334022197583825	1.0	1.0	3	Q9UJS0,O75746	2
Isoprenoid biosynthetic process	0.4074818430184038	0.3401658051842472	0.7337316678209787	1.0	1.0	7	O94788	1
Release of cytochrome c from mitochondria	0.3701840150863592	0.339615415280106	0.7341461677346957	1.0	1.0	16	Q9H3K2,O75832,O14737,P31749,Q96A26	5
Positive regulation of cell cell adhesion	0.3203621452306354	0.3395118286068648	0.7342241877659887	1.0	1.0	26	Q9NUQ9,P02786,P49366,P41440,P00813	5
Nuclear envelope organization	0.320288753753971	0.3389529866729113	0.7346451469968049	1.0	1.0	26	O75844,Q86XL3,P50402,Q8N1F7,O43633,Q9ULX6,Q9UH99,P53350	8
Mitochondrion organization	0.5001121504821907	0.3375961789013161	0.7356675220935207	1.0	1.0	157	Q9NS69,Q99595,Q16543,Q9P0J0,Q9Y6M9,P04062,P14406,Q9H3K2,P07900,P45880,P21796,Q9BQP7,Q9Y2R0,Q9BUR5,P30536,Q8IWA4,Q9NVI7,Q6UXV4,O43676,Q99623,O14925,Q9NUQ9,Q15388,O60313,Q8N4H5,Q13505,Q69YU5,Q5JRX3,Q9Y371,Q9NQ88,Q8WWC4,O75153,O95831,P02786,Q10713,O75832,Q9UDX5,P55786,Q6DKK2,Q9Y6C9,Q86Y39,Q9BUK6,Q9NX63,Q9Y5J7,Q96A26,O95168,Q9NT62,Q7L592,O75880,O14737,Q16891,P31749,P50542,Q15070,O95202,Q5XKP0,O96000,O75431	58
Sphingomyelin metabolic process	0.4422820381941875	0.3374075014587883	0.7358097305242945	1.0	1.0	5	O15269	1
Monocarboxylic acid transport	0.4044739741311564	0.3365801983561819	0.7364333855244505	1.0	1.0	8	P53985	1
Long chain fatty acid biosynthetic process	0.5168580955909658	0.3341940895186954	0.7382331037410732	1.0	1.0	3	P28161,O00154	2
Lipopolysaccharide mediated signaling pathway	0.4038113058420154	0.3338456321442283	0.7384960474357134	1.0	1.0	8	Q8WTV0,P31749	2
Cellular response to corticosteroid stimulus	0.3974085762375133	0.3306881554072749	0.7408800500388617	1.0	1.0	10	Q9H7B4,O95831,Q16822	3
Cellular component maintenance	0.4061572700296746	0.3287216110528247	0.7423661180547616	1.0	1.0	6	Q14203,Q14247,Q96QK1,Q15334,Q07157	5
Centriole assembly	0.4731291755895179	0.3280328131878081	0.7428868527482677	1.0	1.0	4	Q96PK6	1
Tubulin complex assembly	0.4393770856507256	0.3273767977033209	0.7433829132034075	1.0	1.0	5	P61758,O75347,Q15813,Q9BTW9	4
Neuron projection maintenance	0.7040740740740734	0.3260284380580674	0.7444028391828386	1.0	1.0	2	Q14203	1
Regulation of protein folding	0.4721618327630026	0.3250747195827327	0.7451245216362345	1.0	1.0	4	Q9UL15,O14737	2
Protein localization to microtubule organizing center	0.4051385526128408	0.3248092454025361	0.7453254468132213	1.0	1.0	6	Q14789,Q15691,Q13561	3
Regulation of neuroblast proliferation	0.4378939562476853	0.3222922191704804	0.7472313271309519	1.0	1.0	5	O60341,P04637,P35221,P21359	4
Digestive system development	0.3954699650543764	0.3221817069901448	0.7473150419541432	1.0	1.0	10	Q8N1B4,Q9NQ88,O94788,P00813	4
Ventricular cardiac muscle tissue morphogenesis	0.4378061925347438	0.3219921254818541	0.7474586600565734	1.0	1.0	5	P62942	1
Cardiac ventricle morphogenesis	0.4378061925347438	0.3219921254818541	0.7474586600565734	1.0	1.0	5	P62942	1
Muscle organ morphogenesis	0.4378061925347438	0.3219921254818541	0.7474586600565734	1.0	1.0	5	P62942	1
Cardiac muscle tissue morphogenesis	0.4378061925347438	0.3219921254818541	0.7474586600565734	1.0	1.0	5	P62942	1
Fibroblast proliferation	0.3877065715711775	0.3209634399983418	0.7482380968989555	1.0	1.0	12	O75844	1
Regulation of b cell proliferation	0.47043971700852	0.3198337522906487	0.7490943598185762	1.0	1.0	4	P00813	1
Positive regulation of b cell proliferation	0.47043971700852	0.3198337522906487	0.7490943598185762	1.0	1.0	4	P00813	1
Aorta morphogenesis	0.5113554927316011	0.3185624277439211	0.7500583484126571	1.0	1.0	3	Q96AY3	1
Cytokinesis	0.3429137255128902	0.3177989723189296	0.7506374302945542	1.0	1.0	50	O75935,O95630,Q14141,Q6DKK2,Q9Y5X1,Q9H0H5,Q9Y371,O43633,P50995,Q15058,Q13432	11
Negative regulation of inclusion body assembly	0.5109299740644743	0.3173676346744106	0.7509646625710527	1.0	1.0	3	P25685,P0DMV9	2
Negative regulation of receptor signaling pathway via stat	0.6996296296296276	0.3154363498745414	0.7524303712684619	1.0	1.0	2	P30153	1
Negative regulation of receptor signaling pathway via jak stat	0.6996296296296276	0.3154363498745414	0.7524303712684619	1.0	1.0	2	P30153	1
Adaptive thermogenesis	0.3445667046646323	0.3127635156452641	0.7544603359886337	1.0	1.0	19	P23786,Q9UIQ6	2
Phosphatidylinositol dephosphorylation	0.5092384060219003	0.3126381072657778	0.7545556229701504	1.0	1.0	3	Q10713	1
Phospholipid dephosphorylation	0.5092384060219003	0.3126381072657778	0.7545556229701504	1.0	1.0	3	Q10713	1
Positive regulation of t cell mediated immunity	0.4671842037785292	0.3100153649466194	0.7565492720685008	1.0	1.0	4	Q9NUQ9	1
Bicarbonate transport	0.696666666666671	0.308474205841748	0.7577215246580455	1.0	1.0	2	P04920	1
Rna stabilization	0.316083514527727	0.3070907966377334	0.7587742627024721	1.0	1.0	26	Q92804,Q08J23,P35637,P16989,O60506,P07910,P67809,P98175	8
Protein destabilization	0.3946437075396814	0.306087576983352	0.7595379664172	1.0	1.0	9	Q9BUN8,P19474	2
Positive regulation of exosomal secretion	0.3965499199764684	0.3042298978841055	0.7609527484826932	1.0	1.0	8	O00560,Q8WUM4,O14964,O43633	4
Positive regulation of endocytosis	0.3572091345274346	0.3034757917823681	0.7615272934847508	1.0	1.0	17	Q96PU5,P50897	2
Homophilic cell adhesion via plasma membrane adhesion molecules	0.3910246284167029	0.3028567755917172	0.7619990132839565	1.0	1.0	10	Q14574,P35613	2
Response to gamma radiation	0.3835836375191032	0.3017398474312435	0.7628503893552316	1.0	1.0	12	Q9NQ88,O75844	2
Response to dsrna	0.3568942488676448	0.3017068855774407	0.7628755188211818	1.0	1.0	17	Q9NUD5,Q5KU26	2
Transcription elongation from rna polymerase i promoter	0.5050018525379774	0.3009356755110155	0.7634635454088019	1.0	1.0	3	P18074,P19447	2
Negative regulation of nuclear transcribed mrna catabolic process nonsense mediated decay	0.6933333333333388	0.3007378269975601	0.7636144215019423	1.0	1.0	2	Q99729	1
Negative regulation of mrna metabolic process	0.3287747252867753	0.2995005247974285	0.7645581716645207	1.0	1.0	43	P50750,Q92804,P61978,P35637,P22626,P16989,O75494,Q13242,O60506,O75150,P07910,P67809,P38159,P98175,Q99729,P26368	16
Brain morphogenesis	0.3970429164566086	0.2989783745015631	0.764956545951317	1.0	1.0	7	P04062	1
Alcohol catabolic process	0.3928792927929547	0.2987321858539544	0.7651443970288341	1.0	1.0	9	Q8WTV0,Q10713	2
Actin filament based movement	0.3169280029987659	0.2974702427551594	0.7661075231535768	1.0	1.0	23	Q96PU5,P16615,P05023,P09493,Q9UH99	5
Fucose metabolic process	0.6911111111111163	0.2956372426198545	0.7675071287795363	1.0	1.0	2	Q9BTY2	1
Regulation of reactive oxygen species metabolic process	0.3134540293759588	0.2952820342394387	0.7677784395851623	1.0	1.0	27	O75027,Q9NQ88,P00403,P30536,P51790,P42785	6
Icosanoid transport	0.4622030733939493	0.2952230735808552	0.7678234769299488	1.0	1.0	4	P33527	1
Response to activity	0.3856894219461698	0.2939979300385561	0.7687594851044264	1.0	1.0	11	Q9UDX5	1
Positive regulation of reactive oxygen species biosynthetic process	0.4617008560955612	0.2937473888438064	0.7689509398436694	1.0	1.0	4	P00403	1
Nik nf kappab signaling	0.3671168581181095	0.2916807064648644	0.7705307620828452	1.0	1.0	15	O43657,P31749	2
Negative regulation of neural precursor cell proliferation	0.4607116382505593	0.290849264732595	0.7711666054123973	1.0	1.0	4	P04637,P35221,P21359	3
Electron transport chain	0.3542249804533604	0.2884689895500262	0.7729877648102377	1.0	1.0	59	P16435,Q9H3K2,Q9P0J0,Q9Y6M9,P04062,Q16134,O43175,P00403,P20674,Q7KZN9,P13073,O14949,O96000,Q9UDW1,O15460,O43676	16
Respiratory gaseous exchange by respiratory system	0.3867534120436693	0.2845352730182298	0.7760002066167955	1.0	1.0	10	P10253	1
Response to misfolded protein	0.3915623595533326	0.2842749425900117	0.7761996872617762	1.0	1.0	8	P46379	1
Positive regulation of chromosome separation	0.3928630944861103	0.2828680739865604	0.7772779687480493	1.0	1.0	7	P30260,Q9UJX3,Q9UJX4	3
Somatic diversification of immunoglobulins	0.3467336050031567	0.2822529052519901	0.7777495941417361	1.0	1.0	18	O96028,Q9UQ84	2
Sphingomyelin biosynthetic process	0.4575792866133841	0.2817476945689955	0.7781369803266558	1.0	1.0	4	O15269	1
Regulation of tau protein kinase activity	0.6848148148148183	0.2814362111030055	0.7783758475598228	1.0	1.0	2	P07900	1
Positive regulation of tau protein kinase activity	0.6848148148148183	0.2814362111030055	0.7783758475598228	1.0	1.0	2	P07900	1
Estrogen metabolic process	0.4254318025195741	0.2805886555549803	0.7790259181819694	1.0	1.0	5	O95470	1
Response to ketone	0.3086752427775987	0.2784572677480762	0.7806613636911401	1.0	1.0	29	P16435,P16278,P04062,Q16822,P07196,P31749,P30536,O95831	8
Microtubule anchoring	0.3915247233152762	0.2777579985086557	0.7811981352206496	1.0	1.0	7	Q9P287,O75381,Q14203,Q8TD16	4
Leukotriene metabolic process	0.4243667488437994	0.2771122300433347	0.7816939312131743	1.0	1.0	5	P33527	1
Negative regulation of cytokine production	0.3139619430866855	0.2743886666114365	0.7837859516497179	1.0	1.0	22	P04062,P09601	2
Glycine biosynthetic process	0.4950893859278537	0.2743718358225795	0.7837988845731672	1.0	1.0	3	P00374	1
Cellular response to leucine starvation	0.4935161170804065	0.2702634347821853	0.7869575937648952	1.0	1.0	3	P42345,Q9P2J5	2
Protein maturation	0.3612956536590858	0.2671954161002279	0.7893187053155957	1.0	1.0	65	P62942,Q9NRN7,Q15392,Q9BU89,Q86UY6,Q9NQH7,P49366,Q8TCT9,Q5JRX3,Q99538,Q96F07,O75844,Q10713,Q92542,Q6P1A2,P42892,P67812,O75976,O75503	19
Negative regulation of low density lipoprotein particle clearance	0.6781481481481504	0.266809509030513	0.7896158324391109	1.0	1.0	2	Q92945	1
Fc receptor mediated stimulatory signaling pathway	0.6781481481481488	0.2668095090305092	0.7896158324391138	1.0	1.0	2	Q08722	1
Regulation of fc receptor mediated stimulatory signaling pathway	0.6781481481481488	0.2668095090305092	0.7896158324391138	1.0	1.0	2	Q08722	1
Neuron projection extension	0.3054485006942369	0.2650033750051969	0.7910068618639814	1.0	1.0	30	Q96PU5,Q9NQC3,Q96F07,Q9Y263	4
B cell proliferation	0.388995303299718	0.2645234828974436	0.7913765723040711	1.0	1.0	6	P00813	1
Vesicle tethering	0.6766666666666664	0.2636170982595734	0.7920749819510413	1.0	1.0	2	Q8WWQ0	1
Vesicle tethering to golgi	0.6766666666666664	0.2636170982595734	0.7920749819510413	1.0	1.0	2	Q8WWQ0	1
Neuron projection guidance	0.3364070364358916	0.2632529142444246	0.792355648952094	1.0	1.0	19	P42892,O00264,P35613	3
Mammary gland epithelial cell proliferation	0.4196279619947789	0.2618190129061485	0.7934609800647603	1.0	1.0	5	Q9NQC3	1
Regulation of response to endoplasmic reticulum stress	0.328586997429961	0.2614135130188476	0.7937736373646183	1.0	1.0	20	Q96HY6,P57088,Q6P1A2,P46379	4
Rap protein signal transduction	0.4499356708859319	0.2600288167898915	0.7948415453665238	1.0	1.0	4	Q9Y4G8	1
Regulation of skeletal muscle cell differentiation	0.4894582873809847	0.259806059258051	0.7950133768049068	1.0	1.0	3	Q9BYT8	1
Membrane depolarization	0.3778528177208625	0.2595866652605054	0.7951826233898784	1.0	1.0	11	Q96PU5	1
Mammary gland epithelium development	0.3861863688684858	0.2576167396390879	0.7967027093145247	1.0	1.0	7	P31749,Q9NQC3	2
Regulation of keratinocyte migration	0.4885055972446364	0.2573802165716626	0.7968852734706982	1.0	1.0	3	P42345	1
Keratinocyte migration	0.4885055972446364	0.2573802165716626	0.7968852734706982	1.0	1.0	3	P42345	1
Negative regulation of helicase activity	0.486105965172284	0.251319892863228	0.8015667963416064	1.0	1.0	3	P33993,P04637	2
Positive regulation of protein secretion	0.3343272456205702	0.2508264511062182	0.8019482901422608	1.0	1.0	19	P35580,P08237,Q16822,P22059,Q96QK1,P15311,O95486,O60488,O00233,P00367,Q12846,P49755,Q9Y5K6,O00429,O95563,Q8NE86,P30626,O00330	18
Blood vessel endothelial cell migration	0.3093216911133001	0.2439284227616795	0.8072862557685054	1.0	1.0	23	P09601,P42785	2
Organelle fusion	0.3149451908765505	0.2431008778274118	0.8079272512034126	1.0	1.0	39	P02786,Q13190,O95721,O60313,O15400,Q9Y4W6,Q9UJZ1,Q9P253,Q86Y82,Q9Y6C9,O75396,P06493,Q9NX63,Q99536,Q8IWA4,O95249,Q12981	17
Ion transport	0.5150377739345527	0.2419566808694244	0.8088137296522282	1.0	1.0	181	Q9Y376,Q9BPX6,Q6P4A7,Q70HW3,P62942,O00400,Q8N4V1,O75027,Q9BXP2,P07602,P41440,P21796,P45880,Q9C0H2,P20674,Q8NE01,P30536,O43681,Q8TB61,Q99623,Q6NUK1,O43772,P11166,P78417,O15439,Q9UJZ1,Q96ES6,P16615,Q9UHG3,Q15907,Q9HC21,Q13423,Q9H2D1,Q8WWC4,Q9HD20,P51790,P02786,O75844,Q9H2H9,Q9NZJ7,P12236,P08183,O15173,Q7KZN9,P13073,P56385,Q9UDW1,Q9BQT8,P21281,Q9Y619,Q8NEW0,P33527,Q96PU5,P04920,Q9Y277,P31749,Q9UBX3,P05023,Q9H0H5,Q96QD8,O95202,P98194,P00403,P53985,O75964,P51798,P24539	67
Positive regulation of protein polymerization	0.3090373548026268	0.2419509441447162	0.8088181748584535	1.0	1.0	23	Q9UQB8,P62993,Q9Y5X1,P07900,Q9Y2A7,Q15691,P35080,P42345	8
Maintenance of protein location in cell	0.3460689080589235	0.241896854492923	0.808860087519282	1.0	1.0	17	P24390	1
Nadp metabolic process	0.357069042724106	0.2406719945285216	0.8098093461615641	1.0	1.0	15	Q9NQ88,Q13423,Q9BQG2	3
Regulation of mammary gland epithelial cell proliferation	0.4807960539611784	0.2381660971382652	0.8117522711643093	1.0	1.0	3	Q9NQC3	1
Positive regulation of fatty acid metabolic process	0.6644444444444493	0.2380972466458543	0.8118056701994714	1.0	1.0	2	Q92604	1
Positive regulation of fatty acid biosynthetic process	0.6644444444444493	0.2380972466458543	0.8118056701994714	1.0	1.0	2	Q92604	1
Myoblast migration	0.6644444444444447	0.2380972466458449	0.8118056701994787	1.0	1.0	2	Q13464	1
Dna dealkylation involved in dna repair	0.4805483512412006	0.2375611900219425	0.8122214546859328	1.0	1.0	3	Q8N3C0,P29372	2
Microtubule anchoring at microtubule organizing center	0.4794368284549888	0.2348564008865684	0.8143201901798613	1.0	1.0	3	Q14203,Q8TD16	2
Receptor recycling	0.3787566981740394	0.2346026280579543	0.8145171695816118	1.0	1.0	8	P42892	1
Cytosolic transport	0.3473324207146757	0.2340702582090252	0.8149304351067785	1.0	1.0	59	Q8N2H4,Q13190,O75494,Q9Y5X3,Q9BVK6,O15260,Q8NBN3,Q8N1B4,O75503,O95249,P11279	11
Vocalization behavior	0.6618518518518537	0.2328736343013873	0.8158595324131823	1.0	1.0	2	Q7Z406	1
Maintenance of synapse structure	0.6618518518518532	0.2328736343013862	0.8158595324131832	1.0	1.0	2	Q14203	1
Regulation of ion transmembrane transport	0.3288995146314601	0.2324321714601274	0.8162023638213012	1.0	1.0	48	P08183,O75844,Q96PU5,P21796	4
Positive regulation of membrane potential	0.4100449281867453	0.2317931542096699	0.8166986744196896	1.0	1.0	5	Q8IWA4,P31749	2
Protein k11 linked ubiquitination	0.3788125972470852	0.2304565093679527	0.8177370544728524	1.0	1.0	7	Q9UJX2,P30260,Q9UJX3,Q9UJX4	4
Regulation of isotype switching	0.3737196957765811	0.2302368971984396	0.8179076920658657	1.0	1.0	10	O96028	1
Regulation of b cell mediated immunity	0.3737196957765811	0.2302368971984396	0.8179076920658657	1.0	1.0	10	O96028	1
Positive regulation of dendrite morphogenesis	0.3756670577320355	0.2292385914663962	0.8186834794293971	1.0	1.0	9	Q9UQB8	1
Negative regulation of rig i signaling pathway	0.65962962962963	0.2284496844341075	0.8192966678646467	1.0	1.0	2	Q07021	1
Stress activated protein kinase signaling cascade	0.3034728438398982	0.2279058405260471	0.8197194421202938	1.0	1.0	28	O75844	1
Response to actinomycin d	0.4764727676917372	0.2277209579993519	0.8198631783391295	1.0	1.0	3	P04637,P62829	2
Adherens junction assembly	0.4377316530763531	0.2268531539746119	0.8205379300759446	1.0	1.0	4	Q9BTW9,P18206,Q13177	3
Negative regulation of mitochondrial fusion	0.4760186283188494	0.2266376834173429	0.8207054875092801	1.0	1.0	3	P02786	1
Regulation of myotube differentiation	0.4375532550409391	0.226382325263264	0.8209040735258832	1.0	1.0	4	Q9BYT8	1
Rac protein signal transduction	0.372508671452408	0.2253226211851349	0.8217283029427409	1.0	1.0	10	Q9P035,P50570,Q9Y2A7,Q7L576	4
Insulin secretion involved in cellular response to glucose stimulus	0.377655784642521	0.2242669797253756	0.8225495681870771	1.0	1.0	6	Q15907	1
Positive regulation of hormone secretion	0.3625883227965768	0.2237736101261026	0.8229334653373497	1.0	1.0	13	P08237,Q16822,P22059,Q8NE86,O60488,O00233,Q12846,P00367,Q06124,O95563,Q12904,P30626	12
Placenta development	0.3065557403148853	0.2236824690987316	0.8230043879689692	1.0	1.0	22	P00813,Q15363,P35613	3
Golgi ribbon formation	0.6562962962962965	0.2219066751868023	0.8243865340315699	1.0	1.0	2	Q9Y3A6	1
Dna damage response signal transduction by p53 class mediator resulting in cell cycle arrest	0.655185185185186	0.2197505395569345	0.8260654417012883	1.0	1.0	2	P42575	1
Dna damage response signal transduction resulting in transcription	0.6551851851851844	0.219750539556932	0.8260654417012903	1.0	1.0	2	Q9UNS2	1
Carbohydrate catabolic process	0.3204017107981425	0.2185683185733594	0.8269863341953823	1.0	1.0	44	P16278,P10253,Q14108,Q9NQ88,P17900,Q9BRR6,P08236,P54619	8
Positive regulation of dendritic spine development	0.368118881150367	0.2181363996082149	0.8273228374273027	1.0	1.0	11	Q9UQB8	1
Negative regulation of phosphatidylinositol 3 kinase signaling	0.4723841637840336	0.2180645262784089	0.8273788362127774	1.0	1.0	3	O95630	1
Negative regulation of protein serine threonine kinase activity	0.3524562925877913	0.217829326287954	0.8275620941015842	1.0	1.0	15	P53350,P31749,P04062	3
Cellular response to radiation	0.308352288805725	0.2178245598310862	0.827565808020359	1.0	1.0	37	Q96K76,O75844,Q16531	3
Memory	0.3727126674536695	0.2177519655105178	0.8276223724011891	1.0	1.0	9	Q99538,Q9BPZ3	2
Polyol metabolic process	0.3215011919909169	0.2175341840612444	0.8277920697289249	1.0	1.0	20	Q10713,P04062,Q16822,O15269,Q13510,P00374	6
Inorganic ion import across plasma membrane	0.4044056497169492	0.2147111141896185	0.8299925567979434	1.0	1.0	5	Q9BXP2,P05023	2
Columnar cuboidal epithelial cell development	0.4329553706318969	0.2143915987303619	0.8302416926054474	1.0	1.0	4	Q9NQ88	1
Protein acylation	0.3198563146922498	0.2142529220456356	0.830349828297408	1.0	1.0	44	Q9Y6J9,Q9UBU8,P16435,O75844,P46379,Q01105,Q03164,Q86UY6	8
Hepaticobiliary system development	0.3026436262613223	0.2136183736141192	0.8308446700477066	1.0	1.0	34	O75844,O94788,Q15418,Q16822,P09601,P00813	6
Long chain fatty acyl coa biosynthetic process	0.3738872403560845	0.2113029148236717	0.8326509085744818	1.0	1.0	6	Q9NZ01,Q4G176,O60488,Q53GQ0,P33121	5
Purine nucleoside metabolic process	0.370968816871587	0.2110366747014125	0.8328586534818703	1.0	1.0	9	O60725	1
Import into cell	0.3042335857216407	0.2108909871932766	0.8329723371499713	1.0	1.0	24	P49768,P11166,Q9H2H9,Q99808,Q9BXP2,P23634,P41440,O75955,P31749,P05023,Q9Y289	11
Negative regulation of rna catabolic process	0.2999690567926924	0.210434608186	0.8333284838955146	1.0	1.0	29	Q92804,Q08J23,P35637,P16989,O60506,Q99729	6
Potassium ion import across plasma membrane	0.4312323144521489	0.2099701449476571	0.8336909744915193	1.0	1.0	4	P05023	1
Potassium ion homeostasis	0.4312323144521489	0.2099701449476571	0.8336909744915193	1.0	1.0	4	P05023	1
Response to nutrient	0.3019907544353357	0.2089738179002107	0.8344686776576848	1.0	1.0	27	P16435,O94788,P53985,P09601,P30536	5
Negative regulation of cellular response to growth factor stimulus	0.3704090401369435	0.2088914113886411	0.8345330089829368	1.0	1.0	9	Q9UPN9,Q8N0X7,P23634,Q9Y2U8	4
Negative regulation of dna binding transcription factor activity	0.3270788307751194	0.2081897307649992	0.8350808265864647	1.0	1.0	19	O75832,P09601,O75381,Q99623	4
Positive regulation of peptide secretion	0.3624535315985003	0.2071580401918673	0.8358864355375406	1.0	1.0	12	P08237,Q16822,P22059,Q8NE86,O60488,O00233,Q12846,P00367,O95563,Q12904,P30626	11
Protein processing	0.3239495165673642	0.2066416325099821	0.8362897438852932	1.0	1.0	47	O75844,Q10713,Q8TCT9,Q5JRX3,Q15392,O75976,Q99538,Q96F07,Q92542,Q6P1A2,Q9NQH7,P42892,O75503,P67812	14
Microtubule organizing center organization	0.2991820657073962	0.2043737624291657	0.8380614320118509	1.0	1.0	29	Q14203,Q96PK6,Q9H6U6,O94927,P53985,O43633,Q8WUM4,P53350,P52732	9
Negative regulation of anion transport	0.6462962962962975	0.2029519737171286	0.8391725703503208	1.0	1.0	2	Q9HD26	1
Negative regulation of anion transmembrane transport	0.6462962962962975	0.2029519737171286	0.8391725703503208	1.0	1.0	2	Q9HD26	1
Positive regulation of endothelial cell proliferation	0.3640606437590954	0.2013095256977794	0.8404565546058675	1.0	1.0	11	P09601	1
Bone cell development	0.3997033741193954	0.2008129208004954	0.8408448593927285	1.0	1.0	5	Q15648,Q15904,Q06124,P43034	4
Neuron projection arborization	0.3694782933659781	0.197241512976467	0.8436385459964546	1.0	1.0	7	Q13641	1
Cellular metabolic compound salvage	0.3671427543764183	0.1964756894879198	0.8442378588050963	1.0	1.0	9	P00813,Q13126	2
Aminoacyl trna metabolism involved in translational fidelity	0.3683765075741152	0.1961316242993931	0.8445071443227719	1.0	1.0	8	Q9BW92,Q9NSE4	2
Negative regulation of transport	0.3472996208245212	0.1959845369437922	0.8446222690271878	1.0	1.0	62	Q96PU5,P62942,Q16850,P21796,P09601,Q13432	6
Nucleoside phosphate catabolic process	0.3428671128063905	0.195408209145671	0.8450733905213534	1.0	1.0	16	P00813,Q9H773	2
Positive regulation of insulin secretion	0.3623188405797012	0.1941735203101273	0.8460400159902799	1.0	1.0	11	P08237,Q16822,P22059,Q8NE86,O60488,O00233,Q12846,P00367,O95563,P30626	10
Cation transport	0.4521067822746319	0.1923927471956864	0.8474345731814901	1.0	1.0	134	Q9BPX6,Q70HW3,P62942,O00400,Q8N4V1,O75027,P21796,P20674,P30536,Q99623,O43772,P78417,Q96ES6,P16615,Q15907,Q9HC21,Q13423,Q9HD20,P51790,P02786,O75844,Q9H2H9,O15173,Q7KZN9,P13073,Q9UDW1,Q9Y619,Q8NEW0,Q96PU5,P31749,P05023,O95202,P98194,P00403,O75964,P24539	36
Pyridine containing compound catabolic process	0.4581724421162697	0.1862115795575122	0.8522788436008399	1.0	1.0	3	Q9BQG2	1
Negative regulation of cardiac muscle adaptation	0.6362962962962979	0.1850185338928479	0.853214498596347	1.0	1.0	2	P23634	1
Regulation of cardiac muscle adaptation	0.6362962962962979	0.1850185338928479	0.853214498596347	1.0	1.0	2	P23634	1
Negative regulation of muscle adaptation	0.6362962962962979	0.1850185338928479	0.853214498596347	1.0	1.0	2	P23634	1
Ventricular cardiac muscle cell differentiation	0.6362962962962977	0.1850185338928476	0.8532144985963472	1.0	1.0	2	P06493	1
Ventricular cardiac muscle cell development	0.6362962962962977	0.1850185338928476	0.8532144985963472	1.0	1.0	2	P06493	1
Response to steroid hormone	0.3425905597045575	0.1846929064325749	0.8534699103064172	1.0	1.0	60	P16435,P16278,O15118,P04062,Q16822,P07196,P05023,Q96HY6,O15173,P30536,O95831	11
Immunoglobulin production	0.3006115706361132	0.1839155922007285	0.8540796726498239	1.0	1.0	22	P02786,O96028,Q9UQ84	3
3 utr mediated mrna destabilization	0.3654173050685598	0.1829649663864832	0.8548255073264073	1.0	1.0	6	Q92945,Q9HCE1	2
Centrosome separation	0.4201878878543835	0.1825836188518062	0.8551247385340683	1.0	1.0	4	P52732	1
Cellular modified amino acid metabolic process	0.3237126589519656	0.1786863846058821	0.8581839606313586	1.0	1.0	49	P16435,P78417,Q8N2K0,Q9UHG3,Q9NRN7,P41440,Q9H2D1,Q6P1A2,Q9H7Z7,O60725,P00374,P48651,P23786	13
Srp dependent cotranslational protein targeting to membrane	0.3619537139023877	0.1771176405846527	0.8594159858046144	1.0	1.0	9	Q15629	1
Protein localization to ciliary membrane	0.6314814814814833	0.1767508812721005	0.8597040725356937	1.0	1.0	2	P36405	1
Regulation of smad protein signal transduction	0.4530630171301518	0.1754216835141628	0.8607483037737442	1.0	1.0	3	Q8N1F7	1
Ventricular system development	0.362026889475135	0.1717207242709357	0.8636570922211801	1.0	1.0	7	Q9Y4G8	1
Positive regulation of tumor necrosis factor mediated signaling pathway	0.4509077436087412	0.1709767092199453	0.8642420792640562	1.0	1.0	3	Q99829,P0DMV9	2
Pyridine nucleotide metabolic process	0.4148908983500759	0.1700468828424739	0.8649732663466252	1.0	1.0	4	P43490	1
Regulation of actin nucleation	0.3607927027514016	0.1679773120794876	0.8666011277881738	1.0	1.0	6	Q7L576	1
Kinetochore assembly	0.4490552056317157	0.1672068072579986	0.8672073284075947	1.0	1.0	3	P50748,Q7Z3K3	2
Leukocyte homeostasis	0.3590933040964359	0.1666447512024695	0.8676495796377093	1.0	1.0	9	P00813	1
Mitochondrion localization	0.3495932846852758	0.1661900188699599	0.8680074140098177	1.0	1.0	13	P07196,Q9BUK6,O60313,O75153	4
Regulation of t cell mediated immunity	0.38664916764488	0.1639451292842254	0.8697743396832978	1.0	1.0	5	Q9NUQ9	1
Positive regulation of smooth muscle cell proliferation	0.3591427961713558	0.1633816180248728	0.8702179751032659	1.0	1.0	8	P09601	1
Cellular response to carbohydrate stimulus	0.3307552138243164	0.1610553323958425	0.8720498204700133	1.0	1.0	17	Q16822,Q99808,Q5KU26,Q15907,P62995	5
Amine metabolic process	0.3404733807192076	0.1603671961897148	0.8725918287972685	1.0	1.0	15	P21964,P49366,Q96QD8,Q9H2H9	4
Fatty acid transport	0.3404201520745133	0.1601183838071007	0.8727878198282617	1.0	1.0	15	O43772,P23786	2
Regulation of myoblast differentiation	0.4449796220822501	0.1590786656698428	0.8736068964972876	1.0	1.0	3	Q9H7N4,Q14254	2
Regulation of hippo signaling	0.4449796220822491	0.1590786656698411	0.873606896497289	1.0	1.0	3	Q01085,O14578	2
Negative regulation of guanyl nucleotide exchange factor activity	0.6203703703703726	0.1585857220296449	0.873995278598515	1.0	1.0	2	P16949	1
Membrane invagination	0.350517518906507	0.1570533772973536	0.8752027810224114	1.0	1.0	12	P84095,O60493,Q9Y5X1,O43633,Q4KMQ2,P51790	6
Regulation of myosin light chain phosphatase activity	0.6192592592592616	0.1568394047132301	0.8753714166699635	1.0	1.0	2	Q13464	1
Muscle organ development	0.293660173905678	0.1561130002334401	0.8759439512980371	1.0	1.0	33	Q9BYT8,P62942,P16989,P41440,P50402,P51114	6
Extracellular vesicle biogenesis	0.3543386038215265	0.1545367354077767	0.8771865484329848	1.0	1.0	10	O00560,Q8WUM4,O14964,O43633	4
Regulation of exosomal secretion	0.3548957974965148	0.1515390823367275	0.8795504835521102	1.0	1.0	9	O00560,Q8WUM4,O14964,O43633	4
Cell junction maintenance	0.4058561897701971	0.1495815872754772	0.881094735952503	1.0	1.0	4	Q07157,Q15334,Q14203	3
Membrane disassembly	0.3811263744379013	0.1491351674019663	0.8814469766023647	1.0	1.0	5	P53350,Q9ULX6	2
Negative regulation of immune response	0.3331036639426278	0.1472365625196894	0.8829453023539879	1.0	1.0	16	P09601	1
Regulation of cell activation	0.3229302357680307	0.1471445875004254	0.883017897141708	1.0	1.0	51	Q9NUQ9,P02786,P49366,Q15418,P31749,P09601,O96005,O96028,P00813,P11279	10
Neuron projection organization	0.3095422418704761	0.1460398013802842	0.8838899682795194	1.0	1.0	20	Q9UQB8	1
Centriole centriole cohesion	0.4375694701741323	0.1448865316259946	0.8848004604301904	1.0	1.0	3	Q14203,Q9Y496	2
Labyrinthine layer development	0.3536439598485131	0.1445782290641071	0.8850438872973241	1.0	1.0	8	P31749,Q15363	2
Angiotensin activated signaling pathway	0.4371989625787316	0.1441968491673963	0.8853450289446778	1.0	1.0	3	Q6RW13,Q13464	2
Response to angiotensin	0.4371989625787316	0.1441968491673963	0.8853450289446778	1.0	1.0	3	Q6RW13,Q13464	2
Negative regulation of tissue remodeling	0.6107407407407434	0.1438744178542573	0.8855996370808479	1.0	1.0	2	P41240	1
Meiotic cell cycle process	0.2920260904518372	0.1433499409043097	0.8860138159316278	1.0	1.0	33	Q08J23,P46379,Q9BTX1	3
Purine nucleoside biosynthetic process	0.3516642341296445	0.1394460224928738	0.8890977068966834	1.0	1.0	6	P00813	1
Response to epidermal growth factor	0.339835923362926	0.1392071409226002	0.8892864658089066	1.0	1.0	14	P31749,Q9UQB8	2
Regulation of sprouting angiogenesis	0.434234901815491	0.1387478410374765	0.8896494120069254	1.0	1.0	3	P14618,P57105	2
Muscle contraction	0.3065955599105313	0.1372774787725573	0.8908114712269322	1.0	1.0	42	Q96PU5,P78417,P10253,Q86U42,P16615,P52306,P23634,Q7Z406,P05023,P50402,P09493,P42345,Q9NYL9,P06753,P00813	15
Circadian rhythm	0.3062352354785134	0.1345164655534533	0.8929941917885784	1.0	1.0	42	Q16531,Q8WXF1,P43490,P54802,Q03164	5
Apical protein localization	0.3988139362490703	0.1344462641722878	0.8930497001693345	1.0	1.0	4	P18085,Q9HD26,P35241	3
Response to metal ion	0.3241344127566751	0.1312548939071673	0.8955736724619814	1.0	1.0	53	Q6NUK1,P02786,Q96PU5,O60888,O15118,Q13144,P35613,P31749,Q99538,Q9NQ88,Q92542,P09601,P50995,P30536,Q9UBV8	15
Positive regulation of mitotic nuclear division	0.3488781920897377	0.1304457977445082	0.8962137347458219	1.0	1.0	9	P30260,Q9UJX3,Q9UJX4,Q8WWQ0	4
Phagocytosis	0.2868525307186206	0.1299765000370992	0.8965850192047036	1.0	1.0	31	Q12907,Q8WTV0,Q5KU26,Q92544,P50570,P50995,P51790,Q08722,Q9NT62	9
Meiotic chromosome segregation	0.3191031444349347	0.1296106191576706	0.8968745012490766	1.0	1.0	18	Q9BTX1,Q92791,P46379	3
Regulation of peptidase activity	0.3559185824153852	0.1290067016470937	0.8973523459968595	1.0	1.0	73	P16435,Q9P0J0,Q15418,P78318,O14737,Q15392,Q9NZJ7,Q99538,Q96HY6,Q96F07,Q92542,Q96A26,Q96K76,O95831,O43847,P61289	16
Odontogenesis of dentin containing tooth	0.3481124043900888	0.1287349424771418	0.8975673853543447	1.0	1.0	6	P35613	1
Peptidyl lysine hydroxylation	0.3478107494936236	0.1278355630725915	0.8982791056820942	1.0	1.0	6	Q96AY3,Q92791	2
Gland development	0.3445398270714429	0.1265249893991528	0.8993163693172435	1.0	1.0	66	Q9NQC3,O75844,Q15418,O94788,Q16822,Q13505,P31749,P07602,Q9NZJ7,P00403,P09601,P30536,P11717,P00813	14
Regulation of dna helicase activity	0.4264542423119651	0.1250236867418358	0.900504798157338	1.0	1.0	3	P33993,P49736	2
Positive regulation of cytokinesis	0.346764942013125	0.1231999441691344	0.9019487697792208	1.0	1.0	9	Q9H0H5	1
Membrane docking	0.2910746162218642	0.122817225346344	0.9022518336751092	1.0	1.0	25	A0FGR8,O95721,Q13190,P16615,Q86Y82	5
Sensory system development	0.2926274294797996	0.1214307106873941	0.9033498932456694	1.0	1.0	35	P08670,O94788,P54802,Q8NF37	4
Exploration behavior	0.4234901815487202	0.1200161718902149	0.9044703372398604	1.0	1.0	3	Q9HB07,Q15334	2
Positive regulation of leukocyte proliferation	0.3411861055167106	0.1197895137309316	0.9046498889554582	1.0	1.0	12	P49366,P00813	2
Regulation of lipophagy	0.4231196739533255	0.119398786377488	0.904959422748383	1.0	1.0	3	P42858,O15269	2
Cardiac muscle cell action potential	0.3343899232321375	0.1157066460972875	0.9078850388112802	1.0	1.0	14	Q96PU5,P16615	2
Positive regulation of immunoglobulin production	0.3395030066118196	0.1132581932463714	0.909825860868767	1.0	1.0	12	P02786,O96028	2
Purine containing compound salvage	0.3432040691184047	0.1115099157659762	0.9112120029954812	1.0	1.0	7	P00813	1
Locomotory exploration behavior	0.5855555555555593	0.1098840626736686	0.9125013221408608	1.0	1.0	2	Q15334	1
Negative regulation of cell size	0.4171915524268226	0.1097786456837254	0.9125849269464648	1.0	1.0	3	P35241,P42345	2
Protein localization to endoplasmic reticulum exit site	0.3851000741289863	0.1070632086358911	0.9147388346107036	1.0	1.0	4	Q92538,P51572,Q5JRA6	3
Negative regulation of translational initiation	0.3410119024732483	0.1049167933454089	0.9164418333497996	1.0	1.0	7	Q9BPZ3	1
Cell killing	0.3239907157377906	0.1041883364986687	0.9170198897222916	1.0	1.0	16	Q9NUQ9,P11279,P07437	3
Corpus callosum morphogenesis	0.5800000000000041	0.1032441180736685	0.9177692258147928	1.0	1.0	2	Q99622	1
Corpus callosum development	0.5800000000000041	0.1032441180736685	0.9177692258147928	1.0	1.0	2	Q99622	1
Establishment of centrosome localization	0.5800000000000038	0.1032441180736682	0.9177692258147928	1.0	1.0	2	P15311	1
U4 snrna 3 end processing	0.362625139043385	0.1031034266397925	0.9178808854544758	1.0	1.0	5	Q13868,Q15024,Q9NQT5,Q5RKV6	4
Regulation of alternative mrna splicing via spliceosome	0.2856702804267519	0.1029867231199619	0.9179735083352072	1.0	1.0	29	Q9UHX1,P51114,P98175,P38159,P51116	5
Regulation of protein localization to nucleolus	0.4127454612819541	0.1028812779383847	0.9180571968839172	1.0	1.0	3	Q13895,O95602	2
Positive regulation of translational initiation	0.3404835091356717	0.1018293791921501	0.9188921056318204	1.0	1.0	8	P42345,Q13144,Q13217	3
Mitochondrial acetyl coa biosynthetic process from pyruvate	0.3615127919911042	0.1005163834086601	0.9199343766297056	1.0	1.0	5	P08559,P11177,P09622,O95563	4
Positive regulation of insulin secretion involved in cellular response to glucose stimulus	0.3615127919911041	0.1005163834086595	0.919934376629706	1.0	1.0	5	Q12846,P30626,P22059,O95563	4
Regulation of insulin secretion involved in cellular response to glucose stimulus	0.3615127919911041	0.1005163834086595	0.919934376629706	1.0	1.0	5	Q12846,P30626,P22059,O95563	4
Regulation of arp2 3 complex mediated actin nucleation	0.3613370341398801	0.1001095204420123	0.9202573770853326	1.0	1.0	5	Q7L576	1
T cell proliferation	0.3132033686495645	0.0992801104469484	0.9209158699527475	1.0	1.0	18	P49366,Q92542	2
Response to ischemia	0.338974041792345	0.0988693905399516	0.9212419726089052	1.0	1.0	7	Q9NQ88	1
Glycosyl compound metabolic process	0.2871062987662914	0.0983673083850412	0.9216406328822806	1.0	1.0	26	Q9NUJ1,Q13126,P04062,Q9BTY2,P06280,O60725,P08236,P00813	8
Lymphocyte activation	0.368424380816057	0.096550869779972	0.923083074358926	1.0	1.0	84	Q9NUQ9,P49366,P04062,P78318,P62942,P46379,P24390,Q9UQ84,Q92542,O96005,O96028,P00813,P11279	13
Negative regulation of extrinsic apoptotic signaling pathway	0.3066111486103596	0.0943065774071895	0.92486562518857	1.0	1.0	19	P09601,P61289	2
Embryonic appendage morphogenesis	0.3362191206231596	0.0940375852632145	0.9250793002867506	1.0	1.0	11	P42892	1
Carbohydrate homeostasis	0.2855022277436779	0.0932155962247768	0.9257322843411157	1.0	1.0	33	P49366,Q16822,Q99808,P31749,Q15907,P53985,P62995,P42785	8
Golgi disassembly	0.3770951052550969	0.0923702751662176	0.9264038554188336	1.0	1.0	4	Q13190	1
Regulation of cell shape	0.2862208468439441	0.0923588546935377	0.9264129288513052	1.0	1.0	26	O75844	1
Muscle cell apoptotic process	0.3374133962927647	0.0923337025358993	0.9264329119812212	1.0	1.0	8	Q9NQ88,P09601	2
Regulation of dendritic spine morphogenesis	0.3345234804150517	0.0880073503144602	0.92987083410729	1.0	1.0	11	Q9UQB8	1
Cellular response to external stimulus	0.3066190976811642	0.0868310582260135	0.9308057999564452	1.0	1.0	46	P04062,P21964,P56192,Q9H773,Q96QD8,Q9Y371,P09601,P42345,O95831,Q9Y4P3,P54619	11
Vesicle budding from membrane	0.2862812908381377	0.0861650505372246	0.9313352129786354	1.0	1.0	34	Q15363,Q9BVK6	2
Notch signaling pathway	0.3272162840321468	0.0857680716130636	0.93165078808464	1.0	1.0	14	P31749,Q92542,Q9UBV2	3
Regulation of cardiac muscle contraction	0.3354105104495473	0.0857662537078706	0.931652233238061	1.0	1.0	9	P16615	1
Positive regulation of cell cycle g1 s phase transition	0.3154816892022614	0.0856554155853728	0.9317403450196968	1.0	1.0	17	Q96DY7,Q96HY6,P31749	3
Protein import	0.3623333048256922	0.0855180936611513	0.931849511502424	1.0	1.0	81	Q9NS69,Q99595,Q7Z4Q2,P52292,P07900,O43615,Q99623,O14925,Q7Z3B4,Q15388,Q9Y512,P06493,Q8N1F7,Q8TEX9,P40855,O95831,O15397,O96008,O75381,Q9BVV7,Q96P70,Q92973,O14737,P31749,P50542	25
Negative regulation of establishment of protein localization to mitochondrion	0.5629629629629678	0.0847495465494372	0.9324605051753408	1.0	1.0	2	P49257	1
Regulation of vesicle fusion	0.3994071878473507	0.0838058149961498	0.9332108245891588	1.0	1.0	3	O60343,P04083	2
Positive regulation of cell size	0.5614814814814861	0.0832713943875111	0.9336357452503083	1.0	1.0	2	P08238	1
Leukocyte tethering or rolling	0.561111111111116	0.0829050414359847	0.9339270453578	1.0	1.0	2	Q13464	1
Positive regulation of amine transport	0.5611111111111161	0.0829050414359847	0.9339270453578	1.0	1.0	2	P49768	1
Positive regulation of amino acid transport	0.5611111111111161	0.0829050414359847	0.9339270453578	1.0	1.0	2	P49768	1
Leukocyte adhesion to vascular endothelial cell	0.561111111111116	0.0829050414359847	0.9339270453578	1.0	1.0	2	Q13464	1
Negative regulation of calcium mediated signaling	0.3986053882840218	0.0827355193090256	0.9340618413555262	1.0	1.0	3	P42345	1
Negative regulation of calcineurin mediated signaling	0.3986053882840218	0.0827355193090256	0.9340618413555262	1.0	1.0	3	P42345	1
Positive regulation of g1 s transition of mitotic cell cycle	0.3313795193475755	0.0825916309688677	0.9341762560588662	1.0	1.0	12	Q96DY7	1
Primary alcohol metabolic process	0.3229526134635368	0.0818709369444995	0.9347493457905768	1.0	1.0	15	P51648,O94788,Q6NUM9	3
Regulation of cell cycle g1 s phase transition	0.2816772733291697	0.0813007174440713	0.9352028034428712	1.0	1.0	30	Q96DY7,P61289,P31749,Q96HY6,Q99623	5
Cellular response to xenobiotic stimulus	0.2843682518014631	0.08023718216466	0.9360486183890412	1.0	1.0	22	P16435,O43169,P02786,Q9H2H9	4
Positive regulation of dopamine receptor signaling pathway	0.5574074074074069	0.0793111146895697	0.936785165907954	1.0	1.0	2	O14744	1
Regulation of dopamine receptor signaling pathway	0.5574074074074069	0.0793111146895697	0.936785165907954	1.0	1.0	2	O14744	1
Positive regulation of cell division	0.3320379762979568	0.0792804364317127	0.9368095667813816	1.0	1.0	11	Q15058,P67809,Q9H0H5	3
Methionine metabolic process	0.3694094749623531	0.0791624080724584	0.9369034447336162	1.0	1.0	4	Q13126	1
Methionine biosynthetic process	0.3694094749623531	0.0791624080724584	0.9369034447336162	1.0	1.0	4	Q13126	1
Spleen development	0.5566666666666686	0.0786074247731936	0.9373448817013716	1.0	1.0	2	Q5JVF3	1
Regulation of jun kinase activity	0.368421052631578	0.0775276205169474	0.9382038193982256	1.0	1.0	4	P23396,P18031,P31689	3
Positive regulation of dna dependent dna replication	0.3298731433916443	0.0773559030956092	0.938340419850692	1.0	1.0	6	Q9UJZ1,Q9ULV3,Q9ULG1	3
Dendritic transport	0.3507601038190613	0.0765901648424199	0.9389495832896732	1.0	1.0	5	Q00839,P23246,P33176,Q14254	4
Cell maturation	0.3025023055233991	0.072775607208409	0.94198468210127	1.0	1.0	19	Q9NZJ7,O75503,Q15058,P04062	4
Sodium ion transport	0.2834203475459325	0.0724993543412815	0.9422045192796136	1.0	1.0	23	Q96PU5,P31749,Q9H2H9	3
Positive regulation of protein kinase activity	0.3029835109245218	0.0722564526507446	0.942397819815834	1.0	1.0	45	Q9Y376,Q9Y4G8,P54619,O75832,P31749,Q9Y5X1,P07900,Q15058,Q13432,Q99623	10
Regulation of lymphocyte activation	0.3029742131928119	0.0721879240546929	0.942452355309176	1.0	1.0	45	Q9NUQ9,P02786,P49366,P31749,O96005,O96028,P00813,P11279	8
Regulation of vitamin d receptor signaling pathway	0.5477777777777822	0.0705488118909041	0.9437568510305724	1.0	1.0	2	Q15648	1
Vitamin d receptor signaling pathway	0.5477777777777822	0.0705488118909041	0.9437568510305724	1.0	1.0	2	Q15648	1
Dendritic spine maintenance	0.5474074074074124	0.0702282744762929	0.9440119701005832	1.0	1.0	2	Q96QK1	1
Synaptic signaling	0.3477951951638106	0.0697123747824998	0.9444225920942556	1.0	1.0	73	O94925,Q13641,P41440,P52292,O00560,P50897,Q9Y4G8,Q15418,Q99808,P16615,Q99538,P51790,Q7L576,Q13432,O95721,Q9UQB8,P57105,Q9BPZ3,Q92542,Q9Y639,P31749,Q9NR77	22
Response to endoplasmic reticulum stress	0.3524474791145873	0.0696817088090222	0.9444470006445456	1.0	1.0	76	P41440,Q13217,Q9BUN8,Q9UBV2,O60313,P46379,Q8TCT9,P16615,O94905,O95831,O75477,Q13144,Q7Z2K6,Q96HY6,Q6P1A2,Q9Y4P3,Q9UBU6,Q15363,Q9H3N1,Q96A33,P07237,P57088	22
Positive regulation of deoxyribonuclease activity	0.3871189570708649	0.0683335628745665	0.945520107250297	1.0	1.0	3	P31749	1
Muscle adaptation	0.3228123101112261	0.0679889858242505	0.9457944020355372	1.0	1.0	14	P16615,P09601	2
Transforming growth factor beta receptor signaling pathway	0.3013079529932572	0.0666093011137629	0.9468927409749576	1.0	1.0	19	Q9UPN9,Q9UNH7,P62942,Q92896,O00560,P50570,Q8WUH2,Q9Y2U8	8
Dense core granule transport	0.542592592592597	0.066169946894433	0.9472425232234584	1.0	1.0	2	Q12756	1
Anterograde neuronal dense core vesicle transport	0.542592592592597	0.066169946894433	0.9472425232234584	1.0	1.0	2	Q12756	1
Positive regulation of leukocyte mediated immunity	0.2820393483136416	0.0660506759088509	0.9473374799667504	1.0	1.0	22	Q9NUQ9,O96028,P11279	3
Regulation of centriole replication	0.382363838458687	0.0628718079084748	0.949868584446894	1.0	1.0	3	Q96PK6,P06748	2
Protein folding in endoplasmic reticulum	0.327178515928782	0.0620405519777198	0.9505305383747672	1.0	1.0	8	P07237	1
Modulation by host of symbiont catalytic activity	0.5366666666666725	0.0614472926175412	0.9510029894276406	1.0	1.0	2	P51151	1
Cardiolipin metabolic process	0.3233854565335111	0.0606007621382555	0.9516771665429964	1.0	1.0	6	Q99623	1
Sulfur amino acid biosynthetic process	0.3429594915850958	0.0604729767996897	0.951778937839437	1.0	1.0	5	Q13126	1
Intrinsic apoptotic signaling pathway in response to endoplasmic reticulum stress	0.3248372902980928	0.058966474359045	0.9529788112139408	1.0	1.0	12	O95831,P46379	2
Citrulline biosynthetic process	0.3561897702001481	0.0584946134723874	0.953354652976368	1.0	1.0	4	P27708,P23634,Q05682	3
Citrulline metabolic process	0.3561897702001481	0.0584946134723874	0.953354652976368	1.0	1.0	4	P27708,P23634,Q05682	3
Trna methylation	0.3265380977829397	0.0583477745599257	0.9534716137114434	1.0	1.0	9	Q08J23	1
Extracellular matrix assembly	0.3412358637165784	0.0570534622542402	0.9545026077400004	1.0	1.0	5	Q96AY3	1
Regulation of heart rate by cardiac conduction	0.3550778354336549	0.056873456960609	0.9546459983561396	1.0	1.0	4	P62258,P14923,Q14126	3
Integrin activation	0.3768062245276038	0.0568498486240466	0.9546648046560886	1.0	1.0	3	Q15058,Q96AC1	2
Megakaryocyte development	0.5303703703703748	0.0567493262118321	0.954744880662207	1.0	1.0	2	Q15648	1
Regulation of trans synaptic signaling	0.3025167104533271	0.0566401716206701	0.9548318335667124	1.0	1.0	46	Q9UQB8,Q9Y4G8,P16615,P41440,Q9BPZ3,Q99538,Q92542	7
Negative regulation of anoikis	0.3753241941459784	0.0553087285771187	0.9558925084134272	1.0	1.0	3	Q9Y3E5,P05556	2
Negative regulation of actin filament polymerization	0.3040051763230134	0.0538675635427217	0.9570406796716122	1.0	1.0	18	Q9NUQ9,O15020,P35611,P35080,Q01082,Q9NYL9	6
Cellular response to ether	0.5251851851851875	0.0531202121922695	0.9576361271868844	1.0	1.0	2	P11802	1
Regulation of insulin secretion	0.3124003406338974	0.0523966774376104	0.9582126215031468	1.0	1.0	16	Q16822,P22059,P00367,P53985,Q8NE86	5
Erbb signaling pathway	0.2797307507334975	0.0521729087385725	0.9583909192201	1.0	1.0	22	Q99538,Q9NQC3,Q9Y5X3	3
Regulation of defense response	0.3452251564696797	0.0513494406489508	0.9590470720988976	1.0	1.0	73	Q9BXW9,Q16543,P04062,P07900,P00813,O43657,Q8WXF1,P19474,P60900,O75844,P23246,Q9NUD5,Q6P1A2,P11279,P33527,Q9NZ08,Q8N2K0,Q96PK6,P28070	19
Lipid import into cell	0.3195216508648953	0.0510132920304058	0.9593149288309823	1.0	1.0	6	P31749	1
Linoleic acid metabolic process	0.5218518518518533	0.0508983700215624	0.9594065043624947	1.0	1.0	2	O95864	1
Immune response regulating cell surface receptor signaling pathway	0.2861928454413945	0.0503700355183462	0.959827514257272	1.0	1.0	21	P00813,P46379	2
Regulation of exit from mitosis	0.3376755470092624	0.0501529714071531	0.9600004877374924	1.0	1.0	5	Q9UJX2,Q99623	2
Peptidyl methionine modification	0.5203703703703757	0.0499382502170434	0.9601715960496192	1.0	1.0	2	Q9BXJ9	1
N terminal peptidyl methionine acetylation	0.5203703703703757	0.0499382502170434	0.9601715960496192	1.0	1.0	2	Q9BXJ9	1
Regulation of synaptic vesicle endocytosis	0.5177777777777778	0.0482979396227361	0.9614787965822332	1.0	1.0	2	Q13464	1
Respiratory system process	0.3198403588772545	0.0460554452730568	0.9632660578200752	1.0	1.0	7	P10253,O94925	2
Regulation of transcription regulatory region dna binding	0.3223167497288823	0.0458897025263919	0.963398161725448	1.0	1.0	9	O75844	1
Positive regulation of mitotic cell cycle phase transition	0.278258371688166	0.0449543292072047	0.9641437121367192	1.0	1.0	28	Q96DY7,P31749,Q9UJX4,Q9NYL9,Q99623	5
Tissue remodeling	0.3105870159609286	0.0446147583587429	0.9644143789044342	1.0	1.0	16	Q92791,O14773	2
Centromere complex assembly	0.3344456803856175	0.0440828789058697	0.964838340170761	1.0	1.0	5	P49454,P50748,Q7Z3K3,P49321	4
Post chaperonin tubulin folding pathway	0.3450704225352112	0.0430895053914608	0.9656301850150952	1.0	1.0	4	Q9BTW9,O75347,Q15813	3
Regulation of phosphatidylinositol 3 kinase signaling	0.3336986836177886	0.0427047241597558	0.9659369136721192	1.0	1.0	5	O95630,Q10713	2
Central nervous system neuron axonogenesis	0.3160237388724053	0.0425885807238156	0.96602949849443	1.0	1.0	6	Q99622,P43034,P07900,P08238,O75592	5
Minus end directed organelle transport along microtubule	0.5077777777777746	0.0424323061305725	0.9661540749652032	1.0	1.0	2	Q8TD16	1
Response to vitamin d	0.332962550982576	0.0413560628979739	0.9670120395357842	1.0	1.0	5	Q15648,Q8TB36,P20020,Q13573	4
Negative regulation of mrna 3 end processing	0.317996289424857	0.041354716263915	0.9670131130758954	1.0	1.0	7	P50750,Q5VTR2,Q6PD62,O75150,O00267,P18615	6
Endocytosis	0.3784175692748991	0.0404671120219169	0.9677207263584324	1.0	1.0	96	A0FGR8,Q96PU5,O15118,Q14108,Q5KU26,Q08380,Q8WTV0,Q9Y5X1,Q9Y5X3,P41440,Q5VW38,O15260,P50897,Q9NX40,P51790,Q13432	16
Secretory granule localization	0.3593923675435328	0.0404007078049825	0.9677736659646848	1.0	1.0	3	Q12756,P33176	2
Myotube cell development	0.5029629629629702	0.0398591251141606	0.9682054386212644	1.0	1.0	2	Q9H7B4	1
Response to hydrostatic pressure	0.5029629629629639	0.0398591251141572	0.9682054386212672	1.0	1.0	2	P23634	1
Response to water	0.5029629629629639	0.0398591251141572	0.9682054386212672	1.0	1.0	2	P23634	1
Membrane to membrane docking	0.3556872915894767	0.0373523106947226	0.9702040966638804	1.0	1.0	3	P15311,Q13464	2
Regulation of protein localization to endosome	0.3556872915894714	0.0373523106947184	0.970204096663884	1.0	1.0	3	P15311,P35241	2
Positive regulation of protein localization to early endosome	0.3556872915894714	0.0373523106947184	0.970204096663884	1.0	1.0	3	P15311,P35241	2
Phagolysosome assembly	0.4977777777777786	0.0372617342808101	0.9702763159107212	1.0	1.0	2	P61106	1
Dna damage response signal transduction by p53 class mediator	0.3169802874186843	0.0370497654515295	0.970445325863062	1.0	1.0	13	O75844	1
Regulation of immunoglobulin production	0.3147475299832294	0.0366759162947736	0.970743411732924	1.0	1.0	14	P02786,O96028	2
Cellular response to growth hormone stimulus	0.495185185185193	0.0360284296375626	0.9712596900924162	1.0	1.0	2	P18031	1
Growth hormone receptor signaling pathway via jak stat	0.495185185185193	0.0360284296375626	0.9712596900924162	1.0	1.0	2	P18031	1
Regulation of calcium ion transmembrane transporter activity	0.3189324583367464	0.0355498401186019	0.971641304800718	1.0	1.0	11	P62942	1
Positive regulation of muscle hypertrophy	0.3296255098257361	0.0353598653021223	0.971792787533148	1.0	1.0	5	P58546,P50750,Q12792,Q13464	4
Positive regulation of transcription from rna polymerase ii promoter in response to stress	0.4933333333333345	0.0351735062957482	0.9719413880679963	1.0	1.0	2	P04637	1
Anterograde dendritic transport	0.350500185253796	0.0333366780039275	0.973406105187114	1.0	1.0	3	P33176,Q14254	2
Regulation of nervous system development	0.3189115673079021	0.0333113643354082	0.973426291361014	1.0	1.0	58	Q9NQC3,Q9UQB8,Q9Y4G8,Q9Y639,Q14444,P07196,P31749,Q13641,Q96G23,P30536,Q7L576,Q15058,P55209	13
Positive regulation of protein k63 linked ubiquitination	0.4885185185185168	0.0330495716694013	0.9736350567356842	1.0	1.0	2	P61088	1
B cell lineage commitment	0.4851851851851864	0.0316604596207661	0.9747428277183344	1.0	1.0	2	P04637	1
Ectopic germ cell programmed cell death	0.485185185185182	0.0316604596207644	0.974742827718336	1.0	1.0	2	P42575	1
Programmed cell death involved in cell development	0.485185185185182	0.0316604596207644	0.974742827718336	1.0	1.0	2	P42575	1
Positive regulation of nuclear division	0.3174927957146439	0.0305838779948796	0.9756013996321052	1.0	1.0	10	P30260,Q9UJX3,Q9UJX4,Q8WWQ0	4
Anoikis	0.3105295163915326	0.0298490016037192	0.9761874785296925	1.0	1.0	6	P31749	1
Response to amino acid starvation	0.3129085817879345	0.0297689165904611	0.9762513487422946	1.0	1.0	14	Q9Y371,Q96QD8	2
Oxidative rna demethylation	0.4803703703703783	0.0297669957347426	0.9762528806845144	1.0	1.0	2	Q6P6C2	1
Oxidative demethylation	0.4803703703703783	0.0297669957347426	0.9762528806845144	1.0	1.0	2	Q6P6C2	1
Plus end directed organelle transport along microtubule	0.4792592592592629	0.0293484845885428	0.9765866584281736	1.0	1.0	2	P33176	1
Microtubule anchoring at centrosome	0.4792592592592608	0.0293484845885419	0.9765866584281744	1.0	1.0	2	Q14203	1
Regulation of bmp signaling pathway	0.3098530030237673	0.0283222586471406	0.9774051278861297	1.0	1.0	6	Q9UPN9,Q8N0X7	2
Nucleus localization	0.316074991042206	0.0281812451042444	0.9775175955221524	1.0	1.0	9	Q9UH99,Q14203,P42345	3
Suppression of viral release by host	0.3328391401037798	0.0281725372436199	0.9775245406321644	1.0	1.0	4	Q9Y3E7,Q13263,P19474	3
Regulation of retrograde transport endosome to golgi	0.4711111111111191	0.0264815455551134	0.9788732529511563	1.0	1.0	2	P53367	1
Regulation of endodeoxyribonuclease activity	0.3303759102747243	0.0254182623510094	0.979721344564064	1.0	1.0	4	P31749	1
Chondrocyte development	0.4666666666666672	0.025061126259552	0.9800062071868264	1.0	1.0	2	Q9NX62	1
Regulation of endothelial cell migration	0.2752839822086514	0.0247678336864588	0.980240148183338	1.0	1.0	28	Q8WTV0,P31749,Q99538,Q9H6U6,P09601,P42785	6
Negative regulation of camp dependent protein kinase activity	0.4651851851851846	0.0246090875851883	0.9803667706511467	1.0	1.0	2	P10644	1
Negative regulation of endoplasmic reticulum calcium ion concentration	0.3365602053135054	0.0239255509243399	0.9809119934237268	1.0	1.0	3	P51572	1
Positive regulation of execution phase of apoptosis	0.4603703703703691	0.0232112283021513	0.9814817821313362	1.0	1.0	2	P04637	1
Regulation of transcription from rna polymerase ii promoter in response to hypoxia	0.4603703703703691	0.0232112283021513	0.9814817821313362	1.0	1.0	2	P04637	1
Positive regulation of megakaryocyte differentiation	0.4548148148148237	0.0217280524516984	0.9826648864316	1.0	1.0	2	Q9GZP4	1
Erythrocyte maturation	0.4522222222222221	0.0210812156040789	0.9831808693421996	1.0	1.0	2	P18074	1
Erad pathway	0.2774225644211239	0.0208224828605564	0.9833872628967628	1.0	1.0	34	O75477,Q9UBU6,P46379,Q8TCT9,O94905,Q96A33	6
Cardiolipin acyl chain remodeling	0.4503703703703801	0.0206361734733993	0.9835358843449696	1.0	1.0	2	Q6UWP7	1
Endosomal transport	0.3170252627129469	0.0199865247831009	0.984054122085043	1.0	1.0	58	Q96L92,Q13190,Q15907,Q9Y5X1,Q9BVK6,Q9Y5X3,O60749,O15260,Q15904,O43633,Q8NBN3,Q8N1B4,O75503,O95249	14
Negative regulation of hippo signaling	0.4448148148148134	0.0193826726724845	0.984535833017252	1.0	1.0	2	O14578	1
Positive regulation of cardiac muscle cell proliferation	0.4448148148148115	0.0193826726724842	0.9845358330172522	1.0	1.0	2	P06493	1
Stress induced premature senescence	0.4448148148148125	0.0193826726724842	0.9845358330172522	1.0	1.0	2	P04637	1
Regulation of cardiac muscle cell proliferation	0.4448148148148115	0.0193826726724842	0.9845358330172522	1.0	1.0	2	P06493	1
Negative regulation of canonical wnt signaling pathway	0.3099975352602985	0.0190170402660234	0.984827511701306	1.0	1.0	14	P50402,Q13641	2
Dna deamination	0.4414814814814785	0.0186868329365077	0.9850909322168	1.0	1.0	2	Q9NQT5	1
Ammonium ion metabolic process	0.4396296296296269	0.0183176872269948	0.9853854174670188	1.0	1.0	2	P49419	1
Developmental induction	0.4374074074074093	0.0178906364086576	0.9857260988834996	1.0	1.0	2	Q96C57	1
Regulation of core promoter binding	0.4374074074074056	0.017890636408657	0.9857260988835	1.0	1.0	2	P49768	1
Nonribosomal peptide biosynthetic process	0.3256761763616111	0.0178684654110471	0.9857437859528776	1.0	1.0	3	P48507,Q99735	2
Rig i signaling pathway	0.3104884162255851	0.0173219962129291	0.98617973779473	1.0	1.0	8	Q9NUD5	1
Positive regulation of amyloid precursor protein catabolic process	0.3241941459799876	0.0171245887196136	0.9863372228255234	1.0	1.0	3	Q96P70,Q13492	2
Lipophagy	0.3185020393029323	0.0167576672637584	0.9866299417800856	1.0	1.0	5	O15270,P51149,P42858,O15269	4
Gene silencing by rna	0.2835436435592359	0.0162250186981782	0.9870548760544482	1.0	1.0	38	Q15631,Q9NZN8,O75844,P22626,Q5KU26,Q9Y2W6,P51114,P42694,Q92989	9
Cop9 signalosome assembly	0.3216005928121491	0.0158672170697635	0.9873403236974728	1.0	1.0	3	Q9UBW8,Q99627	2
Regulation of b cell differentiation	0.4248148148148195	0.0157757732393071	0.9874132761866548	1.0	1.0	2	Q5JVF3	1
Regulation of cellular response to vascular endothelial growth factor stimulus	0.4240740740740689	0.0156664141880765	0.9875005213030692	1.0	1.0	2	P23634	1
Negative regulation of translational elongation	0.4233333333333349	0.0155586185176518	0.9875865193225049	1.0	1.0	2	P49458	1
3 utr mediated mrna stabilization	0.3088967120757696	0.0133695788219524	0.9893329372562962	1.0	1.0	8	P16989,P98175	2
Heart valve morphogenesis	0.3156724712856582	0.0131982477789474	0.989469627589248	1.0	1.0	3	Q13464,P42345	2
Positive regulation of vesicle fusion	0.3992592592592583	0.012806919528378	0.989781835963381	1.0	1.0	2	P04083	1
Heart valve development	0.3159065628476117	0.0127214629215246	0.9898500149163474	1.0	1.0	5	Q9ULT8,P42345,P43243,Q13464	4
Regulation of coagulation	0.3134494257132227	0.0122681300179765	0.990211694004135	1.0	1.0	3	P49768,Q4KMQ2	2
Positive regulation of coagulation	0.3134494257132227	0.0122681300179765	0.990211694004135	1.0	1.0	3	P49768,Q4KMQ2	2
Regulation of interleukin 1 mediated signaling pathway	0.390740740740735	0.0121266645508503	0.9903245587200268	1.0	1.0	2	Q86Y07	1
Negative regulation of organelle assembly	0.3023675425179004	0.0120458870329207	0.9903890051471488	1.0	1.0	6	Q96PK6,O75396	2
Transforming growth factor beta production	0.3888888888888849	0.0119954118150421	0.9904292756346254	1.0	1.0	2	P08238	1
Negative regulation of transforming growth factor beta production	0.3888888888888849	0.0119954118150421	0.9904292756346254	1.0	1.0	2	P08238	1
Modulation of age related behavioral decline	0.388148148148145	0.0119444660729988	0.99046992154367	1.0	1.0	2	P49768	1
Regulation of aspartic type endopeptidase activity involved in amyloid precursor protein catabolic process	0.3881481481481456	0.0119444660729988	0.99046992154367	1.0	1.0	2	P49755	1
Regulation of aspartic type peptidase activity	0.3881481481481456	0.0119444660729988	0.99046992154367	1.0	1.0	2	P49755	1
Toxin metabolic process	0.385925925925926	0.0117968078197335	0.9905877274836896	1.0	1.0	2	P40616	1
Regulation of protein localization to centrosome	0.3822222222222189	0.0115672826507675	0.9907708495761424	1.0	1.0	2	Q9UNZ2	1
Regulation of mitotic cytokinesis	0.382222222222217	0.0115672826507672	0.9907708495761428	1.0	1.0	2	Q9Y2S7	1
Cellular response to potassium ion	0.375925925925928	0.0112211370629636	0.9910470158674196	1.0	1.0	2	Q15334	1
Response to potassium ion	0.375925925925928	0.0112211370629636	0.9910470158674196	1.0	1.0	2	Q15334	1
Phototransduction visible light	0.3748148148148121	0.011165412493877	0.9910914748555382	1.0	1.0	2	Q15555	1
Detection of visible light	0.3748148148148121	0.011165412493877	0.9910914748555382	1.0	1.0	2	Q15555	1
Positive regulation of sequestering of triglyceride	0.3692592592592543	0.0109089328524499	0.9912961035368036	1.0	1.0	2	O60664	1
Nitric oxide mediated signal transduction	0.3611111111111055	0.0105931903930631	0.9915480150102364	1.0	1.0	2	P23634	1
Ventral spinal cord development	0.3091908668795758	0.0105891995760726	0.9915511990429112	1.0	1.0	3	Q6Y7W6	1
Trna wobble base modification	0.3577777777777722	0.0104823986108138	0.9916364091547064	1.0	1.0	2	O75648	1
Trna wobble uridine modification	0.3577777777777722	0.0104823986108138	0.9916364091547064	1.0	1.0	2	O75648	1
Sulfur amino acid catabolic process	0.3551851851851784	0.0104028847913514	0.9916998485445214	1.0	1.0	2	Q13867	1
Synaptic vesicle uncoating	0.3518518518518462	0.01030864483372	0.9917750371199088	1.0	1.0	2	O14976	1
Protein localization to phagophore assembly site	0.3488888888888882	0.0102319344870467	0.991836239893274	1.0	1.0	2	P50851	1
Positive regulation of extrinsic apoptotic signaling pathway in absence of ligand	0.3141603558998255	0.0100701334445176	0.9919653317956776	1.0	1.0	5	P30154	1
Chromatin remodeling at centromere	0.3340740740740711	0.009933175841908	0.9920746026867096	1.0	1.0	2	P49321	1
Negative regulation of viral life cycle	0.3325925925925909	0.0099099490000902	0.9920931341130764	1.0	1.0	2	O60493	1
Negative regulation of viral entry into host cell	0.3325925925925909	0.0099099490000902	0.9920931341130764	1.0	1.0	2	O60493	1
Homocysteine metabolic process	0.3146775389177145	0.0097473574993734	0.9922228570951448	1.0	1.0	4	Q13867,P32929,P25325	3
L serine catabolic process	0.3162962962962883	0.0097149247837906	0.9922487334329616	1.0	1.0	2	P34896	1
Regulation of membrane invagination	0.3044444444444404	0.0096265984972754	0.9923192043178388	1.0	1.0	2	Q4KMQ2	1
Error free translesion synthesis	0.2970370370370317	0.0095875254122558	0.9923503786904544	1.0	1.0	2	Q9Y2S7	1
Nucleotide excision repair dna gap filling	0.2970370370370322	0.0095875254122558	0.9923503786904544	1.0	1.0	2	Q07864	1
Telomerase holoenzyme complex assembly	0.3050864396952653	0.0090937133510444	0.9927443665184938	1.0	1.0	3	P07900	1
Atp biosynthetic process	0.2943698958317658	0.0089607588624266	0.992850444529884	1.0	1.0	18	Q9UJS0,Q9UJZ1,P00403,O75964,P56385,P24539	6
Regulation of sodium ion transport	0.3048356123049571	0.0086896110828548	0.9930667807315212	1.0	1.0	15	Q96PU5,P31749	2
Positive regulation of exocytosis	0.3047719150029903	0.00844801006679	0.9932595433747632	1.0	1.0	15	P11279,Q8WUM4,O43633	3
Embryonic organ morphogenesis	0.2843037776837082	0.0081745298679039	0.993477741466072	1.0	1.0	20	P54802	1
Positive regulation of phospholipid metabolic process	0.3023341978510505	0.0081553566710353	0.9934930389539124	1.0	1.0	3	Q9UJZ1,O95573	2
T cell mediated immunity	0.3075774417950822	0.0054678630955625	0.9956372981944768	1.0	1.0	9	O15400,Q9NUQ9	2
Developmental growth involved in morphogenesis	0.2785096785798797	0.0043824575368469	0.9965033159858264	1.0	1.0	36	Q96PU5,Q9NQC3,Q96F07,Q9Y263	4
Intestinal absorption	0.3071376843528379	0.0043368110024995	0.9965397363047216	1.0	1.0	9	Q8WTV0	1
Antiviral innate immune response	0.3100689029364454	0.0040587896691914	0.996761563278954	1.0	1.0	5	Q99623	1
Oocyte maturation	0.3072646404744247	0.0034277403057213	0.9972650642872682	1.0	1.0	4	Q12768,Q8IXJ6,P30153	3
Axonal transport of mitochondrion	0.3095815085585829	0.0033613525407559	0.9973180337547676	1.0	1.0	5	P07196	1
Glycoprotein metabolic process	0.290082272434399	0.0032639538553706	0.9973957462356516	1.0	1.0	43	O15118,Q2TAA5,Q6ZXV5,P46977,Q9BV10,Q10472,O60502,Q92542,O43505,Q99805	10
Regulation of leukocyte migration	0.2723625198415965	0.0021418194497874	0.9982910766355706	1.0	1.0	25	P00813,P09601	2
Phosphatidylinositol 3 kinase signaling	0.3072619018275971	0.0014525144001856	0.998841061593269	1.0	1.0	10	O95630,P31749	2
Establishment of golgi localization	0.2728045415251905	0.0008610958605821	0.9993129449923772	1.0	1.0	3	P63104	1