msigdb_gobp/result.tsv

Term	es	nes	pval	sidak	fdr	geneset_size	leading_edge	leading_edge_size
Sphingolipid metabolic process	0.6814703251578363	3.208457151814597	0.0013344919239484	0.9998042045114508	0.467310963378482	28	P07602,Q99805,P16278,Q96G23,Q06136,P06865,P06280,Q8NCC3,P50897,Q13510,O15121,P27544,P04062	13
Regulation of blood pressure	0.7532847863491912	3.1137604725005885	0.0018471938286768	0.999992657853772	0.467310963378482	18	Q9HB40,P42785,P09601,P42892	4
Mitochondrial transmembrane transport	0.5717842405718615	3.041281464665775	0.0023557350280252	0.9999997177123904	0.467310963378482	52	O95831,Q99595,P25705,O43772,O75964,O75027,P23786,P00846,Q8WWC4,Q9BQT8,Q9H4I9,O60830,P21796,Q9BPX6	14
Membrane lipid metabolic process	0.6321701405661128	3.003938503215973	0.0026650918823341	0.999999961141745	0.467310963378482	36	P07602,P04062,Q99805,P16278,Q96G23,Q06136,P06865,P06280,Q8NCC3,P50897,Q9P035,Q13510,O15121,P27544,Q8NBX0	15
Mitochondrial transport	0.5023868069469424	3.001099868277827	0.0026900632323416	0.9999999668903408	0.467310963378482	85	Q8N4H5,Q99595,O43772,P25705,P00846,P30536,Q9NS69,Q9Y584,O60830,P45880,P55786,Q96EK5,O95831,P62072,O75964,O75431,P23786,Q8WWC4,Q5JRX3,Q9UBX3	20
Anion transport	0.4840132753963528	2.924999278679963	0.0034445702160592	0.9999999997379804	0.467310963378482	73	P14174,O43865,Q15043,O15439,P30536,Q8TDW0,P45880,P51790,P21796,P07602,Q9Y277,Q9UHG3,P08183,P53985,Q6N075,P41440,P30825,Q9H2J7,Q9C0H2,Q9BQT8,Q9UBX3,O43681	22
Vascular process in circulatory system	0.6166935961375493	2.7958324314647354	0.0051766232893064	0.999999999999996	0.467310963378482	31	P41440,P30825,Q07954,O15439,P42892,P08183,P53985,Q9HB40	8
Vacuolar acidification	0.8760642708954465	2.783870567391149	0.0053714464478811	0.9999999999999988	0.467310963378482	9	Q93050,Q9Y487,Q8N511,P50897	4
Phospholipid transport	0.717390333535391	2.7295568260423373	0.0063419517848928	1.0	0.467310963378482	15	Q96GC9,Q14108,Q8WTV0,P08183,Q9Y255	5
Cytochrome complex assembly	0.7519313190834861	2.727744942805	0.0063768893896898	1.0	0.467310963378482	13	Q9Y2R0,P53701,Q69YU5	3
Protein insertion into membrane	0.6079952057933224	2.717719649458413	0.0065733508810592	1.0	0.467310963378482	30	P62072,Q15629,Q96A33,Q8WWC4,P46379,Q9NS69,Q9Y584,O43681	8
Inorganic anion transport	0.6077077311511194	2.7025444847582496	0.0068810975941406	1.0	0.467310963378482	29	Q9Y277,Q9UHG3,Q15043,O15439,P30536,Q6N075,P08183,Q9H0H5,Q9UBX3,P51790,Q8TDW0,P45880,P21796,Q9C0H2,O43681	15
Lipid localization	0.4608067052152004	2.6757155548226685	0.0074569903464181	1.0	0.467310963378482	72	Q9H2V7,P07602,P14174,Q96GC9,O43772,Q9H4L5,Q14108,Q07954,O15439,Q8WTV0,P23786,P30536,P08183,Q9Y255,O15118,O15260,Q86Y82,Q99720	18
Organic acid transmembrane transport	0.5996110699716378	2.669969970968362	0.0075858030828652	1.0	0.467310963378482	31	P41440,O43772,P30825,Q9H2J7,P23786,P08183,Q9BQT8,P53985,Q8TDW0,Q9UBX3	10
Plasma lipoprotein particle clearance	0.7863285285662996	2.655269378013294	0.0079245098782647	1.0	0.467310963378482	11	Q92945,P09601,Q8WTV0	3
Peptide catabolic process	0.8117302845817238	2.627733255774569	0.0085955888590583	1.0	0.467310963378482	10	Q9UIQ6,P55786,P42892	3
Lytic vacuole organization	0.6271912060223968	2.6210941450415453	0.0087648053882287	1.0	0.467310963378482	22	Q8N511,P54802,Q9P253,O75503,Q14108,P10253,P50897,O14773,P11117	9
Calcium ion import	0.7530053120507658	2.6040938785328502	0.0092117520947223	1.0	0.467310963378482	12	O14936,Q8IYU8,Q8WWC4,O75844,Q9H4I9,P21796,Q9BPX6	7
Circulatory system process	0.4569478295531057	2.58764611127315	0.0096634202920338	1.0	0.467310963378482	76	P41440,P30825,P42785,P09601,O15439,Q07954,P00813,P08183,P53985,P42892,Q9UIQ6,Q9HB40	12
Vascular transport	0.6949504741690247	2.553317289456098	0.0106702244902916	1.0	0.467310963378482	14	P41440,P30825,Q07954,P08183,P53985	5
Transition metal ion transport	0.719197439857605	2.551107558472065	0.0107381180853489	1.0	0.467310963378482	13	P35670,P50570,Q8TAD4,Q15043,O75027,O15173,Q9HD20	7
Mitochondrial calcium ion transmembrane transport	0.7617823599957271	2.5321702030224102	0.0113358951359325	1.0	0.467310963378482	11	Q8WWC4,Q9H4I9,P21796,Q9BPX6	4
Inner mitochondrial membrane organization	0.6138169637524344	2.530843955577731	0.0113788458709094	1.0	0.467310963378482	22	Q9NX63,P62072,Q16891,O75431,Q8WWC4,Q13505,Q9Y584,Q5HYI7	8
Ph reduction	0.7381835469021669	2.5265989993332343	0.0115172922828654	1.0	0.467310963378482	12	Q93050,Q9Y487,Q8N511,P50897	4
Ceramide metabolic process	0.6436618772115317	2.516846937929128	0.0118410257307834	1.0	0.467310963378482	19	Q99805,Q96G23,P06865,Q8NCC3,Q13510,O15121,P27544,P04062	8
Cellular monovalent inorganic cation homeostasis	0.5870942842637182	2.513994783310485	0.0119372199624712	1.0	0.467310963378482	25	Q93050,Q9Y487,Q8N511,P50897	4
Low density lipoprotein particle clearance	0.7872045522241083	2.5099870184807966	0.0120735599976418	1.0	0.467310963378482	10	Q92945,P09601,Q8WTV0	3
Protein targeting to mitochondrion	0.5299717249815358	2.5091878293654397	0.0121009120584911	1.0	0.467310963378482	48	Q8N4H5,O95831,Q99595,P62072,P30536,Q9NS69,P55786,O60830	8
Protein transmembrane transport	0.584348889731014	2.4941904344613417	0.012624479297149	1.0	0.467310963378482	25	O95831,Q99595,Q15629,Q9NS69,Q9Y584,O60830	6
Regulation of plasma lipoprotein particle levels	0.679289302498258	2.4637386579402043	0.0137496324427881	1.0	0.4767265557488281	14	Q92945,P09601,Q8WTV0	3
Regulation of response to osmotic stress	0.9369791409188636	2.4604583030316616	0.0138759694949326	1.0	0.4767265557488281	5	P08183	1
Ceramide transport	0.9365461166501629	2.458743347228952	0.0139424250742932	1.0	0.4767265557488281	5	P07602	1
Pigment metabolic process	0.5759419421317443	2.448783814710627	0.0143339452140858	1.0	0.4875066260577911	27	P09601,P22830,P00813,P30536,P30519	5
Regulation of ph	0.6211863113272942	2.43716620415742	0.0148028738126126	1.0	0.4894157935788863	20	Q93050,Q9Y487,Q8N511,P50897	4
Regulation of cellular ph	0.6211863113272942	2.43716620415742	0.0148028738126126	1.0	0.4894157935788863	20	Q93050,Q9Y487,Q8N511,P50897	4
Organophosphate ester transport	0.5680461773605271	2.409439815049606	0.0159770309992717	1.0	0.4894157935788863	29	Q96GC9,Q7Z3C6,P41440,Q14108,O15439,Q8WTV0,P08183,Q9Y255	8
Monovalent inorganic cation homeostasis	0.5679512573757605	2.398705729739301	0.0164531311086852	1.0	0.4894157935788863	28	Q93050,Q9Y487,Q8N511,P50897	4
Regulation of lymphocyte apoptotic process	0.8132554735409621	2.397868612752297	0.0164907791879862	1.0	0.4894157935788863	8	P00813,P14174,Q96GD4	3
Response to oxygen levels	0.468069072252	2.3869447356078513	0.0169890449146006	1.0	0.4894157935788863	59	Q8N511,Q9Y487,P09601,P00846,P00813,P30519,P55786	7
Anion transmembrane transport	0.5277941847405573	2.365396741853007	0.0180107649906688	1.0	0.4894157935788863	44	Q9UHG3,P41440,P30825,O15439,P45880,P08183,Q9BQT8,P53985,Q9UBX3,Q8TDW0,P51790,P21796	12
Blood vessel endothelial cell migration	0.5998252668695631	2.3632348683032105	0.0181161842596451	1.0	0.4894157935788863	21	P42785,Q8WTV0	2
Regulation of glial cell proliferation	0.9108726655792798	2.3564492791814633	0.0184505871423779	1.0	0.4894157935788863	5	Q96G23	1
Chromosome organization involved in meiotic cell cycle	0.6431747416110216	2.344842625732235	0.0190351121930567	1.0	0.4894157935788863	16	P46379,Q9BTX1,P46100	3
Calcium import into the mitochondrion	0.8015544457439059	2.344619347610943	0.0190465136954069	1.0	0.4894157935788863	8	Q8WWC4,Q9H4I9,P21796,Q9BPX6	4
Regulation of necrotic cell death	0.7037186605405128	2.343605775577116	0.0190983459705107	1.0	0.4894157935788863	12	P30536,P00403,Q13510	3
Negative regulation of macroautophagy	0.750150048428615	2.3288674615403537	0.0198660881744914	1.0	0.4894157935788863	10	P09601	1
Lysosomal protein catabolic process	0.8614261747641776	2.3217981448548923	0.0202438072020612	1.0	0.4894157935788863	6	Q07954,O14773,Q8N511	3
Protein catabolic process in the vacuole	0.8614261747641776	2.3217981448548923	0.0202438072020612	1.0	0.4894157935788863	6	Q07954,O14773,Q8N511	3
Porphyrin containing compound metabolic process	0.620207415569872	2.3084350829976983	0.020974949585135	1.0	0.491259441931697	18	P30536,P30519,P09601,P22830	4
Mitochondrial calcium ion homeostasis	0.7173994988341063	2.3048890958326256	0.0211727854617036	1.0	0.4922412754053417	11	P51572,P08133,Q16891,Q8IYU8,Q8WWC4,Q9H4I9,Q96AQ8,Q9BPX6	8
Membrane raft organization	0.7710546684747598	2.299930102973542	0.0214521803130856	1.0	0.4949174838545593	9	P41440,P50897	2
Response to l glutamate	0.9676522897150348	2.290824508237	0.0219735655655521	1.0	0.5028235004745123	4	Q9UQB8	1
Vacuole organization	0.4943204667844497	2.2900370130445324	0.0220191711186836	1.0	0.5028235004745123	51	Q96GC9,Q8N511,Q7Z3C6,O14773,P54802,O75503,Q14108,Q9P253,P10253,P50897,P56962,Q8TBX8,Q86Y82,P11117	14
Membrane lipid biosynthetic process	0.5672666086922585	2.283772129964376	0.0223849264111613	1.0	0.5079551856386622	23	P04062,Q96G23,Q06136,Q13510,O15121,P27544,Q8NBX0	7
Homologous chromosome segregation	0.7675892979278716	2.2834686415941556	0.0224027779715518	1.0	0.5079551856386622	9	P46379,Q9BTX1	2
Protein localization to mitochondrion	0.4479508874989678	2.2811649002078216	0.0225386908970146	1.0	0.5092310586413842	61	Q8N4H5,Q99595,Q15070,P30536,Q9NS69,O14737,Q9Y584,O60830,Q10713,Q8N4Q1,P55786,O14925,O95831,P62072,Q9Y6C9,Q3ZCQ8,O96008,Q8WWC4,O00165,Q5JRX3	20
Lipoprotein localization	0.8071508033344168	2.278711299255725	0.0226842326244431	1.0	0.5107147302841188	7	Q07954,O15260,A6NIH7	3
Negative regulation of leukocyte migration	0.8470492626402618	2.2611224485683006	0.0237516756401257	1.0	0.5200639729744345	6	P00813,P09601	2
Homologous chromosome pairing at meiosis	0.7801480392382647	2.2463252671497753	0.0246831812810537	1.0	0.5331417590810277	8	P46379,Q9BTX1	2
Glial cell proliferation	0.8419050702508626	2.2393088249373205	0.0251358290742436	1.0	0.5332711916323911	6	P30536,Q96G23	2
Response to food	0.8776805463194058	2.2223986399161224	0.0262563771784143	1.0	0.5335895635821486	5	P80303,P53985	2
Regulation of toll like receptor signaling pathway	0.7542130482205402	2.2196292798105164	0.0264439430244978	1.0	0.5335895635821486	9	Q9NPR9	1
Tetrapyrrole metabolic process	0.5781867681701891	2.2161793521448976	0.0266792213922617	1.0	0.5335895635821486	21	P30536,P09601,P30519,P22830	4
Smad protein signal transduction	0.7260463130625208	2.2089440348441833	0.0271785338236791	1.0	0.5335895635821486	10	Q9UIQ6,Q07954,Q96PK6,P08670	4
Regulation of b cell apoptotic process	0.8734375473266539	2.205116832575807	0.0274458971962769	1.0	0.5335895635821486	5	P00813,Q96GD4	2
Response to increased oxygen levels	0.7249290751612165	2.2033450432577073	0.0275704384937303	1.0	0.5335895635821486	10	Q8N511,P00846	2
Regulation of leukocyte apoptotic process	0.6776519064769138	2.202581269981904	0.027624275247635	1.0	0.5335895635821486	12	P00813,P14174,Q96GD4	3
Regulation of lysosomal lumen ph	0.8706062397978489	2.19356654117689	0.0282665860011888	1.0	0.5395120922137351	5	Q8N511,P50897	2
Mitochondrial respiratory chain complex assembly	0.5147274558770712	2.177825602233151	0.0294190230567379	1.0	0.5551793442453572	41	Q9Y2R0,O95831,Q9H061,Q69YU5,O43676,Q96CU9,O96000,Q6DKK2	8
Organic hydroxy compound transport	0.5347356281591678	2.175993668482817	0.0295557339970431	1.0	0.5551793442453572	31	Q07954,O15439,Q8WTV0,P30536,P53985,O15118,Q86Y82	7
Carbohydrate derivative catabolic process	0.5260192609832258	2.175054915462378	0.0296260014158853	1.0	0.5551793442453572	36	Q9NUJ1,Q13126,P54802,O60658,P16278,P06865,P06280,P04066,P00813,P35610,Q9BTY2,P15586,Q9H773,O60502,Q8TCJ2,P78549,P04062	17
Sphingolipid biosynthetic process	0.6072311780214242	2.172976797127774	0.0297820636653358	1.0	0.5551793442453572	17	Q99805,Q96G23,Q06136,Q13510,O15121,P27544,P04062	7
Cholesterol efflux	0.7640789943667158	2.1717926612171703	0.0298713054847377	1.0	0.5552242071785258	8	O15118,Q07954,Q8WTV0	3
Regulation of membrane lipid distribution	0.742165094874071	2.16172350432209	0.0306394948093742	1.0	0.5554539261058453	9	Q96GC9,P08183,Q9Y255	3
Regulation of response to extracellular stimulus	0.859240760243646	2.1470539535875046	0.0317889865343821	1.0	0.5554539261058453	5	P80303	1
Toll like receptor signaling pathway	0.6464554355714112	2.1450252150812976	0.0319508309975693	1.0	0.5554539261058453	13	Q9NPR9,P51812,P41440	3
Xenobiotic transport	0.8182603058383261	2.138346233712648	0.03248865275979	1.0	0.5554539261058453	6	P08183,O15439,P41440	3
Regulation of b cell activation	0.601387035581539	2.1360938095178374	0.0326717682460502	1.0	0.5554539261058453	17	P14174,Q5RKV6,P00813,P02786,Q96IZ0	5
Cellular response to chemical stress	0.4226630558805861	2.132967739613985	0.0329273727016816	1.0	0.5554539261058453	81	Q9NR28,P39210,P30536,Q8N0U8,Q8TDW0,Q969S3,Q9BPX6,O60658,Q9UL15,P09601,O43813,O75569,O95831,P16615,Q96IZ0,Q7Z2K6,P23246,Q15233,Q99720,P04062	20
Rna stabilization	0.5343281940309967	2.131076009630002	0.0330828807618139	1.0	0.5554539261058453	26	Q92804,P35637,Q14011,O60506,Q08J23,P67809	6
Regulation of pattern recognition receptor signaling pathway	0.5917168809698071	2.1260636149345435	0.0334979630077851	1.0	0.5554539261058453	18	Q9NPR9,O43657,P41440	3
Gland development	0.4128127169930649	2.1216135895510013	0.0338702002575577	1.0	0.5554539261058453	65	P35670,P07602,O94788,P09601,P00813,P30536,P11717,O75844,Q15418,P25325,P00403,Q13505,Q96JB5,P15531	14
Positive regulation of b cell activation	0.6816541519029108	2.117384597316413	0.0342272203449645	1.0	0.5554539261058453	11	P00813,P14174,P02786,Q5RKV6	4
Carboxylic acid transport	0.5198910693090961	2.109503666132694	0.0349011299036605	1.0	0.5634120637016959	35	P07602,P14174,P41440,P30825,Q9H2J7,O15439,Q9BQT8,P53985,Q8TDW0,Q9UBX3	10
Regulation of neuron projection development	0.408070845009537	2.0947668808488995	0.036191720575649	1.0	0.5685745979378374	69	Q9NR77,O14976,Q9NQX7,Q96G23,Q14108,Q9UL15,P07196,Q9UQB8,P08670,O15031	10
Positive regulation of necrotic cell death	0.8049929573719693	2.081195036529945	0.037416057689336	1.0	0.5699879965941225	6	P30536,P00403	2
Cellular response to exogenous dsrna	0.7444280502950149	2.0797780905686976	0.0375458915785564	1.0	0.5699879965941225	8	Q5KU26,P41440	2
Amyloid precursor protein metabolic process	0.5487338260124712	2.0785166474434593	0.0376617992175842	1.0	0.5699879965941225	22	Q9NQX7,P62942,Q9NQC3,Q9NY61,P35610,Q12959,P27695,Q96IZ0,Q96P70,P49755,Q15392,O95197,Q13464,Q13492	14
Negative regulation of neuron projection development	0.5756793163862493	2.076020098109368	0.0378920922041852	1.0	0.5699879965941225	19	Q9NR77,Q9NQX7,Q96G23,Q9UL15,P08670	5
Iron ion homeostasis	0.5910223048469813	2.0703270235371325	0.0384217306109848	1.0	0.5711046143304149	17	Q8N511,O75027,Q9Y487,P09601,P30519	5
Respiratory chain complex iii assembly	0.80228591382205	2.0694901882592927	0.0385001111112459	1.0	0.5711046143304149	6	Q69YU5	1
Transition metal ion homeostasis	0.526174013259213	2.0692784508269857	0.0385199646030802	1.0	0.5711046143304149	26	P35670,Q8N511,Q8TAD4,Q9Y487,P09601,O75027,P30519	7
Deoxyribonucleoside triphosphate metabolic process	0.7396974814710525	2.0574855029445365	0.0396395479990294	1.0	0.5751168901426106	8	P00813,P55263	2
Modified amino acid transport	0.8374463140570161	2.057206824202707	0.0396663354008275	1.0	0.5751168901426106	5	P41440,O43772	2
Protein insertion into mitochondrial inner membrane	0.7571986374985138	2.0532510014190457	0.0400482403304554	1.0	0.5780326155145188	7	P62072	1
Carbohydrate derivative transport	0.5717689266353606	2.0500242153969586	0.0403620678338638	1.0	0.5808699041929128	19	P07602,P41440,Q8WTV0	3
Negative regulation of cell population proliferation	0.4238366477903181	2.049364249226125	0.0404265103793941	1.0	0.5808699041929128	90	Q9NR77,P02545,P25705,Q96G23,O14936,P30536,P98175,O14737,P09601,Q96DY7,Q92796,Q9UHI6,Q99627,Q15392,O75569,Q32P28,O94788,Q9Y3B8,Q96IZ0,Q13641,P15531,P57105,P50402,Q12959	24
Necrotic cell death	0.5938335742778102	2.0409628578440437	0.0412545190607041	1.0	0.5865535123355726	16	P30536,P00403,Q13510	3
Tetrapyrrole catabolic process	0.9024891711184582	2.0382078396315384	0.0415291518192086	1.0	0.5865535123355726	4	P30519	1
Meiosis i cell cycle process	0.5930261014713292	2.0359073674656063	0.04175965788368	1.0	0.5865535123355726	16	P46379,Q9BTX1,P46100	3
Regulation of systemic arterial blood pressure	0.7935722237207563	2.031713258815018	0.0421826928627806	1.0	0.5865535123355726	6	P42785	1
Negative regulation of autophagy	0.5211036174223838	2.0260637501036185	0.042758252227772	1.0	0.5865535123355726	25	P09601,P30536,P85037,P10619,O15118	5
Protein maturation	0.4040590599394389	2.0182289496867645	0.0435674224447826	1.0	0.5865535123355726	65	Q8TAD4,Q9NRN7,P41227,P49366,P42892,Q10713,Q8N4Q1,O75844,Q9UG56,Q15392,O75976,O75503,Q6IQ49,Q86UY6,Q5VZE5,Q9BU89,P35670,Q96F07,P62942,Q5JRX3,Q92896	21
Ceramide biosynthetic process	0.6621009755841933	2.013139621054313	0.0440999430464206	1.0	0.5865535123355726	11	Q96G23,O15121,P27544,Q13510	4
Response to oxidative stress	0.4243101342866749	2.012701591033387	0.0441460319140427	1.0	0.5865535123355726	94	P04062,Q9NR28,P39210,P30519,Q8N0U8,Q969S3,O60658,Q9UL15,P09601,Q15165,Q15392,O43813,O75569,O95831,O43169,P16615,P00374,Q96IZ0,Q7Z2K6,P23246,Q15233,P03915,P28074,Q99720	24
Reticulophagy	0.8945830403870347	2.007121863375252	0.0447366887874771	1.0	0.5906134363714721	4	Q9Y6I9	1
Protein import into mitochondrial matrix	0.7275252442808996	1.9998731123962032	0.0455139672037629	1.0	0.5906134363714721	8	Q99595	1
Membrane lipid catabolic process	0.6406848713678249	1.998716765085014	0.0456390080100865	1.0	0.5906134363714721	12	P06865,P06280,P50897,P04066,Q13510,P04062	6
Aminoglycan metabolic process	0.5999829570916037	1.9956549053667991	0.0459714987287829	1.0	0.5906134363714721	14	P54802,P16278,P06865,O43505,P04066,P15586,Q7LGA3	7
Regulation of endothelial cell migration	0.5155553267981037	1.9935519115341156	0.0462010450996444	1.0	0.5906134363714721	27	P25705,P57105,P42785,P09601,Q8WTV0	5
Lysosomal lumen acidification	0.8897348484972667	1.9880140898574212	0.0468101317003659	1.0	0.5906134363714721	4	Q8N511,P50897	2
Intracellular protein transmembrane transport	0.544907379257981	1.9855134784611457	0.0470873720415465	1.0	0.5906134363714721	21	O95831,O60830,Q99595,Q15629	4
Nuclear pore organization	0.6383069167221375	1.9854493737544088	0.0470944973868627	1.0	0.5906134363714721	12	P12270,Q8N1F7,P57740,Q8NFH5,Q7Z3B4,Q9BTX1	6
Sensory perception of light stimulus	0.5914225007356081	1.982873826301333	0.0473815249429003	1.0	0.5906134363714721	15	Q9H6K4,Q6P4Q7,O43924,P50897	4
Chloride transport	0.5977822820786796	1.9823235446489524	0.0474430405030206	1.0	0.5906134363714721	14	Q9UHG3,P08183,Q9C0H2	3
Liposaccharide metabolic process	0.5843905235790003	1.9816778060496547	0.0475153127456828	1.0	0.5906134363714721	16	Q99805,P16278,P06865,P06280,P04066,Q8NBX0,P04062	7
Sterol transport	0.5254325171415184	1.980148883144886	0.0476868017029492	1.0	0.5906134363714721	23	Q07954,Q8WTV0,P30536,O15118,Q86Y82	5
Bone morphogenesis	0.7408649115489334	1.9782809181050296	0.0478970245539727	1.0	0.5906134363714721	7	Q92896,P08133,Q7Z3C6,O75844	4
Protein targeting	0.4322275685504724	1.9644718219841824	0.0494754009136479	1.0	0.5906134363714721	108	Q8N4H5,Q99595,P30536,P46379,O14737,Q9NS69,Q9Y2T2,Q7Z3B4,Q9Y584,O60830,Q10713,Q9Y5M8,P40855,Q8N4Q1,Q14108,O75381,P43307,P55786,O14925,O95831,O60725,P62072,P56589,Q3ZCQ8,P20645,Q99523,Q15629,P57105,O96008,O00165,Q5JRX3,O43681	32
Positive regulation of protein deacetylation	0.7774890119693525	1.9615886259808275	0.049810397548583	1.0	0.5906134363714721	6	O43823,P49354	2
Regulation of tube size	0.6999379258277119	1.955751927259499	0.050494384387284	1.0	0.5906134363714721	9	P42892	1
Neutral lipid biosynthetic process	0.8129416900102796	1.955176745173533	0.0505622123787405	1.0	0.5906134363714721	5	Q8WTV0	1
Negative regulation of b cell apoptotic process	0.881369228664242	1.9549634344550584	0.0505873863103607	1.0	0.5906134363714721	4	P00813,Q96GD4	2
Negative regulation of lymphocyte apoptotic process	0.8121631858888692	1.9519180784169616	0.0509479315498617	1.0	0.5906134363714721	5	P00813,Q96GD4	2
Negative regulation of leukocyte apoptotic process	0.8121631858888692	1.9519180784169616	0.0509479315498617	1.0	0.5906134363714721	5	P00813,Q96GD4	2
Negative regulation of mrna splicing via spliceosome	0.586161706393087	1.9503315754188233	0.0511366115383533	1.0	0.5906134363714721	15	Q13242,P61978,P38159,P98175,O75494,P22626	6
Toll like receptor 3 signaling pathway	0.8791703998418751	1.9462597248615197	0.0516235488864458	1.0	0.5906134363714721	4	P41440	1
Glycoside catabolic process	0.7732555007728056	1.9430450982100709	0.0520107095844188	1.0	0.5906134363714721	6	Q9BTY2,Q9NUJ1,P06280,P04062	4
Respiratory chain complex iv assembly	0.7331551269363032	1.9426839762209749	0.0520543534693227	1.0	0.5906134363714721	7	Q9Y2R0,Q15070	2
Positive regulation of mitochondrial translation	0.7327499388843483	1.9408094893633971	0.052281389581835	1.0	0.5906134363714721	7	Q567V2,Q9Y2R0	2
Lipid translocation	0.7145984143194986	1.9382963989124504	0.0525870715044327	1.0	0.5919748859143363	8	Q96GC9,P08183	2
Regulation of leukocyte proliferation	0.5087705808324718	1.9321514679600067	0.0533408133395174	1.0	0.5983529131453941	25	P14174,P30825,P04439,P00813,P49366,Q12959,P02786,Q96IZ0	8
Response to nitric oxide	0.7274232937707557	1.916133244096471	0.0553481377568296	1.0	0.5987642454259602	7	P50570,Q14103,O95831,P25705	4
Cellular response to reactive nitrogen species	0.7274232937707557	1.916133244096471	0.0553481377568296	1.0	0.5987642454259602	7	P50570,Q14103,O95831,P25705	4
Protein insertion into er membrane	0.6042745437575717	1.900945396207079	0.0573091651257942	1.0	0.5987642454259602	13	P46379,O43681,Q15629	3
Organic acid transport	0.469716222519623	1.9008787264971083	0.0573178991483862	1.0	0.5987642454259602	46	P14174,P41440,O43772,P30825,Q9H2J7,O15439,P23786,P08183,Q9BQT8,P53985,Q8TDW0,Q9UBX3	12
Negative regulation of cell projection organization	0.5016613549743109	1.8980664801804257	0.0576873250802596	1.0	0.598786942472695	29	Q9NR77,O14976,Q9NQX7,Q96G23,Q9UL15,P08670	6
Negative regulation of blood pressure	0.8664851775686511	1.895914226804445	0.0579713873865364	1.0	0.6007602122358408	4	P42785	1
Metal ion homeostasis	0.402663382190784	1.8930281470029409	0.0583541264257134	1.0	0.6037480329547119	81	O43819,Q8TAD4,Q14344,Q15043,P08133,Q16891,Q13586,Q8IYU8,Q96A33,P30519,P07686,P02786,Q9BPX6,Q8N511,Q15904,Q9Y487,P09601,Q8NE01,Q96TC7,O75027,Q8NEW0,P16615,Q9HD20,P35670,P62942,O60826,Q6P4Q7,Q8WWC4,Q9H4I9	29
Intraciliary transport	0.7609573599354224	1.8889793529551744	0.0588945953631236	1.0	0.607374262502924	6	Q7Z4L5,O43805	2
Skeletal system morphogenesis	0.5754023521076859	1.8834489732629165	0.0596395488070153	1.0	0.6117560154164017	15	Q7Z3C6,P08133,O75844,Q92896,P16435,O75569	6
Negative regulation of mrna processing	0.5303617962594134	1.883022241473724	0.0596973538590768	1.0	0.6117560154164017	21	Q13242,O75150,Q16629,P61978,Q5VTR2,P38159,P98175,O75494,P22626	9
Protein transmembrane import into intracellular organelle	0.6012123332891378	1.8829866121995789	0.0597021822990044	1.0	0.6117560154164017	13	O95831,O60830,Q99595	3
Regulation of protein deacetylation	0.6846135508673757	1.8798626748790952	0.0601267959853768	1.0	0.6149664160141882	9	O43823,Q9ULX6,P49354	3
Regulation of amyloid beta clearance	0.8614613880856921	1.8759138943887368	0.0606671044231887	1.0	0.6167018532303166	4	Q16850	1
Cellular response to dsrna	0.6583178635050634	1.8631298685610675	0.062443996856542	1.0	0.630194177005433	10	Q5KU26,P41440	2
Iron ion transport	0.6978504252028487	1.857926037190178	0.0631795183249241	1.0	0.630194177005433	8	P50570,Q15043,O75027,O15173	4
Guanine nucleotide transmembrane transport	0.8566569178093939	1.8567545331898252	0.0633460850520433	1.0	0.630194177005433	4	O15439,P41440	2
Guanine nucleotide transport	0.8566569178093939	1.8567545331898252	0.0633460850520433	1.0	0.630194177005433	4	O15439,P41440	2
Polyadenylation dependent snorna 3 end processing	0.7532751547001554	1.8550592053565784	0.0635877724626352	1.0	0.630194177005433	6	Q9NQT5,Q5RKV6	2
Pattern recognition receptor signaling pathway	0.4970229530219277	1.8550321668835736	0.0635916332539894	1.0	0.630194177005433	28	Q5KU26,P41440,Q9NPR9,P51812,O43657	5
Negative regulation of g protein coupled receptor signaling pathway	0.7532688192985401	1.8550311857804351	0.0635917733481787	1.0	0.630194177005433	6	P00813	1
Antigen processing and presentation of peptide antigen	0.6145667686910832	1.852002434876998	0.0640254732678389	1.0	0.630194177005433	12	P50570,P10321,Q9UIQ6,Q03519	4
Myotube differentiation	0.5763994775425115	1.8518593951652955	0.0640460159933458	1.0	0.630194177005433	14	Q8IV08	1
Glycosphingolipid metabolic process	0.6789858379862352	1.8518443732420924	0.0640481736907312	1.0	0.630194177005433	9	Q99805,P16278,P06865,P06280,P04062	5
Cellular transition metal ion homeostasis	0.525155688312447	1.8460998535110305	0.0648777081276539	1.0	0.630194177005433	21	P35670,Q8N511,Q8TAD4,Q15043,Q15904,Q9Y487,P09601,O75027,O60826,Q8NEW0,P02786	11
B cell activation involved in immune response	0.5629712328233509	1.845902546800036	0.0649063568217944	1.0	0.630194177005433	16	P00813,Q9UQ84,P02786,Q5RKV6	4
Pigment biosynthetic process	0.5162728517866647	1.8448509742081896	0.0650592199743342	1.0	0.630194177005433	22	O75027,P22830,P00813,P30536,P36551,O00264,P22234,P50336	8
Ceramide catabolic process	0.7096584621452645	1.8333839858533585	0.0667454874237669	1.0	0.6369711143097999	7	P06865,P06280,P04062,Q13510	4
Membrane protein proteolysis	0.6111141254609773	1.8324469125313376	0.0668848641799859	1.0	0.6373499576256785	12	P35579,Q16740,O43847,P38159,Q13464	5
Amyloid beta clearance	0.6922371754006311	1.8308424517235131	0.0671240619771869	1.0	0.6386774587531742	8	Q16850	1
Intrinsic apoptotic signaling pathway in response to dna damage by p53 class mediator	0.6274959213120734	1.8258082863016187	0.0678791447150335	1.0	0.6420403125856871	11	P61978,P46379,P14174	3
B cell homeostasis	0.7820195968974148	1.824953164755453	0.0680080973208305	1.0	0.6423098585958504	5	P00813	1
Mitochondrial cytochrome c oxidase assembly	0.7448736085465207	1.817835668330394	0.0690892532424942	1.0	0.6486670838828976	6	Q9Y2R0,Q15070	2
Negative regulation of neuron apoptotic process	0.5208126343608197	1.815204133192632	0.069492544769883	1.0	0.6486670838828976	21	P04062,P09601,P07196,P50897,Q01105,P48507,Q13464,Q15233	8
Appendage morphogenesis	0.6714736872112965	1.8143216884384603	0.069628214393993	1.0	0.6486670838828976	9	O94788,P42892	2
Intrinsic apoptotic signaling pathway in response to dna damage	0.5120283153171878	1.8139190642219736	0.0696901872172608	1.0	0.6486670838828976	22	P14174,Q9Y3B8,P61978,P09601,Q8N163,P46379,Q96RU2	7
Negative regulation of mrna metabolic process	0.4651892176922675	1.809622601103221	0.0703543325901576	1.0	0.6528963752996634	44	Q14103,Q13242,O75150,Q92804,P35637,P61978,Q14011,O60506,P38159,P98175,Q99729,O75494,P22626,P67809	14
Sulfur compound transport	0.623973745660698	1.8065437485243432	0.0708334470033469	1.0	0.655351922441891	11	O15439,Q9H0H5,Q9UBX3,Q8TDW0,Q70HW3	5
Vitamin transmembrane transport	0.7422223209901653	1.8060617903576195	0.0709086883679595	1.0	0.655351922441891	6	Q8WTV0,P41440	2
Regulation of dna templated transcription in response to stress	0.6695716687673182	1.8047992514482505	0.0711061015877871	1.0	0.656064088820074	9	P09601,Q15418	2
Positive regulation of endocytosis	0.5181011950913025	1.795872579233628	0.0725147843516249	1.0	0.6563355128523494	21	P41440,P61978,Q07954,P50897,O00291	5
Sodium ion transmembrane transport	0.5088173710143448	1.7904635680984098	0.0733794190021919	1.0	0.6563355128523494	22	P50570,Q9H2J7,Q6P4Q7,Q12959,O43707,Q9H4A3,Q9Y6M7,Q14BN4,P46939	9
Intracellular lipid transport	0.6035358678184971	1.7893960930110888	0.073551048103422	1.0	0.6563355128523494	12	O15118,O43772	2
Glycosyl compound biosynthetic process	0.700201400361324	1.7890547592735009	0.0736059971069504	1.0	0.6563355128523494	7	P00813,Q13126	2
Nucleobase containing small molecule biosynthetic process	0.700201400361324	1.7890547592735009	0.0736059971069504	1.0	0.6563355128523494	7	P00813,Q13126	2
Cellular ion homeostasis	0.3984780323723798	1.7868997618029403	0.0739536910292486	1.0	0.6563355128523494	86	O43819,Q8TAD4,Q93050,Q14344,Q15043,P08133,Q16891,Q13586,Q8IYU8,Q96A33,P02786,P07686,P51790,Q9BPX6,Q8N511,Q15904,Q9Y487,P09601,P50897,Q96TC7,O75503,O75027,Q8NEW0,P16615,Q9HD20,P35670,P62942,O60826,Q8WWC4,Q9H4I9,Q9Y6M7	31
Meiotic chromosome segregation	0.5324327890751879	1.7847939144556693	0.0742947508170241	1.0	0.6563355128523494	19	P46379,Q9BTX1	2
Cellular response to increased oxygen levels	0.6981652332925604	1.7794856653735958	0.075160172953447	1.0	0.6563355128523494	7	Q8N511	1
Regulation of mrna export from nucleus	0.7711528921643711	1.778816518406324	0.0752698481349414	1.0	0.6563355128523494	5	Q9ULX6,Q08J23	2
Regulation of rna export from nucleus	0.6415149719309429	1.7753783981981188	0.0758354283717734	1.0	0.6563355128523494	10	P12270,Q9H7Z3,Q9ULX6,Q08J23	4
Cellular iron ion homeostasis	0.5820573351833983	1.769943426139404	0.0767365656318075	1.0	0.6563355128523494	13	Q8N511,Q15043,O75027,Q9Y487,P09601	5
Glycolipid catabolic process	0.6959540502126779	1.76908426619362	0.0768798131730932	1.0	0.6563355128523494	7	P04062,P06865,P06280,P04066	4
Ribonucleoprotein complex localization	0.6958171505378732	1.7684399561702775	0.0769873817957462	1.0	0.6563355128523494	7	P12270,Q9ULX6,Q8WWY3,Q08J23	4
U4 snrna 3 end processing	0.7334956409618855	1.7672176192214728	0.0771917900633354	1.0	0.6563355128523494	6	Q9NQT5,Q5RKV6	2
Peripheral nervous system axon regeneration	0.8339755726801326	1.7658942136050602	0.0774135981657901	1.0	0.656824521201747	4	Q96G23,P07196	2
Receptor recycling	0.6946393442679389	1.7628950771117056	0.0779181874994079	1.0	0.656824521201747	7	P42892	1
Intrinsic apoptotic signaling pathway	0.3818514039505217	1.7533061144878062	0.0795494765255051	1.0	0.6625086328614759	71	P14174,O95831,Q9Y3B8,Q9UL15,P61978,Q9NR28,P09601,Q8N163,P46379,Q96RU2,P23246,P45880,Q15233,Q969S3	14
Positive regulation of leukocyte proliferation	0.5485104045059135	1.7532497638527786	0.0795591444184671	1.0	0.6625086328614759	16	P14174,P30825,P04439,P00813,P49366,P02786	6
Receptor localization to synapse	0.5791903127472822	1.7529213875432432	0.0796155018647239	1.0	0.6625086328614759	13	P57105,Q92796,Q16643,Q12959,P33176,Q14168,O15400	7
Deoxyribonucleoside monophosphate metabolic process	0.6920141673656747	1.7505259526877948	0.0800275999100357	1.0	0.6636789543771314	7	P00813	1
Regulation of b cell proliferation	0.6914327083429492	1.7477843574456149	0.0805013749686915	1.0	0.6650204025191395	7	P00813,P14174,Q96IZ0	3
Mitochondrial membrane organization	0.447480492331952	1.7468081942966551	0.0806706147145683	1.0	0.6655585941741293	48	Q9NX63,Q8IWA4,P62072,Q16891,O75431,Q15070,Q8WWC4,O14737,Q9NS69,Q13505,Q9Y584,Q3ZCQ8,P45880,Q5HYI7	14
Regulation of mitochondrial gene expression	0.6348713574867116	1.7404794313634342	0.0817748686851511	1.0	0.6713450620699521	10	Q567V2,Q9Y2R0	2
Regulation of translation in response to stress	0.6347197315075029	1.739681623218798	0.0819149379051098	1.0	0.6713450620699521	10	P51812,Q15418,Q13217	3
Negative regulation of gliogenesis	0.7618533637214576	1.739186553208227	0.0820019539375402	1.0	0.6713450620699521	5	Q96G23	1
Regulation of nucleobase containing compound transport	0.6107004903534948	1.7336304832314295	0.08298366817634	1.0	0.6745365871368294	11	P12270,Q9H7Z3,Q9ULX6,Q08J23	4
Regulation of gliogenesis	0.5935272076013232	1.732274205929604	0.0832247522760467	1.0	0.6745365871368294	12	Q96G23	1
Synaptonemal complex organization	0.7595637086906797	1.7294088962157084	0.0837359389418004	1.0	0.6768743281844146	5	P46379	1
Secondary alcohol metabolic process	0.4734510161725315	1.7254897417874335	0.0844392508989986	1.0	0.6798747637352721	35	P16435,P34913,P37268,Q14739,Q8WTV0,Q15800,P48735,P35610,O15118,Q15392,P48449,O75874,P04062,Q16850	14
Regulation of phospholipase a2 activity	0.823517800054594	1.7237822277377517	0.0847471641426591	1.0	0.6798747637352721	4	P50897	1
Proton transporting two sector atpase complex assembly	0.7579821440850054	1.7226504376220944	0.0849517581000351	1.0	0.6798747637352721	5	Q15070,Q8N511	2
Regulation of t cell proliferation	0.5305211772953563	1.7225805655571893	0.0849644019697508	1.0	0.6798747637352721	18	P30825,P04439,P49366,Q12959,P02786,Q96IZ0	6
Nls bearing protein import into nucleus	0.6313655463539994	1.7220181061960618	0.0850662386195173	1.0	0.6798747637352721	10	Q8NFH5,Q7Z3B4	2
Astrocyte development	0.8212933779519553	1.7148078330254266	0.0863804649478328	1.0	0.6804021113173779	4	P08670	1
Lysosomal transport	0.4717904974400656	1.7115289370590894	0.0869835140393069	1.0	0.6811372915113535	35	P20645,P07602,O14976,Q9P253,Q14108,Q07954,P11717,O15118	8
Sno s rna metabolic process	0.6063730917734338	1.7097536497586192	0.0873114373037637	1.0	0.6811372915113535	11	Q9NQT5,Q13868,Q5RKV6	3
Cellular hormone metabolic process	0.5207772642837257	1.7049611936093645	0.0882016621992511	1.0	0.6839082470896831	19	P30536,Q9HB40,O94788,P42892	4
Regulation of rna splicing	0.3925762997302569	1.7038625142872097	0.0884067755958768	1.0	0.6843497859080345	87	P51114,P52597,Q13243,P62995,Q8WVV9,Q5BKZ1,P98175,Q96EP5,P08621,P31943,Q9UHX1,Q13242,Q9BWF3,P35637,Q9Y5S9,Q96QD8,Q96E39,P98179,Q07021,O75525,P55795,Q9UKA9,Q92841,Q96T37,Q9Y2W1,Q96PU8,P38159,P31942,Q07955,Q07666,P22626,Q8IY67,O75312,Q16629,P61978,Q14011,P17844,O75494	38
Terpenoid metabolic process	0.5203785928603035	1.702221113154252	0.0887139263419047	1.0	0.6855393382970797	19	P37268,O94788,Q07954,Q6NUM9,Q9HB40	5
Receptor mediated endocytosis	0.4303780693712526	1.7018959329184054	0.088774878340629	1.0	0.6855393382970797	52	P20645,Q5VW38,O14976,P41440,P61978,Q14108,Q07954,P50897,P11717,O00291	10
Intrinsic apoptotic signaling pathway in response to endoplasmic reticulum stress	0.5698681476149305	1.6973962982503483	0.0896217619493047	1.0	0.6877155224335806	13	P46379	1
Protein quality control for misfolded or incompletely synthesized proteins	0.6039574354559267	1.6964030260209368	0.0898095810497403	1.0	0.6877155224335806	11	P46379	1
Hormone metabolic process	0.4753830288361955	1.6949349054578753	0.0900877699911828	1.0	0.6890205757459605	30	O94788,Q8TAD4,P30536,O75844,P42892,Q9HB40	6
Aminoglycan catabolic process	0.750797287966207	1.6919009147741384	0.0906648675570407	1.0	0.6891352986057356	5	P54802,P16278,P04066	3
Glycosaminoglycan catabolic process	0.750797287966207	1.6919009147741384	0.0906648675570407	1.0	0.6891352986057356	5	P54802,P16278,P04066	3
Negative regulation of tumor necrosis factor superfamily cytokine production	0.8155796527235142	1.6917294242205043	0.0906975754868397	1.0	0.6891352986057356	4	O43823	1
B cell apoptotic process	0.6794736081186079	1.691245081323182	0.0907900041579408	1.0	0.6891352986057356	7	P00813,Q96GD4	2
Regulation of t cell apoptotic process	0.8152332788865757	1.6903291714310826	0.0909649971884956	1.0	0.6891352986057356	4	P00813	1
Cellular metabolic compound salvage	0.6245417947747596	1.68599679766956	0.0917964161609834	1.0	0.6898459555422998	10	P00813,Q13126	2
Cell cell adhesion mediated by integrin	0.8135508251027506	1.6835257368727825	0.0922733613902937	1.0	0.6898459555422998	4	P00813,Q9H4A3	2
Detection of biotic stimulus	0.7484229386382267	1.6817226984038334	0.0926226244271424	1.0	0.6898459555422998	5	Q8WTV0	1
Purine ribonucleoside metabolic process	0.661297633303472	1.680290358292995	0.0929008360774714	1.0	0.6898459555422998	8	P00813,Q13126,P55263	3
Ribonucleoside metabolic process	0.661297633303472	1.680290358292995	0.0929008360774714	1.0	0.6898459555422998	8	P00813,Q13126,P55263	3
Receptor clustering	0.5485160234687961	1.6793019897516808	0.0930932034176235	1.0	0.6898459555422998	14	P49354,P57105,Q92796,Q14168,O43805	5
Small rna loading onto risc	0.7463106092743357	1.6726609035711957	0.0943940699402161	1.0	0.6898459555422998	5	Q5KU26	1
Organic hydroxy compound catabolic process	0.5995995596861803	1.672279024155244	0.0944693139022749	1.0	0.6898459555422998	11	P21964,Q8WTV0	2
Protein import	0.390704524010935	1.669987827725656	0.0949217719263111	1.0	0.6898459555422998	88	Q99595,P02545,Q9NPF5,Q7Z4Q2,Q99567,P55735,O14737,Q9NS69,Q7Z3B4,O60830,P12270,P40855,Q8N4Q1,O75381,O00459,Q92973,Q8NFH5,Q14978,O14925,O95831,P57740,P56589,P52292,Q3ZCQ8,Q8N1F7,P06493,O96008,Q96P70	28
Vitamin transport	0.6747790739234906	1.6689730664161753	0.0951227176706996	1.0	0.6898459555422998	7	Q8WTV0	1
Phosphatidylcholine metabolic process	0.6579651411502565	1.6639509758701614	0.0961222267626085	1.0	0.6898459555422998	8	Q8WTV0,Q8NCC3	2
Deoxyribose phosphate metabolic process	0.5814756320275061	1.6631071042547962	0.0962909980779243	1.0	0.6898459555422998	12	P00813,P55263,Q9H773	3
Rna surveillance	0.6198339546637122	1.6610785074761536	0.0966976803787158	1.0	0.6898459555422998	10	Q9NQT5,Q5RKV6	2
Positive regulation of blood circulation	0.8079584312265906	1.6608886880665388	0.0967358045515456	1.0	0.6898459555422998	4	P00813	1
Sterol homeostasis	0.6191919803376846	1.6576764429483828	0.0973827910785158	1.0	0.6898459555422998	10	Q8WTV0	1
Negative regulation of secretion	0.498731983097177	1.6568541259751697	0.0975489709089616	1.0	0.6898459555422998	21	P00813,Q16850	2
Antigen processing and presentation of endogenous peptide antigen	0.6720515696315561	1.6560135227252848	0.0977190803465042	1.0	0.6898459555422998	7	P10321,Q03519	2
Antigen processing and presentation of endogenous antigen	0.6720515696315561	1.6560135227252848	0.0977190803465042	1.0	0.6898459555422998	7	P10321,Q03519	2
Regulation of heterotypic cell cell adhesion	0.804661879150778	1.647528751842776	0.0994494114550754	1.0	0.6914380464394474	4	P41440	1
Regulation of receptor recycling	0.7060811335812982	1.6443221949787323	0.1001096670730241	1.0	0.6914380464394474	6	P42892	1
Body fluid secretion	0.5426165972313355	1.6424625895868532	0.1004941730002357	1.0	0.6914380464394474	14	P35670,P00813,P00403,Q13505,Q9H4A3,P15531	6
Purine containing compound salvage	0.6690940762496467	1.6419451598543835	0.1006013697165171	1.0	0.6914380464394474	7	P00813,Q13126	2
Respiratory system development	0.4712893039751936	1.6406965674991087	0.1008604178138872	1.0	0.6914380464394474	24	P00813,P46379	2
Monocarboxylic acid transport	0.653089601012763	1.6400046950967857	0.1010041907371568	1.0	0.6914380464394474	8	O15439,P53985	2
Protein ufmylation	0.8027939674565479	1.6399534958455748	0.1010148365625973	1.0	0.6914380464394474	4	Q96HY6	1
Organic cation transport	0.7044642255037914	1.6370346036225074	0.1016232394568437	1.0	0.6914380464394474	6	O43772	1
Regulation of lipoprotein particle clearance	0.7042884859695531	1.6362422732788495	0.1017888923191083	1.0	0.6914380464394474	6	Q92945	1
Embryonic appendage morphogenesis	0.6672129444218088	1.6329883034628403	0.1024714566813584	1.0	0.6914380464394474	7	P42892	1
Glycosyl compound catabolic process	0.6139319755701135	1.6297648882993951	0.1031511972808711	1.0	0.6914380464394474	10	Q9NUJ1,Q13126,P06280,P00813,Q9BTY2,P04062	6
Cell death in response to oxidative stress	0.4691224216990565	1.6297033915316868	0.1031642002351005	1.0	0.6914380464394474	27	Q99720,O60658,Q9UL15,Q9NR28,Q96IZ0,P23246,O43813,Q15233,Q969S3	9
Positive regulation of cell cycle checkpoint	0.7356579975744068	1.626866686187889	0.1037654146801685	1.0	0.6947393313769609	5	P12270,Q8N163	2
Sphingoid metabolic process	0.734383816985922	1.6213787909196111	0.104936426494993	1.0	0.6974741881595874	5	Q06136,Q13510	2
Purine nucleoside biosynthetic process	0.7009246652028337	1.6210668817217992	0.1050032957318891	1.0	0.6974741881595874	6	P00813,Q13126	2
Negative regulation of cysteine type endopeptidase activity	0.5012910275044246	1.6204375407330145	0.105138321148438	1.0	0.6974741881595874	20	Q9Y3B8,P51812,Q15418,Q96K76,Q15392,P16435	6
Cartilage development	0.5563829562603775	1.6166119117857447	0.1059620790299877	1.0	0.6974741881595874	13	Q15043,P08133,O75844,Q96HY6,Q92896	5
Nuclear pore complex assembly	0.6318464618652488	1.614170225730515	0.106490508308334	1.0	0.6974741881595874	9	P12270,Q8N1F7,P57740,Q9BTX1	4
Signaling receptor ligand precursor processing	0.7959551147474793	1.6121876749003543	0.1069211064802593	1.0	0.6983182378291911	4	P42892	1
Plasma membrane phospholipid scrambling	0.79575371688752	1.6113692726930295	0.1070992603617186	1.0	0.6985950837592381	4	Q96GC9	1
Tetrapyrrole biosynthetic process	0.5540583292004551	1.6026329789134042	0.1090157082561711	1.0	0.7006901876619157	13	O75027,P22830,P30536,P36551,O00264,P50336	6
Regulation of appetite	0.9722856211281394	1.5967802295675844	0.1103147044235222	1.0	0.7006901876619157	2	P80303	1
Regulation of response to food	0.9722856211281394	1.5967802295675844	0.1103147044235222	1.0	0.7006901876619157	2	P80303	1
Negative regulation of response to food	0.9722856211281394	1.5967802295675844	0.1103147044235222	1.0	0.7006901876619157	2	P80303	1
Antigen processing and presentation of peptide antigen via mhc class i	0.5855789606749838	1.5943324191838784	0.1108616001871367	1.0	0.7006901876619157	11	Q9UIQ6,P10321,Q03519	3
Endothelial cell migration	0.459126265287924	1.5940673989100975	0.1109209398720358	1.0	0.7006901876619157	34	P25705,P57105,P42785,P09601,Q8WTV0	5
Smooth muscle contraction	0.6588269994306528	1.5929797678872202	0.1111647298855265	1.0	0.7006901876619157	7	P00813,Q12959	2
Autophagosome membrane docking	0.7908646003262527	1.591489469004427	0.1114994635621982	1.0	0.7011855510921043	4	P16615,Q96GC9,P56962	3
Hepaticobiliary system development	0.4587471406965239	1.5908782139559778	0.1116369863953334	1.0	0.7011855510921043	34	O94788,P09601,P00813,O75844,P11717,P25325,Q15418,Q96JB5	8
Negative regulation of transmembrane receptor protein serine threonine kinase signaling pathway	0.5341823372909452	1.58960742435327	0.1119233225134577	1.0	0.7014084215033062	14	P50570,Q07954,Q92896	3
Cellular copper ion homeostasis	0.787951474873812	1.5796332747469577	0.1141908744131621	1.0	0.710249465951127	4	P35670,O60826	2
Negative regulation of leukocyte mediated immunity	0.6901662897844749	1.5724146593218982	0.115854416742088	1.0	0.7168549894585104	6	P09601,P46108,P04439	3
Protein localization to phagophore assembly site	0.7222889880964071	1.5691813423690406	0.1166056903547407	1.0	0.7168549894585104	5	P56962,Q7Z3C6	2
Response to estrogen	0.5482626165648498	1.5677160335062306	0.1169474181369665	1.0	0.7168549894585104	13	Q9H6U6,Q8IZL8,P09601	3
Phosphatidylcholine catabolic process	0.9647864362569322	1.5670957957614071	0.1170923017692182	1.0	0.7168549894585104	2	Q8WTV0	1
Regulation of viral induced cytoplasmic pattern recognition receptor signaling pathway	0.6886610612512697	1.5655937893263052	0.1174437448957892	1.0	0.7168549894585104	6	O43657,Q9NUD5,Q14671	3
Neurofilament cytoskeleton organization	0.9641343332246496	1.5645138850727054	0.1176969347510181	1.0	0.7168549894585104	2	P07196	1
Double strand break repair via break induced replication	0.636865487245317	1.559979958113579	0.1187646174538006	1.0	0.7177513837425342	8	Q14566,P33991	2
Sterol metabolic process	0.4563495507016539	1.5533036979928367	0.120350597225034	1.0	0.723915069291503	32	P34913,P37268,Q14739,Q8WTV0,P48449,O15118,Q15392,Q15800,P16435,P04062,Q16850	11
Appendage development	0.5770496059937731	1.5466775171070573	0.1219410271523455	1.0	0.724169720118896	11	O94788,P42892	2
Glycine metabolic process	0.684489156524299	1.5466718832208592	0.1219423863666335	1.0	0.724169720118896	6	P00374,P34897,O75600	3
Centriole assembly	0.6842039031614416	1.54537719425196	0.1222550533190007	1.0	0.7244659971470723	6	Q96PK6	1
Positive regulation of histone deacetylation	0.716391773503015	1.5436648768074746	0.1226695393050532	1.0	0.7262491058486206	5	O43823	1
Regulation of steroid metabolic process	0.5254946844811252	1.5349460322996604	0.1247970850061417	1.0	0.7353145147330218	14	P34913,Q13510,P30536,O75477,Q9UHI6,P16435	6
Membrane protein ectodomain proteolysis	0.5960562787452277	1.5344391241937734	0.1249216587353938	1.0	0.7353145147330218	10	P38159,O43847,Q13464	3
N terminal protein amino acid modification	0.6316395431942935	1.534097096515622	0.1250057675187355	1.0	0.7353145147330218	8	P53582,Q9BV86,Q86UY6,Q5VZE5	4
Ion homeostasis	0.3966613079277263	1.5330989842119147	0.1252514679482164	1.0	0.7353712592043462	108	O43819,Q8TAD4,Q93050,Q14344,Q15043,P08133,Q16891,Q13586,Q8IYU8,P30536,Q96A33,P30519,P07686,P02786,P51790,Q9BPX6,Q8N511,Q15904,Q9Y487,P09601,Q8NE01,P50897,Q96TC7,O75503,O75027,Q8NEW0,P16615,Q9HD20,Q9H4A3,Q14BN4,P35670,P62942,O60826,Q6P4Q7,P48507,Q8WWC4,Q9H4I9,Q9Y6M7	38
Dna templated transcription termination	0.6304765570788724	1.528330390521815	0.1264305280891686	1.0	0.7353712592043462	8	O75844,O95104,Q16637	3
Amide transport	0.4421517234424914	1.524270988577521	0.1274410311846916	1.0	0.7353712592043462	40	P07602,P41440,O15439,P08183,P53985	5
Neuron projection regeneration	0.5728131226265715	1.5229447682525497	0.1277725241455369	1.0	0.7353712592043462	11	Q96G23,P07196	2
Lens development in camera type eye	0.6790722458058273	1.5220666128234823	0.1279923906369848	1.0	0.7353712592043462	6	Q12959,P08670	2
Apoptotic cell clearance	0.6290669536082749	1.5213376073405465	0.128175137379513	1.0	0.7353712592043462	8	Q8WTV0	1
Regulation of mast cell activation involved in immune response	0.7724734247716548	1.5165098116861504	0.1293904912384902	1.0	0.7353712592043462	4	P09601	1
Sodium ion transport	0.454400927588101	1.5121642410836105	0.1304920854614575	1.0	0.7353712592043462	27	P50570,O43865,Q9H2J7,Q6P4Q7,Q12959,Q96QD8,O43707,Q9H4A3,Q9Y6M7,Q14BN4,P46939	11
Cristae formation	0.6271329776652981	1.5117378356891449	0.1306005693001579	1.0	0.7353712592043462	8	Q9NX63,Q16891,Q5XKP0	3
Negative regulation of mrna catabolic process	0.454787888311159	1.5116275945020796	0.130628627668039	1.0	0.7353712592043462	24	Q92804,P35637,Q14011,O60506,P98175,P67809	6
Retinoic acid metabolic process	0.9557331525770943	1.5105966163825095	0.1308912565834616	1.0	0.7353712592043462	3	Q9HB40	1
Amyloid precursor protein biosynthetic process	0.708695386830783	1.51030279997762	0.1309661776108488	1.0	0.7353712592043462	5	P35610,Q9NQX7,Q96IZ0	3
Nuclear transcribed mrna catabolic process exonucleolytic 3 5	0.6265152511296939	1.5086702268221008	0.1313830777398759	1.0	0.7353712592043462	8	Q9NQT5,Q5RKV6	2
Amino acid transmembrane transport	0.5103680411067548	1.5054020834006496	0.1322207337845009	1.0	0.7353712592043462	16	P08195,P30825,Q9H2J7,Q96QD8,Q8TDW0	5
Import across plasma membrane	0.4849740868243923	1.5045582044299164	0.1324376985897963	1.0	0.7353712592043462	20	P08195,P41440,Q15043,P33121,P30825,Q12959,Q9H4A3,Q8TDW0	8
Regulation of low density lipoprotein particle clearance	0.7069339853079855	1.502658272508401	0.1329271882327503	1.0	0.7353712592043462	5	Q92945	1
Odontogenesis	0.639861104437478	1.5020413334310645	0.1330864344404942	1.0	0.7353712592043462	7	P07942,Q13586,Q6P4Q7	3
Positive regulation of actin cytoskeleton reorganization	0.7687522741092622	1.5013039764440568	0.1332769569691017	1.0	0.7353712592043462	4	Q9H6U6,Q9UQB8	2
Regulation of glycoprotein metabolic process	0.5530361632187283	1.4983442106024871	0.1340438431416415	1.0	0.7353712592043462	12	O14734,Q99805,Q9NQX7,Q08379,P35610,Q96IZ0	6
Neuron death	0.3654419045385287	1.4975276752467412	0.1342560099612988	1.0	0.7353712592043462	64	O95831,Q99720,Q9UL15,Q9NR28,P09601,P07196,P50897,Q01105,Q9UMX5,Q15392,O43813,Q15233	12
Negative regulation of rna splicing	0.5030145746680621	1.494818232614271	0.1349618866033153	1.0	0.7353712592043462	17	Q13242,Q16629,Q9UKA9,P61978,P38159,P98175,O75494,P22626	8
B cell proliferation	0.5878912410866851	1.4906704922078606	0.1360480268650661	1.0	0.7370459351331204	10	P00813,P14174,Q96IZ0	3
Cell activation involved in immune response	0.4429049647750033	1.4887361664968126	0.1365568573408884	1.0	0.7378705551386665	37	P00813,Q07954,P09601,Q5RKV6	4
Gdp metabolic process	0.7036553524804334	1.4884201168159743	0.1366401346097883	1.0	0.7378705551386665	5	Q14168,Q12959,Q00013,O14936	4
Nucleoside triphosphate catabolic process	0.7034591380577304	1.487567657474172	0.1368649481380135	1.0	0.7378705551386665	5	P00813	1
Deoxyribonucleoside triphosphate catabolic process	0.7034591380577304	1.487567657474172	0.1368649481380135	1.0	0.7378705551386665	5	P00813	1
Negative regulation of nitric oxide metabolic process	0.764066772694728	1.4821424295032224	0.1383024011353333	1.0	0.740714534298016	4	P30536,Q92945	2
Cell recognition	0.488523104596154	1.4814301025310652	0.1384919980733732	1.0	0.740714534298016	19	Q5KU26,P45880,Q8WTV0	3
Determination of adult lifespan	0.6355305836343472	1.4811948506881194	0.1385546579888028	1.0	0.740714534298016	7	O75844,P46100	2
Regulation of water loss via skin	0.6974153658967186	1.4612912596454923	0.1439355274741904	1.0	0.7504122280496768	5	Q9Y3B8,P04062,P16949	3
Positive regulation of i kappab kinase nf kappab signaling	0.4458285076779984	1.4593117083435283	0.144479334310247	1.0	0.7510296006431681	31	Q92734,O60885,Q9NYB0,Q8TB61,P62942,O60826,P09601,P19474,P02786,O43657,P32929,Q99584	12
Copper ion homeostasis	0.6955914397415055	1.453354386608795	0.1461253840806846	1.0	0.7510296006431681	5	P35670,O43819,O60826	3
3 utr mediated mrna stabilization	0.6284100772200998	1.4468565015777606	0.1479371181429614	1.0	0.7510296006431681	7	P07910,P98175,Q13151	3
Regulation of mitophagy	0.6283538839980239	1.4465852197437392	0.148013128247415	1.0	0.7510296006431681	7	P21796	1
Positive regulation of rna splicing	0.4464929543912468	1.4463414451603978	0.1480814565811898	1.0	0.7510296006431681	24	O75312,P62995,Q13243,Q8WVV9,Q9Y2W1,Q14011,P38159,Q96QD8,Q96E39,Q96EP5,P98179	11
Regulation of metallopeptidase activity	0.7548779234391636	1.4445193814763582	0.1485929318777681	1.0	0.7510296006431681	4	Q07954	1
Regulation of lipid transport	0.4952859318222696	1.443014226917419	0.1490164635618609	1.0	0.7510296006431681	17	P30536,Q07954,P14174,O15260	4
Regulation of cell aging	0.527588446506677	1.4424612862428563	0.1491722853951866	1.0	0.7510296006431681	13	O75844,P14174,P02545,P67809	4
I kappab kinase nf kappab signaling	0.4270910731769515	1.4394795754826022	0.1500146927151413	1.0	0.7514893260482242	43	Q92734,O60885,Q9NYB0,Q8TB61,P62942,O60826,Q13162,P09601,Q9P035,P19474,P02786,Q96HY6,Q96CV9,O43657,P32929,Q13464,Q99584	17
Collagen biosynthetic process	0.7531764429523793	1.437546796744004	0.150562685832801	1.0	0.7514893260482242	4	P08670	1
Pyrimidine deoxyribonucleotide metabolic process	0.6916840003567966	1.4363406130383596	0.1509054428524066	1.0	0.7514893260482242	5	Q9H773	1
Positive regulation of mitochondrial calcium ion concentration	0.6916811103914992	1.4363280244249568	0.1509090232477197	1.0	0.7514893260482242	5	Q9BPX6,Q96AQ8,Q8IYU8	3
Regulation of dna methylation	0.6259286714006284	1.434872893477212	0.1513233212702747	1.0	0.7527747209823971	7	Q8NB78,O75844	2
Collagen metabolic process	0.5965813880245883	1.4332441514329557	0.151788076130878	1.0	0.7527747209823971	9	P08670,Q92791	2
Mitochondrion distribution	0.7517178991576003	1.4315683690659462	0.1522673874602498	1.0	0.7527747209823971	4	O75153,Q9BUK6	2
Postsynaptic cytoskeleton organization	0.7516793394443274	1.4314102995918825	0.1523126582694809	1.0	0.7527747209823971	4	P07196	1
Isoprenoid metabolic process	0.4603486159436618	1.4311219968598736	0.1523952540287241	1.0	0.7527747209823971	22	P37268,Q9HB40,O94788,Q07954	4
Proteoglycan metabolic process	0.6587192078006379	1.4292770103234864	0.152924630976452	1.0	0.7527747209823971	6	Q7LGA3	1
Keratinization	0.929572872513857	1.4276113158990262	0.1534037647289889	1.0	0.7527747209823971	2	Q9Y3B8	1
Cellular response to oxygen levels	0.4393962468711239	1.4272674878840022	0.1535028081752965	1.0	0.7527747209823971	34	Q9Y487,P09601,Q8N511,P55786	4
Negative regulation of glial cell proliferation	0.9329753981551095	1.4269528535344722	0.1535934846638502	1.0	0.7527747209823971	3	Q96G23	1
Positive regulation of b cell proliferation	0.7505247525259031	1.426676853788948	0.1536730603249512	1.0	0.7527747209823971	4	P00813,P14174	2
Response to hydrogen peroxide	0.4431408445429299	1.424094888032113	0.1544190060198405	1.0	0.7527747209823971	28	O95831,O60658,P03915,P09601,Q99720	5
Regulation of sodium ion transport	0.4924623804606701	1.424049532665706	0.1544321340062686	1.0	0.7527747209823971	17	P50570,O43865,Q12959,O43707,Q9H4A3,Q14BN4	6
Positive regulation of sodium ion transmembrane transporter activity	0.6574269726495013	1.42336913521542	0.1546291749703319	1.0	0.7527747209823971	6	P50570,O43707	2
Cellular response to estrogen stimulus	0.6886678256788085	1.4231982469914526	0.1546786936565496	1.0	0.7527747209823971	5	Q8IZL8	1
Positive regulation of chemokine production	0.657254035569571	1.4225783590658028	0.1548584211536769	1.0	0.7527747209823971	6	P09601	1
Semaphorin plexin signaling pathway involved in neuron projection guidance	0.9279426149331664	1.421154726932095	0.1552717829485455	1.0	0.7527747209823971	2	P42892	1
Glycerophospholipid catabolic process	0.6563949099036479	1.4186494235726574	0.1560012491743796	1.0	0.7527747209823971	6	Q8WTV0	1
Xenobiotic export	0.9272905119008864	1.418572228425332	0.1560237672175461	1.0	0.7527747209823971	2	P08183	1
Microtubule organizing center organization	0.4333432298903285	1.417658983974733	0.1562903504029713	1.0	0.7527747209823971	38	Q9H6D7,Q08379,Q7Z4H7,Q96PK6,Q9H6U6,P41208,P53985,Q14203,O94927,Q9HD42,P36404,O14777,Q8WUM4,Q15004,Q15154,P06493,Q9UBK9,Q9UNZ2,O75116	19
Sno s rna processing	0.5933849672409062	1.41673414933534	0.1565606688188809	1.0	0.7527747209823971	9	Q9NQT5,Q5RKV6	2
Lipopolysaccharide mediated signaling pathway	0.6070622463385765	1.4117484826776372	0.1580240323293558	1.0	0.754597208897611	8	Q8WTV0	1
Positive regulation of isotype switching	0.5923424849042984	1.411346052208146	0.1581426016940357	1.0	0.7545998471878091	9	Q9NQT5,P02786,Q5RKV6	3
Endocytosis	0.3840004730389555	1.4075153369259203	0.1592746326805503	1.0	0.7566395477320964	105	P20645,Q5KU26,Q5VW38,O14976,P41440,Q14C86,P61978,Q14108,Q07954,P57105,Q8WTV0,P50897,Q08380,P11717,O15118,O00291,O15260	17
Mast cell activation involved in immune response	0.6201833881468317	1.4070946675310405	0.1593993191335183	1.0	0.7566395477320964	7	O95219,P09601	2
Syncytium formation	0.6201693816562864	1.407026893517264	0.1594194142629996	1.0	0.7566395477320964	7	Q14012,P41440	2
Connective tissue development	0.4489491859642976	1.4027489276532514	0.1606917215332342	1.0	0.7586022602178548	23	Q15043,P08133,O15173,O75844,Q96HY6,Q92896	6
Macromolecule depalmitoylation	0.6528912297752245	1.4026184055302882	0.1607306603125176	1.0	0.7586022602178548	6	P50897,Q9UMR5	2
Mrna splice site selection	0.4833876929859642	1.4021983096345665	0.1608560362924318	1.0	0.7586022602178548	18	Q13242,Q9UKA9,O75494,Q07955,Q9UHX1	5
Negative regulation of rna catabolic process	0.4381615841375941	1.4017218560461884	0.1609983214131418	1.0	0.7586022602178548	32	Q14103,Q92804,P35637,Q14011,O60506,Q9H7Z3,P98175,Q99729,Q08J23,P67809	10
Ion transmembrane transport	0.4247908042017323	1.399013866559106	0.1618088248806237	1.0	0.7604649753164407	161	O43865,Q9UDW1,O43772,Q8TAD4,Q15043,P25705,P08133,O15439,P00846,Q8IYU8,O43707,Q8TDW0,P45880,P21796,P51790,Q9BPX6,Q9UHG3,O75844,P08183,P53985,Q70HW3,P50570,Q96GC9,P41440,P30825,O75964,O75027,Q9H2J7,Q13423,Q9HD20,P00403,Q14BN4,Q9C0H2,P35670,P62942,P03915,Q6P4Q7,Q8WWC4,Q9BQT8,Q9H4I9,Q9UBX3	41
Regulation of triglyceride metabolic process	0.9217476361265162	1.396624736923401	0.1625264475375909	1.0	0.7624314787640178	2	Q8WTV0	1
Rrna catabolic process	0.5195127476575899	1.393269463918844	0.1635383209981937	1.0	0.7644481304860721	13	Q9NQT5,Q13868,Q5RKV6	3
Protein hydroxylation	0.5029304659038613	1.392055905469275	0.1639054694321378	1.0	0.7644481304860721	14	Q32P28,P13674,Q92791,Q13162,O75718,O15460	6
Urogenital system development	0.4303853144976324	1.3916203046454392	0.1640374069263503	1.0	0.7644481304860721	38	P07602,O94788,P39210,P57740,P25325,P46379,O75844,Q12769,Q12959,O00592	10
Lymphocyte apoptotic process	0.4977011187478062	1.388723628884295	0.1649168061676773	1.0	0.7644481304860721	15	P00813,P14174,Q96GD4	3
Positive regulation of lipid transport	0.58795041160786	1.3886271528140628	0.1649461562096945	1.0	0.7644481304860721	9	Q07954,P14174	2
Bone remodeling	0.5879366668731651	1.388556009845862	0.1649678019102638	1.0	0.7644481304860721	9	O14773,Q92791	2
Neural crest cell migration	0.740780128589815	1.386698558563013	0.1655337003287447	1.0	0.7644481304860721	4	P08133	1
Transmembrane transport	0.4566017576334409	1.3866847832083633	0.1655379026323522	1.0	0.7644481304860721	219	Q9H2V7,O43865,Q9UDW1,Q99595,O43772,Q8TAD4,Q6NT16,Q15043,P25705,O15439,Q8WTV0,Q8IXU6,P00846,P39210,Q8IYU8,P08133,Q9NS69,O43707,Q9Y584,O60830,P45880,P21796,Q8TDW0,Q9BPX6,P51790,Q9Y277,Q9UHG3,O75381,Q03519,O75844,Q96QD8,P08183,P53985,Q16625,Q70HW3,P50570,O95831,Q96GC9,P41440,P30825,O75964,O75027,Q9H2J7,P16615,Q13423,Q9HD20,P00403,Q9H4A3,Q3ZCQ8,Q14BN4,Q9C0H2,P35670,Q99523,Q15629,P62942,P03915,Q6P4Q7,P23786,Q8WWC4,Q12959,Q9BQT8,Q96ES6,Q9H4I9,Q9UBX3,P04062	65
Cellular response to osmotic stress	0.5339020679105101	1.38643506899296	0.1656140942583044	1.0	0.7644481304860721	12	P30536,Q9BPX6	2
Regulation of platelet derived growth factor receptor beta signaling pathway	0.9188131724812572	1.3850086935052333	0.1660498091193458	1.0	0.7644481304860721	2	Q07954	1
Rna interference	0.5865622969310562	1.3814408511672591	0.1671434526081932	1.0	0.7644481304860721	9	Q5KU26,Q15631,O75569	3
Forelimb morphogenesis	0.9203059772712578	1.3803589751269905	0.1674761449930988	1.0	0.7644481304860721	3	O94788	1
Sprouting angiogenesis	0.5008416271435411	1.378769385043783	0.1679658687798371	1.0	0.7644481304860721	14	P09601	1
Protein localization to condensed chromosome	0.5857755801576006	1.3773667591371117	0.1683988846252382	1.0	0.7644481304860721	9	Q96GD4,Q96DY7,O14777	3
Phagocytosis recognition	0.9168568633844234	1.3772661276335847	0.1684299835647746	1.0	0.7644481304860721	2	Q8WTV0	1
Nucleotide salvage	0.6473141203535562	1.3770749941372402	0.1684890629108701	1.0	0.7644481304860721	6	P00813	1
Heparan sulfate proteoglycan biosynthetic process	0.6780583934092259	1.3769107917305825	0.1685398302790006	1.0	0.7644481304860721	5	Q7LGA3	1
Proteoglycan biosynthetic process	0.6780583934092259	1.3769107917305825	0.1685398302790006	1.0	0.7644481304860721	5	Q7LGA3	1
Heparan sulfate proteoglycan metabolic process	0.6780583934092259	1.3769107917305825	0.1685398302790006	1.0	0.7644481304860721	5	Q7LGA3	1
Regulation of isotype switching	0.5467300549455965	1.3760048500986968	0.1688201316898663	1.0	0.7644481304860721	11	Q9NQT5,P02786,Q5RKV6	3
Fat soluble vitamin metabolic process	0.64688047973483	1.3750876537497982	0.1691042715275834	1.0	0.7644481304860721	6	Q8N0U8,O94788	2
Prostaglandin transport	0.9162047603521402	1.3746855542256975	0.1692289516824248	1.0	0.7644481304860721	2	O15439	1
Positive regulation of endothelial cell migration	0.4665151837648598	1.372458498137742	0.1699207501126718	1.0	0.7644481304860721	20	P09601,Q8WTV0,P25705	3
Fatty acid transmembrane transport	0.6457754155567483	1.370022451168411	0.1706798934086539	1.0	0.7644481304860721	6	O43772	1
Transmembrane receptor protein serine threonine kinase signaling pathway	0.421376088632261	1.369239403528299	0.1709244526971738	1.0	0.7644481304860721	42	P50570,Q8N1F7,P49354,Q07954,Q96PK6,P08670,Q9UIQ6,Q92896	8
Manganese ion transmembrane transport	0.914248451255305	1.3669447342270171	0.1716426288670844	1.0	0.7644481304860721	2	Q9HD20	1
Manganese ion transport	0.914248451255305	1.3669447342270171	0.1716426288670844	1.0	0.7644481304860721	2	Q9HD20	1
Iron ion transmembrane transport	0.9142484512552972	1.3669447342269876	0.1716426288670938	1.0	0.7644481304860721	2	O75027	1
Tail anchored membrane protein insertion into er membrane	0.5647830958485986	1.3661265055410357	0.1718992602470546	1.0	0.7644481304860721	10	P46379	1
Nucleobase containing small molecule catabolic process	0.6752927080793796	1.3648308138056402	0.1723062315657593	1.0	0.7644481304860721	5	P00813	1
Deoxyribose phosphate catabolic process	0.6112672744147013	1.3639026573928907	0.1725982043667036	1.0	0.7644481304860721	7	P00813,Q9H773	2
Purine ribonucleotide salvage	0.6745074471516315	1.361400011335122	0.1733873125419305	1.0	0.7644481304860721	5	P00813	1
Purine nucleotide salvage	0.6745074471516315	1.361400011335122	0.1733873125419305	1.0	0.7644481304860721	5	P00813	1
Amp salvage	0.6745074471516315	1.361400011335122	0.1733873125419305	1.0	0.7644481304860721	5	P00813	1
Entrainment of circadian clock	0.6734342405615366	1.3567105300150184	0.1748732053255983	1.0	0.7644481304860721	5	Q9BWF3	1
Negative regulation of proteolysis	0.3658803833256975	1.3561545148838472	0.1750500107043267	1.0	0.7644481304860721	61	Q9UL15,Q07954,P46379,P51812,Q15418,Q96HY6,Q15392,Q92896	8
Purine deoxyribonucleotide metabolic process	0.7323427903474512	1.352048807465716	0.1763597022358287	1.0	0.7644481304860721	4	P00813	1
Entry of bacterium into host cell	0.9121350715152462	1.3503102885832827	0.1769164734887327	1.0	0.7644481304860721	3	Q9BTY2	1
Regulation of entry of bacterium into host cell	0.9121350715152462	1.3503102885832827	0.1769164734887327	1.0	0.7644481304860721	3	Q9BTY2	1
Regulation of steroid biosynthetic process	0.5617977081303196	1.349972753912278	0.1770247226719483	1.0	0.7644481304860721	10	P30536,Q9UHI6,P16435,Q13510	4
Lymphocyte activation involved in immune response	0.4333727113648191	1.3418167841037612	0.1796554087614201	1.0	0.7689150690890312	25	P00813,Q9UQ84,P02786,Q5RKV6	4
Digestive system development	0.5262600649156566	1.3415456720385823	0.179743351565627	1.0	0.7689150690890312	12	P00813	1
Carbohydrate mediated signaling	0.669348817094255	1.338852380934469	0.1806187344355159	1.0	0.7689150690890312	5	Q5KU26	1
Positive regulation of t cell proliferation	0.5594802406386421	1.3374243497115683	0.181084160651644	1.0	0.7689150690890312	10	P30825,P49366,P02786,P04439	4
Cell adhesion molecule production	0.9083212703256648	1.3362872633908394	0.1814553979129709	1.0	0.7689150690890312	3	P41440	1
Positive regulation of cell adhesion molecule production	0.9083212703256648	1.3362872633908394	0.1814553979129709	1.0	0.7689150690890312	3	P41440	1
Cellular component disassembly involved in execution phase of apoptosis	0.6383079461878576	1.335766511961453	0.1816256018859596	1.0	0.7689150690890312	6	O95831	1
Embryonic digestive tract development	0.9076939684433872	1.3339809336580517	0.1822101051963605	1.0	0.7691104931926759	3	P00813	1
3 utr mediated mrna destabilization	0.6377233956915862	1.3330830452826907	0.1825045526751749	1.0	0.7694528069731266	6	Q92945	1
Regulation of epithelial cell migration	0.420524301644392	1.330550277158106	0.1833370326344405	1.0	0.7717294184757162	40	P25705,P57105,P42785,P09601,Q8WTV0	5
Purine nucleotide transport	0.5088726653829287	1.3282673683456918	0.1840897957635296	1.0	0.7733706663022397	13	P41440,Q8TB61,Q99808,O15439,Q8TDW0	5
Nerve development	0.58988018853018	1.3256908122038835	0.1849421319740603	1.0	0.7749148046147716	8	P42892	1
Epithelial cell proliferation	0.4163810928757929	1.3234494695615828	0.1856859497911851	1.0	0.7754905048757922	42	O94788,P25705,Q9Y3B8,P57105,P09601,O14936,Q8WTV0,P07942,Q00577,Q15418,P22392,P15531	12
Protein targeting to lysosome	0.5370066757637322	1.3209177426891423	0.1865287930517407	1.0	0.7758314347747025	11	P20645,Q14108,Q9Y2T2	3
Negative regulation of inflammatory response	0.5069394808197324	1.3164368600537435	0.1880274575796252	1.0	0.7771308513882371	13	P28070,P00813	2
Regulation of rna polymerase ii regulatory region sequence specific dna binding	0.9008803390935824	1.3140932040038842	0.1888148408768288	1.0	0.7771308513882371	2	Q96HY6	1
Gmp salvage	0.7229296961708667	1.3133643499884489	0.1890602043002731	1.0	0.7771308513882371	4	P00813	1
Intermediate filament organization	0.6328565965940717	1.3107314255620004	0.1899485175881849	1.0	0.7776152046025925	6	P07196,P08670	2
Purine containing compound transmembrane transport	0.5543558121128802	1.309651666809934	0.1903137013397198	1.0	0.7776152046025925	10	Q8TDW0,O15439,P41440,Q8TB61	4
Negative regulation of mitochondrion organization	0.4896853031092315	1.307669466555381	0.1909854439663081	1.0	0.7792986143717767	14	P30536,P02786,P02545,Q9Y255	4
Astrocyte differentiation	0.534493915697009	1.3066596218434203	0.1913283378259407	1.0	0.7801919401151736	11	Q07954,P08670	2
Purine nucleoside metabolic process	0.5719579078937715	1.3056755283831047	0.1916629234025466	1.0	0.7801919401151736	9	P00813,Q13126,P55263	3
Proton transmembrane transport	0.4126155584892905	1.3055878708255122	0.1916927472824723	1.0	0.7801919401151736	43	Q9UDW1,P25705,Q8TAD4,O75964,P03915,P00846,Q13423,O43707,P00403	9
Negative regulation of nervous system development	0.4893572013679225	1.3055752873607196	0.1916970288562693	1.0	0.7801919401151736	14	Q96G23	1
Positive regulation of pattern recognition receptor signaling pathway	0.5851094723768829	1.301734751293827	0.1930070756148625	1.0	0.7812739854529719	8	Q9NUD5,Q14671,P41440	3
Neutral amino acid transport	0.6308131356307389	1.3013415575656115	0.1931415683663941	1.0	0.7812739854529719	6	Q96QD8,P08195,Q9H2J7	3
Regulation of phospholipase activity	0.5706534835117223	1.2988956594178165	0.1939797395000626	1.0	0.7812739854529719	9	P50897	1
Endothelial cell proliferation	0.4560261821360901	1.2970167856105312	0.1946254113535173	1.0	0.7812739854529719	20	P57105,P09601,Q8WTV0,O94788	4
Acute inflammatory response	0.718852050454359	1.29660059508864	0.1947686476090142	1.0	0.7812739854529719	4	P42785	1
Amyloid precursor protein catabolic process	0.4733830549179177	1.2954382621946965	0.1951690859845682	1.0	0.7823894268246581	17	P62942,Q9NQC3,P27695,Q96P70,O95197,P49755,Q15392,Q13464,Q13492	9
Negative regulation of release of cytochrome c from mitochondria	0.6285767937312232	1.291062326808101	0.1966820661441306	1.0	0.7855945247499672	6	P02545	1
Organic anion transport	0.3979688079591591	1.290994618359108	0.1967055436405125	1.0	0.7855945247499672	49	Q14728,P14174,P08195,P07602,P41440,Q8TB61,Q99808,P30825,Q9H2J7,O15439,Q96QD8,Q9Y6M7,Q9BQT8,P53985,Q8TDW0,Q9UBX3	16
N terminal protein amino acid acetylation	0.6555157074721418	1.2783218393945277	0.2011359704344744	1.0	0.7962840329058432	5	Q86UY6,Q5VZE5	2
Multicellular organism aging	0.5288609302358716	1.2746673765831535	0.2024269985171343	1.0	0.798108791408089	11	Q14344,O75844,P04062,P46100	4
Regulation of histone deacetylation	0.5927307435823016	1.27383477223589	0.2027219790373853	1.0	0.798108791408089	7	O43823	1
Negative regulation of neuron death	0.4228742564272052	1.2734657874732809	0.2028528054673608	1.0	0.798108791408089	32	P09601,P07196,P50897,Q01105,Q9UMX5,Q15233	6
Iron coordination entity transport	0.8904466905771111	1.2729129488887965	0.2030489337875645	1.0	0.798108791408089	2	O75027	1
Heme transport	0.8904466905771111	1.2729129488887965	0.2030489337875645	1.0	0.798108791408089	2	O75027	1
Mitotic g2 dna damage checkpoint signaling	0.5648223878458756	1.2685660972336892	0.2045958624998225	1.0	0.8001137277210185	9	Q96JB5,Q6NUQ1,Q9NWV8	3
Histone h3 k4 demethylation	0.6530678851174876	1.2676028774700856	0.204939803843533	1.0	0.8009355205673798	5	Q8IUF8,Q8NB78,Q9H6W3,P29375	4
Cellular response to molecule of bacterial origin	0.4239981414168896	1.266957945870648	0.2051703274106677	1.0	0.8009355205673798	27	P30536,Q8WTV0,P08670,O43823	4
Positive regulation of blood vessel endothelial cell migration	0.5464393181595961	1.2666852341650283	0.2052678618356658	1.0	0.8009355205673798	10	P09601	1
Cation transmembrane transport	0.3877244886682288	1.2662175640974858	0.2054352009106508	1.0	0.8009355205673798	124	Q9UDW1,O43772,Q8TAD4,Q15043,P25705,P08133,P00846,Q8IYU8,O43707,P51790,P21796,Q9BPX6,Q70HW3,P50570,Q96GC9,P30825,O75964,O75027,Q9H2J7,P16615,Q13423,Q9HD20,P00403,Q9H4A3,Q14BN4,P35670,P62942,P03915,Q6P4Q7,Q8WWC4,Q12959,Q96ES6,Q9H4I9	33
Response to osmotic stress	0.451661279857838	1.2655609439452378	0.2056703163330875	1.0	0.8009355205673798	20	P30536,Q8TDW0,P08183,Q9BPX6	4
Response to zinc ion	0.6520433174536249	1.2631158051570823	0.2065475647397283	1.0	0.8026034005974912	5	P30536,Q8TAD4	2
Nuclear transcribed mrna catabolic process exonucleolytic	0.4978838498880918	1.260949254642836	0.2073271306714492	1.0	0.8026034005974912	13	Q969T7,Q9NQT5,Q13868,Q5RKV6	4
Response to testosterone	0.5452346563908839	1.2601411580645665	0.2076184450823364	1.0	0.8026034005974912	10	P30536,Q13126	2
Regulation of hormone metabolic process	0.6512019611858311	1.2594308988425151	0.2078747347312199	1.0	0.8026034005974912	5	O75844,P16435	2
Endochondral bone morphogenesis	0.6511841032795059	1.2593526842780014	0.2079029716608444	1.0	0.8026034005974912	5	P08133,O75844	2
Regulation of autophagy of mitochondrion	0.4730367066895089	1.2589890081232396	0.208034302132049	1.0	0.8026034005974912	16	P30536,P21796	2
Positive regulation of mitophagy	0.6510648983026761	1.258830584964278	0.2080915305953232	1.0	0.8026034005974912	5	P21796	1
Steroid metabolic process	0.3536217993303023	1.2576645840757568	0.2085130856214867	1.0	0.8026034005974912	62	P34913,P37268,O14734,Q9H3P7,Q14739,Q9H4L5,Q8WTV0,Q15800,Q13510,P30536,Q9UHI6,O15118,Q15392,P48449,P16435,P04062,Q16850	17
Sensory perception	0.4212641981186757	1.2550090948496404	0.20947545839384	1.0	0.8026034005974912	31	P62072,Q14108,Q9H6K4,Q6P4Q7,P50897,O43924,Q9BPW8	7
Response to arsenic containing substance	0.4810947005209172	1.25278867413504	0.210282624538646	1.0	0.8026034005974912	14	Q96QD8,P09601,P07196,Q9BWF3	4
Chemokine production	0.5751833935366866	1.2518222404841235	0.210634644132265	1.0	0.8026034005974912	8	P09601	1
Icosanoid transport	0.8851380219348522	1.2511188231058197	0.2108911290439228	1.0	0.8026034005974912	3	O15439	1
Histone h3 k9 acetylation	0.7076105335235451	1.2503773224020385	0.211161744653801	1.0	0.8026034005974912	4	Q14012,Q03164	2
Nadh dehydrogenase complex assembly	0.4217760199925697	1.2501509864717772	0.2112443974564346	1.0	0.8026034005974912	28	Q9H061,P03915,Q15070,Q96CU9,O96000,O43676	6
Positive regulation of neural precursor cell proliferation	0.6193717585942355	1.248722876563997	0.2117664506459351	1.0	0.8026034005974912	6	P55209	1
Muscle cell differentiation	0.3672855751413324	1.2480935640042423	0.2119967949498142	1.0	0.8026034005974912	58	P35579,Q99523,Q9BWF3,P02545,Q8IV08,P41440,P28289,Q96PU8,Q9NYL9,Q7Z4V5,O75844,P16615,O43707,P32929,P12814,Q14012,P67809	17
Negative regulation of response to external stimulus	0.4063744077332831	1.2476606784645148	0.2121553470659158	1.0	0.8026034005974912	43	P28070,P14174,Q9UIV1,Q96G23,O14936,P46108,Q07021,P04439,P00813,P80303,P19474,Q9UMX5,O43657,P04062	14
Striated muscle adaptation	0.7067388255902471	1.2467929954876138	0.2124734094968832	1.0	0.8026034005974912	4	P02545	1
Regulation of nuclear cell cycle dna replication	0.8822361934322425	1.240472069618871	0.2148008387066029	1.0	0.8039566354379021	3	P46100	1
Triglyceride metabolic process	0.5728454494856313	1.2400544940122866	0.214955238881241	1.0	0.8039566354379021	8	Q8WTV0	1
Protein processing	0.4102732786107259	1.2381980396000982	0.2156426382796399	1.0	0.8039566354379021	40	O75976,Q96F07,Q8TAD4,O75503,Q6IQ49,O75844,Q5JRX3,Q9UG56,P42892,Q15392,Q92896,Q10713	12
Associative learning	0.5410821529222636	1.237573229081153	0.2158743459807359	1.0	0.8039566354379021	10	Q13641,P50897	2
Amino acid import across plasma membrane	0.6169296166833423	1.2374835422339443	0.2159076205866963	1.0	0.8039566354379021	6	P30825,P08195,Q15758	3
Phospholipid dephosphorylation	0.7044045676998301	1.2371952001920103	0.2160146230344566	1.0	0.8039566354379021	4	P34913,Q13614,Q10713	3
Plasma membrane organization	0.4201511066892501	1.2357633865673074	0.2165465282779575	1.0	0.8050778117497324	27	P50570,Q96GC9,Q7Z3C6,P41440,P08133,Q9UQB8,P16615,O15121,Q01082	9
Peptidyl proline hydroxylation	0.5846719697552688	1.2345890352323328	0.2169834918185049	1.0	0.8056792596579436	7	O15460,Q32P28,P13674,O75718	4
Regulation of histone h3 k9 trimethylation	0.61615494928286	1.2339178778120707	0.2172335069831552	1.0	0.8056792596579436	6	P46100	1
Histone h3 k9 trimethylation	0.61615494928286	1.2339178778120707	0.2172335069831552	1.0	0.8056792596579436	6	P46100	1
Regulation of t cell differentiation in thymus	0.8787088359961004	1.2266834764954064	0.2199415804866669	1.0	0.8107673450159197	2	P00813	1
Intermediate filament bundle assembly	0.8780401391941455	1.2250842190982558	0.2205434903891741	1.0	0.8112404134383294	3	P07196	1
Glial cell migration	0.5064305938945624	1.224680037575656	0.2206957983648947	1.0	0.8112404134383294	12	P30536,Q96G23,Q96N66	3
Mrna methylation	0.6140247291233195	1.224111822763894	0.220910046637325	1.0	0.8112404134383294	6	Q96FX7	1
Leukocyte proliferation	0.411352358573301	1.2234511915113058	0.2211593284137882	1.0	0.8112404134383294	38	P14174,P30825,P04439,P00813,P49366,Q12959,P02786,Q00577,Q96IZ0,P04062	10
Dsrna processing	0.4674978664490998	1.2222220124867778	0.2216236817517822	1.0	0.8112404134383294	16	Q14671,Q15631,O75844,P22626,O75569	5
Immunoglobulin production involved in immunoglobulin mediated immune response	0.4716841236162583	1.2196261987544303	0.222606610145376	1.0	0.8112404134383294	15	Q9UQ84,P02786,Q5RKV6	3
Somatic diversification of immunoglobulins involved in immune response	0.4716841236162583	1.2196261987544303	0.222606610145376	1.0	0.8112404134383294	15	Q9UQ84,P02786,Q5RKV6	3
Cerebellar purkinje cell layer formation	0.8757743723508289	1.2151455383155545	0.2243105878242635	1.0	0.8121415054067614	2	Q7Z4L5	1
Activation of innate immune response	0.4505545455589684	1.2145566293278576	0.2245352389682868	1.0	0.8124948036011467	19	Q9NUD5,Q96PK6,Q8WXF1,P23246,Q15233	5
Negative regulation of smooth muscle cell migration	0.6404771443980001	1.2124482232473364	0.2253408509340411	1.0	0.813225163964317	5	Q14344,Q07954	2
Meiotic cell cycle process	0.4144241865982825	1.2078039313493063	0.2271226889414483	1.0	0.8163139252903996	33	P35579,Q9NQS7,Q92791,Q08379,O14777,P46379,Q9Y2W6,P46100,Q08J23,Q9BTX1	10
Vacuolar transport	0.4034776230112676	1.2048535679491297	0.2282598361024725	1.0	0.8176456222006103	42	P20645,P07602,O14976,Q9P253,Q14108,Q07954,P11717,O15118	8
Purine deoxyribonucleoside triphosphate metabolic process	0.8722215822871807	1.2037625370514224	0.2286813733038335	1.0	0.8176456222006103	3	P00813	1
Glycoprotein biosynthetic process	0.3914416044103641	1.2030218159505115	0.2289678784404303	1.0	0.8176456222006103	48	O14734,Q08379,P35610,Q7LGA3,Q2TAA5,Q99805,Q9Y5P6,Q10472,P04843,Q86SF2,Q8NAT1,Q96IZ0,Q9BT22,Q8TCJ2,O60502,Q9NQX7,P46977,O43505,P04844,O95394,O15118	21
Myeloid leukocyte cytokine production	0.5654624566015173	1.202870251027977	0.2290265340451558	1.0	0.8176456222006103	8	P09601	1
Negative regulation of proteasomal ubiquitin dependent protein catabolic process	0.4540976724379321	1.200244438255759	0.230044421365009	1.0	0.8189888809620645	18	Q9UL15,Q8N163,Q96HY6,P46379	4
Neuromuscular process controlling balance	0.5015319822547035	1.1957478899229856	0.2317949567487121	1.0	0.8213275765425152	12	Q8IZL8,P07196,O14773	3
Regulation of defense response to virus	0.4679188819617632	1.1950833999188273	0.2320544470191938	1.0	0.8213275765425152	15	O43657	1
Odontogenesis of dentin containing tooth	0.6075708051489302	1.1943954037367066	0.232323333913877	1.0	0.8213275765425152	6	P35613,Q6P4Q7,Q13586	3
Muscle cell development	0.4148035706967719	1.192426891172546	0.2330939013129425	1.0	0.8220967178473788	26	P02545,P28289,Q9NYL9,P06493,Q96HC4,O75844,P16615,O43707,P12814,Q15149	10
Long chain fatty acid transport	0.5008900762980604	1.1919554657992395	0.2332787078556251	1.0	0.8220967178473788	12	P23786,O43772	2
Leukocyte homeostasis	0.5008440131192329	1.19168331199744	0.2333854439387823	1.0	0.8220967178473788	12	P00813	1
Reactive nitrogen species metabolic process	0.4525155833193459	1.1893030111611524	0.2343204508514222	1.0	0.8232216769578504	18	P50570,Q92945,O43169,P30536,P16435	5
Regulation of release of cytochrome c from mitochondria	0.5135212245441413	1.1873853387333542	0.2350756603738324	1.0	0.823445068380006	11	Q96A26,P02545,Q9Y255	3
Positive regulation of mitotic cell cycle spindle assembly checkpoint	0.6911666466546968	1.182783651020088	0.2368949015984007	1.0	0.823445068380006	4	P12270	1
Gmp metabolic process	0.4567321155610228	1.182720647686296	0.2369198783377655	1.0	0.823445068380006	17	O14936,P00813,P55263,Q14168,P22234	5
Positive regulation of rna export from nucleus	0.6909350286652061	1.1818320813770955	0.2372723355512458	1.0	0.8236261202576904	4	Q9H7Z3,Q07666	2
Positive regulation of nucleobase containing compound transport	0.6909350286652061	1.1818320813770955	0.2372723355512458	1.0	0.8236261202576904	4	Q9H7Z3,Q07666	2
Endoplasmic reticulum calcium ion homeostasis	0.6907053200101851	1.1808883758927262	0.2376470696849377	1.0	0.8240321928229349	4	P16615,Q96A33	2
Regulation of transmembrane receptor protein serine threonine kinase signaling pathway	0.4130303090347919	1.179138549440276	0.2383430105573922	1.0	0.8242804324590438	25	P50570,Q07954,Q8N1F7,Q92896	4
Sphingosine biosynthetic process	0.6895778879297039	1.176256875064278	0.2394922430666164	1.0	0.8250526968086782	4	Q13510	1
Positive regulation of dna recombination	0.4124610926416818	1.1733465395286753	0.2406568663055486	1.0	0.8250526968086782	27	O95619,P35637,Q5RKV6,P02786,Q7Z4V5	5
Divalent inorganic cation homeostasis	0.3700221904592284	1.1731614968803097	0.2407310491177976	1.0	0.8250526968086782	55	P05771,Q8TAD4,Q15043,Q14344,P08133,Q16891,Q13586,Q8IYU8,Q96A33,P07686,Q96AQ8,Q9BPX6,Q8NE01,Q96TC7,Q8NEW0,P16615,Q9HD20,P35670,P51572,P62942,Q6P4Q7,Q8WWC4,P27695,Q9H4I9	24
Regulation of lipase activity	0.5110108247606501	1.1730854005028604	0.240761560505943	1.0	0.8250526968086782	11	P50897,Q99523,P16435,Q07954	4
Lymphocyte homeostasis	0.559446468971414	1.172551118928847	0.2409758612359209	1.0	0.8250526968086782	8	P00813	1
Pore complex assembly	0.4831060790987711	1.1702172491282203	0.2419135530194456	1.0	0.8250526968086782	13	P12270,Q8N1F7,P57740,Q9BTX1	4
Regulation of smad protein signal transduction	0.630680249191673	1.1695278588692846	0.2421910237029472	1.0	0.8250526968086782	5	Q8N1F7,Q07954	2
Nucleotide transmembrane transport	0.5457613793986131	1.1692298768754976	0.2423110268828412	1.0	0.8250526968086782	9	Q8TDW0,O15439,P41440	3
Regulation of cholesterol metabolic process	0.6014465419955406	1.1661916326404005	0.2435369748287295	1.0	0.8250526968086782	6	P34913,P16435	2
Regulation of peptidase activity	0.3383730226240119	1.164315844731899	0.2442960377165053	1.0	0.8250526968086782	75	P78318,O95831,Q96K76,Q96F07,Q9Y3B8,Q96A26,Q07954,Q9NR28,O43847,O00291,P51812,Q06323,Q96HY6,Q15418,Q9Y255,Q9UL46,Q15392,P16435	18
Regulation of sterol transport	0.5566342203064819	1.158373956077088	0.2467114626069408	1.0	0.8273058559484591	8	Q07954	1
Cell adhesion mediated by integrin	0.5436659796940437	1.1582975938660711	0.2467426129642964	1.0	0.8273058559484591	9	P00813,Q9H4A3,O00592	3
T cell proliferation	0.4098358387887541	1.155555877708105	0.2478628643108988	1.0	0.8276703196070067	24	P30825,P04439,P49366,Q12959,P02786,Q96IZ0	6
Alternative mrna splicing via spliceosome	0.3996556094742833	1.1553924453588893	0.2479297541796647	1.0	0.8276703196070067	41	P51114,P52272,P62995,P98175,Q9UHX1,Q13242,Q9BWF3,Q9Y5S9,Q14004,O75525,Q92841,Q96T37,Q9Y2W1,P38159,Q07955,P23246,Q07666,Q8IY67,P17844	19
Nucleoside catabolic process	0.6844787191920116	1.155316301971219	0.2479609225879127	1.0	0.8276703196070067	4	P00813	1
Negative regulation of lymphocyte mediated immunity	0.6843687623918184	1.1548648828237142	0.2481457620717284	1.0	0.8276703196070067	4	P46108,P04439	2
Release of cytochrome c from mitochondria	0.4609559295881469	1.149675003445574	0.2502777534448814	1.0	0.8305395026727024	15	P02545,Q9Y3B8,Q96A26,Q9Y255,Q3ZCQ8	5
Pinocytosis	0.5672216014260194	1.1495007786578393	0.2503495458604066	1.0	0.8305395026727024	7	P50897	1
Regulation of syncytium formation by plasma membrane fusion	0.6259263003947693	1.1487063598928908	0.250677082486201	1.0	0.8305395026727024	5	P41440	1
Positive regulation of syncytium formation by plasma membrane fusion	0.6259263003947693	1.1487063598928908	0.250677082486201	1.0	0.8305395026727024	5	P41440	1
Amino acid betaine transport	0.8588196935115902	1.1486677499810778	0.2506930088637262	1.0	0.8305395026727024	2	O43772	1
Response to estradiol	0.4607714366511134	1.148471605074603	0.2507739284743657	1.0	0.8305395026727024	15	O95831	1
Lactation	0.5066655576212507	1.148327457065042	0.2508334083792238	1.0	0.8305395026727024	11	P35670,P00403,Q13505,P15531	4
Inorganic ion transmembrane transport	0.3735076055067168	1.1476566054737551	0.2511103519413156	1.0	0.8305395026727024	118	Q9UDW1,Q8TAD4,Q15043,P25705,P08133,P00846,Q8IYU8,O43707,P51790,P21796,Q9BPX6,Q9UHG3,P50570,Q96GC9,O75964,O75027,Q9H2J7,P16615,Q13423,Q9HD20,P00403,Q9H4A3,Q14BN4,P35670,P62942,P03915,Q6P4Q7,Q8WWC4,Q12959,Q96ES6,Q9H4I9,Q9UBX3	32
Platelet derived growth factor receptor beta signaling pathway	0.8568571018312876	1.1475717450328902	0.2511453995552388	1.0	0.8305395026727024	3	Q07954	1
Nucleotide transport	0.4635412186989643	1.140428618044318	0.2541077757953744	1.0	0.833654642837176	14	P41440,Q8TB61,Q99808,O15439,Q8TDW0	5
Establishment of protein localization to mitochondrial membrane	0.440061198997933	1.1404181842838237	0.254112120564538	1.0	0.833654642837176	19	Q9Y584,Q9NS69,P62072	3
Regulation of mrna splicing via spliceosome	0.3436557499068738	1.1396102703642264	0.2544487046343744	1.0	0.8338125841906747	62	P51114,P62995,P98175,Q96EP5,P08621,Q9UHX1,Q13242,Q9BWF3,Q9Y5S9,Q96E39,P98179,O75525,Q07021,Q92841,Q96T37,Q9Y2W1,Q96PU8,P38159,Q07666,P22626,Q8IY67,Q16629,P61978,Q14011,P17844,O75494	26
Cerebellar purkinje cell layer development	0.5651338175013847	1.1393161073562914	0.2545713325300274	1.0	0.8338125841906747	7	Q7Z4L5,P54802,P04062	3
Muscle cell migration	0.4908983009707827	1.1329001564170245	0.2572561843175798	1.0	0.8383771878321128	12	Q14344,O15511,Q07954,P46108,Q13685,Q13464	6
Positive regulation of protein polyubiquitination	0.6215679026471883	1.1296235648293889	0.258634877120298	1.0	0.8398063945204661	5	O75150	1
Chondrocyte differentiation	0.5378618662466536	1.1280101366760686	0.2593156382072927	1.0	0.8398063945204661	9	Q15043,P08133,Q92896	3
Microtubule anchoring	0.5208074763406103	1.127226421919702	0.2596467619946461	1.0	0.8398063945204661	10	O95684,O75381	2
Cyclic gmp amp transmembrane import across plasma membrane	0.8512037959276415	1.1269455215719024	0.2597655151752587	1.0	0.8398063945204661	3	P41440	1
Regulation of cysteine type endopeptidase activity	0.3897389347394867	1.1261064832531409	0.2601204501544742	1.0	0.8398063945204661	45	P78318,O95831,Q96F07,Q9Y3B8,Q96A26,O00291,Q9NR28,P51812,Q15418,Q96K76,Q15392,P16435	12
Platelet derived growth factor receptor signaling pathway	0.5501222709243316	1.1255406581516152	0.2603599982749638	1.0	0.8398063945204661	8	Q07954	1
Negative regulation of immune effector process	0.5202008728096753	1.1239228041792886	0.2610457761543401	1.0	0.8398063945204661	10	Q08722,P09601,P46108,P04439	4
Meiotic cell cycle	0.381124819260552	1.1238401212828657	0.2610808573988152	1.0	0.8398063945204661	49	Q9H2V7,Q9UH99,P35579,Q9NQS7,Q92791,Q08379,O14777,P46379,Q9UQ84,Q9Y2W6,P46100,Q08J23,Q9BTX1	13
Mitochondrial electron transport ubiquinol to cytochrome c	0.620004098153217	1.1227784851462013	0.2615315850532007	1.0	0.8398960094576421	5	Q9UDW1	1
Regulation of cell adhesion mediated by integrin	0.5491430602166302	1.1206032679316076	0.2624567733624099	1.0	0.840755816071768	8	P00813,Q9H4A3,O00592	3
Angiotensin activated signaling pathway	0.6756933115823631	1.1192705089149169	0.2630247531712686	1.0	0.8415279625814478	4	O75116,O43865,Q13464	3
Mitochondrion endoplasmic reticulum membrane tethering	0.8489889106327386	1.118872759974156	0.263194425481781	1.0	0.8415279625814478	3	Q96GC9,O43865	2
Leukocyte apoptotic process	0.4370028540587697	1.1188028371825172	0.2632242610514381	1.0	0.8415279625814478	19	P00813,P14174,Q96GD4	3
Posttranslational protein targeting to endoplasmic reticulum membrane	0.5483231310015463	1.116469038339345	0.2642214161098832	1.0	0.8431082703841165	8	P46379	1
Regulation of protein folding	0.6742877944634652	1.1135084715116008	0.2654901120069981	1.0	0.8444835187225367	4	Q9UL15,O14737	2
Response to acid chemical	0.4415000198791804	1.1130910066707431	0.2656693457573444	1.0	0.8444835187225367	18	Q14103,Q99729,O95831,Q9UQB8	4
Hydrogen sulfide biosynthetic process	0.8490381480273868	1.110485680513365	0.2667897952363993	1.0	0.8444835187225367	2	P32929	1
Hydrogen sulfide metabolic process	0.8490381480273868	1.110485680513365	0.2667897952363993	1.0	0.8444835187225367	2	P32929	1
Positive regulation of heart rate	0.8487120965112651	1.1092154126684874	0.2673372652024994	1.0	0.8444835187225367	2	P00813	1
Calcium ion import into sarcoplasmic reticulum	0.8487120965112454	1.1092154126684104	0.2673372652025327	1.0	0.8444835187225367	2	O75844	1
Bone growth	0.8450750163078884	1.1046197333651868	0.2693243967571777	1.0	0.8459572914886757	3	P08133,O75844	2
Growth plate cartilage development	0.8450750163078884	1.1046197333651868	0.2693243967571777	1.0	0.8459572914886757	3	P08133,O75844	2
Regulation of lysosomal protein catabolic process	0.8445297994979265	1.1026355342586278	0.2701854723912298	1.0	0.8465972691379475	3	Q07954	1
Regulation of protein catabolic process in the vacuole	0.8445297994979265	1.1026355342586278	0.2701854723912298	1.0	0.8465972691379475	3	Q07954	1
Clathrin dependent endocytosis	0.4536790818340892	1.102208784301031	0.2703709139161228	1.0	0.8465972691379475	15	O00291,Q5VW38,O14976	3
Protoporphyrinogen ix metabolic process	0.6150429804092451	1.1010708045524895	0.2708658424417245	1.0	0.8477318632268168	5	P36551,P22830	2
Glycoprotein catabolic process	0.8461036843821339	1.0990593680258758	0.2717421713805414	1.0	0.849642759807913	2	O60502	1
Metal ion transport	0.3572234957059665	1.0953194463192577	0.2733767109334721	1.0	0.8530847680373943	103	O43865,Q8TAD4,Q15043,P08133,O14936,Q8IYU8,P30536,P02786,O43707,P21796,Q9BPX6,O75844,Q96QD8,P50570,Q96GC9,O75027,Q9H2J7,O15173,P16615,Q9HD20,Q9H4A3,Q14BN4,P35670,P62942,Q6P4Q7,Q8WWC4,Q12959,Q9H4I9	28
Regulation of lymphocyte activation	0.3653238294525355	1.09242786067038	0.2746450826311413	1.0	0.854295556349933	54	P14174,Q5RKV6,P30825,P12956,P04439,P00813,P49366,Q12959,P02786,O96005,Q96IZ0,Q9Y255,Q9NQT5,P98172	14
Cartilage development involved in endochondral bone morphogenesis	0.6691006483547235	1.092256547524595	0.2747203537147968	1.0	0.854295556349933	4	P08133,O75844	2
Response to bacterium	0.3564468118469414	1.0919732317276032	0.2748448671156962	1.0	0.854295556349933	57	Q5KU26,Q8WTV0,Q9UQB8,P30536,O43823,P08670,P51812,Q9BTY2	8
Regulation of calcium ion import	0.8407677474705191	1.0889533466227694	0.2761744594937625	1.0	0.8554806153661219	3	P21796	1
Response to retinoic acid	0.4697930769112086	1.088399053234948	0.276418978940633	1.0	0.8554806153661219	13	P11717,O94788	2
Mitochondrial atp synthesis coupled proton transport	0.4959062752107785	1.0870129223797529	0.2770310987874476	1.0	0.8565458634656382	11	O75964,P00846	2
Regulation of rig i signaling pathway	0.6117574461785081	1.0867027364070738	0.277168204288055	1.0	0.8565555815455891	5	Q9NUD5,Q14671	2
Intrinsic apoptotic signaling pathway by p53 class mediator	0.44690739025241	1.085379044921803	0.2777538095478742	1.0	0.8579506561589892	16	P61978,P46379,P14174	3
Antigen processing and presentation of exogenous peptide antigen	0.8395303326810055	1.0844565361476164	0.2781624281609773	1.0	0.8582980988794533	3	Q9UIQ6,P50570	2
Regulation of sodium ion transmembrane transport	0.4507340012887754	1.0830011120106828	0.2788079294588024	1.0	0.8586731048150564	15	P50570,Q12959,O43707,Q9H4A3,Q14BN4	5
Biomineralization	0.4951525749179504	1.082718252573056	0.2789334998126072	1.0	0.8586731048150564	11	Q6P4Q7,Q13586,O75844,O75116,Q13464	5
Protein trimerization	0.6667378880118627	1.0825837773137652	0.2789932111718118	1.0	0.8586731048150564	4	Q99720	1
Negative regulation of protein polymerization	0.4007818220378261	1.0793219225131203	0.2804442433946765	1.0	0.859204835776503	26	P35080,Q12792,P16949,P35611,P28289,Q9NYL9,Q13813,Q9UEY8,P45880,Q01082	10
Modification of synaptic structure	0.552408981544589	1.0772511836890608	0.2813680645273446	1.0	0.8612974787752414	7	O00264,Q9UQB8	2
Post translational protein modification	0.4940288397950051	1.0763154258324237	0.2817862120324497	1.0	0.862077052505016	11	P46977,Q9HA64,Q32P28,O60725	4
Antigen processing and presentation of exogenous peptide antigen via mhc class i	0.8392566025432177	1.0724537952893562	0.2835162565005618	1.0	0.8630203891595366	2	Q9UIQ6	1
Response to gonadotropin	0.8389305510270619	1.0711889061569726	0.2840844987982953	1.0	0.8630203891595366	2	P16435	1
Cellular response to follicle stimulating hormone stimulus	0.8389305510270619	1.0711889061569726	0.2840844987982953	1.0	0.8630203891595366	2	P16435	1
Cellular response to gonadotropin stimulus	0.8389305510270619	1.0711889061569726	0.2840844987982953	1.0	0.8630203891595366	2	P16435	1
Response to follicle stimulating hormone	0.8389305510270619	1.0711889061569726	0.2840844987982953	1.0	0.8630203891595366	2	P16435	1
Tyrosine phosphorylation of stat protein	0.6081026190102146	1.070728598898407	0.2842914797035263	1.0	0.8630203891595366	5	Q9UIV1,Q92769	2
Macromolecule deacylation	0.3975722074645347	1.0699630021227595	0.2846359625212304	1.0	0.8630203891595366	34	Q9NUJ1,P49354,Q96PK6,Q8N163,P50897,O43823,Q9UMR5,Q9ULX6	8
Regulation of aspartic type endopeptidase activity involved in amyloid precursor protein catabolic process	0.663363318869844	1.0687778853913517	0.2851697664724488	1.0	0.8630841364876491	4	P49755,Q13492	2
Regulation of aspartic type peptidase activity	0.663363318869844	1.0687778853913517	0.2851697664724488	1.0	0.8630841364876491	4	P49755,Q13492	2
Transcytosis	0.5388223593010188	1.0685730411945362	0.2852621016046199	1.0	0.8630841364876491	8	Q07954	1
Amino acid import	0.5383077026845691	1.065979314211348	0.2864329929560654	1.0	0.8642795784057615	8	P30825,P08195,Q15758	3
Glial cell development	0.4393455090710325	1.0648635616461073	0.2869376765250389	1.0	0.8642795784057615	17	P08670	1
Diol biosynthetic process	0.538073547643305	1.0647992762345893	0.2869667727487381	1.0	0.8642795784057615	8	P61457,P04062,Q13510	3
Diol metabolic process	0.538073547643305	1.0647992762345893	0.2869667727487381	1.0	0.8642795784057615	8	P61457,P04062,Q13510	3
Regulation of receptor mediated endocytosis	0.4234943364787484	1.0621614657436256	0.2881623900823504	1.0	0.8657001507904867	20	P61978,O00291,P41440,P50897	4
Muscle hypertrophy in response to stress	0.8326209513958143	1.0593818657146543	0.2894259050161238	1.0	0.8680062085708705	3	P02545	1
Response to molecule of bacterial origin	0.3936989529357251	1.0578548909406065	0.2901216032600557	1.0	0.8681487956568996	37	Q8WTV0,P08670,P30536,P51812,O43823	5
Positive regulation of cell cell adhesion	0.3974063086965368	1.0555892761073766	0.2911559024260481	1.0	0.8681487956568996	31	P00813,P30825,P41440	3
Terpenoid biosynthetic process	0.6041955667266203	1.0536639826506418	0.2920367844285967	1.0	0.8681487956568996	5	O94788	1
Phosphatidylcholine acyl chain remodeling	0.8343658298011132	1.0535010211970737	0.2921114264990212	1.0	0.8681487956568996	2	Q96N66	1
Negative regulation of response to wounding	0.5474693947685465	1.0531726963842685	0.2922618497178519	1.0	0.8681487956568996	7	Q96G23,O14936	2
Response to angiotensin	0.604051606095686	1.0530354714773833	0.2923247352282303	1.0	0.8681487956568996	5	O75116,O43865,Q13464	3
Neuron apoptotic process	0.3834943253761809	1.0501720831077463	0.2936390022331605	1.0	0.8693968920879203	44	Q15233,O95831,Q96A26,P09601,Q9NR28,P07196,P50897,Q01105,Q99720,O43813,P04062	11
Selective autophagy	0.3971938016543233	1.049357687256264	0.2940135247944555	1.0	0.8693968920879203	27	P27544,Q9Y6I9,P21796,Q96HY6	4
Negative regulation of proteasomal protein catabolic process	0.4156937553837458	1.047637257185951	0.2948057651020028	1.0	0.8698606654647929	21	P46379,Q9UL15,Q8N163,Q96HY6	4
Endoplasmic reticulum organization	0.3886459524429106	1.0429100783158074	0.2969899414597736	1.0	0.8717513835164109	40	O14976,Q15629,Q96A33,Q9P2W9,Q8NHH9,P46379,O95197,O43681	8
Golgi ribbon formation	0.656983644188671	1.0427100134034402	0.297082618811739	1.0	0.8717513835164109	4	Q08379	1
Dna deamination	0.8267693464802485	1.0381947704123349	0.2991793868537726	1.0	0.8728731555947248	3	Q5RKV6	1
Response to reactive oxygen species	0.3931609253038889	1.0381617424565484	0.2991947605182887	1.0	0.8728731555947248	35	O95831,O60658,P03915,P09601,P39210,Q99720	6
Positive regulation of chromatin organization	0.5204484039750554	1.0371548934582442	0.2996636758335307	1.0	0.8728731555947248	9	P12270,Q8NEY8	2
Fibroblast proliferation	0.4743671958542181	1.0352014970689885	0.3005748197922036	1.0	0.8728731555947248	12	O75844,P14174,Q96IZ0	3
Regulation of platelet derived growth factor receptor signaling pathway	0.8257826946705362	1.0346270852429786	0.3008430998587532	1.0	0.8728731555947248	3	Q07954	1
L amino acid transport	0.4738052780857382	1.0318831679299405	0.302126852020173	1.0	0.8741726331305173	12	Q96QD8,P30825,P08195,Q15758	4
Regulation of production of molecular mediator of immune response	0.3948898325963711	1.0318161692020618	0.3021582431514757	1.0	0.8741726331305173	26	P14174,Q5RKV6,P09601,P04439,P02786,Q9NQT5	6
Ventricular system development	0.5312047267495381	1.0301967064753543	0.3029176754965632	1.0	0.8741726331305173	8	Q7Z4L5,Q96N66	2
G quadruplex dna unwinding	0.6535072401013093	1.0285249839990729	0.3037029446865831	1.0	0.8741726331305173	4	P22626	1
Negative regulation of sister chromatid cohesion	0.8278447994783313	1.0283026461306672	0.3038074867294553	1.0	0.8741726331305173	2	P46100	1
Regulation of cell cell adhesion mediated by integrin	0.8235485975211859	1.0265539493559088	0.3046305477074669	1.0	0.8741726331305173	3	P00813,Q9H4A3	2
Regulation of cartilage development	0.652986804656207	1.0264027158686868	0.3047017984100064	1.0	0.8741726331305173	4	Q92896	1
Regulation of chondrocyte differentiation	0.652986804656207	1.0264027158686868	0.3047017984100064	1.0	0.8741726331305173	4	Q92896	1
T cell differentiation in thymus	0.530144770896722	1.024859797378781	0.3054293463839714	1.0	0.8741726331305173	8	P00813,O96005	2
Positive regulation of neurogenesis	0.3864739238216685	1.0233059965797306	0.3061631893764938	1.0	0.8741726331305173	40	P30536,P07196,P55209,Q9UQB8	4
Execution phase of apoptosis	0.5014368681914908	1.0217721529745052	0.3068887521525467	1.0	0.8744866622543942	10	O95831	1
Regulation of mrna catabolic process	0.321425345245966	1.0199783175124213	0.3077387440803907	1.0	0.8746907839168566	69	P51114,P52272,O60506,P98175,Q9NQT5,Q5PRF9,P35637,Q13868,Q13464,Q969T7,Q9UIV1,Q9Y2W1,Q13151,Q15024,P08670,Q99729,Q92945,Q92804,Q14103,Q14671,Q14011,P27695,P67809	23
Regulation of reactive oxygen species metabolic process	0.3931358156316993	1.0199086071950705	0.3077718070742317	1.0	0.8746907839168566	31	P30536,P42785,P00403,P39210	4
Protein localization to synapse	0.4717215441951939	1.0195805470065789	0.3079274347155372	1.0	0.8746907839168566	12	Q14168,Q9UQB8	2
Negative regulation of transforming growth factor beta receptor signaling pathway	0.5010328394432545	1.0195746894974012	0.3079302139175639	1.0	0.8746907839168566	10	P50570,Q92896	2
Protein localization to golgi apparatus	0.50066841840492	1.0175927677453105	0.3088715257626546	1.0	0.8757980202777889	10	Q8TD16,O14976	2
Protein localization to chromosome centromeric region	0.4836536965302131	1.017232583917854	0.3090427987848048	1.0	0.8758952373360115	11	Q96GD4,Q96DY7,O14777	3
Exonucleolytic catabolism of deadenylated mrna	0.5157091572093009	1.0124511634394855	0.3113223858963014	1.0	0.8795731939627666	9	Q969T7,Q9UIV1,Q9NQT5,Q13868	4
Cytokine production involved in immune response	0.4994010472946706	1.0107010326349517	0.3121595426713308	1.0	0.8806667269083989	10	P14174,P09601	2
Production of sirna involved in rna interference	0.8186455174972862	1.008862696011859	0.3130404878307706	1.0	0.8814800859324259	3	Q15631	1
Negative regulation of keratinocyte proliferation	0.6486612927143298	1.0087777943344056	0.3130812128796589	1.0	0.8814800859324259	4	Q9Y3B8	1
Regulation of anion transport	0.4819226396977936	1.007383201833164	0.3137506605776887	1.0	0.8819554533553577	11	P14174,P08183	2
Atp synthesis coupled proton transport	0.4696368460187655	1.0072767659959945	0.3138017917396682	1.0	0.8819554533553577	12	O75964,P00846	2
Sulfur amino acid biosynthetic process	0.5928387158783383	1.0041480277160793	0.3153072686881084	1.0	0.8839222690863087	5	Q13126	1
Cellular response to arsenic containing substance	0.5140509574056314	1.003811901852264	0.3154692865272062	1.0	0.8839222690863087	9	P09601	1
Positive regulation of cell cycle g1 s phase transition	0.4342495209906459	1.0013219296122804	0.3166711941740303	1.0	0.8849631186838942	16	Q96DY7	1
Positive regulation of amyloid precursor protein catabolic process	0.5651131514649559	0.999108481814451	0.3177421427849103	1.0	0.8867685744845043	6	Q96P70,Q13492	2
Lens fiber cell development	0.819693511574846	0.9969304669756578	0.3187982619751512	1.0	0.8881626975263701	2	P08670	1
Lens fiber cell differentiation	0.819693511574846	0.9969304669756578	0.3187982619751512	1.0	0.8881626975263701	2	P08670	1
Pointed end actin filament capping	0.8196935115748287	0.9969304669755914	0.3187982619751834	1.0	0.8881626975263701	2	Q9NYL9	1
Regulation of macroautophagy	0.3560697024853367	0.994664016621114	0.3198997009229609	1.0	0.8884451329569979	54	Q93050,Q9Y487,P09601,Q9UPT5,Q96CV9,O15118,P27544,Q8TBX8,P21796,P04062	10
Embryonic organ development	0.3740536337547459	0.9941541759954208	0.3201478133802173	1.0	0.8884657633477039	46	P54802,O94788,Q8IZL8,Q9BVA1,P00813,Q12959,Q03164,P42892,O75569	9
Cellular modified amino acid catabolic process	0.5637791214190354	0.9929931329025532	0.32071330102175	1.0	0.8888704791053393	6	Q9UHG3,Q9NRN7	2
B cell activation	0.3878996772430617	0.9927845165165192	0.3208149770566357	1.0	0.8888704791053393	35	P14174,Q5RKV6,P00813,Q9UQ84,P02786,Q96IZ0	6
T cell apoptotic process	0.5115506419037807	0.9907901012917484	0.3217880837960623	1.0	0.8906545089380024	9	P00813	1
Positive regulation of histone ubiquitination	0.6430746921442645	0.9860540489804568	0.3241065908551184	1.0	0.8927137394626787	4	O75150	1
Phosphatidylethanolamine metabolic process	0.8161069448973103	0.9831744274779362	0.3255215984528727	1.0	0.895344486130492	2	Q8NCC3	1
Somatic diversification of immunoglobulins	0.4177812301442384	0.9830819985619416	0.3255670832426327	1.0	0.895344486130492	19	Q9UQ84,P02786,P20585,Q5RKV6	4
Mitophagy	0.4385856696541666	0.9807295646574364	0.3267261204343561	1.0	0.8963702007545103	14	P27544,P21796	2
Endoplasmic reticulum membrane organization	0.5322672479255233	0.9791804556686704	0.3274908237463045	1.0	0.8975466468212051	7	Q00765,Q9NQC3,Q9P2W9,Q8NHH9	4
Negative regulation of nuclear division	0.4265103252704863	0.9779871499296772	0.3280806795945272	1.0	0.8976598878134361	17	P12270,Q96GD4,Q96DY7,O14777	4
Positive regulation of amyloid beta clearance	0.8096988613625012	0.9766824416459234	0.3287263904103708	1.0	0.8978541393780054	3	Q07954	1
Reactive oxygen species biosynthetic process	0.4929781213942455	0.975800049195309	0.3291635603833203	1.0	0.8986643061874252	10	O75027,P00403,Q15067	3
Cellular response to biotic stimulus	0.3860298683292829	0.9712388473683468	0.3314293531188361	1.0	0.9011075493379608	34	P14174,Q8WTV0,O43823,P30536,O75844,P08670	6
Ear development	0.4052962917497193	0.9709165172579268	0.3315898523131335	1.0	0.9011075493379608	21	P54802,Q8IZL8,P39210,P42892,O75569	5
Folic acid metabolic process	0.5587892730348092	0.9701391509433954	0.3319771362821635	1.0	0.9011075493379608	6	P00374,P41440	2
Phosphorylation of rna polymerase ii c terminal domain	0.6391517128874188	0.9701264529817588	0.3319834648331645	1.0	0.9011075493379608	4	Q14004,Q8WUA2,O60885	3
Neural crest cell differentiation	0.4630324543518785	0.968335026413311	0.3328770771874043	1.0	0.9011075493379608	12	Q9UBV8,O94788,P08133,Q14978,P98172	5
Mesenchymal cell development	0.4630324543518785	0.968335026413311	0.3328770771874043	1.0	0.9011075493379608	12	Q9UBV8,O94788,P08133,Q14978,P98172	5
Zinc ion transport	0.807240704500966	0.9678652157431794	0.3331116883481506	1.0	0.9013610390597018	3	Q15043,Q8TAD4	2
Snrna processing	0.4622397607420726	0.9636654824069888	0.3352136652317354	1.0	0.9043696943003025	12	Q9NQT5,Q5RKV6	2
Histone h4 k20 methylation	0.8053564296682024	0.9611140302110934	0.3364948359601323	1.0	0.905914939422773	3	Q13610	1
Base excision repair ap site formation	0.8095859145744979	0.9582437627991984	0.3379398543215397	1.0	0.906561510130072	2	P78549	1
Fucose metabolic process	0.8079556569938224	0.9520280386540244	0.3410827621946355	1.0	0.9097893399171102	2	Q9BTY2	1
Antigen processing and presentation of exogenous antigen	0.5546534034113589	0.9512230684903225	0.3414911504224374	1.0	0.9097893399171102	6	P50570,Q9UIQ6,Q06323	3
Dna methylation involved in gamete generation	0.8066514509292484	0.9470605159932632	0.3436079429240097	1.0	0.912803402463127	2	Q8NB78	1
Extracellular matrix disassembly	0.5144422347014748	0.9459290862181732	0.3441847569122509	1.0	0.912803402463127	8	P41440	1
Inner cell mass cell proliferation	0.5783737437782533	0.9413289301227912	0.3465363216088171	1.0	0.9170886113653132	5	Q9BRT9,O75312,P61201	3
Negative regulation of type i interferon mediated signaling pathway	0.6319778614556866	0.9410694922767894	0.3466692483062186	1.0	0.9170886113653132	4	Q9UIV1	1
Purine nucleobase biosynthetic process	0.5132318570388923	0.9398581379526328	0.3472903326148142	1.0	0.9179720490860364	8	P00813	1
Regulation of hormone levels	0.3138143205857582	0.9354638178407192	0.3495493215035137	1.0	0.9210063589131045	68	O94788,Q8TAD4,Q15043,P30536,O75844,P53985,P42892,Q9HB40	8
Sterol biosynthetic process	0.3945299365758276	0.9341116716081364	0.3502462919332803	1.0	0.9215685347531029	22	P37268,P48449,Q15392,Q15800,Q16850	5
Cellular response to inorganic substance	0.3810366181343909	0.9336957323088286	0.3504608670601055	1.0	0.9215685347531029	35	P50570,O95831,P25705,P35611,P09601,P30536,P46100,Q14168	8
Nephron development	0.4310517011485024	0.9326799420171916	0.3509852441554235	1.0	0.9215685347531029	14	P57740,P39210,Q12959,Q12769,O00592	5
Fatty acid transport	0.4275765046980453	0.9322943111023504	0.3511844469270444	1.0	0.9215685347531029	15	P23786,O43772	2
Amine metabolic process	0.4275395275030594	0.9320544638483096	0.3513083793426945	1.0	0.9215685347531029	15	P49366,P21964	2
Toxin transport	0.4442833360962268	0.931956348781302	0.3513590847496832	1.0	0.9215685347531029	13	Q93050	1
Intrinsic apoptotic signaling pathway in response to oxidative stress	0.4233602322323098	0.9292105250570476	0.3527799939524567	1.0	0.9237283940295288	16	Q9UL15,P23246,Q9NR28,Q969S3	4
Gmp biosynthetic process	0.456172382981427	0.9279627778544028	0.3534268779723919	1.0	0.9245236402843588	12	P00813,P55263	2
Regulation of nuclear transcribed mrna catabolic process nonsense mediated decay	0.5749470142392624	0.9264986225127604	0.3541869126386354	1.0	0.9245236402843588	5	Q99729	1
Negative regulation of gtpase activity	0.5105419386873172	0.9263746438125148	0.3542513166557208	1.0	0.9245236402843588	8	Q9H6U6,Q9H4A3,P36404	3
Negative regulation of epithelial cell proliferation	0.4293384677968898	0.9217720025558388	0.3566475141177121	1.0	0.9261320907014275	14	P25705,Q9Y3B8,P57105,O14936,Q12959	5
Cellular response to hydrogen peroxide	0.3981383620145465	0.9182421198491192	0.3584921219799706	1.0	0.9261320907014275	21	O95831,O60658,Q99720	3
Negative regulation of receptor internalization	0.6262496422214293	0.917939135052357	0.3586507316177503	1.0	0.9261320907014275	4	Q13614	1
Purine nucleobase metabolic process	0.4974323499844085	0.9174085225369972	0.3589286084722389	1.0	0.9261320907014275	9	P00813	1
Positive regulation of rig i signaling pathway	0.7985001630257578	0.9161196361499166	0.3596041497796667	1.0	0.9263492120783104	2	Q9NUD5	1
Positive regulation of cell division	0.4817435932339717	0.9148933319376386	0.3602476309696167	1.0	0.9263713306942608	10	Q96GD4,P67809	2
Aminoglycan biosynthetic process	0.518780687727841	0.9137712145319078	0.3608370749026577	1.0	0.9263713306942608	7	P06865,Q7LGA3	2
Ventricular cardiac muscle cell differentiation	0.7978480599934873	0.9136525684368654	0.3608994345885836	1.0	0.9263713306942608	2	P02545	1
Ventricular cardiac muscle cell development	0.7978480599934873	0.9136525684368654	0.3608994345885836	1.0	0.9263713306942608	2	P02545	1
Bone resorption	0.507739162702813	0.9123387574763184	0.3615904177245073	1.0	0.9270961882994676	8	O14773	1
Lipoprotein catabolic process	0.5702134656632352	0.9060506411478554	0.3649090489489854	1.0	0.9310568471587444	5	P50897	1
Protein depalmitoylation	0.5702134656632352	0.9060506411478554	0.3649090489489854	1.0	0.9310568471587444	5	P50897	1
Semaphorin plexin signaling pathway	0.5445815585567457	0.9052776445507232	0.3653183166712148	1.0	0.9313577818164864	6	P42892	1
Protein transport to vacuole involved in ubiquitin dependent protein catabolic process via the multivesicular body sorting pathway	0.7952396478643609	0.903796956489994	0.3661030758808037	1.0	0.9326147678015376	2	Q9BRG1	1
Inflammatory response	0.3102083609044136	0.9016108379603156	0.3672636317151796	1.0	0.9329765492761044	67	P00813,P42785,Q8IV08	3
Negative regulation of dendritic spine development	0.6221859706362015	0.9015723326045352	0.3672840937722557	1.0	0.9329765492761044	4	Q92769,Q96EV8,Q8N5V2	3
Purine deoxyribonucleoside monophosphate metabolic process	0.7885784750032203	0.9013158915416638	0.3674203867432239	1.0	0.9329765492761044	3	P00813	1
Damp metabolic process	0.7885784750032203	0.9013158915416638	0.3674203867432239	1.0	0.9329765492761044	3	P00813	1
Alcohol catabolic process	0.4791853751248011	0.9010564158517969	0.3675583246209739	1.0	0.9329765492761044	10	Q8WTV0	1
Keratinocyte proliferation	0.5688581638018917	0.900204661750971	0.3680113457781853	1.0	0.93338538076387	5	Q9Y3B8	1
Regulation of keratinocyte proliferation	0.5688581638018917	0.900204661750971	0.3680113457781853	1.0	0.93338538076387	5	Q9Y3B8	1
Negative regulation of endothelial cell proliferation	0.5429141366074657	0.8976898980937296	0.369350896555066	1.0	0.9341889369355586	6	P57105,P25705	2
Bergmann glial cell differentiation	0.5424777601239017	0.8957050883272213	0.3704102920864573	1.0	0.935019110778053	6	P08670	1
Positive regulation of cell aging	0.5419064772165807	0.8931072849159752	0.3717997221320228	1.0	0.9369779003077462	6	P02545	1
Reactive oxygen species metabolic process	0.3693742440476877	0.8912076834494522	0.3728177631785738	1.0	0.9374148976477824	42	O75027,P42785,P39210,P30536,Q13423,P00403	6
Keratan sulfate metabolic process	0.7857142857142703	0.8911693613095143	0.3728383186663748	1.0	0.9374148976477824	3	O43505,P16278	2
Branched chain amino acid transport	0.7910009781545488	0.8878259484821195	0.3746343826609779	1.0	0.938133736798435	2	Q9H2J7	1
Leucine transport	0.7910009781545488	0.8878259484821195	0.3746343826609779	1.0	0.938133736798435	2	Q9H2J7	1
Alanine transport	0.791000978154544	0.8878259484821001	0.3746343826609883	1.0	0.938133736798435	2	Q96QD8	1
Nucleoside salvage	0.5656375330098649	0.8863291508629016	0.3754401850377018	1.0	0.938133736798435	5	Q13126	1
Purine ribonucleoside salvage	0.5656375330098649	0.8863291508629016	0.3754401850377018	1.0	0.938133736798435	5	Q13126	1
Receptor metabolic process	0.3754626195175943	0.8858313873803717	0.3757083935081695	1.0	0.938133736798435	35	P50570,P41440,P49354,Q07954,P02786,P42892	6
Negative regulation of lipase activity	0.7839120415082548	0.8847948123633284	0.376267307890862	1.0	0.9381684608914872	3	P16435	1
Positive regulation of nervous system development	0.3699230030387505	0.8847200161104467	0.3763076573743904	1.0	0.9381684608914872	41	P30536,P07196,P55209,Q9UQB8	4
Adenylate cyclase activating g protein coupled receptor signaling pathway	0.565020546409765	0.8836736977385151	0.3768723827576672	1.0	0.9382785618163204	5	Q14344,Q9Y4G8	2
Entry into host	0.3768713339174934	0.88328698882523	0.3770812318897973	1.0	0.9382785618163204	30	Q14108,Q8WTV0,Q9UPT5,Q9BTY2,O15118	5
Forebrain regionalization	0.7896967720900001	0.8829231607920905	0.3772777889317735	1.0	0.9382785618163204	2	Q7Z4L5	1
Smooth muscle cell migration	0.4757389235699602	0.8824380086487403	0.3775399892217439	1.0	0.9385655875131534	10	Q14344,O15511,Q07954,P46108,Q13685	5
Protein oxidation	0.7829046557432012	0.8812351149418214	0.3781905769349181	1.0	0.9398170266444044	3	Q96JJ7	1
Protein localization to lysosome	0.4228893616385462	0.8807872142699946	0.3784330013090682	1.0	0.9398170266444044	14	P20645,Q14108	2
Neuromuscular process	0.3752028763744985	0.8804209339847651	0.3786313200869542	1.0	0.9398170266444044	24	Q8IZL8,P10253,P07196,O75844,O14773	5
Histone h2a acetylation	0.4477294693101162	0.8784201916269716	0.3797157307123466	1.0	0.9417774950251142	12	O95619	1
Magnesium ion homeostasis	0.7812738664411791	0.8754778613430024	0.3813139509321841	1.0	0.9429178197808072	3	Q6P4Q7	1
Ribonucleotide catabolic process	0.4744351151199312	0.8754019261896991	0.38135525210403	1.0	0.9429178197808072	10	P00813	1
Tooth mineralization	0.7870883599608874	0.8731340924399899	0.3825899933138053	1.0	0.943302448731703	2	Q6P4Q7	1
Amelogenesis	0.7870883599608874	0.8731340924399899	0.3825899933138053	1.0	0.943302448731703	2	Q6P4Q7	1
Enamel mineralization	0.7870883599608874	0.8731340924399899	0.3825899933138053	1.0	0.943302448731703	2	Q6P4Q7	1
Positive regulation of receptor mediated endocytosis	0.4739785717631724	0.8729391647469097	0.3826962375814349	1.0	0.943302448731703	10	P61978,O00291,P50897	3
Intermediate filament based process	0.4467483622333099	0.8726755852845625	0.3828399288711861	1.0	0.943302448731703	12	P07196,P08670,Q16352	3
Positive regulation of macroautophagy	0.3858783324299546	0.869077858716215	0.3848045462767044	1.0	0.943336299041095	22	P27544,Q8TBX8,P09601,P21796	4
Antigen processing and presentation of endogenous peptide antigen via mhc class i via er pathway	0.7783012165259064	0.8650005814367399	0.387038469657111	1.0	0.9463571606071004	3	P10321	1
Regulation of superoxide metabolic process	0.5602811249568136	0.863306441146334	0.3879690036984877	1.0	0.9468738614762352	5	P00374	1
Neuron projection arborization	0.5352306755112691	0.8628047930923901	0.3882448034133807	1.0	0.9468738614762352	6	Q13641,Q15334,Q13464	3
Immune response regulating signaling pathway	0.3435078266642911	0.8623695073359627	0.3884842147332219	1.0	0.9468738614762352	54	P41440,Q9NPR9,P00813,P46379,P51812	5
Retinol metabolic process	0.4976993176661767	0.8621907129901865	0.388582579373419	1.0	0.9468738614762352	8	O94788	1
Protein localization to endoplasmic reticulum exit site	0.611745513866229	0.8597012203717419	0.3899537618974749	1.0	0.9491299404539224	4	P51572,Q92538,O15027	3
Response to axon injury	0.4125758794964709	0.8581152635483733	0.3908288198486138	1.0	0.9491635638421736	16	Q96G23,P07196	2
Sugar mediated signaling pathway	0.6099873034640104	0.8526774648407253	0.3938381911184874	1.0	0.9491635638421736	4	P17480	1
Lipid export from cell	0.7736423541087117	0.8486263554894438	0.3960892368543303	1.0	0.9491635638421736	3	O15439	1
Positive regulation of autophagy of mitochondrion	0.5051057431884012	0.8477966720438167	0.3965512168036955	1.0	0.9491635638421736	7	P21796	1
Copi coated vesicle budding	0.6084828711256038	0.8466742338755403	0.3971767242349406	1.0	0.9491635638421736	4	P49755,Q9BVK6,Q92538	3
Golgi vesicle budding	0.6084828711256038	0.8466742338755403	0.3971767242349406	1.0	0.9491635638421736	4	P49755,Q9BVK6,Q92538	3
Export across plasma membrane	0.4530119731134366	0.8436359125233631	0.3988728898189819	1.0	0.9491635638421736	11	O15439,P08183	2
Response to thyroid hormone	0.5305194653694274	0.841485533192202	0.4000759862171819	1.0	0.9491635638421736	6	P04062	1
Positive regulation of fatty acid transport	0.7786110205412573	0.841478174397196	0.4000801070652731	1.0	0.9491635638421736	2	P14174	1
Nucleoside metabolic process	0.40203133721175	0.8411322003774907	0.4002738776916752	1.0	0.9491635638421736	18	P00813,Q13126,P55263	3
Embryonic pattern specification	0.52904615099466	0.8348305981310907	0.403813095228003	1.0	0.9491635638421736	6	Q9UK61,P98172	2
Spindle midzone assembly	0.5280614711836145	0.8303861909142995	0.4063204705713188	1.0	0.9491635638421736	6	Q96GD4,Q9NQS7	2
Sphingomyelin biosynthetic process	0.6039947270549229	0.828803138968516	0.4072158117356745	1.0	0.9491635638421736	4	O15269,P22059	2
Purine nucleotide catabolic process	0.43918887128558	0.8285167142117952	0.4073779332077261	1.0	0.9491635638421736	12	P00813	1
Atp biosynthetic process	0.3954383669575111	0.8263592272571014	0.408600345121934	1.0	0.9491635638421736	19	O75964,P00403,P00846	3
Regulation of membrane protein ectodomain proteolysis	0.6033213490450304	0.8261269485662441	0.4087320821509277	1.0	0.9491635638421736	4	O43847	1
Negative regulation of hydrolase activity	0.3234438374484653	0.8255514154088466	0.4090586051237661	1.0	0.9491635638421736	60	P78318,Q99523,P62942,Q15043,Q9H6U6,Q9Y3B8,Q07954,P36404,P51812,Q15418,Q9H4A3,Q9UII2,Q96K76,Q15392,Q13464,P16435	16
Tissue migration	0.3466828847574722	0.8232866905609578	0.4103449804811934	1.0	0.9491635638421736	51	P25705,P57105,P42785,P09601,Q8WTV0	5
Negative regulation of defense response	0.3694520687921911	0.8223320670339999	0.4108879309229696	1.0	0.9491635638421736	30	P28070,P04062,Q9UIV1,P46108,P04439,P00813,P19474,O43657,Q07021	9
Xenobiotic metabolic process	0.4377788472182536	0.820302351708077	0.4120437660795542	1.0	0.9491635638421736	12	P07099	1
Import into cell	0.3689260704402891	0.8182115849404316	0.4132363811932915	1.0	0.9491635638421736	29	P08195,P41440,Q15043,P33121,Q99808,P30825,Q15758,Q12959,Q9H4A3,Q8TDW0	10
Inner ear receptor cell development	0.5253609274095501	0.8182114651496449	0.4132364495828646	1.0	0.9491635638421736	6	P54802	1
Synaptic transmission gabaergic	0.5497064916117255	0.8180786273090606	0.413312291954528	1.0	0.9491635638421736	5	P33176,Q13641,P51790	3
Multi multicellular organism process	0.3682286956390498	0.8180071371462415	0.4133531119246725	1.0	0.9491635638421736	26	Q96GC9,P41440,Q8IZL8,Q96QD8,P07686,Q9UIQ6,Q7Z7E8,Q07021	8
Oligosaccharide metabolic process	0.5493839860013225	0.8167043785356608	0.414097388502209	1.0	0.9491635638421736	5	P10253,P06280,P07686	3
Response to dsrna	0.4024524835382556	0.8162422459285743	0.41436159901645	1.0	0.9491635638421736	17	Q5KU26,P41440	2
Humoral immune response mediated by circulating immunoglobulin	0.7714378871861945	0.8148936528710016	0.4151331866318408	1.0	0.9491635638421736	2	Q9UQ84	1
Positive regulation of epithelial cell migration	0.368450261583693	0.8143441805332231	0.4154478064820404	1.0	0.9491635638421736	29	P09601,Q8WTV0,P25705	3
Regulation of receptor catabolic process	0.6003262642740586	0.8142403805421617	0.4155072566573952	1.0	0.9491635638421736	4	Q96J02,Q13614,P18031	3
Tumor necrosis factor superfamily cytokine production	0.4016233141527929	0.8107086454974569	0.4175330072964631	1.0	0.9491635638421736	17	P30536,O43823	2
Regulation of amyloid fibril formation	0.5468193249814902	0.8057875164861577	0.4203653772349143	1.0	0.9501949186574902	5	Q9UHV9	1
Negative regulation of amyloid fibril formation	0.5468193249814902	0.8057875164861577	0.4203653772349143	1.0	0.9501949186574902	5	Q9UHV9	1
Cellular response to estradiol stimulus	0.5468166154854768	0.8057759941535994	0.4203720221614899	1.0	0.9501949186574902	5	O95831	1
Negative regulation of peptidase activity	0.3660896240747427	0.8057101736809841	0.4204099819959399	1.0	0.9501949186574902	35	P51812,Q15392,Q15418,Q07954	4
Extracellular matrix assembly	0.5465451677673063	0.8046217625065899	0.4210379798727404	1.0	0.950893305004268	5	P07942	1
Response to salt	0.5973679728341496	0.8025274634026544	0.422247908587102	1.0	0.95193994565412	4	P07196	1
Mitochondrial fusion	0.4104446805710773	0.8021289599075192	0.4224783645132328	1.0	0.95193994565412	14	Q9NX63,Q8IWA4,Q9Y4W6,Q8TB36,P02786,Q99536,Q9Y6C9	7
Regulation of t cell activation	0.3642836203763849	0.8007672792768368	0.42326638496945	1.0	0.95193994565412	37	P30825,P04439,P00813,P49366,Q12959,P02786,O96005,Q96IZ0,Q9Y255	9
Amine catabolic process	0.7588372900974973	0.7969968603751352	0.425452854730882	1.0	0.955848753741834	3	P21964	1
Protein targeting to membrane	0.3660698671492687	0.7964075321960072	0.4257952016669957	1.0	0.9559461093605232	32	O60725,Q15629,P43307,P56589,P46379,O43681	6
Polyamine metabolic process	0.5954471421442749	0.7949374460796634	0.426649890547218	1.0	0.9571927719855832	4	P49366	1
Gtp biosynthetic process	0.7577237854080155	0.793140436970359	0.4276960056016503	1.0	0.9575239004961318	3	P22392	1
Ectoderm development	0.5947683625781301	0.7922582377477629	0.4282101172322547	1.0	0.9577033798277388	4	Q8N1B4,P13693	2
Blastocyst growth	0.4831898022239973	0.7901733766149179	0.4294265220079927	1.0	0.9597528975201824	8	Q9BRX2,O75312,Q6PD62,Q9BRT9,P61201	5
Negative regulation of cellular catabolic process	0.3216151815562808	0.7881848410332177	0.4305885947202337	1.0	0.9610798375357614	90	P85037,Q92804,P35637,Q9UL15,Q96JB5,P09601,Q14011,Q8N163,P30536,P46379,O60506,P98175,Q96HY6,Q99729,O15118,P10619,Q08J23,P67809	18
Negative regulation of insulin secretion involved in cellular response to glucose stimulus	0.7639387023149606	0.787313244311504	0.4310985184678511	1.0	0.961497270486996	2	Q8N5M9	1
Negative regulation of dna binding transcription factor activity	0.3638942941243137	0.787152858661354	0.4311923895089171	1.0	0.961497270486996	25	O75381,P09525,P09601,Q00577,Q96JB5	5
Positive regulation of stem cell differentiation	0.5932922715280867	0.7864373546044378	0.4316113064371714	1.0	0.961497270486996	4	Q9Y6C9,Q13610	2
Regulation of amyloid precursor protein catabolic process	0.4047986206260096	0.7854507738159455	0.4321893214326029	1.0	0.961497270486996	15	P62942,Q9NQC3,P27695,Q96P70,O95197,P49755,Q13464,Q13492	8
Autophagy of mitochondrion	0.3648716315715731	0.785251631338341	0.4323060487889045	1.0	0.961497270486996	31	Q7Z3C6,P30536,P27544,P21796,P04062	5
Positive regulation of mrna splicing via spliceosome	0.397638125655852	0.7841637516608048	0.4329440316239461	1.0	0.961497270486996	17	P62995,Q9Y2W1,Q14011,P38159,Q96E39,Q96EP5,P98179	7
Termination of rna polymerase ii transcription	0.7629605477665657	0.7837326158964597	0.433197020192956	1.0	0.961497270486996	2	O95104	1
Nuclear ncrna surveillance	0.5414882804800705	0.7831638355531955	0.4335309087916812	1.0	0.961497270486996	5	Q9NQT5,Q13868	2
Peptidyl methionine modification	0.7545317108768101	0.7821072720597431	0.4341515333713084	1.0	0.9615682359412848	3	Q5VZE5	1
Positive regulation of leukocyte cell cell adhesion	0.362695873641571	0.7820852907849968	0.4341644506040802	1.0	0.9615682359412848	24	P00813,P30825	2
Antigen processing and presentation	0.3683061043597344	0.779639985904778	0.4356028128407465	1.0	0.9636910799092594	23	P50570,Q03519,P10321,Q06323,Q9UIQ6,P04062	6
Regulation of leukocyte migration	0.3632839362545877	0.7787384703865344	0.4361337894467181	1.0	0.9636910799092594	26	P00813	1
Zinc ion homeostasis	0.5165419247430805	0.7786110813321835	0.4362088494072318	1.0	0.9636910799092594	6	P35670,Q8TAD4	2
Cation transport	0.3731666671600106	0.7782854413144422	0.4364007563015568	1.0	0.9636910799092594	159	O43865,Q9UDW1,O43772,Q8TAD4,Q15043,P25705,P08133,O14936,P00846,P30536,Q8IYU8,P02786,O43707,P51790,P21796,Q9BPX6,O75844,Q96QD8,Q70HW3,P50570,Q96GC9,P30825,O75964,O75027,Q9H2J7,O15173,P16615,Q13423,Q9HD20,P00403,Q9H4A3,Q14BN4,P35670,P62942,P03915,Q6P4Q7,Q8WWC4,Q12959,Q96ES6,Q9H4I9	40
Positive regulation of sodium ion transmembrane transport	0.4905577710437776	0.7781519952058193	0.4364794131087293	1.0	0.9636910799092594	7	P50570,O43707	2
Regulation of er to golgi vesicle mediated transport	0.4904457927381323	0.7776185646779284	0.4367939133146983	1.0	0.964052565320739	7	Q6NUQ1	1
Embryonic brain development	0.5394178241023763	0.7744036349464203	0.43869213475462	1.0	0.9667339797683514	5	Q9BVA1	1
Negative regulation of receptor binding	0.7597000326051462	0.7718262411328338	0.4402173475235089	1.0	0.9667339797683514	2	P16615	1
Intermembrane lipid transfer	0.5386897350075353	0.7713266997851408	0.4405133103591254	1.0	0.9667339797683514	5	P30536	1
Glycosylceramide metabolic process	0.5877516209523356	0.7646562131443061	0.4444762863869171	1.0	0.9667339797683514	4	P04062	1
I kappab phosphorylation	0.7574176719921963	0.7635189047536225	0.4451539922848297	1.0	0.9667339797683514	2	Q96HY6	1
Negative regulation of mrna 3 end processing	0.513095273581136	0.7632061073058419	0.4453404870812041	1.0	0.9667339797683514	6	P18615,Q5VTR2,O75150	3
Positive regulation of neuron projection development	0.361620472228348	0.7626206599272861	0.4456896597422184	1.0	0.9667339797683514	27	Q14108,O15031,Q9UQB8	3
Cerebellar cortex development	0.4277243822538906	0.761968521377559	0.4460787919522402	1.0	0.966931483530436	12	Q5KU26,Q7Z4L5,P54802,P04062	4
Pyridine containing compound catabolic process	0.5865342670066016	0.7598855322308815	0.4473230103664418	1.0	0.966931483530436	4	Q13126	1
Regulation of intrinsic apoptotic signaling pathway in response to dna damage	0.4376220195292206	0.7574486167442848	0.44878113887812	1.0	0.9691005072565684	11	P61978,P14174,Q8N163	3
Glutamine transport	0.7554613628953333	0.7564165151469842	0.4493995092355949	1.0	0.9694168327315412	2	Q96QD8	1
Cell cycle dna replication	0.3893809035797504	0.755119209383778	0.4501774582512836	1.0	0.9694168327315412	18	Q14566,P33991,P46100	3
Cytoplasm organization	0.7548092598630561	0.7540528367123059	0.4508174957302331	1.0	0.9694168327315412	2	Q9Y2W6	1
Response to manganese ion	0.5848923434128147	0.7534598260565697	0.4511736438480171	1.0	0.9694168327315412	4	P30536	1
Positive regulation of sodium ion transport	0.4655018840750026	0.7530733872820258	0.4514058154587843	1.0	0.9694168327315412	9	P50570,O43865,O43707	3
Demethylation	0.3963108821320482	0.7518342042114219	0.4521507697703106	1.0	0.9694168327315412	16	Q93009,O75151,Q8IUF8,P27695,Q8NB78,P29375,P16435,Q16850	8
Protein localization to cilium	0.4023943448424456	0.7516375548598278	0.4522690524596728	1.0	0.9694168327315412	14	Q7Z4L5,Q9Y5K8,A0AVF1,Q9UPT5,Q10713	5
Quaternary ammonium group transport	0.745660830956529	0.751624479164261	0.4522769179844803	1.0	0.9694168327315412	3	O43772	1
Negative regulation of glycoprotein metabolic process	0.7455968688845214	0.7514056791217788	0.4524085459439242	1.0	0.9694168327315412	3	O14734,Q9NQX7	2
Positive regulation of synaptic transmission gabaergic	0.7538311053146419	0.7505109050962093	0.452947058415172	1.0	0.9694168327315412	2	P33176	1
Ncrna catabolic process	0.3640159714518355	0.7470226169337068	0.4550499087178405	1.0	0.9701864342587104	23	Q9NQT5,Q08J23,Q13868,Q5RKV6	4
Regulation of cell cell adhesion	0.3429221111476471	0.7462808347702702	0.4554977862624567	1.0	0.9704941170816888	49	P41440,P30825,P04439,P00813,P49366,Q12959,P02786,Q96IZ0,Q9H4A3,P98172	10
Mitochondrial proton transporting atp synthase complex assembly	0.7435806132122114	0.744516039480699	0.4565643413124871	1.0	0.9718313747111318	3	Q15070	1
Apoptotic mitochondrial changes	0.3596808235881021	0.7435338978764502	0.4571585066046033	1.0	0.9718789038090736	32	P02545,Q9Y3B8,Q96A26,Q8N163,P48507,Q9Y255,Q3ZCQ8,P45880	8
Nucleoside triphosphate metabolic process	0.350634888064334	0.7434459710649	0.4572117207784945	1.0	0.9718789038090736	44	P25705,O75964,P00846,P00813,P00403,P55263,Q9H773	7
Bone development	0.3736458176257827	0.7396938643271096	0.4594857719340122	1.0	0.9744451163336896	21	Q32P28,Q7Z3C6,P08133,Q15904,O75844,Q92896,P16435	7
Glycosylceramide catabolic process	0.7419355717885147	0.7389057826415728	0.4599642107169925	1.0	0.9751363273622184	3	P04062	1
Regulation of retrograde transport endosome to golgi	0.7499184871209668	0.7363869185128107	0.4614952633816296	1.0	0.9780579098648128	2	P53367	1
Ion transport	0.3997232359750671	0.7340182635683828	0.4629376071033677	1.0	0.9793696859457108	210	P14174,O43865,Q9UDW1,O43772,Q8TAD4,Q15043,P25705,P08133,O15439,O14936,P00846,P30536,Q8IYU8,P02786,O43707,Q8TDW0,P45880,P21796,P51790,Q9BPX6,P07602,Q9Y277,Q9UHG3,O75844,Q96QD8,P08183,P53985,Q6N075,Q70HW3,P50570,Q96GC9,P41440,P30825,O75964,O75027,Q9H2J7,O15173,P16615,Q13423,Q9HD20,P00403,Q9H4A3,Q14BN4,Q9C0H2,P35670,P62942,P03915,Q6P4Q7,Q8WWC4,Q12959,Q9BQT8,Q9H0H5,Q96ES6,Q9H4I9,Q9UBX3,O43681	56
Response to activity	0.432978083756191	0.7316429160214324	0.4643865466825541	1.0	0.979835367674321	11	O43819,Q9UDX5,P25705,P06493,P48507	5
Negative regulation of t cell proliferation	0.4806680078098555	0.7312216453705247	0.4646437810375921	1.0	0.979835367674321	7	Q96IZ0	1
Mitochondrion organization	0.3860825100418649	0.7298545708406255	0.4654790835949476	1.0	0.980973388433123	186	Q8N4H5,Q99595,P02545,Q9BUK6,Q16891,P39210,P30536,Q15070,O96000,P02786,Q9NS69,O14737,Q9Y255,Q9Y584,P27544,Q96CV9,O60830,P45880,P21796,Q10713,Q5HYI7,Q99536,Q9NX63,O75153,Q9H061,Q8IWA4,Q8N4Q1,O43674,Q96CU9,Q9UG56,P55786,Q5XKP0,Q9Y2R0,O14925,O95831,Q7Z3C6,P62072,Q9Y3B8,Q96A26,Q8N163,O75431,O43676,Q9Y6C9,Q3ZCQ8,Q9UDX5,Q69YU5,P03915,O96008,O75306,O00165,Q8WWC4,Q5JRX3,P48507,Q13505,Q9UII2,Q5TC12,Q6DKK2,P04062	58
Dna modification	0.3573202969695914	0.7284563799609033	0.4663342612292189	1.0	0.9810143166388804	27	Q5RKV6,Q86YP4,P29372,O75844,Q9Y2W6,P46100,Q8NB78,Q9NQT5,P78549,Q03164	10
Positive regulation of anion transport	0.4789755602333821	0.7232298212663485	0.4695387003494449	1.0	0.9826992606937296	7	P08183	1
Ensheathment of neurons	0.3569107518278023	0.7227628156552173	0.469825615944216	1.0	0.9826992606937296	28	Q9NR77,O75312,Q96PU8,Q12959,P07686,O15121,Q13614,Q15149	8
Mitotic dna replication	0.459262698916487	0.7213681724409441	0.4706830233750945	1.0	0.9826992606937296	9	Q14566,P33991	2
Negative regulation of intrinsic apoptotic signaling pathway in response to dna damage	0.4691535924197622	0.7211895996483937	0.4707928698107015	1.0	0.9826992606937296	8	P14174,Q8N163	2
Response to iron ion	0.503432414419484	0.7202599820242199	0.4713649389533241	1.0	0.9826992606937296	6	P09601,P02786	2
Response to epidermal growth factor	0.3945570197926363	0.7202509842823589	0.4713704778665248	1.0	0.9826992606937296	15	O60658,Q9UQB8	2
Protein targeting to vacuole	0.3972510712399839	0.7195794448129683	0.4717839716466852	1.0	0.9826992606937296	14	P20645,Q14108	2
Negative regulation of catabolic process	0.3226646485238064	0.7178837718054313	0.4728289547786946	1.0	0.9831766949121864	98	P30536,P46379,O60506,P98175,Q96HY6,P85037,Q08J23,Q16850,P35637,Q9UL15,P09601,Q8N163,Q99729,P10619,Q92804,Q14011,O15118,Q96JB5,P67809	19
Oxidative phosphorylation	0.3167248995167382	0.7167329035383645	0.4735389192626842	1.0	0.9843328510291296	59	Q9UDW1,P25705,O75964,P03915,P00846,O43676,O96000,P00403	8
Response to cold	0.4302014734512413	0.7162663176317238	0.4738269205505026	1.0	0.9845804117010782	11	P00403	1
Regulation of histone h2b ubiquitination	0.7352001945541602	0.7160410777621943	0.4739659848632966	1.0	0.9845804117010782	3	O75150	1
Mrna modification	0.4298491123989814	0.7143179485068909	0.4750305960943295	1.0	0.9846446453437754	11	Q08J23,Q96FX7	2
Glycoprotein metabolic process	0.3242540094799147	0.7117410454275758	0.4766251456731649	1.0	0.9846446453437754	56	O14734,Q08379,P35610,Q7LGA3,Q2TAA5,Q99805,Q9Y5P6,Q10472,P04843,Q86SF2,Q8NAT1,Q96IZ0,Q9BT22,Q8TCJ2,O60502,Q9NQX7,P46977,O43505,P04844,O95394,O15118	21
Alcohol biosynthetic process	0.355556824726602	0.7110209371038109	0.4770712615936645	1.0	0.9846446453437754	33	P37268,Q15800,Q13510,P00374,P61457,Q15392,P48449,P04062,Q16850	9
Glomerulus development	0.5733185058164014	0.7084701333828285	0.4786533529967969	1.0	0.9846446453437754	4	P39210	1
Glyoxylate metabolic process	0.7307508420515441	0.7010335413833856	0.4832820832666398	1.0	0.9861638525615178	3	P48735	1
Positive regulation of nf kappab transcription factor activity	0.357802533580476	0.7000531108168573	0.4838941369397731	1.0	0.9864931043396534	23	P02786,P41440,Q96HY6	3
Glycine biosynthetic process	0.7388327355722162	0.6967670610903599	0.4859485829807006	1.0	0.9868581227967366	2	P00374	1
Glycerolipid biosynthetic process	0.3520426881962747	0.6953442562997423	0.4868395855142673	1.0	0.9869538077927156	37	Q9NUQ2,P33121,Q8WTV0,O00459,Q8NCC3,Q96N66,Q9NPH0,Q9BTU6,Q9UG56,Q8TBX8,Q13614,Q8NF37,Q10713	13
Negative regulation of cell substrate adhesion	0.4637842078008063	0.6950221207997486	0.4870414387902113	1.0	0.987050066442032	8	Q9H6U6,O14936	2
Regulation of autophagy	0.3182147325017579	0.6940070936975015	0.487677760296175	1.0	0.9874007597636932	95	P07602,P85037,P27544,Q93050,Q08379,Q9Y487,P09601,O00459,Q9UPT5,P30536,O75844,Q96CV9,O15118,P10619,Q8TBX8,P21796,P04062	17
Aging	0.2932593692932194	0.6890868366038823	0.490768623180402	1.0	0.98969496883482	67	P14174,Q96GD4,P02545,P25705,P00846,P30536,O75844,Q96IZ0,P46100,P04062,P67809	11
Pyrimidine nucleotide catabolic process	0.7270179374258249	0.6885045744117261	0.4911350906384477	1.0	0.98969496883482	3	Q9H773	1
Cell cell recognition	0.4039473729969953	0.688443120474429	0.491173777437617	1.0	0.98969496883482	13	Q12959,P45880,P78371	3
Lipid homeostasis	0.3664562599439944	0.6880420090887571	0.4914263273465513	1.0	0.98969496883482	21	O15118,O15254,Q8WTV0	3
Transepithelial transport	0.5674509198640717	0.6858816282109349	0.4927877562506912	1.0	0.98969496883482	4	P08183	1
Cysteine metabolic process	0.5674256502219678	0.6857846893276466	0.4928488925506462	1.0	0.98969496883482	4	P25325,P32929	2
Positive regulation of immunoglobulin production	0.4033370885295437	0.6848249013686332	0.4934544198694723	1.0	0.98969496883482	13	Q9NQT5,P02786,Q5RKV6	3
Regulation of mitochondrion organization	0.3453924055465379	0.6839484109724956	0.49400774282089	1.0	0.9901630311447986	43	P02545,Q9UII2,Q96A26,P30536,O00165,P02786,O14737,Q9UG56,Q9Y255,Q99536,P27544,Q9Y6C9,P21796	13
Regulation of oxidative stress induced cell death	0.3704668927376615	0.683646313170046	0.4941985321906204	1.0	0.9901630311447986	20	O60658,Q9UL15,Q96IZ0,P23246,O43813	5
Autophagosome organization	0.3517073036916698	0.6813933344069171	0.4956226394244543	1.0	0.9903295592474708	28	Q96GC9,Q7Z3C6,P16615,P56962,Q8TBX8,Q86Y82,P04062	7
Fatty acid beta oxidation using acyl coa oxidase	0.51651901620683	0.6786579986268142	0.4973545847216976	1.0	0.9918417567528724	5	O15254	1
Protein geranylgeranylation	0.5648128073213954	0.675777691540931	0.4991818004912189	1.0	0.9928768053228458	4	P49354	1
Cardiac cell development	0.4227393260237519	0.6751578850722306	0.4995754604761027	1.0	0.9929392273186822	11	O75844,P06493,Q15149,P02545	4
Negative regulation of organelle assembly	0.4921502927543171	0.670630975021515	0.5024556448818034	1.0	0.9942011324002328	6	Q96PK6	1
Production of molecular mediator of immune response	0.3503057731801278	0.6695922094798757	0.503117781666151	1.0	0.9942011324002328	34	P14174,Q5RKV6,P09601,Q9UQ84,P02786,P20585,Q9NQT5	7
Negative regulation of intrinsic apoptotic signaling pathway	0.3505382360895657	0.668266175471517	0.5039637003971533	1.0	0.9942011324002328	31	P14174,Q9UL15,Q8N163,P45880,Q15233	5
Motor behavior	0.7306814476687373	0.6680355856628267	0.5041108774434475	1.0	0.9942011324002328	2	P04062	1
Positive regulation of production of molecular mediator of immune response	0.3587272836220512	0.6678128040591933	0.5042530923324922	1.0	0.9942011324002328	22	P14174,Q5RKV6,P04439,P02786,Q9NQT5	5
Regulation of reactive oxygen species biosynthetic process	0.4572190105152338	0.6632209078242567	0.5071890828381762	1.0	0.9959492834496554	8	O75027,P00403	2
Cellular response to acid chemical	0.4101013189429939	0.661006063994717	0.5086084247099751	1.0	0.9978650713702304	12	Q9P2J5,Q14103,P48507,Q9UQB8,Q99729	5
Regulation of alternative mrna splicing via spliceosome	0.3489957000796776	0.6564242619439354	0.5115511840753704	1.0	1.0	30	O75525,P51114,Q9BWF3,P62995,Q9Y5S9,Q92841,Q96T37,Q9Y2W1,P17844,P38159,P98175,Q07666,Q9UHX1,Q8IY67	14
Negative regulation of cell aging	0.5593682749348047	0.6550326456828758	0.5124467356627171	1.0	1.0	4	P67809	1
Maternal process involved in female pregnancy	0.4882464953575832	0.6536040695019755	0.5133669217254824	1.0	1.0	6	P35613,Q8IZL8,Q96EP5	3
Negative regulation of protein containing complex disassembly	0.3483916159846714	0.6530126588582225	0.5137481175943175	1.0	1.0	29	Q12792,P35611,P29372,P28289,O15344,Q9NYL9,Q13813,O95104,Q01082	9
Gliogenesis	0.333221235341153	0.6521346724090872	0.5143142984692122	1.0	1.0	49	Q7Z4L5,Q96G23,Q07954,P07942,P08670,P30536,Q96N66	7
Regulation of cell activation	0.2900959457561426	0.6498784432221324	0.5157707436723471	1.0	1.0	67	P14174,Q5RKV6,P30825,P12956,P09601,P04439,P00813,P49366,O95219,P02786,Q15418,Q12959,Q96IZ0,Q9Y255,O96005,Q9NQT5	16
Hydrogen peroxide biosynthetic process	0.7153008217568798	0.6495666420833225	0.5159721862895719	1.0	1.0	3	P00403	1
Prenylation	0.5089858413882701	0.6476900994037968	0.5171854090584116	1.0	1.0	5	P49354	1
Regulation of cholesterol biosynthetic process	0.5573087817840462	0.647224599251088	0.5174865928125305	1.0	1.0	4	P16435	1
Regulation of alcohol biosynthetic process	0.5573087817840462	0.647224599251088	0.5174865928125305	1.0	1.0	4	P16435	1
Isoprenoid biosynthetic process	0.4622993965029671	0.6452083879884949	0.5187921511682609	1.0	1.0	7	O94788	1
Muscle cell apoptotic process	0.3965550110690467	0.6448014391676449	0.5190558691824698	1.0	1.0	13	P09601	1
Sensory organ development	0.3224798038215125	0.6437507439984781	0.5197370788014393	1.0	1.0	54	P54802,O94788,Q8IZL8,P28289,P39210,P08670,Q12959,Q9Y6M7,P42892,Q15293,Q8NF37,O75569,P48681	13
Establishment of protein localization to vacuole	0.3793466134604175	0.6427989137754515	0.5203545880551879	1.0	1.0	16	P20645,Q99523,Q9BRG1,Q14108,Q9Y2T2	5
Amyloid fibril formation	0.4529713976720438	0.6427703232633267	0.5203731422803253	1.0	1.0	8	O15212,Q9UHV9	2
Mitochondrial protein catabolic process	0.7228562112813778	0.6407972542914768	0.5216544170811712	1.0	1.0	2	Q9UG56	1
Regulation of cellular response to transforming growth factor beta stimulus	0.3957793672792046	0.6402470104717729	0.5220120245136526	1.0	1.0	13	P50570,Q92896	2
Positive regulation of dna methylation dependent heterochromatin assembly	0.4851309315663373	0.640073596116352	0.522124753872155	1.0	1.0	6	Q8NEY8	1
Positive regulation of receptor clustering	0.722530159765244	0.6396699543286426	0.5223871928315988	1.0	1.0	2	Q14696	1
Maintenance of postsynaptic specialization structure	0.7225301597652402	0.6396699543286283	0.5223871928316082	1.0	1.0	2	Q12959	1
Molting cycle	0.4429475757669284	0.639359707015573	0.5225889548344718	1.0	1.0	9	Q08J23	1
Striated muscle cell differentiation	0.3448472108290557	0.6391183066513579	0.5227459715407989	1.0	1.0	38	P35579,Q99523,P41440,P02545,Q8IV08,P28289,Q9NYL9,O75844,P67809	9
Positive regulation of peptidyl tyrosine phosphorylation	0.3814340493578499	0.637802428036934	0.5236022988328868	1.0	1.0	15	P14174,P22059,Q92796,Q92769,O00165,Q15334,Q9H223	7
Meiotic spindle organization	0.4846030004311118	0.6377861823742791	0.523612875430828	1.0	1.0	6	Q08379,P46100,O14777	3
Establishment of protein localization to membrane	0.3083199042234866	0.6350391255862281	0.5254028976036993	1.0	1.0	89	P40855,O60725,Q15629,P62072,P43307,P56589,Q8WWC4,P46379,Q96A33,Q15070,Q9NS69,Q9HD20,Q96CV9,O15118,Q9Y584,O43681	16
Cytosolic calcium ion transport	0.3449879011541289	0.6315004480215798	0.5277133563850067	1.0	1.0	27	P62942,Q8IYU8,Q8WWC4,Q9H4I9,P21796,Q9BPX6	6
Golgi organization	0.3165030063483801	0.6296748197777277	0.5289073603702554	1.0	1.0	56	P50570,Q96GC9,O14976,Q08379,Q9H6U6,Q9UL15,Q8TBA6,Q9P2W9,Q8NHH9,P56962,Q5VU43,O15260	12
Mrna transport	0.2956021487096333	0.6288106338278985	0.5294730374524872	1.0	1.0	75	Q8TD16,Q99567,Q7Z3B4,Q08J23,P12270,P41208,Q8NFH5,Q9BTX1,P51991,Q96PU8,Q53F19,Q8NFH4,Q07955,P22626,Q8N1F7,Q92945,Q16629,Q9ULX6,Q9Y6M1	19
Intraciliary transport involved in cilium assembly	0.7192696446038551	0.6284315316096848	0.5297212864549603	1.0	1.0	2	A0AVF1	1
Mrna 3 end processing by stem loop binding and cleavage	0.7189435930877035	0.6273111817400071	0.5304552751998473	1.0	1.0	2	Q9UKF6	1
Regulation of circadian rhythm	0.3424214819852703	0.625359436554182	0.5317351785028883	1.0	1.0	24	Q14103,Q9BWF3,Q9Y2W1,Q16531,Q8N163,P06493,P29992,Q8WXF1,P23246,Q15233	10
Sensory perception of mechanical stimulus	0.3927608985994097	0.6225710760706814	0.5335664232252015	1.0	1.0	13	Q14108	1
Camera type eye development	0.3444950295516255	0.6205120717568955	0.5349207088457955	1.0	1.0	30	P54802,O94788,P08670,Q12959,Q15293,Q8NF37,O75569	7
Threonine metabolic process	0.7166612324747452	0.619486778524477	0.5355957292425779	1.0	1.0	2	O75600	1
Endocrine system development	0.4025937234122134	0.6186285362320203	0.5361610983970899	1.0	1.0	12	O94788	1
Binding of sperm to zona pellucida	0.4121761543548013	0.6175831182595782	0.5368501755690145	1.0	1.0	11	P45880	1
Sperm egg recognition	0.4121761543548013	0.6175831182595782	0.5368501755690145	1.0	1.0	11	P45880	1
Regulation of activin receptor signaling pathway	0.705498858101185	0.6174788240057449	0.5369189445416944	1.0	1.0	3	P62942	1
Activin receptor signaling pathway	0.705498858101185	0.6174788240057449	0.5369189445416944	1.0	1.0	3	P62942	1
Response to muscle activity	0.7048881976959835	0.6154952857554665	0.538227681667748	1.0	1.0	3	P25705	1
Negative regulation of cytokine production	0.3417556409771399	0.6149756686235925	0.5385707890787297	1.0	1.0	25	P30536,P09601,P04062,O43823	4
Phosphatidylinositol dephosphorylation	0.7041748206131678	0.6131804784764916	0.5397570112026857	1.0	1.0	3	Q13614,Q10713	2
Regulation of receptor binding	0.7040953878300269	0.612922889220801	0.539927327749584	1.0	1.0	3	P16615	1
Transferrin transport	0.5471826009852846	0.6091664330708515	0.54241412711844	1.0	1.0	4	P50570	1
Regulation of synapse structure or activity	0.3431447770519317	0.6091574554305031	0.5424200772098979	1.0	1.0	33	Q8N5V2,P50897,Q9UQB8,O00264,Q13641,P07437	6
Regulation of receptor localization to synapse	0.7019378937994798	0.6059387072836083	0.5445554549300611	1.0	1.0	3	Q16643	1
Negative regulation of protein catabolic process	0.340132792441679	0.6044805144637967	0.5455242202629251	1.0	1.0	39	P46379,Q96HY6,P10619,Q16850	4
Ganglioside catabolic process	0.7005870841487055	0.6015780573000329	0.5474550386354542	1.0	1.0	3	P06865,P07686	2
Ganglioside metabolic process	0.7005870841487055	0.6015780573000329	0.5474550386354542	1.0	1.0	3	P06865,P07686	2
Peptidyl proline hydroxylation to 4 hydroxy l proline	0.4971886180892357	0.5998225433969941	0.548624507607999	1.0	1.0	5	O15460,P13674	2
Positive regulation of erbb signaling pathway	0.4968744190188062	0.5985590206499357	0.5494669899794931	1.0	1.0	5	O00291,Q9NQC3	2
Cell fate specification	0.4967362924281967	0.5980037525022078	0.5498374292342314	1.0	1.0	5	P35222,P25054,P05556,Q9UJX6	4
Inorganic anion transmembrane transport	0.408494560736701	0.5977103083601104	0.5500332460160204	1.0	1.0	11	Q9UHG3,Q9UBX3	2
Negative regulation of myosin light chain phosphatase activity	0.7101402021519345	0.5973093877389558	0.5503008379241905	1.0	1.0	2	Q13464	1
Negative regulation of biomineralization	0.7101402021519345	0.5973093877389558	0.5503008379241905	1.0	1.0	2	Q13464	1
Negative regulation of bicellular tight junction assembly	0.7101402021519345	0.5973093877389558	0.5503008379241905	1.0	1.0	2	Q13464	1
Middle ear morphogenesis	0.699243088834381	0.5972488095838732	0.5503412760010375	1.0	1.0	3	P54802	1
External encapsulating structure organization	0.3409740686291332	0.5970460560608057	0.5504766318443837	1.0	1.0	28	Q07954,P41440,P39210	3
Hindbrain development	0.3409936094169953	0.5946175643248641	0.5520991365919832	1.0	1.0	29	Q5KU26,Q7Z4L5,Q14103,P54802,O94788,O14949,P04062	7
Spermine metabolic process	0.7085099445712466	0.5918073298922079	0.5539796142881053	1.0	1.0	2	Q96QD8	1
Regulation of actin cytoskeleton reorganization	0.4329838769642401	0.5900508296313008	0.5551565724912488	1.0	1.0	9	Q9UQB8	1
Glycosyl compound metabolic process	0.3396725864197247	0.586922793587384	0.5572555605729597	1.0	1.0	28	Q9NUJ1,Q13126,O60725,P00813,Q9BTY2,P55263	6
Nucleoside phosphate catabolic process	0.3593793362327129	0.5797666317849718	0.5620720026100239	1.0	1.0	19	P00813,O60658	2
Utp biosynthetic process	0.5392410715501147	0.5797335638096501	0.5620943055578775	1.0	1.0	4	P22392	1
Positive regulation of amyloid precursor protein biosynthetic process	0.6937167435091876	0.5795481180876983	0.5622193887595617	1.0	1.0	3	Q96IZ0	1
Regulation of dna methylation dependent heterochromatin assembly	0.4469550105308295	0.574806619387801	0.5654220894906694	1.0	1.0	7	Q8NEY8	1
Kidney morphogenesis	0.4903147958474038	0.5723244988704935	0.5671021553454556	1.0	1.0	5	O75844	1
Regulation of plasma membrane organization	0.5367931471315348	0.5707396906286168	0.5681761097337565	1.0	1.0	4	P50570	1
Cell death in response to hydrogen peroxide	0.4165309772144543	0.5699719442766379	0.5686967270006316	1.0	1.0	10	O60658,Q99720	2
Negative regulation of natural killer cell mediated immunity	0.69067587986258	0.5698791181568363	0.5687596888611903	1.0	1.0	3	P04439	1
Positive regulation of blood brain barrier permeability	0.6904761904761691	0.5692459642701957	0.5691892316629656	1.0	1.0	3	Q9UDY2,Q16625	2
Positive regulation of vascular permeability	0.6904761904761691	0.5692459642701957	0.5691892316629656	1.0	1.0	3	Q9UDY2,Q16625	2
Regulation of blood brain barrier permeability	0.6904761904761691	0.5692459642701957	0.5691892316629656	1.0	1.0	3	Q9UDY2,Q16625	2
Positive regulation of er associated ubiquitin dependent protein catabolic process	0.701336811216171	0.5678068303946842	0.570166141334649	1.0	1.0	2	P51572	1
Amp biosynthetic process	0.3934282801120863	0.5675275431482165	0.5703558190576206	1.0	1.0	12	P00813,P55263	2
Golgi to lysosome transport	0.5355527454878154	0.5661970344604442	0.5712598456625253	1.0	1.0	4	O14976	1
Neuron projection guidance	0.35339971657464	0.5660141155584759	0.5713841849205301	1.0	1.0	20	Q9BVA1,P35613,P33176,O00264,P42892,P98172,O15031	7
Skeletal muscle organ development	0.3359552335774725	0.5659219856246093	0.5714468151860022	1.0	1.0	26	P51114,P41440,Q92841,P17844,P50402,Q9Y5Q8,P61201,P60660,Q15149	9
Steroid biosynthetic process	0.332069798746037	0.5645698151686321	0.5723664010833354	1.0	1.0	43	P37268,Q14739,Q9H3P7,Q9H4L5,Q15800,Q13510,P30536,Q9UHI6,Q15392,P48449,P16435,Q16850	12
Oligosaccharide catabolic process	0.7003586566677499	0.5645609858543593	0.5723724080442814	1.0	1.0	2	P07686	1
Serine family amino acid metabolic process	0.3825998390495323	0.5636800924451015	0.572971868052826	1.0	1.0	13	P34897,P49903,O75600,P48507,P25325,P00374,P32929	7
Histone h2b ubiquitination	0.4880811576872624	0.5634563745633637	0.5731241585512272	1.0	1.0	5	Q5VTR2,O75150	2
Dicarboxylic acid transport	0.3634068386109235	0.5610656803059664	0.5747527631292111	1.0	1.0	17	Q9UBX3,P41440,Q9BQT8	3
Folic acid containing compound metabolic process	0.3821217974170381	0.5609346680779493	0.5748420753841326	1.0	1.0	13	P00374,P41440,Q9NRN7	3
Peroxisomal transport	0.4869258552257444	0.5588829762036761	0.5762415884131404	1.0	1.0	5	O75381,P56589	2
Lymphocyte activation	0.3044954314436614	0.5577964180964219	0.5769834089013004	1.0	1.0	92	P78318,P14174,Q5RKV6,P12956,P00813,P46379,P49366,P02786,Q9Y255,Q9NQT5,Q9UQ84,P30825,Q96IZ0,P62942,P04439,Q12959,Q00577,O96005,P04062	19
Response to nutrient	0.3364673551573073	0.5571586483497752	0.5774190398143695	1.0	1.0	30	P09601,O94788,P53985	3
Branching morphogenesis of a nerve	0.6977502445386359	0.5559378260572566	0.5782533585908032	1.0	1.0	2	Q9NQC3	1
Negative regulation of synapse organization	0.6977502445386348	0.5559378260572527	0.5782533585908058	1.0	1.0	2	O00264	1
Response to x ray	0.4129904396926998	0.5519688240632971	0.5809697130946163	1.0	1.0	10	P50570,Q70UQ0	2
Positive regulation of wnt signaling pathway	0.3547708444410273	0.5491924720537237	0.5828733700273405	1.0	1.0	19	Q9H2V7,Q7Z4L5,Q8N163,Q96K76	4
Mating behavior	0.6836268754076888	0.547666206623691	0.5839211200877952	1.0	1.0	3	Q7Z7E8,P07686	2
Reproductive behavior	0.6836268754076888	0.547666206623691	0.5839211200877952	1.0	1.0	3	Q7Z7E8,P07686	2
G protein coupled receptor signaling pathway	0.3290098440144443	0.5469745252002809	0.5843962338718569	1.0	1.0	44	P50570,P07602,O43865,Q15043,P00813,P11717,P42892,O43813,Q99720	9
Regeneration	0.3353065316687808	0.5459281895578626	0.5851153001592737	1.0	1.0	33	Q96G23,P09601,P07196,P30536,P11717,Q7Z4V5	6
Mitochondrial protein processing	0.4627923651319365	0.5447937608286344	0.585895370264383	1.0	1.0	6	Q9Y4W6,Q10713	2
Attachment of mitotic spindle microtubules to kinetochore	0.4402382845340005	0.5444936225058282	0.5861018358439687	1.0	1.0	7	Q96GD4,Q96DB5	2
Cytoplasmic pattern recognition receptor signaling pathway in response to virus	0.4113426666131309	0.5436268721261405	0.5866982640476146	1.0	1.0	10	O43657,Q9NUD5,Q14671	3
Nerve growth factor signaling pathway	0.6938376263449663	0.5430930582062894	0.5870657319324564	1.0	1.0	2	Q99523	1
Regulation by virus of viral protein levels in host cell	0.5289554523799133	0.5422075323862616	0.5876755468933226	1.0	1.0	4	Q9P035	1
Peptidyl asparagine modification	0.4315031904855702	0.541184351266016	0.5883805224763845	1.0	1.0	8	P46977,Q8TCJ2,P04843	3
Negative regulation of map kinase activity	0.4228499106137613	0.5406298535820276	0.5887627366141417	1.0	1.0	9	Q96JB5,P04062	2
Mammary gland development	0.356423327791081	0.5370320897111518	0.5912454482442855	1.0	1.0	18	P00403,Q13505	2
Cellular response to reactive oxygen species	0.3337492370683015	0.5359376637629125	0.5920016330943279	1.0	1.0	30	O95831,P39210,Q99720	3
Ribonucleoside triphosphate biosynthetic process	0.332437020979317	0.53484301641605	0.59275841471838	1.0	1.0	27	P25705,O75964,P00846,P00403,P22392	5
Purine containing compound catabolic process	0.3775234324538684	0.5346520561527593	0.5928904800244628	1.0	1.0	13	P00813	1
Sulfur amino acid metabolic process	0.3966064887980807	0.5343334137580039	0.5931108784330905	1.0	1.0	11	P25325,P32929,Q13126	3
Chemical homeostasis	0.3651326070982688	0.5341699951082063	0.5932239263210821	1.0	1.0	178	O43819,P04062,P62995,Q8TAD4,Q93050,Q14344,P42785,Q15043,Q16891,Q8WTV0,Q13586,Q8IYU8,P30536,P49366,P35610,P30519,P07686,Q96A33,P02786,P85037,O15260,P51790,Q96AQ8,Q9BPX6,Q8N511,Q15904,Q9Y487,P09601,P17480,Q8NE01,P50897,Q9P035,Q15067,O00459,Q8N5M9,Q96TC7,P53985,P08133,O75503,Q99808,Q9Y3B8,O75027,O15254,Q8NEW0,P16615,Q9HD20,Q9H4A3,Q9Y6C9,Q14BN4,P35670,P34913,P62942,O60826,Q6P4Q7,P48507,Q8WWC4,O15118,Q9H4I9,Q9Y6M7,Q8NF37,Q16531	61
Pyrimidine ribonucleoside triphosphate biosynthetic process	0.4377131914080965	0.5331863093692019	0.5939046176272984	1.0	1.0	7	Q9BZX2,P15531,P22392,Q9NRF8	4
Isocitrate metabolic process	0.4803389748924103	0.5329896895626044	0.5940407175289335	1.0	1.0	5	P50213,P48735,O75874	3
Positive regulation of protein export from nucleus	0.3766983034316954	0.5299608955836435	0.5961390435485305	1.0	1.0	13	P12270,P50402,Q9Y3B8	3
Positive regulation of connective tissue replacement	0.6769579131791919	0.5269195800546852	0.5982494361320196	1.0	1.0	3	Q13464	1
Positive regulation of tissue remodeling	0.6769579131791919	0.5269195800546852	0.5982494361320196	1.0	1.0	3	Q13464	1
Connective tissue replacement	0.6769579131791919	0.5269195800546852	0.5982494361320196	1.0	1.0	3	Q13464	1
Regulation of connective tissue replacement	0.6769579131791919	0.5269195800546852	0.5982494361320196	1.0	1.0	3	Q13464	1
Cellular response to corticosteroid stimulus	0.3857064386120278	0.5250980033661292	0.5995150640303191	1.0	1.0	12	O95831	1
Pyrimidine nucleoside triphosphate biosynthetic process	0.419406158026657	0.5240238873794985	0.6002619255485437	1.0	1.0	9	Q9NRF8,Q9BZX2,Q05682,P22392,P15531	5
Activation of cysteine type endopeptidase activity involved in apoptotic process	0.3755775184304459	0.5236014411123275	0.6005557789618383	1.0	1.0	13	O95831,Q9NR28	2
Regulation of bmp signaling pathway	0.4183006535947732	0.5187148035603387	0.6039596369072582	1.0	1.0	9	Q9BRX2,Q9C0C9,Q05D32,Q8NC56,Q14318,Q9Y2U8,Q9UPN9,P98170	8
Negative regulation of atp dependent activity	0.4343489571222716	0.5182007528552433	0.6043182095660822	1.0	1.0	7	Q15070,Q9UII2,P33993	3
Intracellular mrna localization	0.686012389957632	0.5177380847652787	0.6046410223084466	1.0	1.0	2	Q99729	1
Dna unwinding involved in dna replication	0.363990429238293	0.5176226443978414	0.604721579409627	1.0	1.0	14	Q9BRT9,Q14566,P33991	3
Regulation of mrna processing	0.2949922208419437	0.5152300371295032	0.6063922816952081	1.0	1.0	85	P51114,O43865,P62995,P98175,Q9UHX1,Q13242,O75150,Q9BWF3,Q96E39,P98179,O75525,Q07021,Q92841,Q96PU8,P38159,Q07666,P22626,Q8IY67,Q16629,P61978,Q8N684,Q5VTR2,Q14011,P17844,O75494	25
Regulation of neurogenesis	0.3117762415629739	0.5149224377017841	0.6066072209078905	1.0	1.0	53	Q96G23,P07196,Q9UQB8,P30536,P55209	5
Positive regulation of cell growth	0.3308754685115422	0.514489327986667	0.6069099198279235	1.0	1.0	36	Q9Y3B8,P51812,Q15418,Q96K76,O95684,Q7Z4V5	6
Fatty acid elongation	0.6847081838930532	0.5135568889571248	0.6075618272154655	1.0	1.0	2	Q9P035	1
Postsynapse organization	0.3311483558918713	0.5133176950352646	0.6077291080979608	1.0	1.0	34	P07196,Q16352,Q9UQB8	3
Snrna metabolic process	0.352703594077895	0.5131936811706587	0.6078158455980185	1.0	1.0	18	Q9NQT5,Q5RKV6	2
Positive regulation of cell death	0.3154474654936454	0.512566234531913	0.6082547775258735	1.0	1.0	110	P50570,O95831,Q7Z3C6,O94788,Q9NQX7,Q07954,P09601,Q9NR28,Q8N163,P30536,P11717,P98175,Q9NS69,P00403,Q96IZ0,Q9Y255,Q969S3	17
Regulation of response to oxidative stress	0.3370634781461448	0.5125566864533186	0.608261457999999	1.0	1.0	22	O60658,Q9UL15,Q96IZ0,P23246,O43813,Q15233	6
Positive regulation of pathway restricted smad protein phosphorylation	0.6843821323769117	0.5125136236317406	0.6082915880351918	1.0	1.0	2	P67870	1
Protein localization to endoplasmic reticulum	0.330892995102417	0.5110465197757563	0.609318482794428	1.0	1.0	32	P46379,Q15629	2
Male mating behavior	0.6834039778284922	0.509388735628204	0.6104797704166216	1.0	1.0	2	P07686	1
Walking behavior	0.5191070829410366	0.5069633549229132	0.6121805309489727	1.0	1.0	4	O15118	1
Inorganic ion import across plasma membrane	0.423978610402163	0.5064028412370123	0.6125738804043532	1.0	1.0	8	Q15043,Q9H4A3	2
Regulation of biomineralization	0.4533104080347976	0.5054146377935805	0.6132676399203205	1.0	1.0	6	O75844,Q13464	2
Purine nucleoside monophosphate biosynthetic process	0.3618219535767952	0.5048728772381035	0.6136481252627268	1.0	1.0	14	P00813,P55263	2
Protein localization to vacuole	0.3478779093432146	0.5040084933800069	0.6142554085434351	1.0	1.0	19	P20645,Q7Z3T8,Q99523,O14964,Q9BRG1,Q14108,Q9NQC3,Q9Y2T2,Q92783	9
Exocyst localization	0.6814476687316611	0.5031611990286657	0.6148509422163952	1.0	1.0	2	O60645	1
Positive regulation of cellular amide metabolic process	0.2833916402456067	0.5031132778088245	0.6148846319623329	1.0	1.0	64	Q6P087,Q567V2,Q9Y2R0,Q14103,Q13217,Q14011,Q71RC2,P08670,O60506,A9UHW6,P98179,O15031,P67809	13
Positive regulation of translation	0.294490257957158	0.5014263826628719	0.6160710761009827	1.0	1.0	60	Q6P087,Q567V2,Q9Y2R0,Q14103,Q13217,Q14011,Q71RC2,P08670,O60506,A9UHW6,P98179,O15031,P67809	13
Somatic diversification of immune receptors	0.3307588550910756	0.5008396725412104	0.616483962440693	1.0	1.0	23	Q9UQ84,P02786,P20585,Q5RKV6	4
Axon development	0.2823794248992441	0.5006468553754605	0.616619680433445	1.0	1.0	72	P41440,Q96G23,Q9BVA1,P07196,Q9UQB8,P30536,P42892,O15031	8
Myelin maintenance	0.66815923123212	0.4999685739726202	0.6170972056550168	1.0	1.0	3	O15121	1
Spermidine metabolic process	0.6676063118319839	0.498291519808755	0.618278584108849	1.0	1.0	3	P49366	1
Embryo implantation	0.3895318710723504	0.4972667959170045	0.6190009234649918	1.0	1.0	11	Q96GC9,Q8IZL8,Q7Z7E8,Q07021	4
Hepatic stellate cell activation	0.6669071373062306	0.4961737299095647	0.619771843750736	1.0	1.0	3	Q15418	1
Fibroblast activation	0.6669071373062306	0.4961737299095647	0.619771843750736	1.0	1.0	3	Q15418	1
Response to ketone	0.328451403061764	0.4947949303050341	0.6207448833453777	1.0	1.0	36	O95831,Q13126,P16278,P07196,O43823	5
Alcohol metabolic process	0.2845013898752214	0.4940979200558338	0.6212370267337248	1.0	1.0	75	P37268,O94788,P30837,Q8WTV0,Q15800,Q13510,P48735,P00374,Q6NUM9,P61457,O15118,Q15392,P48449,P04062,Q16850	15
Maintenance of dna repeat elements	0.5151208550868532	0.4929031357192274	0.622081031543587	1.0	1.0	4	O75844	1
Histone h3 k4 demethylation trimethyl h3 k4 specific	0.6775350505379845	0.4907963747098162	0.6235704743844834	1.0	1.0	2	P29375	1
Regulation of histone h3 k9 methylation	0.4117228472954731	0.4873552746375192	0.6260065829100245	1.0	1.0	9	P46100	1
Protein refolding	0.3871519312504499	0.4849185619861167	0.6277341148465978	1.0	1.0	11	Q9UL15,P48723	2
Maternal placenta development	0.6628961257567744	0.4840870597753387	0.6283240844971569	1.0	1.0	3	P35613	1
Serine transport	0.5125661543639827	0.4839573874541749	0.6284161113628008	1.0	1.0	4	Q96QD8	1
Positive regulation of mammary gland epithelial cell proliferation	0.6749266384088659	0.482621195203481	0.6293647268737734	1.0	1.0	2	Q9NQC3	1
Isotype switching to iga isotypes	0.662100456620992	0.481702241039448	0.6300174838561172	1.0	1.0	3	Q96FV9,O96028	2
Negative regulation of cell development	0.3443081531627415	0.4808906900087962	0.6305941899409775	1.0	1.0	19	P30536,Q96G23	2
Ameboidal type cell migration	0.2787367673453054	0.4784456494472925	0.6323330493590107	1.0	1.0	70	P25705,Q14185,P08133,P42785,Q8WTV0,P98172,P35080,P67870,Q9H6U6,P09601,Q13464,Q07021,Q13641,Q15149,P35579,P57105,Q9NQC3,Q13685,Q4VCS5	19
Regulation of vacuole organization	0.3770181872057448	0.4781395655598827	0.632550873041887	1.0	1.0	12	Q14108,Q8TBX8	2
Protein targeting to peroxisome	0.5108523686629537	0.4779854666141351	0.6326605491623156	1.0	1.0	4	O75381,P56589	2
Positive regulation of bone resorption	0.6726442777959065	0.475513370958059	0.634421105184952	1.0	1.0	2	P02786	1
Regulation of mitotic cell cycle spindle assembly checkpoint	0.4647848320326891	0.4731767822790993	0.6360870607660725	1.0	1.0	5	P12270	1
Regulation of immunoglobulin production	0.3519043122233699	0.4725709231624178	0.636519331146683	1.0	1.0	16	P02786,Q5RKV6	2
Negative regulation of cell junction assembly	0.4239183621302744	0.472356680146744	0.6366722195984276	1.0	1.0	7	Q9H6U6,O75116,Q13464	3
Muscle adaptation	0.349186383052304	0.4721650548759605	0.6368089806471326	1.0	1.0	17	P16615,P09601,Q13464,P02545	4
Establishment of protein localization to endoplasmic reticulum	0.3354267836950574	0.4718709212035803	0.6370189249951186	1.0	1.0	21	P46379	1
Neurotransmitter receptor localization to postsynaptic specialization membrane	0.6585990296693744	0.4712589541698816	0.6374558232337999	1.0	1.0	3	Q12959	1
Cellular response to xenobiotic stimulus	0.3216263454172474	0.4701900773834776	0.6382192227214671	1.0	1.0	24	P27544,O43169,P02786,P07099	4
Histone h3 k9 modification	0.3657640408279044	0.4685801068671814	0.6393697993660399	1.0	1.0	13	Q03164,P02545,P46100	3
Regulation of cd8 positive alpha beta t cell activation	0.6703619171829212	0.4684485892076583	0.6394638277727054	1.0	1.0	2	P04439	1
Positive regulation of cd8 positive alpha beta t cell activation	0.6703619171829212	0.4684485892076583	0.6394638277727054	1.0	1.0	2	P04439	1
Cd8 positive alpha beta t cell activation	0.6703619171829212	0.4684485892076583	0.6394638277727054	1.0	1.0	2	P04439	1
Skeletal system development	0.3210339635099221	0.4680685898930124	0.6397355404130369	1.0	1.0	43	Q32P28,Q7Z3C6,Q15043,P08133,Q15904,O75844,P51812,Q12959,P07686,Q96HY6,Q92896,P16435,O75569,O96028	14
Striated muscle cell proliferation	0.5073409461663732	0.4658243025828494	0.6413412680427841	1.0	1.0	4	P10644,Q8NDZ4,P06493	3
Retinoic acid receptor signaling pathway	0.4223034383782228	0.465347722413672	0.6416824648394988	1.0	1.0	7	O94788	1
Protein localization to ciliary membrane	0.4624921734731038	0.4645319798230129	0.6422666528960401	1.0	1.0	5	Q96A65,Q9UPT5	2
Regulation of transcription regulatory region dna binding	0.4068042560610446	0.4641781068499353	0.6425201452994482	1.0	1.0	9	Q96HY6	1
Regulation of telomerase activity	0.3379964104886516	0.4631636120494253	0.6432470964737935	1.0	1.0	20	P27544,Q96GD4,P22626,P78371	4
Negative regulation of transport	0.2764845442572019	0.4622762142642553	0.6438832545663358	1.0	1.0	69	P00813,P21796,Q16850	3
Neuropeptide signaling pathway	0.6552511415524955	0.4613531462420595	0.6445452609167204	1.0	1.0	3	Q99523,Q9Y4G8	2
Learning	0.3498325350589694	0.4601293271070372	0.6454233947759382	1.0	1.0	16	Q13641,O00264,P50897	3
Regulation of dna binding transcription factor activity	0.2853534155113155	0.4598934756838871	0.6455926834595471	1.0	1.0	62	P41440,P09525,P09601,O75381,P02786,Q00577,Q96HY6,Q96JB5,P32929	9
Mitotic g2 m transition checkpoint	0.3734975251114744	0.4593715575198858	0.6459673694869048	1.0	1.0	12	Q9NWV8,Q96JB5,Q6NUQ1,P06493	4
Cotranslational protein targeting to membrane	0.3538410980658754	0.4585086530607132	0.6465870472400335	1.0	1.0	14	Q15629	1
Lysine metabolic process	0.5049255261735683	0.4575185925019174	0.6472983416960214	1.0	1.0	4	Q9BQT8	1
Regulation of golgi organization	0.4053484005859163	0.4573651339609558	0.6474086205899623	1.0	1.0	9	Q5VU43,Q9P2W9	2
Heterotypic cell cell adhesion	0.3936253526935594	0.4555835535766004	0.6486894719170953	1.0	1.0	10	Q08722,P41440,Q9H4A3	3
Response to toxic substance	0.3132958161204565	0.4504994704854679	0.6523503359072715	1.0	1.0	48	P35670,O95831,P07099,P07196,Q15165,P08183,P27544	7
Positive regulation of mrna processing	0.3321751096713914	0.4500643711468036	0.652664026180064	1.0	1.0	21	P62995,Q9Y2W1,Q14011,P38159,Q96E39,Q96EP5,P98179	7
Regulation of nitric oxide metabolic process	0.380332078392557	0.449899463870747	0.6527829341861511	1.0	1.0	11	P50570,Q92945,P30536	3
Anatomical structure maturation	0.3213230407897895	0.4472443222033782	0.6546986628490647	1.0	1.0	28	O75503,O94788	2
Perk mediated unfolded protein response	0.6503587736464388	0.4470207351738628	0.6548600886545992	1.0	1.0	3	P05198,P18031	2
Integrated stress response signaling	0.6503587736464388	0.4470207351738628	0.6548600886545992	1.0	1.0	3	P05198,P18031	2
Peptidyl lysine acetylation	0.318539250993209	0.4466274159403036	0.6551440972054148	1.0	1.0	43	O95619,Q86UY6,Q01105,P46379,O75844,Q9Y6J9	6
Regulation of t cell differentiation	0.3617289108648495	0.4463284710970346	0.6553599931282963	1.0	1.0	13	P00813,Q9Y255	2
Immunoglobulin production	0.3183316783307981	0.4463217776678798	0.6553648274068817	1.0	1.0	24	Q9UQ84,P02786,P20585,Q5RKV6	4
Zymogen activation	0.4386382519157146	0.4459724638115685	0.6556171367373071	1.0	1.0	6	Q15392	1
Negative regulation of oxidative stress induced cell death	0.3709485634685364	0.4458842310801885	0.6556808734414499	1.0	1.0	12	Q9UL15,O60658	2
Skin development	0.3219514698290467	0.4447600694015758	0.6564931538072822	1.0	1.0	37	Q9Y3B8,Q13510,O75844,Q8NEY8,Q15392,Q08J23,P22392	7
Positive regulation of receptor catabolic process	0.6625366807955634	0.4445613112552474	0.6566368118571306	1.0	1.0	2	Q96J02	1
Regulation of postsynaptic membrane neurotransmitter receptor levels	0.3706664144593774	0.444396654299752	0.6567558319248796	1.0	1.0	12	O60716,Q12959,Q92796	3
Pteridine containing compound metabolic process	0.3445979735144238	0.4441289040053354	0.6569493902222336	1.0	1.0	17	P00374,P61457,P41440,Q9NRN7	4
Muscle structure development	0.2941083370632246	0.4441062112660404	0.6569657959981576	1.0	1.0	91	P51114,P02545,Q9NYL9,O43707,P85037,P32929,P12814,Q14012,Q9BWF3,Q8IV08,P28289,O75844,P60660,P41440,Q92841,Q96PU8,P16615,P46939,P35579,Q99523,P62942,P17844,P50402,Q7Z4V5,P67809	25
Negative regulation of cell matrix adhesion	0.4380264922068462	0.4435369984461302	0.6573773639821623	1.0	1.0	6	Q9H6U6	1
Skeletal muscle cell differentiation	0.3911218317558843	0.4434125755394977	0.6574673415149757	1.0	1.0	10	Q92841,P17844,P50402,P61201,Q9Y5Q8	5
Positive regulation of isotype switching to iga isotypes	0.6618845777632876	0.442594595190369	0.6580589948317974	1.0	1.0	2	O96028	1
Mitotic spindle midzone assembly	0.4564459620913256	0.4419618711748292	0.6585167973686155	1.0	1.0	5	Q96GD4	1
Response to interleukin 12	0.6612324747310017	0.4406316181608161	0.6594797089759941	1.0	1.0	2	Q08722	1
Positive regulation by symbiont of entry into host	0.6612324747310017	0.4406316181608161	0.6594797089759941	1.0	1.0	2	P19474	1
Negative regulation of response to cytokine stimulus	0.4365600363694317	0.4377137543920049	0.661593797579634	1.0	1.0	6	Q9UIV1,Q9Y3Z3	2
Regulation of skeletal muscle cell differentiation	0.4990815870227297	0.4376311010884375	0.6616537220453353	1.0	1.0	4	P17844,Q92841	2
Leukocyte cell cell adhesion	0.318993702978277	0.4370705906525539	0.6620601548514844	1.0	1.0	41	P30825,P04439,P00813,P49366,Q12959,P02786,Q96IZ0,Q9H4A3,P98172	9
Response to wounding	0.279432598964517	0.4338205729639436	0.6644187408877669	1.0	1.0	75	Q9UNN8,Q96G23,P42785,P09601,P07196,Q8WTV0,P30536	7
Positive regulation of protein binding	0.3255746003028791	0.4332029682002218	0.6648673227183577	1.0	1.0	22	Q07954,P41440,P62942	3
Regulation of mitochondrial fusion	0.4976991992258971	0.4329707696493921	0.6650360054049176	1.0	1.0	4	Q99536,P02786	2
Dna catabolic process exonucleolytic	0.65862406260189	0.4328173719946233	0.6651474517883043	1.0	1.0	2	Q9H0D6	1
Rna destabilization	0.319619674719134	0.4324570321186171	0.6654092748280493	1.0	1.0	39	Q969T7,Q86VM9,Q9UIV1,Q92945,Q14103,Q13868,Q14671,Q15024,O60506,Q9NQT5,Q5PRF9,Q13464,P67809	13
Telencephalon glial cell migration	0.4145513544775507	0.4320611693409963	0.6656969558509616	1.0	1.0	7	Q96N66	1
Cerebral cortex radially oriented cell migration	0.4145513544775507	0.4320611693409963	0.6656969558509616	1.0	1.0	7	Q96N66	1
Positive regulation of aspartic type peptidase activity	0.6450930359882425	0.4317897809246425	0.6658942074176268	1.0	1.0	3	Q13492	1
Response to dexamethasone	0.3997678792138504	0.4314602511270211	0.66613374859895	1.0	1.0	9	P16435,P04062,P25705	3
Diencephalon development	0.4346001674675991	0.4299643208016419	0.6672215954093914	1.0	1.0	6	O75569,O94788	2
Histone monoubiquitination	0.3883073417571913	0.4298180874737637	0.667327974485572	1.0	1.0	10	Q5VTR2,O75150	2
Anterior posterior axis specification	0.4342484497927289	0.4285776716066669	0.6682305976617722	1.0	1.0	6	Q9UK61	1
Regulation of myosin light chain phosphatase activity	0.6438356164383416	0.4281833580695993	0.6685176314912367	1.0	1.0	3	O75116,Q13464	2
Regulation of response to endoplasmic reticulum stress	0.3360035576398663	0.427942917859585	0.6686926796400181	1.0	1.0	19	P46379	1
Sensory system development	0.3194273699672759	0.4214161482012321	0.6734512294882009	1.0	1.0	35	P54802,O94788,P28289,P08670,Q12959,Q15293,Q8NF37,O75569,P48681	9
Response to inorganic substance	0.3020372238751491	0.420809198062442	0.67389441450899	1.0	1.0	103	O43865,P09960,Q8TAD4,P25705,P30536,P02786,P46100,O60658,P35611,P09601,Q96QD8,Q14168,P50995,P50570,O95831,P00374,Q96IZ0,O60888,P35670,Q9UBV8,P03915,P07196,O15118,Q99720	24
Regulation of chromatin assembly	0.356023134866744	0.4152716874845942	0.677943024996166	1.0	1.0	13	P12270,Q8NEY8	2
Spindle elongation	0.4104044634050542	0.414511168311533	0.6784997895805915	1.0	1.0	7	Q96GD4	1
Positive regulation of glycoprotein metabolic process	0.4025849315155992	0.4104325321300394	0.681488685979236	1.0	1.0	8	Q08379,Q96IZ0	2
Pyramidal neuron differentiation	0.6374078377294818	0.4099367593228402	0.6818523391874534	1.0	1.0	3	P04062	1
Negative regulation of ubiquitin dependent protein catabolic process	0.3176675803042369	0.408713592373443	0.6827498576400368	1.0	1.0	23	P46379,Q9UL15,Q8N163,Q96HY6	4
Prostanoid metabolic process	0.3637583246409564	0.4083237304096081	0.6830360195104888	1.0	1.0	12	Q8N4Q0,P14174,Q9H7Z7,Q15067	4
Detection of stimulus	0.3431397267969785	0.4080105714540015	0.6832659137418298	1.0	1.0	15	Q8WTV0	1
Positive regulation of ire1 mediated unfolded protein response	0.6501467231822602	0.4078461959927234	0.6833865957521563	1.0	1.0	2	P18031	1
Positive regulation of endoplasmic reticulum unfolded protein response	0.6501467231822602	0.4078461959927234	0.6833865957521563	1.0	1.0	2	P18031	1
Regulation of perk mediated unfolded protein response	0.6501467231822602	0.4078461959927234	0.6833865957521563	1.0	1.0	2	P18031	1
Maintenance of protein localization in organelle	0.3542000262080436	0.4054547550864627	0.6851432696982589	1.0	1.0	13	P30536,P36404	2
Vocalization behavior	0.6488425171177009	0.4040634615924675	0.6861660528561926	1.0	1.0	2	Q15334	1
Regulation of stem cell population maintenance	0.4460053836613433	0.4038122673882856	0.6863507748775444	1.0	1.0	5	Q15061,Q9NZN8,Q9Y6J9	3
Positive regulation of torc1 signaling	0.6342041615152976	0.4009629265824914	0.6884474192442127	1.0	1.0	3	Q9P2J5	1
Regulation of proton transport	0.4069801701273545	0.4001616415941226	0.68903746508356	1.0	1.0	7	Q8TAD4	1
Negative regulation of cellular protein catabolic process	0.3154220894291393	0.3998840972882669	0.6892418857738678	1.0	1.0	29	Q9UL15,Q8N163,P46379,Q96HY6,Q96JB5	5
Response to cadmium ion	0.3619902673069199	0.3992033601125488	0.6897433675803151	1.0	1.0	12	P09601	1
Negative regulation of dendritic spine morphogenesis	0.6334713791714279	0.3989218034062163	0.6899508231185709	1.0	1.0	3	Q8N5V2	1
Positive regulation of peptidase activity	0.315169445070124	0.3963707488903608	0.6918315417375083	1.0	1.0	39	O95831,Q9NR28,Q06323,Q96HY6,Q9UL46,Q9Y255,O00291	7
O glycan processing	0.4436865479015934	0.3954890219868628	0.6924820218714336	1.0	1.0	5	Q86SF2,O43505	2
Muscle cell proliferation	0.3236912097409407	0.394147576994811	0.6934720867783057	1.0	1.0	21	P06493,P12956,P09601,Q5VZE5	4
Negative regulation of oxidative stress induced intrinsic apoptotic signaling pathway	0.4037644573827288	0.3868080021835244	0.6988983526156651	1.0	1.0	7	Q9UL15	1
Positive regulation of protein tyrosine kinase activity	0.4832054397204176	0.3851820516094858	0.7001025401408962	1.0	1.0	4	Q92796,Q15334	2
Adult locomotory behavior	0.3389225951039143	0.3840520196784527	0.7009398922306258	1.0	1.0	15	P28289,P50897,O75844,O15118,P51790	5
Regulation of nucleocytoplasmic transport	0.3030798610335734	0.3835509556659296	0.7013112963386954	1.0	1.0	50	P12270,Q9BVS4,Q9BWF3,Q9Y3B8,Q9NPF5,O00459,P06493,Q9H7Z3,P50402,Q9ULX6,Q7Z3B4,Q14978,Q08J23,Q14012,Q07666	15
Negative regulation of cyclin dependent protein serine threonine kinase activity	0.4809135399673582	0.3778127294229715	0.7055697167125607	1.0	1.0	4	P25054,O00410,O95373	3
Amino acid transport	0.320985510189247	0.376637227227001	0.7064432183393312	1.0	1.0	21	P08195,Q6P4A7,P30825,Q9H2J7,Q15758,Q96QD8,Q8TDW0,Q96EV8	8
Positive regulation of transporter activity	0.3276666968498489	0.3761015326402018	0.7068414149499911	1.0	1.0	19	P50570,Q96GC9,O43707,P08183,Q03164	5
Protein maturation by protein folding	0.4205540437035683	0.375600073867718	0.7072142358415461	1.0	1.0	6	Q8N4Q1,P62942	2
Mitotic chromosome condensation	0.3651453131871514	0.3740961311461288	0.7083327969750379	1.0	1.0	11	O43823	1
Embryonic axis specification	0.4374030639820603	0.3732235962696895	0.7089820356450236	1.0	1.0	5	Q9UK61	1
Mesenchymal cell differentiation	0.3125579568735335	0.3706513840991607	0.7108972048126441	1.0	1.0	32	Q9UBV8,O94788,Q92841,P08133,P17844,Q9UK61,Q99729,Q14978,P98172,Q13464	10
Mucopolysaccharide metabolic process	0.3933193031189759	0.3704299217721577	0.7110621826179611	1.0	1.0	8	O43505,P16278	2
Membrane protein intracellular domain proteolysis	0.6364525595043982	0.3689418760747537	0.7121710491844144	1.0	1.0	2	Q8TCT9	1
Endosome to lysosome transport	0.3373695247880284	0.3660173185102741	0.7143521526402206	1.0	1.0	14	P20645,Q9P253	2
Regulation of endocytosis	0.3089142912734327	0.3654421347854222	0.7147813938537357	1.0	1.0	43	P41440,P61978,Q07954,P57105,P50897,O00291	6
Protein o linked glycosylation	0.3353441557261177	0.3639844100582464	0.7158696510337068	1.0	1.0	15	Q86SF2,O43505,Q8NAT1,Q10472,O60502	5
Regulation of oxidoreductase activity	0.3332347925890517	0.3631186144613691	0.7165162799718436	1.0	1.0	16	Q15070,P16435,P00374,Q8WTV0	4
Trna methylation	0.3546799586865323	0.3620141339994031	0.7173414683921995	1.0	1.0	12	Q96FX7	1
Protein containing complex localization	0.3044202780491231	0.3603088950538952	0.7186161481377775	1.0	1.0	47	Q7Z4L5,Q9BVS4,A0AVF1,Q96GA3,P57105,O00291,Q92796,Q99567,Q16643,Q12959,O60645,Q00577,Q14168,P23246,O43805,Q9BTX1,O15400	17
Nuclear transcribed mrna catabolic process deadenylation dependent decay	0.3084462146119149	0.3582976298730616	0.7201205916200766	1.0	1.0	27	Q969T7,Q9UIV1,Q14103,Q13868,Q15024,O60506,Q9NQT5,Q5PRF9,P67809	9
Histone h4 acetylation	0.3054515447706335	0.3553947407135405	0.7222938883475214	1.0	1.0	24	O75844,Q86UY6,O95619	3
Positive regulation of telomere capping	0.4322519655129971	0.3552971266009601	0.7223670078673188	1.0	1.0	5	Q96GD4	1
Positive regulation of reactive oxygen species metabolic process	0.3337070204782528	0.3548873579766696	0.7226739797206363	1.0	1.0	15	P00403	1
Protein localization to chromosome telomeric region	0.3241830042118505	0.3548715157342847	0.7226858485891521	1.0	1.0	19	O14773,P46100	2
Embryonic placenta morphogenesis	0.6309096837300245	0.3537215331969196	0.723547583436696	1.0	1.0	2	P62993	1
Protein o linked mannosylation	0.4731522665819733	0.3532599397519722	0.7238935753156575	1.0	1.0	4	Q8NAT1	1
Calcium ion transport	0.289353745277896	0.3527571522315038	0.7242705088150485	1.0	1.0	56	Q96GC9,P62942,P08133,Q8IYU8,P30536,O75844,Q8WWC4,Q9H4I9,P21796,Q9BPX6	10
Negative regulation of blood circulation	0.6161163018042577	0.3518766740881873	0.7249307532483908	1.0	1.0	3	P16615	1
Mitochondrial depolarization	0.4312525746307319	0.3518543082981221	0.7249475273570709	1.0	1.0	5	P30536,P48507	2
Spinal cord development	0.352645495792982	0.3518205912836112	0.7249728150148871	1.0	1.0	12	O75312,Q9UKA9,P07196,P25325,Q14203	5
Receptor internalization	0.304593368551066	0.3494856693470346	0.7267247276017295	1.0	1.0	24	P50570,P41440,Q07954,Q8NBU5,P02786,Q15334,Q13614,Q96EV8,Q13492	9
Water homeostasis	0.3813405557855198	0.3485499136690549	0.7274272352725912	1.0	1.0	9	Q9Y3B8,P04062,P16949	3
Negative regulation of immune response	0.3197445506140119	0.3468680416817873	0.7286904568032722	1.0	1.0	20	P28070,Q9UIV1,Q9Y3Z3,P09601,P46108,P04439,P19474	7
Regulation of maintenance of sister chromatid cohesion	0.4295837024925223	0.3461311891262415	0.7292441249242141	1.0	1.0	5	P46100	1
Regulation of potassium ion import	0.4707585213622176	0.3458162814429431	0.7294807884140251	1.0	1.0	4	Q9H4A3	1
Axon ensheathment in central nervous system	0.6279752200847691	0.3457907570152491	0.7294999719911088	1.0	1.0	2	Q92542	1
Paraxial mesoderm development	0.6135255329759289	0.3450746719779991	0.7300382341229643	1.0	1.0	3	Q96A65	1
Trna catabolic process	0.3801385283962251	0.3432960395109165	0.7313757599957105	1.0	1.0	9	Q9NQT5,Q08J23	2
Morphogenesis of an endothelium	0.6269970655363591	0.343166978230699	0.7314728454967643	1.0	1.0	2	P67870	1
Positive regulation of neuroblast proliferation	0.6269970655363519	0.3431669782306798	0.7314728454967787	1.0	1.0	2	O60341	1
Ganglion development	0.6269970655363497	0.3431669782306739	0.7314728454967832	1.0	1.0	2	Q13509	1
Fungiform papilla development	0.6269970655363497	0.3431669782306739	0.7314728454967832	1.0	1.0	2	Q92769	1
Dorsal root ganglion development	0.6269970655363497	0.3431669782306739	0.7314728454967832	1.0	1.0	2	Q13509	1
Fungiform papilla morphogenesis	0.6269970655363497	0.3431669782306739	0.7314728454967832	1.0	1.0	2	Q92769	1
Tongue development	0.6269970655363497	0.3431669782306739	0.7314728454967832	1.0	1.0	2	Q92769	1
Ectodermal placode development	0.6269970655363497	0.3431669782306739	0.7314728454967832	1.0	1.0	2	Q92769	1
Hair follicle placode formation	0.6269970655363497	0.3431669782306739	0.7314728454967832	1.0	1.0	2	Q92769	1
Tongue morphogenesis	0.6269970655363497	0.3431669782306739	0.7314728454967832	1.0	1.0	2	Q92769	1
Cardiac conduction system development	0.6263449625040767	0.3414233313040799	0.7327849133461921	1.0	1.0	2	Q14126	1
Positive regulation of pseudopodium assembly	0.6263449625040707	0.3414233313040646	0.7327849133462037	1.0	1.0	2	P25054	1
Pseudopodium organization	0.6263449625040707	0.3414233313040646	0.7327849133462037	1.0	1.0	2	P25054	1
Negative regulation of protein containing complex assembly	0.3087147895660668	0.3395255677787316	0.73421383945634	1.0	1.0	36	P35080,Q12792,P16949,P35611,P28289,Q9NYL9,Q13813,Q9UEY8,P45880,Q01082,P04062	11
Regulation of autophagy of mitochondrion in response to mitochondrial depolarization	0.3919332745920686	0.3387598006286677	0.7347906869298138	1.0	1.0	7	P04062,Q96CV9	2
Response to mitochondrial depolarisation	0.3919332745920686	0.3387598006286677	0.7347906869298138	1.0	1.0	7	P04062,Q96CV9	2
Mitochondrial translational elongation	0.4678629690048781	0.3368957490445552	0.7361954899673264	1.0	1.0	4	P43897,Q9H9J2,Q96RP9	3
Regulation of guanyl nucleotide exchange factor activity	0.4677853560984493	0.3366579147226609	0.7363747923434574	1.0	1.0	4	P05198,P16949	2
Positive regulation of release of cytochrome c from mitochondria	0.4099993499889386	0.3362233481159841	0.7367024475051691	1.0	1.0	6	Q96A26	1
C4 dicarboxylate transport	0.3846111165964305	0.3338278825908315	0.7385094419536216	1.0	1.0	8	Q9UBX3	1
Cellular response to topologically incorrect protein	0.3077387544804597	0.3322843401085903	0.7396745635548889	1.0	1.0	34	P46379,P48723,Q96HY6,Q96CV9,Q7Z2K6,Q96JB5	6
Crd mediated mrna stabilization	0.3775583120517702	0.3320874972322	0.7398231906917383	1.0	1.0	9	O60506,P67809	2
Negative regulation of nuclear transcribed mrna catabolic process deadenylation dependent decay	0.3775583120517702	0.3320874972322	0.7398231906917383	1.0	1.0	9	O60506,P67809	2
Histone lysine demethylation	0.3841335103083878	0.3318500933966906	0.740002456495763	1.0	1.0	8	O75151,Q8IUF8,Q8NB78,P29375,Q9H6W3	5
Negative regulation of bmp signaling pathway	0.4659053833605101	0.3309175017630303	0.740706801583707	1.0	1.0	4	Q05D32,Q9Y2U8,Q9UPN9	3
Skin epidermis development	0.3665746886225844	0.3283707674394174	0.7426313428955029	1.0	1.0	10	Q08J23	1
Maintenance of protein location in cell	0.322454261387236	0.328089371982128	0.742844089574273	1.0	1.0	18	P30536,Q9UH99,Q12792,P36404	4
Axis specification	0.3888490313009227	0.3265310073301637	0.7440226333031801	1.0	1.0	7	Q9UK61	1
Positive regulation of cell junction assembly	0.3549006183086886	0.3249104473112117	0.7452488497065444	1.0	1.0	11	Q13641,P41440	2
Polyadenylation dependent rna catabolic process	0.4067566424636087	0.3244012119605138	0.7456343023041752	1.0	1.0	6	Q9NQT5,Q13868	2
Regulation of genetic imprinting	0.6198239321812802	0.3242332942619002	0.7457614172517522	1.0	1.0	2	Q13263	1
Genomic imprinting	0.6198239321812802	0.3242332942619002	0.7457614172517522	1.0	1.0	2	Q13263	1
Nucleoside triphosphate biosynthetic process	0.3063459026852799	0.3231722332349289	0.7465648082530136	1.0	1.0	33	O75964,P00403,P55263,P00846	4
Regulation of establishment or maintenance of cell polarity	0.3875367062900714	0.3213669017586676	0.7479323624775964	1.0	1.0	7	Q9H6U6,Q15334,Q9NUQ9,Q13464	4
Regulation of microtubule based movement	0.4220583985843866	0.320738904053745	0.7484082624362582	1.0	1.0	5	Q7Z4L5,P78318	2
Regulation of lymphocyte differentiation	0.3251650581422183	0.317903935849124	0.7505578069891186	1.0	1.0	16	P00813,O96005,Q9Y255	3
L serine transport	0.6023511808771099	0.316426970677575	0.751678448194137	1.0	1.0	3	Q96QD8	1
Establishment or maintenance of bipolar cell polarity	0.3243893289061508	0.3136329812069003	0.753799807157512	1.0	1.0	16	Q14168,P57105,Q92796	3
Atp synthesis coupled electron transport	0.3046252681384996	0.3108957931574131	0.7558798426889579	1.0	1.0	38	O43676,O96000,Q9UDW1,P00403	4
Smooth muscle cell proliferation	0.3215792177694762	0.3094566588880785	0.7569741763559077	1.0	1.0	17	P12956,P09601	2
Regulation of mrna 3 end processing	0.3191102278431237	0.30878802318239	0.757482780344811	1.0	1.0	18	Q16630,O43865,Q9H2U1,O75150,Q8N684,Q6PJT7,Q5VTR2,Q8N7H5,P18615	9
Negative regulation of transcription regulatory region dna binding	0.6129768503423484	0.3066748842268867	0.7590908486589605	1.0	1.0	2	P30626	1
Astral microtubule organization	0.4177545691906089	0.3065317986917441	0.7591997724465638	1.0	1.0	5	Q12959,Q7Z460,Q14974,P15311	4
Cellular response to extracellular stimulus	0.3000112642992003	0.3056392297114787	0.7598793478835115	1.0	1.0	45	P09601,O95831,P21964	3
Positive regulation of reactive oxygen species biosynthetic process	0.4171279252048204	0.304482909873415	0.7607600109920745	1.0	1.0	5	P00403	1
Cerebral cortex cell migration	0.3768300417114265	0.3020118192457253	0.7626430529598103	1.0	1.0	8	Q96N66	1
Positive regulation of nucleocytoplasmic transport	0.3027776767891005	0.2993350798427102	0.7646843910661878	1.0	1.0	32	P12270,Q9BVS4,Q9Y3B8,Q9NPF5,O00459,P06493,Q9H7Z3,P50402,Q07666,Q14012	10
Protein acetylation	0.2935484753409675	0.2983359209893081	0.7654467908431102	1.0	1.0	50	O95619,Q86UY6,Q5VZE5,Q01105,P41227,P46379,O75844,Q03164,Q9Y6J9,P16435	10
Regulation of protein polymerization	0.2704332285320526	0.2980241680032233	0.7656847178986039	1.0	1.0	62	P35080,Q12792,P16949,Q96F07,P35611,O15511,P28289,Q9NYL9,Q16643,Q9UQB8,Q13813,P36404,O00165,Q12959,Q9UEY8,Q16625,P45880,Q01082	18
Positive regulation of ion transport	0.3027532152160532	0.2966527199338555	0.7667316568974076	1.0	1.0	38	P50570,P14174,O43865,Q96GC9,O14936,P30536,Q12959,O43707,P08183,Q9H4A3	10
Regulation of intrinsic apoptotic signaling pathway in response to dna damage by p53 class mediator	0.3988255477617937	0.2960656371839233	0.7671799557240073	1.0	1.0	6	P61978	1
Positive regulation of cytokinesis	0.3689074487484083	0.2952268890436767	0.7678205624490455	1.0	1.0	9	Q96GD4	1
Negative regulation of actin filament depolymerization	0.3190069395222672	0.2951229201814436	0.767899981318255	1.0	1.0	17	Q12792,P35611,P28289,Q9NYL9,Q13813,Q01082	6
Regulation of the force of heart contraction	0.4538144419381651	0.2949666857219829	0.7680193289790163	1.0	1.0	4	P10253	1
Peptidyl serine dephosphorylation	0.3804702808621788	0.2939760350956322	0.7687762158849463	1.0	1.0	7	Q08209,P63151,P49593,P30153,P62258,P62136	6
Regulation of nik nf kappab signaling	0.3326208974389731	0.2937183236676529	0.7689731513379152	1.0	1.0	13	O43657,O43707	2
Regulation of body fluid levels	0.2954764887658855	0.2933395409570313	0.7692626329395007	1.0	1.0	48	Q9UNN8,P35670,P35579,P04062,Q14344,Q99808,Q9Y3B8,P00813,P53582,P00403,Q9H4A3,Q13505,P12814,P15531	14
Locomotory behavior	0.2989179339687259	0.2921977522194411	0.7701354301489094	1.0	1.0	27	P54802,P10253,P50897,O75844,O15118	5
Mesenchyme development	0.3022485878532895	0.2910344909023367	0.7710249407580649	1.0	1.0	36	Q9UBV8,O94788,Q92841,Q96A65,P08133,P17844,Q9UK61,Q99729,Q14978,P98172,Q13464	11
Negative regulation of actin filament polymerization	0.3072286913300506	0.2903640127089822	0.7715377719763983	1.0	1.0	21	P35080,Q12792,P35611,P28289,Q9NYL9,Q13813,Q9UEY8,Q01082	8
Cellular response to camp	0.4521528764393649	0.2901612244368314	0.7716928990936835	1.0	1.0	4	Q9Y4G8,P27695	2
Regulation of neuron projection arborization	0.591422204664518	0.2895314868471861	0.7721746881547036	1.0	1.0	3	Q15334	1
Postsynaptic specialization organization	0.5914022123830571	0.289483335531268	0.7722115305726931	1.0	1.0	3	Q12959	1
Regulation of dna dependent dna replication initiation	0.4508972267536629	0.2865519663137534	0.7744553978919058	1.0	1.0	4	O60934,P24941,O95251	3
Organelle disassembly	0.2946026229656229	0.2859156700414514	0.7749427115728058	1.0	1.0	48	Q7Z3C6,Q08379,Q9Y6I9,P30536,Q96HY6,P27544,P21796,P04062	8
Regulation of endocytic recycling	0.6035213563743123	0.2832778967150157	0.7769638195016535	1.0	1.0	2	Q07960	1
Peptidyl arginine methylation	0.4486133768352253	0.2800367723182782	0.7794492928483141	1.0	1.0	4	Q86X55,O60678,Q99873	3
Peptidyl arginine n methylation	0.4486133768352253	0.2800367723182782	0.7794492928483141	1.0	1.0	4	Q86X55,O60678,Q99873	3
Epithelial tube branching involved in lung morphogenesis	0.601891098793603	0.2793456437572421	0.7799795811903831	1.0	1.0	2	P35222	1
Response to sterol	0.601891098793603	0.2793456437572421	0.7799795811903831	1.0	1.0	2	Q15126	1
Response to cholesterol	0.601891098793603	0.2793456437572421	0.7799795811903831	1.0	1.0	2	Q15126	1
Salivary gland development	0.601891098793603	0.2793456437572421	0.7799795811903831	1.0	1.0	2	P60953	1
Negative regulation of proteolysis involved in cellular protein catabolic process	0.296141145498411	0.2792514807421267	0.7800518384128696	1.0	1.0	26	P46379,Q96HY6	2
Maintenance of synapse structure	0.4482058796688117	0.278881062374023	0.7803361022302988	1.0	1.0	4	Q12959,Q14203	2
Regulation of endothelial cell differentiation	0.3763294603416339	0.2782636983597105	0.780809940552766	1.0	1.0	7	P35611,O75116,Q13464,O14974	4
Positive regulation of myelination	0.4476345840130349	0.2772642703090479	0.7815771925982342	1.0	1.0	4	Q14118,Q9UPY3,Q8TEW0	3
Extracellular exosome assembly	0.5851889089458632	0.2747081176101517	0.7835404940734145	1.0	1.0	3	Q92783	1
Renal tubule development	0.4075631189838034	0.2738511877043502	0.784198984564086	1.0	1.0	5	Q12959	1
Response to metal ion	0.2790580648069472	0.2723544184737967	0.7853495171224285	1.0	1.0	57	P35670,Q9UBV8,O43865,P09960,Q8TAD4,P35611,P09601,P30536,P02786,Q14168,P50995,O15118,O60888	13
Regulation of blood circulation	0.2959010049546547	0.2718513906247842	0.7857362886600545	1.0	1.0	27	P00813	1
Negative regulation of immune system process	0.2977574286354061	0.2701789142140807	0.7870226136936915	1.0	1.0	42	P28070,P14174,Q9UIV1,P09601,P46108,P04439,P00813,Q12959,P19474,Q96IZ0,Q08722	11
Histone h3 k9 methylation	0.3429993039326796	0.2700520667527765	0.7871201976141173	1.0	1.0	11	P46100	1
Regulation of superoxide anion generation	0.4450244698205498	0.269929369546603	0.7872145919183409	1.0	1.0	4	P08754,P04899,Q9NY61	3
Dendritic transport	0.3909130363772359	0.2686575006570763	0.7881932592416896	1.0	1.0	6	P23246	1
Positive regulation of epithelial cell differentiation	0.373411199533945	0.2673466285143723	0.7892022884624499	1.0	1.0	7	Q9Y3B8	1
Glycosylation	0.2973296503224551	0.2668464345401395	0.7895874005123911	1.0	1.0	42	O60502,Q2TAA5,Q08379,O75503,Q9BT22,P46977,Q86SF2,O43505,Q9Y5P6,Q8NAT1,P04844,Q10472,O15118,Q8TCJ2,P04843,P04062	16
Regulation of collateral sprouting	0.5963482230192303	0.2662035843405963	0.7900824226910641	1.0	1.0	2	Q15375	1
Collateral sprouting	0.5963482230192303	0.2662035843405963	0.7900824226910641	1.0	1.0	2	Q15375	1
Cellular response to dexamethasone stimulus	0.4050955430217198	0.2661494472082263	0.790124114471366	1.0	1.0	5	P25705	1
Regulation of immune response	0.2986964747277746	0.2656349493544712	0.7905203665972966	1.0	1.0	116	Q5KU26,Q5RKV6,P12956,Q96PK6,P00813,P46379,O95219,P19474,P02786,Q08722,Q9NQT5,Q9NPR9,P43243,P09601,P46108,Q9NUQ9,Q8WXF1,Q07021,O96028,O15400,P28070,Q9UIV1,P41440,Q9NUD5,P51812,Q9BUI4,Q96IZ0,Q9H4A3,O43657,P23246,Q07666,Q15233,P62942,Q14671,P04439	35
Cell cycle g2 m phase transition	0.2965423002561885	0.2653458463614226	0.7907430495605372	1.0	1.0	43	P50570,Q96GD4,P06493,O14777,O43823,Q13309,Q9ULX6,Q6NUQ1,P08183,Q9NWV8,Q96K76,Q96JB5,Q07666	13
Negative regulation of fibroblast proliferation	0.3897199347849809	0.2646025282359021	0.7913156722874561	1.0	1.0	6	Q96IZ0	1
Aerobic respiration	0.2715905568805914	0.2641883541764165	0.7916347843980944	1.0	1.0	83	Q9UDW1,P25705,O75964,P03915,O43674,P36404,P00846,O43676,P22695,O96000,Q13423,Q15070,P00403,P21912,P48735	15
Positive regulation of epidermis development	0.3881444831732499	0.2592801048150017	0.7954191287213939	1.0	1.0	6	Q9Y3B8	1
Positive regulation of epidermal cell differentiation	0.3881444831732499	0.2592801048150017	0.7954191287213939	1.0	1.0	6	Q9Y3B8	1
Positive regulation of amyloid beta formation	0.5771924263857239	0.2562577125679521	0.7977518477201659	1.0	1.0	3	Q13492	1
Amyloid beta metabolic process	0.3249356599758016	0.2561822029958324	0.797810150148508	1.0	1.0	13	Q9NQC3,P27695,O95197,P49755,Q13464,Q13492	6
Positive regulation of monooxygenase activity	0.3860867367475216	0.2523838409695573	0.8007443890028785	1.0	1.0	6	P00374,Q8WTV0	2
Macroautophagy	0.28714460357963	0.2519196529235048	0.8011031685514345	1.0	1.0	103	Q96CV9,Q96GC9,Q9Y5K8,Q7Z3C6,Q93050,Q9Y487,P09601,Q9Y6I9,Q9UPT5,P56962,Q96HY6,Q86Y82,O15118,P27544,Q8TBX8,P21796,P04062	17
Positive regulation of double strand break repair via homologous recombination	0.3102730277209821	0.2476989187980448	0.8043673684806458	1.0	1.0	17	O95619,P35637	2
Dendritic spine maintenance	0.5732241816781873	0.2473426133533835	0.8046430823799018	1.0	1.0	3	Q13614	1
Embryonic morphogenesis	0.2558945906030855	0.2457626224579266	0.8058659927139453	1.0	1.0	67	P54802,O94788,Q96A65,Q8IZL8,P07942,P25440,Q12959,Q9H4A3,P42892,Q9UK61,Q13464,O15031,O75569,P67809	14
Cell motility involved in cerebral cortex radial glia guided migration	0.5872187805673239	0.2453361958989483	0.8061961276742609	1.0	1.0	2	Q8WXH0	1
Gamma aminobutyric acid metabolic process	0.5852624714704988	0.2409924036174471	0.8095610040813337	1.0	1.0	2	O43175	1
Negative regulation of apoptotic signaling pathway	0.2694847150727673	0.2403271682639261	0.8100766348562229	1.0	1.0	60	P14174,P02545,Q9UL15,P09601,Q8N163,Q9Y255,Q96K76,P45880,Q15233	9
Positive regulation of lamellipodium morphogenesis	0.5698624931552104	0.2399171758640258	0.8103944652649699	1.0	1.0	3	Q92766	1
Regulation of lamellipodium morphogenesis	0.5698624931552104	0.2399171758640258	0.8103944652649699	1.0	1.0	3	Q92766	1
Interferon gamma production	0.3656907243977091	0.2391130308119387	0.8110179376946738	1.0	1.0	7	Q9NUQ9,Q08722,P04439	3
Amyloid beta formation	0.335848929853294	0.2384004274196235	0.8115705359488479	1.0	1.0	11	Q9NQC3,P27695,O95197,P49755,Q13464,Q13492	6
Sulfate transport	0.5685486099533782	0.2370469292560125	0.8126203833013346	1.0	1.0	3	Q9UBX3	1
Cardiac muscle cell proliferation	0.5679297022457677	0.2357011372550532	0.8136645873532158	1.0	1.0	3	P06493	1
Rrna 3 end processing	0.3807232898938422	0.2347105345693973	0.814433410717204	1.0	1.0	6	Q9NQT5,Q13868	2
Regulation of oxidative stress induced intrinsic apoptotic signaling pathway	0.3348960313417384	0.2342614773403777	0.814781990499442	1.0	1.0	11	Q9UL15,P23246	2
Positive regulation of cysteine type endopeptidase activity	0.2881472592860027	0.2334976760691319	0.8153749739172231	1.0	1.0	25	O95831,Q96F07,Q96A26,Q9NR28,O00291	5
Very long chain fatty acid metabolic process	0.3444904860775151	0.2329200501818795	0.81582348879467	1.0	1.0	10	P33121,Q9UKU0,Q15067,Q9P035	4
Regulation of endothelial cell development	0.3801464644159169	0.2328362288650203	0.815888579377781	1.0	1.0	6	P35611,Q13464	2
Leukocyte migration	0.2916179726689084	0.2319692426514688	0.8165619030660443	1.0	1.0	44	P35579,P14174,P04062,P09601,P46108,Q8N5M9,P00813,P35613,Q9H4A3,Q08722,Q13464,Q07021	12
Pattern specification process	0.2912470749066635	0.2307528990914565	0.8175067747857896	1.0	1.0	29	Q7Z4L5,O94788,P29372,O15344,Q9Y2W6,Q9UK61,P98172,O75569	8
Muscle system process	0.268504050707855	0.2306618128747222	0.8175775424516574	1.0	1.0	60	Q12792,P02545,P06753,P08133,P28289,P09601,P09471,Q9NYL9,P67936,P10253,P00813,P16615,P50402,Q12959,Q14BN4,P60660,Q13464,P46939	18
Extrinsic apoptotic signaling pathway via death domain receptors	0.3098805585562779	0.2292562457430556	0.818669758676241	1.0	1.0	15	P09601	1
Vacuolar localization	0.3045310783763337	0.228001758101384	0.8196448737510806	1.0	1.0	18	P35579,O95219,P09601,Q99584	4
Glucosamine containing compound metabolic process	0.3924315952007169	0.2279845950989013	0.8196582165155641	1.0	1.0	5	O60502	1
Vasculogenesis	0.3625102962828737	0.2277658094652542	0.8198283081810043	1.0	1.0	7	Q4VCS5,Q96PU8	2
Cerebellar purkinje cell layer morphogenesis	0.5641083659683523	0.2274808006206453	0.8200498968172656	1.0	1.0	3	Q7Z4L5	1
Cytoplasmic pattern recognition receptor signaling pathway	0.3093695302654382	0.2267154135391805	0.8206450409069626	1.0	1.0	15	O43657,Q9NUD5,Q14671	3
Positive regulation of histone h4 acetylation	0.5636329204773054	0.2264687999959899	0.820836822878604	1.0	1.0	3	Q12824	1
Positive regulation of tyrosine phosphorylation of stat protein	0.5628734389987893	0.2248571817284393	0.8220903803185706	1.0	1.0	3	Q92769	1
Ribonucleoside monophosphate biosynthetic process	0.3015177801924148	0.2241081452628607	0.8226731546676289	1.0	1.0	19	P00813	1
Nucleotide binding domain leucine rich repeat containing receptor signaling pathway	0.3909921671018299	0.223795389610418	0.8229165175491369	1.0	1.0	5	P0DMV9,Q96RT1,Q96J02,P98170	4
Primary mirna processing	0.4273870482651024	0.222669528598217	0.823792718620278	1.0	1.0	4	P22626	1
Nik nf kappab signaling	0.304634794731099	0.2181765075161821	0.8272915884687533	1.0	1.0	17	O43657,O43707,Q99627	3
Regulation of nuclear transcribed mrna catabolic process deadenylation dependent decay	0.3242617870281947	0.2178438885382566	0.827550747539044	1.0	1.0	12	O60506,Q14103,P67809	3
Positive regulation of cell adhesion	0.2625524151434784	0.2167311456126096	0.8284178741642902	1.0	1.0	62	P50570,P41440,P30825,P46108,P36404,P46939,P00813,P49366,Q9NUQ9,P02786,P04439,Q08722,P98172,Q13464,O00592	15
Positive regulation of cell projection organization	0.2600520116878422	0.2157775644606901	0.8291611373253243	1.0	1.0	63	P50570,Q9H6U6,Q14108,P07196,Q9UQB8,Q16625,O15031	7
Regulation of monooxygenase activity	0.3401689199844747	0.2152979670043247	0.8295350145598019	1.0	1.0	10	P16435,P00374,Q8WTV0	3
Regulation of translation at synapse modulating synaptic transmission	0.424469820554644	0.2152530514100061	0.8295700311488328	1.0	1.0	4	P35268,P38919,P06730	3
Postsynaptic modulation of chemical synaptic transmission	0.4244698205546436	0.2152530514100052	0.8295700311488334	1.0	1.0	4	Q08209,P38919,P06730	3
Negative regulation of leukocyte proliferation	0.3487828427954631	0.2142228785135033	0.8303732557168948	1.0	1.0	9	Q96IZ0	1
Cellular carbohydrate catabolic process	0.3034441418364995	0.2120582691064965	0.8320615756999024	1.0	1.0	17	Q14108,Q9NUJ1	2
Regulation of defense response to virus by host	0.3579359895493145	0.2117467148898821	0.8323046411341044	1.0	1.0	7	Q96ST3,Q7Z434,O60828,Q08211,O94826,P42224	6
Phagocytosis	0.2904875316930013	0.2114102800913814	0.8325671356733964	1.0	1.0	41	Q5KU26,P50570,Q07954,Q8WTV0,P51790	5
Positive regulation of mrna metabolic process	0.2665052395053738	0.211127232311488	0.8327879908367946	1.0	1.0	60	O15514,P62995,O60506,Q96EP5,Q9NQT5,Q5PRF9,Q13868,Q96E39,P98179,Q13464,Q969T7,Q9UIV1,Q9Y2W1,Q15024,P38159,Q92945,Q14103,Q14671,Q14011,P67809	20
Negative regulation of epithelial cell migration	0.3478475608878897	0.210634464173666	0.83317251707497	1.0	1.0	9	P57105,P35080	2
Neutrophil differentiation	0.4219370388654438	0.2089089627916408	0.8345193072421022	1.0	1.0	4	Q8N5M9	1
Cerebellar cortex formation	0.3856053706243187	0.2083966753020475	0.8349192520702706	1.0	1.0	5	Q7Z4L5	1
Response to endoplasmic reticulum stress	0.2612826049292789	0.2081851317716703	0.8350844173866916	1.0	1.0	77	O95831,Q9UBU6,P41440,Q13217,Q8TCJ2,O00459,Q96A33,P46379,P16615,Q96HY6,Q7Z2K6,Q96JB5,P32929	13
Negative regulation of cell killing	0.4209838500588441	0.2065444715986919	0.8363656302322147	1.0	1.0	4	P04439	1
Regulation of mitotic cytokinesis	0.56863384414737	0.2059266293788859	0.8368482239801223	1.0	1.0	2	Q9Y2S7	1
Negative regulation of wound healing	0.3716175096291182	0.2057395845198935	0.836994335985505	1.0	1.0	6	O14936	1
Negative regulation of protein kinase activity by regulation of protein phosphorylation	0.3839822221178426	0.2038441272031304	0.8384753082230321	1.0	1.0	5	Q96JB5	1
Response to potassium ion	0.419774438015662	0.2035626307519683	0.838695297972404	1.0	1.0	4	Q14168	1
Cellular response to potassium ion	0.419774438015662	0.2035626307519683	0.838695297972404	1.0	1.0	4	Q14168	1
Negative regulation of necrotic cell death	0.41957585644371	0.2030749772771434	0.8390764294613262	1.0	1.0	4	Q92974,P12235,P16989	3
Negative regulation of programmed necrotic cell death	0.41957585644371	0.2030749772771434	0.8390764294613262	1.0	1.0	4	Q92974,P12235,P16989	3
Regulation of synapse maturation	0.567003586566669	0.2026696657842993	0.8393932343024	1.0	1.0	2	P63104	1
Negative regulation of cell cycle process	0.2553573233844008	0.2011013555068642	0.8406193221057796	1.0	1.0	71	P12270,Q96GD4,Q96PK6,Q96DY7,Q6IQ49,Q8N163,O14777,P41227,Q12959,Q6NUQ1,Q9NWV8,Q96RU2,P46100,Q96K76,Q96JB5,Q8N6R0,Q08J23	17
Negative regulation of cell activation	0.2971966937326418	0.2008297509516956	0.8408316989438449	1.0	1.0	19	P09601,Q96IZ0	2
Regulation of nervous system development	0.2632512102790011	0.2008067562763617	0.8408496797945835	1.0	1.0	61	Q96G23,P07196,Q9UQB8,P30536,P55209	5
Peroxisome fission	0.4185546079858593	0.2005758493696729	0.8410302437021513	1.0	1.0	4	P40855	1
Positive regulation of stress activated protein kinase signaling cascade	0.326870335120392	0.2001773292906526	0.841341896934737	1.0	1.0	11	O15344,Q969S3	2
Negative regulation of cell cycle g2 m phase transition	0.2970428949561871	0.2000120337056387	0.8414711697477766	1.0	1.0	19	Q96GD4,P06493,Q6NUQ1,Q9NWV8,Q96K76,Q96JB5	6
Nucleoside monophosphate biosynthetic process	0.2885933175368608	0.1992411351893855	0.8420741231853193	1.0	1.0	22	P00813	1
Positive regulation of bmp signaling pathway	0.4176182707993448	0.1982973933000487	0.8428123910418308	1.0	1.0	4	Q9BRX2,Q14318,Q9C0C9	3
Mrna cleavage	0.3358651360173942	0.1981242857808702	0.8429478241399118	1.0	1.0	10	Q16630,Q8N684,Q6UN15,Q9UKF6,Q9P2I0	5
Actomyosin contractile ring organization	0.4174163747992373	0.1978077243236024	0.8431955024517008	1.0	1.0	4	Q15149,Q9H0H5	2
Neurotrophin trk receptor signaling pathway	0.3689927308934352	0.1976385606463901	0.8433278628081546	1.0	1.0	6	Q99523,Q96F07	2
Protein localization to adherens junction	0.3815274151436065	0.1970369849411102	0.8437985952755622	1.0	1.0	5	Q07157,Q14160,Q5T2T1,Q13112	4
Neural precursor cell proliferation	0.2847364127934386	0.1963923775357718	0.8443030619370817	1.0	1.0	23	Q9UKA9,O75306,P55209,Q9UBD5,Q9H0H5,O15031,P48681	7
Positive regulation of mitochondrion organization	0.2879883876143219	0.195760463665449	0.8447976566936752	1.0	1.0	22	Q96A26,P27544,O14737,P21796	4
Negative regulation of binding	0.2888185414425748	0.1950469189247367	0.8453562169300763	1.0	1.0	36	P40855,Q96GD4,Q08379,O75381,P09601,P16615,Q13464,Q14012	8
Regulation of mrna metabolic process	0.3114467597029992	0.193663667725971	0.8464392421448055	1.0	1.0	142	P51114,O43865,P52272,P62995,O60506,P98175,Q9NQT5,Q5PRF9,Q9UHX1,Q13242,O75150,Q9BWF3,P35637,Q13868,Q96E39,P98179,Q13464,Q07021,O75525,Q969T7,Q9UIV1,Q92841,Q9Y2W1,Q96PU8,Q13151,P08670,P38159,Q99729,Q07666,P22626,Q8IY67,Q92945,Q92804,Q14103,Q16629,P61978,Q8N684,Q5VTR2,Q14671,P17844,Q14011,O75494,P67809	43
Metencephalon development	0.2816509701222616	0.1928575037285646	0.8470705672719627	1.0	1.0	25	Q5KU26,Q7Z4L5,Q14103,P54802,Q9UKA9,O14949,P46108,P04062	8
Inner ear receptor cell stereocilium organization	0.5469667318982238	0.1925236757025763	0.8473320242576579	1.0	1.0	3	Q9BW83,Q14651	2
Tetrahydrobiopterin metabolic process	0.4132177384173392	0.1877554465152545	0.8510683630683451	1.0	1.0	4	P61457	1
Cenp a containing chromatin organization	0.5588522986631802	0.186874820225087	0.8517587819472621	1.0	1.0	2	Q6IPU0	1
Golgi to vacuole transport	0.3499125725429063	0.1845388397448011	0.8535907606176214	1.0	1.0	7	Q92572,Q99523,O14976	3
Histone h4 k16 acetylation	0.3409046989727046	0.1845240859204666	0.853602333736178	1.0	1.0	9	O75844	1
Positive regulation of centriole replication	0.557222041082482	0.1838141779271325	0.854159233277672	1.0	1.0	2	P37198	1
Regulation of cell cycle g1 s phase transition	0.2861906608454587	0.182733298548661	0.8550072871791861	1.0	1.0	33	Q9UL46,Q8N6R0,Q96DY7,Q96HY6	4
Positive regulation of transcription from rna polymerase ii promoter involved in cellular response to chemical stimulus	0.5559178350179237	0.1813893239006246	0.8560619981762003	1.0	1.0	2	Q9NXV6	1
Regulation of intrinsic apoptotic signaling pathway	0.2835940005715835	0.1811823424958991	0.8562244538724211	1.0	1.0	46	P14174,P61978,Q9UL15,Q8N163,Q96K76,P23246,P45880,Q15233	8
Transforming growth factor beta receptor signaling pathway	0.2852512419023376	0.1801761578354793	0.8570142753985999	1.0	1.0	22	P50570,Q92896,P49354	3
Dna double strand break processing	0.37402088772846	0.1768139781516423	0.8596545090717032	1.0	1.0	5	P51530,Q9NVH0,P49959,P61088	4
Regulation of neurotransmitter levels	0.2844535993005695	0.1744423202236704	0.861517857417176	1.0	1.0	32	P21964,P50897	2
Regulation of intrinsic apoptotic signaling pathway in response to osmotic stress	0.5520052168242489	0.1742410857544481	0.8616759976000066	1.0	1.0	2	Q92974	1
Intrinsic apoptotic signaling pathway in response to osmotic stress	0.5520052168242489	0.1742410857544481	0.8616759976000066	1.0	1.0	2	Q92974	1
Negative regulation of intrinsic apoptotic signaling pathway in response to osmotic stress	0.5520052168242489	0.1742410857544481	0.8616759976000066	1.0	1.0	2	Q92974	1
Ephrin receptor signaling pathway	0.3460114104317632	0.171734055146517	0.8636466114075094	1.0	1.0	7	P98172,P46108,Q8N5V2	3
Protein localization to chromosome	0.2830331973327618	0.171361956323678	0.8639391667209013	1.0	1.0	45	Q96GD4,Q96DY7,P46100,Q8NEY8,O14773	5
Adult behavior	0.293265163670791	0.1697843514098098	0.8651797340096135	1.0	1.0	18	P28289,P50897,O75844,O15118,P51790	5
Regulation of chromatin assembly or disassembly	0.2974699711485662	0.1696242796326723	0.8653056268649488	1.0	1.0	15	P12270,Q8NEY8	2
Glucocorticoid metabolic process	0.4042414355628072	0.1671133569808059	0.8672808564527799	1.0	1.0	4	Q9UNE7,P05023,Q04917	3
Regulation of tissue remodeling	0.335970372880326	0.1665505125254343	0.8677237349673945	1.0	1.0	9	O75116,P02786,Q13464	3
Neurotransmitter receptor internalization	0.5467883925660215	0.1650051620269104	0.8689399190422384	1.0	1.0	2	Q9UQ16	1
Postsynaptic neurotransmitter receptor internalization	0.5467883925660215	0.1650051620269104	0.8689399190422384	1.0	1.0	2	Q9UQ16	1
Apoptotic process involved in morphogenesis	0.5467883925660209	0.1650051620269093	0.8689399190422393	1.0	1.0	2	P30154	1
Auditory receptor cell morphogenesis	0.5467883925660157	0.1650051620269003	0.8689399190422464	1.0	1.0	2	Q14651	1
Positive regulation of cell activation	0.2827452043856677	0.1645805415115614	0.8692741479674555	1.0	1.0	44	P14174,Q5RKV6,P30825,P12956,P04439,P00813,P49366,O95219,P02786,Q15418,Q9NQT5,P98172	12
Positive regulation of defense response to virus by host	0.3578191315703559	0.1644574838949717	0.8693710139177722	1.0	1.0	6	Q96ST3,Q7Z434,O60828,O94826,P42224	5
Adiponectin activated signaling pathway	0.5292841377233414	0.1598287418883369	0.8730159823684878	1.0	1.0	3	P67870	1
Neuromuscular junction development	0.3380498148337993	0.1582352999684828	0.8742713887855371	1.0	1.0	8	Q14203,Q9Y4W6,P49354	3
Forebrain cell migration	0.3333540132414189	0.1572235829382282	0.8750686429375476	1.0	1.0	9	Q96N66	1
Positive regulation of canonical wnt signaling pathway	0.2945053550158646	0.1560500648868221	0.8759935584928575	1.0	1.0	15	Q96K76,Q7Z4L5,Q8N163	3
Neuron recognition	0.398522277033936	0.1545744910675916	0.877156781435233	1.0	1.0	4	P35613	1
Negative regulation of amyloid precursor protein catabolic process	0.3325987100733022	0.1545577321341641	0.8771699943502411	1.0	1.0	9	Q9NQC3,P27695,O95197,Q13464,Q13492	5
Cellular response to external stimulus	0.2762902619995827	0.1536737066656704	0.8778670175259171	1.0	1.0	50	P09601,O95831,P21964	3
Foregut morphogenesis	0.5392892076948056	0.1523193696055252	0.8789350484363581	1.0	1.0	2	P35222	1
Neural plate development	0.5392892076948056	0.1523193696055252	0.8789350484363581	1.0	1.0	2	P35222	1
Digestive tract morphogenesis	0.5392892076948056	0.1523193696055252	0.8789350484363581	1.0	1.0	2	P35222	1
Regulation of production of small rna involved in gene silencing by rna	0.3392621298951959	0.1502610440159537	0.8805586663565081	1.0	1.0	7	O75844	1
Dna methylation dependent heterochromatin assembly	0.323247490327423	0.1500611791341058	0.8807163476732429	1.0	1.0	10	Q8NEY8	1
Negative regulation of oxidoreductase activity	0.5233257999320857	0.1495951230214489	0.8810840561499569	1.0	1.0	3	Q15070	1
Protein mannosylation	0.3628379817959308	0.1483883820507854	0.8820362683498668	1.0	1.0	5	Q8NAT1	1
Collagen fibril organization	0.3306504021982655	0.1477369924281392	0.8825503362264033	1.0	1.0	9	P13674,O75718,Q92791	3
Positive regulation of neurotransmitter uptake	0.5360286925334142	0.1470208403619081	0.8831155708349727	1.0	1.0	2	P05556	1
Regulation of neural precursor cell proliferation	0.3072195731552771	0.1460914985034371	0.8838491576246876	1.0	1.0	12	P55209,Q9UKA9	2
Regulation of epithelial cell differentiation	0.2922803389177105	0.1460410818616805	0.8838889574403566	1.0	1.0	15	Q9Y3B8,P22392,P35611	3
Protein acylation	0.2701131352510365	0.1453541106115361	0.8844312942217061	1.0	1.0	54	O95619,Q86UY6,Q5VZE5,Q01105,P41227,P46379,O75844,Q03164,Q9Y6J9,P16435	10
Response to ether	0.5204659073766574	0.1448242656533417	0.8848496229821756	1.0	1.0	3	Q14103	1
Neurotrophin signaling pathway	0.3373789020358509	0.1444268644269469	0.8851634044496137	1.0	1.0	7	Q99523,P27695,Q96F07	3
Torc2 signaling	0.5195694716242486	0.143347693740177	0.8860155905816651	1.0	1.0	3	Q9NWS0,Q9Y4R8	2
Nephron epithelium development	0.3334691074430998	0.1431047834206419	0.8862074272044995	1.0	1.0	8	Q12959,O00592	2
Regulation of response to wounding	0.2859071089364877	0.1428927396767424	0.8863748926300197	1.0	1.0	19	Q96G23,Q16625	2
L glutamate transmembrane transport	0.3499836761345148	0.1424943199245714	0.8866895656356784	1.0	1.0	6	O75746,Q9UJS0,Q15041,P05556,O60831	5
Regulation of protein binding	0.2747608850703096	0.1415657392705348	0.887423030422517	1.0	1.0	50	P10586,Q96GD4,P41440,P62942,Q08379,P35611,O75381,Q9UNE7,P46108,Q07954,Q9BUN8,P16615,P19474,Q13464,Q14012,P48681	16
Developmental maturation	0.2806364364325431	0.1393412950820509	0.8891804593977302	1.0	1.0	40	O75503,P07196,O94788	3
Myeloid leukocyte mediated immunity	0.2885637438388395	0.1392735172582807	0.8892340160721883	1.0	1.0	17	O95219,P09601,Q8N5M9	3
Positive regulation of proteolysis	0.2572955989981342	0.1386326098872776	0.889740473157961	1.0	1.0	80	Q9Y5A7,O95831,O75150,Q96F07,O60826,Q96A26,Q9NR28,O43847,P46379,O14737,Q96HY6,Q9UL46,Q06323,Q96JB5,O00291,Q9Y255,P04062	17
Cellular response to lipid	0.2715911219216794	0.1382571985215389	0.890037151208487	1.0	1.0	97	O95831,P14174,Q9P253,O94788,Q8WTV0,P08670,O43823,P30536,Q96HY6,O15118	10
Negative regulation of potassium ion transmembrane transport	0.5156555772994015	0.1370063527712483	0.8910257736810334	1.0	1.0	3	Q96PU5,Q9Y376	2
Negative regulation of potassium ion transport	0.5156555772994015	0.1370063527712483	0.8910257736810334	1.0	1.0	3	Q96PU5,Q9Y376	2
Serine family amino acid biosynthetic process	0.3347980283148035	0.1365450596169373	0.8913904056687829	1.0	1.0	7	P00374,P34897,P49903,P32929	4
Establishment of protein localization to organelle	0.3318777234812575	0.134870927048218	0.8927139263446995	1.0	1.0	181	Q8N4H5,Q99595,P02545,Q9BRG1,Q9NPF5,Q7Z4Q2,Q99567,P55735,P30536,P46379,Q15070,Q9NS69,O14737,Q9Y2T2,Q7Z3B4,Q9Y584,O60830,Q10713,Q9Y5M8,P40855,P12270,Q8N4Q1,Q14108,O75381,O00459,P78371,Q92973,Q8NFH5,P55786,Q14978,O14925,O95831,P62072,P57740,P56589,P52292,Q3ZCQ8,P20645,Q8N1F7,Q99523,Q15629,P06493,O96008,O00165,Q8WWC4,Q5JRX3,Q92783,Q96P70,Q9UII2,O43681	50
Negative regulation of i kappab kinase nf kappab signaling	0.3466586053773718	0.1335096114404854	0.8937903634900362	1.0	1.0	6	Q96CV9	1
Sulfur compound catabolic process	0.3304431684428081	0.1333464731584618	0.893919375476989	1.0	1.0	8	P25325,P35610,P16278	3
Synapse organization	0.2517515550877572	0.1327551681845349	0.8943870110428975	1.0	1.0	63	Q9Y4W6,O00264,P12814,Q14012,P07437,Q15375,P35080,P49354,Q16643,Q9UQB8,O15446,Q14247,Q14203,Q96EV8,Q9H2U1,Q14696,Q15334,Q13614,Q13641,O15031,P10586,O15228,P07196,Q96HC4,Q16352,Q12959,Q8N5V2	27
Positive regulation of ubiquitin dependent protein catabolic process	0.2735492107356637	0.132617902515215	0.894495573324078	1.0	1.0	23	Q9Y5A7,O60826,Q96HY6,Q96JB5,P04062	5
Carbohydrate homeostasis	0.2780602213046901	0.1305083870199183	0.89616421901292	1.0	1.0	44	Q15043,P17480,P42785,O00459,Q8N5M9,P49366,P53985,P85037	8
Primary alcohol metabolic process	0.2832960340204545	0.130123020015815	0.8964690976199425	1.0	1.0	19	O94788	1
Positive regulation of reproductive process	0.3544386422976552	0.1284176248819407	0.8978184839975651	1.0	1.0	5	P35222,Q92769,Q9H6S0,Q07021	4
Muscle contraction	0.2781966415138083	0.1282348073699396	0.8979631551554501	1.0	1.0	43	P06753,P08133,P28289,P10253,P09471,Q9NYL9,P67936,P00813,P16615,P50402,Q12959,Q14BN4,P60660,Q13464	14
Cardiac muscle cell differentiation	0.2960620792759282	0.1281736550463441	0.8980115483088218	1.0	1.0	13	O75844,P06493,Q15149,P02545	4
Peroxisome organization	0.3171518207760856	0.128131487893978	0.8980449176865348	1.0	1.0	10	O75381,P56589	2
Synaptic vesicle maturation	0.3856475168047115	0.1281258448701182	0.8980493833609018	1.0	1.0	4	P51790,Q13492	2
Positive regulation of autophagy	0.2770019961880975	0.1275214158456396	0.8985277241581267	1.0	1.0	32	P09601,O95219,Q96CV9,P27544,Q8TBX8,P21796	6
Pyrimidine deoxyribonucleoside metabolic process	0.5226605803716875	0.1266636685849571	0.8992066024383376	1.0	1.0	2	P23919	1
Regulation of protein containing complex disassembly	0.2780826327726305	0.1249347662450375	0.9005751945076463	1.0	1.0	42	Q12792,P35611,P29372,P28289,O15344,Q9NYL9,Q13813,O75844,O95104,Q9UEY8,Q01082,P04062	12
Rna phosphodiester bond hydrolysis exonucleolytic	0.2716887979279114	0.1225047530675379	0.9024992819430232	1.0	1.0	23	Q9UIV1,Q13868,Q9BQ61,Q9Y3B8,Q9UKF6,Q9NQT5	6
Regulation of atp metabolic process	0.2772217908826135	0.1220611380821959	0.9028505990014156	1.0	1.0	21	P00403	1
Regulation of cell projection organization	0.2859682531906396	0.1216911341820025	0.9031436349497646	1.0	1.0	117	Q9NR77,P50570,O14976,Q9NQX7,Q9H6U6,Q14108,Q96G23,Q9UL15,P07196,P08670,Q9UQB8,Q16625,O15031	13
Response to hepatocyte growth factor	0.3812163612891135	0.1195986984398279	0.9048010508186252	1.0	1.0	4	P48507	1
Positive regulation of transcription elongation from rna polymerase ii promoter	0.3259965569392685	0.1193555757838578	0.9049936550222604	1.0	1.0	8	Q14004	1
Negative regulation of double strand break repair via nonhomologous end joining	0.5158134985327567	0.1170794478668565	0.9067970959411602	1.0	1.0	2	Q9UBB9	1
Nervous system process	0.2686534636005256	0.1166153518753823	0.9071648716958154	1.0	1.0	96	O75569,P62072,Q14108,Q8IZL8,Q6P4Q7,P07196,Q9H6K4,P50897,Q9UQB8,P10253,O75844,O43924,Q9BPW8,Q14168,O14773,P04062	16
Positive regulation of axonogenesis	0.2844131861557069	0.1153146077005293	0.9081957603305116	1.0	1.0	16	P07196	1
Lymphocyte chemotaxis	0.5009971654908095	0.1147794557548014	0.9086199333526626	1.0	1.0	3	Q9H4A3	1
T cell chemotaxis	0.5009971654908095	0.1147794557548014	0.9086199333526626	1.0	1.0	3	Q9H4A3	1
Protein localization to early endosome	0.347911227154051	0.1137332240360617	0.909449274423771	1.0	1.0	5	O75116,P15311,P35241,Q14160	4
Regulation of epidermis development	0.3205211266201383	0.1136062279121239	0.90954995015895	1.0	1.0	9	Q9Y3B8,P22392	2
Organic cyclic compound catabolic process	0.318969645161483	0.1135830764732055	0.9095683035381426	1.0	1.0	164	Q5RKV6,P21964,Q8WTV0,P00813,O60506,P30519,Q08J23,O00584,O60658,P35637,P09601,Q9H773,Q969T7,O95831,Q13126,P08670,Q92945,Q92804,Q14011,P67809	20
Cytoplasmic sequestering of transcription factor	0.3477706317524885	0.1134250545204048	0.909693577248342	1.0	1.0	5	Q9UNN5,O60826	2
Negative regulation of adenylate cyclase activity	0.5119008803390819	0.1118554678130065	0.9109380064756074	1.0	1.0	2	P04899	1
Negative regulation of lyase activity	0.5119008803390819	0.1118554678130065	0.9109380064756074	1.0	1.0	2	P04899	1
Regulation of vesicle fusion	0.4983692106979658	0.1110477515959611	0.9115784805671518	1.0	1.0	3	O60343,P07355	2
Positive regulation of cellular protein catabolic process	0.2760481980031397	0.1109584997104893	0.9116492558867192	1.0	1.0	42	Q9Y5A7,O75150,Q07954,P46379,Q96HY6,Q96JB5	6
Meiosis ii cell cycle process	0.5105966742745235	0.1101546273292608	0.9122867453639903	1.0	1.0	2	P30153	1
Meiotic sister chromatid cohesion centromeric	0.5105966742745235	0.1101546273292608	0.9122867453639903	1.0	1.0	2	P30153	1
Negative regulation of mitochondrial fusion	0.4968652477058463	0.1089465512894782	0.9132448837732288	1.0	1.0	3	P02786	1
Regulation of cellular response to growth factor stimulus	0.2723677240107135	0.1082912709425146	0.9137646466755108	1.0	1.0	30	P50570,Q92896,Q96F07,P62942	4
Negative regulation of hormone metabolic process	0.5089664166938339	0.1080568864650358	0.9139505674543178	1.0	1.0	2	O60678	1
Unsaturated fatty acid biosynthetic process	0.3222593759542438	0.1079238826036012	0.914056072190665	1.0	1.0	8	P14174,O15121	2
Negative regulation of activated t cell proliferation	0.5083143136615464	0.1072265706960348	0.914609236578788	1.0	1.0	2	Q14160	1
Cellular component maintenance	0.3178996966320035	0.1051467602795123	0.9162593555826204	1.0	1.0	9	Q12959,Q15334,Q07157,Q14203,Q13614	5
Blastoderm segmentation	0.4931564029549187	0.1038716648639955	0.917271193608022	1.0	1.0	3	Q9UK61	1
Tripartite regional subdivision	0.4931564029549187	0.1038716648639955	0.917271193608022	1.0	1.0	3	Q9UK61	1
Maintenance of sister chromatid cohesion	0.3229356883972391	0.1020509273212582	0.918716251896368	1.0	1.0	7	P41227,P46100	2
Regulation of peptidyl lysine acetylation	0.2783325260858643	0.0991197718448131	0.9210431737296696	1.0	1.0	18	O75844,Q03164,Q01105	3
Post embryonic development	0.2815114996949775	0.0982405592188876	0.9217412766146666	1.0	1.0	14	P11717,P46100	2
Positive regulation of mononuclear cell migration	0.3215195216893217	0.0981272250743014	0.9218312693632256	1.0	1.0	7	Q08722,Q9H4A3	2
Wound healing	0.2562778862462027	0.0979133097541548	0.922001131117407	1.0	1.0	59	Q9UNN8,P42785,P09601,Q8WTV0	4
Apoptotic process involved in development	0.369004893964113	0.0976358518262827	0.9222214548596388	1.0	1.0	4	O75312,P30154,Q14160	3
Positive regulation of ion transmembrane transport	0.2666921115244657	0.0960806567656088	0.9234565138884224	1.0	1.0	23	P50570,Q96GC9,O43707,P08183	4
Positive regulation of cytoplasmic translation	0.294002680290361	0.0957284349346214	0.9237362567920544	1.0	1.0	12	O60506,P67809	2
Positive regulation of chemokine c c motif ligand 5 production	0.4985327681773603	0.0953672031208626	0.9240231654341128	1.0	1.0	2	Q7Z434	1
Positive regulation of vesicle fusion	0.4982067166612259	0.0949909087794871	0.9243220480104914	1.0	1.0	2	P07355	1
Fc epsilon receptor signaling pathway	0.4975546136289427	0.0942419583930273	0.9249169550939264	1.0	1.0	2	P07948	1
Gdp mannose metabolic process	0.3668418119102152	0.0939805947977284	0.9251245716092396	1.0	1.0	4	Q9Y5P6	1
Positive regulation of biomineralization	0.4972285621128123	0.093869299626449	0.9252129814754028	1.0	1.0	2	Q4KMQ2	1
Positive regulation of bone mineralization	0.4972285621128123	0.093869299626449	0.9252129814754028	1.0	1.0	2	Q4KMQ2	1
Convergent extension	0.4965764590805315	0.0931276080818671	0.925802184661944	1.0	1.0	2	Q13263	1
Lung associated mesenchyme development	0.4965764590805311	0.0931276080818668	0.9258021846619442	1.0	1.0	2	P35222	1
Tissue remodeling	0.27678297240845	0.0922463068011978	0.926502347352063	1.0	1.0	18	O14773,P02786,Q92791	3
Gene silencing by rna	0.273469586026904	0.0922403762029994	0.92650705919595	1.0	1.0	41	Q5KU26,P51114,Q9UIV1,Q9BWF3,Q92841,Q14671,Q15631,Q9H7Z3,O75844,Q9Y2W6,P22626,O75569	12
Embryonic organ morphogenesis	0.2779068860829057	0.0916838494466567	0.9269492296138832	1.0	1.0	17	Q8IZL8,P54802,O75569	3
Negative regulation of cell adhesion	0.2716087901745319	0.0914691126277907	0.9271198478800584	1.0	1.0	33	Q9H6U6,O14936,Q12959,O43707,Q9H4A3,Q96IZ0,O15031	7
Negative regulation of rho protein signal transduction	0.3371409921671062	0.0911259727767868	0.9273924952063042	1.0	1.0	5	P05556,P63167,P16949,Q9NWH9	4
Regulation of response to reactive oxygen species	0.3060644868807259	0.0905345776003249	0.9278624178130784	1.0	1.0	10	O60658,Q96IZ0	2
Regulation of adenylate cyclase activating g protein coupled receptor signaling pathway	0.4827136333985523	0.090392251539148	0.9279755138636424	1.0	1.0	3	P04899,P17252	2
Adrenergic receptor signaling pathway	0.482713633398548	0.0903922515391424	0.9279755138636469	1.0	1.0	3	Q9Y4G8,P04899	2
Ventricular septum morphogenesis	0.4824583309516443	0.0900775445399129	0.9282255935267788	1.0	1.0	3	O96028	1
Regulation of intracellular estrogen receptor signaling pathway	0.2787515255578293	0.0886458254195708	0.9293633879950468	1.0	1.0	15	Q96HY6	1
Positive regulation of lamellipodium assembly	0.2919530937721729	0.0883621239841787	0.9295888641856824	1.0	1.0	12	Q16625	1
Regulation of fc receptor mediated stimulatory signaling pathway	0.362479608482874	0.0868238442361626	0.9308115342314108	1.0	1.0	4	Q08722,P07948,P41240	3
Response to interferon gamma	0.2630461438035752	0.086025182814473	0.9314463984367004	1.0	1.0	25	Q9Y5A7,P08670	2
Establishment of endothelial barrier	0.2749918059652546	0.0844136583532722	0.9327275482500887	1.0	1.0	18	P49327,O14974,P35611,P18206,Q9Y4G8,P35241,P15311,Q9UDY2,Q9H0U4,P55196,P26038,Q8TEU7,Q07157,P62820,Q9Y624,O75116,Q13464	17
Aspartate family amino acid biosynthetic process	0.2957349392001674	0.0825597333183715	0.9342016200787708	1.0	1.0	11	Q13126	1
Epidermis morphogenesis	0.4864688620802037	0.0822412458394719	0.9344548750782816	1.0	1.0	2	P35222	1
T cell tolerance induction	0.4851646560156472	0.0809187032754466	0.935506605677983	1.0	1.0	2	Q96J02	1
Lymphocyte anergy	0.4851646560156472	0.0809187032754466	0.935506605677983	1.0	1.0	2	Q96J02	1
Peptidyl arginine methylation to asymmetrical dimethyl arginine	0.4742335290280393	0.0803126421082037	0.935988603746024	1.0	1.0	3	O60678,Q99873	2
Folic acid containing compound catabolic process	0.4715875695392617	0.0773238844114936	0.9383658907737352	1.0	1.0	3	Q9NRN7	1
Translational readthrough	0.4812520378219688	0.0770613146717929	0.9385747678689018	1.0	1.0	2	P38919	1
Intracellular receptor signaling pathway	0.2587282889423876	0.0759045500937157	0.9394950368543332	1.0	1.0	56	O43657,P42785,Q96HY6,O94788	4
Centrosome duplication	0.2754619675077034	0.0756285305085349	0.939714637397679	1.0	1.0	15	Q9HD42,Q96PK6,P41208,O14777,Q8WUM4	5
Regulation of fatty acid transport	0.4700509719976196	0.0756219358777797	0.9397198841267872	1.0	1.0	3	P14174	1
Regulation of cell shape	0.266351144745295	0.0740256379555139	0.9409899850849476	1.0	1.0	30	P35579,Q14344,Q9UQB8,O75844,Q12959,P07686,P35580,O15031	8
Dephosphorylation of rna polymerase ii c terminal domain	0.477665471144438	0.0736686846533379	0.941274017084829	1.0	1.0	2	Q9NQG5	1
Golgi disassembly	0.3279922713626266	0.0735225027045223	0.9413903379627644	1.0	1.0	5	Q08379	1
Negative regulation of guanyl nucleotide exchange factor activity	0.4671477055027162	0.0724734100646395	0.9422251655055952	1.0	1.0	3	P16949	1
Rna decapping	0.3273466964832706	0.0723359630177373	0.9423345452976452	1.0	1.0	5	Q9BQG2	1
Methylguanosine cap decapping	0.3273466964832706	0.0723359630177373	0.9423345452976452	1.0	1.0	5	Q9BQG2	1
Morphogenesis of embryonic epithelium	0.2659571345294169	0.0675362150932102	0.94615483235113	1.0	1.0	21	O15031,O94788	2
T cell activation	0.2604285716496722	0.0668965698331755	0.946664043799847	1.0	1.0	54	P62942,P30825,P04439,P00813,P49366,Q12959,P02786,O96005,Q96IZ0,Q9Y255,P04062	11
Positive regulation of lamellipodium organization	0.2730844547465286	0.0664576935011577	0.9470134389052344	1.0	1.0	15	Q16625	1
Neuroepithelial cell differentiation	0.3487310287696885	0.0661307126589561	0.9472737591971598	1.0	1.0	4	P07437	1
Regulation of oxidative phosphorylation	0.3186418543911248	0.0660813146655018	0.947313087068022	1.0	1.0	6	Q6L8Q7,P34897,P30405,P14406,Q9BRT2	5
Gastrulation with mouth forming second	0.3484502446982019	0.0657372847586056	0.9475869876543132	1.0	1.0	4	P35222,Q4VCS5,Q99496	3
Positive regulation of protein localization to early endosome	0.347797716150081	0.064827443606511	0.9483113905661176	1.0	1.0	4	O75116,P35241,P15311	3
Regulation of protein localization to endosome	0.347797716150081	0.064827443606511	0.9483113905661176	1.0	1.0	4	O75116,P35241,P15311	3
Nuclear transcribed mrna catabolic process	0.2614181576081389	0.0647935826062171	0.9483383510535124	1.0	1.0	53	Q969T7,Q9UIV1,Q14103,Q5RKV6,Q13868,Q9Y2W1,P17844,O60506,Q99729,Q9NQT5,Q5PRF9,P67809	12
Positive regulation of basement membrane assembly involved in embryonic body morphogenesis	0.466905771111831	0.0642886506467517	0.9487403902330374	1.0	1.0	2	Q14118	1
Regulation of extracellular matrix assembly	0.466905771111831	0.0642886506467517	0.9487403902330374	1.0	1.0	2	Q14118	1
Positive regulation of extracellular matrix assembly	0.466905771111831	0.0642886506467517	0.9487403902330374	1.0	1.0	2	Q14118	1
Heart formation	0.4656015650472723	0.063230738346867	0.9495827680844384	1.0	1.0	2	P35222	1
Iron sulfur cluster assembly	0.2898445718906236	0.0631888818726575	0.9496160980677812	1.0	1.0	11	Q9Y5Y2	1
Negative regulation of metaphase anaphase transition of cell cycle	0.2715076590472863	0.0621164459448421	0.950470100318705	1.0	1.0	16	P12270,Q96GD4,O14777,P49454,O43670,P25054	6
Regulation of attachment of spindle microtubules to kinetochore	0.3077012787626213	0.0620835288038152	0.9504963138036012	1.0	1.0	7	Q96GD4	1
Regulation of proteasomal ubiquitin dependent protein catabolic process	0.267904121779102	0.0606553258345176	0.951633710951767	1.0	1.0	44	Q9Y5A7,Q9UL15,Q8N163,P46379,Q96HY6,P04062	6
Mitochondrial electron transport nadh to ubiquinone	0.2595504987658935	0.0602576957188588	0.9519503946129771	1.0	1.0	23	O43676,O96000	2
Positive regulation of hematopoietic progenitor cell differentiation	0.4613628953374614	0.0599068984781777	0.952229785574223	1.0	1.0	2	Q9H2U1	1
Rna polyadenylation	0.263696302548246	0.0594747754973991	0.9525739561406246	1.0	1.0	30	Q5KU26,Q16630,O43865,O75150,Q8N684,Q6PJT7,Q5VTR2,Q6UN15,Q8N7H5,Q9UKF6,P33240,Q9P2I0,P18615,Q12849	14
Detection of muscle stretch	0.4600586892728999	0.0589188776623987	0.9530167219705884	1.0	1.0	2	P35222	1
Synaptic vesicle clustering	0.4600586892728999	0.0589188776623987	0.9530167219705884	1.0	1.0	2	P35222	1
Organic hydroxy compound biosynthetic process	0.2638211955408844	0.0589137033162506	0.953020843342374	1.0	1.0	50	P37268,Q9H4L5,Q15800,Q13510,P00374,P61457,Q15392,P48449,P04062,Q16850	10
Ribonucleoprotein complex disassembly	0.3185378590078376	0.0568766550299018	0.9546434507897584	1.0	1.0	5	Q9UBB9,P33176,Q14562,Q07866	4
Regulation of lipid kinase activity	0.3039814814410424	0.0564739364886264	0.9549642580493048	1.0	1.0	8	Q8TBX8	1
Neuron cellular homeostasis	0.3413556680600226	0.0561781457677862	0.955199890814252	1.0	1.0	4	P51790	1
Axo dendritic protein transport	0.3411739294981499	0.055942851636011	0.9553873335916064	1.0	1.0	4	Q14168	1
Protein localization to presynapse	0.3411739294981499	0.055942851636011	0.9553873335916064	1.0	1.0	4	Q14168	1
Positive regulation of transmembrane transport	0.2609365874530845	0.055653152103679	0.955618120826685	1.0	1.0	28	P50570,Q96GC9,O43707,P08183,Q16625	5
Very long chain fatty acid catabolic process	0.3407560628853405	0.0554036472711698	0.9558168902004728	1.0	1.0	4	Q15067	1
Negative regulation of cytokine production involved in inflammatory response	0.4551679165308064	0.0553560135131254	0.9558548382040934	1.0	1.0	2	Q9BWS9	1
Regulation of dopamine receptor signaling pathway	0.4484670580560941	0.0542601277050516	0.9567279162116038	1.0	1.0	3	Q96QK1,Q96EV8	2
Mrna cleavage involved in mrna processing	0.3030296882504436	0.0540028352192073	0.9569329053616132	1.0	1.0	8	Q8N684,Q16630,Q6UN15,Q9P2I0	4
Regulation of transcription elongation from rna polymerase ii promoter	0.2698081835719907	0.0539189688695549	0.9569997236762222	1.0	1.0	14	O60885,Q15061,Q9NYV4,Q9H3P2,Q14004,Q8IXH7,P18615	7
L aspartate transmembrane transport	0.447488584474867	0.0534008900424029	0.957412496075138	1.0	1.0	3	Q15758,Q9UJS0	2
Regulation of cellular extravasation	0.4468362687540619	0.0528331524901571	0.9578648465114534	1.0	1.0	3	Q08722,Q9BX67	2
Intestinal epithelial cell differentiation	0.4512552983371319	0.0526637719834258	0.957999804717977	1.0	1.0	2	P04818	1
Intestinal epithelial cell development	0.4512552983371319	0.0526637719834258	0.957999804717977	1.0	1.0	2	P04818	1
Regulation of hexokinase activity	0.4512552983371221	0.0526637719834194	0.957999804717982	1.0	1.0	2	P49792	1
Positive regulation of hexokinase activity	0.4512552983371221	0.0526637719834194	0.957999804717982	1.0	1.0	2	P49792	1
Positive regulation of muscle cell differentiation	0.3036954743471406	0.0524073310218373	0.958204132835593	1.0	1.0	7	P32929,Q14012	2
Cytoplasmic sequestering of nf kappab	0.3383360522022789	0.052330138627865	0.9582656390571618	1.0	1.0	4	O75832,Q9UNN5,O60826	3
Positive regulation of deoxyribonuclease activity	0.4448793215916445	0.0511542215556675	0.9592026299591124	1.0	1.0	3	P23396,P12004	2
Endodermal cell fate commitment	0.3142950391644917	0.04991440107809	0.9601906012081216	1.0	1.0	5	P35222,Q92541,Q8N7H5,Q6PD62	4
Cell fate commitment involved in formation of primary germ layer	0.3142950391644917	0.04991440107809	0.9601906012081216	1.0	1.0	5	P35222,Q92541,Q8N7H5,Q6PD62	4
Negative regulation of dendrite morphogenesis	0.4432485322896231	0.0497827449032919	0.9602955172043984	1.0	1.0	3	Q08209,Q9Y4G8	2
Negative regulation of glial cell apoptotic process	0.444734268014346	0.0484777883442418	0.9613354659586272	1.0	1.0	2	P17252	1
Regulation of phospholipid translocation	0.4447342680143447	0.048477788344241	0.9613354659586276	1.0	1.0	2	Q9NV96	1
Negative regulation of homotypic cell cell adhesion	0.4447342680143307	0.0484777883442323	0.9613354659586346	1.0	1.0	2	P35241	1
Embryonic hemopoiesis	0.313256172160034	0.0482572952443089	0.9615111883340706	1.0	1.0	5	Q03164	1
Regulation of sister chromatid cohesion	0.2919305110835952	0.0471186344084589	0.9624186757215492	1.0	1.0	10	P23246,P46100	2
Stem cell differentiation	0.2663438807098984	0.0467777378508861	0.9626903722277916	1.0	1.0	41	Q9UBV8,O94788,O00231,P08133,Q14671,Q13610,Q9Y6C9,Q14978,Q14004,P98172,Q08J23	11
Physiological cardiac muscle hypertrophy	0.333768352365419	0.0467557942961644	0.9627078615151754	1.0	1.0	4	P49840,Q96HC4,O94826	3
Actin cytoskeleton reorganization	0.259047901322518	0.0461092354228403	0.9632231850361588	1.0	1.0	22	P35579,Q9H6U6,Q15149,Q9UQB8,O00165,P62993,Q07157,Q14247,Q96EV8	9
Negative regulation of protein binding	0.256305597315798	0.0444389171613461	0.9645545408666114	1.0	1.0	26	P10586,Q96GD4,Q08379,Q9UNE7,O75381,P16615,Q13464,Q14012,P48681	9
Lymphocyte migration	0.2970361554854263	0.0435817689060476	0.9652377841939084	1.0	1.0	9	P04062,P46108,Q9H4A3	3
Negative regulation of cellular component organization	0.3100457319309884	0.0434998132625784	0.965303113381573	1.0	1.0	161	Q9NR77,P04062,O14976,P02545,Q96G23,Q96PK6,Q9NYL9,P30536,P41227,P02786,O00264,P46100,Q9Y255,Q99536,P45880,P12270,P35080,O15212,P16949,Q9H6U6,Q9UL15,P28289,P35611,Q96DY7,Q9NUQ9,Q13464,P50570,Q12792,Q9NYB0,P29372,Q13813,O14777,P08670,O43670,O95104,Q13614,Q01082,Q13492,Q96GD4,Q9NQX7,O15344,Q9UEY8,Q9UHV9,Q8N5V2	44
Recombinational repair	0.2558222441460089	0.0415484412172342	0.9668586756636096	1.0	1.0	55	O95619,P33991,P35637,Q14566,Q9BRT9,P46100,P23246	7
Response to chemokine	0.3278121976535447	0.039925353902922	0.9681526377233908	1.0	1.0	4	Q9H4A3	1
Positive regulation of endothelial cell chemotaxis	0.4268014346266663	0.0387695660849161	0.9690741093299388	1.0	1.0	2	P04792	1
Regulation of endothelial cell chemotaxis	0.4268014346266663	0.0387695660849161	0.9690741093299388	1.0	1.0	2	P04792	1
Thrombin activated receptor signaling pathway	0.426940639269387	0.0374025730057716	0.9701640211459036	1.0	1.0	3	P16949,Q13576	2
Regulation of rac protein signal transduction	0.3056778794518723	0.0367310570985832	0.9706994453614348	1.0	1.0	5	P50570	1
Fatty acid alpha oxidation	0.4259280021316909	0.036711029066262	0.9707154146488036	1.0	1.0	3	A1L0T0	1
Regulation of cyclin dependent protein kinase activity	0.2709809856398523	0.0366595193167625	0.9707564858363608	1.0	1.0	13	Q9Y3B8,Q96JB5,Q9P287,P49736	4
Microvillus assembly	0.3036174674404203	0.0361909195685827	0.9711301263824708	1.0	1.0	6	Q8TEU7	1
Negative regulation of oxidative phosphorylation	0.4209325073361548	0.0361188176114739	0.9711876178328772	1.0	1.0	2	Q6L8Q7	1
Regulation of potassium ion transport	0.2645147587627695	0.0354441159740605	0.9717256073344877	1.0	1.0	14	P50570,Q9H4A3	2
Positive regulation of protein import	0.2617803235823021	0.0348285407556439	0.9722164622007166	1.0	1.0	19	P12270,Q9NPF5,P06493,O00459,O14737	5
Retinal ganglion cell axon guidance	0.322675367047303	0.0344243889082175	0.972538735458343	1.0	1.0	4	Q13740,O94813,Q15375	3
Regulation of post translational protein modification	0.4223204067069508	0.0343176319658292	0.9726238648750244	1.0	1.0	3	Q32P28	1
Cellular response to ether	0.4160417345940671	0.0340908844764169	0.9728046773955864	1.0	1.0	2	P11802	1
Negative regulation of cellular respiration	0.4210697977821178	0.0335132274594146	0.9732653177703005	1.0	1.0	3	Q12931,Q6L8Q7	2
Regulation of ribosome biogenesis	0.4137593739810855	0.0331983809075206	0.9735163892609002	1.0	1.0	2	Q5T3I0	1
Positive regulation of potassium ion transport	0.2925348807716095	0.0316858076035936	0.9747226130962598	1.0	1.0	9	P50570,Q9H4A3	2
Negative regulation of response to biotic stimulus	0.2608964852016801	0.0313139169137724	0.9750191917589588	1.0	1.0	19	Q9UIV1,P46108,P04439,P19474,O43657,Q07021	6
Regulation of protein export from nucleus	0.2626826805591307	0.0309451496181186	0.975313282960276	1.0	1.0	17	P12270,P50402,Q9Y3B8	3
Germ cell proliferation	0.4072383436582935	0.0308282555986178	0.9754065064159784	1.0	1.0	2	Q13162	1
Transcription dependent tethering of rna polymerase ii gene dna at nuclear periphery	0.3189152931721886	0.030621393635966	0.9755714804945316	1.0	1.0	4	P57740,O75694	2
Regulation of epithelial cell differentiation involved in kidney development	0.406586240626016	0.0306053971358479	0.9755842378756204	1.0	1.0	2	P35222	1
Metanephric nephron morphogenesis	0.406586240626016	0.0306053971358479	0.9755842378756204	1.0	1.0	2	P35222	1
Cell differentiation involved in metanephros development	0.406586240626016	0.0306053971358479	0.9755842378756204	1.0	1.0	2	P35222	1
Metanephric nephron development	0.406586240626016	0.0306053971358479	0.9755842378756204	1.0	1.0	2	P35222	1
Nephron tubule epithelial cell differentiation	0.406586240626016	0.0306053971358479	0.9755842378756204	1.0	1.0	2	P35222	1
Positive regulation of mesenchymal cell proliferation	0.406586240626016	0.0306053971358479	0.9755842378756204	1.0	1.0	2	P35222	1
Mesenchymal to epithelial transition involved in metanephros morphogenesis	0.406586240626016	0.0306053971358479	0.9755842378756204	1.0	1.0	2	P35222	1
Renal vesicle development	0.406586240626016	0.0306053971358479	0.9755842378756204	1.0	1.0	2	P35222	1
Regulation of mesenchymal to epithelial transition involved in metanephros morphogenesis	0.406586240626016	0.0306053971358479	0.9755842378756204	1.0	1.0	2	P35222	1
Metanephric renal vesicle morphogenesis	0.406586240626016	0.0306053971358479	0.9755842378756204	1.0	1.0	2	P35222	1
Response to extracellular stimulus	0.2489378714485093	0.030506817710757	0.9756628561663194	1.0	1.0	83	O95831,O94788,P09601,P21964,P80303,P30536,Q9UMX5,P53985	8
Ether biosynthetic process	0.3005874673629317	0.029537434202453	0.9764359637805272	1.0	1.0	5	O00116,Q8WVX9,Q6IAN0,O15228	4
Regulation of protein import	0.2518538645604358	0.0294838979559786	0.9764786609289452	1.0	1.0	25	P12270,Q9NPF5,O00459,P06493,O14737,Q7Z3B4,Q14978	7
Trna pseudouridine synthesis	0.4029996739484813	0.0294238277319834	0.9765265692477672	1.0	1.0	2	Q9Y606	1
Neural tube development	0.2552294579135228	0.0290816559964189	0.976799466004401	1.0	1.0	22	O15031,O94788	2
Positive regulation of telomere maintenance	0.255690045024317	0.0288754820614224	0.9769638999468716	1.0	1.0	28	Q96GD4,P22626,P78371,P46100	4
Response to arsenite ion	0.412139247285285	0.0281357229684084	0.9775539025347348	1.0	1.0	3	Q96QD8	1
Protein o linked glycosylation via serine	0.4116112198303898	0.0278374058665502	0.9777918319465584	1.0	1.0	3	Q7Z4H8,Q10472	2
Negative regulation of microtubule polymerization	0.3122349102773274	0.0243183534299067	0.9805986735398632	1.0	1.0	4	Q02790,P16949,Q15691	3
Negative regulation of alcohol biosynthetic process	0.382458428431689	0.0239605525491276	0.9808840741714852	1.0	1.0	2	O75477	1
Negative regulation of cholesterol metabolic process	0.382458428431689	0.0239605525491276	0.9808840741714852	1.0	1.0	2	O75477	1
Fear response	0.4041095890410875	0.0238260911509247	0.9809913282255068	1.0	1.0	3	Q04637,P06730	2
Camp mediated signaling	0.3795239647864352	0.0233413177705363	0.9813780138669084	1.0	1.0	2	Q9Y4G8	1
Hematopoietic stem cell homeostasis	0.3099510603588929	0.0222934221532522	0.9822138959410802	1.0	1.0	4	Q9NX40,Q14157,P55265	3
Protein folding in endoplasmic reticulum	0.2887265217197207	0.0220146803100686	0.9824362451820664	1.0	1.0	9	Q13217	1
Negative chemotaxis	0.3687642647538307	0.0213641094624962	0.9829552035267975	1.0	1.0	2	Q15375	1
Forebrain neuron differentiation	0.3987860452569117	0.0212275357702977	0.9830641488603176	1.0	1.0	3	O14949	1
Forebrain generation of neurons	0.3987860452569117	0.0212275357702977	0.9830641488603176	1.0	1.0	3	O14949	1
Forebrain neuron development	0.3987860452569117	0.0212275357702977	0.9830641488603176	1.0	1.0	3	O14949	1
Negative regulation of cellular response to insulin stimulus	0.2896144636092984	0.0211952342759171	0.9830899159267256	1.0	1.0	7	Q8TBX8,P05771,Q9HCD5	3
Dna ligation involved in dna repair	0.3661558526247139	0.0209487253885713	0.9832865578993912	1.0	1.0	2	Q96T60	1
Regulation of secondary metabolic process	0.3622432344310395	0.0203683464415361	0.983749534490166	1.0	1.0	2	Q9Y4G8	1
Regulation of nucleotide binding oligomerization domain containing signaling pathway	0.3949771689497674	0.0194889152387425	0.9844510797232684	1.0	1.0	3	Q96RT1,P98170	2
Activation of immune response	0.2601942707498381	0.0190292703007952	0.9848177553108666	1.0	1.0	47	Q9NUD5,P12956,Q96PK6,P00813,P46379,Q8WXF1,Q96IZ0,Q9H4A3,P23246,Q15233	10
N glycan processing	0.3926940639269355	0.01849336756652	0.985245268577326	1.0	1.0	3	Q16706,P14314	2
Tight junction organization	0.2546854634818328	0.0184515975707303	0.985278590526316	1.0	1.0	21	Q16625,P36404,Q8WUM4,Q12959,Q5T2T1,Q07157,P25054,O75116,Q13464,Q15149	10
Regulation of cysteine type endopeptidase activity involved in execution phase of apoptosis	0.3452885555917835	0.0183739019903959	0.985340572122611	1.0	1.0	2	P23396	1
Positive regulation of transcription of nucleolar large rrna by rna polymerase i	0.2881411303495619	0.0180972079378459	0.9855613053306412	1.0	1.0	8	P56192,Q9H8H0,Q9NWS0,P19338,Q12824,Q13610,P51532	7
Protoporphyrinogen ix biosynthetic process	0.3046173349726636	0.0178145627120002	0.9857867872396062	1.0	1.0	4	P36551	1
Mrna catabolic process	0.2593228373779962	0.0174669979998381	0.9860640606092296	1.0	1.0	97	P51114,P52272,Q5RKV6,O60506,P98175,Q9NQT5,P35637,Q13868,Q13464,Q969T7,Q9UIV1,Q13151,P08670,Q99729,Q92945,Q92804,Q14103,Q14671,P17844,Q14011,Q9BQG2,P67809	22
Negative regulation of protein localization to cell surface	0.3897586431832915	0.017263308284812	0.9862265569856424	1.0	1.0	3	Q96PU5,Q13492	2
Chromosome condensation	0.2502377891957974	0.0171698222108301	0.9863011370267368	1.0	1.0	23	O95831,O43823	2
Vesicle docking	0.2586424419051958	0.0163354906711679	0.9869667438531912	1.0	1.0	17	Q9P253,Q86Y82	2
Plus end directed organelle transport along microtubule	0.3090968373002985	0.0161364148163192	0.987125562469779	1.0	1.0	2	P33176	1
Trophoblast cell migration	0.3084447342680154	0.0161133562561715	0.9871439581472116	1.0	1.0	2	Q07021	1
Regulation of dendritic cell chemotaxis	0.3084447342680154	0.0161133562561715	0.9871439581472116	1.0	1.0	2	Q07021	1
Motor neuron apoptotic process	0.3002934463645295	0.0158608506260355	0.9873454027454744	1.0	1.0	2	O75312	1
Dendrite self avoidance	0.2973589827192732	0.0157846279965191	0.9874062119921848	1.0	1.0	2	P35613	1
Establishment of golgi localization	0.3858447488584371	0.015708114451222	0.9874672534006316	1.0	1.0	3	P63104,P60953	2
Negative regulation of protein targeting to mitochondrion	0.2905119008803414	0.0156326243429415	0.9875274783976142	1.0	1.0	2	P49257	1
Regulation of metalloendopeptidase activity	0.2751874796217866	0.0153972141285122	0.9877152859675332	1.0	1.0	2	Q13492	1
Negative regulation of steroid metabolic process	0.3825831702543967	0.0144838145760918	0.9884439920078808	1.0	1.0	3	O75477,P05023	2
Negative regulation of establishment of protein localization to mitochondrion	0.3821861950201324	0.0143391390613795	0.9885594143805982	1.0	1.0	3	P31689	1
Erbb2 signaling pathway	0.3798656211761179	0.0135118674633285	0.9892194176005588	1.0	1.0	3	Q9UNE7	1
Cyclic nucleotide mediated signaling	0.3796477495107584	0.013435798929398	0.9892801060002674	1.0	1.0	3	Q9H2P0,Q9Y4G8	2
Schwann cell differentiation	0.2902358857384931	0.0132708948592236	0.989411668681607	1.0	1.0	6	P06493	1
Response to copper ion	0.2900917129153311	0.0130427038039287	0.9895937230435335	1.0	1.0	6	P35670,P02786	2
Regulation of ion transport	0.2418623785137458	0.0128314945743692	0.9897622295246536	1.0	1.0	77	P50570,Q96GC9,P14174,O43865,Q8TAD4,P62942,O14936,P30536,O75844,Q12959,O43707,P08183,Q9H4A3,Q14BN4,P21796	15
Spliceosomal tri snrnp complex assembly	0.272783600404635	0.0126905413905161	0.9898746847370754	1.0	1.0	11	Q9UHI6,O95400,O75494	3
Nuclear body organization	0.3767123287671194	0.0124372049872861	0.990076801988536	1.0	1.0	3	Q8NC51,O75312	2
Animal organ morphogenesis	0.2495299602318969	0.0121270560997126	0.9903242463322056	1.0	1.0	86	P53701,P54802,Q7Z3C6,O94788,P62942,O75569,P08133,Q8IZL8,Q6P4Q7,P10253,P07942,O75844,Q15418,Q92896,P16435,P04062	16
Positive regulation of immune response	0.239997480599327	0.0117260494326785	0.9906441806035072	1.0	1.0	75	Q5RKV6,P12956,Q96PK6,P00813,P46379,O95219,P02786,Q08722,Q9NQT5,P43243,Q9NUQ9,Q8WXF1,Q07021,O96028,Q9NUD5,Q96IZ0,Q9BUI4,Q9H4A3,P23246,Q07666,Q15233,P04439	22
Regulation of wnt signaling pathway	0.2598051631547121	0.0110082863553308	0.9912168356706524	1.0	1.0	45	Q9H2V7,Q7Z4L5,Q96C57,Q07954,Q8N163,P50402,Q9H4A3,Q96K76	8
Plasma membrane to endosome transport	0.2948690362744771	0.0104981277491197	0.9916238598086168	1.0	1.0	4	Q99523	1
Regulation of viral transcription	0.2933115823817323	0.0094290322747792	0.992476832201414	1.0	1.0	4	P19474,Q08211,Q96T23	3
Organism emergence from protective structure	0.2916802610114204	0.0083376981316851	0.9933475564647354	1.0	1.0	4	Q8IWS0,Q12824,Q6PD62	3
Secondary metabolite biosynthetic process	0.3623613829093233	0.0082161457599633	0.9934445379033696	1.0	1.0	3	Q9Y4G8,Q9BUT1	2
Regulation of mrna polyadenylation	0.2617523131342635	0.0081492313396898	0.9934979260988206	1.0	1.0	13	Q16630,O75150,Q8N684,Q5VTR2,P18615	5
Regulation of metal ion transport	0.2556810398085806	0.0080029558947453	0.9936146332117894	1.0	1.0	51	P50570,Q96GC9,O43865,P62942,O14936,P30536,O43707,Q9H4A3,Q14BN4,P21796	10
Histone h4 deacetylation	0.3610567514676965	0.007883057598232	0.993710295193617	1.0	1.0	3	Q9H4L7,Q92769	2
Polyamine biosynthetic process	0.3569055677300921	0.0068749852884272	0.9945145985942871	1.0	1.0	3	Q96QD8	1
B cell receptor signaling pathway	0.3558382257012384	0.0066281773717797	0.9947115183317332	1.0	1.0	3	P07948,P05771	2
Positive regulation of cytoplasmic transport	0.2806788511749447	0.0054811448419982	0.9956267010528556	1.0	1.0	5	P26038,Q13614,P35241,P15311	4
Positive regulation of early endosome to late endosome transport	0.2806788511749447	0.0054811448419982	0.9956267010528556	1.0	1.0	5	P26038,Q13614,P35241,P15311	4
Regulation of protein secretion	0.2588307041617066	0.0054349601017218	0.9956635505951794	1.0	1.0	38	Q16850	1
Regulation of amino acid transmembrane transport	0.3496412263535522	0.0052904514213136	0.9957788501821389	1.0	1.0	3	Q15041,P05556	2
Regulation of l glutamate import across plasma membrane	0.3496412263535522	0.0052904514213136	0.9957788501821389	1.0	1.0	3	Q15041,P05556	2
L glutamate import across plasma membrane	0.3496412263535522	0.0052904514213136	0.9957788501821389	1.0	1.0	3	Q15041,P05556	2
Placenta blood vessel development	0.2867862969004898	0.0052344021361101	0.9958235704222148	1.0	1.0	4	P28482,Q15738,Q96T37	3
Glial cell differentiation	0.257344023095095	0.0051268322189908	0.9959093976464924	1.0	1.0	35	Q7Z4L5,Q07954,P08670	3
Membrane to membrane docking	0.347684279191122	0.0049004042311348	0.996090058771154	1.0	1.0	3	Q13464,P15311	2
Endoplasmic reticulum plasma membrane tethering	0.344422700587077	0.0042831016963903	0.996582589732814	1.0	1.0	3	A0FGR8,O95292	2
Endoplasmic reticulum localization	0.344422700587077	0.0042831016963903	0.996582589732814	1.0	1.0	3	A0FGR8,O95292	2
Paranodal junction assembly	0.3440965427266769	0.0042235664845324	0.9966300915294966	1.0	1.0	3	O15228,Q9Y2J2	2
Negative regulation of rig i signaling pathway	0.3424657534246511	0.0039317288415493	0.9968629423424298	1.0	1.0	3	Q8TAT6,Q07021	2
Peptidyl lysine modification	0.2545230366219698	0.0037707827332307	0.9969913578048964	1.0	1.0	93	Q9H3P2,O95619,P02545,Q92791,Q86UY6,Q01105,P46379,P49366,O75844,Q9BU89,P46100,P32929,Q9Y6J9,P16435,Q03164	15
Metanephric tubule development	0.3365949119373776	0.0029586729581907	0.9976393239703214	1.0	1.0	3	P35610,P42224	2
Ketone body metabolic process	0.3365949119373776	0.0029586729581907	0.9976393239703214	1.0	1.0	3	P35610,P35914	2
Metanephric epithelium development	0.3365949119373776	0.0029586729581907	0.9976393239703214	1.0	1.0	3	P35610,P42224	2
Steroid esterification	0.3365949119373778	0.0029586729581907	0.9976393239703214	1.0	1.0	3	Q6IAA8,P35610	2
Ncrna transcription	0.2443725572502431	0.002262407045566	0.9981948618880204	1.0	1.0	24	Q9H2V7	1
Regulation of synaptic transmission gabaergic	0.328478579856362	0.0017983082089499	0.9985651584178724	1.0	1.0	3	P33176	1
Potassium ion import across plasma membrane	0.2795603432047759	0.0015849234302228	0.9987354145944064	1.0	1.0	7	Q9H4A3	1
Secretory granule localization	0.3215916503587736	0.0009644186486156	0.9992305053694042	1.0	1.0	3	P33176,Q12756	2
Stress granule disassembly	0.3183300717547294	0.0006131015912006	0.9995108157368242	1.0	1.0	3	P33176,Q07866	2
Establishment of endothelial intestinal barrier	0.274272638117034	0.0003322339927665	0.9997349156314744	1.0	1.0	10	P49327,Q9Y4G8,Q9UDY2,Q9H0U4,P55196,Q8TEU7,Q07157,P62820,Q9Y624	9
Myoblast differentiation	0.2798279305568375	0.0003130986676508	0.9997501834111552	1.0	1.0	8	P17844,Q92841	2
Regulation of jun kinase activity	0.2815521239837665	0.0002266066947403	0.9998191940184395	1.0	1.0	6	P23396,Q96EV8,P31689	3
Rna mediated gene silencing by inhibition of translation	0.2754569190600617	0.0001975538790285	0.9998423748110216	1.0	1.0	5	Q04637,P56537,P26196,Q9BWF3	4
Regulation of cell cycle checkpoint	0.268021482860978	0.0001178145260228	0.9999059976088656	1.0	1.0	11	P12270,Q8N163,O14777	3