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term overlap setsize score pval overlap_mean setsize_mean score_mean pval_mean overlap_std setsize_std score_std pval_std pval_hit pval_50 pval_100 pval_250 pval_500
Processing of capped intron containing pre mrna 93 185 4.3159536458286665 1.5891532759271243e-05 61.44660194174757 182.83009708737865 -0.6525536485470969 0.5600064525169441 22.544983363510543 8.980305689776722 1.3401481761909957 0.3579178268520561 1.0 1.0 0.9077909498359434 0.0007643865751726 2.196993406242304e-11
Sumoylation 53 75 3.556997311424503 0.0003751179938391 27.97087378640777 75.44902912621359 -0.8502599577556972 0.4911906171274051 10.455134206471588 6.947432579432031 1.023857262091053 0.3427115261701629 1.0 0.1760534030430948 0.4510721126516604 0.08540418859765 0.0037675250351342
Mrna splicing 62 143 3.500165411064928 0.0004649695388789 48.28883495145631 142.3228155339806 -0.6040586609434766 0.555878613477235 18.528162023337615 7.100537640996984 1.2901632086040689 0.3655002719916655 1.0 1.0 0.8459150927506387 0.0063902124310538 4.872237186908226e-10
Sumoylation of dna damage response and repair proteins 32 45 2.7712190462856374 0.0055846843777862 14.361650485436892 43.529126213592235 -0.4301449231131675 0.6345117133747565 7.290290470205936 4.579039011148904 0.865716172169565 0.328082977476346 1.0 0.0533785743764077 0.1709242062681763 0.0024819922622898 0.0011019552482391
Metabolism of rna 166 470 2.746543971160947 0.0060226812116497 151.2597087378641 457.9538834951457 -1.0055551942090837 0.4350500122971218 47.911457858114936 22.758873431475507 1.2609348121138049 0.3457084215001203 0.2795373625012786 0.8352490519561041 0.4510398111224877 0.0010862630892683 1.0424015416620594e-12
Sumoylation of rna binding proteins 22 32 2.5727628483759 0.0100890313197656 11.080097087378642 31.83252427184466 -0.1919874870556263 0.649712190416739 5.683897540659047 2.2627439388728945 0.9298229348189392 0.3254358140988572 1.0 1.0 1.0 0.1067440658746814 0.0018098357298765
Sumoylation of chromatin organization proteins 24 35 2.568730046868142 0.0102071937701366 11.148058252427184 34.599514563106794 -0.387582479755537 0.6402143361070456 6.207568283684575 2.8747815041129403 0.8509909414976633 0.3129766703279643 1.0 1.0 1.0 0.0528261722730647 0.0223659228002449
Phase i functionalization of compounds 3 14 2.5110923751395613 0.012035819736377 3.5364077669902914 14.184466019417476 1.0829555250605305 0.2802752482018614 1.63283502003666 1.0657744603346575 1.0337417132355466 0.2758879448139676 1.0 0.1747599807978781 0.0005505691972034 0.0146129998399771 0.1216188482088001
Sumoylation of dna replication proteins 23 35 2.508061606827093 0.0121395499857035 11.87864077669903 34.529126213592235 -0.4394927336061675 0.6339198960271976 6.042714468888302 2.1056157491572995 0.8592766121011057 0.3172919285231038 1.0 1.0 1.0 0.1016707597438449 0.0237058173966905
Transport of mature transcript to cytoplasm 35 65 2.490373022303134 0.0127609084879667 22.179611650485437 63.12378640776699 -0.6291260216114811 0.5624135506222746 9.223322687761865 3.3978458671491603 1.0645020276827344 0.342276085943197 1.0 1.0 0.5513512032975088 0.0477957943736139 0.0001395306728421
Nuclear pore complex npc disassembly 20 31 2.4451284143329297 0.0144800574725181 9.718446601941748 30.0 -0.1179329919240803 0.7197112388354925 5.013898112844297 1.3528108098986498 0.739873404050116 0.2993847671619166 1.0 1.0 1.0 0.0110758722051871 0.0015605407457041
Epigenetic regulation of gene expression 29 45 2.377404718665751 0.0174349466928747 19.41747572815534 42.99514563106796 -1.2342556202270925 0.3568884878092889 7.137381793821183 4.250639669526318 1.1738716287747466 0.3574577146020241 1.0 1.0 0.6359150291554319 0.4560381544938071 0.0617253577396243
Hdr through homologous recombination hrr 2 30 2.353147306895655 0.0186152579610796 6.589805825242719 24.111650485436893 -0.0092264701981264 0.5458067298737065 4.0672971108020715 4.028076246394997 0.9713175634602784 0.3148065661700105 0.0319555111517992 0.0040870836872518 0.0268391045488713 0.2180781108238514 0.1029946911945799
Interactions of vpr with host cellular proteins 20 34 2.3322690074487578 0.0196865438838131 10.941747572815531 33.44174757281554 -0.2027749306543701 0.6500206570215948 5.4248175535845045 1.1901720746801605 0.9115358979979576 0.3218663131177026 1.0 0.1665759675679584 0.3060304729743218 0.0121856638082503 0.0085022089940259
Sumoylation of ubiquitinylation proteins 19 28 2.331390214479009 0.0197327930512998 9.449029126213592 27.453883495145632 -0.1572884084685554 0.6545901700997189 5.461233548653461 1.7873094890722168 0.9014772608467888 0.3239621676727282 1.0 1.0 1.0 0.0146129998399771 0.010991089827105
Nuclear envelope breakdown 24 41 2.303245976929493 0.0212650073046578 12.973300970873789 40.713592233009706 -0.1024410164721968 0.6694745338002839 5.8489701837492225 1.9284557202056891 0.8745911279660593 0.3250750231346003 1.0 1.0 1.0 0.0424139427802885 0.0155549397245137
Rrna processing 68 166 2.289736574823008 0.022036591834218 74.22087378640776 162.64320388349515 -1.565891742939455 0.3369693041479221 24.40261507579604 6.191238518691129 1.8081776290008604 0.3664547730060852 1.0 1.0 0.5928629968036208 0.1217461870525947 4.927523896799962e-05
Homology directed repair 5 45 2.2108210940870885 0.027048228499821 12.274271844660197 40.35679611650485 -0.4773706017799587 0.4971476287398784 6.350981745366931 6.225642044106306 1.1020346242781678 0.3475314952470228 0.0509213122245961 0.0017602267192959 0.0038066640222455 0.0451447821452261 0.0144165863679083
Metabolism of folate and pterines 1 8 2.2096135679417164 0.0271319928579207 1.8106796116504855 8.368932038834952 1.1027495377425318 0.3107646321591615 1.2630224668311476 0.7725922983430199 0.836443902773376 0.2729501818402672 0.0073356491958169 0.0023758658868836 0.009201700056446 0.0506052248933858 0.1651798307910198
Slc transporter disorders 20 33 2.1988223247785026 0.0278905584400068 10.072815533980584 32.68689320388349 0.1121793221691444 0.6146102245245559 5.627130779592072 1.491569531804079 1.0244067182438623 0.3378443700099887 1.0 1.0 1.0 0.1448032950165304 0.1231616179405875
Transport of the slbp dependant mature mrna 19 31 2.197270410598787 0.0280011395763679 10.322815533980584 30.57281553398058 -0.2113838159701244 0.6750134343387901 5.796731907776354 1.4217583926734303 0.8670118169659932 0.3193959539823727 1.0 1.0 1.0 0.0569111676931314 0.0296255242191052
Sumoylation of sumoylation proteins 18 27 2.1938121426628587 0.0282489175180438 9.364077669902912 26.98543689320388 -0.1342035149990308 0.667173865212816 5.357461983681149 1.422694542261493 0.8750751469170204 0.3180062055057211 1.0 1.0 1.0 0.0530915597366878 0.0265417931189519
Regulation of glucokinase by glucokinase regulatory protein 18 27 2.1938121426628587 0.0282489175180438 9.191747572815531 26.50728155339806 -0.1342835103477938 0.6587239091779541 5.165666138527258 1.1564279570110754 0.9005781973200726 0.3228729436852376 1.0 1.0 1.0 0.0391216296567294 0.0162870955667584
Cholesterol biosynthesis 4 17 2.1670166513219136 0.0302335844783425 5.878640776699029 16.75 1.3996798653689082 0.2350718901934974 2.503362805703168 1.8986773628384943 1.0886216368414 0.270950573691616 0.0117163324262106 0.0002088865488349 0.0015953295223005 0.0002424536403162 0.0053941913939985
Transport of mature mrnas derived from intronless transcripts 21 36 2.1601065477387627 0.0307644222609391 12.485436893203884 36.21116504854369 -0.3550698997053867 0.6571229286016341 6.764935404179153 1.6521746780936135 0.8812161356906153 0.3228743985516816 1.0 1.0 1.0 0.0870629174096409 0.0174360050208595
Nuclear import of rev protein 19 31 2.122218819626136 0.0338193668795416 10.604368932038836 30.50728155339806 -0.2662730785997009 0.6871544752103023 5.891105714846815 1.1564279570110754 0.8169660660518107 0.308961068837417 1.0 1.0 1.0 0.0494008625159685 0.0236709141549024
Mrna decay by 3 to 5 exoribonuclease 0 16 2.104888526842379 0.0353010126358355 3.978155339805826 14.468446601941748 0.1210464852921322 0.6272926591920424 2.9995158986668136 1.22730841130868 0.7598306139318747 0.2924405317798558 0.0078231574715516 0.0756950383436983 0.1459927402947744 0.3269170707962712 0.5522271047684528
Dual incision in gg ner 1 25 2.099173677622342 0.0358015934810627 7.463592233009709 22.87135922330097 -0.1396992495382602 0.5763191380443866 4.277524770684931 2.8498773772100052 0.9157388983458742 0.3181186012312879 0.020431301661197 0.0179094063189584 0.0636449972198752 0.2737930251240831 0.3386748858984422
Ns1 mediated effects on host pathways 19 33 2.065769806280299 0.0388502203644816 10.939320388349516 32.98300970873787 -0.1810967911548925 0.688491122847481 5.8925415688028675 1.4917906975653903 0.8146032678639678 0.3113724872920873 1.0 1.0 1.0 0.0734338910721259 0.0124112269486536
Translesion synthesis by polh 0 13 2.014815566556134 0.0439239773807578 4.825242718446602 12.28883495145631 -0.2513791687876471 0.5310257300609939 3.2558451826997414 0.862695933530379 0.8859670011372885 0.2967113716359582 0.0097712755851078 0.0937235599037543 0.179062604831997 0.3904027877902372 0.6337864807502871
Translesion synthesis by polk 0 10 2.0026248621358964 0.0452175692178489 3.3470873786407767 9.37135922330097 -0.1131345586034362 0.5425768181247159 2.505995967371352 0.8007612258729394 0.8969053891262133 0.2964293686004159 0.0083104741915738 0.0802348466038066 0.1543818096433915 0.3433804941091314 0.5741758940249002
Calnexin calreticulin cycle 7 8 1.9993922569339304 0.04556592906284 3.3470873786407767 7.963592233009709 -0.0363494619413967 0.5320983101397908 2.04640728565277 1.2251945392339945 0.9768841139763874 0.3167179925679953 1.0 0.1070183553885475 0.0210734332562196 0.1075130907868997 0.0239311550263785
Resolution of ap sites via the multiple nucleotide patch replacement pathway 1 24 1.992806111381047 0.0462826823047826 7.691747572815534 21.0995145631068 -0.3466659118659361 0.4922744727209283 4.105363512205524 2.424050160748896 1.0608179313016342 0.3301803369974565 0.0136583316025505 0.0082126449787597 0.0305060181117638 0.1486468007453543 0.4012581676146953
Collagen formation 10 14 1.9899425659421723 0.0465972626717192 3.941747572815534 12.990291262135925 0.2345829931835236 0.5128668628634813 2.3195046454702752 1.083818721909935 1.0068208618616714 0.3116436276322541 1.0 1.0 0.0690620672163432 0.0918272438847456 0.0193817237711931
Resolution of abasic sites ap sites 1 28 1.987005275582812 0.04692181222511 9.1747572815534 25.439320388349515 -0.3343642244554319 0.4940880125362986 4.762672792199121 3.13122506567548 1.09323398501863 0.3344700719821075 0.0199487555039843 0.0171096007657598 0.0609936469852355 0.2646794233181401 0.6031164156244178
Base excision repair 1 31 1.9833321327361773 0.0473303424267939 10.230582524271844 28.512135922330096 -0.5588061367210082 0.4625350520521656 5.001721708473491 3.127911971573604 1.0927811769467146 0.3391285569329804 0.0266871238465676 0.0296703391700837 0.1012658374302196 0.3901823420501764 0.7583589926777561
Viral messenger rna synthesis 20 36 1.9727835970302543 0.0485202227671199 11.220873786407768 34.41747572815534 -0.2632815055090717 0.7082888325200691 6.355736741539839 2.2908609982905 0.7751584621286535 0.3017066758535532 1.0 1.0 1.0 0.0918272438847456 0.0623030715385641
Rhoc gtpase cycle 2 34 1.972775857959201 0.0485211048761464 7.611650485436893 31.055825242718445 0.1484457891292868 0.6542904458224558 3.7784082787012334 4.158777131753494 0.7776615343366243 0.3067793609659204 0.0362490193460415 0.0058478787222266 0.0372017462297913 0.2770823582814727 0.3051708349344467
Dna double strand break repair 14 59 1.965408514054419 0.0493669748592293 16.038834951456312 53.13834951456311 -0.617182781530225 0.4998065885301411 7.896382765455599 7.66582285174556 1.0587528741215466 0.3506553565985733 0.0654143599066183 0.0044530255668373 0.0110705878241367 0.1187596707915287 0.002827278486022
Phosphorylation of the apc c 6 14 1.963515177626064 0.0495863426563978 4.606796116504855 11.41019417475728 0.3966603638306883 0.5905854533572658 2.6117271797307127 1.4461844546458344 0.7655379487844118 0.3094140104815766 1.0 1.0 0.179062604831997 0.0012358112224234 0.0023126937267731