| term overlap setsize score pval overlap_mean setsize_mean score_mean pval_mean overlap_std setsize_std score_std pval_std pval_50 pval_100 pval_250 pval_500 |
| Response of eif2ak4 gcn2 to amino acid deficiency 44 75 4.247038347424837 2.166148953941516e-05 39.550970873786405 76.03155339805825 -1.127048342201767 0.3185079045659907 13.761485019110056 1.5173669435319213 2.220942857496925 0.3803423215749384 0.0644748687758375 0.0529682149691283 0.0012823904049463 3.4255754525942764e-11 |
| Eukaryotic translation elongation 44 76 4.108327954002083 3.985339216572292e-05 40.33980582524272 76.70873786407768 -1.170264854227122 0.3173586097479524 13.865899638243102 1.3501604935966776 2.213815111182405 0.3781772268307828 0.0585609226447713 0.046320805849912 0.0008961392146439 1.2969005510742893e-12 |
| Srp dependent cotranslational protein targeting to membrane 49 90 3.817247768428528 0.0001349486336201 36.76699029126213 90.33495145631068 -0.5167678337360311 0.4521019696915908 17.22196829379636 2.057296214960333 1.7319679229133378 0.3837080047653741 0.0118792620703741 0.0163191942491369 3.1792686937961006e-05 6.318771606154451e-15 |
| Selenoamino acid metabolism 47 88 3.6260488609802057 0.000287790923001 45.359223300970875 88.94660194174757 -1.2269036973447986 0.3270935993226454 16.116146621354947 1.9650003351851577 2.2110932203759184 0.3833177831487697 0.0807288782289152 0.015821397191764 0.0007027391389671 1.4172609801934092e-11 |
| Nonsense mediated decay nmd 45 85 3.6240595756426366 0.0002900147561102 42.101941747572816 85.76941747572816 -1.1457400111181046 0.3421409039593034 15.03730946151162 2.536670214507658 2.1258465434199816 0.3829653082446096 0.0846456014404101 0.0770928758275128 0.00085834600674 1.6954837445663663e-10 |
| Cellular response to starvation 48 86 3.477257025012948 0.0005065719549857 41.6747572815534 88.34466019417475 -1.0303047421198284 0.3510932752390905 14.200404878998892 2.6553930524825846 2.028552953689577 0.3779284314527495 0.1251704138178337 0.1305446529428605 0.0136771511371815 5.1225565699189855e-09 |
| Metabolism of water soluble vitamins and cofactors 6 34 3.073803746026371 0.0021134841562249 8.531553398058252 36.74271844660194 -1.2385108719406173 0.2845253733939605 3.474103155144582 4.348509440902812 1.672558535712947 0.3228771741911537 0.332561527693398 0.0091323403647392 0.0045141194588991 0.1332797641661589 |
| Eukaryotic translation initiation 50 100 2.7672891529849166 0.005652459578652 45.19417475728155 100.27669902912622 -0.7708270245582552 0.3856475380014496 15.071066765335097 1.8144888222625024 2.0151499677382354 0.3857325415106563 0.0926495320654204 0.0871914815031434 0.0012537263546627 2.342037977353545e-12 |
| Mitochondrial fatty acid beta oxidation 5 14 2.761459588670178 0.0057543637388741 5.689320388349515 16.269417475728154 -1.068858573875635 0.2804406793294181 3.4445091417280915 1.4030952781955324 1.1872455829449722 0.2816422091323582 0.1360131746039732 0.2588764071827857 0.0380203153863515 0.0038287372246684 |
| Metabolism of vitamins and cofactors 8 45 2.74129496709766 0.0061197541610544 9.468446601941748 45.929611650485434 -1.0750842825536984 0.3149569447417751 3.9574771941597184 5.663492082419755 1.591669835914462 0.3340430450319153 0.4493335083176231 0.0328198497863211 0.0033807636206311 0.0971428532614026 |
| Ripk1 mediated regulated necrosis 0 11 2.68925310092666 0.0071612099811768 3.3398058252427183 11.101941747572816 0.3051781831496176 0.6365742215845329 2.6256886218657365 1.3326723704992505 0.6615749626620642 0.2851109722177656 0.1087643407296451 0.2101856482802205 0.4493027118161271 0.7127202187160009 |
| Regulated necrosis 0 19 2.6698328787192795 0.0075889008324057 4.798543689320389 17.650485436893202 0.0865330441506316 0.6812949856156566 3.3523934089661367 2.244556469535473 0.6753425033005294 0.2763108494078533 0.1698529675357705 0.3171385262512562 0.6188099836794874 0.8668783232872319 |
| Biotin transport and metabolism 5 8 2.62673076340368 0.0086209515549164 5.116504854368932 8.03640776699029 -2.0531807267583235 0.1038341457369441 1.4145634399717075 0.9533460280821764 1.4870488903095456 0.2349123521752051 1.0 0.0001113258528185 5.3269877095187747e-08 3.841147070577505e-06 |
| Defects in vitamin and cofactor metabolism 4 11 2.601562606061163 0.0092800125196172 4.699029126213592 10.41747572815534 -1.925850130170444 0.1382624821904612 1.380058753894271 1.1149841902720006 1.4215925503654463 0.2578001464511674 1.0 0.0112173752417587 3.848346832357919e-05 0.0011321025302947 |
| Metabolism of folate and pterines 0 8 2.5349139526083877 0.0112474950145282 1.8106796116504855 8.368932038834952 1.1027495377425318 0.3107646321591615 1.2630224668311476 0.7725922983430199 0.836443902773376 0.2729501818402672 0.0642385082181882 0.1272057035276668 0.2910618167311845 0.5128568350112139 |
| Regulation of cholesterol biosynthesis by srebp srebf 5 23 2.5052091810446315 0.0122378992439031 5.412621359223301 24.3495145631068 -0.3976371188459509 0.413800039800232 2.758857918047062 2.7499646524262342 1.159055262486111 0.3071668375543401 0.2164555404583355 0.0014898282845071 0.0014531354644043 0.013630711378075 |
| Formation of the cornified envelope 5 8 2.4865345337543507 0.0128994049379445 2.8470873786407767 5.691747572815534 -0.6850619911507018 0.3520169434460188 1.399866936164618 1.016671637173928 1.2355195198288238 0.313798966027817 0.1008258199946313 0.0195397772951188 0.0001708348935572 0.0006648209229781 |
| Keratinization 5 8 2.4865345337543507 0.0128994049379445 2.8470873786407767 5.691747572815534 -0.6850619911507018 0.3520169434460188 1.399866936164618 1.016671637173928 1.2355195198288238 0.313798966027817 0.1008258199946313 0.0195397772951188 0.0001708348935572 0.0006648209229781 |
| Branched chain amino acid catabolism 8 15 2.4775876082349177 0.0132273930993043 6.08252427184466 14.315533980582524 -1.2246640404472435 0.2546113317180097 3.186437496533361 1.6743210350637572 1.1617003226674978 0.2762513209904451 1.0 0.1809554600634548 0.0013619180732036 0.0029805033958269 |
| Rhoa gtpase cycle 11 46 2.4363936587648314 0.0148345305602273 11.383495145631068 46.157766990291265 0.7285935948010234 0.4866370775942555 5.135874153241841 5.803151375541917 0.959659542192298 0.3649179877597411 0.1178782333382515 0.3414776919505833 0.1877873939912304 0.0971428532614026 |
| Defects in biotin btn metabolism 4 7 2.4312566052867317 0.0150465539537001 4.322815533980583 6.684466019417476 -1.956139594978885 0.1020422735751905 1.2148609872736351 0.4647281868794612 1.4379338792361345 0.2253926888686752 1.0 0.0021767752500623 3.029068172238046e-07 1.0931926331984192e-05 |
| Fatty acid metabolism 18 51 2.4173099471197483 0.0156356967970823 12.601941747572816 56.89320388349515 -0.6410370109047604 0.354277511640737 6.622394788478767 4.797678689021568 1.3258270224785833 0.3264233172937892 0.4057736788926905 0.0212446843465781 6.687937505300639e-05 9.101197004053129e-08 |
| Rhoc gtpase cycle 7 33 2.399458174582647 0.0164193554850187 7.611650485436893 31.055825242718445 0.1484457891292868 0.6542904458224558 3.7784082787012334 4.158777131753494 0.7776615343366243 0.3067793609659204 0.2831991472006898 0.4945458535221456 0.0901011011241039 0.0234321218031294 |
| Translesion synthesis by polh 0 12 2.3566828747537927 0.0184389860633102 4.825242718446602 12.28883495145631 -0.2513791687876471 0.5310257300609939 3.2558451826997414 0.862695933530379 0.8859670011372885 0.2967113716359582 0.0847408126535354 0.1659416558918023 0.3679350933889878 0.6167895082336852 |
| Extension of telomeres 1 30 2.347433366832192 0.0189032539524105 10.99514563106796 29.817961165048544 -0.5527105605552829 0.5213069266798682 5.459024391673725 3.3737087020456933 0.9287603373429604 0.3370195569162178 0.0219617767122022 0.0798959224519483 0.3303228168692007 0.2248610443793105 |
| Resolution of ap sites via the multiple nucleotide patch replacement pathway 2 21 2.334981511652079 0.0195443865922322 7.691747572815534 21.0995145631068 -0.3466659118659361 0.4922744727209283 4.105363512205524 2.424050160748896 1.0608179313016342 0.3301803369974565 0.1166343188386397 0.001978039234115 0.0247800498779546 0.0088314441948102 |
| Pcna dependent long patch base excision repair 2 18 2.307615198606251 0.0210205484164685 6.305825242718447 18.131067961165048 -0.2629874999917882 0.517441963572211 3.5188349032394246 1.8997459782268384 0.968142963238218 0.3133577308525272 0.1008258199946313 0.001254352946577 0.0163538092046145 0.0044536201261683 |
| Polymerase switching 0 14 2.2990602052242237 0.0215015208244877 4.618932038834951 13.230582524271844 -0.2023566630751481 0.5838533722961434 3.0557809014573305 1.227807522028966 0.8207986835476901 0.295099891152963 0.0683745721745165 0.1350926571943179 0.3071471443330573 0.0361712148213411 |
| Regulation of lipid metabolism by pparalpha 5 20 2.288865020799352 0.0220871961853055 4.995145631067961 20.191747572815533 0.0648494094844047 0.557174284398624 2.6125120389289833 4.325879432938389 0.8736086388458166 0.2854231552522633 0.0083800628814028 0.0543502248925489 0.1686653486915628 0.2847882839588182 |
| Translesion synthesis by polk 0 9 2.2833553747591404 0.0224094436374406 3.3470873786407767 9.37135922330097 -0.1131345586034362 0.5425768181247159 2.505995967371352 0.8007612258729394 0.8969053891262133 0.2964293686004159 0.0724927592305644 0.14290910861991 0.3228690509760273 0.5574368829842032 |
| Cytosolic trna aminoacylation 15 23 2.254682055173437 0.0241532928191481 14.300970873786408 22.966019417475728 -0.9200929801404824 0.376538997117691 4.932722030504012 0.1811792000633157 1.2586096712426873 0.3534678527412684 1.0 0.1957018874510577 0.4234108238163727 0.023878224920038 |
| Metabolism of steroids 28 43 2.252701803796757 0.0242779571448634 11.16019417475728 45.26699029126213 0.7621248609364072 0.3994790342082778 4.702670999060317 5.049423467032678 1.2014135082145578 0.3371477938402821 0.3673864455770977 0.0139266132034934 0.0088050140307971 0.0030441293955599 |
| Activation of gene expression by srebf srebp 4 16 2.2455298742758005 0.02473413662301 4.5 17.614077669902912 -0.4104789735438113 0.3678488977621815 1.9933140672944107 2.3210927861941943 1.1966557776449334 0.274390460759911 0.1698529675357705 0.0005345781603008 0.00245502209556 0.0127325724968942 |
| Resolution of abasic sites ap sites 2 26 2.230857614575636 0.025690562112874 9.1747572815534 25.439320388349515 -0.3343642244554319 0.4940880125362986 4.762672792199121 3.13122506567548 1.09323398501863 0.3344700719821075 0.1661579510681921 0.0059154130352024 0.0652189932759886 0.0411145707633347 |
| Recognition of dna damage by pcna containing replication complex 1 17 2.212855896112967 0.0269075821808284 5.929611650485437 18.436893203883496 -0.1418898921049584 0.5961312891198366 3.7080857391900546 2.281925191768477 0.8437980279234831 0.3050936041596576 0.124436332790263 0.0297422863952871 0.1473035687891787 0.0495072415258672 |
| Protein protein interactions at synapses 0 14 2.1894062994749444 0.0285673222038509 2.883495145631068 13.817961165048544 0.4737716009680486 0.554790031489885 2.134101165352059 2.1071693888824656 0.7224067510326084 0.2930215130485676 0.1844735951599614 0.3415559466237396 0.6523366814462555 0.8901878348578174 |
| Tbc rabgaps 5 13 2.1769982799687986 0.0294806957753546 4.759708737864078 14.691747572815531 -0.2853374573833451 0.6248739413759152 3.2325750823050012 2.893687447371715 0.732976811482873 0.3043678366700637 0.1587196109975343 0.0480990158007083 0.2209088498725637 0.1076306759865561 |
| Dna damage bypass 1 23 2.1738948102728832 0.0297130358950512 8.635922330097088 24.038834951456312 -0.3198527593153901 0.5506696989091423 4.999851538940243 2.65371082956183 0.9067730781616636 0.3196109252473654 0.1952735388130106 0.072081404388204 0.3052095683589966 0.195203947575047 |
| Termination of translesion dna synthesis 1 18 2.171859282348429 0.0298662785196708 5.929611650485437 17.92718446601942 -0.1741427519298506 0.5705397890811215 3.658663988299792 1.9307272222530525 0.873922017186718 0.308389049523953 0.13983875830571 0.0374800451087157 0.1794583838863999 0.0725377758553807 |
| Translesion synthesis by y family dna polymerases bypasses lesions on dna template 1 21 2.131965785308588 0.0330096593799345 7.359223300970874 20.859223300970875 -0.2672141946628648 0.5561702710937696 4.38909586401741 2.011999772877474 0.8912159134669635 0.3145503701499852 0.1661579510681921 0.0526183003470655 0.2377167977135042 0.1234582060993474 |
| Polymerase switching on the c strand of the telomere 0 15 2.1227622183781736 0.0337737823183306 5.293689320388349 15.0873786407767 -0.2574777190605483 0.5787484061295812 3.4052584950398828 1.571016590770391 0.8290766407712821 0.3068199580483404 0.1166343188386397 0.2244113707230133 0.4740367253490846 0.1410114610544781 |
| Dual incision in gg ner 4 22 2.0991421038307747 0.0358043758539441 7.463592233009709 22.87135922330097 -0.1396992495382602 0.5763191380443866 4.277524770684931 2.8498773772100052 0.9157388983458742 0.3181186012312879 0.1698529675357705 0.0549327491955656 0.2461471926320586 0.0449499759361949 |
| Sphingolipid de novo biosynthesis 3 10 2.0838761190208785 0.037171437114265 4.08252427184466 10.614077669902912 1.3205451179619188 0.2079933246203462 1.939118365602947 1.3614298144224892 1.289169434780902 0.261809046515659 0.120543785367729 0.2314288917605473 0.139464492821367 0.0444879395353896 |
| Mitochondrial fatty acid beta oxidation of saturated fatty acids 1 6 2.0830955524930945 0.0372425147038906 2.5825242718446604 6.432038834951456 -0.5688919684805643 0.3517927368278176 1.6415377105738755 0.6629902241562827 1.176662695046664 0.2850504822779858 0.0390424410040197 0.0783678273848387 0.0165656081162175 0.0632177680064365 |
| Beta oxidation of decanoyl coa to octanoyl coa coa 1 6 2.0830955524930945 0.0372425147038906 2.2936893203883497 5.162621359223301 -0.6449789875689896 0.3122923607106103 1.3666126291804346 0.3690198541375071 1.2261240134609026 0.2806179059176082 0.0261968557418761 0.0529449050106049 0.0072189428234461 0.0289008088484989 |
| Uptake and actions of bacterial toxins 0 8 2.0692150763576898 0.0385259085813491 3.2572815533980584 7.233009708737864 -0.1771291978205914 0.5034501657348686 2.2623598789093124 1.01401713372041 0.946952738947381 0.2982281288476801 0.0968306740487744 0.1883617995249531 0.4100139117384642 0.6681967190076262 |
| Telomere maintenance 1 38 2.049977663566775 0.0403666105406426 14.436893203883496 39.6626213592233 -0.7968240268911972 0.4833368158410479 6.314830598951088 4.427984805659956 0.9633753718339146 0.3511109856502867 0.0420932468155845 0.1437132378009706 0.502620741801446 0.2644914250848734 |
| Gap filling dna repair synthesis and ligation in gg ner 1 18 2.041071797590916 0.0412436911434346 5.689320388349515 18.00728155339806 -0.1316453778445818 0.5866775657255269 3.5738508947268146 2.0402373239903766 0.849036122995379 0.3001177403512302 0.1166343188386397 0.0261463802533009 0.1317213238222239 0.0397683037604034 |
| Lagging strand synthesis 0 19 2.040632123746008 0.0412874066771107 6.747572815533981 18.26941747572815 -0.3375114835647878 0.5165119199723712 3.864120358841132 1.9315310719801264 0.9753035628226046 0.3252888828987217 0.0968306740487744 0.1883617995249531 0.4100139117384642 0.0901226840932628 |
| Synaptic adhesion like molecules 0 7 2.0330684389095217 0.0420456090869707 1.6674757281553398 5.951456310679611 1.045730316736721 0.2890276876766184 1.4188777313077996 1.1438195320406324 0.8614150619700692 0.2468687149363868 0.047513962070615 0.0949402057911811 0.2229161299678538 0.409806734117455 |
| Trna aminoacylation 15 33 2.002549070595865 0.0452257110728933 16.483009708737864 35.58980582524272 -0.9220603626179013 0.449939178371201 6.348855310777471 1.9066039959172487 1.038233561860114 0.3622549439462865 1.0 0.3233255713177392 0.6274819251549126 0.0142301709235897 |
| Base excision repair 2 29 1.9682907214911456 0.0490345969237386 10.230582524271844 28.512135922330096 -0.5588061367210082 0.4625350520521656 5.001721708473491 3.127911971573604 1.0927811769467146 0.3391285569329804 0.2164555404583355 0.0132995609471995 0.1282324533579897 0.1134177362739253 |
|
|
