| 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 |
| Hdr through homologous recombination hrr 10 27 2.830340387916614 0.0046498505355301 6.589805825242719 24.111650485436893 -0.0092264701981264 0.5458067298737065 4.0672971108020715 4.028076246394997 0.9713175634602784 0.3148065661700105 1.0 0.2731012734555347 0.4724360815693985 0.0209399577131691 0.0002945614107737 |
| Homologous dna pairing and strand exchange 7 17 2.498065616250001 0.0124873077632865 4.618932038834951 15.381067961165048 -0.1258095374029925 0.5366387216106658 3.2031433022577613 3.240809383688078 0.916754724596679 0.29843394978605 1.0 0.1795501084992132 0.327507803675052 0.0028440426535884 0.0006656916291894 |
| Mitochondrial fatty acid beta oxidation of saturated fatty acids 1 7 2.489322512200893 0.0127986805251278 2.5825242718446604 6.432038834951456 -0.5688919684805643 0.3517927368278176 1.6415377105738755 0.6629902241562827 1.176662695046664 0.2850504822779858 0.001764705542814 0.0007972103198291 0.0031504918831051 0.018519525655472 0.0672800541821322 |
| Regulation of lipid metabolism by pparalpha 8 22 2.4865044945621984 0.0129004940055632 4.995145631067961 20.191747572815533 0.0648494094844047 0.557174284398624 2.6125120389289833 4.325879432938389 0.8736086388458166 0.2854231552522633 0.0185488505716704 0.0761999214167486 0.2319888267069046 0.0266855344505571 0.0164186077138823 |
| Hdr through single strand annealing ssa 7 18 2.4686655672710343 0.0135617898166306 4.439320388349515 15.029126213592232 -0.104776304936243 0.547344806496792 3.147461224461269 3.1009122074077995 0.8979812088411415 0.2947172427608754 1.0 0.1553991536419083 0.2872333566147377 0.0013847282559837 0.0002117782770131 |
| Phase i functionalization of compounds 4 15 2.45231979359596 0.0141938454688546 3.5364077669902914 14.184466019417476 1.0829555250605305 0.2802752482018614 1.63283502003666 1.0657744603346575 1.0337417132355466 0.2758879448139676 1.0 0.1715759324473242 0.0538434207197609 0.0665120453316815 0.0387405426335318 |
| Mitochondrial fatty acid beta oxidation 1 17 2.4434703073397084 0.014546766574135 5.689320388349515 16.269417475728154 -1.068858573875635 0.2804406793294181 3.4445091417280915 1.4030952781955324 1.1872455829449722 0.2816422091323582 0.0064629678121359 0.0108643857486399 0.0398064357050217 0.1876112798662428 0.4798017034022686 |
| Regulation of tp53 activity through phosphorylation 9 33 2.413034929262212 0.0158203033710035 9.16504854368932 31.033980582524272 -0.166760358087954 0.6053682165807477 5.2682361731688045 5.209104304015077 0.8414955883036344 0.3086775406206219 1.0 0.0589240460435226 0.1862598674919939 0.0034902567561769 0.0060577711992828 |
| Diseases of dna repair 6 11 2.352547338853728 0.0186453162915642 2.9927184466019416 10.66747572815534 0.0528335588674675 0.5037832356736488 2.447000420239035 2.5406616439850276 0.9472780625032624 0.291607132956854 1.0 0.1471951297158956 0.2732850813359189 0.0076999170588955 0.0008544422426654 |
| Homology directed repair 14 44 2.340127342316393 0.0192771657852186 12.274271844660197 40.35679611650485 -0.4773706017799587 0.4971476287398784 6.350981745366931 6.225642044106306 1.1020346242781678 0.3475314952470228 1.0 0.4014813083941581 0.6426690076912178 0.003946738765776 0.0001697036668833 |
| Processing of dna double strand break ends 9 29 2.288281428036361 0.0221211373447789 8.191747572815533 26.570388349514563 -0.5540554786494168 0.4941580135958456 4.432298692921181 4.7040982797857955 0.9989804382308012 0.3339492805591715 1.0 0.2731012734555347 0.4724360815693985 0.0049363950967957 0.0011900321594741 |
| Resolution of d loop structures 5 8 2.250505781522776 0.0244168569144775 2.0242718446601944 7.264563106796117 0.1102873389811883 0.465949849674053 1.8193654083793276 2.44163055366299 1.0385932117537884 0.2998892330148265 1.0 0.1430638950507344 0.266209970857853 0.0068941903455315 0.0038758075765755 |
| Resolution of d loop structures through synthesis dependent strand annealing sdsa 5 8 2.250505781522776 0.0244168569144775 2.0242718446601944 7.264563106796117 0.1102873389811883 0.465949849674053 1.8193654083793276 2.44163055366299 1.0385932117537884 0.2998892330148265 1.0 0.1178616319260966 0.2223047329091382 0.0032072097069444 0.0012597640157874 |
| Transcriptional regulation of white adipocyte differentiation 8 15 2.215361593707424 0.0267352552632083 3.978155339805826 12.235436893203884 -0.1529312936881651 0.6152527776544426 2.4409548694924026 3.761120282575142 0.7678686215796192 0.2843376205937516 1.0 0.2801168002074996 0.4825947600252522 0.0235082740557435 0.016498993555687 |
| Branched chain amino acid catabolism 3 16 2.1474739476179363 0.0317555690938595 6.08252427184466 14.315533980582524 -1.2246640404472435 0.2546113317180097 3.186437496533361 1.6743210350637572 1.1617003226674978 0.2762513209904451 1.0 0.0001506452861526 5.140022621894777e-05 0.0016919334745771 0.0198699646710478 |
| Beta oxidation of decanoyl coa to octanoyl coa coa 1 5 2.1209868068234963 0.0339229126929128 2.2936893203883497 5.162621359223301 -0.6449789875689896 0.3122923607106103 1.3666126291804346 0.3690198541375071 1.2261240134609026 0.2806179059176082 0.0011766435249737 0.0003352480301583 0.0013376518177504 0.0080925194523707 0.0308595287001273 |
| Beta oxidation of octanoyl coa to hexanoyl coa 1 5 2.1209868068234963 0.0339229126929128 2.2233009708737863 5.0 -0.6229551371542761 0.3220463158259661 1.3433188781691634 0.0 1.1977133963678883 0.2803822753738351 0.0009805843717155 0.0002241871259369 0.0008973897437505 0.0054816148577098 0.0212482667461507 |
| G2 m dna damage checkpoint 14 37 2.1177526487177496 0.0341960214450081 9.99514563106796 33.54611650485437 -0.4409217074382004 0.566819424170979 5.698319947274814 4.1278487622370985 0.8661706022132668 0.3255903746459009 1.0 0.0399341953324298 0.1323300889211223 0.0009884936930533 0.0002945614107737 |
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