Used file: Entries: 79 Your provided set of 79 genes: FGSG_00395 FGSG_00631 FGSG_00634 FGSG_00671 FGSG_00798 FGSG_00802 FGSG_00845 FGSG_00904 FGSG_01016 FGSG_01021 FGSG_01081 FGSG_01154 FGSG_01238 FGSG_01278 FGSG_01504 FGSG_01509 FGSG_01516 FGSG_01871 FGSG_01956 FGSG_02099 FGSG_02493 FGSG_02503 FGSG_02541 FGSG_02542 FGSG_02543 FGSG_02588 FGSG_04136 FGSG_04137 FGSG_04149 FGSG_04476 FGSG_04915 FGSG_05378 FGSG_05433 FGSG_05493 FGSG_05605 FGSG_05614 FGSG_05916 FGSG_06020 FGSG_06270 FGSG_06289 FGSG_06407 FGSG_06587 FGSG_06757 FGSG_06827 FGSG_06921 FGSG_06924 FGSG_06931 FGSG_07048 FGSG_07186 FGSG_07291 FGSG_07292 FGSG_07480 FGSG_07856 FGSG_08335 FGSG_08478 FGSG_08561 FGSG_08670 FGSG_08676 FGSG_08677 FGSG_08714 FGSG_08895 FGSG_08896 FGSG_09866 FGSG_09870 FGSG_09974 FGSG_10010 FGSG_10181 FGSG_10245 FGSG_10246 FGSG_10368 FGSG_10733 FGSG_10845 FGSG_10905 FGSG_11839 FGSG_12937 FGSG_12938 FGSG_13664 FGSG_13665 FGSG_13666 The comparison is done to p3_p13839_Fus_grami_v32 containing 13826 annotated genes. 76 out of 79 genes are found: FGSG_00395 FGSG_00631 FGSG_00634 FGSG_00671 FGSG_00798 FGSG_00802 FGSG_00845 FGSG_00904 FGSG_01016 FGSG_01021 FGSG_01081 FGSG_01154 FGSG_01238 FGSG_01278 FGSG_01504 FGSG_01509 FGSG_01516 FGSG_01871 FGSG_01956 FGSG_02099 FGSG_02493 FGSG_02503 FGSG_02541 FGSG_02542 FGSG_02543 FGSG_02588 FGSG_04136 FGSG_04137 FGSG_04149 FGSG_04476 FGSG_04915 FGSG_05378 FGSG_05433 FGSG_05493 FGSG_05605 FGSG_05614 FGSG_05916 FGSG_06020 FGSG_06270 FGSG_06289 FGSG_06407 FGSG_06587 FGSG_06757 FGSG_06827 FGSG_06921 FGSG_06924 FGSG_06931 FGSG_07048 FGSG_07186 FGSG_07291 FGSG_07292 FGSG_07480 FGSG_07856 FGSG_08335 FGSG_08478 FGSG_08561 FGSG_08670 FGSG_08676 FGSG_08677 FGSG_08714 FGSG_08895 FGSG_08896 FGSG_09866 FGSG_09870 FGSG_09974 FGSG_10010 FGSG_10181 FGSG_10245 FGSG_10246 FGSG_10368 FGSG_10733 FGSG_10845 FGSG_10905 FGSG_11839 FGSG_12937 FGSG_12938 k Filter FUNCTIONAL CATEGORY abs SET rel SET genes SET abs GENOME rel GENOME rel SET/rel GENOME P-VALUE Bonferroni_corr FDR 12.01.01 ribosomal proteins 68 89.4 FGSG_00395 FGSG_00631 FGSG_00634 FGSG_00671 FGSG_00798 FGSG_00802 FGSG_00845 FGSG_01016 FGSG_01021 FGSG_01081 FGSG_01154 FGSG_01238 FGSG_01278 FGSG_01504 FGSG_01509 FGSG_01516 FGSG_01871 FGSG_01956 FGSG_02099 FGSG_02493 FGSG_02503 FGSG_02541 FGSG_02542 FGSG_02588 FGSG_04476 FGSG_04149 FGSG_04137 FGSG_04136 FGSG_04915 FGSG_05378 FGSG_05433 FGSG_05493 FGSG_05605 FGSG_05916 FGSG_06020 FGSG_06270 FGSG_06289 FGSG_06407 FGSG_06587 FGSG_06757 FGSG_06827 FGSG_06921 FGSG_06924 FGSG_06931 FGSG_07048 FGSG_07186 FGSG_07291 FGSG_07292 FGSG_07480 FGSG_07856 FGSG_08896 FGSG_08895 FGSG_08714 FGSG_08676 FGSG_08670 FGSG_08561 FGSG_08478 FGSG_08335 FGSG_09866 FGSG_09974 FGSG_10010 FGSG_10181 FGSG_10245 FGSG_10246 FGSG_10368 FGSG_10905 FGSG_10845 FGSG_10733 165 1.19 75.12605042 3.21E-128 12.01 ribosome biogenesis 69 90.7 FGSG_00395 FGSG_00631 FGSG_00634 FGSG_00671 FGSG_00798 FGSG_00802 FGSG_00845 FGSG_01016 FGSG_01021 FGSG_01081 FGSG_01154 FGSG_01238 FGSG_01278 FGSG_01504 FGSG_01509 FGSG_01516 FGSG_01871 FGSG_01956 FGSG_02099 FGSG_02493 FGSG_02503 FGSG_02541 FGSG_02542 FGSG_02588 FGSG_04476 FGSG_04149 FGSG_04137 FGSG_04136 FGSG_04915 FGSG_05378 FGSG_05433 FGSG_05493 FGSG_05605 FGSG_05916 FGSG_06020 FGSG_06270 FGSG_06289 FGSG_06407 FGSG_06587 FGSG_06757 FGSG_06827 FGSG_06921 FGSG_06924 FGSG_06931 FGSG_07048 FGSG_07186 FGSG_07291 FGSG_07292 FGSG_07480 FGSG_07856 FGSG_08896 FGSG_08895 FGSG_08714 FGSG_08676 FGSG_08670 FGSG_08561 FGSG_08478 FGSG_08335 FGSG_09866 FGSG_09870 FGSG_09974 FGSG_10010 FGSG_10181 FGSG_10245 FGSG_10246 FGSG_10368 FGSG_10905 FGSG_10845 FGSG_10733 255 1.84 49.29347826 2.02E-115 12.04 translation 64 84.2 FGSG_00395 FGSG_00631 FGSG_00634 FGSG_00671 FGSG_00798 FGSG_00802 FGSG_00845 FGSG_01016 FGSG_01021 FGSG_01154 FGSG_01278 FGSG_01504 FGSG_01509 FGSG_01871 FGSG_01956 FGSG_02099 FGSG_02493 FGSG_02503 FGSG_02541 FGSG_02542 FGSG_02588 FGSG_04476 FGSG_04149 FGSG_04137 FGSG_04136 FGSG_05378 FGSG_05433 FGSG_05493 FGSG_05605 FGSG_05614 FGSG_05916 FGSG_06020 FGSG_06270 FGSG_06289 FGSG_06407 FGSG_06587 FGSG_06757 FGSG_06827 FGSG_06921 FGSG_06924 FGSG_06931 FGSG_07048 FGSG_07186 FGSG_07292 FGSG_07480 FGSG_07856 FGSG_08896 FGSG_08895 FGSG_08714 FGSG_08676 FGSG_08670 FGSG_08561 FGSG_08478 FGSG_08335 FGSG_09866 FGSG_09870 FGSG_09974 FGSG_10010 FGSG_10245 FGSG_10246 FGSG_10368 FGSG_10905 FGSG_10845 FGSG_10733 218 1.57 53.63057325 4.77E-107 12 PROTEIN SYNTHESIS 70 92.1 FGSG_00395 FGSG_00631 FGSG_00634 FGSG_00671 FGSG_00798 FGSG_00802 FGSG_00845 FGSG_01016 FGSG_01021 FGSG_01081 FGSG_01154 FGSG_01238 FGSG_01278 FGSG_01504 FGSG_01509 FGSG_01516 FGSG_01871 FGSG_01956 FGSG_02099 FGSG_02493 FGSG_02503 FGSG_02541 FGSG_02542 FGSG_02588 FGSG_04476 FGSG_04149 FGSG_04137 FGSG_04136 FGSG_04915 FGSG_05378 FGSG_05433 FGSG_05493 FGSG_05605 FGSG_05614 FGSG_05916 FGSG_06020 FGSG_06270 FGSG_06289 FGSG_06407 FGSG_06587 FGSG_06757 FGSG_06827 FGSG_06921 FGSG_06924 FGSG_06931 FGSG_07048 FGSG_07186 FGSG_07291 FGSG_07292 FGSG_07480 FGSG_07856 FGSG_08896 FGSG_08895 FGSG_08714 FGSG_08676 FGSG_08670 FGSG_08561 FGSG_08478 FGSG_08335 FGSG_09866 FGSG_09870 FGSG_09974 FGSG_10010 FGSG_10181 FGSG_10245 FGSG_10246 FGSG_10368 FGSG_10905 FGSG_10845 FGSG_10733 439 3.17 29.05362776 8.78E-100 16.01 protein binding 64 84.2 FGSG_00395 FGSG_00631 FGSG_00634 FGSG_00671 FGSG_00798 FGSG_00802 FGSG_00845 FGSG_01016 FGSG_01021 FGSG_01154 FGSG_01278 FGSG_01504 FGSG_01509 FGSG_01516 FGSG_01871 FGSG_01956 FGSG_02099 FGSG_02493 FGSG_02503 FGSG_02541 FGSG_02542 FGSG_02588 FGSG_04476 FGSG_04149 FGSG_04137 FGSG_04136 FGSG_05378 FGSG_05433 FGSG_05493 FGSG_05605 FGSG_05916 FGSG_06020 FGSG_06270 FGSG_06289 FGSG_06407 FGSG_12937 FGSG_06587 FGSG_06757 FGSG_06827 FGSG_06921 FGSG_06924 FGSG_06931 FGSG_07048 FGSG_07186 FGSG_07292 FGSG_07480 FGSG_07856 FGSG_08896 FGSG_08895 FGSG_08714 FGSG_08676 FGSG_08670 FGSG_08561 FGSG_08478 FGSG_08335 FGSG_09866 FGSG_09974 FGSG_10010 FGSG_10181 FGSG_10245 FGSG_10246 FGSG_10905 FGSG_10845 FGSG_10733 1601 11.5 7.32173913 2.95E-48 16 PROTEIN WITH BINDING FUNCTION OR COFACTOR REQUIREMENT (structural or catalytic) 66 86.8 FGSG_00395 FGSG_00631 FGSG_00634 FGSG_00671 FGSG_00798 FGSG_00802 FGSG_00845 FGSG_00904 FGSG_01016 FGSG_01021 FGSG_01154 FGSG_01238 FGSG_01278 FGSG_01504 FGSG_01509 FGSG_01516 FGSG_01871 FGSG_01956 FGSG_02099 FGSG_02493 FGSG_02503 FGSG_02541 FGSG_02542 FGSG_02588 FGSG_04476 FGSG_04149 FGSG_04137 FGSG_04136 FGSG_05378 FGSG_05433 FGSG_05493 FGSG_05605 FGSG_05916 FGSG_06020 FGSG_06270 FGSG_06289 FGSG_06407 FGSG_12937 FGSG_06587 FGSG_06757 FGSG_06827 FGSG_06921 FGSG_06924 FGSG_06931 FGSG_07048 FGSG_07186 FGSG_07292 FGSG_07480 FGSG_07856 FGSG_08896 FGSG_08895 FGSG_08714 FGSG_08676 FGSG_08670 FGSG_08561 FGSG_08478 FGSG_08335 FGSG_09866 FGSG_09974 FGSG_10010 FGSG_10181 FGSG_10245 FGSG_10246 FGSG_10905 FGSG_10845 FGSG_10733 3139 22.7 3.823788546 1.48E-32 16.03.03 RNA binding 20 26.3 FGSG_00845 FGSG_01016 FGSG_01154 FGSG_01238 FGSG_01871 FGSG_02099 FGSG_02493 FGSG_02541 FGSG_02542 FGSG_07048 FGSG_07856 FGSG_08896 FGSG_08714 FGSG_08676 FGSG_08670 FGSG_08561 FGSG_08335 FGSG_09974 FGSG_10010 FGSG_10845 327 2.36 11.1440678 5.52E-16 16.03 nucleic acid binding 21 27.6 FGSG_00671 FGSG_00845 FGSG_01016 FGSG_01154 FGSG_01238 FGSG_01871 FGSG_02099 FGSG_02493 FGSG_02541 FGSG_02542 FGSG_07048 FGSG_07856 FGSG_08896 FGSG_08714 FGSG_08676 FGSG_08670 FGSG_08561 FGSG_08335 FGSG_09974 FGSG_10010 FGSG_10845 811 5.86 4.709897611 1.42E-09 12.07 translational control 5 6.57 FGSG_00671 FGSG_01509 FGSG_08896 FGSG_10245 FGSG_10733 84 0.6 10.95 9.67E-05 12.04.02 translation elongation 3 3.94 FGSG_05605 FGSG_06827 FGSG_10368 25 0.18 21.88888889 0.000336515 16.05 polysaccharide binding 2 2.63 FGSG_05378 FGSG_09974 38 0.27 9.740740741 0.018448636 02.13.05 regulation of respiration 1 1.31 FGSG_08677 5 0.03 43.66666667 0.027187838 30.01.05.05.03 trimeric G-protein mediated signal transduction 1 1.31 FGSG_09870 6 0.04 32.75 0.032537214 01.03.04.01 pyrimidine nucleotide/nucleoside/nucleobase catabolism 1 1.31 FGSG_00904 9 0.06 21.83333333 0.048411779 11.04.03.01.10 regulation of splicing 1 1.31 FGSG_10245 9 0.06 21.83333333 0.048411779 " To correct for multiple comparisons in multiple hypothesis testing for the 845 taxonomical allowed FunCats, we calculated the Bonferroni correction as well as the False discovery rate (FDR) control with an experiment-wide significance level alpha of 0.05. The table is sorted by the p-value (k position). You will find as filter the holding criteria B=Bonferroni correction < 0.05, F:p-value < False discovery rate and *:p-value < 0.05."