Used file: Entries: 58 Your provided set of 58 genes: FGSG_00260 FGSG_00750 FGSG_00773 FGSG_00793 FGSG_02051 FGSG_02221 FGSG_02320 FGSG_02589 FGSG_02691 FGSG_02852 FGSG_02949 FGSG_03026 FGSG_03046 FGSG_03264 FGSG_03288 FGSG_03368 FGSG_03432 FGSG_03828 FGSG_03881 FGSG_03882 FGSG_03969 FGSG_03984 FGSG_04512 FGSG_04527 FGSG_04596 FGSG_06060 FGSG_06062 FGSG_06068 FGSG_06356 FGSG_06564 FGSG_06651 FGSG_06701 FGSG_07052 FGSG_07067 FGSG_07116 FGSG_07152 FGSG_07411 FGSG_07822 FGSG_08415 FGSG_08624 FGSG_08697 FGSG_09040 FGSG_09061 FGSG_09101 FGSG_09820 FGSG_10442 FGSG_10443 FGSG_10444 FGSG_11025 FGSG_11205 FGSG_11249 FGSG_11310 FGSG_11474 FGSG_11992 FGSG_12376 FGSG_12387 FGSG_12970 FGSG_13979 The comparison is done to p3_p13839_Fus_grami_v32 containing 13826 annotated genes. 57 out of 58 genes are found: FGSG_00260 FGSG_00750 FGSG_00773 FGSG_00793 FGSG_02051 FGSG_02221 FGSG_02320 FGSG_02589 FGSG_02691 FGSG_02852 FGSG_02949 FGSG_03026 FGSG_03046 FGSG_03264 FGSG_03288 FGSG_03368 FGSG_03432 FGSG_03828 FGSG_03881 FGSG_03882 FGSG_03969 FGSG_03984 FGSG_04512 FGSG_04527 FGSG_04596 FGSG_06060 FGSG_06062 FGSG_06068 FGSG_06356 FGSG_06564 FGSG_06651 FGSG_06701 FGSG_07067 FGSG_07116 FGSG_07152 FGSG_07411 FGSG_07822 FGSG_08415 FGSG_08624 FGSG_08697 FGSG_09040 FGSG_09061 FGSG_09101 FGSG_09820 FGSG_10442 FGSG_10443 FGSG_10444 FGSG_11025 FGSG_11205 FGSG_11249 FGSG_11310 FGSG_11474 FGSG_11992 FGSG_12376 FGSG_12387 FGSG_12970 FGSG_13979 k Filter FUNCTIONAL CATEGORY abs SET rel SET genes SET abs GENOME rel GENOME rel SET/rel GENOME P-VALUE Bonferroni_corr FDR "34.01.01.01 homeostasis of metal ions (Na, K, Ca etc.)" 6 10.5 FGSG_00773 FGSG_02589 FGSG_04512 FGSG_03882 FGSG_06060 FGSG_12970 208 1.5 7 0.000206581 01.25.03 extracellular protein degradation 2 3.5 FGSG_03432 FGSG_11249 8 0.05 70 0.000460197 "16.17.09 heavy metal binding (Cu, Fe, Zn)" 8 14 FGSG_02051 FGSG_03881 FGSG_12970 FGSG_07067 FGSG_09040 FGSG_09820 FGSG_11025 FGSG_11249 499 3.6 3.888888889 0.000948602 34.01.01 homeostasis of cations 6 10.5 FGSG_00773 FGSG_02589 FGSG_04512 FGSG_03882 FGSG_06060 FGSG_12970 290 2.09 5.023923445 0.00119546 01.01.09.04.02 degradation of phenylalanine 3 5.26 FGSG_03264 FGSG_02852 FGSG_06068 64 0.46 11.43478261 0.002316269 02.16.03 lactate fermentation 2 3.5 FGSG_03984 FGSG_10444 18 0.13 26.92307692 0.002448929 34.01 homeostasis 6 10.5 FGSG_00773 FGSG_02589 FGSG_04512 FGSG_03882 FGSG_06060 FGSG_12970 336 2.43 4.320987654 0.002519024 16.17 metal binding 9 15.7 FGSG_02051 FGSG_04512 FGSG_03881 FGSG_12970 FGSG_07067 FGSG_09040 FGSG_09820 FGSG_11025 FGSG_11249 758 5.48 2.864963504 0.003594893 01.01.09 metabolism of the cysteine - aromatic group 5 8.77 FGSG_03264 FGSG_02852 FGSG_06068 FGSG_09040 FGSG_09820 266 1.92 4.567708333 0.004703337 "20.01.01.01 cation transport (H+, Na+, K+, Ca2+ , NH4+, etc.)" 5 8.77 FGSG_00773 FGSG_02589 FGSG_04512 FGSG_03882 FGSG_06060 269 1.94 4.520618557 0.004930533 01.01.09.04 metabolism of phenylalanine 3 5.26 FGSG_03264 FGSG_02852 FGSG_06068 94 0.67 7.850746269 0.006830696 42.29 bud / growth tip 2 3.5 FGSG_03881 FGSG_11025 31 0.22 15.90909091 0.007191768 "20.01.01.01.01 heavy metal ion transport (Cu+, Fe3+, etc.)" 3 5.26 FGSG_00773 FGSG_02589 FGSG_06060 99 0.71 7.408450704 0.007877976 01.05.11.07.01.03 meta-cleavage 1 1.75 FGSG_09061 2 0.01 175 0.008228635 20.01.01 ion transport 5 8.77 FGSG_00773 FGSG_02589 FGSG_04512 FGSG_03882 FGSG_06060 321 2.32 3.780172414 0.010214299 32.01.01 oxidative stress response 3 5.26 FGSG_02051 FGSG_03882 FGSG_02852 122 0.88 5.977272727 0.013875953 20.01.15 electron transport 5 8.77 FGSG_04512 FGSG_03984 FGSG_06068 FGSG_09040 FGSG_09820 398 2.87 3.055749129 0.023732041 16.17.03 potassium binding 1 1.75 FGSG_04512 6 0.04 43.75 0.024486838 01.01.09.04.01 biosynthesis of phenylalanine 2 3.5 FGSG_03264 FGSG_06068 61 0.44 7.954545455 0.026161232 32.07.07 oxygen and radical detoxification 2 3.5 FGSG_02051 FGSG_02852 68 0.49 7.142857143 0.031976434 01.20.21 metabolism of sulfuric acid and L-cysteine derivatives 1 1.75 FGSG_09820 8 0.05 35 0.032517458 14.13 protein/peptide degradation 5 8.77 FGSG_04527 FGSG_03881 FGSG_03432 FGSG_11025 FGSG_11249 443 3.2 2.740625 0.035388326 01.25 extracellular metabolism 2 3.5 FGSG_03432 FGSG_11249 74 0.53 6.603773585 0.037326421 32.01.04 pH stress response 1 1.75 FGSG_12970 10 0.07 25 0.040483119 16.17.05 sodium binding 1 1.75 FGSG_04512 11 0.07 25 0.044441752 16.03 nucleic acid binding 7 12.2 FGSG_03881 FGSG_12376 FGSG_06356 FGSG_12970 FGSG_07067 FGSG_07116 FGSG_11025 811 5.86 2.081911263 0.048069345 01.01.09.03.02 degradation of cysteine 1 1.75 FGSG_09820 12 0.08 21.875 0.048384337 34.11.13.07 circulation (e.g. blood pressure) 1 1.75 FGSG_04512 12 0.08 21.875 0.048384337 " 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."