Table 3

GO categories discriminating among hierarchical cluster-defined CBF subgroups

GO descriptionGO categoryNo. of genesLS permutationKS permutation
Spindle pole 922 22 <.001 <.001 
Spindle 5819 34 <.001 <.001 
ATP-dependent helicase activity 8026 35 <.001 <.001 
DNA-dependent ATPase activity 8094 17 <.001 .021 
Small protein conjugating enzyme activity 8639 27 <.001 .006 
M phase of mitotic cell cycle 87 96 <.001 <.001 
RNA splicing via transesterification reactions 375 51 <.001 <.001 
RNA splicing 377 51 <.001 <.001 
Nuclear mRNA splicing via spliceosome 398 51 <.001 <.001 
mRNA processing 6397 81 <.001 <.001 
Mitosis 7067 96 <.001 <.001 
RNA splicing 8380 71 <.001 <.001 
mRNA metabolism 16071 90 <.001 <.001 
Centrosome 5813 20 <.001 .001 
Ubiquitin-dependent protein catabolism 6511 47 <.001 .004 
Modification-dependent protein catabolism 19941 47 <.001 .004 
Ubiquitin conjugating enzyme activity 4840 26 <.001 .008 
Dynein complex 30286 11 <.001 .074 
Damaged DNA binding 3684 22 <.001 .004 
Microtubule organizing center 5815 22 <.001 .002 
Cytokinesis 910 92 <.001 .017 
Cell division 51301 92 <.001 .017 
RNA helicase activity 3724 13 <.001 <.001 
Cytoplasmic dynein complex 5868 <.001 .033 
Ubiquitin-specific protease activity 4843 29 <.001 .01901 
Ubiquitin thiolesterase activity 4221 25 <.001 .005 
Thiolester hydrolase activity 16790 29 <.001 .006 
Microtubule cytoskeleton 15630 79 <.001 .012 
Nucleoplasm 5654 93 <.001 .005 
Spindle organization and biogenesis 7051 11 <.001 .037 
Mitotic spindle organization and biogenesis 7052 11 <.001 .037 
Microtubule cytoskeleton organization and biogenesis 226 23 .002 <.001 
Microtubule-based process 7017 60 .004 <.001 
MAPK 4707 14 .016 <.001 
Ribonuclease activity 4540 19 .017 <.001 
Gluconeogenesis 6094 .034 <.001 
Pyruvate metabolism 6090 10 .048 <.001 
GO descriptionGO categoryNo. of genesLS permutationKS permutation
Spindle pole 922 22 <.001 <.001 
Spindle 5819 34 <.001 <.001 
ATP-dependent helicase activity 8026 35 <.001 <.001 
DNA-dependent ATPase activity 8094 17 <.001 .021 
Small protein conjugating enzyme activity 8639 27 <.001 .006 
M phase of mitotic cell cycle 87 96 <.001 <.001 
RNA splicing via transesterification reactions 375 51 <.001 <.001 
RNA splicing 377 51 <.001 <.001 
Nuclear mRNA splicing via spliceosome 398 51 <.001 <.001 
mRNA processing 6397 81 <.001 <.001 
Mitosis 7067 96 <.001 <.001 
RNA splicing 8380 71 <.001 <.001 
mRNA metabolism 16071 90 <.001 <.001 
Centrosome 5813 20 <.001 .001 
Ubiquitin-dependent protein catabolism 6511 47 <.001 .004 
Modification-dependent protein catabolism 19941 47 <.001 .004 
Ubiquitin conjugating enzyme activity 4840 26 <.001 .008 
Dynein complex 30286 11 <.001 .074 
Damaged DNA binding 3684 22 <.001 .004 
Microtubule organizing center 5815 22 <.001 .002 
Cytokinesis 910 92 <.001 .017 
Cell division 51301 92 <.001 .017 
RNA helicase activity 3724 13 <.001 <.001 
Cytoplasmic dynein complex 5868 <.001 .033 
Ubiquitin-specific protease activity 4843 29 <.001 .01901 
Ubiquitin thiolesterase activity 4221 25 <.001 .005 
Thiolester hydrolase activity 16790 29 <.001 .006 
Microtubule cytoskeleton 15630 79 <.001 .012 
Nucleoplasm 5654 93 <.001 .005 
Spindle organization and biogenesis 7051 11 <.001 .037 
Mitotic spindle organization and biogenesis 7052 11 <.001 .037 
Microtubule cytoskeleton organization and biogenesis 226 23 .002 <.001 
Microtubule-based process 7017 60 .004 <.001 
MAPK 4707 14 .016 <.001 
Ribonuclease activity 4540 19 .017 <.001 
Gluconeogenesis 6094 .034 <.001 
Pyruvate metabolism 6090 10 .048 <.001 

Number of genes used for random variance estimation: 8556; number of investigated GO categories: 1545; table sorted by P value of the LS permutation test; 37 GO categories are significant at the nominal .001 level of the LS permutation test or KS permutation test.

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