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. 2020 Mar 4;24(8):4402–4414. doi: 10.1111/jcmm.15098

Table 3.

Functional enrichment analysis for genes in turquoise module

Category Term Count % P‐value q‐value
GO biological processes Nuclear division 51 38.35 1.47E‐55 3.06E‐51
Reactome gene sets Cell cycle 54 40.60 1.04E‐49 5.38E‐46
GO biological processes Mitotic cell cycle phase transition 37 27.82 8.01E‐29 1.39E‐25
GO biological processes Meiotic cell cycle 27 20.30 2.47E‐27 3.66E‐24
GO biological processes Microtubule cytoskeleton organization 34 25.56 7.84E‐26 9.04E‐23
Canonical pathways PID AURORA B PATHWAY 13 9.77 1.69E‐20 9.22E‐18
KEGG pathway Cell cycle 15 11.28 2.77E‐16 1.25E‐13
GO biological processes Cytokinesis 16 12.03 1.71E‐15 6.57E‐13
GO biological processes DNA conformation change 18 13.53 2.84E‐13 8.69E‐11
GO biological processes Attachment of spindle microtubules to kinetochore 8 6.02 6.43E‐12 1.71E‐09
GO biological processes Positive regulation of cell cycle process 16 12.03 9.44E‐12 2.45E‐09
GO biological processes Protein localization to chromosome 10 7.52 2.78E‐11 6.95E‐09
Reactome gene sets Kinesins 9 6.77 3.52E‐11 8.71E‐09
GO biological processes DNA replication 15 11.28 3.68E‐11 8.88E‐09
Reactome gene sets APC/C‐mediated degradation of cell cycle proteins 10 7.52 4.51E‐11 1.04E‐08
GO biological processes sister chromatid cohesion 9 6.77 6.51E‐11 1.44E‐08
GO biological processes dna repair 19 14.29 2.15E‐10 4.43E‐08
GO biological processes DNA integrity checkpoint 11 8.27 1.17E‐09 2.12E‐07
GO biological processes Meiotic chromosome separation 6 4.51 4.04E‐09 7.06E‐07
GO biological processes Chromosome condensation 7 5.26 6.85E‐09 1.18E‐06

Abbreviation: GO, gene ontology; KEGG, Kyoto Encyclopedia of Genes and Genomes.