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. 2016 Jul 22;19(12):pyw064. doi: 10.1093/ijnp/pyw064

Table 5.

Results of the Pathway Enrichment Analysis for Bipolar II Disorder

Pathway No. Genes in Gene-Set # Genes Overlapping with Our Gene List P Value Adjusted P Value
Neurological system process (GO) 379 18 3.4×10–8 1.2×10–5
Transmembrane transporter activity (GO) 375 17 1.6×10–7 3.1×10–5
Apoptosis (GO) 431 17 1.1×10–6 1.6×10–4
Programmed cell death (GO) 432 17 1.1×10–6 1.6×10–4
Developmental biology (Reactome) 396 16 1.6×10–6 1.9×10–4
Neuronal system (Reactome) 279 13 3.3×10–6 3.3×10–4
Gastrin CREB signaling pathway via PKC and MAPK (Reactome) 205 11 5.0×10–6 4.6×10–4
Regulation of apoptosis (GO) 341 14 6.1×10–6 5.1×10–4
Axon guidance (Reactome) 251 12 6.1×10–6 5.1×10–4
Regulation of development process (GO) 440 16 6.2×10–6 5.1×10–4
Regulation of programmed cell death (GO) 342 14 6.3×10–6 5.1×10–4
Substrate specific transporter activity (GO) 392 15 6.6×10–6 5.2×10–4
Substrate specific transmembrane transporter activity (GO) 344 14 6.7×10–6 5.2×10–4
G alpha Q signaling events (Reactome) 184 10 1.2×10–5 8.8×10–4
Transmission across chemical synapses (Reactome) 186 10 1.3×10–5 9.4×10–4
Sensory perception (GO) 190 10 1.6×10–5 1.1×10–3
Ion transmembrane transporter activity (GO) 278 12 1.7×10–5 1.2×10–3
Ligase activity (GO) 97 7 4.1×10–5 2.4×10–3
Cell adhesion molecules (CAMs) (KEGG) 134 8 4.6×10–5 2.6×10–3
MAPK signaling pathway (KEGG) 267 11 5.8×10–5 3.2×10–3
Neuroactive ligand receptor interaction (KEGG) 272 11 6.8×10–5 3.7×10–3
Arrhythmogenic right ventricular cardiomyopathy (ARVC) (KEGG) 76 6 8.9×10–5 4.5×10–3
Nervous system development (GO) 385 13 9.6×10–5 4.7×10–3
Ion channel activity (GO) 149 8 9.7×10–5 4.7×10–3

Abbreviations: GO, Gene Ontology terms; KEGG, Kyoto Encyclopedia of Genes and Genomes.

P values were calculated using hypergeometric test; adjusted p-values were computed using the Bonferroni correction. We reported pathways with P < 5×10–3 after Bonferroni correction. Our gene list consists of 452 genes that selected from gene-based association analysis (only genes with P < .01) and single-marker association analysis (only genes with at least one SNP having P < .001) for pathway analysis.