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. 2015 Aug 13;10(8):e0135284. doi: 10.1371/journal.pone.0135284

Table 1. Target enrichment in distinct KEGG pathways.

Term KEGGID Pvalue # Genes (observed) # Genes (total)
Cell cycle 04110 2.55E-09 45 123
Axon guidance 04360 1.87E-08 45 130
DNA replication 03030 4.93E-07 18 35
Ribosome biogenesis in eukaryotes 03008 1.23E-06 28 74
RNA transport 03013 2.62E-06 46 156
Oocyte meiosis 04114 2.93E-06 36 111
p53 signaling pathway 04115 4.46E-06 25 66
Neurotrophin signaling pathway 04722 9.54E-05 36 128
GnRH signaling pathway 04912 0.000208 29 99
Progesterone-mediated oocyte maturation 04914 0.000252 26 86
Purine metabolism 00230 0.000799 40 162
Glioma 05214 0.000992 20 65
Homologous recombination 03440 0.001101 11 27
ErbB signaling pathway 04012 0.001802 24 87
Gap junction 04540 0.001802 24 87
Prostate cancer 05215 0.002513 24 89
Mismatch repair 03430 0.003019 9 22
VEGF signaling pathway 04370 0.003324 21 76
One carbon pool by folate 00670 0.004161 8 19
Focal adhesion 04510 0.004651 44 199

Negatively associated miRNA targets are significantly retrieved in enriched KEGG pathways calculated based on the amount of observed and the total amount of genes. Only the top 20 terms with p-values < 0.01 are depicted.