Table 5 Significantly affected GO biological process in each EPIG pattern
From: Comparative toxicogenomic responses of mercuric and methyl-mercury
EPIG pattern | Biological process (p value) |
|---|---|
1 | Oxidative phosphorylation (0.00013) |
Ion transport (0.00020) | |
Response to drug (0.00024) | |
Monovalent inorganic cation transport (0.00031) | |
| Â | Metal ion transport (0.00032) |
2 | Lipid glycosylation (0.0011) |
Monovalent inorganic cation transport (0.0043) | |
Metal ion transport (0.0045) | |
| Â | Transport (0.026) |
3 | Lipid storage (0.033) |
4 | Defecation (3.4E-05) |
Oxygen transport (0.00029) | |
Regulation of pharyngeal pumping (0.00037) | |
Transmembrane transport (0.0084) | |
| Â | Neurotransmitter transport (0.021) |
5 | Cytokinesis (1.5E-06) |
| Â | Embryonic development ending in birth or egg hatching (0.045) |
6 | Meiosis (0.018) |
7 | Embryonic development ending in birth or egg hatching (6.1E-08) |
Mitotic spindle organization (1.2E-05) | |
Reproduction (1.8E-05) | |
Cytokinesis (0.00027) | |
| Â | Germ cell development (0.0051) |
8 | Embryonic development ending in birth or egg hatching (1.4E-28) |
Nematode larval development (7.1E-14) | |
Genitalia development (1.0E-12) | |
Receptor-mediated endocytosis (2.7E-11) | |
| Â | Protein catabolic process (1.3E-8) |
9 | tRNA aminoacylation for protein translation (1.1E-06) |
Lipid glycosylation (0.0020) | |
| Â | Positive regulation of growth rate (0.033) |
10 | Lipid metabolic process (0.00073) |
Positive regulation of programmed cell death (0.0019) | |
Lipid transport (0.0028) | |
Body morphogenesis (0.0047) | |
| Â | Cell adhesion (0.0078) |
11 | Oviposition (0.014) |
| Â | Transmembrane transport (0.020) |
12 | Embryonic development ending in birth or egg hatching (4.2E-16) |
Cell division (9.2E-10) | |
Morphogenesis of an epithelium (1.3E-6) | |
Mitotic spindle organization (4.1E-6) | |
| Â | Embryonic pattern specification (2.3E-5) |