Table 2 of
Jia, Mol Vis 2011; 17:2386-2399.
Table 2. Enriched gene ontology terms according to biologic process in various groups of genes.
Enriched GO terms in each group | Counta |
---|---|
G1 group: upregulated in both S-CorNV and CB-CorNV | |
Cell migration | |
chemotaxis (see Table 3) | 18 |
leukocyte chemotaxis | 9 |
leukocyte migration | 10 |
locomotory behavior | 18 |
cell migration | 12 |
Host defense responses | |
immune response (see Table 4) | 32 |
defense response | 29 |
inflammatory response (see Table 5) | 21 |
response to wounding | 25 |
acute inflammatory response | 10 |
acute-phase response | 6 |
response to organic substance | 16 |
response to molecule of bacterial origin | 5 |
antigen processing and presentation of exogenous antigen | 6 |
immunoglobulin mediated immune response | 7 |
B cell mediated immunity | 7 |
lymphocyte mediated immunity | 7 |
positive regulation of response to stimulus | 10 |
regulation of cytokine production (see Table 6) | 8 |
regulation of tumor necrosis factor production | 4 |
response to oxidative stress | 6 |
response to cytokine stimulus | 4 |
positive regulation of acute inflammatory response | 3 |
positive regulation of multicellular organismal process | 8 |
cytokine-mediated signaling pathway | 5 |
defense response to Gram-negative bacterium | 3 |
Tissue development or organization | |
eye development | 10 |
lens development in camera-type eye | 5 |
multicellular organismal homeostasis | 6 |
extracellular structure organization | 8 |
regulation of biomineral formation | 4 |
regulation of bone mineralization | 4 |
regulation of homeostatic process | 6 |
cellular cation homeostasis | 8 |
collagen fibril organization | 4 |
homeostatic process | 17 |
cellular homeostasis | 12 |
vasculature development | 10 |
epidermis development | 7 |
sensory organ development | 10 |
ectoderm development | 7 |
epithelium development | 10 |
epithelial cell differentiation | 7 |
lens fiber cell differentiation | 3 |
cellular iron ion homeostasis | 4 |
positive regulation of developmental process | 9 |
blood vessel development (refer to Table 7) | 10 |
Metabolism | |
intermediate filament-based process | 4 |
icosanoid biosynthetic process | 4 |
unsaturated fatty acid biosynthetic process | 4 |
icosanoid metabolic process | 4 |
G2 group: upregulated in S-CorNV, unchanged in CB-CorNV | |
mitosis | 8 |
nuclear division | 8 |
organelle fission | 8 |
M phase | 9 |
cell cycle phase | 9 |
G3 group: upregulated in S-CorNV, absent in CB-CorNV | |
not any | |
G4 group: unchanged in S-CorNV, upregulated in CB-CorNV | |
chordate embryonic development | 9 |
embryonic development ending in birth or egg hatching | 9 |
endothelial cell morphogenesis | 2 |
G5 group: unchanged in S-CorNV, down-regulated in CB-CorNV | |
not any | |
G6 group: down-regulated in S-CorNV, unchanged in CB-CorNV | |
Lipid metatolism | |
lipid biosynthetic process | 15 |
steroid metabolic process | 12 |
steroid biosynthetic process | 8 |
cholesterol metabolic process | 7 |
carboxylic acid biosynthetic process | 8 |
organic acid biosynthetic process | 8 |
fatty acid biosynthetic process | 6 |
oxidation reduction | 16 |
Host response | |
cellular response to extracellular stimulus | 5 |
cellular response to starvation | 4 |
epithelium development | 9 |
Differentiation | |
epithelial cell differentiation | 6 |
epidermis development | 6 |
keratinocyte differentiation | 4 |
epidermal cell differentiation | 4 |
Wnt receptor signaling pathway | 6 |
ectoderm development | 6 |
regulation of neuron differentiation | 5 |
G7 group: down-regulated in both S-CorNV and CB-CorNV | |
oxidation reduction (see Table 9) | 19 |
programmed cell death | 14 |
retinol metabolic process | 3 |
G8 group: down-regulated in S-CorNV, absent in CB-CorNV | |
not any | |
G9 group: absent in S-CorNV, upregulated in CB-CorNV | |
response to organic substance | 10 |
response to steroid hormone stimulus | 4 |
immune response | 8 |
oxidation reduction | 9 |
icosanoid metabolic process | 3 |
G10 group: absent in S-CorNV, down-regulated in CB-CorNV | |
not any |