TABLE 2.
Top 30 significantly enriched gene ontology terms for CmCGG DMEGs.
ID | Term | Category | Term P-value | Adjusted Term P-value |
GO:0007155 | Cell adhesion | BP | 3.70E−15 | 2.76E−12 |
GO:0001775 | Cell activation | BP | 1.05E−11 | 3.91E−09 |
GO:0007159 | Leukocyte cell-cell adhesion | BP | 1.10E−10 | 2.73E−08 |
GO:0098609 | Cell-cell adhesion | BP | 2.31E−10 | 4.31E−08 |
GO:0009611 | Response to wounding | BP | 3.12E−10 | 4.67E−08 |
GO:0045321 | Leukocyte activation | BP | 7.64E−10 | 9.52E−08 |
GO:0032879 | Regulation of localization | BP | 1.15E−09 | 1.22E−07 |
GO:0046649 | Lymphocyte activation | BP | 1.32E−09 | 1.23E−07 |
GO:0050865 | Regulation of cell activation | BP | 3.43E−09 | 2.85E−07 |
GO:0042060 | Wound healing | BP | 8.47E−09 | 6.33E−07 |
GO:0030155 | Regulation of cell adhesion | BP | 1.02E−08 | 6.94E−07 |
GO:0009986 | Cell surface | CC | 1.23E−08 | 7.66E−07 |
GO:0042110 | T cell activation | BP | 1.74E−08 | 9.98E−07 |
GO:0016477 | Cell migration | BP | 3.09E−08 | 1.65E−06 |
GO:0048856 | Anatomical structure development | BP | 5.26E−08 | 2.62E−06 |
GO:0022407 | Regulation of cell-cell adhesion | BP | 6.63E−08 | 3.09E−06 |
GO:0030334 | Regulation of cell migration | BP | 1.19E−07 | 5.25E−06 |
GO:0002694 | Regulation of leukocyte activation | BP | 1.48E−07 | 6.13E−06 |
GO:0048870 | Cell motility | BP | 1.69E−07 | 6.32E−06 |
GO:0043062 | Extracellular structure organization | BP | 1.68E−07 | 6.62E−06 |
GO:0030198 | Extracellular matrix organization | BP | 2.75E−07 | 9.79E−06 |
GO:0007596 | Blood coagulation | BP | 4.63E−07 | 1.57E−05 |
GO:0048869 | cellular developmental process | BP | 4.97E−07 | 1.61E−05 |
GO:1903037 | Regulation of leukocyte cell-cell adhesion | BP | 7.92E−07 | 2.27E−05 |
GO:0002682 | Regulation of immune system process | BP | 9.08E−07 | 2.51E−05 |
GO:0051239 | Regulation of multicellular organismal process | BP | 1.20E−06 | 3.10E−05 |
GO:0031012 | Extracellular matrix | CC | 1.19E−06 | 3.17E−05 |
DMEGs, the CmCGG differently methylated genes with significantly different gene expression level in the same animal model; BP, biological process; CC, cellular component.