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. 2008 Dec 30;37(1):23–34. doi: 10.1152/physiolgenomics.00300.2007

Table 1.

GO annotation analysis


Upregulation
Downregulation
Changed P Value GO Term Changed P Value GO Term
10 0.00003 RNA processing 6 0.00000 extracellular structure organization and biogenesis
4 0.00045 female pregnancy 11 0.00004 cell adhesion
3 0.00054 spliceosome assembly 6 0.00012 skeletal development
3 0.00059 protein homo-oligomerization 3 0.00016 synapse organization and biogenesis
4 0.00092 negative regulation of signal transduction 4 0.00032 phosphate transport
4 0.00115 protein-RNA complex assembly 2 0.00042 cell aging
3 0.00117 cellular component disassembly 3 0.00056 regulation of cyclin-dependent protein kinase activity
2 0.00247 fibroblast growth factor receptor signaling pathway 2 0.00083 cartilage condensation
2 0.00506 protein amino acid acetylation 2 0.00201 regulation of ossification, bone mineral formation
1 0.00536 endochondral ossification 4 0.00201 inorganic anion transport
2 0.00725 viral genome replication 2 0.00279 regulation of bone remodeling
4 0.00794 ribonucleoprotein complex biogenesis and assembly 3 0.00459 oxygen and reactive oxygen species metabolic process
8 0.01163 immune response 2 0.00623 cartilage development
2 0.01504 positive regulation of caspase activity 4 0.00629 negative regulation of cell proliferation
1 0.01601 virus-infected cell apoptosis 2 0.01862 fatty acid biosynthetic process
2 0.01759 mitochondrion organization and biogenesis 2 0.02424 response to oxidative stress
24 0.03018 nucleobase nucleoside nucleotide and nucleic acid metabolic process 2 0.02885 female pregnancy
2 0.03863 positive regulation of hydrolase activity 3 0.03374 negative regulation of progression through cell cycle
13 0.04665 cell differentiation 3 0.04077 neuron differentiation
1 0.04727 regulation of protein binding 3 0.04290 regulation of transferase activity
2 0.04747 regulation of cellular component organization and biogenesis 5 0.04322 regulation of cell cycle
3 0.04886 antiapoptosis 3 0.04344 positive regulation of cell proliferation

GO, gene ontology.