Table 5 The top 10 biological processes for cold-related genes
From: MicroRNAs regulate gene plasticity during cold shock in zebrafish larvae
Biological Processes of | P value* |
|---|---|
Cold-induced genes | |
 Regulation of RNA metabolic process | 1.50E-03 |
 Regulation of transcription, DNA-dependent | 1.80E-03 |
 Protein amino acid phosphorylation | 1.90E-03 |
 Phosphate metabolic process | 2.10E-03 |
 Rgulation of transcription | 5.40E-03 |
 Phosphorylation | 6.80E-03 |
 Transcription | 9.50E-03 |
 Calcium ion transport | 0.01 |
 Neuron differentiation | 0.015 |
 Pattern specification process | 0.019 |
Cold-repressed genes | |
 Response to DNA damage stimulus | 0.01 |
 Cellular response to stress | 0.018 |
 Regulation of transcription | 0.019 |
 Cell fate commitment | 0.027 |
 Regulation of RNA metabolic process | 0.03 |
 Embryonic morphogenesis | 0.033 |
 Inorganic anion transport | 0.037 |
 Regulation of transcription, DNA-dependent | 0.04 |
 Anion transport | 0.04 |
 DNA repair | 0.047 |