From: SLDR: a computational technique to identify novel genetic regulatory relationships
A. | ||
---|---|---|
Function | Groups | Gene numbers |
ascospore wall assembly | Group0 | 6 |
peroxisome degradation | Group1 | 8 |
synapsis | Group2 | 11 |
tRNA-type intron splice site recognition and cleavage | Group3 | 2 |
reciprocal meiotic recombination | Group4 | 20 |
histidine biosynthetic process | Group5 | 2 |
maltose catabolic process | Group6 | 3 |
glycerol metabolic process | Group7 | 15 |
regulation of arginine biosynthetic process | Group8 | 16 |
antisense RNA metabolic process | Group9 | 6 |
cellular zinc ion homeostasis | Group10 | 9 |
negative regulation of transposition, RNA-mediated | Group11 | 3 |
rDNA separation | Group12 | 8 |
microtubule anchoring | Group13 | 5 |
response to lipid | Group14 | 7 |
B. | ||
Function | Groups | Gene numbers |
pyridoxine metabolic process | Group0 | 3 |
regulation of fatty acid metabolic process | Group1 | 4 |
piecemeal microautophagy of nucleus | Group2 | 10 |
glyoxylate cycle | Group3 | 5 |
regulation of protein stability | Group4 | 3 |
breciprocal meiotic recombination | Group5 | 12 |
glycogen metabolic process | Group6 | 8 |
response to carbohydrate stimulus | Group7 | 2 |