Table 2.

Fission yeast GO slim annotations. For each term in the fission yeast GO slim, the number of annotated genes is shown. Note that a gene may be annotated to more than one slim term

GO slim term	Number of genes
Actin cytoskeleton organization	89
Apoptotic process	8
Ascospore formation	74
Autophagy	49
Carbohydrate derivative metabolic process	276
Carbohydrate metabolic process	138
Cell adhesion	20
Cell wall organization or biogenesis	104
Cellular amino acid metabolic process	190
Chromatin organization	278
Cofactor metabolic process	177
Conjugation with cellular fusion	100
Cytoplasmic translation	485
Detoxification	59
DNA recombination	122
DNA repair	177
DNA replication	118
Establishment or maintenance of cell polarity	74
Generation of precursor metabolites and energy	81
Lipid metabolic process	232
Meiotic nuclear division	112
Membrane organization	174
Microtubule cytoskeleton organization	75
Mitochondrial gene expression	167
Mitochondrion organization	146
Mitotic cytokinesis	100
Mitotic sister chromatid segregation	176
mRNA metabolic process	271
Nitrogen cycle metabolic process	16
Nucleobase-containing small molecule metabolic process	191
Nucleocytoplasmic transport	108
Peroxisome organization	22
Polyphosphate metabolic process	2
Protein catabolic process	212
Protein complex assembly	126
Protein folding	84
Protein glycosylation	68
Protein maturation	60
Protein modification by small protein conjugation or removal	98
Protein targeting	103
Regulation of mitotic cell cycle phase transition	165
Regulation of transcription, DNA-templated	415
Ribosome biogenesis	348
Signaling	292
snoRNA metabolic process	33
snRNA metabolic process	19
Sulfur compound metabolic process	109
Telomere organization	45
Transcription, DNA-templated	470
Transmembrane transport	355
tRNA metabolic process	170
Vesicle-mediated transport	329
Vitamin metabolic process	42
Proteins with a biological process annotation not covered by the slim	27
Proteins with no slim or biological process annotation	748