From: Global transcriptional response after exposure of fission yeast cells to ultraviolet light
UV-induced genes not present in the CESR: | |
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Gene name | Annotation |
Repair and DNA metabolism | |
rhp4b | Nucleotide excision repair factor involved in the repair of UV damaged DNA |
mus81 | Holliday junction resolvase subunit that associates with Eme1p |
Metabolism | |
SPCC132.04c | Similarity to S. cerevisiae Gdh2p, a glutamate dehydrogenase |
Transort | |
SPAC328.09 | Similarity to 2-oxodicarboxylate transporter (S. cerevisiae Odc2p |
SPCC794.04c | Sugar (and other) transporter family and the major facilitator superfamily |
str1 | Probable ferrichrome-iron transporter |
SPCPB1C11.01 | Similarity to S. cerevisiae Mep2p, ammonium transporter family of membrane transporters |
SPAC1002.16c | Sugar (and other) transporter family, and the major facilitator superfamily |
SPBC36.02c | Similarity to C. albicans Flu1p, a membrane transporter, major facilitator superfamily |
SPBC530.15c | Similarity to S. cerevisiae Tpo3p, a polyamine transport protein |
SPBC409.08 | Similarity to S. cerevisiae Tpo2p, a polyamine transport protein |
SPAC8C9.12c | Similarity to mitochondrial RNA splicing protein 3 (S. cerevisiae Mrs3p), mitochondrial carrier protein family |
ptr2-a;ptr2 | Similarity to S. cerevisiae Ptr2p, a peptide permease nitrogen-repressible transporter |
SPCC569.05c | Major facilitator superfamily, similarity to C. albicans Flu1p |
SPBC16A3.17c | Major facilitator superfamily, similarity to S. pombe Fnx1p, transporter required for long-term survival in N starved cells |
SPCC2H8.02 | Major facilitator superfamily and the sugar (and other) transporter family |
SPCC2H8.00 | Major facilitator superfamily and the sugar (and other) transporter family, similarity to S. cerevisiae Pho84p |
SPCC1183.11 | Mechanosensitive ion channel family |
Signaling and stress response | |
SPAC9B6.03 | Protein containing a FYVE zinc finger domain, which bind phosphatidylinositol 3-phosphate |
gaf2 | Iron-sensing transcription factor that binds GATA elements to regulate iron transporter gene transcription |
rst2 | Transcriptional activator that positively regulates the transcription of ste11 and fbp2 |
SPBC19C2.13c | Similarity to S. cerevisiae Ncs2p, involved in pseudohyphal growth and cellular response to starvation |
pyp1 | Protein-tyrosine phosphatase that acts on Sty1p and negatively regulates mitosis |
(isa1) | Protein that binds ferredoxin (Etp1p) and contains iron-sulfur clusters |
(cta3) | Probable Ca2+-ATPase, transcription is induced under high salt conditions |
Ribosome biogenesis and translation | |
rrn2 | Protein involved in initiation of transcription of rDNA promoter |
SPCP1E11.06 | Similarity to S. cerevisiae Nsa2p, a nuclear protein involved in ribosome biogenesis, part of the small ribosomal subunit |
DNA/RNA binding | |
SPBP8B7.15c | Zinc knuckle domain, which can bind RNA or DNA in eukaryotes, similarity to S. cerevisiae Mpe1p |
cbh2 | DNA binding protein, may be involved in chromosome segregation |
Others | |
SPAC323.07c | Member of the MatE family, which are integral membrane proteins |
ppr1 | Resistance to the L-proline analog AZC, catalyzes acetylation of AZC, homolog of S. cerevisiae Mpr1p |
SPAC3H8.09c | Containing an RNA recognition motif, similarity to S. cerevisiae Nab3p |
SPBC1773.17c | Containing D-isomer specific 2-hydroxyacid dehydrogenase NAD binding and catalytic domains |
SPAPB18E9.04c | Similarity to S. cerevisiae Pry3p, may have a role in mating efficiency |
Protein of unknown function | |
SPAPB18E9.03c | SPNCRNA.101 SPAC18G6.09c SPAPB1A10.06 SPBC19C7.04c SPAC17A5.8 SPAC23H3.15c SPCC2H8.01 SPAC8C9.10c |