Table 2.
Yeast candidate thiol oxidoreductases
| Systematic Name |
Standard Name |
Redox Motif |
Redox Motif Position |
Secondary Structure | Functions |
|---|---|---|---|---|---|
| YDL034W | YDL034W | CxxC | 38 | α -CNSC- | Molecular function and biological process unknown |
|
| |||||
| YGL211W | NCS6 | CxxC | 21 | α -CELC-α | Required for thiolation of the uridine, urmylation, invasive and pseudohyphal growth |
|
| |||||
| YJL028W | YJL028W | CxxC | 52 | α -CFAC-α | Co-localizes with ribosome, molecular function and biological process unknown |
|
| |||||
| YJR014W | TMA22 | CxxC | 7 | -CGIC-α | Associates with ribosomes and has a putative RNA binding domain |
|
| |||||
| YKL212W | SAC1 | CxxC | 391 | β -CMDC-α | Required for phosphatidylinositol phosphate biosynthesis |
|
| |||||
| YLR271W | YLR271W | CxxC | 247 | β -CFFC-α | Molecular function and biological process unknown |
|
| |||||
| YML041C | VPS71 | CxxC | 243, 255 | β -CSIC-, α -CVNC-α | Required for vacuolar protein sorting; nucleosome binding, chromatin remodeling |
|
| |||||
| YNL325C | FIG4 | CxxC | 466 | β -CIDC-α | Phosphatidylinositol-3,5-bisphosphate 5-phosphatase activity |
|
| |||||
| YNL119W | NCS2 | CxxC | 2, 365 | CQRC-α , β -CQIC-α | Required for thiolation of the uridine;has a role in urmylation |
|
| |||||
| YNL106C | INP52 | CxxC | 445 | β -CLDC-α | Polyphosphatidylinositol phosphatase |
|
| |||||
| YOR109W | INP53 | CxxC | 420 | β -CLDC-α | Polyphosphatidylinositol phosphatase; involved in trans Golgi network |
|
| |||||
| YOR196C | LIP5 | CxxC | 184 | β -CRFC-α | Protein involved in biosynthesis of the coenzyme lipoic acid |
|
| |||||
| YOR274W | MOD5 | CxxC | 374 | α -CNVC-α | Required for biosynthesis of the modified base isopentenyladenosine in mitochondrial |
|
| |||||
| YPL107W | YPL107W | CxxC | 90 | -CVNC-α | Molecular function and biological process unknown |
|
| |||||
| YDL077C | VAM6 | CxxC | 984 | -CPIC- | Critical role in the tethering steps of vacuolar membrane |
|
| |||||
| YNR020C | ATP23 | CxxC | 130 | -CDYC- | Putative metalloprotease of the mitochondrial inner membrane |
|
| |||||
| YGL019W | CKB1 | CxxC | 183 | -CPSC- | Casein Kinase Beta subunit; protein kinase regulator activity, cellular iron homeostasis |
|
| |||||
| YGL017W | ATE1 | CxxC | 19 | -CGYC- | Arginyltransferase activity; protein modification process |
|
| |||||
| YHR035W | YHR035W | CxxC | 47 | -CLFC- | Molecular function and biological process unknown |
|
| |||||
| YIR026C | YVH1 | CxxC | 306 | -CPGC- | Protein phosphatase involved in vegetative growth at low temperatures |
|
| |||||
| YLR244C | MAP1 | CxxC | 36 | -CPVC- | Methionine aminopeptidase |
|
| |||||
| YOR039W | CKB2 | CxxC | 166 | -CPSC- | Beta regulatory subunit of casein kinase 2, a Ser/Thr protein kinase |
|
| |||||
| YNL239W | LAP3 | SxxC | 93 | SGRC-α | Cysteine aminopeptidase with homocysteine-thiolactonase activity |
|
| |||||
| YNL288W | CAF40 | CxxS | 181 | α -CVAS-α | Subunit of the CCR4-NOT complex involved in controlling mRNA translation |
|
| |||||
| YOR014W | RTS1 | CxxS | 583 | α -CISS-α | B-type regulatory subunit of protein phosphatase 2A |
|
| |||||
| YER039C-A | YER039C-A | CxxS | 24 | α -CASS | Molecular function and biological process unknown |
|
| |||||
| YFL042C | YFL042C | CxxS | 239 | -CFNS- | Molecular function and biological process unknown |
|
| |||||
| YOL052C | SPE2 | CxxS | 284 | -CGYS- | S-adenosylmethionine decarboxylase; required for the biosynthesis of spermidine |
|
| |||||
| YMR215W | GAS3 | CxxT | 253 | β -CSGT-α | Putative 1,3-beta-glucanosyltransferase; biological process unknown |
|
| |||||
| YNL280C | ERG24 | CxxT | 381 | α -CLAT-α | C-14 sterol reductase, acts in ergosterol biosynthesis |