CalbicansSC5314_B Candida albicans SC5314 B
Top track: the genes MATPredict modelled at the MAT locus. Bottom track: every FungiDB gene in the same region (locus span, shaded, plus 5 kb each side). A FungiDB gene is green when a MATPredict gene overlaps it on the same strand. Hover a gene for its coordinates and product; FungiDB gene IDs link to fungidb.org.
core MAT geneflanking conserved geneotherFungiDB gene matched by MATPredict
Ascomycota_MTL_0: alpha Ascomycota:MTL, confidence high, Ca22chr5B_C_albicans_SC5314:393931-402224
| MATPredict gene | Role | Coordinates | Verdict | FungiDB gene | FungiDB product | Why |
|---|---|---|---|---|---|---|
| PAP1 | flanking_variable | 393931-395604 + | annotated | C5_01745W_B PAPALPHA | Putative poly(A) polymerase, PAP is inhibited by parnafungin antifungals, non-sex gene located within the MTLalpha mating-type-like locus | C5_01745W_B covers 100% of it on the same strand |
| MTLalpha1 | core_MAT | 395645-396223 - | annotated | C5_01755C_B MTLALPHA1 | Master regulator (activator) of alpha mating type, gene of the MTLalpha (Mating Type Like) locus, ortholog of S. cerevisiae Alpha1p, a/alpha mating type may increase virulence, offers competitive advantage | C5_01755C_B covers 100% of it on the same strand |
| PIK1 | flanking_variable | 396438-399368 - | annotated | C5_01765C_B PIKALPHA | Phosphatidylinositol 4-kinase, controls levels of phosphatidylinositol-4-phosphate (PI(4)P) in the Golgi, non-sex gene located in MTLalpha mating-type-like locus, nonidentical gene encoding PI(4)P kinase, PIKA, located in MTLa locus | C5_01765C_B covers 100% of it on the same strand |
| OBP1 | flanking_variable | 399615-400901 - | annotated | C5_01775C_B OBPALPHA | Similar to oxysterol binding protein, non-sex gene located within the MTLalpha mating-type-like locus | C5_01775C_B covers 100% of it on the same strand |
| MTLalpha2 | core_MAT | 401608-402224 + | annotated | C5_01785W_B MTLALPHA2 | Homeodomain protein of MTLalpha (Mating Type Like) locus, alpha2p, together with a1p, repress white-opaque switching and mating (an opaque-specific process), a/alpha mating type may increase virulence, provides competitive advantage | C5_01785W_B covers 100% of it on the same strand |