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Category: Sigma factors
3.2. RNA synthesis and degradation
| Name | Function |
| rsoA | [SW|RNA polymerase] [SW|sigma factor] |
| sigA | transcription |
| sigB | general stress response, biocontrol of fungal growth |
| sigD | regulation of flagella, motility, chemotaxis and autolysis |
| sigE | transcription of [SW|sporulation ]genes (early mother cell) |
| sigF | transcription of [SW|sporulation] genes (early forespore) |
| sigG | transcription of [SW|sporulation] genes (late forespore) |
| sigH | transcription of early stationary phase genes ([SW|sporulation], competence) |
| sigI | control of a class of heat shock genes |
| sigK | late mother cell-specific gene expression |
| sigKC | late mother cell-specific gene expression |
| sigL | utilization of arginin, acetoin and fructose, required for cold adaptation |
| sigM | adaptation to inhibitors of peptidoglycan synthesis |
| sigO | [SW|RNA polymerase] [SW|sigma factor] |
| sigV | resistance to lytic enzymes |
| sigW | adaptation to membrane-active compounds |
| sigX | resistance to cationic antimcrobial peptides |
| sigY | maintenance of the SP prophage |
| sigZ | [category|SW 3.2.1|Transcription] |
| xpf | transcription of PBSX prophage genes |
| ylaC | [category|SW 3.2.1|Transcription] |
Key publications