Description
Yerisinia pestis has a number of virulence factors that enable it to survive in humans by facilitating use of host nutrients, causing damage to host cells, and subverting phagocytosis and other host defense mechanisms. Yerisinia pestis is possibly involved in calcium regulation of YOP expression, which includes the export process.
Bioinformatics
| Alternate Names |
- LcrV
- LcrV
- LcrV
- LcrV
- Low calcium response locus protein V
- Low calcium response locus protein V
- Low calcium response locus protein V
- Low calcium response locus protein V
- V antigen antihost protein/regulator
- V antigen antihost protein/regulator
- V antigen antihost protein/regulator
- V antigen antihost protein/regulator
- V antigen LcrV
- V antigen LcrV
- V antigen LcrV
- V antigen LcrV
- Virulence associated V antigen
- Virulence associated V antigen
- Virulence associated V antigen
- Virulence associated V antigen
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Research Areas for Yersinia Pestis V Antigen
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Virology, Bacteria and Parasites
