Overview
The Vaccinia Virus B8R (20-27) is a peptide that plays a crucial role in the response to viral infection. This specific fragment, consisting of amino acids 20 to 27 from the B8R protein, is known to be secreted and is related to the gamma interferon receptor. By binding to interferon-gamma (IFN-g), the B8R peptide effectively neutralizes its antiviral activity, making it an essential tool in the study of viral pathogenesis and immune response.
Key Features
- Purified peptide derived from the Vaccinia Virus B8R gene, amino acids 20-27
- Interferon receptor-related peptide that plays a significant role in immune modulation
- Aids in understanding antiviral mechanisms and immune response
- Available in a 1 mg format for versatile laboratory applications
- Produced with high purity to ensure reliable experimental results
Specifications
| Product Name | Vaccinia Virus B8R (20-27) |
| Format | 1 mg |
| Target | Interferon-gamma receptor |
| Purification | High purity |
FAQ
What is the use of the Vaccinia Virus B8R (20-27) peptide?
This peptide is primarily used in research settings to study its interactions with the interferon-gamma receptor and its implications in viral infections, immune evasion, and therapeutic strategies.
How should this peptide be stored?
For optimal stability, store the Vaccinia Virus B8R (20-27) peptide at -20°C. Avoid repeated freeze-thaw cycles to maintain its integrity.
Can I use this peptide in cell culture?
Yes, the B8R peptide can be utilized in various cell culture experiments where the understanding of interferon signaling pathways and viral responses is required. To see more related products, check out our peptides section.
For researchers looking to enhance their understanding of immune mechanisms, the Vaccinia Virus B8R (20-27) peptide is a valuable addition to your toolkit. Harness its potential to contribute to your research and explore the intricate interactions at play in viral infections. You can purchase the Vaccinia Virus B8R (20-27) today and incorporate it into your next experiment for impactful results.




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