Overview
The Biotin-LC-beta-Amyloid (22-41) is a specialized biotinylated peptide, focusing on the 22 to 41 amino acid fragment of the beta-amyloid protein. This peptide is conjugated through an LC spacer at the N-terminus, providing a convenient tool for researchers studying Alzheimer’s disease and associated pathologies. Biotinylation enhances the peptide’s solubility and facilitates its detection via streptavidin interactions, making it essential for various biochemical applications.
Key Features
- Biotinylated for enhanced solubility and detection.
- Targeting the critical 22-41 amino acid segment of beta-amyloid.
- Conjugated through an LC spacer, ensuring stability and functionality.
- Ideal for use in assays addressing neurological disorders.
- Provides compatibility with streptavidin-based detection methods.
Specifications
| Property | Details |
|---|---|
| Product Name | Biotin-LC-beta-Amyloid (22-41) |
| Amount | 1 mg |
| Peptide Length | 22-41 amino acids |
| Modification | Biotinylated through an LC spacer |
FAQ
What are the applications of Biotin-LC-beta-Amyloid (22-41)?
This biotinylated peptide is ideal for applications in assays focused on Alzheimer’s research, including binding studies and detection of amyloid aggregates.
How does biotinylation improve peptide performance?
Biotinylation increases the solubility and detection capabilities of peptides in experiments, especially when using streptavidin-based techniques.
Can this peptide be used in in vivo studies?
While Biotin-LC-beta-Amyloid (22-41) is primarily designed for in vitro studies, it may have applications in in vivo settings, depending on the specific research design.
If you’re looking to enhance your research on beta-amyloid peptides, consider adding Biotin-LC-beta-Amyloid (22-41) to your toolkit. You can also explore more options in our peptides collection for related research needs. With its reliable performance and specific targeting, this peptide is a critical addition to studies investigating neurological markers and conditions. Shop today to impact your research positively.




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