Overview
The Fibrinogen gamma-Chain (377-395), scrambled peptide is designed to aid your research endeavors. Unlike its non-scrambled counterpart, this peptide sequence does not exhibit the functional properties associated with fibrinogen gamma-Chain (377-395). The original peptide has been shown to play a significant role in moderating microglial activation, making it an essential factor in studies related to multiple sclerosis (MS) and other neurological conditions. However, researchers often utilize scrambled versions to serve as negative controls, providing a baseline for experimental comparisons.
Key Features
- Scrambled variant of the gamma-fibrinogen amino acid sequence 377-395.
- Does not produce the same biological functions as the original peptide.
- Useful for studies requiring a control peptide in neurological research.
- Offered in a 1 mg vial for convenient use in various assays.
Specifications
| Product Name | Fibrinogen gamma-Chain (377-395), scrambled |
| Product Type | Peptide |
| Quantity | 1 mg |
| Catalog Number | FIBRINOGEN-377-395-SCR |
FAQ
What is the purpose of using a scrambled peptide?
Scrambled peptides are often used as negative controls in experiments to evaluate the specific effects of a particular peptide. They help distinguish between effects that are specific to the active sequence and those that may be due to non-specific interactions.
How do I store the scrambled peptide?
It’s recommended to store the Fibrinogen gamma-Chain (377-395), scrambled peptide at -20°C for long-term storage. Always keep it in a suitable buffer to maintain the peptide’s stability.
Can I use this peptide for in vitro and in vivo experiments?
Yes, you can use the Fibrinogen gamma-Chain (377-395), scrambled peptide in both in vitro and in vivo studies, but it should be noted that it does not exhibit the same functional properties as its active counterpart.
For a comprehensive selection of related products, check out our range of peptides or specific assays like PKG Substrate (RKRSRAE) which can complement your peptide studies.




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