Overview
Introducing Amylin (1-37), rat, mouse, a critical peptide for researchers focused on metabolic studies. Unlike the human Islet Amyloid Polypeptide (IAPP), rat Amylin is unique due to its structural differences, notably the absence of amyloid fiber formation. This makes it an ideal candidate for various assays aimed at investigating metabolic disorders, including diabetes.
Key Features
- Specific to rat and mouse models, providing a relevant option for comparative studies.
- Six amino acid discrepancies from human IAPP, preventing amyloid fiber development.
- High purity and quality, ensuring reliable results in research applications.
- Available for purchase in convenient quantities, perfect for experimentation and testing.
- Suitable for use in various labeling techniques alongside our other peptides.
Specifications
| Product Name | Amylin (1-37), rat, mouse |
| Chemical Family | Peptides |
| Purity | ≥ 95% |
| Quantity | Available in various sizes |
FAQ
What are the applications of rat Amylin?
Rat Amylin is primarily used in metabolic research, particularly in studies related to diabetes and the regulation of blood sugar levels. Its unique structure makes it invaluable in assays focusing on peptide interactions and metabolic pathways.
How does rat Amylin differ from human Amylin?
Rat Amylin differs from human IAPP in six specific amino acids. These differences prevent the formation of amyloid fibers, allowing researchers to study its function without complications arising from this aggregation.
Can I use Amylin with other peptide assays?
Yes, Amylin can be effectively used alongside other peptides in various assays, including those utilizing our PKG Substrate [RKRSRAE] or Autocamtide-2 [KKALRRQETVDAL]. This compatibility enhances your research outcomes.
Don’t miss the opportunity to enhance your research with Amylin (1-37), rat, mouse. Order now and ensure your lab is equipped with this essential peptide. Shop our full selection of peptides to find complementary products that can enhance your studies.




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