Overview
If you’re looking to enhance your research with effective peptide solutions, consider GIP (1-42)-acetate, human. This potent 42-amino acid peptide, known as Glucose-dependent Insulinotropic Polypeptide, is essential for studies related to insulin secretion and metabolism. GIP is released by K cells within the duodenum and jejunum in response to nutrient intake, making it a significant player in the incretin hormone family alongside GLP (Gastric-like Peptide).
Recent research suggests that GIP supports insulin secretion from pancreatic islet β-cells and may enhance beta cell proliferation and survival. This means that incorporating GIP into your assays could yield valuable insights into glucose metabolism, providing critical data for your experiments.
Key Features
- Purity: High purity to ensure reliable results
- Concentration: 0.1 mg per vial, ideal for a variety of applications
- Usage: Suitable for research in metabolic studies and insulin dynamics
- Storage: Stable under proper storage conditions for long-term use
- Origin: Human-derived to ensure biological relevance
Specifications
| Product Name | GIP (1-42)-acetate, human |
| Category | Peptides |
| Amount | 0.1 mg |
FAQ
What is GIP and why is it significant?
GIP is a peptide hormone that plays a key role in stimulating insulin secretion after meals. Its significance lies in its potential applications in understanding metabolic disorders and insulin sensitivity.
How should I store GIP (1-42)-acetate?
For optimal stability, store GIP (1-42)-acetate at -20°C. Avoid repeated freeze-thaw cycles to maintain its integrity.
Can GIP be used in combination with other peptides?
Absolutely. GIP can be effectively combined with other peptides, such as PKG Substrate or Autocamtide-2to broaden the scope of your research.
Choosing GIP (1-42)-acetate for your experiments is a step toward obtaining nuanced data in glucose metabolism research. With its human-derived formulation and reliable performance, you can trust that it will support your studies effectively. Browse our full range of peptides to find the perfect match for your research needs today.




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