Understanding Amylin (Human): A Key Player in Glucose Regulation
Discover the multifaceted roles of Amylin in metabolic health and its implications for diabetes management.
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Amylin, Human
Amylin, also known as Islet Amyloid Polypeptide (IAPP), is a vital hormone co-secreted with insulin from pancreatic beta-cells. It plays a critical role in regulating glucose homeostasis by influencing both insulin and glucagon secretion, and by modulating satiety signals and inhibiting gastric emptying.
- Explore the Amylin hormone's function in glucose regulation and its impact on metabolic health.
- Learn about the Amylin mechanism of satiety and its effect on appetite control.
- Understand the link between Amylin and diabetes type 2, including its role in beta-cell function.
- Discover the applications of Amylin, Human in cutting-edge diabetes research.
Key Advantages of Amylin (Human)
Glucose Homeostasis Regulation
Amylin is crucial for maintaining stable blood glucose levels, making it a significant focus in metabolic studies.
Satiety Modulation
The hormone influences feelings of fullness, impacting food intake and weight management strategies.
Diabetes Research Applications
Investigate Amylin's involvement in type 2 diabetes and its potential as a therapeutic target.
Key Applications
Diabetes Research
Amylin, Human is widely used in research to understand the pathophysiology of diabetes and explore potential treatments.
Metabolic Studies
Its role in regulating glucose and satiety makes it a key compound for metabolic pathway analysis.
Endocrinology Research
Studying Amylin contributes to a broader understanding of hormonal regulation in the endocrine system.
Peptide Synthesis
This product exemplifies the high-quality peptide synthesis required for advanced biochemical research.