Ghrelin (Rat) Peptide: Endogenous Agonist for Growth Hormone Release and Metabolic Research
Unlock cutting-edge research in neuroendocrinology and metabolic health with our high-purity Ghrelin (Rat) peptide, a potent tool for understanding growth and energy regulation.
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GHRELIN (RAT)
Ghrelin (Rat) is a vital endogenous agonist peptide, known for its specific affinity to the ghrelin receptor (GHS-R1a). This remarkable peptide, predominantly produced in the stomach, is instrumental in various physiological functions, making it a critical subject in advanced biological research.
- Stimulates growth hormone release: Our Ghrelin (Rat) peptide is highly effective in studies concerning growth hormone release stimulation in vivo.
- Regulates feeding and growth: Researchers can explore the intricate mechanisms of feeding regulation and growth using this precise endogenous peptide.
- Influences energy production: The peptide's role in energy production regulation makes it invaluable for metabolic studies.
- High purity for reliable results: With an assay purity of ≥98.0%, it ensures consistent and accurate experimental outcomes for ghrelin receptor signaling peptide investigations.
Product Benefits
Precision in Research
Our Ghrelin (Rat) offers unparalleled precision, essential for detailed studies on GHS-R1a receptor activation in research settings, ensuring accurate data collection.
Biological Activity Assurance
As a proven endogenous agonist, this peptide guarantees reliable biological activity for experiments targeting growth hormone release and metabolic regulation.
Versatile Research Tool
Beyond its primary function, Ghrelin (Rat) serves as a versatile tool for exploring appetite regulation and broader energy homeostasis biochemicals.
Key Applications
Neuroendocrinology Research
Ideal for studies investigating the complex interplay of hormones and the nervous system, particularly the impact of the endogenous peptide on signaling pathways.
Metabolic Studies
Utilized extensively in research focused on feeding regulation and energy production, offering insights into metabolic hormone signaling studies.
Growth Hormone Research
A fundamental component for exploring how to stimulate growth hormone release, critical for understanding developmental processes.
Appetite & Obesity Science
Plays a pivotal role in understanding hunger mechanisms and potential therapeutic targets for obesity, enhancing appetite regulation research.