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Products Description
Hexarelin Acetate Peptide is a synthetic hexapeptide belonging to the growth hormone-releasing peptide (GHRP) family. It is studied for its interaction with growth hormone-related pathways and its role in peptide signaling research. Its specific molecular structure makes it a subject of interest in laboratory studies focused on peptide activity and hormone-related mechanisms.
As a research peptide, it is valued for its defined amino acid sequence and biological activity. It is commonly investigated in scientific research exploring growth hormone secretion, receptor interactions, and related physiological processes. Its characteristics make it a relevant compound for researchers studying synthetic peptides and their potential roles in biological signaling pathways.
Product Applications
Growth Hormone Release: Hexarelin Acetate Peptide is studied for its ability to stimulate growth hormone (GH) release. Researchers investigate how it influences hormone secretion and the biological pathways involved in growth hormone regulation, helping improve understanding of growth hormone secretagogues and their mechanisms of action.
Ghrelin Receptor Activation: It is investigated for its interaction with the growth hormone secretagogue receptor (GHS-R1a), a receptor associated with growth hormone release. These studies focus on receptor activation, molecular interactions, and downstream signaling processes to better understand how synthetic peptides interact with specific biological targets.
Peptide Signaling Pathways: As a synthetic hexapeptide, it provides a research model for exploring peptide-receptor interactions and related signaling mechanisms. Laboratory studies may examine its molecular characteristics, receptor-binding activity, and role in signaling pathways associated with growth hormone secretion and other biological responses.
Endocrine Regulation: It is also studied in the broader context of endocrine regulation and physiological signaling. Researchers investigate its relationship with hormone-related processes and explore how growth hormone secretagogues interact with different biological systems, contributing to a better understanding of peptide activity and hormone regulation.
How to Use
Reconstitution Preparation: Let the lyophilized Hexarelin Acetate peptide vial warm up to room temperature. Wipe the rubber stopper with 70% ethanol. Use bacteriostatic water for injection as solvent. Slowly inject the solvent along the inner vial wall; typical volume for standard 5mg vials is 1‑5 mL, adjust according to your target working concentration.
Dissolution: After adding solvent, gently swirl the vial. Do not shake vigorously or use vortex mixing, as this may cause peptide denaturation. Let the sample sit undisturbed until the solution becomes clear with no visible particulates. Full dissolution usually takes 2‑5 minutes.
Experimental Administration: Prepare working solution to match the concentration required by your experiment. Common reference dosing ranges:
- In‑vitro cell assay: 1 nM‑100 nM
- Animal subcutaneous injection: 50‑200 μg/kg body weight
- Animal intravenous injection: 20‑100 μg/kg body weight
FAQ
Q: What role does the freeze-drying process play in the final quality of the peptides?
A: Freeze-drying removes moisture at low temperatures, preventing the degradation of peptide chains caused by high-heat drying. This maximizes the retention of biological activity while slowing the rate of hydrolysis, thereby significantly extending the shelf life of the lyophilized powder.
Q: Is technical support available if experimental results are unsatisfactory?
A: We can provide physicochemical parameters and recommended reconstitution protocols; however, we do not assist with the design of experimental protocols or the optimization of downstream experimental conditions, such as animal model establishment or cell culture.
Q: How should residual waste liquid be handled after the peptide experiment?
A: Peptide waste liquid must not be poured down the drain directly; it should be inactivated in accordance with laboratory chemical safety standards and disposed of in compliance with local regulations for laboratory waste.
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