AOD-9604 5MG
AOD-9604 is a research-grade peptide derived from human growth hormone, specifically developed for targeted fat metabolism studies. It promotes lipolysis and inhibits fat accumulation without activating growth-related or IGF-1 pathways, making it a focused tool for obesity and lipid metabolism research. Supplied as a high-purity lyophilized powder for laboratory research use only.
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⚠️ RESEARCH USE ONLY
This product is for R&D purposes only and is not approved for human or veterinary use.
AOD-9604 5MG – Lipolytic Peptide for Metabolic Research
Quantum Biogenix offers research-grade AOD-9604, a synthetic peptide fragment derived from human growth hormone (HGH), specifically engineered to study fat metabolism pathways without activating growth-related effects. AOD-9604 is widely utilized in metabolic, obesity, and lipid regulation research models.
AOD-9604 represents the modified C-terminal fragment of HGH (amino acids 176–191) and has demonstrated selective lipolytic and anti-lipogenic activity in experimental studies. Unlike full-length growth hormone, this peptide does not significantly influence IGF-1 signaling, making it a focused research tool for investigating fat metabolism mechanisms independently of growth pathways.
| Product Name | AOD-9604 |
| Category | Metabolic Research Peptide |
| Form | Lyophilized Peptide Powder |
| Purity | ≥98% (HPLC Verified) |
| Application | Fat Metabolism & Obesity Research |
| Usage | Laboratory Research Only |
Scientific Overview of AOD-9604
- HGH-derived peptide fragment (amino acids 176–191)
- Promotes lipolysis and inhibits lipogenesis in experimental models
- Does not significantly activate IGF-1 or growth pathways
- Supports investigation of adipose tissue metabolism
- High-purity peptide suitable for controlled laboratory research
Key Research Applications
- Obesity Research Models – Evaluation of fat loss mechanisms and adipose tissue response in diet-induced obesity studies.
- Lipid Metabolism Studies – Investigation of triglyceride breakdown and fatty acid mobilization pathways.
- Metabolic Efficiency Research – Analysis of energy utilization and fat oxidation processes.
- Hormone-Independent Fat Regulation – Study of lipolytic activity without systemic growth hormone signaling.
- Adipocyte Function Analysis – Examination of fat cell behavior and metabolic signaling in vitro and in vivo.
Laboratory Handling & Storage
- Form: Lyophilized peptide powder
- Purity: ≥98% (HPLC verified)
- Recommended Storage: Store frozen or refrigerated, protected from light and moisture
- Handling: Reconstitute using sterile laboratory-grade solvents under controlled conditions
- Stability: Maintain sealed and dry until research application
Mechanism of Research Interest
AOD-9604 functions by selectively stimulating lipolysis while inhibiting lipogenesis within adipose tissue. It enhances the breakdown of stored triglycerides and reduces new fat accumulation without triggering growth hormone–mediated anabolic pathways.
Experimental data indicate that AOD-9604 influences metabolic signaling involved in fat oxidation, making it a valuable research compound for studying targeted fat metabolism and obesity-related mechanisms independent of systemic hormonal growth effects.
Why Choose Quantum Biogenix?
- High-purity peptide synthesis standards
- Batch-tested research-grade compounds
- Strict quality control and verification
- Reliable cold-chain laboratory handling
- Research-focused sourcing and documentation
Research Use Only Notice
This product is supplied strictly for laboratory research purposes only. It is not intended for human consumption, therapeutic use, or veterinary application. Proper laboratory safety procedures and institutional guidelines must be followed during handling and experimentation.
Scientific References
- Ng F.M. et al. (2000). Effects of a growth hormone fragment on lipid metabolism. Hormone Research.
- Heffernan M. et al. (2001). AOD-9604: A novel peptide for fat metabolism studies. Obesity Research.
- Cheng K. et al. (2012). Selective fat metabolism without growth effects using HGH fragments. Endocrinology.
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