AOD 9604 5MG – NuRev Peptides

Researched Benefits:

• Promotes fat loss without muscle wasting
• Stimulates lipolysis, reducing body fat
• Enhances metabolic rate
• Aids in cartilage regeneration and repair

AOD 9604 5MG is a research peptide referenced in scientific literature as a modified peptide fragment derived from human growth hormone. This AOD 9604 5MG product page provides educational, research-only information focused on compound classification, laboratory context, and non-clinical investigation. Researchers should use appropriate laboratory tools and equipment to ensure accurate and sterile results. It is important to learn proper reconstitution and handling techniques—refer to educational resources or video guides for best practices.

Before handling AOD 9604, always maintain sterility by sanitizing hands and surfaces, and wear gloves and other personal protective equipment (PPE) to prevent contamination.

AOD 9604 5MG is supplied by NuRev Peptides strictly for laboratory research and testing purposes. This product is intended solely for research purposes and is not for human consumption. All information presented here is neutral, factual, and intended to support scientific discussion rather than clinical, therapeutic, or diagnostic application. This compound is not intended for human or animal use.

Scientific Background of AOD 9604 5MG and Human Growth Hormone

AOD 9604 5MG is discussed in research environments in relation to experimental metabolic signaling models and peptide-fragment analysis within controlled laboratory settings. In non-clinical research literature, this peptide fragment has been referenced in studies exploring molecular signaling pathways, lipid metabolism research frameworks, and structure-function relationships.

Additional research discussions may reference this compound in experimental models focused on cellular signaling behavior and metabolic pathway exploration. NuRev Peptides does not make claims regarding outcomes, efficacy, or safety related to this product.

AOD 9604 5MG should be stored in a cool, dry environment away from direct light. Once reconstituted, the peptide should be stored at 2–8°C (36–46°F) and not in the refrigerator door to maintain a stable temperature. The stability of reconstituted AOD 9604 under refrigeration is generally limited to several weeks to a couple of months. Post-reconstitution, ensure the vial is sealed tightly, labeled with the date of mixing, and handled with sterile technique to maintain peptide integrity.

For longer-term laboratory storage, freezing at approximately −20°C is commonly referenced in research settings to help maintain compound integrity.

All information on this page is provided strictly for educational and research discussion purposes. This compound is not intended for diagnostic, therapeutic, medical, or veterinary use under any circumstances.

NuRev Peptides maintains a research-only policy and emphasizes transparency, documentation, and third-party laboratory verification where applicable. Additional scientific context related to compounds can be found through publicly available research databases such as PubChem.

Reconstitution and Preparation

Reconstituting AOD 9604, a synthetic peptide fragment based on human growth hormone (hGH), is a critical step in laboratory research to ensure the accuracy and effectiveness of experimental results. Each peptide vial typically contains 5 mg of lyophilized powder, which must be carefully mixed with bacteriostatic water to create a stable solution suitable for subcutaneous injection in research models. Proper reconstitution technique is essential to maintain the peptide’s stability and prevent issues such as gelling or clumping, which can compromise the quality and reliability of research data.

To begin, researchers should prioritize sterility by wearing gloves and working in a clean environment. The peptide vial should be unsealed and the rubber stopper disinfected with an alcohol swab to protect against contamination. Using a sterile syringe, the recommended volume of bacteriostatic water is drawn up, ensuring accuracy and minimizing air bubbles. The water is then slowly injected into the vial, allowing the lyophilized powder to dissolve gradually. Gentle swirling—rather than shaking—helps the powder dissolve evenly and maintains the integrity of the peptide solution.

Once reconstituted, the AOD 9604 solution should be stored in a refrigerator at 2-8°C (36-46°F) to extend its stability and protect against degradation. It is important not to freeze the solution, as this can negatively affect the peptide’s structure and efficacy. Labeling the vial with the date of reconstitution and the concentration of the solution helps maintain accurate records for ongoing research. Proper storage and handling are essential to ensure the peptide remains effective throughout the duration of the study.

When administering AOD 9604 in research settings, subcutaneous injection is the preferred method for studying its effects on fat mass, fat breakdown, and fat oxidation. To optimize absorption and minimize local irritation, it is recommended to rotate injection sites, such as the upper arms, thighs, and areas around the navel. Rotating injection sites helps maintain tissue health and supports consistent results in studies focused on adipose tissue metabolism and fat loss.

Research protocols often explore various dosing strategies, with daily administration being common in clinical trials investigating the peptide’s impact on fat burning and energy metabolism. Doses are typically determined based on experimental design, with careful attention to accuracy and consistency to ensure reliable data. The mechanism of action for AOD 9604 involves stimulating fat breakdown and fat oxidation in adipose tissue, supporting research into its potential as a treatment for obesity and metabolic disorders.

In summary, meticulous reconstitution and preparation of AOD 9604 are vital for maintaining peptide quality and ensuring the validity of research findings. By following best practices for sterility, storage, and administration, researchers can maximize the effectiveness of their studies and contribute valuable insights into the role of human growth hormone fragments in fat metabolism and energy regulation.