AOD 9604 10mg

$87.00 / month

AOD 9604 is a synthetic peptide designed for research purposes, specifically within the field of weight management and metabolism. Known for its high purity of 99%, this compound is gaining attention in laboratories for its potential benefits.

Weight .04 lbs
Dimensions 2 × 1 × 1 in
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Description

What is AOD 9604 and Its Molecular Composition

AOD 9604, also known as an agonist of growth hormone-releasing peptide, is a modified form of the human growth hormone (HGH) that has gained attention in the scientific community for its research applications. This peptide is specifically engineered for laboratory use, facilitating studies on metabolism, fat loss, and muscle development. The molecular structure of AOD 9604 consists of a sequence of 16 amino acids, representing an altered derivative of the HGH fragment 176-191. Such a precise configuration allows AOD 9604 to exhibit enhanced stability and bioactivity, promoting scientific exploration into its potential effects.

The modifications made to the standard HGH sequence are pivotal in defining AOD 9604 as a peptide. For instance, the inclusion of specific amino acid substitutions not only plays a critical role in optimizing its binding capacity but also minimizes potential side effects typically associated with traditional growth hormones. This tailored approach results in a compound that is more suitable for research applications targeting weight management and anabolic properties without the systemic effects associated with full-length HGH.

The significance of the 10mg dosage of AOD 9604 is noteworthy, as it reflects a standardized concentration often utilized in research settings to maintain consistency across studies. This particular dosage has been chosen to maximize the potential effects while ensuring safety and reliability in experimental protocols. It is essential to reiterate that AOD 9604 is intended strictly for research purposes and is not approved for medical use. Thorough investigations conducted at this dosage allow researchers to explore the compound’s efficacy in various applications, thereby contributing valuable insights into its biochemical properties and therapeutic potential in future studies.

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