AOD9604 peptide powder is a rather unique "small" ingredient in the peptide research community. It's a modified version of the 176-191 amino acid fragment of human growth hormone (HGH). Although small in size, its research objective is very focused, primarily on lipid metabolism.
Core Advantages and Functions
**Single-minded to the point of being somewhat "stubborn":** It doesn't bind to GH receptors, nor does it raise IGF-1 or blood sugar levels. It lacks the systemic side effects of full-fledged HGH (such as insulin resistance and abnormal proliferation), making it particularly convenient for focusing solely on "lipid metabolism" in the lab, with fewer variables.
**Dual-pronged approach to fat:** On one hand, it forces adipocytes to release fat (lipolysis) through the β₃-adrenergic receptor pathway; on the other hand, it simultaneously shuts down the pathway for new fat synthesis (inhibiting acetyl-CoA carboxylase). It can also demonstrate its effectiveness in research models of articular cartilage repair, making it a niche but interesting additional benefit.
**Dual-pronged approach to fat:** It forces adipocytes to release fat (lipolysis) through the β₃-adrenergic receptor pathway, while simultaneously shutting down new fat synthesis (inhibiting acetyl-CoA carboxylase). It can also play a role in research models of articular cartilage repair, a somewhat niche but interesting additional benefit.
** Oral administration is also effective: In some animal models, it has surprisingly withstood the gastrointestinal environment, and oral exposure has been observed. Of course, the raw material is primarily lyophilized powder, which is a significant advantage.
Storage Conditions:
For original lyophilized powder, tighten the cap and store in a cool, dry, and dark place. For long-term storage, aliquot into small, sealed portions and freeze at -20°C away from light. Repeated freeze-thaw cycles are strictly prohibited. Repeated thawing will damage the peptide chain structure, subtly reducing fat-reducing activity without visible changes, but subsequent lipid testing will significantly fail to meet expectations.
Prepared sterile dilutions should be refrigerated at 2–8°C away from light and used within one week. Prolonged storage can lead to oxidation, inactivation, and bacterial growth; discard immediately if the liquid becomes cloudy or discolored.
Avoid direct sunlight, windowsills, heating equipment, and humid reagent cabinets. Store separately with a label. Do not mix with strong acids or strong oxidizing agents. Maintain a low-temperature cold chain throughout transportation; prolonged storage at room temperature will permanently degrade activity.
Precautions
Reconstitution requires gentle handling: After removing from cold storage, allow to reach room temperature before opening the cap to prevent condensation contamination. Slowly slide the solvent down the bottle wall, gently shaking or rolling. Vigorous shaking/Vortexing is strictly prohibited, and do not spray directly onto the core of the flask; mechanical shear force will directly destroy its activity.
Legally binding rules must be remembered: This is a compound intended for laboratory research only. Without FDA or other approval for human drug use, it is strictly forbidden to administer, inject, or conduct clinical trials on humans or animals. When handling it, adhere to laboratory rules and wear appropriate PPE.
Disinfecting by visual inspection: A clear, colorless solution may indicate molecular chain breakage and inactivation. If it becomes cloudy, discolored, or contains suspended particles, discard it immediately; don't hesitate. Because its molecule contains disulfide bonds (Cys⁷-Cys¹⁴), avoid reducing agents during handling.
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