Heritage Bio Labs · Research use only
Heritage Bio Labs
Front bottle artwork: Heritage Bio Labs AOD-9604 — 10 mg

Payment Options

  • Cash App logoCash App
  • Apple Pay logoApple Pay
  • PayPal logoPayPal
  • Crypto (USDC) logoCrypto (USDC)

$10 USPS Priority Shipping

Estimated delivery: 2–5 business days. Delivery times may vary.

Orders of $500 or more ship free. Final shipping details at checkout.

← Back to shop
!For Research Use Only

AOD-9604 — 10 mg

$42.74

AOD-9604 is a modified growth-hormone fragment investigated for fat metabolism. Sources describe reduced body fat in obese mice and an obesity-development program whose larger human trial did not show statistically significant placebo-adjusted weight loss. For research use only; not for human or veterinary use.

Research Use Only. Not for human consumption, diagnostic use, or clinical application. Priced items use order requests; unpriced catalog listings are inquiry-only.
AOD-9604 molecular structure from PubChem, compound 71300630
AOD-9604 · PubChem CID 71300630Reference chemical structure; not verification of vial contents or batch identity.

Full description

Educational research context. The cited studies and supplier descriptions do not verify the identity, testing, or effects of this Heritage product.

AOD-9604 is a synthetic fragment based on the C-terminal portion of human growth hormone, commonly described as residues 177–191 with an added N-terminal tyrosine. Its development rationale was to investigate fat-metabolism effects separately from the broader growth-promoting actions of intact growth hormone. Umbrella Labs presents it using this fragment identity and emphasizes the distinction from full-length GH. It should not automatically be treated as chemically identical to every product labeled “HGH fragment 176–191.” [1]

In a primary mouse study, Heffernan and colleagues reported reduced body weight and fat mass in obese animals, together with changes in beta-3-adrenergic-receptor expression and lipolytic sensitivity. Experiments involving receptor-knockout mice suggested a more complex mechanism than simple direct activation of that receptor. [2] Human development produced a different outcome: Metabolic Pharmaceuticals’ February 2007 announcement said that its 536-participant phase 2B obesity trial did not achieve statistically significant weight-loss differences from placebo at the specified endpoints, and that development for obesity was being terminated. [3] Thus, sources discuss a fat-metabolism research concept and positive animal observations alongside a negative larger human obesity result, rather than a uniform set of findings.

Sources

  1. Umbrella Labs—AOD-9604 identitySupplier listing (not independent scientific evidence)
  2. Heffernan et al.—AOD9604 in obese and receptor-knockout miceLiterature record (study type requires review)
  3. Metabolic Pharmaceuticals—February 2007 trial announcementExternal reference (requires review)

For research use only. Not for human or veterinary use; not medical advice.

Questions? Chat with a real human.