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AOD 9604 5mg (Anti-Obesity Peptide) | Dragon Pharma
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  • AOD 9604 5mg (Anti-Obesity Peptide) | Dragon Pharma

AOD 9604 5mg

$59.00
$52.51 Save 11%

AOD-9604

GH Fragment 176-191β€’5 mg vial
Class GH Peptide Fragment
Half-Life ~30 min
IGF-1 Effect None
Suppression None (HPG/Thyroid)
Reconstitution Bacteriostatic Water
Form Subcutaneous Vial
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AOD-9604 β€” GH Fragment 176-191 by Dragon Pharma

AOD-9604 is Dragon Pharma's formulation of the synthetic GH peptide fragment at 5mg per vial β€” specifically the C-terminal amino acids 176-191 of the human growth hormone molecule, the region responsible for GH's fat-metabolising properties. Unlike full Somatropin (HGH), AOD-9604 does not elevate IGF-1, does not increase insulin resistance, and does not produce the anabolic effects of full GH β€” it isolates only the lipolytic fragment for targeted fat metabolism.

Also searched as: AOD 9604, GH fragment 176-191, Anti-Obesity Drug 9604, AOD-9604 Dragon Pharma.

What AOD-9604 Means β€” Name and Origin

The name and origin of AOD-9604 are rarely explained in competitor content:

  • AOD stands for Anti-Obesity Drug β€” reflecting the original research purpose; Monash University in Melbourne, Australia developed AOD-9604 in the 1990s specifically to isolate the fat-metabolising region of growth hormone without its anabolic or diabetogenic effects
  • 9604 is the compound reference number from the original Monash University/Metabolic Pharmaceuticals development programme
  • The compound reached Phase IIb/III clinical trials for obesity treatment in the early 2000s before development was deprioritised commercially β€” generating human clinical data in obese subjects that validates its fat loss mechanism
  • AOD-9604 received GRAS (Generally Recognised As Safe) designation from the FDA in 2014 for use as a food ingredient β€” making it one of the few peptides in this space with formal safety recognition from a regulatory body

Why AOD-9604 Does Not Raise IGF-1 β€” The Fragment Mechanism

This is the most important and most poorly explained aspect of AOD-9604 and the primary reason it differs from full HGH:

  • Full growth hormone (191 amino acids) has multiple regions with different biological functions. The N-terminal region (amino acids 1-43 approximately) is responsible for GH's anabolic effects including IGF-1 stimulation, cell growth and insulin resistance
  • AOD-9604 is only the C-terminal fragment (amino acids 176-191) β€” this region mimics the lipolytic activity of GH by stimulating the beta-3 adrenergic receptor in adipose tissue and inhibiting lipogenesis, without engaging the receptor domains required for IGF-1 stimulation
  • Consequence: AOD-9604 provides GH-like fat metabolism effects without the IGF-1 elevation that drives cell proliferation, without increased insulin resistance, and without the muscle-building effects of full HGH
  • This makes AOD-9604 specifically useful for users who want fat loss support without altering IGF-1 levels β€” particularly relevant alongside AAS cycles where IGF-1 may already be elevated, or for users who specifically do not want the anabolic effects of full HGH

AOD-9604 vs Full HGH (Somatropin) β€” The Critical Comparison

Property AOD-9604 (Fragment 176-191) Full HGH (Somatropin)
IGF-1 elevation None β€” N-terminal region absent Significant β€” 60-70% above baseline
Insulin resistance Not increased Can increase at higher doses
Fat metabolism Direct lipolytic activity β€” primary effect Fat loss indirect β€” via IGF-1 and metabolic shift
Lean mass building None β€” no anabolic receptor activation Significant over extended use
Cartilage/connective tissue Some preliminary data on repair Significant β€” via IGF-1 and collagen synthesis
Water retention Minimal Moderate β€” particularly at higher doses
Carpal tunnel risk Not reported Possible at higher doses
Half-life ~30 minutes ~3-4 hours
Cost per vial Lower β€” fragment only Higher β€” full molecule production

Effects and Benefits

  • Targeted lipolysis via beta-3 adrenergic receptor stimulation in adipose tissue
  • Inhibition of lipogenesis β€” reduces formation of new fat deposits
  • No IGF-1 elevation β€” does not drive cell proliferation or anabolic effects
  • No insulin resistance β€” can be used safely alongside carbohydrate-containing nutrition without the glucose dysregulation concern of full HGH at higher doses
  • No suppression of natural testosterone, thyroid or HPG axis
  • Some preliminary research suggests cartilage repair potential β€” though this is less established than BPC-157 or TB-500 for this purpose

Dosage and Administration

Protocol Dose Timing Notes
Standard fat loss 300–500 mcg/day Before bed or fasted morning Most common protocol
Higher dose 500–1000 mcg/day Split into 2 injections, fasted Some users report greater effect; evidence limited
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