
1 / 6Popular Peptides · Growth Hormone Secretagogue Peptides
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AOD-9604 is a synthetic 15-amino-acid peptide corresponding to the C-terminal fragment of human growth hormone, produced by solid-phase synthesis for laboratory use. It is used in vitro and in preclinical models as a reference compound for investigating lipolytic signaling, adipocyte metabolism, and energy-balance pathways that are studied separately from full growth hormone receptor activity.
Real Peptides supplies AOD-9604 as a lyophilized multi-dose vial, as listed on this page. Every batch is analyzed by an independent third-party laboratory, and the certificate of analysis for the current lot is published on the lab results page so identity and purity can be reviewed before purchase. Orders ship from facilities in Florida and California within 24 hours. Sold strictly for research use only.
AOD-9604 · 10mg
$26.88$67.20
Recommended with this order
Frequently paired with this compound by other researchers.
Lab results · certificate of analysis
Every node is a test the laboratory ran on this batch — read straight off this product's certificate in our COA registry. Tap a node for the standard it had to meet and the result that came back.
Purity
99.273%
Average purity across the conformity vials pulled from this batch, by HPLC. The per-vial figures print further down the certificate.
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For Research Use Only. Not for human consumption or therapeutic treatment.



Unlike full-length growth hormone or other fragments, AOD-9604 is studied for lipid-metabolism signalling separately from growth-factor activity — its sequence corresponds to residues 176–191 of human growth hormone, the C-terminal region associated in the literature with lipolytic pathways rather than IGF-1 mediated growth signalling.
Published work references its compact 15-amino-acid structure for rapid uptake in culture, clear concentration-response characterisation, and stability in both lyophilized and reconstituted form, which is why it appears in research designs that need to isolate metabolic signalling from growth-factor effects.
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