WHAT IS AOD-9604?

WHY RESEARCHERS CHOOSE AOD-9604

AOD-9604 is a synthetic peptide fragment derived from the C-terminal region of human growth hormone (hGH), consisting of amino acids 176–191. Within scientific research, AOD-9604 has attracted interest for its potential involvement in metabolic signalling pathways, lipid metabolism models, and energy regulation mechanisms under controlled laboratory conditions.

Unlike full-length human growth hormone, AOD-9604 is investigated as a distinct peptide fragment with its own biological profile. Researchers continue to study its potential interactions with pathways involved in adipose tissue signalling, lipid mobilisation, and metabolic regulation using in-vitro and preclinical research models.

Its unique peptide structure has made AOD-9604 a valuable compound within metabolic biology, obesity research, endocrine pathway investigations, and peptide-mediated cellular signalling studies.

At APEX Biolabs, AOD-9604 is supplied as a high-purity lyophilised peptide powder manufactured under strict quality-controlled standards for scientific and investigative research use only.

PRODUCT FEATURES

• Synthetic AOD-9604 peptide (hGH Fragment 176–191)

• High-purity lyophilised peptide powder

• ≥99% purity verified through independent third-party analytical testing

• Suitable for in-vitro and preclinical research applications

• Manufactured in an ISO-compliant facility

• Tamper-evident, batch-labelled packaging

• Excellent stability when stored under recommended laboratory conditions

RESEARCH APPLICATIONS

AOD-9604 is widely researched in laboratory environments involving:

• Metabolic pathway investigations

• Lipid metabolism and adipocyte signalling studies

• Energy regulation research models

• Endocrine signalling pathway investigations

• Peptide-mediated cellular communication studies

• Molecular biology and metabolic research

• Obesity-related laboratory models

• Cellular metabolism pathway analysis

Its research profile has contributed to growing scientific interest within controlled metabolic and endocrine investigations. Researchers continue to evaluate its potential role across multiple biological signalling pathways associated with energy balance and lipid metabolism.