




GHK-CU
GHK-CU
A copper-binding tripeptide naturally found in plasma — one of the most-cited compounds in skin and longevity research. A landmark study showed GHK-Cu modulated 4,192 human genes toward younger expression patterns, with collagen synthesis pathways significantly upregulated.
A copper-binding tripeptide naturally found in plasma — one of the most-cited compounds in skin and longevity research. A landmark study showed GHK-Cu modulated 4,192 human genes toward younger expression patterns, with collagen synthesis pathways significantly upregulated.
$59.00
$59.00
$59.00
Research use only
For scientific research, and in-vitro testing only. Not for human or veterinary use.
Lab Reports & COA's
Lab Reports & COA's
Purity
Passed
How should I store this peptide?
What purity are your peptides?
Research Use Only [Disclaimer]
Fast Dispatch
Orders ship within 24-48 hours
Fast Dispatch
Orders ship within 24-48 hours
Discreet Shipping
Plain packaging, no branding
Secure Checkout
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The Science
The Science
Overview
Lab Reports
Storage
Compound Data
What it is
A three-peptide research blend built around GHK-Cu — one of the most-cited compounds in skin and longevity science — paired with the two most-studied tissue repair peptides.
Why it's studied
The blend covers three distinct mechanisms: GHK-Cu modulates gene expression toward younger patterns, BPC-157 supports angiogenesis, and TB-500 drives cellular migration and remodeling.
Key research findings
GHK-Cu modulated 4,192 human genes toward younger expression patterns (Pickart & Margolina, gene expression study)
BPC-157: 50-72% acceleration in tissue healing rates (Sikiric et al., animal models)
TB-500: documented stem cell mobilization and reduced fibrosis in repair models
Overview
Lab Reports
Storage
Compound Data
What it is
A three-peptide research blend built around GHK-Cu — one of the most-cited compounds in skin and longevity science — paired with the two most-studied tissue repair peptides.
Why it's studied
The blend covers three distinct mechanisms: GHK-Cu modulates gene expression toward younger patterns, BPC-157 supports angiogenesis, and TB-500 drives cellular migration and remodeling.
Key research findings
GHK-Cu modulated 4,192 human genes toward younger expression patterns (Pickart & Margolina, gene expression study)
BPC-157: 50-72% acceleration in tissue healing rates (Sikiric et al., animal models)
TB-500: documented stem cell mobilization and reduced fibrosis in repair models
PEPTIDES
PEPTIDES
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A copper peptide complex that increases collagen synthesis by up to 70%, promoting skin firmness and tissue regeneration.
FAQ
FAQ