Product Information
Product Details
GHK-Cu Research Peptide
BioTide UK GHK-Cu is a copper-binding research peptide supplied in sealed laboratory vials for controlled scientific and analytical research applications.
Product Specifications
• Compound: GHK-Cu
• Available quantities: 50mg & 100mg
• Form: Research peptide material
• Grade: Research grade
• Sealed laboratory vial
• Supplied from UK stock
About GHK-Cu
GHK-Cu is the copper complex of the naturally occurring tripeptide glycyl-L-histidyl-L-lysine (GHK). Its copper-binding characteristics have made it a subject of extensive peptide, biochemical and cellular research.
BioTide UK supplies GHK-Cu strictly as a research material for legitimate laboratory and analytical applications.
Researchers can learn more about its molecular characteristics, copper-binding properties and scientific research history in our GHK-Cu research overview.
For a comparison with another copper-associated tripeptide, read our AHK-Cu vs GHK-Cu research guide.
Quality & Analytical Verification
BioTide UK focuses on transparent product specifications and independent analytical verification where available. Relevant analytical documentation should be reviewed to confirm the identity and specification of research materials.
Available batch-related documentation can be reviewed through the BioTide UK analytical reports library.
Researchers can also read our guide to peptide purity for more information about chromatographic purity, molecular identity and analytical interpretation.
Storage
Store according to the storage information supplied with the product and protect the material from inappropriate environmental conditions to maintain sample integrity.
For Research Purposes Only. Not intended for human consumption, personal use or therapeutic application.
Shipping & Storage
Orders are dispatched from UK stock using the shipping options available at checkout.
Store products in accordance with the storage information supplied with the product and protect research materials from inappropriate environmental conditions.