The compound is referenced across a wide spectrum of preclinical models, with most literature focusing on three thematic areas: Skin biology: Studies on dermal fibroblast behaviour, collagen and elastin synthesis pathways, and extracellular matrix remodelling Gene expression modulation: Research examining the compounds reported activity across thousands of genes in genome-wide expression studies Antioxidant & copper transport: Models exploring its role as a physiological copper carrier and free radical interaction The 50mg and 100mg vial formats make GHK-Cu particularly suitable for extended research protocols where higher peptide volumes are required compared with the typical 510mg formats used for other research compounds
Researchers use the compound in cell culture systems, biochemical assays, and preclinical models to explore how peptide-mediated copper transport influences gene expression, enzyme activity, and trace-metaldependent signaling networks
As neurons depend on iron to meet high energy requirements and are abundant in PUFAs [109, 110], they are susceptible to ferroptosis
it's to be a trusted partner in your research journey, offering the tools and knowledge you need for reliable, reproducible results
Open enrollment
