ghk-cu modulates over 4000 genes Proposed acidic degradation pathway of GHKCu in acidic solution GHK-Cu longevity peptide. Your body

Pohunkova H, Steh J, Vachal J, et al

In this guide, well break down the science behind each peptide, compare their mechanisms and benefits, and show you how to use them safely and effectively for results that last

Key collagen synthesis benefits include: Enhanced Type I and III collagen production for structural support and flexibility Improved collagen cross-linking through copper enzyme activation Increased decorin synthesis for organized collagen fiber formation Accelerated fibroblast activity supporting tissue repair and remodeling Restoration of age-related collagen production decline Gene Expression Modulation Effects Recent research has revealed that GHK-Cu influences over 4,000 genes, many of which are involved in tissue repair and regeneration

PMID 17049946

Consistency

GHK facilitates controlled copper uptake into cells, and unlike copper salts, GHK-Cu does NOT cause oxidative damage while actually exhibiting antioxidant properties by preventing free copper-induced lipid peroxidation