GHK-Cu Research# GHK-Cu research spans both laboratory and limited human studies: Wound healing : Accelerated wound closure in animal models and small human studies Skin rejuvenation : Human studies demonstrating improved skin thickness, elasticity, and collagen density with topical application Hair growth : Studies showing increased hair follicle size and proliferation Gene modulation : Comprehensive genomic studies mapping its effects on ~4,000 genes Anti-fibrotic effects : Research suggesting reduction of scar tissue formation GHK-Cu benefits from some human data in dermatological applications and a longer history of commercial use, though large-scale clinical trials remain limited
Third-party tested
Glutathione is the master antioxidanta protein that occurs naturally in every cell in your body
These are uncommon with GHK-Cu but warrant attention if they occur
In addition, melatonin could increase catalase (antioxidant enzyme) activity to exert antioxidant effects, protect the sciatic nerve from vincristine-induced degeneration, and enhance the anticancer effect of vincristine
Nrf2 knockdown prevents NFT-dependent increase in cellular glutathione levels To examine the correlation between Nrf2 activation and the increase in glutathione levels after NFT treatment, Nrf2 protein levels were experimentally lowered by siRNA-mediated knockdown, which was confirmed by Western blotting (Fig
