It's been the subject of a number of studies for its potential to promote skin rejuvenation for wound healing and skin elasticity and its potential for hair growth [1]
Animal Model Evidence The systemic evidence base is entirely preclinical: Pulmonary fibrosis (mouse model): Intraperitoneal GHK-Cu at 0.2-20 micrograms/g/day protected against bleomycin-induced lung fibrosis by inhibiting TGF-beta1/Smad signaling and reducing oxidative stress (PMID 31809714)
However, some controversial data exist, with some authors reporting less favourable results with P-15-containing graft substitutes [125, 126]
For those focused on performance, longevity, and proactive skin optimisation GHK-CU TriCopper Peptide supports rejuvenation where it begins: at the cellular level
It is required for the metabolism and transport of fats and cholesterol from the body, which is also important for the healthy support of the endocrine, cardiovascular and hepatic systems