Method of using copper (II) containing compounds to accelerate wound healing
GHK-Cu exhibits some potential to influence various biological pathways, including an apparent induction of tissue repair, attraction of immune cells, antioxidant and anti-inflammatory characteristics, activation of collagen and glycosaminoglycan synthesis in skin fibroblasts, regulation of extracellular matrix components like decorin, and possible promotion of blood vessel growth
Supports DNA repair and epigenetic balance
If the injection is needed (e.g., to replete B or B in a deficient mother), it can be used, but the infant should be observed for any unusual symptoms (though none would be expected from B vitamins, apart from perhaps looser stools if anything)
Standard acetate forms of BPC-157 suffered approximately 97% degradation in acidic gastric conditions despite the peptides inherent stability