In studies examining muscle regeneration following injury, NNMT inhibition promoted stem cell activation and improved healing outcomes
In animal and preliminary human studies, BPC 157 showed the ability to: Accelerate regeneration of muscles, tendons, and ligaments Support brain and nervous system function Influence the lining of the gut Reduce inflammation markers Support sleep quality Enhance mood and mental clarity Promote blood vessel formation in injured tissues Support bone density and connective tissue integrity All of this from something born in the stomach
By pairing copper peptides for collagen with hormone optimization, nutritional support, and other regenerative options, the team focuses on both visible results and the underlying biology that drives how you age
Potential Clinical Applications of GHK-Cu Peptide Brazil Laboratory studies have found that GHK-Cu that GHK-Cu can have the following clinical applications: Enhances Collagen Synthesis According to studies, GHK-Cu activates fibroblasts, the skin cells that produce collagen, which greatly increases collagen production and provides anti-aging advantages
