Tissue repair involves multiple biological pathways
This results in increased antioxidant protection, better detoxification support, and enhanced immune health
Li K, Chen B, Xu A, Shen J, Li K, Hao K, et al
By blocking this molecule, growth can continue in injured areas.1 BPC 157 can increase growth receptors and upregulate anti-inflammatory proteins, kickstarting the healing and repair process.1 BPC 157 stimulates cells called fibroblasts promoting collagen production, a critical structural protein for skin, connective tissue, and bones.1 BPC 157 optimizes neurotransmitters in the brain playing a role in brain health and mood.3,4 Lastly, BPC 157 has been found to increase nitric oxide production contributing to the migration of healing cells to an injured area by increased blood flow
Following the modification the residue is hydroxylated yielding a residue in the protein termed hypusine
A study by Mengli Sun et al