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Initially developed to promote nerve outgrowth, this peptide is now being studied for its ability to improve brain health and support neuroregenerative processes
Strictly for research purposes only
Researched applications The published preclinical literature documents the effects of BPC-157 in the following areas (mostly in animal models): Tendon and ligament healing , Achilles tendon, medial collateral ligament (MCL, the ligament on the inner side of the knee), tendinopathy models Muscle injuries , quadriceps (front thigh), gastrocnemius (calf muscle), transections and contusions Bone and joint healing , osteoarthritis models, fracture healing, periodontal tissues (around the teeth) Gastrointestinal diseases , gastric lesions caused by alcohol or NSAIDs (ibuprofen, diclofenac), colitis, IBD models (Crohns disease), fistulas Hepatoprotection , protection of the liver against toxic damage (paracetamol overdose, CCl, alcohol) Vascular healing , endothelial dysfunction, thromboses, healing of vascular anastomoses after surgery, thrombocytopenia (low platelet count) Skin wounds , acute as well as diabetic wounds, burns Nerve regeneration , peripheral (sciatic nerve crush) as well as central (cerebral ischemia models, i.e
It is found in almost every cell in the human body, but it is most concentrated in the liver, where it supports vital filtration processes
