We have known for a long time how beneficial BPC-157 is. To date, all studies on BPC-157 have demonstrated consistently positive and rapid healing effects for various types of trauma, both chronic and systemic and soft tissue injuries. Due to restricted blood supply, the spontaneous healing of tendons and ligaments is inherently limited due to poor blood supply to these tissues. Poor blood supply slows the rate at which fibroblasts and other healing cells can reach the area of injury and ultimately limits the overall level of repair. One study assessing the therapeutic efficacy of BPC 157 , in particular the effect of BPC 157 on healing after cutting the Achilles tendon (Staresinic et.al 2003) showed that administration of BPC 157 significantly improved treatment outcomes due to an increase in fibroblast density in the case of damage to tendons, ligaments and bones .
The wound-healing effect of BPC-157 related to the protection of the endothelium has been reported in deep skin burns and damaged muscles, tendons, bone ligaments and nerves.
BPC-157 strongly improves muscle and nerve healing after nerve transection without or with anastomosis. Consequently, this means that it may also be suitable for the improvement of the neuromuscular system in connection with disability and erroneous transmission of signals from the nerve to the muscles.