BPC 157

BPC157

BPC157 is a peptide protein that is actually a sequence of 15 amino acids. This drug is actually derived from a protein found in the human stomach. It is known that it has significant biological activity associated with tissue regeneration.

Mechanism of action

The exact mechanism of activity of this peptide is not yet known, some researchers assume that this is due to the fact that this drug affects a wide range of receptors and systems at once, while the higher the dose, the more systems it covers.
BPC 157 is a fully synthetic promising drug capable of accelerating regenerative processes in all parts of the gastrointestinal tract, as well as bones, ligaments, tendons and joints. This protein was actually developed to help with the therapy of pathologies associated with inflammatory bowel processes, diseases and stomach ulcers. But its advantages are not limited to these two conditions only. It can help to increase or improve the condition of the gastrointestinal tract, healing and re-attachment of bone and muscle to the tendon.

Effects

• a study conducted on rats has shown that BPC 157 is able to heal a detached or severed Achilles tendon, quadriceps that have been torn and crushed or damaged;
• able to promote the healing of tendons and ligaments by tendon growth, as well as when the drug is injected into drinking water to rats with damaged medial collateral ligaments;
• re-fusion of bone and tendon, which could be a new milestone in surgery;
• able to counteract the devastating effects of NSAIDs such as ibuprofen, accelerating the regeneration of damaged mucous membranes at such a rate that scientists have called BPC-157 "the antidote to NSAIDs," one of which says that no other agent has shown a similar array of effects. At the same time, the drug demonstrated an acceleration of the recovery of practically all gastrointestinal defects from gastritis to ulcers and fistulas;
• helps in the treatment of periodontitis, which has been proven by experiments on rodents;
• similar benefits have been demonstrated in rodent studies. Bone regeneration has been shown to accelerate in rabbits suffering from segmental bone defect before the introduction of BPC-157;
• in a number of experiments, this peptide has demonstrated extensive neuroprotective effect in pathologies of the central nervous system;
• cardiotropic effect (improves the condition and performance of the heart muscle);
• able to activate the growth of new vessels;
• reduces insensitivity to the effects of dopamine (you feel better and feel motivated to act);
• improves the condition of nerves.

Thus, BPC157 a new synthetic peptide compound that accelerates the regeneration of damaged tissues, regardless of their origin and place of injury.