In a rat model of lower-extremity ischemia-reperfusion injury, BPC 157 was reported to be associated with lower oxidative-stress and apoptosis markers and with better-preserved skeletal muscle structure and reduced fibrosis compared with untreated injured controls. Findings are preclinical and from animals only.
BPC-157
A short synthetic peptide discussed in studies of tissue repair and the gut. Start with the study setting and its limitations.
The short version
A short synthetic peptide discussed in studies of tissue repair and the gut. Start with the study setting and its limitations.
What does the research tell us?
A result in a cell or an animal does not establish the same result in people. Read the study design, the measurements, and the limitations before drawing a conclusion.
What remains uncertain?
The research question, the formulation, and the population all matter. This page is a starting point for understanding the literature, not a complete assessment of benefits or risks.
Identity & technical details
For readers who want the reference details.
- Name
- BPC-157
- Also known as
- Body Protection Compound-157, PL 14736
- Topic
- Recovery & skin
- CAS
- 137525-51-0
- Amino-acid sequence
- GEPPPGKPADDAGLV
Explore the sources
Open a source to read its methods and limitations. Published titles are kept in their original language.
In a rat tracheocutaneous-fistula model that combined the pentadecapeptide BPC 157 with nitric-oxide-system agents, the report described accelerated closure of skin and tracheal defects together with macroscopic and microscopic healing changes relative to control animals.
In an ex-vivo organ-bath (myograph) study using isolated human internal mammary artery rings obtained as residual tissue from coronary artery bypass graft surgeries, BPC 157 was reported to produce a concentration-dependent relaxation of phenylephrine-precontracted rings, greater in endothelium-intact than endothelium-denuded rings, attributed predominantly to an endothelium-dependent nitric-oxide pathway. Findings are limited to isolated human arterial tissue.
This narrative review synthesizes preclinical literature on BPC-157, a synthetic pentadecapeptide, describing reported associations with angiogenesis, collagen synthesis, fibroblast activity, and nitric-oxide-pathway modulation in tissue repair and pain. The authors note that human data remain limited and controlled clinical trials are still needed.
This guide explains research. It does not recommend a treatment, product, or dose.
A laboratory arithmetic tool. It does not determine a dose for a person.
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