Abstraction Health

BPC-157

Peptide
🟠Weak Evidence 21 expert mentions 1 studies
F·24/100·Insufficient
Research Depth1/25
Study Quality13/25
Expert Consensus10/25
Claim Support0/25

Body Protection Compound-157. A synthetic peptide derived from a protein found in gastric juice. Studied for tissue healing, gut repair, tendon regeneration, and neuroprotection.

Evidence comparisons not yet run for these claims.

Expert Consensus

Mixed opinionsPending review
2/5
Experts mention
1
Recommend
1
Flag caution
MH
Mark Hyman Recommends
Pending review18 claimsoralinjection
DS
Pending review3 claims

Evidence Summary

PubMed / NCBI·May 2026
All 1 studies
1
Studies
0
RCTs
1
Reviews

The available evidence base for BPC-157 as an injectable therapeutic agent is extremely limited in the context of this review. Only a single review article was identified, described as moderate quality, with no specific population studied, no sample size reported, and no key findings or limitations documented. This makes it impossible to draw any meaningful conclusions about BPC-157's efficacy or safety in humans from the literature provided here. The sole article is a review piece exploring injectable therapeutic peptides broadly as a potential adjunct to regenerative medicine and sports performance. Because no primary data, clinical trial results, or quantitative findings were extracted from this source, there are no specific outcomes, effect sizes, or mechanistic insights that can be reported. The framing of the review as an open question — note the question mark in the title — suggests the field itself acknowledges the lack of definitive evidence rather than presenting established conclusions. Significant caution is warranted when evaluating claims about BPC-157. The overwhelming majority of research on this peptide exists in animal models (rodent studies), and robust human clinical trial data is largely absent from the published literature. Without randomized controlled trials, dose-response data in humans, or long-term safety studies, any claims about its benefits for injury recovery, tissue repair, or athletic performance remain speculative. Regulatory status is also a concern, as BPC-157 is not approved by major health agencies for human use. Anyone considering its use should be aware that the evidence simply does not yet support confident recommendations.

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Top studies

Injectable Therapeutic Peptides-An Adjunct to Regenerative Medicine and Sports Performance?

Arthroscopy : the journal of arthroscopic & related surgery : official publication of the Arthroscopy Association of North America and the International Arthroscopy Association · 2025 · DeFoor MT et al.
Review🟡
Key finding

Injectable Therapeutic Peptides-An Adjunct to Regenerative Medicine and Sports Performance?

Funded by: Industry (inferred from affiliations)
COI: Disclosures The authors declare the following financial interests/personal relationships which may be considered as potential competing interests: M.T.D. reports board membership with Society of Military Orthopaedic Surgeons; receives travel reimbursement from Society of Military Orthopaedic Surgeons; and is on the Arthroscopy Editorial Board. T.J.D. is on the Arthroscopy Editorial Board.
PMID: 39265666DOI: 10.1016/j.arthro.2024.09.005
View on PubMed

Expert Mentions

All 21 mentions
DS
David Sinclair
Harvard Medical School
Caution / warning

again these are all pretty much experimental they've been shown to be effective in mice but still we have a long way to go before we know if they're truly effective in humans and they're there we always need placebo-controlled double-blind clinical studies which are underway

Extracted claim

BPC-157, like other peptides in this category, is largely experimental — shown to be effective in mice but not yet proven effective in humans, and still awaiting proper placebo-controlled double-blind clinical studies

Not yet assessedHigh confidence
MH
Mark Hyman
Cleveland Clinic Center for Functional Medicine
Direct recommendation

people with reflux it tightens the Lees Junction I have some people get off their reflux medicine that's the bottom of your esophagus where where the kind of reflux happens come back up from the stomach and there's not many things that tighten Lees Junction

Extracted claim

BPC-157 tightens the lower esophageal sphincter (LES junction), and the expert has had patients get off their reflux medication as a result.

Not yet assessedHigh confidence

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Key findings

  • ·Only one review article was available for analysis, and it reported no extractable key findings.
  • ·The review frames injectable therapeutic peptides as a potential adjunct to regenerative medicine and sports performance, but does not confirm efficacy.
  • ·No human clinical populations, sample sizes, or outcome data were reported in the available literature.

Evidence gaps

  • ·There are no human randomized controlled trials or controlled clinical studies on BPC-157 represented in this evidence base.
  • ·No safety data, dosing protocols, or pharmacokinetic information in humans could be identified from the available study.
  • ·The long-term effects of injectable BPC-157 in humans remain entirely unstudied based on this literature set.