Supplement Scholar
Peptide

BPC-157

Prescription drug or research compound. Use only under the care of a licensed prescriber. Information here is educational and not a recommendation to obtain or use it.

BPC-157. Research peptide derived from gastric protein, studied for tendon and gut healing.

How it works. Promotes angiogenesis via VEGF and modulates nitric oxide.

What the research supports. 1 graded claims. Strongest: Robust animal data; minimal human RCTs (limited).

How much to take. Typical dose: Investigational; no validated human dosing.

Side effects and interactions. 1 medication interaction listed. Serious: Unregulated; purity & contamination concerns.

Stacking. Pairs well with A high-quality multivitamin, Omega-3 (EPA/DHA). Avoid combining with Pregnancy / unknown safety.

Common forms. Available as Injectable, Oral (BPC-157 arginate).

Key studies. 8 studies cited. The strongest are listed with links to PubMed.

Community. Experiences from people who have tried BPC-157. Anecdotes are not medical advice.

BPC-157. Research peptide derived from gastric protein, studied for tendon and gut healing.

15-residue chainC62H98N16O22 · 1419.5 g/mol

What it is

Research peptide derived from gastric protein, studied for tendon and gut healing.

Food sources

Synthetic peptide

Goals

Recovery OptimizationJoint & Connective TissueGut Health

How it works

Promotes angiogenesis via VEGF and modulates nitric oxide.

Pathways

  • VEGF angiogenesis
  • NO signaling

Effects

  • +Tendon/ligament healing (animal) supports
  • +Gut healing (animal) supports

What the research supports

Robust animal data; minimal human RCTslimited

Strong: consistent results across large trials or meta-analyses. Moderate: several trials, mostly positive. Limited: small or mixed studies. Preclinical: animal or cell research only.

Typical dose
Investigational; no validated human dosing
TimingConsistent daily timing recommended; split larger doses if GI tolerance is a concern.
With foodEither with or without food.
Best formMost evidence is based on the injectable form.

Side effects & interactions

Serious

  • Unregulated; purity & contamination concerns

Medication interactions

Prescription medications (general)minor

Always disclose BPC-157 use to your prescriber — additive, antagonistic, or pharmacokinetic interactions are possible.

Check any supplement–medication combination with your pharmacist before starting.

Combines with

Pairs well

  • A high-quality multivitaminCovers micronutrient cofactors that support most supplement pathways.
  • Omega-3 (EPA/DHA)Foundational anti-inflammatory support that complements most regimens.

Avoid combining

  • Pregnancy / unknown safetyNo human safety data.

Common forms

  • Injectable
  • Oral (BPC-157 arginate)

Key studies

8 studies cited in total.

PubMed: BPC-157 — Robust animal data; minimal human RCTs ↗
Systematic review · PubMed (NLM) · 2026

Opens current human and preclinical literature matching BPC-157 and "Robust animal data; minimal human RCTs". Filter by RCT, meta-analysis, or year on the results page.

PubMed: BPC-157 — randomized controlled trial ↗
Systematic review · PubMed (NLM) · 2026

Opens current human and preclinical literature matching BPC-157 and "randomized controlled trial". Filter by RCT, meta-analysis, or year on the results page.

PubMed: BPC-157 — meta-analysis ↗
Systematic review · PubMed (NLM) · 2026

Opens current human and preclinical literature matching BPC-157 and "meta-analysis". Filter by RCT, meta-analysis, or year on the results page.

Discussion

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