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BPC-157 for Liver Health: What the Evidence Shows

What human and animal studies show about BPC-157 for liver health, how strong that evidence is, and what is still unproven.

Medically reviewed by Juan Pablo Frías, MD · · DisclosureGastric pentadecapeptideUpdated
Strongest evidence
Animal
Human studies
3
PubMed records, our ledger
Animal studies
22
PubMed records, our ledger
Studies we summarised
1
with an outcome for liver health

Evidence for liver health

Each row is an outcome related to liver health from a published study, strongest design first. Animal and cell results are labelled and are not human results. User reports are not counted as evidence here.

BPC-157 for liver health: outcomes in published studies
OutcomeResultStudy typeSource
Radiation-induced liver injuryOral BPC 157 reduced radiation-induced liver injury, lowering plasma AST and ALT in mice.Animal · mouse (plus rat liver cell line) (not a human result)Life sciences 2022, PMID 36228773

PubMed records for BPC-157 and liver health: 3 human, 22 animal (search counts, not studies we reviewed). Grades follow our evidence scale.

How strong is it?

Strongest evidence:Animal evidence, 2 of 4Life sciences 2022, PMID 36228773

A human randomized trial outweighs any number of animal studies. Animal and cell results show a mechanism worth testing, not that it works in people.

Other peptides people research for liver health

All peptides for liver health, compared

Common questions

Does BPC-157 help with liver health?

The strongest study we summarise for liver health is animal evidence, across 1 study with an outcome for liver health. That is not proof it works in people.

Is BPC-157 approved for liver health?

No. BPC-157 is not FDA approved for any use, including liver health.

What is the best peptide for liver health?

There is no single answer. Our liver health overview compares each candidate by evidence grade and legal status rather than by popularity.

More on BPC-157

Sources

  1. 1Pentadecapeptide BPC 157 efficiently reduces radiation-induced liver injury and lipid accumulation through Kruppel-like factor 4 upregulation both in vivo and in vitro.Life sciences · 2022PMID 36228773Accessed 2 Oct 2026

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