# Detection and in vitro metabolism of the confiscated peptides BPC 157 and MGF R23H.

> PubMed lists PMID 28035768 in Drug testing and analysis as Journal Article, Validation Study, with publication-date metadata of 2017-02-10 (day precision). PeptideScanner associated the retained record with the identity slug bpc-157. These fields reproduce attributed bibliographic metadata and do not summarize or endorse the article's findings.

- Evidence object: `story:pubmed-pmid-28035768-bpc-157:v1`
- Evidence domain: Literature metadata
- Date in source: 2019-12-10
- Source checked: 2026-07-30
- Published by PeptideScanner: 2026-08-13
- Story landing page: https://peptidescanner.com/stories/pubmed-pmid-28035768-bpc-157/
- JSON record: https://peptidescanner.com/evidence/v1/objects/pubmed-pmid-28035768-bpc-157-v1.json
- Content SHA-256: `aeae50e3218bea171e8a6f35bec120e65f2ecfd572ecf88c7ce3ce191fc9c2f8`

## Claims and source pins

### Headline

Detection and in vitro metabolism of the confiscated peptides BPC 157 and MGF R23H. ([`pubmed-observation-pmid-28035768-2019-12-10-cae18ed17e9f`](#source-pubmed-observation-pmid-28035768-2019-12-10-cae18ed17e9f))

### Summary

PubMed lists PMID 28035768 in Drug testing and analysis as Journal Article, Validation Study, with publication-date metadata of 2017-02-10 (day precision). PeptideScanner associated the retained record with the identity slug bpc-157. These fields reproduce attributed bibliographic metadata and do not summarize or endorse the article's findings. ([`pubmed-observation-pmid-28035768-2019-12-10-cae18ed17e9f`](#source-pubmed-observation-pmid-28035768-2019-12-10-cae18ed17e9f))

### Paragraph 1

PubMed lists PMID 28035768 in Drug testing and analysis as Journal Article, Validation Study, with publication-date metadata of 2017-02-10 (day precision). PeptideScanner associated the retained record with the identity slug bpc-157. These fields reproduce attributed bibliographic metadata and do not summarize or endorse the article's findings. ([`pubmed-observation-pmid-28035768-2019-12-10-cae18ed17e9f`](#source-pubmed-observation-pmid-28035768-2019-12-10-cae18ed17e9f))

### Paragraph 2

This page reproduces bounded bibliographic metadata attributed to PubMed. Its title and publication details are source metadata, not PeptideScanner's endorsement or an assertion of safety, efficacy, or scientific truth. ([`pubmed-observation-pmid-28035768-2019-12-10-cae18ed17e9f`](#source-pubmed-observation-pmid-28035768-2019-12-10-cae18ed17e9f))

## Sources

<a id="source-pubmed-observation-pmid-28035768-2019-12-10-cae18ed17e9f"></a>
- **Detection and in vitro metabolism of the confiscated peptides BPC 157 and MGF R23H. · retained source version 1:2019-12-10:current:cae18ed17e9fa65452cb5e0d6df3552f03fe3164cb3019ec8dfa73ed728b07ee** — PubMed; class A. [Open source](https://pubmed.ncbi.nlm.nih.gov/28035768/) (`pubmed-observation-pmid-28035768-2019-12-10-cae18ed17e9f`)

## Correction lineage

No correction is recorded for this version.

## Reporting boundaries and unknowns

PeptideScanner reproduces bounded bibliographic metadata attributed to PubMed. It does not summarize or endorse the article's findings.

- Sources outside the selected public PeptideScanner bundle may exist and are not represented by this object.
- This object does not determine whether cited records agree, corroborate one another, or establish scientific truth.
- This object does not determine safety, efficacy, causality, or suitability for any person.

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## Suggested citation

PeptideScanner. "Detection and in vitro metabolism of the confiscated peptides BPC 157 and MGF R23H." Version 1, published 2026-08-13. https://peptidescanner.com/evidence/v1/objects/pubmed-pmid-28035768-bpc-157-v1.json SHA-256: aeae50e3218bea171e8a6f35bec120e65f2ecfd572ecf88c7ce3ce191fc9c2f8.