Is BPC-157 FDA approved? What the answer means

No. BPC-157 is not FDA approved, and it is not approved by Health Canada either. Neither regulator has a BPC-157 drug product on the market, which is exactly why every vial sold in Canada is supplied as a research chemical for laboratory use rather than as a medicine.

What "FDA approved" means, and what it covers

Approval is granted to a drug product, not to a molecule in the abstract. A company has to run the trials, define the manufacturing process, and file for one specific product from one specific maker for one specific stated use. Nothing is approved in general.

That is why the question has a short answer that is also a complete one. No company holds an approved BPC-157 product, and a research vial was never submitted for approval, so nothing has failed and nothing is pending.

The FDA also lists BPC-157 among the bulk substances it considers ineligible for pharmacy compounding. That is a restriction on compounding, not an approval, and it does not change how a research vial is supplied in Canada. The equivalent question in Canada belongs to Health Canada, and the answer is the same, because research peptides are not registered as drugs, natural health products or supplements.

Is BPC-157 legal to buy in Canada?

In Canada, BPC-157 is bought and sold as a research chemical intended for laboratory work. What the rules restrict is marketing, selling or using a peptide as a drug for human consumption, and the deciding factor is intended use, not the molecule. No approval from the FDA or Health Canada enters into it. Are research peptides legal in Canada? sets out that framework in full, and BPC-157 in Canada covers what is actually sold here. This page is general information, not legal advice.

pepuro carries 5 mg and 10 mg lyophilized vials of BPC-157, plus the same peptide blended with TB-500 in a single vial. Every order is placed under research-use-only terms, confirmed at checkout.

Where BPC-157 comes from, and when it was discovered

BPC-157 stands for Body Protection Compound. The number is a laboratory designation, and the molecule itself is a synthetic 15-residue peptide built from a partial sequence of a protein found in human gastric juice. That parent protein survives stomach acid, which is unusual for a peptide of its size, and the 15-residue piece is the stable fragment research settled on.

The sequence was first described in the early 1990s by a research group in Zagreb, Croatia. It is made today by solid-phase peptide synthesis, the same way other research peptides are made, rather than extracted from tissue.

Five of the fifteen residues are proline, which is part of why the dry powder holds up as well as it does. The BPC-157 handling guide carries the concentration table and the rest of the identity sheet.

Does BPC-157 expire?

A research vial carries no printed expiry date, and there is no single figure that covers every case, because the clock depends on the form the peptide is in.

• Dry powder, freezer at -20°C: stable for a year or more in a sealed vial.
• Dry powder, fridge: good for a few weeks, and unharmed by room temperature on the way to your bench.
• Reconstituted, fridge at 2-8°C: weeks rather than months, with the clock starting the moment water goes in.
• Repeated freeze-thaw: the mistake that shortens a vial's working life most. Split into aliquots instead of refreezing.

Since nothing on the label tells you the age of the powder, date the vial when you mix it and keep it cold and dark. How to store research peptides covers the general rules.

How to check what is in the vial

When no regulator has signed off on the molecule, the only proof a buyer gets is the report for the vial in hand. For BPC-157 that comes down to four lines:

1. Observed mass near 1419.5 g/mol. A reading near 1,400 or 1,450 is a different molecule, whatever the purity figure says.
2. HPLC purity at 99% or higher, which is the floor for every batch we ship.
3. A batch number that matches the code printed on the vial.
4. A named, independent lab, with a test date later than the fill date.

How to read a peptide lab report walks through each field. A blend vial is checked the same way, with one extra line: the report states the ratio of the two components for that batch. BPC-157 vs TB-500 compares the two molecules those ratios describe, the TB-500 handling guide covers the other half of the vial, and what a peptide blend is explains how a combined vial is filled and tested.

Every BPC-157 vial from pepuro ships free from our Calgary, Toronto and Vancouver distribution centers, dispatched the same business day your e-Transfer clears, with a QR code on the vial that opens its independent, third-party lab report.

For research use only. Not for human or animal consumption.