

10 mg BPC-157 vial with published lot COA — HPLC-verified 99%+ purity.
Real Peptides BPC-157 Peptide 10mg — Product Overview
Real Peptides BPC-157 10mg vial at $43.20. HPLC purity data, COA details, and vendor specs reviewed. Independent overview for 2026.
Key Features
- 10mg of BPC-157 per vial, clearly stated
- Purity of 99% or higher verified by HPLC
- Endotoxin level below 0.1 EU/mg
- Lot-specific COA published and available before purchase
- 15-amino acid synthetic peptide derived from gastric juice protein
- Priced at $43.20
- SKU: RP-BPC10V
- Currently out of stock
What's Inside
In each vial, there are 10 milliliters of BPC-157 in a freeze-dried powder form. BPC-157 is known to be a 15-amino-acid polypeptide; it is made to resemble a particular part of the BPC protein which occurs naturally in the gastric juice of humans. The compound has been investigated in animal studies with regard to its impact on the healing of mucosa, as well as tendon regeneration and signaling through nitric oxide.
As per the data shared by Real Peptides, HPLC purity is stated as 99% or more. The HPLC that refers to High-Performance Liquid Chromatography is a regular analysis technique used for the identification of the peptide and then determination of the amount of target peptide relative to the impurities in the process of synthesis. Similarly, the endotoxins level is less than 0.1 EU/mg which indicates that it does not have significant bacterial contamination. Each of the above-mentioned parameters is indicated in the COAs which are present on the respective product page.
How to Store and Handle
For long-term stability, the sealed vial should be kept at -20°C. Although the lyophilized form is able to withstand transportation conditions, once it arrives, it must be placed in cold storage. Storage at 2–8°C is acceptable for short-term use lasting a few weeks.
Reconstitute using bacteriostatic water by ensuring the flow aligns with the edge of the vial. A vial containing 10mg of medication is typically reconstituted with 1 to 2 millilitres of bacteriostatic water, with the specific volume required by the medication and the desired concentration. Do not shake the vial, as this could affect the product; if the powder is slow to dissolve, shake the vial gently until dissolved.
After reconstituting, the solution must be kept in the refrigerator and protected from light. It should be used within 30 days of reconstitution. As much as possible, always use sterile syringes and clean the rubber stopper of the vial before each use. It is essential to avoid multiple freeze-thaw cycles of the solution after reconstitution, since it can lead to peptide fragmentation.
Real Peptides BPC-157 10mg Overview
Real Peptides BPC-157 is a 10-milligram lyophilized peptide contained in the vial with the stock-keeping unit number RP-BPC10V. BPC-157 is a synthetic peptide made up of a chain of 15 amino acids. It is derived from a protective protein in human gastric juice. This product is notable for having a published certificate of analysis for its lot, which includes the checks on HPLC purity and endotoxin content.
The price for one vial amounts to $43.20. Real Peptides uses the Awin affiliate network for distribution. As of this writing, the product is currently not available. Research scientists and experts interested in this product should frequently review the stock status and availability of this peptide.
BPC-157 is not approved for human consumption by any regulator. It is only intended for research purposes.
Our Verdict
Real Peptides BPC-157 is one of the better-known products we have analyzed. This includes the presence of 10mg content, testing HPLC purity of more than 99%, regular endotoxin testing (below 0.1 EU/mg), and availability of published lot COA. Because of this, products like BPC-157 provide more information than other suppliers that don’t provide much information.
While the price of $43.20 is considerably greater than that of PeptideGod's BPC-157, which retails for just $34.95, a comparison between the two products is not as straightforward because PeptideGod does not reveal the amount in each vial. If the vials contain less than 10mg of BPC-157, the Real Peptides alternative could be better value for money.
Currently, the main drawback is the limited availability. The item in question has run out of stock while we conduct our review. If Real Peptides has a notification system for restocks, we recommend signing up for it, or checking the listing at an interval. Once back in stock, this product is a great option for researchers concerned with authentic purity and honest labeling.
Our rating
10 mg BPC-157 vial with published lot COA — HPLC-verified 99%+ purity.
FAQ, Real Peptides BPC-157
What purity is the Real Peptides BPC-157?
Real Peptides states the HPLC purity of their BPC-157 is above 99%. This is proven by the High-Performance Liquid Chromatography, a common method of measuring peptide purity. The analysis report is part of the batch-specific certificate provided on the product webpage.
Is the lot COA published before purchase?
Definitely. The product listing published by Real Peptides includes certificates of analysis that are specific to a particular lot. The HPLC purity data and the results of endotoxin testing are part of these certificates. As a result, researchers can evaluate the quality information before making the purchase decision. That is a clear advantage over suppliers lacking such information.
Why is it more expensive than PeptideGod?
The Real Peptides BPC-157 comes at $43.20, while PeptideGod's product is offered at $34.95. Unfortunately, they failed to mention the amount of milligrams they have in the vial and so it is not possible to compare both products. Also, the Real Peptides product also comes with a COA that states HPLC purity and level of endotoxins.
Is Real Peptides BPC-157 for human use?
No, BPC-157 has not been approved by the FDA or any other regulatory body for human consumption. Real Peptides sells it as a research chemical only for laboratory and experimental use. We fully recommend consulting your physician before making any health-related decisions regarding peptide usage.

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