BPC-157 Price: Cost per mg at Every Vendor We Review

BPC-157 is one of the most searched research peptides and one of the hardest to price fairly, because two vials that look identical on a store page can differ several times over in cost per milligram. The reason is rarely the molecule. It is the vial size, the vendor's margin, how much testing is paid for and how the listing is written. This page prices the injectable research vial from each vendor's own store data every morning and explains the three or four things that actually move the number, so you can compare like with like.

What You Are Paying For

BPC-157 (body protection compound 157) is a chain of 15 amino acids, a fragment of a protein found in human gastric juice. Fifteen residues is short. Solid phase synthesis of a peptide that size is routine, which is why BPC-157 sits at the cheap end of research peptides per milligram next to long, modified molecules such as tesamorelin or the GLP-1 class. The BPC-157 guide covers what the research literature shows; almost all of it is animal work, and the human evidence is a handful of small reports.

It follows that price differences between vendors are mostly not about synthesis. They are about what a vendor chooses to pay for after synthesis: independent batch testing, accurate filling, cold storage and shipping, support, and margin. A vial 40% cheaper than the market median can be a fair price from a vendor with little overhead, or a vial that holds less than it says.

No regulator has approved BPC-157 as a drug, and it is on the World Anti-Doping Agency's prohibited list. Both facts belong in a price comparison: the vial is sold for laboratory research only, so there is no pharmacy, no label claim and no recall system behind it. The side effects page covers what has been reported.

How to Read a BPC-157 Price

Vendors sell BPC-157 in 5, 10, 15 and 20 mg vials, so the vial price alone tells you very little. Divide the price by the milligrams in the vial and every listing collapses into one figure you can compare: the price per mg in the tables above. Four things move that figure.

• Vial size. Bigger vials are usually cheaper per mg. Whether the saving is real depends on how fast you use the vial once it is mixed: reconstituted peptide keeps for weeks in a fridge, not months, so a large vial mixed at once can waste more than it saves. The storage guide covers the stability side and how to reconstitute covers the mixing.
• The form on the label. Most injectable listings are the plain peptide as a freeze-dried powder. Some stores sell a salt form, and many also sell oral capsules or nasal sprays under the same name. The table above counts single injectable vials only; capsules, sprays and blends are left out because a price per mg for a capsule is not comparable. The oral BPC-157 page explains why they are a different question.
• Where the vendor sits in the supply chain. Almost no Western research vendor synthesises anything. They buy bulk material from a small number of manufacturers, then fill, freeze-dry, label and ship. Two vendors at very different prices are often selling material from the same source, so a high price is not proof of better material and a low one is not proof of worse.
• Testing. A vendor that pays for a third-party certificate on every batch carries a cost that a vendor publishing one old certificate does not. That is a reason to pay a little more, and a reason to check that the certificate is for your batch.

Stores also vary the name ("BPC", "BPC157", "BPC-157 10mg"). The prices above are matched by compound, whatever the store calls the listing.

Cheap, Mid-Priced and Expensive: What the Spread Tells You

The spread between the lowest and highest price per mg in the table is the most useful number on this page. When the lowest in-stock price is a fraction of the median, ask what the vendor is not paying for. Vendors that sell at the bottom of the range are often new, clearing stock or running on very thin margins; none of those is a verdict on quality, and the Bureau's independent lab results do not follow price in either direction. A vendor in the middle of the range with a batch certificate you can match to your vial is usually a safer buy than the cheapest listing with none.

At the top of the range, a higher price buys a brand, a warehouse and support, and sometimes a better testing programme. It does not buy a different molecule: the same bulk material reaches vendors at every price point. If you are comparing two vendors that publish equivalent certificates, the price per mg is the fair tie-breaker. If one publishes batch-specific results and the other does not, the certificate is worth more than the gap in price.

How to Check a Vendor Before You Pay

The cheapest listing in the table is only cheap if the vial holds what the label says. Four checks take ten minutes.

• Match the certificate to your batch. A useful certificate of analysis names the lab, the batch or lot number, the date, an HPLC purity figure and a mass spectrometry identity check. A generic certificate with no batch number proves nothing about your vial. The peptide testing guide shows what a real one looks like.
• Type the address yourself. Popular vendor names attract look-alike domains, some of which take payment and ship nothing. The guide to buying peptides covers how to tell a real store from a copy.
• Pay by card on a first order. Crypto and bank transfer discounts are real, and so is the chargeback right they cost you. Take the discount once a vendor has delivered.
• Read the review. Every vendor in the table links to the Bureau's review or scorecard entry, which says what the vendor states, what the Bureau could verify and what it could not. The 2026 vendor scorecard ranks the ones we score, and the coupon page lists the codes we have seen work.

Doses are outside the scope of this page. How a research schedule is usually written is in the BPC-157 dosage page. The same daily table for the other healing-research peptide is on the TB-500 price page.

Frequently Asked Questions

What is the price of BPC-157 today?

On 28 October 2026 the lowest in-stock price among the vendors the Bureau reviews was $3.00 per mg (Luv Aminos, 10 mg for $30.00), the median was $6.10 per mg and the highest was $12.00 per mg (Pantheon Peptides, 5 mg for $60.00). Prices are list prices for single vials before any code, read from each store's own data.

How much does a 10 mg vial of BPC-157 cost?

The size table above shows the lowest in-stock price at 10 mg and how many vendors list it, refreshed every morning. The 10 mg vial is the size most vendors stock, so it is the fairest single number to compare. Prices are list prices before any code, and they differ by several times between the cheapest and the dearest vendor.

Which BPC-157 vial size is cheapest per mg?

Usually the largest one a vendor sells, but not always, and the table shows the lowest in-stock price per mg at each size. A big vial only saves money if it is used before it degrades once mixed, so several smaller vials kept sealed can be the better buy.

Is the cheapest BPC-157 listing the best buy?

Not on price alone. A price far below the rest of the market can mean a vendor clearing stock, a vial holding less than the label says, or a different compound. Check that the vendor publishes a batch-specific certificate with HPLC purity and mass spectrometry identity before treating a low price as a bargain.

Why do some BPC-157 listings say capsules or arginate?

Because stores sell more than one product under the name. Capsules and sprays are oral or nasal forms, and some vendors sell a salt form of the peptide. The Bureau's table counts single injectable vials only, so those listings are not mixed into the per mg comparison.

How do I work out the cost of one dose?

Multiply the price per mg by the amount in milligrams; amounts are usually written in micrograms, and 1,000 mcg is 1 mg. The Peptulator BPC-157 calculator does the arithmetic and gives the syringe mark for a given vial and water volume; the dosage page covers how schedules are written.

Research use only. The compounds discussed are sold as research chemicals and are not approved for human use in this form. Nothing here is medical advice.