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Research use only
Blends · EZN-BPCTB-10

BPC-157 + TB-500

BPC-157 and TB-500, equal parts by mass, freeze-dried together in a single vial.

$69.00 per vial
Strength 5 mg + 5 mg
Quantity Volume pricing applies automatically

For laboratory research use only. Not for human consumption.

Laboratory reports for this material →
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  • Lot numbered
  • Independent lab
  • Report you can check
  • Ships tracked
  • Sealed vial
Specs
Catalog number
EZN-BPCTB-10
CAS number
Not applicable. Two-component blend
Molecular formula
Blend. See the COA.
Molecular weight
Blend. See the COA.
Sequence
BPC-157 and TB-500, equal parts by mass
Supplied as
Freeze-dried powder
Strength
5 mg + 5 mg per vial
Purity
Stated in the laboratory report for the lot
Storage
Store at −20 °C (−4 °F), away from light.
Laboratory report

The current lot's report sits further down this page: which laboratory, which methods, every result as written, and the reference to open the original at the laboratory. Safety data sheets are available on request.

Storage

Store at −20 °C (−4 °F), away from light.

Shipping

$10 flat under $150.00, free from $150.00. Tracking is emailed the moment the order ships. We ship within the continental USA only.

Batch to bottle

Laboratory reports.

Every report

Results are copied exactly from the laboratory's own report, and each card tells you how to look the report up with that laboratory. A lot verification tests the exact lot on the vial. A reference report is an independent test of the manufacturer's batch.

BPC-157 + TB-500 5 mg + 5 mg

The laboratory report for this strength's current lot is not published yet. Published reports, with the details to check them with the laboratory, are on the Lab reports page.

Overview

BPC-157 + TB-500.

Two separate peptides, mixed and freeze-dried as one cake: BPC-157, the fifteen-residue fragment first described in Zagreb, and TB-500, the synthetic peptide modeled on thymosin beta-4. They share a vial, not a bond. Each keeps its own structure, which is why the blend has no single CAS number, formula or molecular weight.

The two are present in equal mass, so the 10 mg vial holds 5 mg of each and the 20 mg vial 10 mg of each. The laboratory report identifies both components separately and gives a result for each, which is the only meaningful way to characterize a mixture.

We give no guidance on using, preparing or applying any material. Whether it suits your research is for you or your institution to judge.

At a glance
Class
Two-component blend
Components
BPC-157, TB-500
Ratio
1 : 1 by mass
Characterized
Each component reported separately
Same class first

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