For laboratory research use only. Not for human or veterinary use.

Synthetic peptides for laboratory research, documented lot by lot.

Lyophilized, ≥99% purity by HPLC, identity confirmed by mass spectrometry. Every vial ships with its lot's certificate of analysis and a label that says exactly what is inside.

  • Third-party HPLC and MS on every lot
  • Ships lyophilized from the United States
  • Sold to researchers 21+ under a research use agreement
BPC-157 5 mg · lyophilized ≥99% HPLC · MS verified RESEARCH USE ONLY Not for human or veterinary use

Analytical data with every lot

Purity by reversed-phase HPLC and identity by mass spectrometry, run by an independent laboratory. The lot number on your vial matches the certificate you receive.

Packaged for stability

Peptides ship as lyophilized powder in sealed glass vials, protected from light, with cold packs added for liquid products and warm-weather routes.

Research use, verified at checkout

Buyers confirm age and intended laboratory use before entering the site and again at payment. Orders that look like personal use are declined and refunded.

Frequently requested compounds

Full catalog

Reconstitution calculator

Enter the peptide mass in the vial, the volume of diluent you add and the amount you need per draw. The calculator returns the concentration, the draw volume in millilitres and syringe units, and how many draws the vial yields, with a syringe graphic to check against.

Open the calculator

Research library

All guides
  1. What research peptides areHow synthetic peptides are made, why they are supplied lyophilized, and what "research use only" means in practice.
  2. Reading a certificate of analysisWhat each line on a peptide CoA means: HPLC purity, mass-spec identity, appearance, counter-ion and net peptide content.
  3. Storage and stability of lyophilized peptidesTemperatures, light, moisture and freeze–thaw: how to keep sealed and reconstituted vials in specification.
  4. Reconstituting a lyophilized peptideA laboratory procedure for dissolving a lyophilized vial, choosing a diluent, and labeling the result.