BPC-157 (10mg)
Research compound

BPC-157 (10mg)

BPC-157 is a synthetic pentadecapeptide consisting of 15 amino acids. First characterized from a partial sequence isolated within human gastric juice, BPC-157 exhibits notable stability under acidic conditions and demonstrates high water solubility relative.

10mg · Lyophilized Powder / Batch GR-0426 · Purity 99.1%
Third-party tested
Batch-level COA
Research use only
Ships with documentation
Purchase panel
$65.00

In stock for research procurement review.

Research specifications

Product identity, form, and documentation context.

Strength / form
10mg · Lyophilized Powder
SKU
bpc157-10
Batch reference
Batch GR-0426 · Purity 99.1%
Purity reference
99.1%
Formula
C₆₂H₉₈N₁₆O₂₂
Molecular weight
1,419.55 g/mol
Sequence
15 Amino Acids
Material form
White Lyophilized Powder
Solubility
High Water Solubility
Synthesis
Solid-Phase (SPPS)
COA / batch verification

Review the batch before it reaches your bench.

Match the product name, strength, and batch reference against published documentation where available.

Batch record Batch GR-0426 · Purity 99.1%
Shipping and handling

Packed for documented research procurement.

Order review

Orders are reviewed for payment, inventory, address, and compliance before fulfillment.

Handling

Laboratory materials should be handled under qualified internal procedures and custody standards.

Support

For order or documentation questions, contact GLUUM support with your order number.

Research use only. Not for human or veterinary consumption, ingestion, injection, therapeutic use, diagnostic use, cosmetic use, supplement use, food use, or drug formulation. Read policy
FAQ

Product review questions.

Is this product Research Use Only?

Yes. GLUUM product pages are for laboratory research procurement review only and are not positioned for personal application.

Where can documentation be reviewed?

Start with the COA library, batch verification, testing methodology, and compliance pages where records are published.

How should testing references be interpreted?

Testing references should be read with method context, product identity, batch records, and qualified laboratory review.

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