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BPC-157 10mg vial — Cellovate research peptideBC10-S

For research use only

BPC-157

10mg · HPLC verified

Third-party tested

Pentadecapeptide, gut and tissue repair research.

$67.50/ 10mg vial

Format

Free shipping from $250.00 · 5% off from 3 items · 10% off from 5

Purity and identity verified by an independent lab on every batch — quality standards. Batch COA available to customers on request — contact us.

Research use only — not for human consumption

Product information

BPC-157 10MG — Advanced Repair and Gut Research Peptide

BPC-157 is a synthetic pentadecapeptide derived from a protein sequence found in gastric juice, widely studied in research focused on tissue integrity and repair mechanisms.


Key Research Focus

  • Studied in gastrointestinal integrity models

  • Investigated in tendon, ligament and soft tissue repair research

  • Explored in angiogenesis and vascular signalling studies

  • Analyzed in inflammation-related research models


Mechanism Overview

BPC-157 is analyzed for its interaction with growth factor signalling and vascular formation pathways, which researchers associate with structural repair and tissue protection in controlled environments.


Formulation & Storage

  • Form: Lyophilized powder

  • Available dosages: 10mg

  • Formats: Vial or pre-filled pen

  • Reconstitution: To be mixed with bacteriostatic water

  • Storage (after reconstitution): 2–8°C

  • Handling: Controlled laboratory conditions required


Purity & Quality Standards

CELLOVATE applies strict internal standards across every compound:

  • High-purity peptide sourcing

  • Batch-to-batch consistency

  • Independent third-party lab testing on every batch

  • Purity and identity verified by HPLC on every batch

  • Controlled production standards


Research Use Only

This product is intended exclusively for laboratory and analytical research purposes.


CELLOVATE Standard

CELLOVATE builds high-precision peptide systems for demanding research environments, where control, consistency, and reliability are critical.