BPC 157 BC2 2mg*10vials

BPC-157 BC2 2mg x 10 Vials

Product Overview

BPC-157 BC2 is a high-purity synthetic gastric-derived 15-amino acid research peptide in the repair peptide product category. This peptide consists of 15 amino acid residues and exhibits good stability after lyophilization. It supports nitric oxide signaling pathway, angiogenesis, fibroblast activity, and inflammatory cytokine balance regulation research, thereby supporting multi-tissue regeneration and cell protection studies. BC2 2mg is the standard mainstream specification for preclinical laboratory research of BPC-157, suitable for soft tissue injury modeling, gastrointestinal barrier studies, anti-inflammatory mechanism research, and peptide compound synergistic effect validation. It serves as a core reference material for preclinical research projects related to regenerative biology, musculoskeletal repair, mucosal protection, and wound healing.

Core Research Functions

FAK-Paxillin and VEGF-eNOS Signaling Pathway Activation: Supports FAK-paxillin and VEGF-eNOS related signaling pathway activation research, angiogenesis promotion, collagen deposition, and cell migration studies, while regulating local inflammatory responses without broad immunosuppressive effects.

Musculoskeletal Soft Tissue Repair: Supports musculoskeletal soft tissue repair acceleration research, including tendon, ligament, and muscle tissue reconstruction studies, and excessive fibrosis reduction during healing process research.

Gastrointestinal Mucosal Recovery: Supports gastrointestinal mucosal recovery research, including intestinal barrier integrity restoration and mucosal damage repair studies.

Inflammatory Homeostasis Regulation: Supports inflammatory homeostasis regulation research, including pro-inflammatory factor regulation and local injury microenvironment balance studies.

Broad-Spectrum Cytoprotective Effects: Supports broad-spectrum cytoprotective effect research, including neuroprotective and vascular protective research characteristics.

The 2mg standard vial specification balances sufficient bioactivity and experimental safety, suitable for dose gradient screening, repeated long-term interventions, and complex peptide studies, providing stable and reproducible experimental data for tissue regeneration mechanism exploration research.

Core Product Advantages

Multiple Tissue Regeneration Mechanisms: Acts on angiogenesis, fibroblast migration, and collagen synthesis pathways, covering musculoskeletal, gastrointestinal, neural, and vascular related repair research scenarios, with broad-spectrum tissue protective properties.

Balanced 2mg Standard Specification: The classic mainstream laboratory dose for BPC-157 studies. Suitable for routine damage repair model construction, dose gradient exploration, and peptide combination studies, flexibly adaptable to various preclinical experimental designs.

Dual Repair and Inflammation Modulation Properties: Promotes tissue remodeling while inhibiting excessive local inflammation; does not cause systemic immunosuppression, supporting physiological healing process simulation in damage model studies.

High-Purity Lyophilization Activity Lock-in Process: Employs multi-stage purification and vacuum lyophilization processes to preserve peptide spatial conformation, minimizing impurity interference, ensuring experimental variable purity and reliable research results.

Standard Aseptic Packaging and Quality Control: Packaged in 10-vial integrated aseptic vials. Each batch undergoes HPLC purity testing and is accompanied by a complete Certificate of Analysis (COA). Lyophilized activity is stable, suitable for university laboratories, preclinical drug development, and large-scale wholesale procurement.

Specifications and Quality Control

Format: Lyophilized powder, 2mg per vial. Packaging: 10 vials per pack, dust-free aseptic integrated container. Purity Testing: Full HPLC purity verification with complete Certificate of Analysis (COA).