BPC157 TB500 10Vials/box

Mechanism of Action: Derived from active fragment peptides in human gastric juice, it regulates multiple pathways including angiogenesis, fibroblast proliferation, and inflammation suppression, comprehensively accelerating soft tissue and mucosal repair.

Core Scientific Efficacy:

Accelerates the repair of soft tissue, tendons, ligaments, and skin epithelial cells, reducing the expression of inflammatory factors at the injury site;

Protects the digestive tract mucosa, alleviating mucosal damage and oxidative stress-related cell models;

Promotes microvascular angiogenesis, improves local blood circulation, and aids in wound healing research;

Regulates immune inflammatory responses, reducing cell apoptosis caused by excessive inflammation.

2. TB-500 (15mg)

Mechanism of Action: Thymosin β4 active fragment peptide, regulating actin synthesis and playing a leading role in cell migration, tissue reconstruction, and angiogenesis.

Core Research Efficacy:

* Enhances the regeneration of muscle, joint, and tendon connective tissue, suitable for experiments related to sports injuries and chronic strain;

* Strongly promotes angiogenesis, accelerates blood supply to damaged areas, and shortens tissue repair cycles;

* Inhibits chronic low-grade inflammation, reducing fibrosis and scar tissue formation;

* Supports epidermal cell regeneration, used in in vitro models related to skin wound repair.

III. Synergistic Advantages of the BPC+TB Combination

* Comprehensive Tissue Repair Combination

* BPC-157 focuses on mucosal, visceral, and acute wound repair; * TB-500 specializes in tendon, ligament, and muscle connective tissue regeneration. The combination can cover various soft tissue injury experimental models.

* Simultaneous Action of Anti-inflammatory and Regenerative Pathways

* Simultaneously inhibits excessive inflammation after injury while stimulating cell migration and angiogenesis, avoiding excessive inflammation that hinders the repair process, resulting in stronger experimental data stability.

* Widely Applicable to Research Scenarios

* Can be used alone as a control reagent for injury models, or combined with various metabolic peptides and insulin reagents for combined repair and exercise metabolism studies.

IV. Reconstitution and Storage Specifications

Reconstitution Solvent: 0.6% acetic acid aqueous solution or sterile water for injection can be used for reconstitution.

Storage Requirements

Unopened lyophilized powder: Store at 2-8℃. Freezing is strictly prohibited, as freezing will directly destroy peptide chain activity and cause inactivation.