Description

CHK-CU/BP/TB500 Research Grade Compound Handbook Product Overview

The triple synergistic system of GHK Cu, BPC-157, and TB-500 achieves full cycle optimization of tissue repair through dual complementary mechanisms at the temporal and molecular levels: GHK Cu activates collagen synthesis genes and regulates matrix remodeling, BPC-157 drives angiogenesis and anti-inflammatory microenvironment construction, and TB-500 accelerates cell migration through dynamic actin recombination. The combination of the three forms a “clearance reconstruction remodeling” loop – early TB-500 guides rapid infiltration of immune cells, mid-term BPC-157 ensures blood supply and nutrient delivery to the repair area, and later GHK Cu inhibits excessive scar hyperplasia. The experiment showed that its synergistic effect increased the healing speed of chronic wounds by 2.8 times and the orderliness of collagen arrangement by 65%, providing a multi-target intervention paradigm for regenerative medicine research.

main features
·   High purity: HPLC verification purity ≥ 99%
·   Research focus: Regeneration timing collaboration
Initial stage (0-72h):
TB-500 drives immune cells (macrophages, neutrophils) to rapidly infiltrate the damaged area and clear necrotic tissue
Mid term (3-7 days):
BPC-157 induces vascular network reconstruction to ensure oxygen supply and nutrient delivery during the repair period.

  GHK GHK Cu activates fibroblasts to transform into myofibroblasts, initiating collagen deposition
Late stage (7-28 days):
GHK Cu regulates matrix remodeling enzyme (MMP-1/TIMP-1 balance) and inhibits excessive scar formation
·   Appearance: Peptide in freeze-dried (powder) form
·   Packaging specifications: 50mg/10mg/10mg standard packaging (can be customized according to requirements)
·   Cold chain transportation: Ensure temperature throughout the entire process (-20 ℃)

Disclaimer ExemptionIt should be ensured that:
Comply with the laboratory’s “Regulations on the Management of Hazardous Chemicals” and local regulations
Established compound lifecycle tracking system
Any consequences resulting from authorized resale or non scientific use shall be borne by the user themselves