CU100 100mg*10vials

GHK-CU CU100 100mg x 10 Vials

Product Overview

GHK-CU CU100 is a high-concentration formulation in the GHK-Cu copper peptide repair peptide series, representing an upgraded version of the CU50 50mg formulation. It utilizes a stable glycyl-histidyl-lysine copper ternary complex structure, exhibiting zero immunogenicity, excellent cell permeability, and high biochemical stability. As the highest-dose laboratory-grade research raw material in the GHK-Cu product line, CU100 100mg supports tissue regeneration, antioxidant defense, extracellular matrix remodeling, and inflammatory homeostasis pathway activation research, exceeding the efficacy range of low-to-medium concentration copper peptide products. It is designed for high-threshold wound healing research, deep degenerative anti-aging regeneration studies, severe oxidative stress damage intervention, and ultra-complex peptide synergistic repair research, serving as an advanced research raw material for regenerative medicine, anti-aging pharmacology, and tissue microenvironment optimization preclinical studies.

Core Research Functions

Fibroblast Activation and Collagen Proliferation: Supports fibroblast activation research, collagen proliferation promotion, and extracellular matrix reconstruction studies.

Severe Trauma and Complex Tissue Damage Repair: Supports severe and refractory trauma and complex tissue damage repair research.

Collagen and Elastin Regeneration and Anti-Aging Remodeling: Supports collagen and elastin comprehensive regeneration research and deep anti-aging remodeling studies.

Free Radical Scavenging and Oxidative Stress Damage Intervention: Supports free radical extreme scavenging research and oxidative stress damage intervention studies.

Inflammatory Microenvironment Purification: Supports stubborn and persistent inflammatory microenvironment purification research.

CU100 100mg exceeds the high-efficiency intervention range of CU50, supporting saturation pathway activation, high-amplitude experimental phenotype generation, and long-lasting stable efficacy research. It targets severe and refractory tissue damage, deep aging degeneration, and extreme oxidative inflammation imbalance research that shows limited response to conventional copper peptide preparations. It supports type one collagen and elastin synthesis maximization research, tissue atrophy and laxity improvement research, severe trauma physiological healing research, and post-healing pigmentation disorder intervention research. It also supports antioxidant activity research, accumulated free radical scavenging research, deep photoaging and degenerative tissue damage intervention research, and tissue inflammatory immune homeostasis reset research. The 100mg saturation formulation supports high-dose threshold screening, full-load severe trauma regeneration model construction, deep refractory aging intervention, and ultra-complex peptide synergistic effect validation, providing high-precision, reproducible data for advanced copper peptide regenerative pharmacology research.

Key Advantages

Stable Natural Copper Peptide Structure: Inherits the classic mature GHK-Cu ternary complex active configuration, with zero immunogenicity risk. Its molecular biological activity and cell permeability support endogenous regeneration pathway saturation activation research.

High-Concentration Saturation Dosage: The highest concentration in the GHK-Cu series, exceeding the efficacy range of CU50 and traditional low-dose cosmetic-grade copper peptides. Designed for preclinical research scenarios involving high-threshold repair and deep anti-aging, providing advanced experimental differentiation capabilities.

Triple Efficacy of Repair, Antioxidant, and Anti-Aging: Possesses severely damaged tissue rebuilding capabilities, free radical scavenging and antioxidant capabilities, and comprehensive extracellular matrix anti-aging remodeling effects, achieving advanced physiological repair and degenerative intervention research capabilities for GHK-Cu peptides.

High-Purity Laboratory Process: Employs upgraded fine multi-level gradient deep purification and full-vacuum lyophilization technology. The ternary complex molecular structure is stable with minimal impurity interference and active ingredient retention, ensuring high-purity experimental variables and accurate, reproducible research conclusions.

Advanced Aseptic Packaging: 10 vials per ultra-clean dust-free aseptic package. Each batch undergoes rigorous HPLC high-precision testing across all product categories and is accompanied by a complete Certificate of Analysis (COA). With long-term stable activity retention, it is suitable for advanced laboratory regenerative medicine research, high-standard anti-aging preclinical projects, and customized bulk procurement.

Specifications and Quality Control

Format: Lyophilized powder, 100mg per vial. Packaging: 10 vials per pack, dust-free aseptic integrated container. Purity Testing: Full HPLC purity verification with complete Certificate of Analysis (COA).