Copper Peptide

Product Profile—Copper Peptide

Copper peptide are commonly used in beauty anti-wrinkle, but also promote hair growth, wound healing and other effects. It can not only promote the skin epithelial tissue regeneration, restore the skin young, Reduce the thickness of wrinkles and scars, improve skin elasticity, make keratinocytes and fibroblasts proliferation, but also make subcutaneous tissue thickening, so that the skin is no longer fragile and sensitive, increase skin elasticity and toughness, but also let skin care products in the face can be maximized absorption and utilization.

Product parameters—Copper Peptide

Chinese name:铜肽/三肽-1铜/蓝铜胜肽English name:Copper Peptide
CAS No.:130120-57-9Purity:≥97%
Molecular weight :742.29g/molMolecular Formula:C14H24N6O4Cu
Appearance:Blue powderStorage conditions: sealed, stored at -20 ° C
Packing specifications (powder): 1g, 10g, 100gApplication: Cosmetic raw material

Efficacy and application–Copper Peptide

Copper peptide act as potent tissue protectors and anti-inflammatory agents that protect injured tissues from further oxidative damage

Sends a signal that diverts damaged proteins and scar tissue and replaces them with normal tissue, prompting macrophages to flow into the site of injury and release the growth ginza protein

Copper peptides stimulate hair follicles and grow hair

It also has the role of polypeptide GHK to promote the synthesis of type I collagen. Anti-inflammatory and restorative, promotes wound healing and reduces scarring

Promotes hair growth and reduces hair loss

Reduces wrinkles and improves skin elasticity 

Mechanism of actionCopper Peptide

Copper peptide were first isolated from human plasma in 1973 and found to have a wound-repair function in 1985. In 1999, researchers suggested that copper peptides and copper complexes could act as activators of tissue remodeling. Copper peptide is also a signal peptide, promoting the degradation of a large number of collagen aggregates outside the scar, normal skin collagen synthesis, elastin, proteoglycan and glucosamine production, growth rate and migration of different cell types, anti-inflammatory, antioxidant response.

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