Copper Peptide CAS 49557-75-7

Properties, uses and production process of tripeptide

• Introduction

Tripeptide(copperpeptide)isformedfromthreeaminoacids.Tripeptideisalsocalledbluecopperpeptide;glycyl-L-histidyl-L_lysine.TripeptideisaternarymolecuChemicalbooklecomposedofthreeaminoacidsconnectedbytwopeptidebonds.Itcaneffectivelypreventthenerveconductionofacetylcholinesubstance,relaxmuscles,andimprovedynamicwrinkles.

• Physical and chemical properties

Three peptides: resist carbonylation, protect collagen from damage by activated carbon groups, promote the growth of type III collagen, resist oxidation and glycation, and are mainly used in cosmetics.

Mechanism of action

The three peptides act on cells, increase the vitality of collagen cells, accelerate fire power production, and can improve dynamic wrinkles. 

• effect

1. The functions of three peptides are as follows: three peptides have anti-carbonylation, protect collagen from being damaged by activated carbon groups, promote the growth of type III collagen, resist oxidation, and resist glycation

2. Three peptides can play corresponding roles by effectively complexing and transporting copper elements. For example, the complexed copper peptides can effectively stimulate the biosynthesis of collagen in fibroblasts and promote rapid wound healing from Chemicalbook; Copper peptides can also effectively block the nerve conduction of acetylcholine substances, thereby relaxing muscles and improving dynamic wrinkles. Tripeptides are now widely used in cosmetic additives.