GHK-Cu bridges both pillars by providing anti-inflammatory activity alongside collagen remodeling and tissue regeneration
These phenotypic differences lie in single amino acid changes that greatly affect the structure and therefore binding affinity of ApoE, with ApoE3 containing Cys-112 and Arg-158, ApoE2 having Cys-112 and Cys-158, and finally ApoE4 with Arg-112 and Arg-158 (Huang and Mahley, 2014)
In a controlled human trial, GHK-Cu applied to skin raised collagen in 70% of volunteers, beating vitamin C (50%) and retinoic acid (40%), and improved firmness and elasticity
Each compound is produced under rigorous quality standards and independently tested for purity and consistency
Repeated freeze-thaw cycling is one of the more common causes of peptide degradation, since the formation and melting of ice crystals can physically disrupt peptide bonds with each cycle