It has strong antioxidant properties as it directly neutralizes free radicals, reduces inflammation, and contributes to the effect of other antioxidants like vitamin C, E, and lipoic acid
Its binding constant (pKa 16.44) is similar to albumin's copper transport site (log = 16.2), allowing GHK to exchange copper with albumin for intracellular delivery.[3] Discovery and design rationale GHK was first identified in 1973 in fractions of human plasma that promoted survival of liver cells in culture
Furthermore, it exhibits significant anti-inflammatory properties, which can help calm irritated skin, reduce redness, and support the healing process of various skin lesions
Protein spots with significant differences in the knock-out strain were selected and identified using MS at Bo Yuan Bio-Tech, Shanghai, China
Cysteine boosts fitness under hypoxia-mimicked conditions in ovarian cancer by metabolic reprogramming
Tan R, Cano L, Lago-Rodrguez , Domnguez R