AHK-Cu is studied in dermatological and anti-aging research, e.g. in relation to skin and pigmentation models. Like GHK-Cu, AHK-Cu binds copper(II) and is discussed as a cofactor donor for copper-dependent enzymes such as lysyl oxidase. In the central published study, AHK-Cu stimulated human hair follicle growth ex vivo and dermal papilla cell proliferation.
AHK-Cu is studied mainly in hair-follicle and dermal-papilla research as a possible alternative or complement to GHK-Cu. For general skin and wound-healing models, direct literature is markedly sparser than for GHK-Cu.
Claims circulating online are often not backed by valid clinical data. Treat all information as a starting point for your own scientific research, not as usage guidance.
Sequence and regulatory status data are based on publicly available sources and refer to the compound in general, not to a specific product.
The evidence base for skin and pigmentation peptides is largely based on preclinical and early clinical investigations.
References without a PMID can be located via the respective publisher. This overview does not claim to be exhaustive.
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