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Reported benefits (per available research): Studied in rat full-thickness wound models for accelerating skin repair, with one study reporting reepithelialization increased by up to 61% over controls by day 7, along with greater wound contraction and collagen deposition (Malinda et al., animal study, 1999) Studied in rodent models of ischemic myocardial injury for reducing post-infarct scarring and supporting cardiac tissue repair
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In cultured human keratinocytes exposed to UVB radiation (a standard oxidative stress model), pre-treatment with 10 nM GHK-Cu resulted in: 2.8-fold increase in glutathione reductase mRNA (the enzyme regenerating reduced glutathione from its oxidized form) 2.3-fold increase in catalase expression (HO decomposition) 1.9-fold increase in ferritin heavy chain (sequestering iron, another Fenton-active metal) 62% reduction in 8-hydroxy-2-deoxyguanosine (8-OHdG) levels, a DNA oxidative damage marker The protective effect disappeared when using copper-free GHK or copper chloride alone, confirming the intact peptide-copper complex is required
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