Injectable GHK-Cu has demonstrated systemic effects in animal models -- lung fibrosis protection, connective tissue remodeling, neuroprotection -- but translating those findings to human subcutaneous injection protocols remains speculative
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Two sides of the coin
However, its role is more about optimizing the function of existing cells and promoting healthy tissue remodeling, rather than direct "stem cell activation" in the broad sense
Notably, the neuroprotective role of Se compounds is not exhausted with antioxidant effects of Se species, but also appeared to have a role in de novo selenoprotein synthesis, regulation of calcium channels, and mitochondrial biogenesis (Uguz and Naziroglu, 2012)
PubMed Central , For your reference: For your reference: For your reference: 15, 25 Mateus, Filipa G., et al