News

NAD+ and GHK-Cu for Epigenetic Rejuvenation of ...

NAD+ precursors and GHK-Cu target different layers of skin stem cell aging. This article reviews the epigenetic evidence, active research, and remaining

GHK-Cu for NAD+ Rejuvenation in Skin: Can Coppe...

GHK-Cu may support NAD+ and sirtuin activity in skin fibroblasts through gene silencing and reduced DNA damage. This article reviews the evidence

NAD+ and GHK-Cu Co-Administration: Telomere Att...

Can NAD+ and GHK-Cu together slow telomere shortening in skin fibroblasts? We review the limited evidence, mechanisms, and open questions in this

NAD+ and GHK-Cu for Skin Longevity: Can NAD+ Pr...

NAD+ precursors and GHK-Cu both appear in skin longevity research, but combination studies are nearly absent. This review covers mechanisms, gaps

NAD+ and MOTS-c as a Longevity Stack: Can Syner...

NAD+ precursors and MOTS-c target mitochondrial health through different pathways. Could combining them slow cellular aging? A look at the evidence

GHK-Cu for GLP-1-Related Skin Aging: Can Copper...

Rapid weight loss from GLP-1 agonists can lead to sagging, aged-looking skin known as 'Ozempic face.' Research suggests copper peptide GHK-Cu may