Articles, guides, and regulatory updates from our community.
New research explores how copper peptide GHK-Cu combined with glucose oxidase may support diabetic wound healing through cascade catalysis. Learn what the study found.
By Peptide Association Research Team
New research explores GHK-Cu peptide microspheres for bone repair, suggesting dual osteogenic and angiogenic activity in laboratory models. Learn what this means.
By Peptide Association Research Team
New research explores GHK-Cu peptide microspheres for bone repair. Learn what the study found about osteogenic and angiogenic activity in this evidence-based review.
By Peptide Association Research Team
New research on GHK-Cu peptide suggests delivery route significantly affects cognitive outcomes in aged mice. Learn what the science says and what it means for you.
By Peptide Association Research Team
New research on GHK-Cu peptide in aged mice suggests delivery route may shape cognitive and molecular outcomes. Learn what the findings mean for aging research.
By Peptide Association Research Team
A 2026 study in Biogerontology suggests GHK-Cu may delay aging by supporting mitochondrial function and activating key longevity pathways. Learn what the research shows.
By Peptide Association Research Team
New zebrafish research suggests GHK-Cu peptide may reduce inflammation and oxidative stress. Learn what the study found and what it means for future research.
By Peptide Association Research Team
New research explores carbonless analogues of the GHK peptide using boron-nitrogen substitution. Learn what this computational study suggests about future peptide design.
By Peptide Association Research Team
New computational research explores carbonless analogues of GHK peptide, suggesting stronger copper binding and broader conformational flexibility. Learn what this means.
By Peptide Association Research Team
How the copper-binding tripeptide GHK-Cu influences wound healing, collagen synthesis, and gene expression — and what the evidence says about its anti-aging potential.
By Peptide Association Editorial Team