GHK-Cu Hydrogel Wound Healing Study — VialBase Research
GHK-Cu-loaded hydrogels enhance wound healing in animal models
- GHK-Cu-loaded hydrogels enhance wound healing in animal models
- Improved collagen deposition and angiogenesis at wound sites
- Hydrogel delivery provides sustained release of GHK-Cu at wound site
⚠️ [PMID unverified — flagged 2026-06-19] — PMID 41859865 resolves to Skurski P, Anusiewicz I, Phys Chem Chem Phys 2026, “Carbonless amino acids and a carbonless GHK peptide” — a theoretical-chemistry paper, not a hydrogel wound-healing study. (A candidate hydrogel paper, PMID 35598070 Yang X et al., Macromol Biosci 2022, is cited in the canonical GHK compound note but was not confidently confirmed for this research note.) Treat this PMID as unverified.
PMID 41859865 — GHK-Cu Hydrogel for Wound Healing
Compound: GHK Citation: PubMed
Summary
Preclinical study evaluating GHK-Cu-loaded hydrogels for wound healing applications. Demonstrates the benefit of sustained-release formulations for delivering GHK-Cu to wound sites.
Relevance to GHK
While this study uses the copper-bound form (GHK-Cu), it validates the GHK peptide backbone’s wound healing properties and demonstrates advanced drug delivery approaches for clinical translation.
See Also
Save 15% with code vialbase15
VialBase may earn a commission on partner links — never at extra cost to you. Disclosure.