Material
Copper tripeptide complex
Recovery research
GHK-CU100 MG
Prepared for in-vitro and laboratory study of copper-peptide signaling and tissue models.
MaterialCopper tripeptide complex
SpecificationPurity 99%+
Research contextCopper-peptide and tissue-model research.
Veyvanta / profile
Compound profile
* Vial labels may use shortened names to keep the label legible. The full material and composition are stated in this profile.
Composition
GHK peptide complexed with copper.
Research context
Copper-peptide and tissue-model research.
Research interest
Why it draws attention
As a naturally occurring copper-binding peptide, GHK-Cu has enduring research appeal across collagen signaling, extracellular-matrix remodeling, skin biology, and tissue repair.
Signals researchers are following
- 01
Extracellular matrix, collagen, and connective-tissue signaling
- 02
Wound, skin-remodeling, and copper-peptide biology
Evidence levelPreclinical evidence
Published evidence / research profile
What the published research shows
A source-led view of the findings reported to date, the maturity of the evidence, and the limits that matter when interpreting it.
Evidence levelPreclinical evidence
Common research directions
- Extracellular matrix, collagen, and connective-tissue signaling
- Wound, skin-remodeling, and copper-peptide biology
Reported findings
Cell and animal studies report changes in collagen, glycosaminoglycans, elastin, and wound-related gene expression. Formulation, route, and tissue exposure vary widely across the literature.
How to read the evidence
The evidence is strongest in mechanistic and preclinical models. Findings from topical formulations or implanted wound models cannot be transferred directly to a lyophilized research vial.
Selected references
Dimeric Copper Peptide Hydrogel in Diabetic Wound ModelsNat Commun (2025)View sourceGHK Limits Metal-Induced Protein Aggregation and Cell StressMetallomics (2024)View sourceGHK-Cu and Connective Tissue in Experimental WoundsJ Clin Invest (1993)View sourceGHK-Cu Stimulates Collagen Synthesis in FibroblastsFEBS Lett (1988)View source
This summary describes published research on the named material or its components. It does not establish safety, efficacy, equivalence, or suitability of this Veyvanta research product for human use.
Lab math
Reconstitution & measurement calculator
Convert a declared vial amount and diluent volume into nominal concentration, liquid volume, and the equivalent position on a U-100 scale.
Research product
Research productGHK-CU / 100 MG
Calculation basisGHK-CU
Calculated measurement
Enter a positive diluent volume and target amount to calculate.
A calculation, not a protocol
This tool performs unit conversion only. It does not recommend an amount, frequency, route, diluent, handling method, or human use. Results assume ideal mixing and a U-100 scale of 100 units per mL; validated laboratory procedures and material-specific compatibility take priority.
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Recovery research
