⸺ Synova Research
GHK-Cu Pre-filled Pen (ChemAesthetic)
ChemAesthetic GHK-Cu (copper peptide) supplied as a ready-to-use pre-filled pen — pH balanced, stabilised formula. Sold for research use only.
Secure checkout via UK open banking. Free shipping on orders over £100.
Next-day UK dispatch
Order before midnight
Research use only
Not for human consumption
⸺ Important
- • Strictly for laboratory research
⸺ Overview
About GHK-Cu Pre-filled Pen (ChemAesthetic)
A pre-filled pen presentation of GHK-Cu by ChemAesthetic. Each 3ml cartridge is pH balanced with a stabilised formula and arrives ready for laboratory use — no reconstitution required. Researchers use it in preclinical studies of skin repair, collagen biology and dermal remodelling.
⸺ Mechanism of Action
How it works
GHK-Cu drives copper-dependent gene expression linked to collagen and elastin synthesis, antioxidant defence and dermal remodelling in preclinical models.
⸺ Research
Areas of study
Skin repair and collagen biology
GHK-Cu research shows enhanced collagen and elastin synthesis, accelerated wound closure and improved dermal architecture in preclinical models.
Hair follicle biology
Preclinical work has investigated GHK-Cu's effect on hair-follicle size, hair-growth markers and dermal papilla activity.
Summarised from preclinical literature for informational purposes only. Not medical or veterinary advice. Synova Research products are sold strictly for in-vitro and laboratory research.
⸺ Details
Specification
- CAS
- 89030-95-5
- Intended use
- Research use only. Supplied as a pre-filled pen (3ml cartridge).
- Storage
- Store in a refrigerator (2°C to 8°C). Keep in original carton, away from light.
- Solubility
- Pre-filled pH balanced solution. No reconstitution required. 6 clicks = 2mg.
- Shelf life
- Refer to printed expiry on carton. Once first used, follow manufacturer guidance on in-use stability.
- Handling
- Read the package leaflet before use. Use standard sanitisation technique when handling.
You might also research
View all →
R3TA
Investigational triple receptor agonist targeting GLP-1, GIP and glucagon — studied in animal models for appetite control, energy expenditure and glucose balance.
T1RZ
Dual GLP-1 and GIP receptor agonist studied in preclinical models for glucose regulation, insulin sensitivity and energy balance.
Semaglutide
Synthetic analogue of the GLP-1 hormone used in research to study glucose regulation, insulin secretion and the incretin response.