GHK-Cu (50mg Vial)
GHK-Cu is a bioactive complex formed by the tripeptide GHK bound to copper (II). It is a molecule naturally present in the body, known for supporting cellular renewal, tissue repair, and skin integrity. With age, its levels tend to decline, which has driven its use in advanced aesthetic and regenerative protocols.
Key Benefits
Firmer, more elastic, denser skin, with a more “filled” and healthy appearance.
Improved texture and radiance, with softening of fine lines and a more even look.
Support for skin repair and recovery, helping maintain cutaneous integrity after external stressors.
Cellular protection, helping regulate inflammatory processes and the impact of oxidative stress.
Overall improved skin quality, supporting a revitalised and rejuvenated appearance throughout the protocol.
GHK-Cu is a bioactive complex formed by the tripeptide GHK bound to copper (II). It is a molecule naturally present in the body, known for supporting cellular renewal, tissue repair, and skin integrity. With age, its levels tend to decline, which has driven its use in advanced aesthetic and regenerative protocols.
Key Benefits
Firmer, more elastic, denser skin, with a more “filled” and healthy appearance.
Improved texture and radiance, with softening of fine lines and a more even look.
Support for skin repair and recovery, helping maintain cutaneous integrity after external stressors.
Cellular protection, helping regulate inflammatory processes and the impact of oxidative stress.
Overall improved skin quality, supporting a revitalised and rejuvenated appearance throughout the protocol.
Technical Details
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Batteries Required?
RECONSTITUTION, DOSING AND STORAGE OF PEPTIDES IN A VIAL
(General guidance – not peptide-specific)
1. INTRODUCTION
Peptides supplied in a vial (a glass vial containing lyophilised powder) are not ready for immediate use.
Before administration, it is mandatory to carry out reconstitution, which is the process of converting the lyophilised powder into a sterile liquid solution.
Correct reconstitution is essential to ensure:
Safe use
Peptide stability
Accurate dosing
Protocol effectiveness
⚠️ Incorrect preparation may result in inaccurate dosing and reduced effectiveness.
2. REQUIRED MATERIALS
Vial containing the lyophilised peptide
Bacteriostatic Water
Contains approximately 0.9% benzyl alcohol
Helps inhibit bacterial growth
Insulin syringe (100 units = 1 mL)
Sterile needle
Clean, hygienic environment
3. WHAT RECONSTITUTION IS
Reconstitution is the controlled addition of bacteriostatic water to the lyophilised powder, creating a liquid solution suitable for subcutaneous use.
4. GENERAL RULE FOR CALCULATING CONCENTRATION
Basic formula:
Amount of peptide (mg) ÷ Volume of water (mL) = Concentration (mg/mL)
This concentration is used to calculate the correct dose in the syringe.
5. CORRECT RECONSTITUTION TECHNIQUE
⚠️ IMPORTANT: PEPTIDES ARE FRAGILE MOLECULES
Recommended procedure:
- Draw the desired volume of bacteriostatic water into the syringe.
- Insert the needle into the vial.
- Allow the water to run slowly down the inner wall of the vial.
- Do not direct the stream straight onto the powder.
- Do not shake the vial.
Gently roll the vial between your fingers until fully dissolved.
**Vigorous shaking may cause peptide degradation.
6. CONVERSION FOR AN INSULIN SYRINGE
1 mL = 100 units
The amount of peptide per unit depends on the final concentration after reconstitution.
Always calculate dosing based on the concentration (mg/mL).
7. STORAGE AFTER RECONSTITUTION
Keep refrigerated between 2°C and 8°C
Do not freeze
Keep the vial tightly sealed
Protect from light, especially for photosensitive peptides
8. FINAL CONSIDERATIONS
- Always follow the correct preparation technique
- Use bacteriostatic water only
- Maintain strict accuracy in dose calculations
- Use should be carried out under professional supervision
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Intelligent metabolic regulation for consistent weight loss.
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Key Benefits
– Marked reduction in body weight in clinical studies, with high-impact results in obesity.
– Improved glycaemic control and cardiometabolic markers (e.g., inflammatory lipids and blood pressure reported in readouts).
– Reduction in liver fat and improvements associated with metabolic liver disease (MASLD/MASH) in a Phase 2a study.
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