Manufacturer:Peptide Sciences USA
Substance:GHK-CU
Package qty.:topical / (1000 mg)
SKU: P5127
GHK-Cu 1000 mg by Peptide Sciences USA
Brand: Peptide Sciences USA
Substance: GHK-CU
Action of the Drug
GHK-Cu is a copper peptide studied for stimulating collagen synthesis, supporting hair growth, and enhancing tissue regeneration in research applications.
Use in Sports
Investigated for accelerating recovery, reducing inflammation, and improving connective tissue repair. Popular in studies focusing on anti-aging and skin regeneration.
Period of Drug Withdrawal
Effects gradually decrease within days after cessation, depending on dosage and research protocols.
Rate of Suppression of Natural Testosterone Production
GHK-Cu does not interfere with natural testosterone production, making it safe to combine with other peptides or anabolic compounds in research.
What Should Be Used During and After Use
During use:
- Monitor tissue healing and recovery response
- Adjust dosage for targeted research goals
After use:
- Continue tracking skin and hair regeneration markers
Combinations with Other Anabolic and Androgenic Drugs
Often studied with other regenerative peptides and growth factors to enhance wound healing, anti-aging, and recovery outcomes.
Possible Side Effects and How to Avoid Them
- Mild skin irritation – monitor application
- Transient redness or sensitivity – adjust dosage in protocols
Why We Recommend It
GHK-Cu 1000 mg is a premium copper peptide for advanced research in collagen stimulation, hair growth, and regenerative medicine.
Comparison with Other Drugs
Compared to smaller dosages, the 1000 mg version provides extended availability for large-scale research, ensuring consistent results.
Main Properties
- Collagen Production: Stimulates skin and tissue repair
- Hair Growth: Supports follicle regeneration
- Anti-Aging: Enhances skin elasticity and wound healing
- Non-Suppressive: Safe in combined research protocols
GHK-Cu 1000 mg by Peptide Sciences USA is a top choice for research into skin regeneration, hair growth, and tissue repair.