GHK-CU 20mg
GHK-Cu (Glucosaminyl-Histidine-Cu) is a high-purity peptide complex combining a tripeptide with a copper ion. This compound, naturally occurring in living organisms, is a valued reagent in modern research on regenerative medicine and tissue engineering. Thanks to its unique ability to chelate copper, GHK-Cu is a key tool in experiments analyzing the stimulation of collagen synthesis, wound healing mechanisms, and skin structural remodeling in preclinical models. This preparation enables precise in vitro studies of copper molecular interactions and its impact on repair processes.
Description
GHK-Cu (Glucosaminyl-Histidine-Cu) is a tripeptide composed of three amino acids: glycine, histidine, and copper. It is a naturally occurring compound in humans and animals that has copper-chelating properties and has demonstrated potential to regulate repair processes, support tissue regeneration and promote wound healing in experimental studies. As a research product, GHK-Cu is widely used in studies investigating the effects of peptides on repair and regenerative processes in model organisms, but it is not approved for therapeutic use in humans or animals.
GHK-Cu is the subject of research on copper interactions in living organisms, stimulating collagen production and supporting the regeneration of skin and other tissues in the context of preclinical analyses.
Research use:
GHK-Cu is used exclusively in laboratory tests for the following purposes:
- research on the impact on supporting regenerative processes,
- analysis of the peptide's effect on supporting collagen production and tissue repair,
- testing interactions with copper in a biological and chemical context,
- research on wound healing processes and the regeneration of skin and other tissues,
- assessment of the potential of GHK-Cu in the context of regulating repair processes in model organisms.
GHK-Cu is not intended for use in humans or animals in any therapeutic context. The product is intended for research and experimental purposes only.














