Confusing units with dose
Tissues contribute differently to metabolic rate, so we compared the model fit using different combinations of BW, FFM and FM
Taking too little may not provide noticeable benefits, while excessive doses can overwhelm the body without added benefits
Ideal for: Licensed researchers studying tissue repair, wound healing, and regenerative pathways University laboratories investigating copper peptide biology, collagen synthesis, and ECM dynamics Research institutions examining anti-inflammatory, antioxidant, or neuroprotective mechanisms Formulation scientists developing and evaluating topical delivery systems (serum, cream, lotion, toner) for preclinical review If your research requires an active, well-characterized ghk cu copper peptide with an extensive evidence base, this product is designed to match your laboratory needs
Extracellular Matrix Synthesis In fibroblast culture, GHK-Cu has been reported to stimulate collagen synthesis, with the effect beginning in the picomolar range and maximising at 1 nM, independent of any change in cell number