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120 capsules | 60 servings
Provider Comparisons Compare GHK-Cu, BPC-157, and TB-500 for wound healing speed, cost, and effectiveness
This profile is consistent with the function of copper as a SOD cofactor and with the observed modulation of antioxidant defense genes Profile observed in models (synthesis): Activity at the level of fibroblasts and extracellular matrix cells stimulation of the synthesis of structural proteins Copper transport function coupled with the activity of Cu-dependent enzymes Modulation of repair and antioxidant gene expression in transcriptomic studies Pro-angiogenic and pro-regenerative profile in wound healing models In research models, GHK-Cu is interpreted as bifunctional extracellular matrix modulator a signal stimulating the synthesis of connective tissue components and a carrier providing copper as a cofactor for enzymes responsible for the maturation and cross-linking of this matrix
It is produced naturally by the liver and involved in many processes in the body, including tissue building and repair, making chemicals and proteins needed in the body, and for the immune system Sufficient glutathione levels are of paramount importance for virtually every illness, and even aging
Reported or proposed issue Drug or supplement interactions Evidence source Mechanism-based theory Known or theoretical
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