Primary Research Areas Tendon, ligament and muscle injury repair: documented across transection, crush and detachment models with measurable improvements in load-to-failure, collagen organization and functional recovery scoring [1,2]
The Research Mechanism The published research literature has investigated GHK-Cu's mechanism extensively: Gene expression modulation broad effects across hundreds of genes documented in microarray studies Collagen synthesis and skin remodeling extensive dermatological research Tissue protection through antioxidant and copper-dependent mechanisms Wound healing and skin biology applications Various aging-related cellular processes Anti-inflammatory effects reduces inflammatory markers including TNF-, IL-6, NF-B in research models (see GHK-Cu Anti-Inflammatory Mechanism Deep Dive ) GHK-Cu's mechanism is fundamentally different from most other research peptides
This weekly dose keeps the food receptors at bay and allows the patient to avoid unhealthy eating habits
As with any injection, mild side effects can occur, and rare allergic reactions are possible
In preclinical wound healing models, researchers have observed that GHK-Cu promotes angiogenesis, stimulates fibroblast recruitment, and modulates the inflammatory phase of wound repair
No difference between smokers and nonsmokers regarding supplemental and dietary intakes of antioxidant micronutrients, including selenium, was found to contribute to the association of smoking and rectal cancer (68)