See the GHK-Cu stacking research guide for documented combination approaches
195,196,197 At the cellular level, this translates into a massive increase in cytoplasmic Na + concentration, membrane depolarisation and opening of voltage-gated Ca 2+ channels, which in turn promotes massive release of glutamate that results in even large depolarisation enlarging Na + and Ca 2+ influx thus completing the vicious circle of excitotoxic damage, as Ca 2+ overload triggers necrotic cell death
NAD+ and Glutathione
Higher Energy Levels: Less fatigue, better sleep, and mental alertness
Research has demonstrated that GHK-Cu treatment increases production of collagen (particularly type I and type III collagen, the predominant structural collagens in skin and connective tissues), glycosaminoglycans (including hyaluronic acid, which provides hydration, volume, and biochemical signaling in skin), decorin (a small proteoglycan involved in collagen fibril organization and growth factor regulation), and other matrix molecules critical for tissue structure and function