Mechanism of action: Transfer of gold ions, which are a superconductor in a bioavailable form, into the cell.
Functions: Transfer of gold as a superconductor in a bioavailable form, which forms new neural connections and allows, with proper compensation of energy costs, to remain physically and mentally active for a long period of time.
Due to its property of electrical conductivity, gold has a positive effect on brain function by improving electrical conductivity between nerve endings, and it can enhance the bactericidal effect of silver and has an antiseptic effect on viruses and bacteria.
Researchers have discovered the involvement of gold in improving the body's immune processes. It is now known that gold can be part of metalloproteins, interact with copper and with proteases that hydrolyse collagen, as well as with elastases and other active components of connective tissue, and be involved in the binding of hormones in tissues.