Our technology
1- MOLECULAR INFORMATION
Our technology allows, through the acquisition of the faint electromagnetic activities of biologically active molecules, such as molecules of active ingredients of drugs or endogenous molecules, to induce a stabilized spatial orientation on electric charges, coherent with the electromagnetic activity of the molecule of interest, this allowing when excited and or powers a device, that all the electromagnetic expressions produced will be the new vector of the biological and metabolic effects of the initial molecule, without using any more it’s chemical component.
2 - MOLECULAR ACTIVATION AND INACTIVATION
Our technology can induce specific electromagnetic signals that selectively oxidize and/or reduce the targeted molecules. This leads to the increase or decrease of the impedance within the chemical structure, resulting in either the inhibition or expression of the molecule’s activity.
3 - ENHANCING SPECIFIC MOLECULAR EXPRESSION
Our technology emphasizes the energetic expression of active ingredient molecules. We can Initially introduced in the biological system very small doses of an active principle so that it does don’t exhibit pharmacological effects, these molecules, when selectively stimulated by REGENESIS devices, will display their pharmacological activity without the side effects typically associated with a standard dose of the unenhanced ingredient.
4 - MODULATING MOLECULAR EXPRESSION
Our technology can manipulate the configurations of electrical charges within molecules of interest (e.g., glucose, lactose, gluten, or active ingredient molecules). This manipulation amplifies the expression and efficiency of the molecules’ inherent activities. We can also induce through the same molecules specific effects of different chemical structures.
Mechanism of Action of Regenesis Technology
In essence, by adjusting the impedance between two different molecules involved in redox activities, the exchange of electrical charges is enhanced. This promotes most physiological biochemical activities at both the cellular level and the extracellular matrix, thus improving the body’s biochemical mechanisms and supporting sustained well-being.