The technology is based on the principles of electronic interaction (the interaction of electrons) with biological and biochemical structures, including intracellular elements. During a short-term process (up to 15 minutes), an adaptive cellular response to external influences is observed, including changes in membrane potential and intracellular processes. This contributes to the activation of natural metabolic mechanisms, including those associated with the restoration of tissue function and the maintenance of genetic material integrity.
Since metabolic activity depends on resource availability, changes in chromatin organization (which stores DNA) can occur within cells, promoting the optimization of functional processes. As a result, the natural mechanisms of tissue repair and homeostasis are supported.