Software-Hardware System for Correction of Pronounced Internal Organ Dysfunctions Based on Analysis of Rhythmic Activity of the Brain

摘要

The possible impact of weak electromagnetic fields on the rhythmic structure of the electric activity of the brain was considered. A functional corrector designed for normalizing and correcting pronounced human body dysfunction is described. The programmed complex is used in restoration medicine, as well as in centers for monitoring individual health state.Our experimental and theoretical research was devoted to rhythmic activity of the central and peripheral human nervous systems and their contribution to integral activity of the human body. The model principles developed in this work were used in frequency-based regulation of functional activity of the brain and peripheral segments of the nervous system. A 3-D coordinate system (CS) of human body receptors was suggested to elucidate topography of somatic analyzer and frequency-based modules of the human brain and a unified system of frequency-topical coordinates [1]. A segmented matrix (SM) provides a unified system of reference for orientation in visceral reflexes. This system can be used for diagnosis and correction of functions.