EUROMEDICA  Hanover 6-7  Juni 2008	Advanced methods of diagnosis, treatment and prophylactics
	European Academy of Natural Sciences, Hanover European Scientific Society, Hanover Russian Academy of Natural Sciences, Moscow

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An innovative project on the health monitoring and correction in practically healthy people is being realized with the Far Eastern Branch of RAS. The project is based on registering and analyzing the brain rhythms. The subject that appears to become more important is evaluating and predicting the individual current health state, operating its levels, adaptation rates as well as normalizing and correcting the functional disorders that precede pathology. It is of special importance for people undergoing high psychoemotional, physical or technogene loads as well as for those residing under extreme natural-climatic conditions.

The monitoring technology is based on the findings obtained from fundamental studies in the field of neurophysiology and neurocybernetics. The knowledge that underlies the technology is considering the human brain as an organ that controls and corrects either the internal systems or the whole body functioning and state. The developed oscillator model of the brain activating system enabled to get to know how, in a frequent equivalent, the reflective activities of the body internal organs are presented in the brain cortex. The new principles of diagnosing and regulating the functional state of either a brain or its peripheral executive mechanisms that are different parts of the vegetative nervous system and the internal organ functions, were developed (G. Shabanov et al., 2005). That became possible after having the long-running frequent components within the brain rhythmical activity revealed and spectrally analyzed (Patent RU No. 2217046 of November 27, 2003). The two functionally related hard & software units were developed: a diagnostic one that simulates a brain’s analytical function and a corrector of the functions that simulates a brain’s managing function. The main idea of the technology is getting involved in the processes of managing internal functions, to help an organism with its mechanisms of autoregulation and to prevent the occurrence of formation of stationary pronounced dysfunctions and structural disorders within organs. For the first time the monitoring of human individual health state was developed based on the registered and analyzed brain rhythmical activity (A. Rybchenko et al., 2006). The following technologies were developed: a system evaluation of the body health state and adaptability, a functional-topical diagnostics for internal organ diseases at early stages, and a correction of pronounced dysfunctions and pathologies using weak electromagnetic fields. The main principles of revealing a starting point of the pathology-caused excitation (inhibition) in the CNS that leads to the pronounced dysfunctions and further structural disorders within an organ were developed. It was reliably proven that, it is possible to differentiate the internal organ inflammation stages using the relative activity of visceral receptors: muscular spasm, hypoxia, hyperemia, active inflammation, edema, and regeneration of an organ (Patent RU No. 2315554 of January 27, 2008). The theoretic and experimental studies have enabled to create an absolutely new technology for an individual health monitoring, diagnostics and correction of the internal dysfunctions. The technology involves the two complex devices of “CDgTD-01” diagnosing unit and “ANKF-01” correcting one. The hard & software devices have been conformity tested and enrolled in Russia’s medical equipment list.