The use of the gas-discharge visualization method in assessing the effectiveness of a multilevel system adaptive diagnostics and therapy

The use of the gas-discharge visualization method in assessing the effectiveness of a multilevel system adaptive diagnostics and therapy

AUTHORS : Kudaev A.E. | Zamlela I.V. | Khodareva N.K.

RELEVANT UNIVERSITIES : LLC “MCIT” ARTEMIDA “, Rostov-on-Don, Russia
YEAR : 2012

 

Introduction
There is a constant search for methods that can objectify the effectiveness of the therapy (allopathic, homeopathic, psychotherapeutic, informational, etc.),
including laboratory and instrumental examination methods. But a special place is occupied by non-invasive methods. One of them – gas discharge imaging (GDV),
or bioelectrography, or kirlianography – is a computer registration and analysis of images of the glow of a gas discharge induced by the electron-optical emission
of an object, including a biological one, placed in a high-intensity electromagnetic field. Biological emission is amplified in a gas discharge, converted into a digital
code due to a video conversion system, enters a computer and, after computer processing, is visualized as an image, which is a spatially distributed group of glow
areas of different brightness [3, 5]. The method is safe, painless, informative, do

 

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