Ogorodnyk I. Biotechnical system for non-invasive diagnostiсs and correction of the functional state of a man

The dissertation presents the results of a study of existing methods and tools for diagnosing and correcting a person’s functional state, reveals their significant shortcomings in functionality and technical level. The development of an improved biotechnological system was carried out, which provides an increase in pace by 1.5 – 2 times, reliability – by 1.3 times and the effectiveness of the correction of the functional state with a reduction in the normalization time to 5–10 days instead of 2–4 months. The expediency of applying the method using the phenomenon of changes in the electrical resistance (impedance) of human skin under the influence of information markers is revealed. It provides the opportunity to create diagnostic hardware systems with different technical levels, as well as their extended (up to 3 times) functionality due to the ability to determine an effective frequency range, the timing of normalization of the state and the number of required correction cycles. The developed hardware complex using biofeedback is a computerized system containing blocks (modules) that allows for highly accurate diagnosis and effective correction of the physiological condition of people disturbed by various factors. Such a system can be implemented on the basis of various components for the conditions used in the conditions of both stationary health centers and in everyday life.