Биомедицинская инженерия и электроника
Электронный научный журнал

Технические науки
EVALUATION OF UNAUTHORIZED INDICATORS IN REFLEXODIAGNOSTICS
Novikova L.V. 1, Nedober O. 1

1. Kherson National Technical University

Abstract:

The work is devoted to the establishment and modeling of informativity of points of acupuncture. The research of the possibility of diagnosing the state of the cardiovascular system on the points of acupuncture with the establishment of the degree of stability of the indicators was carried out. It has been determined that stability depends on the number of active energy sources. By way of simulation, it has been shown that the stability of indicators in electropuncture measurements is determined by the number of activity sources in the BAP projection area covered by the electrode. To reduce the measurement error, it is necessary to observe the conformity of the diameter of the electrode to the optimal test current passing through the BAP. For a test current of 2 μA, the diameter should be about 3.5 mm. 10.5281/zenodo.1492998 ISSN 2311-1100 CC-BY-NC The methods of reflexology and, in particular, the methods for diagnosing the condition of various organs and systems of humans and animals according to the electrical characteristics of biologically active points (BAT) are widely used in our country and abroad. It should, however, be noted that the success of reflexology and reflexology is restrained by a degree of distrust of the methods of reflexology, both because of their lack of theoretical substantiation and insufficient stability of the indicators. The living organism is a very complex system that is not always available for a precise physical experiment. In this case, the use of physical, analog and mathematical models becomes fruitful. The real difficulties of such a method of knowledge of the living world are in the determined adequacy of the model and in assessing the degree of its proximity to the original. The extraordinary complexity of biological objects often makes the researcher use the cybernetic principle of "black drawer." Meanwhile, living systems belong to the category of so-called equifinals (the equivalence system is a system that can achieve the same end result, regardless of initial conditions), that is, they have the last link of cause-effect relationship not deduced unambiguously from the first. This makes it cautious to relate to the data obtained in the study of the model of any biological system, especially if it relates to a qualitatively different level of organization of matter (as is the case with physico-chemical or cybernetic modeling of living objects). Therefore, the transfer of modeling results to the object under study should be accompanied by careful comparisons with the experiment carried out in the original.

Keywords: projection area, simulation

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