Dependence of the readings of the diagnostic EAF device from the electrical resistance of the load

AUTHORS : Ulyanitskaya A.Yu. | Troyan A.V.

RELEVANT UNIVERSITIES : Kharkiv State Zooveterinary Academy, Kharkiv, Ukraine

YEAR : 2004 | Category : Data

In medical practice, with the help of characteristics, using the method proposed by dr. removal of bioelectric R. Voll, diagnosed organ pre-pathology and pathology at various stages of their development during the patient’s life. Recently, there has been interest in studying electrical characteristics of the biological relationship with internal organs is the knowledge of classical Eski active points in animals and their tissues.

The basis for the research of Chinese acupuncture cards, the location of experimental auricular acupuncture points in animals, knowledge of electropunctometry. The aim of the study is to determine the electrical and diagnostic characteristics of biologically active points in animals in health and disease. Measurements were made of the readings of the device for electropunctural diagnostics “MINI-EXPERT-DT” with basic functions both from auricular points and from other well-known acupuncture points.

Particular attention was paid to the factors of the external and internal environment, under the influence of which there is a change in the true indicators of measurements. To understand the general metrology of measurements, to understand those processes on the basis of which the indicators change to establish the dependence of the readings of the diagnostic electrical resistance of the load.

device required EAF devices from The measuring level (arrow deviation), displayed on the scale of devices used in electropuncture diagnostics according to the method of Dr. R. Voll, is inversely proportional to the electrical resistance biologically active point. Therefore, a diagnostic EAF device from an electric one can be represented in the form: dependence of readings load resistance V = a / (b + R), where V is the measuring level (arrow deviation); R is the electrical resistance of the load; a, b – coefficients.