METHOD FOR PREDICTING EFFICACY OF FUNCTIONAL CORRECTION OF HEMODYNAMICS IN COMBINED ELECTROMAGNETIC STIMULATION

摘要

The method for predicting the efficacy of the functional correction of the hemodynamics by the conductivity of the biologically active point (BAP) comprises pressing the probe with the point electrode to the selected BAP. The opposite end of the probe is connected to the positive pole of the power supply of 1.2-12 µA and 1.5-5 V. The negative pole of the power supply is connected with arm electrode pressed at the site of pericardium meridian containing the selected BAP. The current in BAP is measured. Multielectrode device of i position is then constructed of several probes with the point electrodes covering several BAPs. The area of the pericardium meridian is then exposed to the constant magnetic field of 5 T and the current and the time of current change in each BAP covered by i position of multielectrode. Separately, the same area is exposed to the signal of superhigh frequency (SHF) with the output of less than 10 mW. Rearranging of the frequency of SHF signal, the effective area of transcutaneous elecgtromagnetic stimulation of pericardium meridian is defined by the maximal and the most rapid current deviation in comparison with the initial value. The efficacy of the functional correction of the hemodynamics by the combined or separate treatment with the constant magnetic field and the SHF signal of the obtained frequency is predicted by the intensity, pattern and rate of the current changes upon the exposure to the factors stated. Based on these data, the course of the functional correction of the hemodynamics is provided by exposure of the selected skin area to the factors stated above with the positive outcome according to the medical indications.