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Genome expression induced by specific low-intensity EMF as an effective method for increasing immunity
Author(s) -
Mikhail Y. Rudenko,
Vladimir А. Zernov,
O.K. Voronova,
E. Yu. Bersenev,
I.A. Bersenev
Publication year - 2021
Publication title -
cardiometry
Language(s) - English
DOI - 10.18137/cardiometry.2021.18.1823
Subject(s) - computer science , point (geometry) , flow (mathematics) , physics , mathematics , mechanics , geometry
For the purpose of research of the cardiovascular system performance, various electromagnetic phenomena are widely considered. In particular, an ECG is treated as a result from the electrical activity by the myocardial cells. As to our research team, at the first stage of creating the cardiometric theory, we have focused on hemodynamics: our attention has been occupied in developing a fresh model of the human blood flow from the point of view of fluid mechanics [1]. Our mathematical concept of the cardiac cycle phase structure, which determines the cardiovascular system performance, has allowed achieving very good results in diagnostics. We have succeeded in making a number of scientific discoveries which have become the basis for a new science: cardiometry. But our experience has demanded to make further important steps in research, and we have concentrated our efforts on developing new methods oftherapy to effectively solve the problems revealed by cardiometry.

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