V.V. Boronoev1, N.V. Pupysheva2

1,2 Institute of Physical Materials Science of the Siberian Branch of the Russian Academy of Sciences
1 vboronojev2001@mail.ru, 2 pnv21@yandex.ru

unctioning of the cardiovascular system, developed on the basis of the concept of blood movement through vessels in the mode of high fluidity, the so-called mathematical method of diagnostics using a radial artery sphygmogram, has been expanded and allows analyzing the volumetric and velocity parameters that are familiar to doctors. The method of diagnosing diseases by pulse in Tibetan medicine makes it possibles to examine the functional state of 12 internal organs and the state of the human body as a whole simultaneously. Comparison of different methods of determining the time parameters of the cardiac cycle: polycardiographic mtthod (electrocardiogram ECG, phonocardiogram PCG, high-velocity kinetocardiogram KKGve, carotid artery sphygmogram SFGCa) and sphygmographic method (pulsograms of the radial artery on the human wrists), as well as an assessment of the error in measuring the hemodynamic parameters of the cardiovascular system based on the time parameters of the radial artery sphygmogram SFGra, makes it possible to transfer the methods of not only contour, but also of time analysis of curves including the polycardiographic method, measured in the region of the heart and the aortic orifice to the radial artery sphygmogram, which makes these methods simpler and less burdensome for the patient.

Boronoev V.V., Pupysheva N.V. Time analysis of local structure of pulse signals // Biomedicine Radioengineering. 2026. V. 29. № 4.
P. 47–57. DOI: https:// doi.org/10.18127/ j15604136-202604-05

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