VARIATION PULSOMETRY AS A METHOD FOR DISPLAYING SYSTEMIC INFORMATION ENERGY PROCESSES AND ASSESSING THE FUNCTIONAL STATE OF THE HUMAN BODY DURING AN OBJECTIVE STRUCTURED CLINICAL EXAMINATION

Abstract

SUMMARY. The article is devoted to the clinical significance of the electromagnetic phenomena of cardiac activity as a source of additional clinical information about the functional state of the patient.

The aim – to evaluate the clinical and diagnostic capabilities of variational pulsometry as a method of computerized analysis of a short recording of heart rate variability in the display of systemic informational energy processes of the human body.

Material and Methods. 247 respondents were examined in an open, non-randomized, controlled study with the registration of a short recording of heart rate variability with an orthostatic test and analysis by the method of variational pulsometry. The results were analyzed in groups of functionally healthy respondents of different levels of physical fitness and patients with non-communicable diseases.

Results and Discussion. Significant autonomic imbalance was found in all sick respondents in terms of variational pulsometry. This corresponded to the decompensation of adaptation processes that the patients had. Significant differences in the indicators of variational pulsometry and different responses of the adaptive response to orthostasis in functionally healthy respondents of varying degrees of fitness were established.

Conclusions. Variation pulsometry can be recommended for use in the implementation of an objective clinical examination by physicians of a therapeutic profile as a method of displaying systemic information energy processes and assessing the functional state of the human body. The study of the autonomic balance of the regulation of the heart rate by the analysis of the Variation pulsometry of a short recording of the heart rate variability can be considered as a new early predictor of the risk of detecting non-communicable diseases.