Level of Athlete’s Health and Blood Pressure Variability

Abstract

To determine of the parameters of the systolic (SBPV) and diastolic (DBPV) blood pressure variability dependent on the level of the athletes' health (H) "Spiroarteriocardiorhythmograph" was used. 104 male athletes, at the age of 20.6 ± 0.9, who were engaged in various sports, were analyzed. Taking into account the level H, they were divided into 3 groups: the first group with a high-level H was 39 people ("high"), the second group was 46 ("average"), the third group was 19 ("low"). This report analyzes the differences in the ranks of the parameters of the SBPV and DBPV -TPSBP (mmHg 2 ), VLFSBP (mmHg 2 ), LFSBP (mmHg 2 ), HFSBP (mmHg 2 ), LF/HFSBP (mmHg 2 /mmHg 2 ), TPDBP (mmHg 2 ), VLFDBP (mmHg 2 ), LFDBP (mmHg 2 ), HFDBP (mmHg 2 ), LF/HFDBP (mmHg 2 /mmHg 2 ). There were no possible differences in any registered SBPV values. We can speak about the reducing tendency in regulatory influences in all frequency grades, with the exception of high-frequency ones (HFSBP mmHg 2 ), which is invalid tendency. After analyzing the DBPV data it becomes clear that in terms of VLFDBP (mmHg 2 ) possible differences between "high" and "low" are quite pronounced.

Cardiorespiratory dynamics during respiratory maneuver in athletes

“…According to modern ideas, based on neuroimaging data, there is a morphofunctional formation in the brain, the so-called "sympathetic connectome", which determines suprabulbar influences on BP (Macefield and Henderson, 2019), whose influences are also correlated with the magnitude of LF SBP . Considering the significant number of factors that influence SBP, the main thing in the interpretation of these indicators is a general understanding of the impact on the pumping function of the heart, which must be adjusted to different physiological and pathological conditions (Romanchuk, 2018;Guzii and Romanchuk, 2021a). Although clinicians try to highlight the special physiological meaning of each of the components of SBP variability.…”