Key result
Football players with high sports performance demonstrated significantly higher total power of heart rate variability (7209.33 vs 4230.64 ms2) and vagal modulation compared to those with lower performance.
Why the study?
Clear criteria for assessing athletes' functional fitness and readiness for competitions remain under-researched, and an accurate diagnostic criterion is needed for football players.
Do heart rate variability parameters differ between high-performing and low-performing football players?
Observational (n=46)
No
Do heart rate variability parameters differ between high-performing and low-performing football players?
Monitoring heart rate variability, specifically vagal modulation markers, can serve as an effective tool for assessing functional readiness and predicting sports performance in athletes.
Answers are grounded in this paper and cite their sources.
Higher vagal HRV was associated with better football performance; cross-sectional data leave open monitoring utility for readiness or prediction.
Introduction. The problem of developing clear criteria for assessing athletes’ functional fitness, which would reflect their readiness for competitions, remains under-researched in the theory of sports. Football places high demands on athletes’ functional fitness, including the vegetative component. However, attempts to improve results in football often focus on techniques and tactics to the detriment of the functional component. It should also be noted that the intensity of exercises varies depending on the playing position during matches, and, therefore, an accurate diagnostic criterion is required to assess the players’ of different positions functional readiness for competitions. The article attempts to identify the parameters of heart rate variability which could be used as markers of athletes’ playing game sports high functional performance. The aim of this research is to identify the parameters of heart rate variability as a diagnostic criterion for assessing football players’ functional readiness for competitions. Materials and Methods. In order to assess the heart rate variability, the software for the “Polyspectrum” electrocardiograph was used with an additional function of obtaining data on heart rate variability. Results. The research findings suggest that football players with high athletic performance demonstrate higher vagal and lower sympathetic modulation of the heart rhythm, which indicates their higher fitness, adaptability to loads and functional readiness for competitions. On the contrary, the athletes of the second group demonstrated signs of strain of adaptation systems and over-training. Conclusions. Monitoring heart rate variability in athletes (in particular, heart rhythm wave structure indicators, expressed as the area of the triangle formed by the spectral density of all three waves) can be used as an effective tool in the dynamic control of training, in identifying athletes’ fitness, as well as for predicting sports results.
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Балберова et al. (2021) conducted an observational in Healthy athletes (football players) (n=46). High sports performance vs. Low sports performance was evaluated on Total power (TP) of heart rate variability spectrum (ms2) (p=≤0.05). Football players with high sports performance demonstrated significantly higher total power of heart rate variability (7209.33 vs 4230.64 ms2) and vagal modulation compared to those with lower performance.
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