Key result
Normobaric hypoxia reduces R-R intervals ~42% more in highly qualified athletes with high anxiety.
Why the study?
Methods for profiling and selecting athletes to preserve health and improve performance through psychophysiological assessment of resistance to multisensory interference are needed.
Does normobaric 10% hypoxia elicit characteristic heart rate variability responses associated with psychological traits and skill level in male cyclical sports athletes?
Cross-Sectional (n=28)
Does normobaric 10% hypoxia elicit characteristic heart rate variability responses associated with psychological traits and skill level in male cyclical sports athletes?
The skill level and psychological traits of cyclical sports athletes are reflected in their heart rate variability response to normobaric hypoxia.
May aid athlete selection via multisensory testing; leaves open validation in prospective trials before adoption.
The search for methods of profiling and selecting athletes in order to preserve health and improve performance is one of the most important tasks of scientific and methodological support for sports training. The purpose of the study is to assess the possibility of determining the psychophysiological types of athletes when testing for resistance to multisensory interference. These data can later be used in combined psychophysiological methods of sports selection. The aim of the study is to find out whether certain psychological types of athletes may have characteristic physiological features of reactions to hypoxia, as well as to assess the applicability of the methods used. 28 cyclical sports athletes — male skiers and swimmers from 13 to 26 years old (Q1 (25 %) 18,2; median (50 %) 19,0; Q3 (75 %) 20,7) of various levels of athletic qualification were examined. A test was performed with normobaric 10 % hypoxia with an analysis of heart rate variability (HRV). Revealed: 1. differences in HRV profiles at rest and at the beginning of the hypoxic test in athletes of different sports qualifications, 2. certain combinations of personality traits of masters of cyclic sports correspond to characteristic HRV profiles. This study shows that the skill level of an athlete is reflected in the response to multisensory interference and the chosen research methods are adequate for the set goals. The limitations of this pilot study include the sample size, as well as the fact that only males participated in it. In the future, the authors plan to increase the sample depending on the size of the effect (at least 125 volunteers) to obtain more reliable data and qualitative conclusions.
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Vergunov et al. (2024) conducted a cross-sectional in Cyclical sports athletes (n=28). Normobaric 10% hypoxia vs. Lower-qualified athletes was evaluated on Normalized reduction of R-R intervals at the beginning of hypoxia (p=<0.01). Normobaric hypoxia induced a significantly greater normalized reduction in R-R intervals among highly qualified athletes with high personal anxiety (24.4%) compared to lower-qualified athletes (17.2%).
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