Key result
Neurofeedback-EEG training improved attention levels in sports shooters, allowing quicker and more accurate task performance, but did not significantly change arousal levels.
Why the study?
Does neurofeedback-EEG training improve attention and arousal control in sports shooters?
Does neurofeedback-EEG training improve attention and arousal control in sports shooters?
Neurofeedback-EEG training targeting beta frequencies may enhance attention but not arousal control in sports shooters.
May enhance attention and performance in shooters; hypothesis-generating and requires RCTs before any practice change.
Background: Achievements in sports shooting are associated with the level of attention and agitation control, which improve to a significant extent the effectiveness of shooters in sports competition. The purpose of this study was to analyse changes in the level of attention and activation in sports shooters after neurofeedback-EEG training. Material and methods: The study included students of the Military University of Technology (27 subjects). The Vienna Test System was used: a test for assessing attention (COG) and a test for assessing the functional activation (FLIM). The measurements were carried out before and after 20 neurofeedback-EEG training sessions oriented towards strengthening the beta frequency (12-22 Hz). To reduce any non-specific effects, investigators were informed not to motivate the subjects. All sessions consisted of 10 rounds. Results: The differences between the first and the second measurement show that the shooters included in the study improved their abilities in terms of the attention level. The subjects performed the task more quickly and accurately during the second measurement. No significant changes were observed in terms of the arousal level. Conclusions: Neurofeedback-EEG training improved the level of attention in shooters but it had no effect on the optimal arousal level in shooters.
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Mikicin et al. (2018) studied Sports shooters (n=27). Neurofeedback-EEG training vs. Baseline (pre-training) was evaluated on Level of attention (COG) and functional activation/arousal (FLIM). Neurofeedback-EEG training improved attention levels in sports shooters, allowing quicker and more accurate task performance, but did not significantly change arousal levels.
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