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• THE FREQUENCY OF USE OF EEG AND NEUROFEEDBACK IN SPORT, SYSTEMATIC REVIEW

  Eszter Bíró

  László Balogh

  Views:

  505

  Increasing athlete performance is an eternal challenge in the world of sports. The success of the training work performed can be checked by performance diagnostics. Proper brain processing is essential for skill learning and the implementation of effective motor performance. It was important for brain mapping technology to improve the capabilities of imaging devices in order to measure cognitive-motor performance in the field. The primary purpose of this review was to summarize the frequency of applications of EEG and its associated neurofeedback in sport. Examine the differences and characteristics of protocols. Assess whether there is this uniform, standardized protocol for each sport and how often it is used among both elite and amateur athletes. Electroencephalography was initially used most in sports in which the stable setting was followed by only minimal movement. These include sport shooting, archery and golf and baseball. Later, it was possible to analyze more complex movements with EEG, such as cycling. One of the most commonly used techniques is neurofeedback training, but despite some research on the topic, the arena of neurotechnology in sports psychology still exists in its rudimentary form and is constrained by a plethora of technological problems.

• THE APPLICATION OF NEUROFEEDBACK TRAINING IN ELITE YOUTH FENCERS

  Eszter Panna Torma

  László Balogh

  Views:

  105

  During our research, we applied neurofeedback training to youth fencers. We investigated the effects of the six-week intervention program on the mental toughness, stress tolerance and executive functions of teenage epee fencers.

  We used the validated Muse 2 EEG-based Teamflow system, the Sport Mental Toughness Questionnaire, Electrogastrographic Stress Holter (MDE Heidelberg, MSB MET Balatonfüred) and the internationally recognized stress test of the Vienna Test System (Schufried, Vienna).

  The practical benefit of neurofeedback training can be seen in its application as a complementary method, as this innovative protocol can help enhance the performance of the athlete. However, the international literature is not clear about the effect of neurofeedback training

  In conclusion, the improvements can be observed in mental toughness and psycho-physiological indicators, but negative changes can also be observed in several parameters in both subjects. Various other psycho-physiological factors need to be taken into account, since our pilot study included two participants.