Eeg and Central Nervous System Transmitter on Athletes Training

Abstract

Introduction: Modern EEG technology can evaluate the current level of an individual's central functioning after analyzing the frequency of brain waves (II). The A wave (8 ~ 14Hz) of brain waves (EBG) is one of the most important index parameters in diagnosing the brain's central functioning level. Objective: To explore the effects of different training loads on the brain function of elite archers and provide an objective basis for improving the scientific level of archery training. Methods: The effects of EEG information and central nerve transmitters on athletes’ regulation and training were analyzed by testing and statistical methods. Results: Both HL-LLI and LL-HLI stages showed a decreasing trend in EEG complexity. Although the differences between the two stages were not significant all of them were considerably lower than the LL-LLI stage. The number of athletes with central fatigue in both stages showed an increasing trend. Conclusions: Athletes in training also need to focus on recovery after training, which requires a view of scientific training and scientific recovery as an organic whole that cannot be separated. Level of evidence II; Therapeutic studies - investigation of treatment results.

Dragon boat exercise reshapes the temporal-spatial dynamics of the brain

“…Complexity has also become a hot topic in exercise science research ( Wang et al, 2019 ; Zhu, 2021 ) and is often employed as an important reference index for elucidating the central nervous system mechanisms underlying exercise performance. Research has shown that exercise training can effectively reduce the complexity level of the brain and complexity is negatively correlated with exercise performance.…”

Athletes’ State Monitoring under Data Mining and Random Forest

“…Bieru et al (2021) used EEG to record the brain activity of 12 judo athletes and 11 volleyball athletes during hand flexor contraction and relaxation, which helps coaches evaluate the training effect of athletes [9]. Zhu (2021) assessed the impact of EEG information and central nervous transmission on athletes' regulation and training, providing a basis for improving the level of archery training [10].…”