Authors: K V Konstantinov M K Leonova D B Miroshnikov V M Klimenko
Publish Date: 2015/12/08
Volume: 46, Issue: 1, Pages: 57-63
Abstract
The characteristics of the perception of acoustic images of subjects’ own EEG were studied Assessment of the perception of the sounds presented was more positive in the group of subjects who heard the acoustic image of their own EEG in real time than in the group of subjects who heard the acoustic image of another person’s EEG as a recording Presentation of the acoustic image of another person’s EEG as a recording was accompanied by an increase in activity in the β frequency range in the frontal leads while presentation of the acoustic image of the person’s own EEG in real time was accompanied by increases in activity in the θ and δ frequency bands in the occipital leads The increase in activity in the θ and δ ranges in the occipital leads during sessions of listening to the acoustic image of the EEG in real time correlated with the initial activity in the α β and θ ranges of brain bioelectrical activity in both the frontal and occipital leads These data lead to the suggestion that presentation of sounds synchronized and concordant with ongoing bioelectrical activity promotes activation of the regulatory structures of the brain
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