High -frequency components EEG and instrumental training

The monograph is devoted to the assessment of EEG correspondence (power and coherent-phase characteristics) of the characteristics of the "internal states" in dogs in the process of instrumental learning in a previously not studied frequency band of 1-250 Hz. For the first time it was revealed that with the help of EEG correlations, one can predict the adequacy and fallacy of behavioral acts. Original data made it possible to formulate a hypothesis of higher information content of high-frequency (HF) components (80-220 Hz) and their more local representation in the bark compared to the traditional range (1-30 Hz) and gamma waves (30-80 Hz) The predominant role of frequencies of 80-220 Hz in the formation of short-term EEG reactionations is shown. The monograph is comprehensively considered the genesis of HF scooing, the methods of their assessment, the role of HF components in the formation of internal images.
For scientists, teachers, graduate students and students of medical universities studying neurophysiology