Abstract
A potential for detecting high gamma band (HGB) activity from scalp EEG is explored by employing a high input-impedance electroencephalograph for the measurement. An anti-saccade task was designed to elicit motor-related HGB activity. As a result, we confirmed increased power of HGB (100–105 Hz) preceding the anti-saccade initiation in all three subjects. A common timing of the power increase was observed at 50% point of mean reaction time of anti-saccade for each subject.
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