Tarotin I V, Ivanitsky G A
Zh Vyssh Nerv Deiat Im I P Pavlova. 2014 Nov-Dec;64(6):615-26.
EEG rhythmical picture of subject's movement suppression and spatial-figurative task solving was examined and analyzed. Rhythms appearing during spatial reasoning and suppressed movements with the frequency of about 11 Hz were isolated. It was hypothesized that a functional link exists between these rhythms in the considered behavioral tests. To test the hypothesis and to reveal this connection, experiments were developed and carried out. Then the analysis of recorded EEG signals was conducted by applying Fourier transform, independent component analysis (ICA) and equivalent dipole source localization. Unexpected conclusion about the existence of a general mechanism of movement suppression was drawn.
对受试者运动抑制和空间形象任务解决过程中的脑电图节律图像进行了检查和分析。分离出在空间推理和频率约为11Hz的抑制运动过程中出现的节律。据推测，在这些行为测试中，这些节律之间存在功能联系。为了验证这一假设并揭示这种联系，设计并进行了实验。然后，通过应用傅里叶变换、独立成分分析（ICA）和等效偶极子源定位对记录的脑电信号进行分析。得出了关于存在运动抑制一般机制的意外结论。
