Balashova A N
Zh Vyssh Nerv Deiat Im I P Pavlova. 1984 Mar-Apr;34(2):298-302.
EEG waves phase relations in the sensorimotor and visual cortical areas were studied in 12 rabbits before and during a motor reaction in response to light stimulation. Phase relations in the background activity were characterized by a considerable dispersion (from 26 to 45 degrees). Light stimulation increased the quantity of synphasic EEG oscillations in adjacent cortical points and stabilized the phase shift between EEG waves in the sensorimotor and visual cortical areas. Motor reactions of rabbits to light occurred when theta-rhythm with the most constant phase shift was observed in the EEG of these areas.
在12只兔子对光刺激做出运动反应之前和期间，研究了感觉运动和视觉皮层区域的脑电图（EEG）波相位关系。背景活动中的相位关系具有相当大的离散度（从26度到45度）。光刺激增加了相邻皮层点同步EEG振荡的数量，并稳定了感觉运动和视觉皮层区域EEG波之间的相位偏移。当在这些区域的EEG中观察到具有最恒定相位偏移的θ节律时，兔子对光产生运动反应。
