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Activity of rabbit's neocortical and hippocampal neurons in orienting-exploratory behavior and freezing

机译:兔新皮质和海马神经元在取向探索行为和冻结中的活动

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By plotting autocorrelation histograms, the character of impulsation of neurons in bilateral derivations from cortical visual and somatosensory areas and hippocampal field CA1 was studied in rabbits during free behavior under the influences of emotional stimuli. During active orienting-exploratory reaction of rabbits, most cortical and hippocampal neurons manifested bursting discharges and theta-frequency oscillation (predominantly 4-5 Hz in cortex and 4-5, 6-7 in hyppocampus). During freezing, as compared with active locomotor reaction, the number of neurons with equiprobabilistic discharges increased; in impulsation of neurons with periodicity, the intensity of delta-frequency oscillation increased (predominantly 2-4 Hz) but theta-frequency oscillation decreased. The number of neurons with delta-frequency oscillation during freezing was greater then in calmly sitting rabbits.
机译:通过绘制自相关直方图,在情绪刺激的影响下,在兔中研究了皮质视觉和躯体感觉区域和海马域CA1的双侧衍生物中神经元的脉冲的特征。 在兔子的有效定向探索性反应期间,大多数皮质和海马神经元表现出爆破放电和θ-频率振荡(主要是4-5 Hz,在皮层中4-5,6-7)。 在冻结期间,与活性运动反应相比,具有QuiprobabliLibilistic排放的神经元数增加; 在具有周期性的神经元冲动中,δ频振荡的强度增加(主要是2-4Hz),但θ频率振荡降低。 在冷冻期间具有三角频振荡的神经元数更大,然后在平静地坐着兔子。

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