EEG LEARNING CORRELATES USING SCALP AND INTRACRANIAL DEPTH ELECTRODES

信息处理通过平均诱发的方式进行监控和量化 回应技巧。从左至右记录脑电活动。 正常受试者记忆和感知过程中的右脑区域， 单侧颞叶切除术的患者，以及 神经精神障碍。脑电活动障碍 精神疾病患者的脑-行为关系也被评估， 左脑功能障碍与概念障碍和右脑的关系 不适应情绪反应的活动。 在颞叶切除术患者中，P300波幅与之相反 与刺激概率成正比，与正常情况相同 对照组，并在反应时诱发更大的P300。对于视觉效果 资料：右侧颞叶患者额部表现为较小的P300 而不是左额叶或正常个体。此外，没有任何 区分左侧或右侧的一致半球不对称 颞叶患者，或来自正常受试者的任一组。这些数据 不考虑这样的假设，即内侧时间结构，包括 海马体，作为P300的唯一发生器。更具体地说，是数据 这表明听觉和视觉刺激的处理依赖于 在很大程度上取决于材料的性质和左与左的完整性 右脑机制。

Information processing was monitored and quantified by averaged evoked response techniques. The elecrographic activity was recorded from left and right brain regions during memory and perception in normal subjects, patients with unilateral temporal lobectomy, and patients with neuropsychiatric disorders. Electroencephalographic disturbances in brain-behavior relations in psychiatric patients were also evaluated, relating left brain dysfunction to ideational disorders, and right brain activity to maladaptive emotional reactions. In temporal lobectomy patients, P300 amplitude was found to be inversely proportional to stimulus probability in the same way as for normal controls, and larger P300s were elicited in reaction time. For visual material, right temporal patients manifested smaller P300s at frontal sites than either left temporal or normal individuals. Moreover, there were no consisent hemispheric asymmetries which distinguished the left or right temporal patients, or either group from normal subjects. These data discount the hypothesis that medial temporal structures, including the hippocampus, serve as a sole generator of P300. More specifically the data indicate that processing of auditory and visual stimuli is dependent to a great extent on the character of the material and the integrity of left and right brain mechanisms.