Weinberg H
Electroencephalogr Clin Neurophysiol. 1975 Jul;39(1):21-8. doi: 10.1016/0013-4694(75)90123-6.
Two new techniques were used to study the distribution of the CNV recorded from the scalp of humans. One technique was for the suppression of eye movements and the elimination of them fron the average data. The other technique was for the recognition of differences in the form of CNVs recorded from different sites. The latter technique utilized an average vertex CNV as a template pattern against which CNVs from the vertex, left and right frontal, central and parietal sites were matched. The results showed that the frontal CNV was different in form from the vertex, central and parietal Cnvs and that the vertex, central and parietal CnvS were similar in form. An analysis of the amplitudes of CNVs showed that the frontal CNVs were significantly smaller than the CNVs from all other sites, that the vertex CNV was significantly larger than the parietal or central CNVs and that the central CNV was significantly larger than the parietal CNV. There were no differences in amplitude between hemispheres within Condition A responding with the right hand) or Condition B (responding with the left hand) or between Conditions A and B. The results are discussed with respect to their possible theoretical implications.
采用了两种新技术来研究从人类头皮记录到的CNV(皮层负电位)的分布情况。一种技术用于抑制眼球运动并从平均数据中消除其影响。另一种技术用于识别从不同部位记录到的CNV在形态上的差异。后一种技术利用平均顶点CNV作为模板模式,将来自顶点、左右额叶、中央和顶叶部位的CNV与之进行匹配。结果表明,额叶CNV在形态上与顶点、中央和顶叶CNV不同,而顶点、中央和顶叶CNV在形态上相似。对CNV振幅的分析表明,额叶CNV明显小于所有其他部位的CNV,顶点CNV明显大于顶叶或中央CNV,中央CNV明显大于顶叶CNV。在右手反应的A条件下或左手反应的B条件下,半球之间在振幅上没有差异,A条件和B条件之间也没有差异。讨论了这些结果可能的理论意义。