Arnolds D E, Lopes da Silva F H, Aitink J W, Kamp A
Electroencephalogr Clin Neurophysiol. 1979 May;46(5):581-91. doi: 10.1016/0013-4694(79)90011-7.
A dog was trained to perform a spatial sound discrimination. The hippocampal EEG correlates and the movement correlates of correct trials were compared with those of incorrect trials and of 'pressings in between'. Correct and wrong responses on a place learning task were compared both with respect to the hippocampal EEG correlates and to the motor behaviour. Where significant differences in EEG correlates were found, the motor behaviour differed significantly as well. The same was found for 2 behavioral states with different motor behavioural qualities which occurred during copulation. The data support the hypothesis that the spectral properties of the hippocampal EEG reflect in a predictable but non-specific way the intensity of motor behaviour. They question the postulated correlations between hippocampal EEG and 'internal processes', on the ground that unambiguous experimental verification of such hypothesis appears to be very difficult.
训练一只狗进行空间声音辨别。将正确试验的海马体脑电图相关性和运动相关性与错误试验以及“中间按压”的相关性进行比较。在位置学习任务中，对正确和错误反应的海马体脑电图相关性以及运动行为进行了比较。当发现脑电图相关性存在显著差异时，运动行为也有显著差异。在交配过程中出现的具有不同运动行为特征的两种行为状态也发现了同样的情况。数据支持这样的假设，即海马体脑电图的频谱特性以可预测但非特异性的方式反映运动行为的强度。他们对海马体脑电图与“内部过程”之间假定的相关性提出质疑，理由是这种假设的明确实验验证似乎非常困难。
