Arnolds D E, Lopes da Silva F H, Aitink J W, Kamp A
Electroencephalogr Clin Neurophysiol. 1979 May;46(5):571-80. doi: 10.1016/0013-4694(79)90010-5.
A positive correlation has been shown between the speed of forced stepping on a conveyor belt and the amplitude and frequency of the concomitant hippocampal EEG. Significant modulation in the spectral properties of the dog's hippocampal EEG has been found in relation to 3 elementary motor acts: stepping, respiratory movements and a reflex movement in reaction to linear acceleration of the animal. The findings support the idea that within a certain experimental situation the hippocampal EEG reflects the intensity of motor behaviour in a non-specific but predictable way. However, some experimental results indicate that sensory inputs may modulate the hippocampal EEG as well.
在传送带上强制行走的速度与伴随的海马体脑电图的振幅和频率之间已显示出正相关。已发现狗的海马体脑电图的频谱特性与三种基本运动行为有关：行走、呼吸运动以及对动物线性加速度作出反应的反射运动。这些发现支持了这样一种观点，即在特定的实验情况下，海马体脑电图以一种非特异性但可预测的方式反映运动行为的强度。然而，一些实验结果表明，感觉输入也可能调节海马体脑电图。
