Huang C M, Liu G L
Division of Structural and Systems Biology, School of Basic Life Sciences, University of Missouri, Kansas City 64110-2499.
Brain Res. 1991 Jul 12;553(2):201-5. doi: 10.1016/0006-8993(91)90825-g.
Although an auditory area has been found over the exposed area of lobules VI-VIII in the posterior cerebellar vermis of the cat, there has been little information on its buried portion. This point should be of some concern, since very little of the brain tissue in lobules VI-VIII of the cerebellar cortex is exposed. We have systematically explored the posterior vermis with long electrode tracks and compared auditory responses recorded from neurons within the granule cell layer in the folial crown with those in the buried cortex. There was a similarity between neural activities recorded from the exposed surface area and those from the buried portion both in the temporal discharge pattern of neurons to sound and in the spatial distribution pattern of auditory responses.
尽管在猫小脑蚓部后部小叶VI - VIII的暴露区域发现了一个听觉区域,但关于其深埋部分的信息却很少。这一点值得关注,因为小脑皮质小叶VI - VIII中很少有脑组织暴露在外。我们用长电极轨迹系统地探索了蚓部后部,并比较了从叶冠颗粒细胞层内的神经元记录到的听觉反应与深埋皮质中的听觉反应。在神经元对声音的时间放电模式以及听觉反应的空间分布模式方面,从暴露表面区域记录到的神经活动与从深埋部分记录到的神经活动之间存在相似性。