DISCHARGE OF CEREBELLAR NEURONS RELATED TO 2 MAINTAINED POSTURES AND 2 PROMPT MOVEMENTS .2. PURKINJE CELL OUTPUT AND INPUT
DISCHARGE OF CEREBELLAR NEURONS RELATED TO 2 MAINTAINED POSTURES AND 2 PROMPT MOVEMENTS .2. PURKINJE CELL OUTPUT AND INPUT
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DOI：
10.1152/jn.1970.33.4.537
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发表时间：
1970-01-01
影响因子：
2.5
通讯作者：
THACH, WT
中科院分区：
文献类型：
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作者：
THACH, WT
方法4只恒河猴各完成一次任务，（A、B、C和D），监测他们的表现和在表现期间记录小脑单位放电的方法，研究小脑单位放电与任务完成之间关系的方法已在前一篇文章（34）中作了介绍。是位于浦肯野层中或附近的产生两种不同类型的尖峰的那些单元（16，31，32）。在结果的第I部分中，两种类型的尖峰分别以光栅显示和表1中的放电频率由单个小点或计数表示（参见先前论文的方法，参考文献34）。在第二部分的结果，简单和复杂的尖峰。是一种特殊的，
METHODS The task, its performance by each of four rhesus monkeys (A, B, C, and D), the methods of monitoring their performance and of recording cerebellar unit discharge during performance, and the methods of studying the relation between cerebellar unit discharge and the performance of the task are described in the previous paper (34).In this paper “Purkinje cells” are those units located in or near the Purkinje layer that generated two different kinds of spike (16, 31, 32). In PART I of RESULTS both types of spike are each represented (see Methods of the previous paper, ref 34) in raster displays and in discharge frequencies in Table 1 by a single small dot or count, respectively. In PART II of RESULTS, simple and complex spikes. are distin-