The inferior olive. A golgi study
The inferior olive. A golgi study
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劣质橄榄。
DOI：
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发表时间：
1955
期刊：
影响因子：
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通讯作者：
A. Scheibel
中科院分区：
文献类型：
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作者：
M. Scheibel;A. Scheibel
这篇论文代表了作者从事的中枢神经系统神经纤维模式研究的一个阶段。年长的解剖学家已经证明了神经纤维区的不同配置，以及假定具有相似功能的核团之间某些模式的重复，这表明精细结构和功能之间的关系。总而言之，这个项目是基于这样的假设，即神经轴中的脉冲模式所经历的转换在很大程度上由它们所穿越的电路的特征决定。对灰质的代表性区域进行研究，试图尽可能清楚地描绘细胞体和树突网络的地形和相互关系。强调神经胶质细胞和血管的相关作用，试图构建发生本质转化的组织学底物的总体概念。很明显，解剖学技术只是解决这个问题的一种途径。下位橄榄被选为高度结构的中继核的一个例子。其细胞和树突的空间取向相当恒定，其轴突和树突区是神经细胞中最复杂的。
This paper represents one phase of a study of patterns of neuropil in the central nervous system in which the authors are engaged. The varying configurations of neuropil fields which have been demonstrated by the older anatomists, and the repetition of certain patterns amongst nuclei of presumably comparable function, suggest relationships between fine structure and function. The over-all project is predicated on the assumption that the transformations undergone by impulse patterns in the neuraxis are largely determined by the characteristics of the circuitry they traverse. Representative areas of grey matter are studied in attempts to delineate as clearly as possible the topography and interrelationships of cell bodies and dendritic nets. Correlative roles of neuroglia and blood vessels are stressed in attempts to construct total concepts of the histological substrate in which essential transforms occur. It is obvious that anatomical techniques represent but one avenue of approach to the problem. The inferior olive was selected as an example of a highly structured relay nucleus. The spatial orientation of its cells and dendrite arbors are quite constant, and its axonal and dendritic fields are among the most complicated in the nervous