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首页> 外文期刊>Journal of Neurophysiology >Innervation of motoneurons based on dendritic orientation.
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Innervation of motoneurons based on dendritic orientation.

机译:基于树突取向的运动神经元神经。

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摘要

1. The distribution of terminals from vestibulospinal (VS) axons on the dendritic trees of neck motoneurons was determined by combining the anterograde transport of Phaseolus Vulgaris Leucoagglutinin (PHA-L) with intracellular staining techniques and three-dimensional reconstruction methods. 2. Contacts between VS axon terminals and dendrites were arranged in a nonuniform pattern that depended on the orientation (i.e., rostro-caudal vs. dorsolateral) of the dendrites. 3. This innervation pattern satisfies a critical structural condition necessary for selective nonlinear interactions between pairs of simultaneously active inputs to motoneurons.
机译:1.通过将菜豆菜豆白胶凝集素(PHA-L)的顺行转运与细胞内染色技术和三维重建方法相结合,确定前颈脊髓神经元树突树上前庭脊髓(VS)轴突的末端分布。 2.VS轴突末端与树突之间的接触以不均匀的方式排列,这取决于树突的取向(即,rostro-caudal vs. dorsolateral)。 3.这种神经支配模式满足了对运动神经元同时有效输入对之间的选择性非线性相互作用所必需的关键结构条件。

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