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猫视网膜神经节细胞的产生与中枢通路的关系。

Generation of cat retinal ganglion cells in relation to central pathways.

作者信息

Walsh C, Polley E H, Hickey T L, Guillery R W

出版信息

Nature. 1983 Apr 14;302(5909):611-4. doi: 10.1038/302611a0.

Abstract

The ganglion cells of the cat retina form classes distinguishable in terms of perikaryal size, dendritic morphology and functional properties. Further, the axons differ in their diameters, patterns of chiasmatic crossing and in their central connections. Here we define, by 3H-thymidine autoradiography, the order of production of cells of each class and relate the order of the 'birthdates' to the known axonal pathways. The ganglion cell classes are produced in broad waves, which overlap as cells are produced first for central then for peripheral retina. Medium-sized cells are produced before the largest cells, and small ganglion cells are produced throughout the period of cell generation. This sequence of cell production relates to the orderly arrangement of axons in the optic tract, and can also be related to the rules of chiasmatic crossing observed for each ganglion cell class.

摘要

猫视网膜的神经节细胞可根据胞体大小、树突形态和功能特性分为不同类别。此外,轴突在直径、交叉模式及中枢连接方面也存在差异。在此,我们通过³H-胸腺嘧啶核苷放射自显影术确定了各类细胞的生成顺序,并将“出生日期”顺序与已知的轴突通路联系起来。神经节细胞类别是在广泛的波峰期产生的,随着细胞首先在视网膜中央然后在外周产生,这些波峰期相互重叠。中等大小的细胞先于最大的细胞产生,而小神经节细胞在整个细胞生成期都有产生。这种细胞生成顺序与视神经束中轴突的有序排列有关,也与每个神经节细胞类别的交叉规则相关。

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