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正常和“伸展”突变小鼠发育中的感觉神经节细胞坏死的电子显微镜及定量研究。

Electron microscopic and quantitative studies of cell necrosis in developing sensory ganglia in normal and Sprawling mutant mice.

作者信息

Scaravilli F, Duchen L W

出版信息

J Neurocytol. 1980 Jun;9(3):373-80. doi: 10.1007/BF01181543.

Abstract

The percentage of neurons undergoing necrosis during foetal and early post-natal development in normal and Sprawling (Swl) mutant mice was determined. Two major peaks in the occurrence of necrosis were found at the 13th and the 19th foetal days in both groups of mice but at all stages the incidence was greater in Swl. Electron microscopically the first degenerative changes seemed to involve the perikaryon while many of the cells undergoing necrosis in Swl already showed the characteristic abnormalities previously described in that mutant.

摘要

测定了正常小鼠和“ sprawling”(Swl)突变小鼠在胎儿期和出生后早期发育过程中发生坏死的神经元百分比。在两组小鼠的胎儿期第13天和第19天发现坏死发生率有两个主要峰值,但在所有阶段,Swl小鼠的发生率都更高。电子显微镜下,最初的退行性变化似乎涉及核周体,而Swl中许多发生坏死的细胞已经表现出该突变体先前描述的特征性异常。

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