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在为电子显微镜检查进行切片过程中,对经高尔基染色法浸染的中枢神经系统神经元进行光学显微镜鉴定及拍照。

Light microscopic identification and photography of Golgi impregnated central nervous system neurons during sectioning for electron microscopy.

作者信息

Wouterlood F G

出版信息

Stain Technol. 1979 Nov;54(6):325-9. doi: 10.3109/10520297909110692.

Abstract

A method is described for a rapid and systematic light microscopic documentation of Golgi impregnated neurons while they are being sectioned for electron microscopy. A drawing under the light microscope of a Golgi impregnated neuron is made first; subsequently thin sections of the tissue containing this neuron are cut in the same plane as for light microscopy. During thin sectioning the chuck containing the block is taken out of the ultramicrotome at regular intervals and placed in a special device under a light microscope. The neuron is photographed to record the stage of sectioning. Comparison of the micrographs indicates which part of the neuron and its dendritic tree are contained in the thin sections. No semithin sections are used and therefore no material is lost for reconstruction.

摘要

本文描述了一种方法,可在对高尔基染色的神经元进行电子显微镜切片时,快速且系统地进行光学显微镜记录。首先在光学显微镜下绘制一张高尔基染色神经元的图;随后将含有该神经元的组织切成与光学显微镜观察相同平面的薄片。在切片过程中,装有组织块的夹头每隔一定时间从超薄切片机中取出,置于光学显微镜下的特殊装置中。对神经元进行拍照以记录切片阶段。通过比较显微照片可确定薄片中包含神经元及其树突的哪些部分。无需制作半薄切片,因此不会因重建而损失材料。

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