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通过在电子束中进行有意照射来稳定和澄清安装在福尔马林中涂覆的狭缝网格上的切片。

Stabilization and clarification of sections mounted on formvar-coated slot grids by deliberate irradiation in the electron beam.

作者信息

Yang G C, Morrison A B

出版信息

J Microsc. 1975 Mar;103(2):187-94. doi: 10.1111/j.1365-2818.1975.tb03893.x.

Abstract

Epon-Araldite sections supported on Formvar-coated slot grids can be stabilized by exposing the area of interest in the column of the electron microscope to irradiation of 0-5C/cm-2. With this procedure one can obtain electron micrographs of high quality, without drift or distortion, from any part of the open slot area. After treatment the support film is not only stable and transparent but robust enough to permit repeated removal and replacement of the specimen in the microscope column. We illustrate the method with a series of electron micrographs with initial magnifications ranging from x300 to x500,000 to show the quality of image that can be achieved. The effect of the irradiation on tissue architecture is checked by resectioning the irradiated sections. We recommend this method of local irradiation of sections for investigations using low or intermediate magnifications for the wide field it permits, for the durability it confers on the specimen and for its convenience.

摘要

支撑在经福尔马林包被的槽形网格上的环氧树脂-阿拉迪特切片,可通过将电子显微镜柱中感兴趣的区域暴露于0 - 5库仑/平方厘米的辐照下进行稳定处理。通过此程序,可从开放槽区域的任何部位获得高质量的电子显微照片,且无漂移或失真。处理后,支撑膜不仅稳定且透明,而且足够坚固,能够允许在显微镜柱中反复取出和更换标本。我们用一系列初始放大倍数从x300到x500,000的电子显微照片来说明该方法,以展示能够实现的图像质量。通过对辐照后的切片进行重新切片来检查辐照对组织结构的影响。我们推荐这种对切片进行局部辐照的方法,因为它允许的宽视野适用于低倍或中倍放大的研究,赋予标本耐久性,且操作方便。

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