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A New Model Sliding Microtome for Electron Microscopy

Akira WATANABE, Keiji SASAKI, Toshio ONO, Hiroshi KUSHIDA, Akira TAKAHASHI, Hiroshi IWATA, Younosuke WATANABE

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Abstract

A New Model Sliding Microtome for ultra thin-sectioning for the electron microscopy is designed by authors. This microtome is a modified Jung type microtome and has such mechanism to keep 0.05 micron scale as follows; (1) inclination of the rail is 1:40; (2) pitch of the feed screw is 0.25 mm, (3) 125 teeth ratchet of hand feeding. Some electron micrographs of the tissue sections cut with this microtome are inserted in the text.

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What this paper is about

A New Model Sliding Microtome for ultra thin-sectioning for the electron microscopy is designed by authors. This microtome is a modified Jung type microtome and has such mechanism to keep 0.05 micron scale as follows; (1) inclination of the rail is 1:40; (2) pitch of the feed screw is 0.25 mm, (3) 125 teeth ratchet of hand feeding. Some electron micrographs of the tissue sections cut with this microtome are inserted in the text.

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Available abstract

A New Model Sliding Microtome for ultra thin-sectioning for the electron microscopy is designed by authors. This microtome is a modified Jung type microtome and has such mechanism to keep 0.05 micron scale as follows; (1) inclination of the rail is 1:40; (2) pitch of the feed screw is 0.25 mm, (3) 125 teeth ratchet of hand feeding. Some electron micrographs of the tissue sections cut with this microtome are inserted in the text.

Key concepts: Microtome, Electron microscope, Materials science, Electron micrographs, Microscopy, Composite material, Optics, Physics

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