電子顯微鏡是目前科技上能看到最小分子的顯微鏡, 在生物影像的應用上有極大的優勢, 本課程將介紹電子顯微鏡在生物學上的運用方式, 包括穿透式電子顯微鏡和掃描式電子顯微鏡. 課程也將實際製作穿透式電子顯微鏡樣本, 包過脫水包埋及染色, 以及最後上機操作及觀察.

Electron microscope is the microscope that can see the smallest molecules in current technology, and it has great advantages in the application of biological imaging. This course will introduce the application of electron microscope in biology, including transmission electron microscope and scanning electron microscope. The course will also cover the actual preparation of transmission electron microscope samples, dehydration, embedding and staining, and finally the machine operation and observation.

電子顯微鏡能提供高解析及高放大倍率的生物影像，因此在生物學研究上的應用極廣。本課程適合研究生學習電子顯微鏡學的技術包括樣本製作及機器操作，同時也學習如何將電子顯微鏡影像技術應用在相關的研究主題上。

Electron microscopes can provide high-resolution and high-magnification biological images, so they are widely used in biological research. This course is suitable for graduate students to learn the techniques of electron microscopy, including sample preparation and machine operation, and also learn how to apply electron microscopy imaging technology to related research topics.

1. Biological Electron Microscopy: Theory, Techniques, and Troubleshooting. 2nd edition. Michael J. Dykstra and Laura E. Reuss. 2003, Springer.
2. 生物電子顯微鏡學 科學叢書 國科會精密儀器中心編印
3. Methods of preparation for electron microscopy: an introduction for the biomedical science. Robinson DG et al., 1987. Springer.
4. Visualization of receptors, methods in light and electron microscopy. Morel G. 1997. CRC.

1. Biological Electron Microscopy: Theory, Techniques, and Troubleshooting. 2nd edition. Michael J. Dykstra and Laura E. Reuss. 2003, Springer.
2. Bioelectron Microscopy Science Series Published by Precision Instrument Center of the National Science Council
3. Methods of preparation for electron microscopy: an introduction for the biomedical science. Robinson DG et al., 1987. Springer.
4. Visualization of receptors, methods in light and electron microscopy. Morel G. 1997. CRC.