Course Notes & Resources

How to calculate the length of a scale bar for your image
This scale bar drawing exercise for light and electron microscope images has been developed for our course students. Simply upload a JPEG image and follow the instructions.
http://scalebar.emu.usyd.edu.au/main.html

Optical Imaging Techniques in Cell Biology
By Guy Cox, with contributions by Eleanor Kable, Nuno Moreno and Teresa Dibbayawan
Published November 2006 by CRC Press / Taylor & Francis. 344pp; ISBN: 0-8493-3919-7

Using a highly accessible style and format, this book:

  • Provides an understanding of the underlying principles, benefits, and limitations of optical techniques currently used in cell biology;
  • Presents a cogent, sophisticated discussion without relying on complex mathematics;
  • Addresses basic concepts in imaging such as contrasting techniques, fluorescence, and the correction of aberrations;
  • Explores advanced techniques such as quantitative fluorescence, three-dimensional imaging, nonlinear microscopy, and stimulated emission depletion;
  • Includes multiple appendices on practical maintenance, cell handling, labeling, and image manipulation.

More information about this book


Course Material

MCAN 5103A: Materials Specimen Preparation

Course outline and timetable (PDF 44 KB)
Lecture 1 (PDF 9.3 MB)
Lecture 2 (PDF 3.4 MB)
Lecture 3 (PDF 28.7 MB)

For further information please contact the course coordinator, Dr Julie Cairney, or the course convener, Adam Sikorski.

MCAN 5103B: TEM of Crystalline Materials

Course outline and timetable (PDF 88KB)
Lecture 1 (PDF 2.5 MB)
Lecture 2 (PDF 4.8 MB)
Lectures 3 and 4 (PDF 7 MB)
Lectures 5 and 6 (PDF 4.1 MB)
Tutorial (PDF 248 KB)

For further information please contact the course coordinator, Dr Julie Cairney, or the course convener, Shaun Bulcock.