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|=== Image evaluation and 2-D analysis (Dr. Steven J. Ludtke) ===
Please download [[http://blake.grid.bcm.edu/dl/EMAN12/eman2_2012_image_demo_data.tgz|eman2_2012_image_demo_data.tgz]].
The tutorial is available as a PDF: [[attachment:eman2_2012_image_tutorial.pdf]]
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|Please download [[http://blake.grid.bcm.edu/dl/EMAN12/eman2_2012_spr_demo_data.tgz|eman2_2012_spr_demo_data.tgz]].||Please download [[http://blake.grid.bcm.edu/dl/EMAN12/eman2_2012_spr_demo_data.tbz|eman2_2012_spr_demo_data.tbz]].|
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|Please download [[http://blake.grid.bcm.edu/dl/EMAN12/eman2_2012_spt_demo_data.tgz|eman2_2012_spt_demo_data.tgz]].||Please download [[http://blake.grid.bcm.edu/dl/EMAN12/eman2_2012_spt_demo_data.tgz|eman2_2012_spt_demo_data.tgz]].
If it doesn't work, try this one:
Tutorial from the CryoEM Workshop at NUS (Singapore)
This workshop covers several different aspects of image processing associated with biological transmission electron microcsopy experiments. These range from single particle reconstruction, which typically focuses on determining the high resolution structure of a highly structurally homogeneous molecule/assembly in vitro, to single particle tomography, which often focuses on targets with more structural variability and or molecules/assemblies under native conditions.
To complete these tutorials, you will need to install EMAN2.06 or newer.
Single Particle Reconstruction (Dr. Steven J. Ludtke)
Please download eman2_2012_spr_demo_data.tbz.
The tutorial is available as a PDF: eman2_2012_spr_tutorial.pdf
Single Particle Tomography (Dr. Michael F. Schmid)
Please download eman2_2012_spt_demo_data.tgz.
If it doesn't work, try this one: e2spt_data.zip
The tutorial is available as a PDF: eman2_2012_spt_tutorial.pdf