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| == Practical Protein Crystallization Course, Uppsala, Sep 15-19, 2008 ==
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| The goal of the course is to present methods of macromolecular crystallization and give hands-on experience with them. Participants may bring their own proteins. The course is divided into 50% lectures and 50% laboratory sessions. Limit: 20 participants.
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| *Topics to be covered by lectures and laboratory sessions include:
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| *Conventional techniques and their modifications.
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| *High-throughput crystallization screening.
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| *The path to crystals. The phase diagram and the kinetics of equilibration.
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| *Optimization: Exploiting protein formulation, cocktail formulation, and time to equilibration.
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| *Using a microfluidic device to determine protein precipitation boundaries.
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| *A pro-active strategy for crystallization.
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| *Oils as tools for crystallization.
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| *How to choose your method of crystallization.
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| *Seeding as an optimization tool.
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| *Interpretation of the crystallization drop phenomenon: recognizing what you see.
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| *Does it matter what screen that you use?
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| *Biophysical tools for crystallization: mass spectroscopy, dynamic light scattering, Thermofluor.
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| *Crystal clear communication: the role of LIMS in a crystallization laboratory.
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| *Cryoprotection.
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| [[http://xray.bmc.uu.se/~terese/course/course.htm Official course page]]
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