Publication | Open Access
Applications of thin-film sandwich crystallization platforms
39
Citations
14
References
2016
Year
Materials ScienceColloidal MaterialEngineeringMicroscopyData CollectionPolymer ScienceApplied PhysicsSitu Data CollectionLiquid Crystalline ElastomerCrystallization PlatformProtein Phase SeparationThin FilmsSoft MatterMedicineCrystal FormationCrystallographyBiophysicsThin Film Processing
Examples are shown of protein crystallization in, and data collection from, solutions sandwiched between thin polymer films using vapour-diffusion and batch methods. The crystallization platform is optimal for both visualization and in situ data collection, with the need for traditional harvesting being eliminated. In wells constructed from the thinnest plastic and with a minimum of aqueous liquid, flash-cooling to 100 K is possible without significant ice formation and without any degradation in crystal quality. The approach is simple; it utilizes low-cost consumables but yields high-quality data with minimal sample intervention and, with the very low levels of background X-ray scatter that are observed, is optimal for microcrystals.
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