Journal of Liquid Chromatography · 1986 · 50 citations · 11 references
Life SciencesBiochemistryBioengineeringBioseparationsProteomicsSeparation ScienceChromatographyLiquid ChromatographyProtein CharacterizationProtein PurificationProtein SeparationHigh-performance Liquid ChromatographyHigh-performance Liquid Chromatography ColumnsHigh-resolution SeparationHydroxyapatitePorous HydroxyapatiteProtein ExtractionProtein Purification By ChromatographyProtein Separation Techniques
Abstract Basic properties of a newly developed hydroxyapatite column and results of its application to the separation of proteins are described. The hydroxyapatite was completely spherical and porous beads in appearance by scanning electron microscopy, and showed superior properties to other types of hydroxyapatite column. The column was mechanically strong enough to show the pressure limit of 140–150 kg/cm2. The hydroxyapatite column showed excellent mechanical and chemical stability, and was applicable to high speed and high resolution separation of proteins. Proteins are recovered in high yield after the chromatography.
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