Search for dissertations about: "Hydrophobic interaction chromatography"
Showing result 16 - 20 of 27 swedish dissertations containing the words Hydrophobic interaction chromatography.
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16. Functional studies on the interaction of immunoglobulins with HIV-2 envelope
Abstract : Infection with HIV-2 has a much more limited geographic distribution than HIV-1, being less readily transmitted and is generally less pathogenic. The role of immunoglobulins in defence against pathogens in different body compartments is known, where IgG is the principal isotype in the blood and extracellular fluid while lgA predominates in the mucosal compartment. READ MORE
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17. Association of hydrophobic organic compounds to organic material in the soil system
Abstract : Contaminated soils and sediments have been identified as significant secondary sources of organic contaminants. Leaching tests may be useful tools to estimate the mobility of contaminants via the water phase and thereby the risk for groundwater and surface water contamination. READ MORE
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18. New approaches in biomembrane chromatomatography and microchromatographic techniques
Abstract : Development of methods for rendering chromatography more applicable to studies in lifesciences remains an area of active research. In the present work, new methods inbiomembrane chromatography and microchromatographic techniques have been developedand applied successfully to quantitative analysis of biological interactions and separations ofproteins on a micro-scale. READ MORE
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19. Integration of Aqueous Two-Phase Systems into Recovery Processes for Biomolecules
Abstract : The main scope of this thesis has been to study and develop new purification methods and also to further develop existing methods for purification to enhance their efficacy. Important parameters in the development of the methods are that they should be suitable for scale-up and possible to be integrated into recovery processes. READ MORE
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20. Nanoparticle-based capillary electrochromatography
Abstract : This thesis concerns a highly efficient nanoparticle-based capillary electrochromatography separation technique and its coupling with mass spectrometric detection. From chromatographic theory, it is well known that the separation efficiency increases with decreasing particle size. READ MORE