Search for dissertations about: "membrane channels"
Showing result 11 - 15 of 197 swedish dissertations containing the words membrane channels.
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11. Protein-Protein Interactions in Human Aquaporin Regulation
Abstract : Water is an essential compoment of every living orgamism and forms a major part of the human body. Regulated water transport is crucial for proper cell functioning and body homeostasis. READ MORE
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12. Planar-Goubau-line components for terahertz applications
Abstract : Terahertz-wave technology has a broad range of applications, including radio astronomy, telecommunications, security, medical applications, pharmaceutical quality control, and biological sensing. However, the sources, detectors, and components are less efficient at this frequency band due to parasitic effects and increased total losses, which hinder the performance of terahertz systems. READ MORE
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13. Membrane rafts and its GPI anchored complement inhibitors regulate insulin secretion
Abstract : Type 2 diabetic patients usually exhibit an abnormal lipid profile. One such lipid that is constantly elevated in T2D is cholesterol. At the cellular level, cholesterol aids in tight packing of sphingolipids in certain regions of the plasma membrane and these specialized regions are termed ‘membrane rafts’, which act as signalling hubs. READ MORE
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14. Lipid-Based Surface Modifications: towards the Development of Membrane-Protein Arrays
Abstract : Mimics of the natural cell membrane, such as lipid vesicles and supported lipid membranes, have gained significant attention in recent years. This is primarily due to their ability to provide scientists with a model system allowing a large arsenal of scientific tools to be used in studies of biological reactions that are naturally controlled by the cell membrane and its components. READ MORE
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15. Targeting the voltage-gated calcium channels as treatment for type 2 diabetes
Abstract : L-type voltage-gated Ca2+ channels are expressed in the plasma membrane of muscles, neurons and endocrine cells where they serve as conductors of signals regulating cellular responses to changes in environment. Malfunctions of channels, as well as deregulations of their activity underlie numerous disorders and diseases commonly called channelopathies. READ MORE