Search for dissertations about: "G-protein coupled receptors"
Showing result 16 - 20 of 163 swedish dissertations containing the words G-protein coupled receptors.
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16. Functional Characterization of Centrally Expressed Solute Carriers and G Protein-Coupled Receptors
Abstract : Transmembrane proteins are gatekeepers of the cells; controlling the transport of substrates as well as communicating signals among cells and between the organelles and cytosol. Solute carriers (SLC) and G protein-coupled receptors (GPCR) are the largest family of membrane transporters and membrane receptors respectively. READ MORE
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17. The G protein-coupled receptor GPR30 signalosome - A novel G protein-independent mechanism regulating cAMP signaling and receptor trafficking
Abstract : The large protein family called G Protein-coupled receptors (GPCRs) has co-evolved with life throughout evolution; from single cell organisms all the way to complex beings such as us humans. The fact that GPCRs are involved in essentially every physiological event, and that ~50% of drugs on the current market are either directly or indirectly targeted towards the function of GPCRs, we can be certain of their considerable importance. READ MORE
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18. The Role of Membrane Trafficking in G Protein-Coupled Receptor Regulation
Abstract : Movements of a receptor in the plasma membrane and within the cell influence receptor function and physiology. I have investigated the role of such movements, generally known as membrane trafficking, in G protein-coupled receptor regulation. READ MORE
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19. Signaling via Orexin Receptors : A Pharmacological Study
Abstract : The orexin receptors are a pair of newly discovered G-protein coupled receptors which are activated by the neuropeptides orexins and play a role in sleep/vigilance, apetite/metabolism and neuroendocrine regulation. On a cellular level receptor activation results in, to name but a few effects, elevation of intracellular calcium and depolarisation. READ MORE
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20. Adenosine A2A receptors : characterization, localization, G protein coupling and interactions with dopamine D2 receptors
Abstract : Adenosine not only has a role in cellular energy metabolism but is recognized as an intercellular messenger with an important function in physiology and pathophysiology. It exerts its effects via a family of G protein coupled receptors of which four members have been cloned from several species: A, A2A, A2B and A3. READ MORE