Search for dissertations about: "Protein Transport drug effects"
Showing result 1 - 5 of 28 swedish dissertations containing the words Protein Transport drug effects.
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1. New Approaches to Studies of Paracellular Drug Transport in Intestinal Epithelial Cell Monolayers
Abstract : Studies of intestinal drug permeability have traditionally been performed in the colon-derived Caco-2 cell model. However, the permeability of these cell monolayers resembles that of the colon rather than that of the small intestine, which is the major site of drug absorption following oral administration. READ MORE
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2. Proteomics-informed analysis of drug disposition in the human liver and small intestine
Abstract : Orally administered drugs are absorbed in the intestine and generally metabolized in the liver. Therefore, understanding factors determining drug distribution and elimination in these tissues is important. READ MORE
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3. The Hepatobiliary Transport of Rosuvastatin In Vivo
Abstract : In vivo studies of hepatobiliary disposition are challenging. The hepatobiliary system is complex, as its physiological localization, complex cellular structure with numerous transporters and enzymes, and the interindividual variability in protein expression and biliary flow will all affect the in vivo disposition of a drug under investigation. READ MORE
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4. Interindividual Variability of Drug Transport Proteins : Focus on Intestinal Pgp (ABCB1) and BCRP (ABCG2)
Abstract : The appearance of adverse drug reactions is a common reason for hospitalization in Western countries. Research on underlying biological mechanisms for interindividual variability in drug response aims to better identify patients with exceptional genetic traits, disease conditions or risk of drug-drug interactions and thereby help to prevent adverse drug reactions. READ MORE
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5. Into the Membrane and Beyond : Improving Membrane Protein Over-Expression in Escherichia coli
Abstract : Membrane proteins fulfil a wide variety of essential functions in the cell and many are (potential) drug targets. Since their natural abundance is usually very low, most membrane proteins have to be over-expressed for functional and structural studies. READ MORE