Search for dissertations about: "FAE"
Showing result 1 - 5 of 11 swedish dissertations containing the word FAE.
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1. Particle Transcytosis Across the Human Intestinal Epithelium : Model Development and Target Identification for Improved Drug Delivery
Abstract : The use of nano- and micro-particulate carriers as delivery systems for oral vaccines has been under investigation for several decades. Surprisingly little is known of their uptake in the human intestine, despite the fact that substantial improvement is required to achieve adequate immune responses in man after oral administration. READ MORE
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2. Effects of Microparticulate Drug Delivery Systems : Tissue Responses and Transcellular Transport
Abstract : Over the past decade, the development of macromolecular drugs based on peptides, proteins and nucleic acids has increased the interest in microparticulate drug delivery, i.e., the delivery of drug systems in the nanometer and micrometer ranges. READ MORE
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3. Barrier function of the Follicle-Associated Epithelium in Stress and Crohn's disease
Abstract : Crohns sjukdom är en kronisk inflammatorisk tarmsjukdom av okänd orsak. Det tidigaste tecknet på Crohns sjukdom är mikroskopiska sår i det s.k. follikelassocierade epitelet (FAE) som täcker ansamlingar av immunceller i tarmen. READ MORE
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4. Bacterial epithelial interaction in intestinal inflammation
Abstract : The intestine is constantly exposed to bacteria, invading viruses and ingested food. The intestinal barrier serves as a gate preventing passage of harmful components, and at the same time maintaining absorption of nutrients and water. READ MORE
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5. Towards Classification and Functional Description of Enzymes: A case study of feruloyl esterases
Abstract : The prediction of enzyme functionality from sequence or structure data remains a challenging task that can be best addressed by studying the structure-function relationships determined from previously available information. This thesis work was focused on developing a reliable classification and functional description for the feruloyl esterase (FAE) enzyme family, whose members’ possess both structural and catalytic promiscuity. READ MORE