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Titlebook: Bile Acid Biology and its Therapeutic Implications; Proceedings of the F G. Paumgartner,D. Keppler,A. Stiehl Conference proceedings Mar 200

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期刊全称Bile Acid Biology and its Therapeutic Implications
期刊简称Proceedings of the F
影响因子2023G. Paumgartner,D. Keppler,A. Stiehl
视频video
发行地址Interdisciplinary symposium bringing together basic science and clinical applications.Up-to-date research findings at the hightest scientific level
学科分类Falk Symposium
图书封面Titlebook: Bile Acid Biology and its Therapeutic Implications; Proceedings of the F G. Paumgartner,D. Keppler,A. Stiehl Conference proceedings Mar 200
影响因子.This book is the proceedings of the 18th International Bile Acid Meeting, held as the Falk Symposium 141 in Stockholm, Sweden, on June 18–19, 2004. The International Bile Acid Meetings have become some of the most important meetings in the bile acid field worldwide since Herbert Falk decided to sponsor these Symposia in biannual sequence in 1970. The 17 International Bile Acid Meetings in the past have been a great stimulus for new ideas and methods as well as the development of therapeutic applications of bile acids. They have always been a forum where basic scientists and clinicians interact. Many novel results of bile acid research were first presented at these meetings. The meeting in Stockholm again attracted a large number of basic and clinical scientists interested in bile acid and biliary research from all over the world. ..Knowledge about the regulation of bile acid synthesis, bile acid transport and enterohepatic circulation in health and in disease has increased considerably during recent years. Accordingly, bile acid research is alive as ever. A new chapter of bile acid research was opened by the finding that bile acids are ligands of nuclear receptors which regulate s
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Isolation and Aggregation in Economicstem, in which bile acid synthesis is increased and variation between patients is abolished, we are able to study and find even small effects of individual bile acid on both bile acids synthesis and expression of key enzymes..Both CDCA and DCA significantly decreased the bile acid synthesis, but CDCA
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A. Harvey Millar,Nicolas L. Taylorain multiple self-regulatory feedback loops. The nuclear receptors FXR, HNF-4α, and SHP, chiefly responsible for these transcriptional events, functionally interact with each other to adjust the expression levels of specific genes, so that the appropriate responses to alterations in the levels of in
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Isolation of Plant Organelles and Structuresnclude a tissue expression profile that parallels the Asbt, basolateral membrane expression, and high capacity for bile acid efflux. However, the central question of the relative . roles of Ostα/β and other carriers such as Mrp3 in ileal basolateral bile acid transporter remain to be answered. Thus
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Adolf Windaus Prize Lecture 2004important new category of metabolic disease. In most cases impairment in bile acid synthesis leads to liver dysfunction, and this is particularly the case for mutations in the genes encoding enzymes responsible for catalysing reactions involved in modifying the cholesterol nucleus. Hepatic dysfuncti
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