Results 121 to 130 of about 207,201 (166)
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Current Opinion in Lipidology, 1995
The sodium-dependent bile acid transporters and sodium-independent organic anion transporters are integral membrane glycoproteins that function in the enterohepatic circulation of bile acids. The recent cloning and expression of different classes of bile acid transporters have provided insights into their structure and molecular mechanism.
P A, Dawson, P, Oelkers
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The sodium-dependent bile acid transporters and sodium-independent organic anion transporters are integral membrane glycoproteins that function in the enterohepatic circulation of bile acids. The recent cloning and expression of different classes of bile acid transporters have provided insights into their structure and molecular mechanism.
P A, Dawson, P, Oelkers
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Archives of Internal Medicine, 1972
In 1967 a conference, largely organized by Leon Schiff, MD, was held in Cincinnati. Many of the investigators active in the field of bile acid metabolism presented their work. The proceedings of that conference, subsequently published in book form, 1 contained most of the information available at that time on the biochemistry and physiology of bile ...
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In 1967 a conference, largely organized by Leon Schiff, MD, was held in Cincinnati. Many of the investigators active in the field of bile acid metabolism presented their work. The proceedings of that conference, subsequently published in book form, 1 contained most of the information available at that time on the biochemistry and physiology of bile ...
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Hepatology, 1999
Uptake of drugs by bile acid carriers could account for the selectivity of drug actions in the gut and liver. We have previously shown that conjugation of xenobiotics with bile acids facilitates their transfer to hepatocytes and ileal enterocytes.
E, Petzinger +4 more
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Uptake of drugs by bile acid carriers could account for the selectivity of drug actions in the gut and liver. We have previously shown that conjugation of xenobiotics with bile acids facilitates their transfer to hepatocytes and ileal enterocytes.
E, Petzinger +4 more
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Journal of Chromatography B: Biomedical Sciences and Applications, 1995
A review of the methods available for the separation of bile acids is presented, highlighting the most recent developments. The major chromatographic techniques (TLC, GC, HPLC) and combined detection systems for the determination of bile acids are critically evaluated and their advantages and disadvantages discussed.
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A review of the methods available for the separation of bile acids is presented, highlighting the most recent developments. The major chromatographic techniques (TLC, GC, HPLC) and combined detection systems for the determination of bile acids are critically evaluated and their advantages and disadvantages discussed.
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Clinica Chimica Acta
As a large and structurally diverse family of small molecules, bile acids play a crucial role in regulating lipid, glucose, and energy metabolism. In the human body, bile acids share a similar chemical structure with many isomers, exhibit little difference in polarity, and possess various physiological activities.
Zhenhua Liu, Chongge You
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As a large and structurally diverse family of small molecules, bile acids play a crucial role in regulating lipid, glucose, and energy metabolism. In the human body, bile acids share a similar chemical structure with many isomers, exhibit little difference in polarity, and possess various physiological activities.
Zhenhua Liu, Chongge You
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Digestive Diseases, 1998
Bile acids normally undergo enterohepatic circulation. When this circulation is interrupted, bile acids enter the colon in increased concentrations. Here, they produce Cl<sup>–</sup> secretion by a calcium- and cyclic AMP-dependent mechanism, resulting in diarrhea.
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Bile acids normally undergo enterohepatic circulation. When this circulation is interrupted, bile acids enter the colon in increased concentrations. Here, they produce Cl<sup>–</sup> secretion by a calcium- and cyclic AMP-dependent mechanism, resulting in diarrhea.
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Studies on Bile Acids in Bear Bile*
The Journal of Biochemistry, 1973K, Kurozumi +3 more
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1983
According to current views, canalicular (hepatocytic) bile water transport is mostly an osmotic process: water and inorganic electrolytes flow into bile canaliculi along an osmotic gradient resulting from the extrusion of solutes by the hepatocytes into the canalicular lumen1–3.
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According to current views, canalicular (hepatocytic) bile water transport is mostly an osmotic process: water and inorganic electrolytes flow into bile canaliculi along an osmotic gradient resulting from the extrusion of solutes by the hepatocytes into the canalicular lumen1–3.
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