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Results: 1-9 |
Results: 9
LARGE INTRAVENOUS BILIRUBIN LOADS INCREASE THE CYTOTOXICITY OF BILE AND LOWER THE RESISTANCE OF THE CANALICULAR MEMBRANE TO CYTOTOXIC INJURY AND CAUSE CHOLESTASIS IN PIGS
Authors: BJORNBETH BA ENDRESEN M HVATTUM E LYBERG T VILLANGER O RAEDER MG
Citation: Ba. Bjornbeth et al., LARGE INTRAVENOUS BILIRUBIN LOADS INCREASE THE CYTOTOXICITY OF BILE AND LOWER THE RESISTANCE OF THE CANALICULAR MEMBRANE TO CYTOTOXIC INJURY AND CAUSE CHOLESTASIS IN PIGS, Scandinavian journal of gastroenterology, 33(2), 1998, pp. 201-208
LARGE INTRAVENOUS LOADS OF BILIRUBIN PHOTOCONVERSION PRODUCTS, IN CONTRAST TO BILIRUBIN, DO NOT CAUSE CHOLESTASIS IN BILE ACID-DEPLETED PIGS
Authors: BJORNBETH BA VILLANGER O CHRISTENSEN T LYBERG T RAEDER MG
Citation: Ba. Bjornbeth et al., LARGE INTRAVENOUS LOADS OF BILIRUBIN PHOTOCONVERSION PRODUCTS, IN CONTRAST TO BILIRUBIN, DO NOT CAUSE CHOLESTASIS IN BILE ACID-DEPLETED PIGS, Scandinavian journal of gastroenterology, 32(3), 1997, pp. 246-253
LARGE INTRAVENOUS LOADS OF BILIRUBIN, BUT NOT BILIRUBIN PHOTOISOMERESAND PHOTOOXIDATION PRODUCTS, CAUSE CHOLESTASIS IN BILE ACID-DEPLETED PIGS
Authors: BJORNBETH BA VILLANGER O LYBERG T CHRISTENSEN T RAEDER MG
Citation: Ba. Bjornbeth et al., LARGE INTRAVENOUS LOADS OF BILIRUBIN, BUT NOT BILIRUBIN PHOTOISOMERESAND PHOTOOXIDATION PRODUCTS, CAUSE CHOLESTASIS IN BILE ACID-DEPLETED PIGS, Hepatology, 24(4), 1996, pp. 308-308
BILE-ACIDS PROTECT THE LIVER AGAINST THE CHOLESTATIC EFFECT OF LARGE BILIRUBIN LOADS
Authors: VILLANGER O BJORNBETH BA LYBERG T RAEDER MG
Citation: O. Villanger et al., BILE-ACIDS PROTECT THE LIVER AGAINST THE CHOLESTATIC EFFECT OF LARGE BILIRUBIN LOADS, Scandinavian journal of gastroenterology, 30(12), 1995, pp. 1186-1193
ENHANCED ENTEROHEPATIC CIRCULATION OF BILE-ACIDS PROTECTS THE LIVER AGAINST THE CHOLESTATIC EFFECT OF LARGE BILIRUBIN LOADS
Authors: VILLANGER O BJORNBETH BA LYBERG T RAEDER MG
Citation: O. Villanger et al., ENHANCED ENTEROHEPATIC CIRCULATION OF BILE-ACIDS PROTECTS THE LIVER AGAINST THE CHOLESTATIC EFFECT OF LARGE BILIRUBIN LOADS, Gastroenterology, 108(4), 1995, pp. 1195-1195
SECRETIN CAUSES H+ HCO3- SECRETION FROM PIG PANCREATIC DUCTULES BY VACUOLAR-TYPE H+-ADENOSINE TRIPHOSPHATASE/
Authors: VILLANGER O VEEL T RAEDER MG
Citation: O. Villanger et al., SECRETIN CAUSES H+ HCO3- SECRETION FROM PIG PANCREATIC DUCTULES BY VACUOLAR-TYPE H+-ADENOSINE TRIPHOSPHATASE/, Gastroenterology, 108(3), 1995, pp. 850-859
SECRETIN CAUSES H-TYPE H+-ATPASE( SECRETION FROM PANCREATIC DUCTULES BY VACUOLAR)
Authors: VILLANGER O VEEL T RAEDER MG
Citation: O. Villanger et al., SECRETIN CAUSES H-TYPE H+-ATPASE( SECRETION FROM PANCREATIC DUCTULES BY VACUOLAR), Gastroenterology, 106(4), 1994, pp. 10000329-10000329
NA-CHOLATE PROTECTS AGAINST THE CHOLESTATIC EFFECT OF LARGE BILIRUBINLOADS
Authors: VILLANGER O LYBERG T VEEL T RAEDER MG
Citation: O. Villanger et al., NA-CHOLATE PROTECTS AGAINST THE CHOLESTATIC EFFECT OF LARGE BILIRUBINLOADS, Hepatology, 18(4), 1993, pp. 10000303-10000303
SECRETIN CAUSES H-TYPE H+-ATPASE( SECRETION FROM INTRAHEPATIC BILE DUCTULES BY VACUOLAR)
Authors: VILLANGER O VEEL T RAEDER MG
Citation: O. Villanger et al., SECRETIN CAUSES H-TYPE H+-ATPASE( SECRETION FROM INTRAHEPATIC BILE DUCTULES BY VACUOLAR), The American journal of physiology, 265(4), 1993, pp. 70000719-70000724
Risultati: 1-9 |