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Results: 1-7 |
Results: 7
MOLECULAR MECHANISMS OF CHOLESTASIS - CAUSES AND CONSEQUENCES OF IMPAIRED BILE FORMATION
Authors: KOOPEN NR MULLER M VONK RJ ZIMNIAK P KUIPERS F
Citation: Nr. Koopen et al., MOLECULAR MECHANISMS OF CHOLESTASIS - CAUSES AND CONSEQUENCES OF IMPAIRED BILE FORMATION, Biochimica et biophysica acta. Molecular basis of disease, 1408(1), 1998, pp. 1-17
IMPAIRED ACTIVITY OF BILE BILE CANALICULAR ORGANIC ANION TRANSPORTER (MRP2 CMOAT) IS NOT THE MAIN CAUSE OF ETHINYLESTRADIOL-INDUCED CHOLESTASIS IN THE RAT/
Authors: KOOPEN NR WOLTERS H HAVINGA R VONK RJ JANSEN PLM MULLER M KUIPERS F
Citation: Nr. Koopen et al., IMPAIRED ACTIVITY OF BILE BILE CANALICULAR ORGANIC ANION TRANSPORTER (MRP2 CMOAT) IS NOT THE MAIN CAUSE OF ETHINYLESTRADIOL-INDUCED CHOLESTASIS IN THE RAT/, Hepatology, 27(2), 1998, pp. 537-545
BILE-DUCT PROLIFERATION AND BILIARY FIBROSIS ASSOCIATED WITH ALTERED BILE COMPOSITION IN A MOUSE MODEL OF ERYTHROPOETIC PROTOPORPHYRIA
Authors: MEERMAN L KOOPEN NR BLOKS V VANGOOR H HAVINGA R MULLER M KUIPERS F JANSEN PLM
Citation: L. Meerman et al., BILE-DUCT PROLIFERATION AND BILIARY FIBROSIS ASSOCIATED WITH ALTERED BILE COMPOSITION IN A MOUSE MODEL OF ERYTHROPOETIC PROTOPORPHYRIA, Gastroenterology, 114(4), 1998, pp. 416-416
IMPAIRED ACTIVITY OF THE BILE CANALICULAR ORGANIC ANION TRANSPORTER (MRP2 CMOAT) IS NOT THE MAIN CAUSE OF ETHINYL ESTRADIOL-INDUCED CHOLESTASIS IN THE RAT/
Authors: KOOPEN NR WOLTERS H HAVINGA R VONK RJ JANSEN PLM MULLER M KUIPERS F
Citation: Nr. Koopen et al., IMPAIRED ACTIVITY OF THE BILE CANALICULAR ORGANIC ANION TRANSPORTER (MRP2 CMOAT) IS NOT THE MAIN CAUSE OF ETHINYL ESTRADIOL-INDUCED CHOLESTASIS IN THE RAT/, Hepatology, 26(4), 1997, pp. 652-652
HEPATOTOXIC ACTIONS OF DIETARY-CHOLESTEROL IN MDR2 P-GLYCOPROTEIN-DEFICIENT MICE
Authors: VOSHOL PJ KOOPEN NR HAVINGA R ELFERINK RPJO GROEN AK KUIPERS F
Citation: Pj. Voshol et al., HEPATOTOXIC ACTIONS OF DIETARY-CHOLESTEROL IN MDR2 P-GLYCOPROTEIN-DEFICIENT MICE, Hepatology, 26(4), 1997, pp. 663-663
HEPATIC BILE-SALT FLUX DOES NOT MODULATE LEVEL AND ACTIVITY OF THE SINUSOIDAL NA-TAUROCHOLATE COTRANSPORTER (NTCP) IN RATS()
Authors: KOOPEN NR WOLTERS H MULLER M SCHIPPERS IJ HAVINGA R ROELOFSEN H VONK RJ STIEGER B MEIER PJ KUIPERS F
Citation: Nr. Koopen et al., HEPATIC BILE-SALT FLUX DOES NOT MODULATE LEVEL AND ACTIVITY OF THE SINUSOIDAL NA-TAUROCHOLATE COTRANSPORTER (NTCP) IN RATS(), Journal of hepatology, 27(4), 1997, pp. 699-706
LOCALIZATION AND REGULATION OF A NOVEL CANALICULAR ABC-TRANSPORTER
Authors: MULLER M VOS TA KOOPEN NR ROELOFSEN H KUIPERS F JANSEN PLM
Citation: M. Muller et al., LOCALIZATION AND REGULATION OF A NOVEL CANALICULAR ABC-TRANSPORTER, Hepatology, 24(4), 1996, pp. 967-967
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