Evidence of Drug-Drug Interactions through Uptake and Efflux Transport Systems in Rat Hepatocytes: Implications for Cellular Concentrations of Competing Drugs

Youssef Daali; Philippe Millet; Pierre Dayer; Catherine M Pastor

doi:10.1124/dmd.113.051870

Research ArticleArticle

Evidence of Drug-Drug Interactions through Uptake and Efflux Transport Systems in Rat Hepatocytes: Implications for Cellular Concentrations of Competing Drugs

Youssef Daali, Philippe Millet, Pierre Dayer and Catherine M Pastor

Drug Metabolism and Disposition May 24, 2013, dmd.113.051870; DOI: https://doi.org/10.1124/dmd.113.051870

Youssef Daali

1 HUG, Genevae;

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Philippe Millet

2 HUG, Geneva;

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Pierre Dayer

2 HUG, Geneva;

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Catherine M Pastor

3 Laboratoire de Physiopathologie Hepatique et Imagerie Moleculaire

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For correspondence: catherine.pastor@hcuge.ch

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Drug Metabolism and Disposition

Vol. 49, Issue 5

1 May 2021

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Research ArticleArticle

Evidence of Drug-Drug Interactions through Uptake and Efflux Transport Systems in Rat Hepatocytes: Implications for Cellular Concentrations of Competing Drugs

Youssef Daali, Philippe Millet, Pierre Dayer and Catherine M Pastor

Drug Metabolism and Disposition May 24, 2013, dmd.113.051870; DOI: https://doi.org/10.1124/dmd.113.051870

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Research ArticleArticle

Evidence of Drug-Drug Interactions through Uptake and Efflux Transport Systems in Rat Hepatocytes: Implications for Cellular Concentrations of Competing Drugs

Youssef Daali, Philippe Millet, Pierre Dayer and Catherine M Pastor

Drug Metabolism and Disposition May 24, 2013, dmd.113.051870; DOI: https://doi.org/10.1124/dmd.113.051870

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Evidence of Drug-Drug Interactions through Uptake and Efflux Transport Systems in Rat Hepatocytes: Implications for Cellular Concentrations of Competing Drugs

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