Drug-induced Cholestasis: Mechanisms, Models, and Markers.

Abstract:

BACKGROUND:Drug-induced cholestasis is a risk factor in the progression of drug candidates, and poses a serious health hazard if not detected before going into a human. Intrahepatic accumulation of Bile Acids (BAs) represents a characteristic phenomenon associated with drug-induced cholestasis. METHODS:This review will discuss the current knowledge and knowledge gaps regarding drug-induced cholestasis, such as complexity of BA-mediated toxicity mechanisms, disconnect in signatures of toxicity between clinical and preclinical models, and the impact of bile acids at different 'targets' such as transporters, enzymes and nuclear receptors. RESULTS:It is important to assess drug-induced cholestasis mechanisms in a physiologically relevant holistic in vitro system. Lack of sensitive and early preclinical biomarkers relevant to the clinical situation, complicates proper detection of drug-induced cholestasis. Significant overlap in biomarker signatures between different mechanisms of Drug-induced Liver Injury (DILI) precludes identification of specific mechanisms. Unavailability of suitable animal models predictive of the toxicity observed in human add to the lack of prediction of clinical drug-induced cholestasis. CONCLUSION:Recent developments regarding BA-mediated inflammation as a trigger for toxicity significantly improved understanding of mechanisms of clinical drug-induced cholestasis. Increased insight into susceptibility factors in addition to Bile Salt Export Pump (BSEP) inhibition, biomarkers and involvement of immune system decreased knowledge gaps. Increased knowledge is assisting the development of the novel in vitro models providing a holistic understanding of processes underlying drug-induced cholestasis. This review summarizes the challenges and recent developments about drug-induced cholestasis with a potential path forward for informed decision-making during the drug development process.

journal_name

Curr Drug Metab

journal_title

Current drug metabolism

authors

Chatterjee S,Annaert P

doi

10.2174/1389200219666180427165035

subject

Has Abstract

pub_date

2018-01-01 00:00:00

pages

808-818

issue

10

eissn

1389-2002

issn

1875-5453

pii

CDM-EPUB-90051

journal_volume

19

pub_type

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