|
Drug type | Application | Applied cell lines | Kinetics | Ref(s) |
|
Acetaminophen, clozapine, olanzapine, fialuridine, entecavir, aminophenol | Biotransformation, hepatotoxicity | Human hepatocytes from donors | 7 days of culture, 48 hr stimuli | [32] |
Amiodarone, acetaminophen | Hepatotoxicity due to mitochondrial respiration analysis | HepG2/C3 | 28 days | [39] |
Acetaminophen-omeprazol, acetaminophen-rifampicina, acetaminophen-ciprofloxacin | Drug-drug interaction | HepG2, HUVEC EA.hy926, stellate, U937 | | [38] |
Acetaminophen | Hepatoxicity | HepG2/C3 | 30 days | [23] |
Acetaminophen, isoniazid, rifampicin | Drug-drug interaction, hepatoxicity | Lobule-like HepG2, HAEC | 4 days | [136] |
Diclofenac | Biotransformation | Multicellular platform: Hu8150 and HK8160 | 7 days | [30] |
Phenacetin, diclofenac, lidocaine, ibuprofen, propranolol, prednisolone | Biotransformation variability | Human primary hepatocytes from donors | 7 days | [31] |
Bupropion/2-phenyl-2-(1-piperidinyl)propane), tolbutamide/sulphafenazole, omeprazole/benzylnirvanol, testosterone/ketoconazole | Development of CYP450 inhibitors | HepaRG | 24 hrs | [26] |
Warfarina, dasatinib | Drug-drug interaction | HepaRG | 24 hrs | [27] |
Midazolam, phenacetin, acetaminophen | Biotransformation | Human primary hepatocytes | 13 days | [35] |
Tolbutamide, testosterone | Hepatic clearance by CYP3A1 and CYP2C11 | Rat hepatocyte primary cell culture | 15 days | [137] |
Adaptaquin (HIF PHD inhibitors) | Hepatotoxicity | HepaRG | 48 hrs | [138] |
Adaptaquin and analogs | Biotransformation, hepatotoxicity | HepaRG | 24 hrs | [36] |
Rifampin, ketoconazole | Hepatotoxicity | Hepatic stellate cells isolated from rat | ~14 days | [42] |
Vitamin D | Biotransformation | HepG2 cells, RPTEC | ~5 days | [139] |
Vitamin E (-tocoferol) | Biosynthesis of metabolites to target 5-lipoxygenase | Human-liver-sinusoid, HepaRG cells, HUVEC, human monocyte (PBM) | ~5 days | [40] |
Ethanol | Detoxification and hepatotoxicity | HepG2 | 4 days | [24] |
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