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City Lucena / London / DILI / / Company GE / Google / Creative Commons / BioMed Central Ltd. / Donaldson / Stephens / / Continent Africa / Asia / / Country United Kingdom / / Currency pence / / / Facility National Institute of Diabetes / Imperial College / QEQM building / National Library of Medicine / St Mary’s Hospital Campus / St Mary’s Hospital / / IndustryTerm pharmaceutical agent / magnetic resonance imaging / normal portal / online submission / / MedicalCondition hepatitis A / drug-induced liver injuries / ventricular tachycardia / ajmaline causing liver injury / nausea / patient’s liver injury / Inflammatory markers / injury / severe liver injury / viral liver disease / idiosyncratic drug-induced liver injury / unusual syndrome / initial acute hepatitis / right bundle branch block / illness / pruritus / liver disease / man’s illness / sepsis / gallstones / co-amoxiclav-induced liver injury / hepatic fibrosis / arrhythmia / Brugada syndrome / chronic viral hepatitis / drug-related liver injury / chronic liver disease / cholestatic hepatitis / ajmaline-induced acute hepatitis / Ajmaline-related liver injury / suspected drug-induced liver injury / Wolff-Parkinson-White syndrome / suspected Brugada syndrome / atrial fibrillation / apparent drug-induced liver injury / Drug-induced liver injury / liver injury / Marked centrilobular cholestasis / ajmaline-related cholestasis / cholestasis / centrilobular cholestasis / / Organization Imperial College London / Digestive and Kidney Diseases / St Mary’s Hospital / Department of Medicine / National Institute of Diabetes and Digestive / / Person Mark Thursz / / Position Editor / family physician / physician / author / Professor / / Product amoxicillin / / Technology antibodies / ultrasound / magnetic resonance imaging / genotype / / URL www.biomedcentral.com/submit / http / SocialTag 
An upper limit for macromolecular crowding effects