acetaminophen

Isolated paracetamol-induced acute kidney injury: a systematic review

Aim: We sought to characterise the syndrome of isolated paracetamol-induced acute kidney injury (AKI), whose incidence and mechanisms are poorly understood.
Methods: Using systematic review methodology, fifty-six papers relating to paracetamol-induced AKI were identified.
Results: 24 cases of isolated paracetamol-induced AKI were identified and compared to 87 identified cases of concurrent renal and hepatic injury.
Paracetamol-induced AKI became detectable 3-4 days after exposure; liver injury, where it occurred, preceded AKI detection by 1 day.
Risk factors affecting hepatotoxicity risk do not appear to influence isolated AKI, with no clear associated factors except younger age (mean 18.8 versus 33.1 years).
Conclusions: Isolated paracetamol-induced AKI appears commoner in younger patients. Paracetamol-induced AKI occurs late and may go undetected by current treatment guidelines.

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5-Oxoproline acidosis caused by acetaminophen and flucloxacillin treatment – a case report

High anion gap metabolic acidosis (HAGMA) is a common diagnosis in the emergency department, which requires a systematic work-up in order to identify and treat the underlying cause. We present an unusual case of HAGMA due to 5-oxoproline accumulation caused by prolonged treatment with both acetaminophen (paracetamol) and flucloxacillin. This paper describes the diagnostic work-up of HAGMA and emphasizes on the approach and initial treatment in case the underlying etiology is unclear.

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