Abstract

BackgroundThe incidence of methanol (CH3OH) intoxication differs enormously from country to country. Methanol intoxication is extremely rare in the Dutch population. Even a low dose can already be potentially lethal. Patients are conventionally treated with hemodialysis. Therefore we'd like to present a report of a foreign sailor in Rotterdam who accidentally caused himself severe methanol intoxication, with a maximum measured concentration of 4.4 g/L.Case presentationThe patient presented with hemodynamic instability and severe metabolic acidosis with pH 6.69. The anion gap was 39 mmol/L and the osmol gap 73 mosmol/kg. Treatment with ethanol and continuous venovenous hemodiafiltration (CVVH-DF) was initiated. Despite the hemodynamic instability it is was possible to achieve rapid correction of pH and methanol concentration with CVVH-DF while maintaining a stable and therapeutic ethanol serum concentration. Despite hemodynamic and acid-base improvement, our patient developed massive cerebral edema leading to brain death. Permission for organ donation was unfortunately not ascertained.ConclusionsWe conclude that in a hemodynamic instable situation high methanol concentrations and methanol-induced derangements of homeostasis are safely and effectively treated with CVVH-DF and that severe cerebral edema is another possible cause of death rather than the classical bleeding in the putamen area.

Highlights

  • The incidence of methanol (CH3OH) intoxication differs enormously from country to country

  • We conclude that in a hemodynamic instable situation high methanol concentrations and methanolinduced derangements of homeostasis are safely and effectively treated with continuous venovenous hemodiafiltration (CVVH-DF) and that severe cerebral edema is another possible cause of death rather than the classical bleeding in the putamen area

  • The patient was treated with CVVH-DF and ethanol infusions to block the alcohol dehydrogenase (ADH)

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Summary

Introduction

The incidence of methanol (CH3OH) intoxication differs enormously from country to country. Conclusions: We conclude that in a hemodynamic instable situation high methanol concentrations and methanolinduced derangements of homeostasis are safely and effectively treated with CVVH-DF and that severe cerebral edema is another possible cause of death rather than the classical bleeding in the putamen area. Hemodialysis in combination with ethanol or fomipezole, a costly but powerful alcohol dehydrogenase (ADH) blocker is the first choice treatment in case of a severe intoxication [6,7].

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