Citation

Vaneckova M, Zakharov S, Klempir J, Ruzicka E, Bezdíček O, Lišková I, Diblik P, Miovsky M, Hubáček JA, Urban P, Ridzon P, Pelclova D, Burgetová A, Masek M, Seidl Z. Ces. Slov. Neurol. Neurochir. 2014; 77(2): 235-239.

Copyright

(Copyright © 2014, Česká Lekařská Společnost J.E. Purkyně)

DOI

unavailable

PMID

unavailable

Abstract

Methanol is a highly toxic liquid with affinity to optic nerves and the central nervous system. Poisoning can occur during a suicide attempt or as a result of an accident, most often due to mistaking methanol for alcohol. In the Czech Republic, the so called methanol affair still resonates; a total of 121 patients were hospitalized due to intoxication with methanol. We present three cases, their magnetic resonance imaging results and residual clinical disability. Methanol intoxication leads to metabolic acidosis and permanent sequelae such as blindness, permanent neurological disability (especially extrapyramidal disorders) and, in severe cases, the patient's death. Magnetic resonance imaging shows a methanol intoxication-specific finding; during an acute phase, it may be useful in differential diagnosis as well as for predicting severity of disability and subsequent course of clinical condition. The finding on imaging gradually evolves. Typically, magnetic resonance depicts bilateral necrosis in the putamen with or without signs of bleeding. Another typical localization is the subcortical area; findings in the stem and the cerebellum or other basal ganglia are less frequent. On examination of the visual pathway, an atrophy of optic nerve can be detected; demyelination is present during the acute phase.

Language: cs

Keywords

Intoxication; disability; human; case report; blindness; methanol; death; article; differential diagnosis; acute disease; nuclear magnetic resonance imaging; extrapyramidal syndrome; brain hemorrhage; metabolic acidosis; Methanol; methanol poisoning; brain stem; demyelination; basal ganglion; visual system examination; cerebellum; Magnetic resonance imaging; putamen; brain necrosis; disability severity; Basal ganglia; optic nerve atrophy; subcortex