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Validation of an algorithm of time-dependent electro-clinical risk stratification for electrographic seizures (TERSE) in critically ill patients.

par Cisse, Fodé Abass ;Osman, Gamaleldin;Legros, Benjamin ;Depondt, Chantal ;Hirsch, L.J.;Struck, Aaron A.F.;Gaspard, Nicolas
Référence Clinical neurophysiology, 131, 8, page (1956-1961)
Publication Publié, 2020-08

Article révisé par les pairs

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Résumé :

The clinical implementation of continuous electroencephalography (CEEG) monitoring in critically ill patients is hampered by the substantial burden of work that it entails for clinical neurophysiologists. Solutions that might reduce this burden, including by shortening the duration of EEG to be recorded, would help its widespread adoption. Our aim was to validate a recently described algorithm of time-dependent electro-clinical risk stratification for electrographic seizure (ESz) (TERSE) based on simple clinical and EEG features.