2013
DOI: 10.1016/j.seizure.2013.03.012
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Diagnostic decision-making after a first and recurrent seizure in adults

Abstract: The variability in neurologists' reported strategies about the use of EEG in the diagnosis of seizures is remarkably large. Consequences for the individual patient may be significant, including treatment decisions and driving restrictions. The availability and use of more sensitive diagnostic methods may be necessary to enhance agreement between neurologists.

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Cited by 16 publications
(17 citation statements)
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“…Epileptiform EEG changes played a lesser role than neuroimaging abnormalities in influencing treatment commencement and remained less influential than other risk factors in those with normal imaging and a single seizure. This observation might reflect inherent differences in weighting ascribed by neurologists to different investigations in the treatment decision process . Although EEG has consistently been associated with a higher risk of recurrence after a first seizure, its role in our cohort might have been to clarify electroclinical diagnosis when other data were noncontributory and not a predictor of treatment in our study.…”
Section: Discussionmentioning
confidence: 88%
See 1 more Smart Citation
“…Epileptiform EEG changes played a lesser role than neuroimaging abnormalities in influencing treatment commencement and remained less influential than other risk factors in those with normal imaging and a single seizure. This observation might reflect inherent differences in weighting ascribed by neurologists to different investigations in the treatment decision process . Although EEG has consistently been associated with a higher risk of recurrence after a first seizure, its role in our cohort might have been to clarify electroclinical diagnosis when other data were noncontributory and not a predictor of treatment in our study.…”
Section: Discussionmentioning
confidence: 88%
“…This observation might reflect inherent differences in weighting ascribed by neurologists to different investigations in the treatment decision process. 26 Although EEG has consistently been associated with a higher risk of recurrence after a first seizure, 27 its role in our cohort might have been to clarify electroclinical diagnosis when other data were noncontributory and not a predictor of treatment in our study. In our cohort where all patients were diagnosed with epilepsy, a higher proportion of patients had epileptogenic lesions (over 40%) identified on neuroimaging compared to similar cohorts.…”
Section: Discussionmentioning
confidence: 88%
“…Se ha demostrado que las llamadas "crisis sintomáticas remotas" (aquellas debidas a enfermedad vascular cerebral, trauma, infección del sistema nervioso central, parálisis cerebral y trastornos cognitivos del desarrollo) duplican el riesgo para recurrencia de crisis, lo cual quedó demostrado desde el estudio de Hauser y colaboradores, en el cual la tasa de recurrencia de crisis en epilepsias sintomáticas remotas al 1, 3 y 5 años fue de 26%, 41% y 48% respectivamente, comparado con el 10%, 24% y 29% en el mismo intervalo de pacientes con epilepsia de causa desconocida (15). La probabilidad estimada de recurrencia de crisis después de la primera crisis en adultos con anormalidades epileptiformes en el EEG es 49,5% comparado a sólo 27,4% en individuos con EEG normal (16). De la misma manera, la injuria cerebral como causa de una crisis fue asociada con un incremento en el riesgo de recurrencia de crisis entre el primer y quinto año de 2.55 (IC 95%: 1,44-4,51), comparado con el riesgo de pacientes con crisis de causa desconocida (13,15).…”
Section: Riesgo De Recurrencia De Crisis Después De Una Primera Crisiunclassified
“…EEG is used in clinical practice, research and various other domains. Its numerous applications contain pre-surgical evaluation [1], diagnostic decision-making [2] and the assessment of chronic headaches [3]. EEG "is an important diagnostic tool for patients with seizures and other paroxysmal behavioral events" [4], it may provide diagnostic information in case of epilepsy [5], Alzheimer's disease [6], [7], schizophrenia [8] or after a brain injury [9].…”
Section: Introductionmentioning
confidence: 99%