Jacobs Julia, Zijlmans Maeike
157744Alberta Children's Hospital Research Institute, Calgary, Alberta, Canada.
36512UMC Utrecht Brain Center Rudolf Magnus, Utrecht, the Netherlands.
Epilepsy Curr. 2020 Nov-Dec;20(6):338-347. doi: 10.1177/1535759720957308. Epub 2020 Oct 20.
The study of high frequency oscillations (HFO) in the electroencephalogram (EEG) as biomarkers of epileptic activity has merely focused on their spatial location and relationship to the epileptogenic zone. It has been suggested in several ways that the amount of HFO at a certain point in time may reflect the disease activity or severity. This could be clinically useful in several ways, especially as noninvasive recording of HFO appears feasible. We grouped the potential hypotheses into 4 categories: (1) HFO as biomarkers to predict the development of epilepsy; (2) HFO as biomarkers to predict the occurrence of seizures; (3) HFO as biomarkers linked to the severity of epilepsy, and (4) HFO as biomarkers to evaluate outcome of treatment. We will review the literature that addresses these 4 hypotheses and see to what extent HFO can be used to measure seizure propensity and help determine prognosis of this unpredictable disease.
将脑电图(EEG)中的高频振荡(HFO)作为癫痫活动生物标志物的研究仅仅聚焦于它们的空间位置以及与致痫区的关系。已经通过多种方式表明,某一时刻HFO的数量可能反映疾病活动或严重程度。这在多个方面可能具有临床实用性,特别是因为对HFO进行无创记录似乎是可行的。我们将潜在假设分为4类:(1)HFO作为预测癫痫发展的生物标志物;(2)HFO作为预测癫痫发作发生的生物标志物;(3)HFO作为与癫痫严重程度相关的生物标志物;(4)HFO作为评估治疗结果的生物标志物。我们将回顾涉及这4种假设的文献,并审视HFO在多大程度上可用于测量癫痫发作倾向并帮助确定这种不可预测疾病的预后。