电极伪影,突破节奏,或局灶性癫痫:导航电图困境。

Mohammad Samara, Naeem Mahfooz, Ajaz Sheikh
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引用次数: 0

摘要

伪影在脑电图记录过程中很常见,通常不会对熟练的神经生理学家构成重大挑战。然而,在极少数情况下,生理脑电图活动可能与伪影非常相似,可能导致漏诊或严重延误诊断。我们报告一个病例涉及高度局灶性电痉挛最初记录在一个电极上,提出了实质性的诊断挑战。这种延迟识别癫痫发作突出了仔细的脑电图解释的重要性,特别是在不寻常或微妙的发现的情况下,以确保及时诊断和治疗。我们建议使用具有更多电极数量的脑电图阵列来提高空间分辨率,或者在此类具有挑战性的情况下结合神经成像进行相关性分析。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Electrode Artifact, Breach Rhythm, or Focal Seizures: Navigating an Electrographic Quandary.

Artifacts are a common occurrence during EEG recording and typically do not present a significant challenge to skilled neurophysiologists. However, in rare instances physiological electroencephalographic activity may closely mimic artifacts, potentially leading to missed or significantly delayed diagnosis. We report a case involving highly focal electrographic seizures initially recorded on a single electrode, posing a substantial diagnostic challenge. This delay in recognizing the seizures highlights the importance of careful EEG interpretation, especially in cases of unusual or subtle findings, to ensure timely diagnosis and treatment. We suggest using EEG arrays with a higher number of electrodes to improve spatial resolution or incorporating neuroimaging for correlation in such challenging cases.

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