认知任务对脑电图同步的影响

M. Nazari, M. Ahmadlou, F. Wallois
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引用次数: 0

摘要

同步作为动态系统中相似性的量化度量,是神经科学等许多科学领域的一个重要概念。一种新的同步测量,模糊SL,用于研究认知任务期间与休息条件相比的整体皮质功能连通性。记录16例健康儿童睁眼休息(EO1)、连续性能测试(CPT)和再次睁眼休息(EO2)时的高分辨率脑电图(EEG)。在每个条件下计算delta和beta波段的全局模糊SL。在条件下观察到相反的模式;从EO1到CPT状态,δ增加而β减少。从CPT到EO2,同步的变化也是相反的。这一发现可能被解释为大脑神经元网络功能连接的条件特异性调节。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Effect of cognitive task on delta and beta EEG synchronization
Synchronization as a measure of quantification of similarities in dynamic systems is an important concept in many scientific fields such as neuroscience. A new measure of synchronization, fuzzy SL, was used to investigate overall cortical functional connectivity during a cognitive task compared to resting conditions. High-resolution electroencephalogram (EEG) was recorded during eyes-open resting (EO1), continuous performance test (CPT), and eyes-open resting again (EO2) in 16 healthy children. Global fuzzy SL for delta and beta bands was calculated per condition. The opposite pattern was observed within conditions; delta increased but beta decreased from the EO1 to CPT condition. From the CPT to EO2, changes in the synchronization were also opposite. The findings might be interpreted as condition-specific modulation of functional connectivity of brain neuronal networks.
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