使用一种新的便携式视觉认知诱发电位设备评估精神疲劳的昼夜变化。

Huey Shin Chua, Katrin Ji-In Miller, Niha Akhtar Sayyeda, Marten Reda Youssef Ibrahim AttaAlla, Eithar Osama Eltayeb Babikir, Jan Kremláček, Miroslav Kuba
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引用次数: 0

摘要

在由13名健康志愿者组成的年龄同质组中,我们在一天中(从上午10点到午夜)检查了5次视觉诱发电位(VEP)视觉诱发认知电位(事件相关电位-ERP)和选择反应时间(CRT),以验证皮层诱发电位和CRT的测量参数是否有显著变化,这可能反映精神疲劳的程度。电生理测试是使用一种名为“VEPpeak”的新型便携式VEP设备进行的,该设备几乎可以在任何条件下在标准实验室外进行检查。研究发现,ERP(P300峰值时间)和CRT的潜伏期在接近午夜时显著延长,而VEP的潜伏期和所有振幅没有显著变化。这项初步研究支持了我们的观点,即便携式VEP设备可能用于许多情况下所需的精神疲劳的客观检查。这应该在一项更大的研究中得到证实,该研究还包括与非电生理疲劳测试的比较。
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Evaluation of Diurnal Changes of Mental Fatigue Using a New Portable Device for Visual Cognitive Evoked Potentials.

In the age homogenous group of 13 healthy volunteers, we examined visual evoked potentials (VEP) visually evoked cognitive potentials (event-related potentials - ERP) and choice reaction time (CRT) five times during the day (from 10.00 a.m. up to midnight) to verify whether there are significant changes of the measured parameters of the cortical evoked potentials and CRT which might reflect the level of the mental fatigue. The electrophysiological testing was done with the use of a new portable VEP device named "VEPpeak" enabling to perform the examination outside standard labs in almost any conditions. It was found that the latency of ERP (P300 peak time) and CRT displayed significant prolongation toward midnight while VEP latency and all amplitudes did not change significantly. This pilot study supports our idea that the portable VEP device possibly might be used for the objective examination of mental fatigue that is needed in many situations. This should be confirmed in a larger study also including a comparison with non-electrophysiological fatigue testing.

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