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Awareness of deficits and error processing after traumatic brain injury.

机译:意识创伤和脑外伤后的错误处理。

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Severe traumatic brain injury is frequently associated with alterations in performance monitoring, including reduced awareness of physical and cognitive deficits. We examined the relationship between awareness of deficits and electrophysiological indices of performance monitoring, including the error-related negativity and posterror positivity (Pe) components of the scalp-recorded event-related potential, in 16 traumatic brain injury survivors who completed a Stroop color-naming task while event-related potential measurements were recorded. Awareness of deficits was measured as the discrepancy between patient and significant-other ratings on the Frontal Systems Behavior Scale. The amplitude of the Pe, but not error-related negativity, was reliably associated with decreased awareness of deficits. Results indicate that Pe amplitude may serve as an electrophysiological indicator of awareness of abilities and deficits.
机译:严重的颅脑外伤常常与绩效监测改变有关,包括对身体和认知缺陷的认识降低。我们检查了16位外伤性脑损伤幸存者的不良意识和绩效监测的电生理指标之间的关系,包括头皮记录的事件相关电位的与错误相关的阴性和错误后阳性(Pe)成分,这些患者均完成了Stroop色-命名任务,同时记录与事件相关的电位测量值。缺损意识的衡量标准是额度系统行为量表上的患者与其他显着性评分之间的差异。 Pe的幅度,而不是与误差有关的负值,与降低的赤字意识确实相关。结果表明,Pe振幅可作为对能力和不足的意识的电生理指标。

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