Reaction Time And EEG Activation Under Alerted And Nonalerted Conditions

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Reaction time as a function of arousal and anxiety

metric T test. Reaction time at the moment of arousal was significantly longer than reaction time during non­ arousal (CR=-3.665, p< 01). In addition, as seen in Fig. 3, under the nonarousal condition, the high-anxiety group showed the longest reaction time, and the medium­ anxiety group the shortest. In this nonarousal condition,

Executive attention deficits after traumatic brain injury

were three cue conditions that preceded the target no cue, center cueandspatialcue(96trialseach).Bothcenterandspatialcuespreced-ed the target by a fixed time (400 ms). Center cue gave subjects infor-mation about timing of the upcoming target, while spatial cues additionally alerted subjects to location of the subsequent target (i.e.

Multisensory Integration: How Sound Alters Sight

the conditions in which the link between the time window of Reaction time and EEG activation under alerted and nonalerted conditions. J. Exp.