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.