Abstract
and hemispheric assymetry were predominantly associated with alpha band variances in rest, during engagement to and performing cognitive tasks, between adults with ADHD and controls, while based on assessing very low frequency oscillations, different pattern of deactivation of the default mode network was suggested between individuals with high and low ADHD symptom frequency [1]. Multiple studies found event related potential differences associated with attentional control-, error detection-, reward sensitivity-, and inhibition features of ADHD. Although QEEG constantly adds to the understanding of the neurobiological background of ADHD and considered as a useful and promising tool for targeting the identification of objective indices for the diagnosis of ADHD, current markers are not yet specific enough for diagnostic purposes[2,3].
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