… to the upper alpha band we assume that due to difficulties in word encoding, dyslexics may
… If this is true, we expect larger tonic but smaller phasic upper alpha power particularly for …

… For example, a difference in IAF between groups might explain why lateralized effects on
power in the lower alpha band actually emerged earlier for dyslexic individuals than for …

… To our best knowledge phasic band power changes have not yet been studied in dyslexic
… alpha band which are defined as bands with a width of 2 Hz falling below and above AF(i). …

… bands and specific cognitive processes to the observed EEG differences in children with
developmental dyslexia… with less alpha reduction from baseline in the dyslexic group rather than …

… for delta, theta, alpha 1, alpha 2, alpha 3, beta 1, beta 2, and gamma bands in the normal
control group and in dyslexic subjects. The control group presented alpha 1 sources with the …

… dyslexia and children in the control group exhibited differences in several EEG measures,
particularly in theta and alpha … The spectral power in the different frequency bands is the first …

… (4–6 Hz), alpha (7–13 Hz) and beta (15–25 Hz) bands both from the “raw” … Individual
alpha frequency (IAF) was computed as the frequency with higher power within the alpha band …

… dyslexia and neurotypical control children during eyes closed state. We reported the differences
in spontaneous oscillatory activity of each major EEG band (delta, theta, alpha, … dyslexia …

… site, with the opposite trend found for the dyslexic and ADD groups. Across groups, power
… the delta and alpha bands and at the right than at the left temporal site in the low beta band. …

… 1 3 years later: (2) in the dyslexics, decreased beta (19-24 c/sec… the alpha band: the first
cohort dyslexics had lower alpha power … to alpha band comparisons between the dyslexics and …