Although the generality of dyslexia and its devastating effects on the individual's life are
widely acknowledged, its precursors and associated neural mechanisms are poorly …

Developmental dyslexia is generally believed to result from impaired linguistic processing
rather than from deficits in low-level sensory function. Challenging this view, we studied the …

Developmental dyslexia involves deficits in the visual and auditory domains, but is primarily
characterized by an inability to translate the written linguistic code to the sound structure …

Despite dyslexia affecting a large number of people, the mechanisms underlying the
disorder remain undetermined. There are numerous theories about the origins of dyslexia …

Developmental dyslexics, individuals with an unexplained difficulty reading, have been
shown to have deficits in phonological processing—the awareness of the sound structure of …

Dyslexia is a common disorder with largely unknown pathophysiology. We tested ten
dyslexic adults and 20 control subjects with trains of binaural clicks which led to illusory …

It has been hypothesized that auditory temporal processing plays a major role in the
aetiology of dyslexia. Event-related brain potentials (mismatch negativity, MMN) of auditory …

Neurophysiological studies on children and adults with dyslexia provide a deeper
understanding of how visual and auditory processing in dyslexia might relate to reading …

The nature of the fundamental deficit underlying reading disability is the subject of a long-
standing debate. We previously found that dyslexics with additional learning difficulties (D …

A new study reports that activations of superior temporal regions for speech are normal in
dyslexia, although being less well connected to downstream frontal regions. These findings …