Developmental dyslexia (DD) is a complex neurodevelopmental deficit characterized by
impaired reading acquisition, in spite of adequate neurological and sensorial conditions, …

… Neuroimaging has revealed brain differences that are highly relevant to helping people
with developmental dyslexia. These brain differences are observable from infancy and before …

… Functional neuroimaging studies have revealed abnormal activity of brain regions known to
… phonological and orthographic processing deficits manifested by individuals with dyslexia. …

… This review focuses on evidence from behavioral and neuroimaging studies of early literacy
skills in pre-reading children and the potential of these studies to enhance the identification …

… size of most neuroimaging studies of dyslexia, which typically … differences, researchers
using neuroimaging could hope to … In hindsight, however, it is now evident that neuroimaging …

… Developmental dyslexia, a severe deficit in literacy learning, is a neurodevelopmental
learning disorder. Yet, it is not clear whether existing neurobiological accounts of …

… Developmental dyslexia is the most common learning disability, but we do not yet fully …
MRI brain imaging studies, when performed at an early point in children's reading development, …

… This article summarizes the results from MR neuroimaging … for dyslexia prior to the start of
formal reading instruction. First, the neurobiology of typical and atypical reading development …

… of developmental dyslexia previously reported. Morphological abnormalities in the right and
left superior temporal gyri are one of the most frequent finding in studies comparing DD and …

… new (right) models of developmental dyslexia across the three levels of explanation (Anatomo-functional
(A), Developmental (D), and Orthographic Depth (OD)) with respect to three …