Developmental dyslexia is a highly prevalent reading disorder affecting about 5%–10% of
children [1]. It is characterized by slow and/or inaccurate word recognition skills as well as by …

Developmental dyslexia is characterized by the inability to acquire typical reading and
writing skills. Dyslexia has been frequently linked to cerebral cortex alterations; however …

While there is emerging evidence from behavioral studies that visual attention skills are
impaired in dyslexia, the corresponding neural mechanism (ie, deficits in the dorsal visual …

Current views on the neural network subserving reading and its deficits in dyslexia rely
largely on evidence derived from functional neuroimaging studies. However, understanding …

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

Converging evidence from neuroimaging studies of developmental dyslexia reveals
dysfunction at posterior brain regions centered in and around the angular gyrus in the left …

Developmental dyslexia is a neurobiologically based disorder that affects≈ 5–17% of
school children and is characterized by a severe impairment in reading skill acquisition. For …

This mini-review summarizes and integrates findings from recent meta-analyses and original
neuroimaging studies on functional brain abnormalities in dyslexic readers. Surprisingly …

Individuals with developmental dyslexia (DD) show a disruption in posterior left-hemispheric
neural networks during phonological processing. Additionally, compensatory mechanisms in …

Abnormalities in large-scale brain networks have been recently reported in dyslexia;
however, it remains unclear whether these abnormalities are congenital (due to dyslexia per …