Developmental dyslexia is a complex reading disorder involving genetic and environmental
factors. After more than a century of research, its etiology remains debated. Two hypotheses …

The visual word N1 (N170w) is an early brain ERP component that has been found to be a
neurophysiological marker for print expertise, which is a prelexical requirement associated …

Developmental dyslexia may involve deficits in functional connectivity across widespread
brain networks that enable fluent reading. We investigated the large-scale organization of …

During reading acquisition children learn to recognize orthographic stimuli and link them to
phonology and semantics. The present study investigated neurocognitive processes of …

The ventral occipitotemporal (vOT) cortex serves as a core region for visual processing, and
specific areas of this region show preferential activation for various visual categories such as …

Efficient reading relies on expertise in the visual word form area, with abnormalities in the
functional specialization of this area observed in individuals with developmental dyslexia …

The main diagnostic criterion for developmental dyslexia (DD) in transparent orthographies
is a remarkable reading speed deficit, which is often accompanied by spelling difficulties …

Orthographic processing is a construct that encompasses the skills of recognizing, storing,
accessing, and applying the print conventions of a writing system. Few studies have …

This ERP study investigated the cognitive nature of the P1–N1 components during
orthographic processing. We used an implicit reading task with various types of stimuli …

There are multiple levels of processing relevant to reading that vary in their visual,
sublexical, and lexical orthographic processing demands. Segregating distinct cortical …