Although the left posterior occipitotemporal sulcus (pOTS) has been called a visual word
form area, debate persists over the selectivity of this region for reading relative to general …

The neural networks that support normal single word reading have been studied extensively
with functional magnetic resonance imaging (fMRI) and been heavily meta analysed; yet two …

Visual word recognition, at a minimum, involves the processing of word form and lexical
information. Opinions diverge on the spatiotemporal distribution of and interaction between …

In setting out to explore the neural substrates of spelling and writing, a useful theoretical
point of departure is to consider the development of written language from an evolutionary …

The visual word form system (VWFS), located in the occipito-temporal cortex, is involved in
orthographic processing of visually presented words (Cohen et al., 2002). Recent fMRI …

In this study, event related potentials (ERPs) were used to investigate the extent to which
dyslexics (aged 9–13years) differ from normally reading controls in early ERPs, which reflect …

The level of reading skills in children and adults is reflected in the strength of preferential
neural activation to print. Such preferential activation appears in the N1 event-related …

Regions in left occipitotemporal (OT) cortex, including the putative visual word form area, are
among the most commonly activated in imaging studies of single-word reading. It remains …

Rapid automatized naming (RAN) has been established to be a strong predictor of reading.
Yet, the neural correlates underlying the RAN–reading relationship remain unknown. Thus …

Theoretical and computational models of reading have traditionally been informed by
specific characteristics of disabled readers. One of the most frequently studied marker effects …