In this article we review our experience with the application of magnetic source imaging
(MSI), the newest of the functional imaging methods, to the study of brain mechanisms for …

Rapidly accumulating evidence from functional brain imaging studies indicates that
developmental reading disability is associated with a functional disruption of the brain …

The purpose of the present investigation was to describe spatiotemporal brain activation
profiles during word reading using magnetic source imaging (MSI). Ten right-handed …

This longitudinal study examined the development of the brain mechanism involved in
phonological decoding in beginning readers using magnetic source imaging. Kindergarten …

The purpose of the study was to identify spatiotemporal brain activation profiles associated
with phonological decoding in dyslexic children using magnetic source imaging. For this …

Converging evidence from a number of lines of investigation indicates that dyslexia
represents a disorder within the language system and more specifically within a particular …

This review outlines the rationale for the use of magnetoencephalography (MEG) or
magnetic source imaging (MSI), a noninvasive functional imaging technique, and the …

Background: Neuroimaging offers unique opportunities for understanding the acquisition of
reading by children and for unravelling the mystery of developmental dyslexia. Here, I …

The problem in dyslexia is difficulty learning how the printed word maps onto spoken
language. Magnetic Source Imaging protocols were used in three studies. The first study …

In this chapter, we summarize the key findings that have emerged from functional
neuroimaging studies of skilled readers and individuals with developmental dyslexia. Our …