Right hemisphere activation during functional imaging studies of language has frequently
been reported following left hemisphere injury. Few studies have anatomically characterized …

A predominant theory regarding early stroke and its effect on language development, is that
early left hemisphere lesions trigger compensatory processes that allow the right …

Acquired language disorders after stroke are strongly associated with left hemisphere
damage. When language difficulties are observed in the context of right hemisphere strokes …

Left-hemispheric (LH) brain lesions acquired early in life can induce language organization
in the undamaged right hemisphere (RH). This study addresses the anatomical correlates of …

To determine the areas involved in reorganization of language to the right hemisphere after
early left hemisphere injury, we compared fMRI activation patterns during four production …

Early left-hemispheric brain lesions may lead to a reorganization of language into the right
hemisphere. Language functions are consecutively spared, but visuospatial functions show …

Understanding the relationship between brain and cognition critically depends on data from
brain-damaged patients since these provide major constraints on identifying the essential …

Abstract Language is typically a function of the left hemisphere but the right hemisphere is
also essential in some healthy individuals and patients. This inter‐subject variability …

Verbal stimuli often induce right‐hemispheric activation in patients with aphasia after left‐
hemispheric stroke. This right‐hemispheric activation is commonly attributed to functional …

Right-hemisphere involvement in language processing following left-hemisphere damage
may reflect either compensatory processes, or a release from homotopic transcallosal …