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

Language is considered to be one of the most lateralized human brain functions. Left
hemisphere dominance for language has been consistently confirmed in clinical and …

Several mechanisms have been attributed to post-stroke loss and recovery of language
functions. However, the significance and timing of domain-general and homotopic right …

The neural mechanisms underlying recovery of language after left hemisphere stroke
remain elusive. Although older evidence suggested that right hemisphere language …

The involvement of the right hemisphere, mainly the activation of the right cerebral regions,
in recovery from post-stroke aphasia has been widely recognized. In contrast, the role of the …

Current theories of language recovery after stroke are limited by a reliance on small studies.
Here, we aimed to test predictions of current theory and resolve inconsistencies regarding …

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

This study was designed to identify the neural network supporting the semantic processing
of visual words in a patient with large-scale damage to left-hemisphere (LH) language …

Background: Neuroimaging research on language recovery in patients with aphasia due to
left hemisphere damage has generated some intriguing results. However, it is still not clear …

In post-stroke aphasia, language tasks recruit a combination of residual regions within the
canonical language network, as well as regions outside of it in the left and right …