The role of left and right hemisphere brain regions in language recovery after stroke-induced
aphasia remains controversial. Here, we summarize how neuroimaging studies increase the …

A great deal of research exists on the neural basis of theory-of-mind (ToM) or mentalizing.
Qualitative reviews on this topic have identified a mentalizing network composed of the …

Most individuals who experience aphasia after a stroke recover to some extent, with the
majority of gains taking place in the first year. The nature and time course of this recovery …

Abstract Language impairment, or aphasia, is a disabling symptom that affects at least one
third of individuals after stroke. Some affected individuals will spontaneously recover partial …

Previous functional imaging studies of chronic stroke patients with aphasia suggest that
recovery of language occurs in a pre-existing, bilateral network with an upregulation of …

Background and Purpose—Recent research suggests that increased left hemisphere
cortical activity, primarily of the left frontal cortex, is associated with improved naming …

The loss and recovery of language functions are still incompletely understood. This
longitudinal functional MRI study investigated the neural mechanisms underlying language …

Stroke-induced aphasia is associated with adverse effects on quality of life and the ability to
return to work. For patients and clinicians the possibility of relying on valid predictors of …

Comprehending and producing sentences is a complex endeavor requiring the coordinated
activity of multiple brain regions. We examined three issues related to the brain networks …

Converging evidence from neuroimaging studies and computational modelling suggests an
organization of language in a dual dorsal–ventral brain network: a dorsal stream connects …