Background and Purpose—Two mechanisms for recovery from aphasia, repair of damaged
language networks and activation of compensatory areas, have been proposed. In this …

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 …

Purpose: Several adult studies have documented the importance of the peri-stroke areas to
aphasia recovery. But, studies examining the differences in patterns of cortical participation …

The relative contribution of dominant and non-dominant language networks to recovery from
aphasia is a matter of debate. We assessed with functional magnetic resonance imaging …

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

Background and Purpose—This study was undertaken to correlate functional recovery from
aphasia after acute stroke with the temporal evolution of the anatomic, physiological, and …

Background and Purpose—The goal of this study was to develop a functional MRI (fMRI)
paradigm robust and reproducible enough in healthy subjects to be adapted for a follow-up …

Aphasia after middle cerebral artery (MCA) stroke shows highly variable degrees of
recovery. One possible explanation may be offered by the variability of the occlusion …

The brain may use two strategies to recover from poststroke aphasia: the structural repair of
primarily speech-relevant regions or the activation of compensatory areas. We studied the …

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 …