Background To date, functional imaging studies of treatment-induced recovery from chronic
aphasia only assessed short-term treatment effects after intensive language training. In the …

Background: The reacquisition of language after stroke may profit from intense training with
several hours of language exercises provided on each training day, especially in the chronic …

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 …

The brain processes of language recovery after stroke are poorly understood, partly
because past research did not allow to differentiate the effects of spontaneous restitution …

Background: Functional and structural neuroimaging techniques can increase our
knowledge about the neural processes underlying recovery from post-stroke language …

Functional recovery in response to a brain lesion, such as a stroke, can even occur years
after the incident and may be accelerated by effective rehabilitation strategies. In eleven …

Background and Purpose—Early poststroke aphasia rehabilitation effects and their
functional MRI (fMRI) correlates were investigated in a pilot, controlled longitudinal study …

Background Focal clusters of slow wave activity in the delta frequency range (1–4 Hz), as
measured by magnetencephalography (MEG), are usually located in the vicinity of structural …

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 …

Background. The neural correlates of training-induced improvements of cognitive functions
after brain damage remain still scarcely understood. In the specific case of aphasia …