Some reviews on theories of recovery in aphasia put an emphasis on neural network
models based on empirical data from evoked-potentials in aphasia as an approach to …

With the present experiment we sought to investigate brain plasticity underlying language
recovery in a group of seventeen patients with non-fluent aphasia mainly caused by stroke …

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 …

During single word processing the negative cortical DC-potential reveals a left frontal
preponderance in normal right-handers as well as in patients with a history of transient …

This paper provides a perspective on current issues and challenges in the investigation of
the neurobiology of language. It is proposed that the speech/language deficits of aphasic …

Functional reorganization of language was investigated in a group of eleven non-fluent
aphasic patients after linguistic recovery and in a group of matched healthy adults. The …

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

A syntactic and a semantic task were performed by German-speaking healthy subjects and
aphasics with lesions in the dominant left hemisphere. In both tasks, pictures of objects were …

Slow event-related potentials (ERP) were examined in healthy and aphasic subjects in two-
stimulus designs comprising a word comprehension and a rhyming task. Aphasics, though …

Brain lesions are known to elicit reorganization of function in representational cortex. Using
linguistic function as an example, we show that (a) injury-related reorganization may also be …