Lesion/deficit association studies of aphasia commonly focus on one brain region as
primarily responsible for a particular language deficit. However, functional imaging and …

Recovery of speech after infarction of the left pars opercularis (POp) may be due to
recruitment of homotopic cortex in the right hemisphere. Using positron emission …

Background and purpose Whereas traditional views of language processing in the brain
have assumed that the language function is concentrated to a limited number of cortical …

Objective: Voxel-based lesion-symptom mapping (VLSM) was used to localize impairments
specific to multiword (phrase and sentence) spoken language comprehension. Methods …

The neural mechanism by which patients spontaneously recover cognitive function after
brain injury is not understood. Here we demonstrate for the first time that aphasic patients …

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 …

Objective: To investigate the role of multiple distributed brain networks, including the default
mode, fronto-temporo-parietal, and cingulo-opercular networks, which mediate domain …

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 …

Following reports in the 1960s that language may be affected by right-hemisphere (RH)
lesions, many limitations to effective communication in the population with right-hemisphere …

Background and Purpose—Several recent studies have revealed modulation of the left
frontal lobe speech areas not only during speech production but also for speech perception …