The ability to comprehend and produce speech after stroke depends on whether the areas
of the brain that support language have been damaged. Here, we review two different ways …

The PLORAS Database is a relational repository of anatomical and functional imaging data
that has primarily been acquired from stroke survivors, along with standardized scores on a …

Background: Predicting aphasia recovery after stroke has been difficult due to substantial
variability in outcomes. Few studies have characterised the nature and extent of recovery …

Saur D, Hartwigsen G. Neurobiology of language recovery after stroke: lessons from
neuroimaging studies. Language is organized in large-scale, predominantly left-lateralized …

An accurate prediction of system-specific recovery after stroke is essential to provide
rehabilitation therapy based on the individual needs. We explored the usefulness of …

One of the most devastating consequences of stroke is aphasia. Communication problems
after stroke can severely impair the patient's quality of life and make even simple everyday …

For many years, researchers have sought to understand whether and when stroke survivors
with acquired language impairment (aphasia) will recover. There is broad agreement that …

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 …

Post-stroke prognoses are usually inductive, generalizing trends learned from one group of
patients, whose outcomes are known, to make predictions for new patients. Research into …

Objective: To review the research literature pertaining to post-stroke language recovery, and
to discuss neurocognitive assessment in patients in the context of aphasia, time course of …