Purpose Understanding the brain basis of language and cognitive outcomes is a major goal
of aphasia research. Prior studies have not often considered the many ways that brain …

While current dual-steam neurocognitive models of language function have coalesced
around the view that distinct neuroanatomical networks subserve semantic and …

In post-stroke aphasia, language tasks recruit a combination of residual regions within the
canonical language network, as well as regions outside of it in the left and right …

Stroke recovery models can improve prognostication of therapy response in patients with
chronic aphasia, yet quantifying the effect of lesion on recovery is challenging. This study …

We mapped the left hemisphere cortical regions and fiber bundles involved in picture
naming in adults by integrating task-based fMRI with dMRI tractography. We showed that a …

Non-fluent speech is one of the most common impairments in post-stroke aphasia. The
rehabilitation of non-fluent speech in aphasia is particularly challenging as patients are …

Background White matter disconnection of language-specific brain regions associates with
worse aphasia recovery. Despite a loss of direct connections, many stroke survivors may …

Combining MRI modalities is a growing trend in neurosciences. It provides opportunities to
investigate the brain architecture supporting cognitive functions. Integrating fMRI activation …

Introduction Our understanding of the neural basis of language has grown enormously over
the last 2 decades. However, the classical anatomical-lesional model of aphasias, which …

Objective Subcortical stroke can cause a variety of language deficits. However, the neural
mechanisms underlying subcortical aphasia after stroke remain incompletely elucidated. We …