Measuring damage to brain networks may aid stroke treatment, predict recovery

Two new studies from the School of Medicine indicate that current clinical practices may be missing a key aspect of stroke-induced brain damage. For some cognitive functions, such as memory and attention, the severity of a person’s disability correlates with the extent of disruption to the brain’s communication networks – something that is not measured by most brain scans.

Washington People: Angela L. Brown

Angela L. Brown, MD, associate professor of medicine, leads the Hypertension Clinic at Washington University School of Medicine. Brown has devoted her career to helping patients control their hypertension and to training medical professionals in how to care for such patients.

Washington People: Catherine Lang

Catherine Lang’s love of movement drives her life and her work. As director of Washington University School of Medicine’s Neurorehabilitation Research Laboratory, she helps stroke survivors regain what their strokes took from them.

New understanding of stroke damage may aid recovery

Stroke can lead to a wide range of problems such as depression and difficulty moving, speaking and paying attention. A new study led by Maurizio Corbetta, MD, at the School of Medicine has found evidence that stroke damage to “cables” buried inside the brain plays an important role in these impairments.

Damage to brain networks affects stroke recovery

Initial results of an innovative study may significantly change how some patients are evaluated after a stroke, according to School of Medicine researchers. Shown is the study’s senior author, Maurizio Corbetta, MD.

Damage to brain ‘hubs’ causes extensive impairment

Injuries to six brain areas are much more devastating to patients’ abilities to think and adapt to everyday challenges than damage to other parts of the brain, scientists at Washington University School of Medicine have learned.
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