Dr. Levy and Dr. Lai on the Future of Outpatient Neuroendovascular Care
A study highlighted how diagnostic cerebral angiographies performed in an ambulatory setting can be completed more efficiently than those done in a hospital. Dr. Levy and Dr. Lai provide insight.
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Dr. Elad Levy Recalls Journey from Rowing to Neurosurgery on UB Podcast
University of Buffalo’s Ellen Goldbaum spoke with Dr. Elad Levy about his journey from rowing his way into college to becoming a renowned brain surgeon.
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Dr. Levy on the Command INTENT Study in WRGZ News Article
In WRGZ’s news article, Dr. Levy explains how the tech behind Synchron’s Command INTENT Study can help patients with paralysis and ALS get newfound independence.
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Dr Levy on UBNS’ Brain-Computer Interface Technology and Supporting Independence
In an interview with Channel 4, Dr. Levy explains endovascular brain-computer interface technology, how it’s being used in Synchron’s study, and UBNS’ history with the tech.
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UBNS Activated as Local Research Site for SynchronBCI INTENT Study
UBNS has been activated as a local research site for a new study by Synchron, a U.S. neurotechnology company, in an effort to restore autonomy in people's lives who are affected by degenerative diseases, such...
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UBNS Cases Featured on Cover of Operative Neurosurgery Journal
UB Neurosurgery’s work with subdural hematoma patients was recently highlighted on the cover of Operative Neurosurgery, a monthly peer-reviewed medical journal issued by the Congress of Neurological Surgeons.
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The KL2 Research Career Development Program supports state-of-the-art clinical and translational research and provides young investigators with the knowledge and skills necessary to perform high-impact research and succeed in today’s highly competitive research environment. Dr. Davies’ grant, entitled “Development of Predictive Models for Stroke Risk,” aims to bring personalized medicine to stroke care. His goal is to use data analytic and bioinformatics tools to better predict who will have a stroke, and amongst those who have suffered a stroke, who will likely get better. Ultimately, better risk assessment will allow a more tailored approach to preventing and treating stroke and improve patient outcomes.
