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Arteriovenous malformations (AVMs), treatment considerations and options
Benjamin L. Brown, M.D., cerebrovascular and endovascular neurosurgeon at Mayo Clinic's campus in Florida, talks about AVMs, their relationship to stroke, current controversy over treatments and options for therapy.
CREST-2 trial: Determining the best treatment for carotid atherosclerotic stenosis
Kevin M. Barrett, M.D., vascular neurologist at Mayo Clinic's campus in Florida, talks about the second phase of the international stroke trial and how to refer patients for participation. Dr. Barrett shares information about the seven-year ...
Traumatic brain injury model systems
Allen W. Brown, M.D., associate professor of PM&R at Mayo Clinic, discusses traumatic brain injury model systems and data.
Autoimmune dementia evaluation
Sean J. Pittock, M.D., discusses what providers should know about the characteristics of autoimmune dementia.
Concussive traumatic brain injuries
Allen W. Brown, M.D., associate professor of PM&R at Mayo Clinic, discusses the clinical management of concussive brain injuries. Customized treatment is based upon their unique circumstances.
Thomas Bergquist, Ph.D., L.P., presents The Complex Relationship Between Diagnosis and Functioning: Lessons From the Mayo Clinic Brain Rehabilitation and Research Programs.
Repetitive facilitative exercise as a novel therapy for stroke rehabilitation
Billie A. Schultz, M.D., and Scott Miller, O.T., present on current clinical research happening in stroke rehabilitation, repetitive facilitative exercise. This is a novel therapy technique that addresses arm weakness after a stroke has occurred.
Does anesthesia hurt babies' brains? Why translational research is important (and difficult)
In this Mayo Clinic Grand Rounds presentation, David O. Warner, M.D., explores the importance of translational research in the impact of anesthesia on young children's brains.
18-fluorodeoxyglucose PET in people with active myelopathy
Eoin P. Flanagan, M.B., B.Ch., discusses his article appearing in the November 2013 issue of Mayo Clinic Proceedings, which suggests that PET scans may give a clue to the underlying etiology in patients with spinal cord disease.