Research Snapshot: Drs. Joshua Wong & Leonardo Almeida
Pilot study led by UF neurologists showed that biphasic DBS was safe, well tolerated and may provide faster benefit for patients with primary dystonia.
Pilot study led by UF neurologists showed that biphasic DBS was safe, well tolerated and may provide faster benefit for patients with primary dystonia.
UF study finds evoked resonant neural activity could serve as potential marker to guide DBS for Parkinson’s disease.
Drs. Coralie de Hemptinne and Jackson Cagle describe their technology designed to identify deep brain stimulation settings based on a patient’s brain activity.
Multicenter data sharing has enabled recent advances in understanding the genetics and pathophysiology of the neurodevelopmental disorder.
Medical students lead review published in Frontiers in Human Neuroscience
Study co-led by Dr. Michael Okun used temporally optimized patterned stimulation, or TOPS, as a therapy to personalize DBS treatment for Parkinson’s.
Dr. Coralie de Hemptinne honored with Stanley Fahn Junior Faculty Award to advance her research into new neuromodulation strategies for movement disorders.
Researchers report additional benefits of DBS for essential tremor in study of 17 patients.
UF neurologists identify a distinct collection of brain fibers to target with deep brain stimulation for tremor suppression in multiple sclerosis.
Dr. Michael Okun featured in story highlighting the expanding field of brain stimulation for conditions from movement disorders to addiction.