Research Snapshot: Drs. Adamantios Mamais and Matthew J. LaVoie
Gene-editing study provides insight into mechanisms of how two proteins may accumulate in familial Parkinson’s disease.
Gene-editing study provides insight into mechanisms of how two proteins may accumulate in familial Parkinson’s disease.
MBI researchers discover interaction between proteins genetically linked to Parkinson’s disease.
UF-led research team reports on new insights into a genetic mutation associated with Parkinson’s risk.
UF neuroscientists examine how time of day influences efficacy of oxygen therapy being tested for spinal cord injury, ALS.
UF study showed that removal of senescent cells preserved cognition in rats.
UF study finds alterations in early visual perceptual processing in people with OCD.
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.
Progranulin loss results in sex-dependent dysregulation of peripheral and central immune system in mice.
Rat-model study suggests novel implantable device shows promise to potentially improve function of prosthetic devices designed to work with peripheral nerves.