iBRAIN Lab integrates advanced neuroimaging and electrophysiology (MEG, intracranial EEG, fMRI) with AI-driven techniques, including deep learning, to investigate neurological disorders like epilepsy, Alzheimer’s Disease, Lewy Body dementia and Parkinson’s disease.
The laboratory’s research effort is dedicated to “predict and prevent” Parkinson’s disease through a combination of human genetic and omic analyses, molecular engineering and neuronal biology, mouse modeling, brain slice electrophysiology and pharmacology.
The LaVoie lab is primarily interested in the etiology of Parkinson’s disease, a neurologic disorder affecting more than 1 million Americans today. There are several inherited forms of Parkinson’s disease, and while these are very rare, we study the genetic forms of the disease in an effort to uncover the earliest molecular causes of the more common, sporadic forms of Parkinson’s disease.
The NeuroTargets Fly Lab focuses on the development and application of new technologies to define the molecular pathways leading to neurodegeneration and to identify potential therapeutic targets.
Our mission is to investigate the effects of self-fulfilling prophecy bias in neuroprognostication studies. We aim to improve neurocritical care through analysis of outcome prediction in cardic arrest, stroke, intracerebral hemorrhage, traumatic brain injuries and subarachnoid hemorrhage. Our hope is to improve clinical outcomes for neurologic patients.
The Connect Lab investigates novel applications of technology in Lewy body dementia. We are developing a multi-disciplinary telemedicine program for individuals with Lewy body dementia and using wearable technology to collect vital information for clinical research. Our overarching goal is connect those living with LBD and their loved ones to the specialty care they deserve.
As one of approximately 200 MEG centers worldwide – and the only academic MEG center in Florida– our mission is to utilize this advanced technology to serve neurological patients and advance brain science. Our team of clinical experts uses MEG routinely for epilepsy and the planning of epilepsy surgery and brain tumor surgery in both adults and children. We are actively researching applications of MEG to understand movement disorders, dementias, and many other neurological conditions. In collaboration with basic scientists, we are using MEG to explore fundamental questions in the human neuroscience of movement, thought, memory, and consciousness.
