Our laboratory investigates the neural mechanisms underlying movement disorders through advanced electrophysiological techniques and neuromodulation therapies. We combine clinical expertise with cutting-edge research to develop personalized treatments for Parkinson's disease, dystonia, tremor, and related conditions.
Deep brain stimulation (DBS), targeted electrical therapies, and optimization of neurostimulation parameters for movement disorders
Intraoperative microelectrode recordings (MER), local field potentials, cortical-subcortical network dynamics, and neurophysiological biomarkers
Patient-centered assessment tools, real-time monitoring systems, and evidence-based treatment protocols
The Elahi Movement Lab bridges clinical practice and translational research. Dr. Elahi specializes in movement disorders with expertise in deep brain stimulation surgery, neurophysiology, and both adult and pediatric movement disorders. Our work integrates advanced electrophysiological recordings during DBS procedures with computational analysis to understand disease mechanisms and optimize therapeutic outcomes.
We develop web-based clinical assessment applications to improve patient care and research data collection.
Our team contributes to the scientific literature through peer-reviewed publications in movement disorders, neuromodulation, and neurophysiology. We focus on translating electrophysiological insights into clinical practice and advancing understanding of basal ganglia function in health and disease.
We maintain active collaborations with research networks, academic institutions, and clinical partners dedicated to advancing movement disorder care. Our interdisciplinary approach brings together neurosurgeons, neurologists, engineers, and data scientists.
We welcome collaborations with researchers, clinicians, and patients interested in advancing movement disorder care.