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Clinical Electrophysiology lab

Clinical Electrophysiology
Lab
2751 E. Jefferson
Detroit, MI 48207
RESEARCH TEAM
Intracranial Mapping of Sensory Gating


Brain The P50 and N100 auditory evoked response (EP) have been used to examine the ability of the brain to inhibit incoming irrelevant sensory input (sensory gating) in healthy and psychopathological populations. Several studies have shown that P50 sensory gating is consistently deficient in schizophrenic patients. Failure of sensory gating has been proposed as a fundamental pathophysiological aberration leading to the development of psychotic symptoms. Therefore, a clear definition of the anatomical sources of the P50 and N100 is important to fully understand the implications of sensory gating deficiency in schizophrenia. The goal of the study is to map the function of sensory gating into the different parts of the brain. All patient recruitment and data collection are performed at the Department of Epilepsy, University of Bonn, Germany. Data analysis is performed at the Clinical Electrophysiology Laboratory.

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PUBLISHED PAPERS
Nash Boutros CURRENT STUDIES
Eric Pihlgren Cocaine TMS
Scott Burroughs Phase Resetting
Mohamad Elfakhani Tiagabine Study
Fidias Leon-Sarmiento Test Battery
Ryan Mears rTMS
Myung Ae Nordin ADHD
Darren Fuerst CAP Program

Intracranial Mapping
of Sensory Gating