About Us Faculty and Staff Education Research Clinical Services



Faculty Research Interests

Program Vision, Mission, and Values

History of the School
Directions / Maps
Richmond & Environs
Financial Aid
Disability Support Services
Libraries & Computing
University Bulletin

Research


The Department of Neurology has established active clinical and basic science research programs to study major diseases within the neurosciences.  Research efforts are focused in five main areas:  stroke, epilepsy, movement disorders, headache, and Parkinson's Disease.  In addition, the department has active collaborations with trauma and drug addiction groups.

The VCU Comprehensive Epilepsy Center has performed numerous clinical trials to study novel medical and surgical therapies.  The Epilepsy Center is a key component of the NIH status epilepticus project which is in its sixteenth year of funding.  In addition, the Division of Child Neurology is conducting a NIH funded study that will lead to a better understanding of the relationship between prologned seizures accompanied by fever in children, and the development of epilepsy.

The Department of Neurology also has an active stroke program.  This program is focused on both acute and secondary effects of stroke.  In addition to industry and NIH-sponsored grants, this center has become a major phase II-IV drug trial center for the FDA.

To compliment the aggressive clinical research program, the Department of Neurology established the Molecular Neuroscience Research Facility (MNRF).  Investigators within the MNRF study brain function under control and pathological states by using electrophysiological, neurochemical, molecular biology and micro-array techniques.

Department faculty are also working on an NIH-funded research in a rat model of kernicterus and bilirubin-induced neurological disorders (BIND).  Behavioral studies, electrophysiological, anatomical, histological, and biochemical studies are conducted. Curently, this group is particularly interested in how bilirubin kills brain cells via programmed cell death (apoptosis), how neurons regulate bilirubin intracellularly, and the mechanisms the cell uses to transport excess bilirubin out of the cell. Propective human studies using new methods to diagnose, prevent and treat kernicterus and BIND are in planning stages.


privacy statement
Contact Us
Date Last Modified: March 10, 2008