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Neuroradiology: Our Research

Research is a major emphasis of our division, and all faculty and fellows are involved in ongoing research projects. Our team has published more than 700 peer-reviewed papers, 100 non-peered reviewed papers (not including book chapters), and 13 books. The faculty have presented over 650 abstracts, 200 scientific exhibits, and have given over 550 invited lectures. The division published more than 50 scientific manuscripts on all aspects of neuroradiology (not including book chapters) in 2009.

The research is supported by the modern, well-equipped facilities at the University of Michigan Hospitals. This includes a dedicated 3T Philips Acieva, which is sited within the hospital and fully administered by the Department of Radiology and a global CT research agreement with GE. There is also a very close research collaboration with the MR Research Division headed by Brian Ross, Ph.D., and Tom Chenevert, Ph.D., which has received nearly $20 million in additional research funding during the past year. Ample support resources are also available to interested faculty through the Associate Chair for Research. This includes "seed money" ($100,000 a year) for new project initiatives,  personnel for assisting with IRB applications, research associates to support clinical trials, departmental support to faculty to participate in departmental and national grant preparation workshops and additional personnel to assist in identifying funding sources and preparing grant applications.

The research interests cover all areas of neuroradiology including brain, spine and head and neck. Specific interests include neuro-oncology, pediatric malformations, psychiatric disorders, autoimmune disorders, multiple sclerosis and fibromyalgia. Because of our tandem clinical and research 3T units, there is a strong emphasis on advanced metabolic and physiologic modalities in the CNS which include diffusion, diffusion tensor imaging, CT & MR perfusion (stroke and tumor imaging), and fMRI in a variety of clinical disorders. There is also a strong emphasis on investigating emerging metabolic and physiologic imaging techniques to evaluate head and neck cancer and to differentiate recurrent tumors from post-therapeutic changes in previously treated patients. These technologies include PET-CT, Thallium-201, magnetic resonance spectroscopy, MR perfusion and CT perfusion. Most recently, we have been investigating metabolic and molecular imaging of head and neck neoplasms at 3T.

Faculty members are principle investigators or co-investigators on numerous externally funded grants and clinical trials focused on physiologic and metabolic imaging and multi-institutional trials. These are summarized below.

External Awards

National Multicenter Clinical Trials

University of Michigan Clinical Trials and Current Research Projects