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My goal is to improve the visualization of anatomy by developing new MRI protocols to promote discovery of new targets for patient treatments.Utilizing my knowledge of neurological pathologies and advanced imaging techniques, my intent is to improve imaging of specific anatomic landmarks not previously visible by conventional imaging. Investigating the intricate anatomy of the cochlea, cochlear nerve, and associated brainstem nuclei, my research aims to advance the understanding of the mechanisms underlying sensorineural hearing loss and to ultimately facilitate new treatment options. My research team is developing new imaging protocols using dielectric pads and 7T MRI to image the inner ear and neural pathways. The next phase of this research project will be evaluating these structures in patients with sensorineural hearing loss to explore if there are detectable sites of pathology. If successful, the hope is this will open the door to development of new treatments beyond the currently limited options. In past research experiences, I have gained knowledge in basic laboratory in-vitro model development, in-situ animal model experimentation, clinical research, and authored reviews and book chapters on current concepts in neuroradiology. My mission is to continue supporting research projects and initiatives where my background and expertise will make a valuable impact.


UNC AFFILIATIONS:

Radiology

CLINICAL/RESEARCH INTERESTS:

Biomedical Engineering, Cancer Biology, Health Services, Imaging, Medical Education, Neurobiology, Quality and Patient Safety