I am interested in applying stereotactic EEG and fMRI data to characterize the network dynamics underlying epilepsy and loss of consciousness.

I am interested in MRI, including structural and functional MRI. 

My current projects include: (1) develop a cell-size-based MRI method to differentiate recurrent brain metastases from radiation necrosis induced by stereotactic radiosurgery. (2) develop practical diffusion MRI technique for estimating the brain microstructure. (3) use advanced MRI technology to explore mechanisms of neurological diseases

During my undergraduate career, I was involved in projects utilizing Magnetic Resonance Elastography of the brain and Ultrasound Shear Wave Elastography of the Achilles tendon in order to directly measure mechanical properties of these structures. Starting this Fall at Vanderbilt, I will be exploring methods of Magnetic Resonance Imaging of the lower spinal cord in order to identify imaging biomarkers in subjects with Multiple Sclerosis. 

I work with Dr. Kristin O'Grady to support the acquisition and analysis of MRI and sensorimotor data. My focus is applying quantitative and functional imaging techniques, specifically fMRI and DTI, in the spinal cord to investigate sensorimotor and urinary dysfunction in patients with multiple sclerosis.

I am interested in developing and translating novel MRI imaging techniques to better understand the pathophysiology of neurological diseases in the brain and spinal cord.

My research is focused on developing quantitative MR methodologies throughout the entire spinal cord, including cervical, thoracic, and lumbar. My current work is focused on developing diffusion MRI in the lumbar and thoracic cord and evaluating new CEST MRI techniques in the cervical cord. Both will be used to improve our understanding of neurological diseases such as multiple sclerosis.

My area is about the rf coil system of the MRI

Flexible 7T receive coil
Brain and spinal coil