Abstract:

Advances in MRI’s instrumentation, data acquisition, and reconstruction algorithms have opened up exciting opportunities for dramatic gains in MR image encoding efficiency, particularly through the use of continuous volumetric data acquisition strategies. In this talk, I will provide an overview of the on-going research in my lab in developing technologies in this direction. The goal of our work has been in moving towards more precise MR imaging, or ‘precision MRI’, where the targets have been in achieving: i) rapid and comprehensive, high-resolution brain exam with a wealth of precise quantitative tissue parameters and multi-tissue compartment information, and ii) high-speed mesoscale structural and functional imaging of the brain, where the imaging can be done precisely, free of the typical distortion and blurring artifacts that have plagued standard EPI and spiral acquisitions.

You can attend in person: 4 p.m. Chemistry & Dow Willard H Laboratory (Central Campus), Room 1300.

You can attend via Zoom: https://umich.zoom.us/j/96633733558, passcode: 721418