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Fall 2010
Magnetic resonance imaging is an essential tool for assessing soft tissues. The desire for increased signal-to-noise and improved tissue contrast has spurred development of imaging systems operating at magnetic fields exceeding 3.0 Tesla (T). Unfortunately, traditional imaging methods are of...
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Spring 2018
Quantitative relaxation mapping allows for direct non-invasive tissue quantification with removal of variations arising from RF fields and non-uniform coil sensitivity profiles. T2 may be quantified using multi-echo spin echo sequences; however, in practical imaging situations, imperfect...
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Spring 2017
Quantitative Magnetic Resonance Imaging (qMRI) is occupying an increasingly prominent role in the study of the brain, by virtue of its sensitivity to physiological and anatomical changes. However, because qMRI techniques tend to suffer from long scan durations and/or post-processing times, as...