Comparing the impact of through-plane motion during the cardiac cycle on steady state signal evolution in cine 2D and 3D balanced steady state free precession
Tyler Joseph Spear1, Tori Stromp1, Steve Leung2, and Moriel Vandsburger1
1Saha Cardiovascular Research Center, University of Kentucky, Lexington, KY, United States, 2Gill Heart Imaging Center, University of Kentucky, Lexington, KY, United States
This project uses cardiac magnetic resonance to compare cine
balance steady state free precession signals between 2D and 3D acquisitions in
order to better understand how through-plane motion of tissues impacts the change
in signal through the cardiac cycle. As
quantitative techniques become more prevalent and refined, it is imperative to
be able understand the evolution of these signals to eliminate results due to
physical motion of the heart that would skew the results of otherwise diagnostic
tests.
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