MR Elastography is beneficial in measuring the
stiffness values of tissues which can change in disease. Nevertheless, cardiac MR
Elastography is not only challenging from the acquisition side but also from
the reconstruction side because of the higher stiffness values expected in the
cardiac muscle compared to the other organs in which MR Elastography is commonly
applied. Here, we present data in healthy subjects and a patient acquired with
the gravitational transducer with a novel synchronising strategy in combination
with a single-shot SE-EPI-MRE sequence employing second-order motion
compensated motion encoding gradients with and without ZOnal Oblique Multislice
Imaging.
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