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To understand how myocardial mechanic is rendered by reflected and post-processed ultra-wideband radar signals, we have executed the simultaneous acquisition of radar signals with a high-resolution electrocardiogram. The ultra-wideband illumination was done from several radiographic standard positions to monitor selected superficial myocardial areas during the cyclic physiological myocardial deformation...
The specific advantages of ultra-wideband radar make it a technique especially attractive for biomedical applications. The authors partly review the activities in utilizing this novel technique for the benefit of high and ultra-high field magnetic resonance imaging. Topics like motion tracking, MR safety, and navigation for cardiac MRI are addressed.
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