This review highlights advancements in finite-element reconstruction methods for tagged MRI and their utility in modeling ventricular mechanics and electrical-mechanical coupling.
Methods for cardiac geometry and motion reconstruction from multi–planar tagged magnetic resonance images (MRI) have been developed and refined over the last decade. This paper firstly provides an overview of a finite–element reconstruction method, including variants for interactive three–dimensional reconstruction. The second part of this paper discusses recent applications of MRI and ventricular modelling in the study of electrical–mechanical coupling.
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Augenstein et al. (2001) conducted a review in Cardiac geometry and motion reconstruction. Magnetic resonance imaging and ventricular modelling was evaluated.
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