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Detailed descriptions of cardiac
geometry and architecture are necessary for examining and
understanding structural changes to the myocardium that are the
result of pathologies, for interpreting the results of
experimental studies of propagation, and for use as a
three-dimensional orthotropically anisotropic model for the
computational reconstruction of propagation during arrhythmias.
Diffusion tensor imaging (DTI) provides a means to reconstruct
fibre and sheet orientation throughout the ventricles....
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