Cardiac Laminae Structure Dynamics from in-vivo Diffusion Tensor Imaging

Keywords

acquisition acquisitions additionally agrees allowing allows approximated arrangement array assumption axis become believed biomedical bottom breath card cardiac cell cells changing channel circumferential cleavage clinical coded college color complex computed confirm conformal contains contraction covering cycle described detecting determine diastole diastolic diffusion discrepancies distributed distribution dynamics eigenvalues eigenvector encoding engineering entire equations extracted fields findings five frame full furthermore going gradient graphs healthy heart helix histogram histograms histological hold hypothesis illustrated illustrates in vivo indicate king knowledge laminae linear many mapping maps material module muscle myocardial normalized opposed organization organized orientation orientations parallel pattern periods perpendicular phys plain previously principal prolate randomly readout receive report reports represents resolution rest samples sciences separated shearing sheet sheets shimming short shortening shot significantly slew slice slices solving specifically spheroidal spread strength strongly structure studies suggest suggesting system systole systolic tend tensor tensors thereby thin thinnest third tissue toward tracked tracking transverse underlying vectors volunteers wall whole