in vivo Diffusion Tensor Imaging of the Human Heart with Free-Breathing in Healthy Volunteers

Keywords

acceleration accuracy acquisition acquisitions affected allow apical applications applied approaches architecture arising arrangement background basal biggest block bottom breath breathing called cardiac caused cavity characteristic circular clinical compensate complex component condition consecutive consistency consuming cope corporate corporation corrected cycle delay depiction deterministic developed diastole diffusion dimensional drawback enhanced feasibility fiber fibers field fields filtering finally fluctuations frame free function gives gradient hand healthy heart hold hospitals human important improve in vivo induced intensity invasive invest involved jean jersey jolly leads locations loss lost manner maps matrix minimize minutes motion myocardial myocardium noise objective open orientations overall overestimation partial perspectives physics physiological plays post preserves principal problem processed processing projection proposed prototype radiology realistic recently recovered reduction reflects registered registration repetitions represent resolution respectively reveal rigid robust role rotation routine saint scheme slice slices smaller spatial statistically strategy subject subjects substantially symmetry table technology temporal tensor trigger ultimate units ventricular volunteer volunteers whole zoomed