High-Resolution Single-Shot DTI of the in-vivo Human Heart Using Asymmetric Diffusion Encoding

Keywords

acquisition additional adjustments allowing amount amplitudes applied applying asymmetric automated axis beginning best biomedical blue bottom breathing cardiac channel choice chosen cine coding college component conformal consecutive coordinates dead decoded decoding define delay delays described diagram diffusion duration effective eigenvalue eigenvalues employing enabling encoded encoding energy engineering entire equipped even examining excitation experiment five free function gating gradient gradients great guide healthy heart helical hence highest holds identical in vivo indicated interval intervals king last length limitation limited linearly lobes local long longer look loss magnetization make mapping masking materials maximal mode momentum motion navigator necessity opposed optical optimal optimally partial periods power previously principal principle prolate prolonging promise prove pulse recent reception reconstruction referred represents require required resolution respiratory sciences sensitivity short shot slice slices sliding slope spacing spatial spheroidal spin steam stimulated strong structure subject subjects system systems tanner tensor tensors timing trigger utilizes ventricular verse views waveform whole window years