A New Method for Accurate Myocardial T1 Mapping Using Variable Angle Long Echo Train Relaxometric Imaging (VALERI)

Keywords

acceleration accuracy accurate allow although another artifact assessed assessing asset audience axis balanced benefits biomedical blood blurring calf called capacity cardiac cardiology characterization characterize chow circulation clinical clinicians collected college commonly comparing confound consistent consists constant consuming contrast cooper currently delay demonstrating developed diastolic diffuse disease dual early efficiency engineering errors established evolution examples excellent fast fibrosis flow free full gated gold haste healthy heart heartbeats imperfect improved in vivo interleaving inversion investigation length lengthy likely locker long look magnetization mapping maps martin medical minimizing modified much muscle myocardial myocardium newly overlaid parallel pascal period potential precession prince process profile prone propose pulse quality quantification quantify radiology rapid readout recently recovery rectangular reduced refocusing replace requires researchers rest robust scanner schedule sensitivity short shot simulated slice slices sources spacing spin stack steady studies subject summarizes suppressing target tissue tissues train transfer trend typical typically underestimate unsuitable utilized variability variable variety view volunteers warranted