Breath-Held Myocardial T1 Mapping Using Multiple Single-Point Saturation Recovery

Keywords

accuracy accurately achieved acquiring acquisition additional allow allowing although apparent approaches around assured axis balanced beats breath cardiac challenge collect commonly consisting contrast curve cycle dead delay dependent directly diseases drawn duration effective efficiently either enable enhanced even feasibility feasible features fitting free full function healthy heart heartbeat heartbeats held hold hood incorporate individual intra inversion limited literature locker long longer longitudinal look magnetization mapping matrix maximize measure measured measures medical military minute model must myocardial myocardium national necessary necessitates obviates occur occurs parallel partial patient period phantom playing portions preparation presence previous previously promise proposed pulse pulses quantifying rather readouts real recovery reed remote repeatedly reported required requiring respectively sampling saturation segment segments selective series several short shorter simulated slice slices slightly song spanned spin suboptimal sufficient traditional triggering true typically unachievable unused validation variability ventricle ventricular views volunteer volunteers wait windows yielded