Relaxometry Using Sequence SimuLation (RUSSL): Application to Myocardial T1-Mapping Using MOLLI

Keywords

accuracy accurate accurately acquisition actual acute added addition administration agar alternative application applied association assumed become cardiology catalyzing clinical closer congenital contrast copper correct currently cycles delay depend dependence dependency dependent derived detect detectable detecting diagnostic diffuse disease distinguish division done duration easily edema error especially evolution example expect exponential faithful feasibility fibrosis fits fitted fitting flash flexible fully general good gradient health healthy heart heartbeat highest hospital important improving incorporate incorporated introduced inversion know known limited locker longer look magnetization manganese mapping maps measure measured model models modified myocardial myocardium noisy numerically offset offsets optimization pausing phantom phantoms physiological played plotted practice prepared proposing pulse pulses quantification quantifying recently reconstruction records recovery reduce reduction respect scanned sciences seem seems shortened simulated simulating simulation simulator snapshot space spin system though timer timings tissue transfer trigger true type underestimate validation validity variation variations varied visualized volunteer volunteers weak whole wide wright zero