An Intuitive Model of Several Factors Affecting Accuracy of MOLLI T1 Values

Keywords

absence account accuracy actual adiabatic affect affected affecting alone altered although applying attenuation balanced biomedical blood blue cardiac caused characterized chow circled closing common commonly concept considered containing contrast correct correction correlated dashed defined degree dependencies dependent described detect determined directly doped efficiency engineering enlarged equation errors even experiment exponential fibrosis fitting free function generally gold greater greatly heart heartbeats hyperbolic incorporates increasing increment intended interaction intrinsic intuitive inversion kelvin larger like linearly locker longer longitudinal look magnetization magnitude mapping maps markers measure model modified myocardial myocardium normalized occur overestimation parallel partial period perturbation perturbations phantom phantoms physiologic post potential precession predicting properties propose pulse pulses pure quantitative ramped ranging readout readouts recovery related remain repetition resolution respectively secant separated sets several shared shortened shot simulated simulating simulations smaller solid sources space spanning specifically spin steady strongly systematic theory tissue typical underestimated underestimation understanding understood variations varied various view wide widely