Uptake and Retention Maps for Myocardial Perfusion Analysis: Application in Duchenne Muscular Dystrophy

Keywords

ability abnormal account acquisition aged agent amount appeared application applied approximated arterial aspects assumptions automated automatic automatically beats best blood bolus cancer cardiology care challenge chamber circles clinician commonly communication concentration considering contrast control controls curve dashed degree develop difficulty discrete disease diseases display dogs dynamic dynamics dystrophy efflux effort eliminate ending enhanced enhancement enters every examples extract extraction finally fitted fitting flux forward frame frames framework function gained giving goal greater heart hypothetical identify illustrates immediately impact implementation impulse included initial injected intensity interpretation interval intervals intuitive kinetic kinetics limited lost manually maps meaningful minimized model modeled modeling months motion muscular myocardial myocardium neglected next nominal overall parametric perfusion physiologically physiology pixel potential previously program progressive proportional proposed protocol quantifying quantitative radiology recovery referred regarding reliably remaining representation representing resolution respectively responses retention saturation short shot slice still strong studies superposition tissue uptake utility valuable variety ventricle versus wash whether