Design, Implementation, Application and Evaluation of a MR Compatible Left Ventricle Model

Keywords

agree aided aiming anticipate application applied arbitrary artificial axis background beating bias blood campus cardiac cine clinical composition comprehensive computer conn consequently content controlled curves cycle dedicated degree design designed developed development dial diastole dotted dynamics eden elastic elevated equivalent evaluation even exhibited exhibits extra facilitate facility field flash flow focally gear geometric germ glycerol good hard hardware heart hence holder horizontal human imitating in vivo injected instruments interface inventor inversion like linear localized locker many mapping material measured mental mete might mimic mixture mode model mold molecular motion myocardial myocardium national offers opportunity organs outflow paradigm patterns peak phantom physiological pipe piston planned plays plotter prairie produce profiles program providing pump quantified quantitative recovery represents require revealed revealing role rule scanner setup sign significantly slightly spin static stepper stops stroke sufficient supports system systematic systole systolic tailored tissue trend ultrahigh uniform validated validation ventricle ventricular viscose viscosity volume volumes wall water yield