Accurate Quantitative Myocardial Perfusion Using Single Cycle T1 Mapping

Keywords

accurate accurately acquisition agent allow allows amplitude approval arterial audience bandwidth black blood boluses builds calculating cardiac cause cedars clinical coil collected comparing complicates composite concentration concentrations constraint contrast converted correct corrected correction curve curves cycle datasets deconvolution delay density depends derived described determination diastolic doses drawn dual eliminates eliminating encoded error exercise expected fast favorably finding fitting flows function healthy in vivo include independent injections intensity interleaved interval investing known linear long magnetization major making manually mapping matrix measured medical minimizes model myocardial needs overcoming partial pass peak perfusion phys pixel pool position potential practical preparation problem procedure produced produces properly proposed proposes quantitative radial radially readouts reconstruction recovered reduces require researchers residual resolution respect respectively rest saturation scale scaled scaling sensing sensitivity separate setup short shot simple slice solving source space spacing started studies subjects system table taken target theoretically tissue truncation typical uncorrected underwent unfortunately unsaturated variations volume volunteers wash