High-Resolution T1-Weighted Imaging of the Breast with a Flexible Dual-Echo Dixon Method

Keywords

acceleration accurate achievable acquisition actual addressed allows alternatively amplitude anew available best bottom breast calculation calibrated capture carried clearly closer coefficients coil commonly comparatively complex composite condition considered context contrast covered critical demand describe described determined direct dual dynamic echoes either element employed employing enables enhanced equations errors even examined excellent experienced extent fixed flexible frequency fully fundamental general gradient hamburg hold homogeneity identification illustrated improvement improving individual initial inserted insufficient kinetic knowledge known latter leading leads least lesion limitations lipid long loss medical model modeling models morphological nominal normalized offset overcome parallel partial particularly patient patients peak performance poor portrayed previously produced promise proposed protocol proved pure ramp receive recently reconstructed reduce refraining relaxing relevance require resolution restriction restrictions retrospective sampling scanner selected selection separated separation seven short sixfold solutions source space spatial spectral spoiled substantial sufficient suppression systems traditionally transmission typical unit water yields