Multiecho 2-Point Dixon (MDIXON) Imaging as an Alternative to Separate 2D Chemical Shift Imaging and 3D Fat-Suppressed T1-Weighted Sequences for Gadolinium Enhanced Imaging

Keywords

abdomen acquisition acquisitions administration advantage advantages allows alternative arguments array arrows arterial artifacts assessed axial banding basis best better blinded body breath calculations characterization chemical clinical coil comparable compelling confidence considered contrast cortex decreased defined definition degradation delayed deleting derived detect detection developed dual duration dynamic edge efficient eight eliminating employed employs enhanced environment equation equilibrium evaluation ever exam except exclusion fast feasibility field free gadolinium generalized gradient greater held highest hold homogeneity immediately improved increasing independent inhomogeneous insignificant institute intensities irrespective lesions light linear liver maximize medical medulla mixed model models motion need nineteen odds pancreas patient patients portal post presence pressure previous produce protons qualitative quality quantitative radiologist radiology reconstructed reduction reformatted reliable renal resolution respectively reviewers rigorously scale scoring selecting sense separate served sets seven sharpness slice southwestern spleen spoiled statistical statistically subjective superior suppressed suppression system table tissue torso tube underwent variables venous versus viable water yuan