Feasibility of 5-Minute Comprehensive Cardiac MR Examination Using Highly Accelerated Parallel Imaging and Compressed Sensing

Keywords

accelerated acceleration accelerations achieved acquisition acquisitions allow allowing amplification anatomy apex approaches array assessment axis biomedical body breath cardiac challenges cine clinical cohort coil combination comparable competing comprehensive compressed contraction contrast coronary coverage currently custom dependence determine developed diastole dose efficacy employed enables encoding enhancement ensure entire evaluation examination except fair feasibility final flash frames gadolinium good gradient healthy heart highly immunity improvements include incorporated initial institute intervals isotropic joint larger late male matrix measures minute minutes motion myocardial myocardium named needed noise null operator parallel partial partition patients performance perfusion pixel pixels planned polytechnic position practical precise prepared previous progress promises proposed protocol quality radial radiology rasps readout recently reconstruction recovery recruited relatively reported requirements resolution rest sacrificing sampling saturation selected selective sensing sequential short slew slice slices software space spatial specifically spokes stars subject subjects sufficient summarized table temporal thinner though transformation turbo type typical variation viability whole yang