Accelerated Liver Fat Quantitation Using Parallel Imaging & Compressed Sensing

Keywords

abnormal accelerated acceleration accurate accurately achieved acquisition address alternative avoids axial back bias biopsy breath called caused central channel chemical children circle coil collected collection combined commonly compensating complementary compressed confounding considerable converge cook cost coverage dashed dashes datasets denoted derive discern done echoes eddy eight electrical encoded encodes engineering especially estimating excite existing field five flowchart focused fraction framework fully function gradients graph grid held hold hospital ideal important in vivo include incorporation introduced keeping least legend limitation limits liver local maps matrix minimize modification noninvasive ongoing outlines outperforms overestimates parallel passed pattern promise proposed radiology readouts recently reconstructed reconstruction reduce reduction reeder requires resolution respective respectively restricted safe sampled scale sensing sensitivity sequential shots since slices southern spacing spatial squares subject subjects subsequently subspace synthesized system threshold tissue torso trans uniformly unipolar units unity update varied volume water whereas white yielding