T2 Mapping of the Lung in Breath-Hold Time Using Radial TSE Acquisition and Nonlinear Inversion Reconstruction

Keywords

accelerate accurate acquisition additional affairs agreement allowed allows amounts asthma bars basis blood breath challenging chart clinical combination competence computations conditions consistent container containers covered created decay density described doped easy economic education efficient eliminate equipment error experimental expiration extraordinarily fast fastest feasible federal fitted flow fraction fully funded furthermore future gold golden good grog healthy heart hold human identical implement implemented infrastructure inherently interleaved inversion investigate iteration iteratively leads length limit little longer loop lung makes mapping maps martin ministry motion much nearly network nonlinear overestimated period phantom physics pixel possibility post potential processed processing projections prone properties proposed proton quantification quantitative radial rapid readout reconstruction reducing registration remaining representative required requires resolved respiratory roughly routine sampled sampling scanner scheme sector sensitivity setup short slice slices spaces spacing spatially spin statistical substantial supported systolic technology tissue train trans transform transport triggering turbo uniform validated vessels visible volume volunteer water yielding