T1 Mapping of the Lungs Using DESPOT1 Approach with 3D Radial UTE Acquisition

Keywords

acceptance acknowledgments acquiring acquisition acquisitions adapt adaptive additionally aorta approved aqueous arising array arrow artifacts axial basis believe bell bellows bias blood bottom boundary calculations capable cardiac channel chest chosen clinical coil commonly compliant considering contributes control coronal correct correcting correlation coverage covered create decay degrees described despot diaphragm difficult discrepancy done elevated enabled entire especially expiration extremely fain fast feasibility features feedback fitting five foundation full functional funding gating good gradient healthy human humans hypothesize improved included inherently inhomogeneities inhomogeneity internal inversion isotropic lattice least literature lung lungs mapping maps methodology middle minimal minimized models motion must necessary noise outliers phantom physics pixel placing pool preliminary previously projections prospective proton qualitatively quantification radial radiology ranging readout recalled reconstructed recovery reported resolution respiratory robust sampling scale scanned scanner sensitivity short shot slice spatial species spin spoiled squares strengthen structural subject subjects sufficient susceptibility table thanks tube ultrashort validated volunteers wide window