New Approaches in B1-Mapping Compensation for in Vivo Quantitative 19F MR Molecular Imaging Using UTE BSSFP

Keywords

absence accuracy accurate accurately actual agents allows anatomy applicability application applications approaches approved audience background basic benefits best body bound calibration cancer clinic clinical coil coils compensate compensation concentration concentrations contained contrast core correct corrected correcting correction corroborates dependent detection diagnose directly disease displays distance dividing dual emulsion emulsions ether even expected facilitates facilitating field fields fluorinated fluorine free function hamburg homogeneous hours implantation implanted importantly improve improved in vivo inhomogeneities injected institution intensities intensity intravenously isotropic john known localized located loop mapped mapping mask matrix measured model molecular nominal nuclei obstacles optimized particular particularly peak phantom physiological pixel post precession prepared previously profile protocols providing quantification quantify quantitative rabbits radial radius raises readout receive requested required resolution response scanner sensitivity short simultaneously slice slices sparse spatially spectrometer steady strategy superimposed surface system target targeted therapy thereby train trajectory translation transmit tumor tuned type ultra uncorrected varying vascular versus vitro white whole winter