Theoretical Evaluation of Ultrahigh Field Benefits to Non-Contrast Enhanced Renal Perfusion Imaging Using FAIR-EPI

Keywords

absorption accuracy achieve acquisition addition although application appreciably appropriately arterial artery artifacts assumed available averaging benefits best blood breath breaths chosen close compartment conditions conservative consistently constant constrained contrast correspondingly cortex coverage critical currently date decreasing dependent deposition details diagnostic efficiency enhanced evaluation even extrapolated faces fact fair fast field fields flow foundation full function funding gain gains geometry half healthy hold ideal impose improve improved increasing indicate inhomogeneity intrinsically inversion issues labeling larger lengthy life limitations limits listed local long longer longitudinal materials measured medulla minimize modality model models moderate necessity noise overcome parallel particularly patients performance perfusion phys poor potential power previously probable prolonged proven quantification radiology rapid readout reality reasonable reduce reducing reduction reliability renal repetition required resolution respiration selected sensitivity settings several short shot simulation simulations since slow spin spins steps still strength strengths studies subject suited table terms theoretical transplantation trends typical ultrahigh unfortunately unlike volunteers