On the Influence of Particle Size in MR Iron Quantification

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achieved affected agglomeration aggregated aggregation allow amount analyzing assess assessed audience background becomes behavior biologists bowl bulk cause caused cells clearly coated compromising concentration concentrations consequently consisted constant contrast converted cores corrected correction correlation degree denoted depends determined diagnostic diameter diffusion direct discuss dissolved distribution dominated echoes effective equal experiment falcon field fitting freely frequency future gradient hamburg hand heterogeneous highly homogeneous hospital implications implies in vivo independent indicating influence insensitivity institute investigate investigated iron irreversible kept kinds known larger like linear magnitude mapping matrix medical mimicked much nearly orientation oxide panel parallel particle particles phantom phys physicians physicists physics placed plain polynomial process quantification quantitative quantities quantity radiology regression respect revealed reversible rightmost robust saline sampled samples sensitive shape slopes smaller soft solution spherical spin stabilized stat stores studies subsequent suggest supposed surrounding susceptibility suspensions target technologists theoretical tissue transverse tubes underlying unwrapped useful yielded yields