Knee Cartilage T1 Mapping with High Resolution Multi Slice Inversion Recovery: Feasibility, Reproducibility and Accuracy

Keywords

absolute accounting accuracy acquisition addition allowing alternative although applied arrows artifacts bearing bounds calibration cartilage cause clinical clinically commonly compute computing contact correction damage dead delayed delft derived dimensional distribution double doubling drawn effective enhanced error estimation estimator evaluate evaluation fast feasibility feasible femoral femur furthermore gadolinium gradient healthy highly hires human improved in vivo increasing indicating inversion journal knee lateral layer likelihood listed local localized locker longest look magnitude mapping maps mask masks materials measure medial metric moreover motion mutual noise osteoarthritis outermost overlay parallel partial parts pathology patient pattern plateau possibility posterior produced propose protocol protocols quantification readout recovery reduce reduces registered repeatability reproducibility reproducible resolution rigidly root scanned scanner selected short shortened slice spin spoiled square suffer suitable table technology thin tibial topography twice typical typically uncertainty variable versus visible visualized vitro volume volunteer volunteers zooming