Analyzing Error Propagation in Semi-Quantitative DCE MRI Parameters in Brain Tumors: A Comparison Study to Monte Carlo Simulation Predictions

Keywords

accurate addition analyzing application arrow autocorrelation blue brain calculation clinic clinical collected column committee compartment consequently considerable constant correlation curve curves days definition depend depending derived descriptive deviation direct distinguish distribution distributions divided dual enable enhancement error errors ethics examined exclude excluded expected extra extracellular extreme findings fitted fitting five fractional function generally good head heterogeneity homogeneous huge identical in vivo injection intensities iterations kinetic lists local locations longitudinal majority mapping maps materials mathematical measured median metrics model modeling modified molecular month months must noise normalized occasions outliers parametric patient patients percent persistent pixel plasma post precision predictions previous process produce produced propagate propagation properties quantitative random resembling residues resolution samples segmented selected semi sequentially series sets seven similarly simple simulated simulation simulations skew sources spatial spatially spread statistics studies subgroups subject summed supports synthetic table temporal theoretical treatment true tumors type typical understanding vestibular visit visits volume washout whilst whisker wide yellow