Multi-Compartment Diffusion Analysis for Differentiation of Malignant and Benign Brain Tumors in Pediatric Patients

Keywords

accuracy among amplitude anomalous apparent application arrow assumes background behavior benign bound brain calculus characterize characterized children coefficient compact comparing compartment complex complexity component confidence consistent constant correlate cover decade decay decreased degree density derived derives developed diagnosis differ differentiated differentiating differentiation diffuse diffusion disease divided entire equation evaluate exponential expressed extended extracellular facilitating findings fitted fitting fractional free grade grades gradient great heterogeneity house improving included indicate infer intensities interval intracellular juvenile lesions limiting malignancy malignant matrix measured medical medicine misdiagnosed mobility model models molecular molecules mono movement neoplasm northwestern noticeably overlap overlapping pair particularly past patient patients pediatric phantom phys pilot placed planning populations porosity properties prove proven pulse radiology reflects relatively representing response restricted scanners school separation several simultaneous slices software solid solution space strong structure suggesting targeting theoretical therapeutic tissue tool treated treatment tumor tumors types unequal unit useful utilization variance various vastly volume water whereas years