Myelin Water Fraction Measurement Using Free Induction Decay and Refocused Gradient Echoes

Keywords

accounting accurate acquisition additionally address ages allowing alternative approaches approval approximation arrive assumed assuming behavior calculation cellular channel characteristic characterizing choice christen coil comparing compartment compartments component components conditions consistent construct corpus corrupt curve curves custom decay decompose dependence diffusion discrete display echoes electrical eliminate engineering explore exponential extra fast feasibility fellowship fitting five fraction free gives gradient graduate gray great head hence heterogeneity idealized implement implementation improve inadequate induction insensitive instead interdisciplinary interleaved intra literature long many maps material measuring median model models mono mostly much multicomponent needed normalized notably novel numerical optimization optimized partial partly pathological plan portions problems produces program promising propose pulse quantification radiology readouts reasonable refocused remain representation respectively scaled scanned sclerosis sections segmentation short shortcomings shorter slice slices spacing spatial spin strong subjects summary thin though tissue unlike utilize volume water white wide