Volumetric Measurement of Human Brain T1 in vivo Using Pulsed Pseudo Random Amplitude Modulation

Keywords

acceleration accurate agrees amplitude approved approximate arch better binary blue bottles brain brown carried channel coil common concentration confirm consistent consisting content corrected coverage cycles decay decays demonstrating denote denoted depicted derived describes developed deviation diagnosis diagram differentiate disability disjointed double edema efficiency employing equation even every exponentially extensively falls fast faster feasibility fitting five function future gadolinium gradient gray head healthy human hyperbolic in vivo incorporated intensity inversion iron kernel larger least length logarithm longitudinal matrix measure measured medical modulation module nearly novel optimized otherwise overall overestimation parallel pattern percentage perfect period phantom phantoms plot pram predict predicted previously procedure protocol pseudo pulse pulsed quantification quantifying quantitatively radiology random readout reconstructed reconstruction recovery recruited reduction relatively repetitions reported reproducibility scanner scatter schematic sclerosis secant selective several short shorter slab slice slices slope solution solved south spoiler square studies taken theory tissue unit useful validates varying vector versus volumetric volunteer water white whole