Effect of Saturation Pulse Duration and Strength on Parallel Transmission Based Amide Proton Transfer MRI of the Prostate

Keywords

adaptively allow alternation amide among amplifiers amplitude appeared array benefits better biostatistics block body cancer capability carefully central channel chemical clinical coil company composed consistent contrast corresponds decrease detection determined develop developed deviation diagnostic divided dual duration emerged enabled enables endogenous enhanced examinations exchange facilitate field fixed frequency furthermore gland grant health homogeneous homogenized importance important improving included increasing institute institutes intensity irradiation larger latter length long longer materials matrix maximal measured methodology minimal molecular national noise offset optimal optimization optimize parallel part patch pathology patient patients peripheral placed plateau posterior power prostate proton protons pulse pulses radiology reached recently reception relatively representative resolution saturated saturation sensitivity shah shimmed shot sixteen slice smaller software solute strength supported suppress suppression system termed tissue tissues train transfer transmission trend tumor twenty urology useful view visualized water weak year zone