High Resolution Quantitative Magnetization Transfer Imaging of Squirrel Monkey Spinal Cord at 9.4T

Keywords

acquisitions agreement anesthetized around artifacts avoided axial barker brain cervical challenging characterizing clinically closer coil collected compatible constant cord coronal damage datasets date diameter disorders equation especially even exchange excitation excluded expected explicit feasibility feasible field frame free frequencies frequency fundamental gore gradient gray heads healthy human identify implementation implemented improve in vivo influence inhomogeneity institute intensity interval intrinsic john knowledge larger limited macromolecular magnet magnetization maintained maps matrix mechanically metrics model models monitored monkey monkeys motion need noisy normalized observe offset offsets optimization overlaid physiological pool pools position positioned power precise primates processed progression properties protocol pulse pulsed pulses quantitative radiological radiology realistic reasonable receive reduce reflect reliably represent reproducibility resolution respectively saddle saturation science sciences session sets several shaped signs simpler slice smith spatial spinal spine squirrel stabilized steady structural studied studies suggested surface though throughout tissue tissues transfer transmit valuable variable variables variations ventilated vital water white widely width yields