Quantification of Myelin in the Cervical Spinal Cord Using Inhomogeneous Magnetization Transfer Imaging

Keywords

absence accurately acquisition additional allow alternating although applied applying arbor arise around asymmetrical beth better brain broadening cause cerebellar cerebellum cervical channel clearly coil combined come component comprising concurrent consistency consisting content cord damage deaconess decrease decreases direct disadvantage disks disorders distortion distortions dual duration eight enhancement entire evaluation even event every evidenced expected experiment explored extract extracted field fluid fractional frequencies frequency function goal gray hackney half illustrating improve indicates inhomogeneity inhomogeneous injury length limited location macromolecular macromolecules magnetization marker mask matrix measure medical medulla minutes mobile move negative neighborhood neurological noise normalizing note novena offset particularly patients planar pools position positive potentially proposed pulsed pulses quantification radiology rapid rare receive recently reconstructed reduce reflect remained representative robustness saturated saturation scanner scheme school select sensitive several shaped shot slice spatial specifically specificity spin spinal spine subcutaneous summarize thought transfer twelve unsaturated upper vertebrae visualization vitae volunteer volunteers white yield