Assessment of Multiple Sclerosis at 7.0 T Using High Spatial Resolution, Fluid Attenuated Inversion Recovery Prepared Susceptibility Weighted Fast Spin Echo Imaging

Keywords

accomplish accomplished achieving added additionally adjustable affords ahead alterations anticipate applicability application applied assessment attenuated audience axial basic blood bottom brain broader cardiovascular cerebral channel clearly clinical clinicians coil conserving considering contrast controls cooperation degradation demonstration density depicting depicts deposits derived details differentiate diseases displaced distinction distortion distortions dominates dynamic efficacy enhanced enriched evolution examined examples excitation experimental extending extra facility faculty fast feasibility field filtered flair fluid free good gradient gray head healthy heartening illustrated improve inflammation initial insensitive intensity inversion investigation iron lesion lesions limits magnetization magnitude maria marked materials matrix medical medicine module molecular nova obstructs optimized particular pathological patient patients phantom plaque post prepared print processed projections pronounced proposes providing pulse receive recovery reduction refocusing related representing residual resolution scanned scanner sclerosis spatial spin studies subjects superimposed suppressed suppression susceptibility target tissue together transverse ultrahigh vascular veins venous versus vessel vessels view visible volunteer white yield zoomed