Rapid High Resolution 3D Volume Imaging of the Human Brain Using Spin Echo EPI, Parallel Imaging, Reduced-FOV Methods, and Oversampling Reduction at 7T

Keywords

abstract acceleration accomplished accounted achieve achieved acquisitions additional additionally address aims applied applying artifacts balanced become benefit blurring brain channel coil collected combination combined combining commonly comparatively consistent constraints containing corruption coverage crushers demonstrating describe design develop dimensional diminish diminished distortions dramatically dropout durations edges enables encoding ends evaluate excitation extra field fields fold frequency geometric gore gradient head highly human improvements increasing inner john length linear localizing magma minutes modulated much notable notably often outer oversampling parallel part phantom placed placement placing planar positioned preliminary prior produced profile prohibitive pulse pulses quadrature radiological radiology rapid rapidly readouts reduce reduced reduction refocusing repeated repetitions required resolution resolutions respectively roll sampling saturation sciences selected selective sense sensitive seven shot slab slabs slice slices spatial speck spin studies subjects supports suppression susceptibility system traditional train transmission ultra variations various visible volume volumes volunteers worsen