Multivane (MV) imaging, based on the blade rotating acquisition in k space, is a novel sequence for motion reduction imaging. The MV acquisition percentage is critical parameter in MV imaging for balanced image quality and scan time. This study aims to assess the performance of compressed sensing for accelerated T2-weighted head MV imaging under altered MV acquisition percentages. Results indicated that scan time of head Multivane (MV) T2WI was significantly reduced by compressed sensing (CS) without reduced image quality.
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