Mouse Lumbar Spinal Cord Blood Flow Imaging Using Pseudo-Continuous ASL (PCASL) at Very High Field

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able account acquisition acquisitions additionally allowed alteration altered alternative although animal aorta appeared artifacts assuming audience axial benefiting blood blurring careful cervical choice coil combination combined conditions consequently constraints continuous cord corresponded delay delays descending despite determined distortion dorsal duration efficiency efficient enlarged fair feasibility feasible field flexibility flow fresh full gave gray help highlighting highlights highly horns impairments implies increasing inflowing inhomogeneities injury inside inversion investigate investigated labeling length likely limiting long lumbar magnetization maps mice minimize minutes models module moreover motion motional mouse nourishing numerous occur percentage perfused perfusion placed positioning post previously pseudo pulse quantification quantify quantitative rare readout receiver recovery reported required resolution respiratory robust robustness rodent segmentation segmented selective sensitivity shot since slab slice slight slightly spatial spinal strategy structure studies submitted subtraction suffered synchronization system tagging takes tanner target thoracic tissue train transmitter transverse true typical unbalanced unlike upstream valuable ventral vertical visible volume white