Nan Zhang1, Qingwei Song2, Ailian Liu2, Renwang Pu2, Haonan Zhang2, Jiazheng Wang3, and Liangjie Lin3
1The First Affilliated Hospital of Dalian Medical University, Dalian, China, 2The First Affiliated Hospital of Dalian Medical University, Dalian, China, 3Philips Healthcare, Beijing, China, Beijing, China
1The First Affilliated Hospital of Dalian Medical University, Dalian, China, 2The First Affiliated Hospital of Dalian Medical University, Dalian, China, 3Philips Healthcare, Beijing, China, Beijing, China
This study indicated that MB SENSE=2 was recommended
for DTI on normal lumbosacral plexus nerve, which facilitated a 50% reduction
in scan time than conventional SENSE accelerated DTI.
Figure1
Upper
row:b=0s/mm2,b=800s/mm2,mean diffusivity(MD),and fraction
anisotropy(FA)map.Bottom row:Fiber tractography(FT)results of the iumbosacral
nerves,a maximal intensity projection(MIP),FT and T2WI FFE combined,and disply
of the segments at each level region of interest(ROI) placement.Dates obained
by using diffusion tensor imaging based on SENSE1.6.
Figure2
Upper
row:b=0s/mm2,b=800s/mm2,mean diffusivity(MD),and fraction
anisotropy(FA)map.Bottom row:Fiber tractography(FT)results of the iumbosacral
nerves,a maximal intensity projection(MIP),FT and T2WI FFE combined,and disply of
the segments at each level region of interest(ROI) placement.Dates obained by
using diffusion tensor imaging based on mutiband SENSE 2.
