In vivo high resolution rat spinal cord diffusion weighted imaging at 9.4T: a new approach based on adiabatic refocusing pulses and reduced FOV multislice EPI
Mohamed Tachrount 1 , Andrew Davies 2 , Kenneth Smith 2 , Xavier Golay 1 , and David L Thomas 1
Department of brain repair and
rehabilitation, UCL Institute of Neurology, London,
Greater London, United Kingdom,
of Neuroinflammation, UCL Institute of Neurology,
London, Greater London, United Kingdom
New approach based on a combination of conventional and
adiabatic spatially selective RF pulses which makes use
of narrowed selected VOI and shortened TE is described
and preliminary results of the rat lumbar SC Diffusion
Weighted Imaging (DWI) were presented.
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