Abstract #3013
In-vivo detection of diffusive water transport in human eye using high-resolution diffusion weight imaging
Jiancheng Zhuang 1 and Bosco S. Tjan 1
1
University of Southern California, Los
Angeles, California, United States
We describe an approach of using a readout-segmented
echo-planar imaging sequence combined with parallel
imaging and a two-dimensional navigator-based
reacquisition to investigate the diffusive water
transport in in-vivo human eyes. The results show the
difference of water diffusive movement across different
eye structures. It demonstrates feasibility of in-vivo
detection of water transport in human eyes at a high
spatial resolution (0.38 mm by 0.38 mm in-plane
resolution) on a typical clinic scanner by using this
readout-segmented echo-planar imaging sequence.
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