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Advance in Diffusion Tensor Imaging in Assessment of White Matter Fiber Tracts Injury and Prognosis of Stroke(rerview)

Zhang Xiao-y

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Abstract

Diffusion tensor imaging (DTI) could not only reconstruct of the brain white matter neural connectivity,but also show clearly the brain white matter fiber morphology of lesions,either directly or indirectly,which imaged on white matter fiber tracts in the three-dimensional geometric structure by special software for image on the anisotropic thermal motion of water molecules.This paper reviewed the researches on DTI in the assessment of white matter fiber tracts injury and prognosis in patients with stroke.

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What this paper is about

Diffusion tensor imaging (DTI) could not only reconstruct of the brain white matter neural connectivity,but also show clearly the brain white matter fiber morphology of lesions,either directly or indirectly,which imaged on white matter fiber tracts in the three-dimensional geometric structure by special software for image on the anisotropic thermal motion of water molecules.This paper reviewed the researches on DTI in the assessment of white matter fiber tracts injury and prognosis in patients with stroke.

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Available abstract

Diffusion tensor imaging (DTI) could not only reconstruct of the brain white matter neural connectivity,but also show clearly the brain white matter fiber morphology of lesions,either directly or indirectly,which imaged on white matter fiber tracts in the three-dimensional geometric structure by special software for image on the anisotropic thermal motion of water molecules.This paper reviewed the researches on DTI in the assessment of white matter fiber tracts injury and prognosis in patients with stroke.

Key concepts: Diffusion MRI, White matter, Fractional anisotropy, Fiber tract, Fiber, Stroke (engine), Medicine, Pathology

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Advance in Diffusion Tensor Imaging in Assessment of White Matter Fiber Tracts Injury and Prognosis of Stroke(rerview) — Research Paper | ScholarLens