Quantification of anisotropy and orientation in 3D electron microscopy and diffusion tensor imaging in injured rat brain
Abstract
Diffusion tensor imaging (DTI) reveals microstructural features of grey and white matter non-invasively. The contrast produced by DTI, however, is not fully understood and requires further validation. We used serial block-face scanning electron microscopy (SBEM) to acquire tissue metrics, i.e., anisotropy and orientation, using three-dimensional Fourier transform-based (3D-FT) analysis, to correlate with fractional anisotropy and orientation in...
Paper Details
Title
Quantification of anisotropy and orientation in 3D electron microscopy and diffusion tensor imaging in injured rat brain
Published Date
Feb 2, 2018
Journal
Volume
172
Pages
404 - 414
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