<p>Fractional anisotropy (FA) and axial diffusivity (AD), but not radial diffusivity, were reduced in the WFS group compared to controls (healthy and diabetic control groups combined), even after multiple comparison correction. There were no significant findings in the opposite direction (WFS > controls). White matter tracts in the cerebellum, brainstem, and optic radiations were prominently affected, but changes were also noted in other areas as well. The multiple comparison corrected p values are represented in the color coding. Z = the Talairach coordinate for the transverse plane.</p
<p>Background image corresponds to the mean fractional anisotropy image of all subjects in standard ...
<p>(A): Decreased FA in the right cuneus gyrus white matter. (B)(C)(D): Increased FA in the right th...
Objective This study was performed to investigate structural abnormalities of the white matter in pa...
<p>Regions showing altered Radial Diffusivity (A), Mean Diffusivity (B) and Fractional anisotropy (C...
<p>Results show decreases in fractional anisotropy (FA) in the multiple brain areas of persons with ...
<p>(A) Red voxels represent the areas where fractional anisotropy (FA) values of patients are signif...
<p>Areas with significantly decreased FA are shown in colors ranging from red to yellow (p < 0.05, c...
<p>Tract-Based Spatial Statistics output, illustrating significant differences in white matter fract...
<p>FA value reduction were seen at the pons and culmen (rows 2 and 3) using an ROI at the cerebellum...
<p>Voxelwise comparison of fractional anisotropy (FA) within white matter skeletons created with TBS...
<p>Both study groups, patients with bilateral vestibular loss and balance trained individuals show F...
<p>Radial diffusivity of corpus callosum, superior and inferior longitudinal fasciculus, and anterio...
The sensitivity of diffusion tensor imaging (DTI) for detecting microstructural white matter alterat...
<p>White matter structures showing a significant FA decrease and an AD and RD increase in different ...
<p>Red voxels indicate tracts where axial diffusivity (Dax) was found to be increased in patients co...
<p>Background image corresponds to the mean fractional anisotropy image of all subjects in standard ...
<p>(A): Decreased FA in the right cuneus gyrus white matter. (B)(C)(D): Increased FA in the right th...
Objective This study was performed to investigate structural abnormalities of the white matter in pa...
<p>Regions showing altered Radial Diffusivity (A), Mean Diffusivity (B) and Fractional anisotropy (C...
<p>Results show decreases in fractional anisotropy (FA) in the multiple brain areas of persons with ...
<p>(A) Red voxels represent the areas where fractional anisotropy (FA) values of patients are signif...
<p>Areas with significantly decreased FA are shown in colors ranging from red to yellow (p < 0.05, c...
<p>Tract-Based Spatial Statistics output, illustrating significant differences in white matter fract...
<p>FA value reduction were seen at the pons and culmen (rows 2 and 3) using an ROI at the cerebellum...
<p>Voxelwise comparison of fractional anisotropy (FA) within white matter skeletons created with TBS...
<p>Both study groups, patients with bilateral vestibular loss and balance trained individuals show F...
<p>Radial diffusivity of corpus callosum, superior and inferior longitudinal fasciculus, and anterio...
The sensitivity of diffusion tensor imaging (DTI) for detecting microstructural white matter alterat...
<p>White matter structures showing a significant FA decrease and an AD and RD increase in different ...
<p>Red voxels indicate tracts where axial diffusivity (Dax) was found to be increased in patients co...
<p>Background image corresponds to the mean fractional anisotropy image of all subjects in standard ...
<p>(A): Decreased FA in the right cuneus gyrus white matter. (B)(C)(D): Increased FA in the right th...
Objective This study was performed to investigate structural abnormalities of the white matter in pa...