<p>Red-yellow shows clusters where POAG patients have significant DTI abnormalities (lower fractional anisotropy or higher axial/radial diffusivity) in comparison with normal controls. Green is the white matter skeleton. Images (in standard MNI152 space) are shown in radiological convention. See Results and <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0105931#pone-0105931-t002" target="_blank">Table 2</a> for details.</p
<p>T = standard template; GM = group mean; GW = group-wise atlas and N = most representative subject...
Diffusion tensor imaging (DTI) techniques allow the detection of changes in the microstructure of th...
<p>Fractional anisotropy (FA) and axial diffusivity (AD), but not radial diffusivity, were reduced i...
<p>Green is the white matter skeleton. Images (in standard MNI152 space) are shown in radiological c...
<p>Green is the white matter skeleton. Images (in standard MNI152 space) are shown in radiological c...
<p>Red-yellow shows clusters where POAG patients have significantly lower grey matter volume in comp...
<p>*uncorrected.</p><p>See text for details and abbreviations.</p><p>Regions of the cerebral white m...
<p>Top row coronal view, bottom row axial view. Background image corresponds to the mean fractional ...
<p>Regions showing altered Radial Diffusivity (A), Mean Diffusivity (B) and Fractional anisotropy (C...
<p>Mean FA skeleton for each registration approach: green (T, standard template), blue (GM, group me...
<p>Background image corresponds to the mean fractional anisotropy image of all subjects in standard ...
<p>Blu-light blu and red-yellow show clusters where POAG patients have, respectively, significantly ...
<p>A) Observed differences in mean diffusivity (MD). B) Observed differences in fractional anisotrop...
<p>A) Observed differences in mean diffusivity (MD). B) Observed differences in fractional anisotrop...
<p>Results show decreases in fractional anisotropy (FA) in the multiple brain areas of persons with ...
<p>T = standard template; GM = group mean; GW = group-wise atlas and N = most representative subject...
Diffusion tensor imaging (DTI) techniques allow the detection of changes in the microstructure of th...
<p>Fractional anisotropy (FA) and axial diffusivity (AD), but not radial diffusivity, were reduced i...
<p>Green is the white matter skeleton. Images (in standard MNI152 space) are shown in radiological c...
<p>Green is the white matter skeleton. Images (in standard MNI152 space) are shown in radiological c...
<p>Red-yellow shows clusters where POAG patients have significantly lower grey matter volume in comp...
<p>*uncorrected.</p><p>See text for details and abbreviations.</p><p>Regions of the cerebral white m...
<p>Top row coronal view, bottom row axial view. Background image corresponds to the mean fractional ...
<p>Regions showing altered Radial Diffusivity (A), Mean Diffusivity (B) and Fractional anisotropy (C...
<p>Mean FA skeleton for each registration approach: green (T, standard template), blue (GM, group me...
<p>Background image corresponds to the mean fractional anisotropy image of all subjects in standard ...
<p>Blu-light blu and red-yellow show clusters where POAG patients have, respectively, significantly ...
<p>A) Observed differences in mean diffusivity (MD). B) Observed differences in fractional anisotrop...
<p>A) Observed differences in mean diffusivity (MD). B) Observed differences in fractional anisotrop...
<p>Results show decreases in fractional anisotropy (FA) in the multiple brain areas of persons with ...
<p>T = standard template; GM = group mean; GW = group-wise atlas and N = most representative subject...
Diffusion tensor imaging (DTI) techniques allow the detection of changes in the microstructure of th...
<p>Fractional anisotropy (FA) and axial diffusivity (AD), but not radial diffusivity, were reduced i...