<p>Axial FLAIR slices of the baseline MRI (a, d) and the follow-up MRI (b, c, e, f) of a patient with GB are shown. Segmentation of baseline FV (a, green), follow-up FV (b, blue) and an overlay image of both segmentations (c) is presented. Baseline FLAIR image (d) and follow-up FLAIR image (e) are displayed without segmentations. The regional, segmentation-based subtraction of FV (sFV) is also shown (f, red).</p
<p>(A) Axial, sagittal and coronal slices of post-contrast T1-MR in a patient with right parietal GB...
<p>Axial transverse FLAIR image (<b>1.a</b>) through centrum semiovale showing hyperintensity within...
Background: Neurodegenerative and cerebrovascular diseases show a distinct distribution of regional ...
<p>(a) Shows a typical brain image. (b) Histogram of original brain image. (c) Contrast-Enhanced ima...
<p>A) In case of a FLAIR lesion encompassing the whole DWI-lesion, the hyperintensity was delineated...
Magnetic Resonance (MR) white matter hyperintensities have been shown to predict an increased risk o...
Example segmentations of the right (green) and left (red) thalamus from high-resolution anatomical T...
Three pairs of a pre-processed FLAIR image and a mask of segmented WMH with total WMH volume of each...
Segmentation is an important step for the diagnosis of multiple sclerosis (MS). This paper presents ...
<p>Each point in the plot represents a single voxel from a study. (A–C) Color key for these plots: (...
<p>Flair imaging, normal CT and Xe-CT at different levels of subjects with WML.</p
<p>An example of subcortical brain segmentation of the thalamus in red in coronal (A), sagittal (B),...
Computer-Assisted Detection in FLAIR and DT neuroimages: automatic segmentation and volume assessmen...
White matter hyperintensities are known to play a role in the cognitive decline experienced by patie...
<p>First row: one slice of an image and its evolution through the algorithm. Second row: enlargement...
<p>(A) Axial, sagittal and coronal slices of post-contrast T1-MR in a patient with right parietal GB...
<p>Axial transverse FLAIR image (<b>1.a</b>) through centrum semiovale showing hyperintensity within...
Background: Neurodegenerative and cerebrovascular diseases show a distinct distribution of regional ...
<p>(a) Shows a typical brain image. (b) Histogram of original brain image. (c) Contrast-Enhanced ima...
<p>A) In case of a FLAIR lesion encompassing the whole DWI-lesion, the hyperintensity was delineated...
Magnetic Resonance (MR) white matter hyperintensities have been shown to predict an increased risk o...
Example segmentations of the right (green) and left (red) thalamus from high-resolution anatomical T...
Three pairs of a pre-processed FLAIR image and a mask of segmented WMH with total WMH volume of each...
Segmentation is an important step for the diagnosis of multiple sclerosis (MS). This paper presents ...
<p>Each point in the plot represents a single voxel from a study. (A–C) Color key for these plots: (...
<p>Flair imaging, normal CT and Xe-CT at different levels of subjects with WML.</p
<p>An example of subcortical brain segmentation of the thalamus in red in coronal (A), sagittal (B),...
Computer-Assisted Detection in FLAIR and DT neuroimages: automatic segmentation and volume assessmen...
White matter hyperintensities are known to play a role in the cognitive decline experienced by patie...
<p>First row: one slice of an image and its evolution through the algorithm. Second row: enlargement...
<p>(A) Axial, sagittal and coronal slices of post-contrast T1-MR in a patient with right parietal GB...
<p>Axial transverse FLAIR image (<b>1.a</b>) through centrum semiovale showing hyperintensity within...
Background: Neurodegenerative and cerebrovascular diseases show a distinct distribution of regional ...