<p>This image shows the lesion distribution on MRI of the 37 patients included in the present study. The numbers of patients with ischemic lesions are shown by color-coding. Lesions that were hypointense on T1WI are colored blue to green, whereas lesions that were hyperintense on DWI are colored red to yellow. The lesions are seen predominantly in the affected hemisphere, and the distributions show the watershed type of infarction. The images were anatomically standardized by SPM. AH: affected hemisphere, nAH: non-affected hemisphere.</p
<p>Larger strokes were associated with more frequent ischemic lesions in the MCA territory of both h...
(A) Adjudicated cardioembolic stroke with multiple lesions (blue arrows) in left middle cerebral art...
Axial images of the frequency map of difference between with and without cerebral herniation groups ...
Knowledge of the typical lesion topography and volumetry is important for clinical stroke diagnosis ...
<p>Overlap of infarct lesions on a T1 anatomical template in (A) mildly impaired patients (n=14) and...
AbstractKnowledge of the typical lesion topography and volumetry is important for clinical stroke di...
<p>The color overlay created on top of the Montreal Neurologic Institute (MNI) standard brain templa...
<p>The damage evident in MRI images was reconstructed for each studied patient and plotted using MRI...
Objective: The correct and rapid classification of the ischemic stroke subtype enables the determina...
Background and Purpose — MRI has superior capabilities for the detection of cerebral infarcts compar...
BACKGROUND: The presence of cortical lesions (CLs) and their topographic distribution in the brains ...
International audienceBackground: In acute ischemic stroke (AIS), gray matter (GM) and white matter ...
Our knowledge of the anatomical organization of the human brain in health and disease draws heavily ...
The aim of this study was to evaluate whether the distribution pattern of early ischemic changes in ...
<p>* Infarcts in M1 to M6 (6 zones of the territory of the middle cerebral artery) were estimated us...
<p>Larger strokes were associated with more frequent ischemic lesions in the MCA territory of both h...
(A) Adjudicated cardioembolic stroke with multiple lesions (blue arrows) in left middle cerebral art...
Axial images of the frequency map of difference between with and without cerebral herniation groups ...
Knowledge of the typical lesion topography and volumetry is important for clinical stroke diagnosis ...
<p>Overlap of infarct lesions on a T1 anatomical template in (A) mildly impaired patients (n=14) and...
AbstractKnowledge of the typical lesion topography and volumetry is important for clinical stroke di...
<p>The color overlay created on top of the Montreal Neurologic Institute (MNI) standard brain templa...
<p>The damage evident in MRI images was reconstructed for each studied patient and plotted using MRI...
Objective: The correct and rapid classification of the ischemic stroke subtype enables the determina...
Background and Purpose — MRI has superior capabilities for the detection of cerebral infarcts compar...
BACKGROUND: The presence of cortical lesions (CLs) and their topographic distribution in the brains ...
International audienceBackground: In acute ischemic stroke (AIS), gray matter (GM) and white matter ...
Our knowledge of the anatomical organization of the human brain in health and disease draws heavily ...
The aim of this study was to evaluate whether the distribution pattern of early ischemic changes in ...
<p>* Infarcts in M1 to M6 (6 zones of the territory of the middle cerebral artery) were estimated us...
<p>Larger strokes were associated with more frequent ischemic lesions in the MCA territory of both h...
(A) Adjudicated cardioembolic stroke with multiple lesions (blue arrows) in left middle cerebral art...
Axial images of the frequency map of difference between with and without cerebral herniation groups ...