<p>Quantitative normalized signal intensity measurements were performed by region-of-interest (ROI) analysis.</p><p>Vessel-tissue contrast ratio of the confluence of sinuses (CoS) and <sub>.</sub></p><p>middle cerebral artery (MCA) were assessed in correlation to surrounding gray matter (GM). Therefore, ROI were placed in the largest diameter of the CoS and proximal left M1 segments as well as adjacent gray matter .</p><p>The average diameter for the ROI of the CoS was 8–12<b> </b>mm; the ROI for MCA was 3–5<b> </b>mm in diameter; the ROI for brain parenchyma amounted to approximately 10<b> </b>mm. In surgically treated Moyamoya patients ROI were placed in the superficial temporal artery to middle cerebral artery bypass instead of the pr...
International audienceVessel size imaging is a new method that is based on simultaneous measurement ...
Magnetic resonance diffusion tractography provides a powerful tool for the assessment of white matte...
<p><b>A)</b> The ratio of the signal intensity of the corticospinal tract to the signal intensity of...
<p>Vessel-tissue contrast ratio of the middle cerebral artery (MCA) were assessed in correlation to...
Objective. To improve the quantitative assessment of cerebral blood volume (CBV) and flow (CBF) in t...
Regional cerebral blood volume (rCBV) provides valuable information about the nature and progress of...
PurposeLenticulostriate infarction requires further research of arterial hemodynamic factors, as the...
Probabilistic atlases are more representative of the population than single brain atlases. They allo...
BACKGROUND: Moyamoya disease causes progressive occlusion of the supraclinoidal internal carotid art...
BACKGROUND: Moyamoya disease causes progressive occlusion of the supraclinoidal internal carotid art...
Objective: The current gold standard for imaging cerebral Small Vessel Disease (SVD) is to asses str...
BACKGROUND: Moyamoya disease causes progressive occlusion of the supraclinoidal internal carotid art...
BACKGROUND: Moyamoya disease causes progressive occlusion of the supraclinoidal internal carotid art...
Objective: The current gold standard for imaging cerebral Small Vessel Disease (SVD) is to asses str...
<p>Qualitative MRM region of interest (ROI) signal intensity trend relative to dominant tissue signa...
International audienceVessel size imaging is a new method that is based on simultaneous measurement ...
Magnetic resonance diffusion tractography provides a powerful tool for the assessment of white matte...
<p><b>A)</b> The ratio of the signal intensity of the corticospinal tract to the signal intensity of...
<p>Vessel-tissue contrast ratio of the middle cerebral artery (MCA) were assessed in correlation to...
Objective. To improve the quantitative assessment of cerebral blood volume (CBV) and flow (CBF) in t...
Regional cerebral blood volume (rCBV) provides valuable information about the nature and progress of...
PurposeLenticulostriate infarction requires further research of arterial hemodynamic factors, as the...
Probabilistic atlases are more representative of the population than single brain atlases. They allo...
BACKGROUND: Moyamoya disease causes progressive occlusion of the supraclinoidal internal carotid art...
BACKGROUND: Moyamoya disease causes progressive occlusion of the supraclinoidal internal carotid art...
Objective: The current gold standard for imaging cerebral Small Vessel Disease (SVD) is to asses str...
BACKGROUND: Moyamoya disease causes progressive occlusion of the supraclinoidal internal carotid art...
BACKGROUND: Moyamoya disease causes progressive occlusion of the supraclinoidal internal carotid art...
Objective: The current gold standard for imaging cerebral Small Vessel Disease (SVD) is to asses str...
<p>Qualitative MRM region of interest (ROI) signal intensity trend relative to dominant tissue signa...
International audienceVessel size imaging is a new method that is based on simultaneous measurement ...
Magnetic resonance diffusion tractography provides a powerful tool for the assessment of white matte...
<p><b>A)</b> The ratio of the signal intensity of the corticospinal tract to the signal intensity of...