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[DOC File]Table 4: Reporting MR imaging changes of presumed vascular ...
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Dec 10, 2015 · Bilateral nonenhancing hyperintense T2 and Flair foci involving the centrum, periventricular and subcortical regions (mosy likely represent sequela of previous microvascular pathology) Enhanced lesion with no gadolinium in the subcortical white matter, posterior capsula interna and capsula externa. NA.
subcortical white matter flair

[DOCX File]Table S1. - The Lancet
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On MRI, the calcifications are visible as hypointensive changes on all sequences. GRE sequences are particularly sensitive to the detection of tiny calcifications. Brain atrophy is significant. Leptomeningas are thickened with expressed imbibition. White matter can have high signal on T2-weighted and FLAIR images because of the presence of gliosis.
what is subcortical white matter

[DOCX File]Title
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Mar 21, 2010 · White matter hyperintensities, such as periventricular hyperintensity (PVH) and deep and subcortical white matter hyperintensity (DSWMH), were defined as focal areas of increased signal intensity on proton density-weighted and T2-weighted MRI, if there was no corresponding signal alteration on T1-weighted MRI.
periventricular t2 hyperintense foci

[DOC File]1002062 - Dustri
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The numbers of periventricular (P = 0.05), cortical/subcortical (P = 0.02) and discrete (P = 0.05) lesions detected using fast-FLAIR were higher than those detected using CSE. The data indicates that fast-FLAIR sequences are more sensitive than CSE in detecting multiple sclerosis lesion burden and that fast-FLAIR is a promising technique for ...
subcortical white matter hyperintensities

[DOCX File]Lippincott Williams & Wilkins
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Structural image analysis. An expert neuroradiologist rated the T2, FLAIR, T2* structural imaging obtained at randomisation and at follow-up for WMH (Fazekas score with periventricular and deep WMH scores summed to give a score ranging from 0-6), perivascular spaces using a validated, semi-quantitative scale ranging 0-4, with separate scores for basal ganglia and …
periventricular white matter hyperintensities

[DOCX File]Neurology Neuroimmunology & Neuroinflammation | A peer ...
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Brain MRI with few scattered nonspecific T2/FLAIR hyperintense lesions in deep, subcortical white matter bilaterally, as well as in pons. Yes. 2 years . ... Brain MRI with mild scattered subcortical and periventricular white matter hyperintensities and stable diffusion weighted abnormality in the left basal ganglia/caudate. Yes. 4 years.
periventricular subcortical hyperintensity

[DOCX File]University of Manchester
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FLAIR. Fluid-attenuated inversion recovery. ISF. Interstitial fluid. MRI. Magnetic resonance imaging. NAWM. Normal appearing white matter. OCSP. the Oxfordshire Community Stroke Project. PVS. Perivascular spaces. SPS3. the Secondary Prevention of Small Subcortical Stokes Trial. SWI. Susceptibility-weighted imaging. TOAST. the Trial of Org 10172 ...
mild periventricular white matter hypodensity

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images, cortical/subcortical or periventricular lesions are generally difficult to visualize because of lack of contrast between high-intensit y cortex and high-intensity CSF FLAIR is T2 …
periventricular flair signal abnormality

[DOC File]Rajiv Gandhi University of Health Sciences
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By thirteen years of age, when he had worsening dysarthria and falls, MRI demonstrated bilateral calcifications and cysts, some with contrast enhancement, in the periventricular regions, basal ganglia and thalami, and increased T2/FLAIR (fluid-attenuated inversion recovery) signal changes in periventricular and subventricular white matter.
subcortical white matter flair

Do brain T2/FLAIR white matter hyperintensities correspond to my…
Periventricular and deep WMH. Axial MRI FLAIR sequence showing periventricular WMH (arrow) and separate discrete subcortical WMH (double arrow). Figure A4. WMH appearance on T1w MPRAGE and T2. MRI FLAIR (A) shows extensive confluent WMH.
what is subcortical white matter

Periventricular and subcortical t2 flair