<p>MRI images (A), analysis in the cortical region (B) and analysis in striatal region (C) of the T2-turbo spin echo (T2-TSE) of Sham, Stroke and TT/Stroke groups in control, 1 hour, 2.5 hours, 7.5 hours, 1 day and 2 days after tMCAO. * and **: significant difference when compared to the Control and Stroke groups (p<0.05) and (p<0.01) respectively; # and ##: significant difference when compared Control group and TT group (p<0.05) and (p<0.01) respectively; ★ and ★★: significant difference when compared to the Stroke and Sham groups at the same time point, (p<0.05) and (p<0.01) respectively; ∧: significant difference when compared to the TT/Stroke and Stroke groups at the same time point (p<0.05) respectively.</p
Background and Purpose—It is hypothesized that tPA rescues brain tissue by improving perfusion. In t...
The time course of changes in apparent diffusion coefficient (ADC) and signal intensity on diffusion...
<p>The hyperintensity corresponds to the ischemic area. Tissue was obtained from the ischemic core (...
<p>MRI images (A), analysis of T1 signal intensity (T1SI diff) (B), analysis of permeable BBB volume...
The apparent diffusion coefficient (ADC) of cerebral water, as measured by diffusion MRI, rapidly de...
BACKGROUND AND OBJECTIVE: In hyperacute ischaemic stroke, T2 of cerebral water increases with time. ...
<p>(A) TTC staining shows normal brain tissues (S1–S6) (deep red) and infarct tissues (S1–S6) (white...
<p>Evans Blue images (A), analysis of Evans Blue exudation (g/ml of brain tissue)(B) of Sham, Stroke...
<b>Objective:</b> We describe the first clinical application of transient hyperoxia (“o...
OBJECTIVE: Ischemic lesions seen on diffusion-weighted imaging (DWI) are reversible if reperfusion i...
<p>Displayed are T2*-weighted images (second echo; TE = 8.5ms), acquired with a MGE sequence at 11.7...
International audienceRecent advances in MRI methodology, such as microvascular and brain oxygenatio...
<p>TTC-stained coronal sections show infarct tissues (pale unstained region). Brain sections (from e...
PURPOSE:Quantitative T2'-mapping detects regional changes of the relation of oxygenated and deoxygen...
In this data report we make available to the community a highly variable longitudinal MRI mouse brai...
Background and Purpose—It is hypothesized that tPA rescues brain tissue by improving perfusion. In t...
The time course of changes in apparent diffusion coefficient (ADC) and signal intensity on diffusion...
<p>The hyperintensity corresponds to the ischemic area. Tissue was obtained from the ischemic core (...
<p>MRI images (A), analysis of T1 signal intensity (T1SI diff) (B), analysis of permeable BBB volume...
The apparent diffusion coefficient (ADC) of cerebral water, as measured by diffusion MRI, rapidly de...
BACKGROUND AND OBJECTIVE: In hyperacute ischaemic stroke, T2 of cerebral water increases with time. ...
<p>(A) TTC staining shows normal brain tissues (S1–S6) (deep red) and infarct tissues (S1–S6) (white...
<p>Evans Blue images (A), analysis of Evans Blue exudation (g/ml of brain tissue)(B) of Sham, Stroke...
<b>Objective:</b> We describe the first clinical application of transient hyperoxia (“o...
OBJECTIVE: Ischemic lesions seen on diffusion-weighted imaging (DWI) are reversible if reperfusion i...
<p>Displayed are T2*-weighted images (second echo; TE = 8.5ms), acquired with a MGE sequence at 11.7...
International audienceRecent advances in MRI methodology, such as microvascular and brain oxygenatio...
<p>TTC-stained coronal sections show infarct tissues (pale unstained region). Brain sections (from e...
PURPOSE:Quantitative T2'-mapping detects regional changes of the relation of oxygenated and deoxygen...
In this data report we make available to the community a highly variable longitudinal MRI mouse brai...
Background and Purpose—It is hypothesized that tPA rescues brain tissue by improving perfusion. In t...
The time course of changes in apparent diffusion coefficient (ADC) and signal intensity on diffusion...
<p>The hyperintensity corresponds to the ischemic area. Tissue was obtained from the ischemic core (...