<p>(A) The number of vessel profiles with albumin extravasation in the periventricular and subcortical white matter. (B) A representative image of albumin extravasation indicated by the black arrowhead; a vessel within the subcortical white matter of an LPS<sub>PROT</sub> lamb. Grey bars denote the LPS<sub>UVC</sub> group, white bars denote LPS<sub>PROT</sub> and black bars denote LPS<sub>INJ</sub>. Scale bar represents 20 µm.</p
This chapter describes the methods for measuring the increase in vascular permeability induced by tu...
Figure S1. Overviews show spare sections, which were not processed for electron microscopy. FITC-alb...
Hemorrhage, hypertensive, basal ganglia. A 34-83 extending into subcortical white. Horizontal plane....
<p>Representative images of blood vessel profiles (indicated by arrowheads) with serum extravasation...
<p>Panels A–C show albumin staining in the cortical gray (CxGM) and subcortical white matter (CxWM) ...
<p>Number of blood vessel profiles with serum extravasation in the subcortical white matter (A), per...
<p>(A) Quantitative analysis of differences in the expression of occludin in areas of FITC-albumin e...
<p><i>A, B</i>: Control group. <i>C, D</i>: 10<b> </b>mg/kg LAB group. <i>E, F</i>: 20<b> </b>mg/kg ...
<p>On the left is a representation of the cerebral cortex of an individual with an optimal vasculatu...
<p>(A) Ultrastructural analysis of a control area located on the contralateral hemisphere shows a sm...
<p>(A) Double fluorescence labeling of laminin (color-coded in blue) and GFAP (red) in combination w...
<p><b>Key: Cx</b> – cerebral cortex, <b>Hip</b> – hippocampus, <b>Cb</b> – cerebellum, <b>Md</b> – m...
<p>(A) H & E staining of control brain reveals normal histological pattern of brain parenchyma (arro...
Mesenteric, lung and liver microvascular leakage determined by spectrophotometric optical density (O...
<p>Color bar on left of each panel indicates associated vessel diameters. (A) Pseudocolored image of...
This chapter describes the methods for measuring the increase in vascular permeability induced by tu...
Figure S1. Overviews show spare sections, which were not processed for electron microscopy. FITC-alb...
Hemorrhage, hypertensive, basal ganglia. A 34-83 extending into subcortical white. Horizontal plane....
<p>Representative images of blood vessel profiles (indicated by arrowheads) with serum extravasation...
<p>Panels A–C show albumin staining in the cortical gray (CxGM) and subcortical white matter (CxWM) ...
<p>Number of blood vessel profiles with serum extravasation in the subcortical white matter (A), per...
<p>(A) Quantitative analysis of differences in the expression of occludin in areas of FITC-albumin e...
<p><i>A, B</i>: Control group. <i>C, D</i>: 10<b> </b>mg/kg LAB group. <i>E, F</i>: 20<b> </b>mg/kg ...
<p>On the left is a representation of the cerebral cortex of an individual with an optimal vasculatu...
<p>(A) Ultrastructural analysis of a control area located on the contralateral hemisphere shows a sm...
<p>(A) Double fluorescence labeling of laminin (color-coded in blue) and GFAP (red) in combination w...
<p><b>Key: Cx</b> – cerebral cortex, <b>Hip</b> – hippocampus, <b>Cb</b> – cerebellum, <b>Md</b> – m...
<p>(A) H & E staining of control brain reveals normal histological pattern of brain parenchyma (arro...
Mesenteric, lung and liver microvascular leakage determined by spectrophotometric optical density (O...
<p>Color bar on left of each panel indicates associated vessel diameters. (A) Pseudocolored image of...
This chapter describes the methods for measuring the increase in vascular permeability induced by tu...
Figure S1. Overviews show spare sections, which were not processed for electron microscopy. FITC-alb...
Hemorrhage, hypertensive, basal ganglia. A 34-83 extending into subcortical white. Horizontal plane....