<p>3D optical imaging with OPT was used to image a GFAP-stained brain hemisphere. Optical slices of the brain are shown and GFAP-positive cells are seen throughout the brain (A). A cartoon shows the location of the slices. A 3D representation shows the distribution of GFAP staining along the corpus callosum (B).</p
<p>Cortex and white matter injury showing GFAP positive areas and paucity of stain in control. Hippo...
<p>12 µm sections from young (A and B) and one year (C and D) wild-type and <i>Cfh</i><sup>−/−</sup>...
This image is from the same slice as the one with the lens track. It was taken in the ventrolateral ...
<p>Serial two-photon tomography was used to image a single hemisphere stained with GFAP. Optical sli...
<p>Coronal section of mouse brain with implanted GRIN lens. Lens was removed after perfusion/fixatio...
<p>3D optical imaging with OPT was used to image a single hemisphere stained with DCX (red) and nest...
Coronal section of mouse brain with implanted GRIN lens. Lens was removed after perfusion/fixation a...
Coronal section of mouse brain with implanted GRIN lens. Lens was removed after perfusion/fixation a...
<p>This image of glial cells deep in the cortex of a live GFAP-GFP mouse was acquired through an imp...
It is important to understand changes in cell distribution that occur as a part of disease progressi...
<p>Two adjacent sagittal sections were both incubated with the same mix of GFAPc-term (raised in goa...
This image is from the same slice as the one with the lens track. It was taken in the ventrolateral ...
<p>This image of glial cells deep in the cortex of a live GFAP-GFP mouse was acquired through an imp...
<p>This image of glial cells deep in the cortex of a live GFAP-GFP mouse was acquired through an imp...
<p>(A–B) Immunohistochemical staining of mouse P70 brain for Gfapδ (1), pan-Gfap (2), Vimentin (3) a...
<p>Cortex and white matter injury showing GFAP positive areas and paucity of stain in control. Hippo...
<p>12 µm sections from young (A and B) and one year (C and D) wild-type and <i>Cfh</i><sup>−/−</sup>...
This image is from the same slice as the one with the lens track. It was taken in the ventrolateral ...
<p>Serial two-photon tomography was used to image a single hemisphere stained with GFAP. Optical sli...
<p>Coronal section of mouse brain with implanted GRIN lens. Lens was removed after perfusion/fixatio...
<p>3D optical imaging with OPT was used to image a single hemisphere stained with DCX (red) and nest...
Coronal section of mouse brain with implanted GRIN lens. Lens was removed after perfusion/fixation a...
Coronal section of mouse brain with implanted GRIN lens. Lens was removed after perfusion/fixation a...
<p>This image of glial cells deep in the cortex of a live GFAP-GFP mouse was acquired through an imp...
It is important to understand changes in cell distribution that occur as a part of disease progressi...
<p>Two adjacent sagittal sections were both incubated with the same mix of GFAPc-term (raised in goa...
This image is from the same slice as the one with the lens track. It was taken in the ventrolateral ...
<p>This image of glial cells deep in the cortex of a live GFAP-GFP mouse was acquired through an imp...
<p>This image of glial cells deep in the cortex of a live GFAP-GFP mouse was acquired through an imp...
<p>(A–B) Immunohistochemical staining of mouse P70 brain for Gfapδ (1), pan-Gfap (2), Vimentin (3) a...
<p>Cortex and white matter injury showing GFAP positive areas and paucity of stain in control. Hippo...
<p>12 µm sections from young (A and B) and one year (C and D) wild-type and <i>Cfh</i><sup>−/−</sup>...
This image is from the same slice as the one with the lens track. It was taken in the ventrolateral ...