<p>Coronal section of mouse brain with implanted GRIN lens. Lens was removed after perfusion/fixation and before slicing. Tissue was stained with anti-GFAP antibody. This image was used for the paper and for analysis.</p
The standard histological processing procedure, which produces excellent staining of sections for mo...
<p>This image of glial cells deep in the cortex of a live GFAP-GFP mouse was acquired through an imp...
<p>At three weeks post-operatively. (A) Hematoxylin and eosin staining of mouse glioma at 3 weeks po...
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>3D optical imaging with OPT was used to image a GFAP-stained brain hemisphere. Optical slices of ...
<p>This image is from the same slice as the one with the lens track. It was taken in the ventrolater...
<p>Gradient index (GRIN) lens track in frontal cortex of coronal slice of mouse brain. After the mou...
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...
This image is from the same slice as the one with the lens track. It was taken in the ventrolateral ...
<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>(A). Pretreated deep frozen horizontal brain cryosections (20 µm thickness) from 9 months old Tg2...
<p>The inset in the lower panel (A) indicates the typical region of the cortical tissue sampled for ...
The standard histological processing procedure, which produces excellent staining of sections for mo...
<p>This image of glial cells deep in the cortex of a live GFAP-GFP mouse was acquired through an imp...
<p>At three weeks post-operatively. (A) Hematoxylin and eosin staining of mouse glioma at 3 weeks po...
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>3D optical imaging with OPT was used to image a GFAP-stained brain hemisphere. Optical slices of ...
<p>This image is from the same slice as the one with the lens track. It was taken in the ventrolater...
<p>Gradient index (GRIN) lens track in frontal cortex of coronal slice of mouse brain. After the mou...
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...
This image is from the same slice as the one with the lens track. It was taken in the ventrolateral ...
<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>(A). Pretreated deep frozen horizontal brain cryosections (20 µm thickness) from 9 months old Tg2...
<p>The inset in the lower panel (A) indicates the typical region of the cortical tissue sampled for ...
The standard histological processing procedure, which produces excellent staining of sections for mo...
<p>This image of glial cells deep in the cortex of a live GFAP-GFP mouse was acquired through an imp...
<p>At three weeks post-operatively. (A) Hematoxylin and eosin staining of mouse glioma at 3 weeks po...
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