Publication date
January 2016
DOIAbstract
This image is from the same slice as the one with the lens track. It was taken in the ventrolateral cortex of the contralateral hemisphere which was used as the negative control
This image is from the same slice as the one with the lens track. It was taken in the ventrolateral cortex of the contralateral hemisphere which was used as the negative control
Brain slice stained with anti-Iba1 (microglia) and DAPI (nuclei). This image is from the ventrolater...
<p><b>A</b>: Schematic coronal brain view showing where the photographs were taken in the cortex. Ph...
<p>The three ROIs were functionally defined by the brain activation during the Stroop task (incongru...
This image is from the same slice as the one with the lens track. It was taken in the ventrolateral ...
<p>This image is from the same slice as the one with the lens track. It was taken in the ventrolater...
Coronal section of mouse brain with implanted GRIN lens. Lens was removed after perfusion/fixation a...
<p>Coronal section of mouse brain with implanted GRIN lens. Lens was removed after perfusion/fixatio...
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>Brain slice stained with anti-Iba1 (microglia) and DAPI (nuclei). This image is from the ventrola...
<p>Brain slice stained with anti-Iba1 (microglia) and DAPI (nuclei). This image is from the ventrola...
Brain slice stained with anti-Iba1 (microglia) and DAPI (nuclei). This image is from the ventrolater...
Negative control slices of GFAP (A), DCX (B), MBP (C) and Iba-1 (D) where no primary antibodies are ...
<p>Serial two-photon tomography was used to image a single hemisphere stained with GFAP. Optical sli...
<p>Cortex and white matter injury showing GFAP positive areas and paucity of stain in control. Hippo...
Brain slice stained with anti-Iba1 (microglia) and DAPI (nuclei). This image is from the ventrolater...
<p><b>A</b>: Schematic coronal brain view showing where the photographs were taken in the cortex. Ph...
<p>The three ROIs were functionally defined by the brain activation during the Stroop task (incongru...
This image is from the same slice as the one with the lens track. It was taken in the ventrolateral ...
<p>This image is from the same slice as the one with the lens track. It was taken in the ventrolater...
Coronal section of mouse brain with implanted GRIN lens. Lens was removed after perfusion/fixation a...
<p>Coronal section of mouse brain with implanted GRIN lens. Lens was removed after perfusion/fixatio...
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>Brain slice stained with anti-Iba1 (microglia) and DAPI (nuclei). This image is from the ventrola...
<p>Brain slice stained with anti-Iba1 (microglia) and DAPI (nuclei). This image is from the ventrola...
Brain slice stained with anti-Iba1 (microglia) and DAPI (nuclei). This image is from the ventrolater...
Negative control slices of GFAP (A), DCX (B), MBP (C) and Iba-1 (D) where no primary antibodies are ...
<p>Serial two-photon tomography was used to image a single hemisphere stained with GFAP. Optical sli...
<p>Cortex and white matter injury showing GFAP positive areas and paucity of stain in control. Hippo...
Brain slice stained with anti-Iba1 (microglia) and DAPI (nuclei). This image is from the ventrolater...
<p><b>A</b>: Schematic coronal brain view showing where the photographs were taken in the cortex. Ph...
<p>The three ROIs were functionally defined by the brain activation during the Stroop task (incongru...
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