KO injured animals displayed a trend toward elevated stain area occupied by GFAP-positive signal when compared to uninjured controls (A), while WT injured animals did not (B). Representative immunofluorescence is depicted for KO Sham (C top left), KO injured (C bottom left), WT Sham (C top right), and WT injured (C bottom right) in the right and left hemispheres (blue = DAPI, red = GFAP). Percent area occupied by Iba-1-positive staining was elevated in KO injured animals when compared to uninjured controls (D), while stain area was not elevated in WT injured animals (E). Representative immunofluorescence is depicted for KO Sham (F top left), KO injured (F bottom left), WT Sham (F top right), and WT injured (F bottom right) in the right and ...
<p>(Anterior-posterior levels based on Bregma are shown in schematics; scale for all photomicrograph...
KO (A) but not WT (B) injured animals displayed reductions in thickness of the corpus callosum in th...
<p>(A) GFAP-positive astrocytes in the periventricular and subcortical (B–D; LPS<sub>UVC</sub>, LPS<...
KO injured (A) and WT injured (B) animals displayed a significant increase in the percent area occup...
KO injured animals displayed a significant increase in the percent area occupied by GFAP-positive si...
<p>A) The synapses (red) and amyloid plaques (green) for the WT group and TG group. Scale bar indica...
<p>Spectrum of WMI varied from more severe (left panels) to more mild (right panels). In more severe...
Injured Prkdc KO rats display reductions in the thickness of the right S1 (A) while their WT counter...
<p>Cortex and white matter injury showing GFAP positive areas and paucity of stain in control. Hippo...
<p>(A) Nuclear Hoechst 33342 (blue) combined with GFAP immunofluorescent staining (magenta) of coron...
<p>Mean gray levels from TBI and sham animals in optic tract, LGN, SC, SCN, or visual cortex at eith...
<p>(A–D) Photomicrographs from four animals that sustained rHI that illustrate Iba1 staining used to...
<p><b>A</b>: Schematic coronal brain view showing where the photographs were taken in the cortex. Ph...
<p>Example GFAP immunofluorescence images for the PBS- (control), 50 nm- and 4 µm-intravitreally inj...
<p>The inset in the lower panel (A) indicates the typical region of the cortical tissue sampled for ...
<p>(Anterior-posterior levels based on Bregma are shown in schematics; scale for all photomicrograph...
KO (A) but not WT (B) injured animals displayed reductions in thickness of the corpus callosum in th...
<p>(A) GFAP-positive astrocytes in the periventricular and subcortical (B–D; LPS<sub>UVC</sub>, LPS<...
KO injured (A) and WT injured (B) animals displayed a significant increase in the percent area occup...
KO injured animals displayed a significant increase in the percent area occupied by GFAP-positive si...
<p>A) The synapses (red) and amyloid plaques (green) for the WT group and TG group. Scale bar indica...
<p>Spectrum of WMI varied from more severe (left panels) to more mild (right panels). In more severe...
Injured Prkdc KO rats display reductions in the thickness of the right S1 (A) while their WT counter...
<p>Cortex and white matter injury showing GFAP positive areas and paucity of stain in control. Hippo...
<p>(A) Nuclear Hoechst 33342 (blue) combined with GFAP immunofluorescent staining (magenta) of coron...
<p>Mean gray levels from TBI and sham animals in optic tract, LGN, SC, SCN, or visual cortex at eith...
<p>(A–D) Photomicrographs from four animals that sustained rHI that illustrate Iba1 staining used to...
<p><b>A</b>: Schematic coronal brain view showing where the photographs were taken in the cortex. Ph...
<p>Example GFAP immunofluorescence images for the PBS- (control), 50 nm- and 4 µm-intravitreally inj...
<p>The inset in the lower panel (A) indicates the typical region of the cortical tissue sampled for ...
<p>(Anterior-posterior levels based on Bregma are shown in schematics; scale for all photomicrograph...
KO (A) but not WT (B) injured animals displayed reductions in thickness of the corpus callosum in th...
<p>(A) GFAP-positive astrocytes in the periventricular and subcortical (B–D; LPS<sub>UVC</sub>, LPS<...