<p>(<b>a</b>) Schematic of adult mouse brain regions examined. Volumes of the whole brain (<b>b</b>), prefrontal cortex (<b>c</b>), somatosensory cortex (<b>d</b>), striatum (<b>e</b>), dorsal hippocampus (<b>f</b>), ventral hippocampus (<b>g</b>), amygdala (<b>h</b>), hypothalamus (<b>i</b>) and cerebellum (<b>j</b>) were measured in adult (postnatal day 56) wild-type (WT) and <i>Rbfox3</i><sup><i>-/-</i></sup> (KO) mice with MRI analysis. Student’s t-test, two-tailed, n = 6 per group.</p
This article describes a series of standard operating procedures for morphological phenotyping of th...
<p>(A) Nissl staining of sagittal sections of control and RBPcKO mice brains. (B) Representative hig...
<p>(<b><i>A</i></b>) Representative images of dentate gyrus sections processed for NeuroD immunohist...
<p>All plots use box-and-whiskers diagrams. The box indicates data that lie within the 25th and 75th...
<p>No gross differences in the volume of hippocampal structures were detected between adult wild-typ...
<p>FA = fractional anisotropy, MD = mean diffusivity, RD = radial diffusivity, WT = wild type.</...
Modelling human neurodevelopmental disorders is important in biomedical research since the brain can...
The eight mice image stacks of the dataset showing the wild type mice in (a) to (d) and the knockout...
<p>FA = fractional anisotropy, MD = mean diffusivity, RD = radial diffusivity, WT = wild type. [...
<p>The volumes of 22 segmented brain structures in <i>mdx</i>, BL10, <i>mdx</i>-<i>Xist</i><sup>Δhs<...
<p>Brain sections from level 1 (L1) to level 7 (L7) corresponding to the sections in the Electronic ...
<p>FA = fractional anisotropy, MD = mean diffusivity, RD = radial diffusivity, WT = wild type.</...
This article describes a series of standard operating procedures for morphological phenotyping of th...
<p>(<b>A</b>) For each marker, numbers from each of the SVZ microdomains summed and multiplied by th...
<p>A) Cavalieri estimates of total hippocampal volume in <i>Bmal1</i> (+/+), (+/−), and (−/−) mice a...
This article describes a series of standard operating procedures for morphological phenotyping of th...
<p>(A) Nissl staining of sagittal sections of control and RBPcKO mice brains. (B) Representative hig...
<p>(<b><i>A</i></b>) Representative images of dentate gyrus sections processed for NeuroD immunohist...
<p>All plots use box-and-whiskers diagrams. The box indicates data that lie within the 25th and 75th...
<p>No gross differences in the volume of hippocampal structures were detected between adult wild-typ...
<p>FA = fractional anisotropy, MD = mean diffusivity, RD = radial diffusivity, WT = wild type.</...
Modelling human neurodevelopmental disorders is important in biomedical research since the brain can...
The eight mice image stacks of the dataset showing the wild type mice in (a) to (d) and the knockout...
<p>FA = fractional anisotropy, MD = mean diffusivity, RD = radial diffusivity, WT = wild type. [...
<p>The volumes of 22 segmented brain structures in <i>mdx</i>, BL10, <i>mdx</i>-<i>Xist</i><sup>Δhs<...
<p>Brain sections from level 1 (L1) to level 7 (L7) corresponding to the sections in the Electronic ...
<p>FA = fractional anisotropy, MD = mean diffusivity, RD = radial diffusivity, WT = wild type.</...
This article describes a series of standard operating procedures for morphological phenotyping of th...
<p>(<b>A</b>) For each marker, numbers from each of the SVZ microdomains summed and multiplied by th...
<p>A) Cavalieri estimates of total hippocampal volume in <i>Bmal1</i> (+/+), (+/−), and (−/−) mice a...
This article describes a series of standard operating procedures for morphological phenotyping of th...
<p>(A) Nissl staining of sagittal sections of control and RBPcKO mice brains. (B) Representative hig...
<p>(<b><i>A</i></b>) Representative images of dentate gyrus sections processed for NeuroD immunohist...