<p>(A). Macromolecular proton fraction map of four weeks old mouse. Color bar indicates pseudo-color mapping of MPF in percent units. (B). High resolution T1-weighed volumes of <i>ex</i>-vivo mouse brain images with skulls in situ. A group of four brains were imaged at the same time. (C). Automatic structural parcellation of a mouse brain obtained from MT image using multi-atlas label fusion method.</p
Strains of mice, through breeding or the disruption of normal genetic pathways, are widely used to m...
Introduction Imaging of both the skull and the brain is currently done via co-registration of data f...
<p>Forebrain and pituitary regions were manually segmented from transverse 39 µm MRM sections (A). 3...
Magnetic resonance (MR) imaging provides a method to obtain anatomical information from the brain in...
The presented dataset provides a normative high-resolution three-dimensional (3D) macromolecular pro...
Eight groups of mice were set up: control C57Bl6 males and females, control BTBR males and females, ...
This work demonstrates technical approaches to high-quality magnetic resonance imaging (MRI) of smal...
When working with mouse brain models it becomes apparent, that anatomically detailed, three dimensio...
Multi-atlas segmentation propagation has evolved quickly in recent years, becoming a state-of-the-ar...
Multi-atlas segmentation propagation has evolved quickly in recent years, becoming a state-of-the-ar...
This study investigates the potential of microscopic Magnetic Resonance Imaging to obtain informatio...
<p>Forebrain regions, pituitary, and cerebellum were manually segmented from transverse 39 µm MRM se...
: Automatic analysis toolboxes are popular in brain image analysis, both in clinical and in preclini...
We describe a fully automated pipeline for the morphometric phenotyping of mouse brains from μMRI da...
Small animal models of human diseases are an indispensable aspect of pre-clinical research. Being dy...
Strains of mice, through breeding or the disruption of normal genetic pathways, are widely used to m...
Introduction Imaging of both the skull and the brain is currently done via co-registration of data f...
<p>Forebrain and pituitary regions were manually segmented from transverse 39 µm MRM sections (A). 3...
Magnetic resonance (MR) imaging provides a method to obtain anatomical information from the brain in...
The presented dataset provides a normative high-resolution three-dimensional (3D) macromolecular pro...
Eight groups of mice were set up: control C57Bl6 males and females, control BTBR males and females, ...
This work demonstrates technical approaches to high-quality magnetic resonance imaging (MRI) of smal...
When working with mouse brain models it becomes apparent, that anatomically detailed, three dimensio...
Multi-atlas segmentation propagation has evolved quickly in recent years, becoming a state-of-the-ar...
Multi-atlas segmentation propagation has evolved quickly in recent years, becoming a state-of-the-ar...
This study investigates the potential of microscopic Magnetic Resonance Imaging to obtain informatio...
<p>Forebrain regions, pituitary, and cerebellum were manually segmented from transverse 39 µm MRM se...
: Automatic analysis toolboxes are popular in brain image analysis, both in clinical and in preclini...
We describe a fully automated pipeline for the morphometric phenotyping of mouse brains from μMRI da...
Small animal models of human diseases are an indispensable aspect of pre-clinical research. Being dy...
Strains of mice, through breeding or the disruption of normal genetic pathways, are widely used to m...
Introduction Imaging of both the skull and the brain is currently done via co-registration of data f...
<p>Forebrain and pituitary regions were manually segmented from transverse 39 µm MRM sections (A). 3...