<p><b>(A)</b>Single axial magnetic resonance angiography partition at the mid-level of the brain hemispheres (<b>(B)</b> mid-sagittal T2w slice used as a reference) and <b>(C)</b> 3D rendering of magnetic resonance angiography acquisition of a mouse head, as seen from above, The position of the superior sagittal sinus and inferior sagittal sinus is clearly shown as well as the connections of the former on the dorsal surface of the brain.</p
<p>3D rendering of the magnetic resonance angiography acquisition of the neck vessels (right anterio...
Stack of stitched half mouse-brain corresponding to the dorsal side. The planes go from the inside o...
<p>A: The dorsal view of the gelatin-Indian ink perfused brain; after embedding with Spurr resin and...
<p><b>(A)</b> Maximum Intensity Projection of axial magnetic resonance angiography partitions at the...
<p>3D rendering of magnetic resonance angiography acquisition of the caudal part of the mouse head, ...
<p><b>(A)</b> Maximum Intensity Projection of axial Magnetic resonance angiography partitions, <b>(B...
<p>Upper row: Maximum Intensity Projection of axial magnetic resonance angiography partitions (slab ...
<p><b>(A)</b> Single axial Magnetic resonance angiography partition at the level of the lower part o...
<p>Top left panels reconstitute images of the brains placed horizontally, top right panels reconstit...
This work demonstrates technical approaches to high-quality magnetic resonance imaging (MRI) of smal...
<p>Distance from Bregma in the rostrocaudal planes is indicated. Reprinted and modified from The All...
When working with mouse brain models it becomes apparent, that anatomically detailed, three dimensio...
<p>Forebrain regions, pituitary, and cerebellum were manually segmented from transverse 39 µm MRM se...
<p>Upper row: <b>(A)</b> axial and <b>(B)</b> coronal computed tomography slice. Lower row: 3D rende...
<p>The illustration on the left represents the mouse brain. The top dashed line represents the first...
<p>3D rendering of the magnetic resonance angiography acquisition of the neck vessels (right anterio...
Stack of stitched half mouse-brain corresponding to the dorsal side. The planes go from the inside o...
<p>A: The dorsal view of the gelatin-Indian ink perfused brain; after embedding with Spurr resin and...
<p><b>(A)</b> Maximum Intensity Projection of axial magnetic resonance angiography partitions at the...
<p>3D rendering of magnetic resonance angiography acquisition of the caudal part of the mouse head, ...
<p><b>(A)</b> Maximum Intensity Projection of axial Magnetic resonance angiography partitions, <b>(B...
<p>Upper row: Maximum Intensity Projection of axial magnetic resonance angiography partitions (slab ...
<p><b>(A)</b> Single axial Magnetic resonance angiography partition at the level of the lower part o...
<p>Top left panels reconstitute images of the brains placed horizontally, top right panels reconstit...
This work demonstrates technical approaches to high-quality magnetic resonance imaging (MRI) of smal...
<p>Distance from Bregma in the rostrocaudal planes is indicated. Reprinted and modified from The All...
When working with mouse brain models it becomes apparent, that anatomically detailed, three dimensio...
<p>Forebrain regions, pituitary, and cerebellum were manually segmented from transverse 39 µm MRM se...
<p>Upper row: <b>(A)</b> axial and <b>(B)</b> coronal computed tomography slice. Lower row: 3D rende...
<p>The illustration on the left represents the mouse brain. The top dashed line represents the first...
<p>3D rendering of the magnetic resonance angiography acquisition of the neck vessels (right anterio...
Stack of stitched half mouse-brain corresponding to the dorsal side. The planes go from the inside o...
<p>A: The dorsal view of the gelatin-Indian ink perfused brain; after embedding with Spurr resin and...