Virtual depth scan through the stitched volume inside a 1 mm thick mouse brain section. The volume was obtained by stitching two overlapping tiles along the z-axis. The view moves (in y direction) with depth (z direction) due to the oblique (45° tilt) nature of the light-sheet. The total volume displayed is ~ 0.95 mm × 0.4 mm × 0.4 mm (x × y × z)
Building and studying 3D representations of anatomical structures, such as the brain, plays an impor...
Zipped files containing single stacks of half mouse-brain corresponding to the ventral side. The pla...
Mammalian brains are extremely complex: a mouse brain contains one hundred million neurons. Mapping ...
Oblique plane illumination (x′y′) view of a large-scale stitched volume from a 1 mm thick, uncleared...
Animated 240 µm thick volume stack (60 slices, 4 µm z-step) showing deep imaging on an eGFP mouse br...
<p>100 μm vibratome sections of brain of adult transgenic mice (VGLUT1<sup>Venus</sup>) were mounted...
Stack of stitched half mouse-brain corresponding to the ventral side. The planes go from the inside ...
Stack of stitched half mouse-brain corresponding to the dorsal side. The planes go from the inside o...
Multiscopic visualization is an emerging display technology that aims to reproduce three dimensional...
[[abstract]]Understanding how the brain functions is one of the grand challenges in modern scientifi...
Image quality comparison of original SOPi (top row) and improved SOPi (bottom row). The oblique plan...
<p>The brain is sliced along 3 orientations to obtain 2D images, and SIFT features are extracted fro...
Three-dimensional (3D) bioimaging, visualization and data analysis are in strong need of powerful 3D...
International audienceThis paper presents an immersive visualization tool that helps anatomists to e...
Fig. 1. Our system is the first to enable neuroscientists to interactively explore petascale volume ...
Building and studying 3D representations of anatomical structures, such as the brain, plays an impor...
Zipped files containing single stacks of half mouse-brain corresponding to the ventral side. The pla...
Mammalian brains are extremely complex: a mouse brain contains one hundred million neurons. Mapping ...
Oblique plane illumination (x′y′) view of a large-scale stitched volume from a 1 mm thick, uncleared...
Animated 240 µm thick volume stack (60 slices, 4 µm z-step) showing deep imaging on an eGFP mouse br...
<p>100 μm vibratome sections of brain of adult transgenic mice (VGLUT1<sup>Venus</sup>) were mounted...
Stack of stitched half mouse-brain corresponding to the ventral side. The planes go from the inside ...
Stack of stitched half mouse-brain corresponding to the dorsal side. The planes go from the inside o...
Multiscopic visualization is an emerging display technology that aims to reproduce three dimensional...
[[abstract]]Understanding how the brain functions is one of the grand challenges in modern scientifi...
Image quality comparison of original SOPi (top row) and improved SOPi (bottom row). The oblique plan...
<p>The brain is sliced along 3 orientations to obtain 2D images, and SIFT features are extracted fro...
Three-dimensional (3D) bioimaging, visualization and data analysis are in strong need of powerful 3D...
International audienceThis paper presents an immersive visualization tool that helps anatomists to e...
Fig. 1. Our system is the first to enable neuroscientists to interactively explore petascale volume ...
Building and studying 3D representations of anatomical structures, such as the brain, plays an impor...
Zipped files containing single stacks of half mouse-brain corresponding to the ventral side. The pla...
Mammalian brains are extremely complex: a mouse brain contains one hundred million neurons. Mapping ...