<p>(7A) Fluorescent images are captured using a 10× objective lens. (7B) The fluorescent image is superimposed on a darkfield DIRI image. The superimposed image provides substantially more detail and anatomical context; the darkfield image depicts neuronal cell bodies and fibers while fluorescent label provides visualization of selected axonal projections. Acquisition time was 40 seconds for a 10× fluorescent image and 5 minutes for a 20× darkfield image.</p
Visualization 1 shows the non-invasive time lapse imaging results of the mouse brain in vivo. Fluore...
<p>(A). Spinal cords from C57BL/6 mice were stained with ASMA (red) and were further imaged by OPT. ...
Light sheet fluorescence microscopy offers considerable potential to the cellular neuroscience commu...
<p>a) Transmitted light image of a neuron in acute rat brain slice. Video-rate acquisition permits p...
a, Schematic of widefield imaging and an image of the brain through the intact skull of a 6-weeks ol...
Background: Visualisation of neurons labeled with fluorescent proteins or compounds generally requir...
Mapping neuronal activity patterns across the whole brain with cellular resolution is a challenging ...
To detect subtle changes in neuronal morphology in response to changes in experience, one must image...
By releasing this dataset, we aim at providing a new testbed for computer vision techniques using De...
The development of novel technologies for the imaging of meningeal lymphatic vessels is one of the a...
Visualization 2: Fluorescent cerebrovascular image obtained by single-pulse laser illumination metho...
Visualization 6: Fluorescent cerebrovascular image obtained by single-pulse laser illumination metho...
Visualizing the precise morphology of closely juxtaposed cells and their interactions can be highly ...
<p>(A) Averaged fluorescence images across entire recording session. Scale bar, 100 μm. (B) Contours...
Our objective is to propose a neural cell segmentation algorithm for fluorescent mi- croscopic image...
Visualization 1 shows the non-invasive time lapse imaging results of the mouse brain in vivo. Fluore...
<p>(A). Spinal cords from C57BL/6 mice were stained with ASMA (red) and were further imaged by OPT. ...
Light sheet fluorescence microscopy offers considerable potential to the cellular neuroscience commu...
<p>a) Transmitted light image of a neuron in acute rat brain slice. Video-rate acquisition permits p...
a, Schematic of widefield imaging and an image of the brain through the intact skull of a 6-weeks ol...
Background: Visualisation of neurons labeled with fluorescent proteins or compounds generally requir...
Mapping neuronal activity patterns across the whole brain with cellular resolution is a challenging ...
To detect subtle changes in neuronal morphology in response to changes in experience, one must image...
By releasing this dataset, we aim at providing a new testbed for computer vision techniques using De...
The development of novel technologies for the imaging of meningeal lymphatic vessels is one of the a...
Visualization 2: Fluorescent cerebrovascular image obtained by single-pulse laser illumination metho...
Visualization 6: Fluorescent cerebrovascular image obtained by single-pulse laser illumination metho...
Visualizing the precise morphology of closely juxtaposed cells and their interactions can be highly ...
<p>(A) Averaged fluorescence images across entire recording session. Scale bar, 100 μm. (B) Contours...
Our objective is to propose a neural cell segmentation algorithm for fluorescent mi- croscopic image...
Visualization 1 shows the non-invasive time lapse imaging results of the mouse brain in vivo. Fluore...
<p>(A). Spinal cords from C57BL/6 mice were stained with ASMA (red) and were further imaged by OPT. ...
Light sheet fluorescence microscopy offers considerable potential to the cellular neuroscience commu...