<p>This image of glial cells deep in the cortex of a live GFAP-GFP mouse was acquired through an implanted GRIN lens using a multiphoton microscope. We believe this is one of the first in vivo images of glial cells this deep in the brain in the lower layers of the mouse cortex.</p
Time-lapse in vivo imaging of neuronal structures is critical for understanding the assembly of neur...
We describe here a method for generating mouse orthotopic gliomas in order to follow their progressi...
<div><p>Transgenic mice expressing fluorescent proteins in specific cell populations are widely used...
<p>This image of glial cells deep in the cortex of a live GFAP-GFP mouse was acquired through an imp...
<p>This image of glial cells deep in the cortex of a live GFAP-GFP mouse was acquired through an imp...
<p>(A) GFP+ cell (white arrowhead) above the pial surface rapidly changing its morphology. Time-laps...
<p>12 µm sections from young (A and B) and one year (C and D) wild-type and <i>Cfh</i><sup>−/−</sup>...
<p>3D optical imaging with OPT was used to image a GFAP-stained brain hemisphere. Optical slices of ...
(A) Confocal microscopy showing extracellular Aβ42 and intracellular Aβ42 in CA1 region of hippocamp...
<p>Serial two-photon tomography was used to image a single hemisphere stained with GFAP. Optical sli...
Astrocyte cell from live slices taken from the cortex layer 2/3 of an 8 month old GFAP mouse. In th...
Superresolved light sheet microscopy of mouse brain Astrocytes A 100µm thick block of cleared mous...
Astrocyte cell from live slices taken from the cortex layer 2/3 of an 8 month old GFAP mouse. In th...
Astrocytes play important roles in normal brain function and neurological diseases. In vivo two-phot...
<div><p>Astrocytes play important roles in normal brain function and neurological diseases. In vivo ...
Time-lapse in vivo imaging of neuronal structures is critical for understanding the assembly of neur...
We describe here a method for generating mouse orthotopic gliomas in order to follow their progressi...
<div><p>Transgenic mice expressing fluorescent proteins in specific cell populations are widely used...
<p>This image of glial cells deep in the cortex of a live GFAP-GFP mouse was acquired through an imp...
<p>This image of glial cells deep in the cortex of a live GFAP-GFP mouse was acquired through an imp...
<p>(A) GFP+ cell (white arrowhead) above the pial surface rapidly changing its morphology. Time-laps...
<p>12 µm sections from young (A and B) and one year (C and D) wild-type and <i>Cfh</i><sup>−/−</sup>...
<p>3D optical imaging with OPT was used to image a GFAP-stained brain hemisphere. Optical slices of ...
(A) Confocal microscopy showing extracellular Aβ42 and intracellular Aβ42 in CA1 region of hippocamp...
<p>Serial two-photon tomography was used to image a single hemisphere stained with GFAP. Optical sli...
Astrocyte cell from live slices taken from the cortex layer 2/3 of an 8 month old GFAP mouse. In th...
Superresolved light sheet microscopy of mouse brain Astrocytes A 100µm thick block of cleared mous...
Astrocyte cell from live slices taken from the cortex layer 2/3 of an 8 month old GFAP mouse. In th...
Astrocytes play important roles in normal brain function and neurological diseases. In vivo two-phot...
<div><p>Astrocytes play important roles in normal brain function and neurological diseases. In vivo ...
Time-lapse in vivo imaging of neuronal structures is critical for understanding the assembly of neur...
We describe here a method for generating mouse orthotopic gliomas in order to follow their progressi...
<div><p>Transgenic mice expressing fluorescent proteins in specific cell populations are widely used...
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