<p>Structures analyzed in control animals (n = 8, black) and operated animals (n = 6, white) include the suprachiasmatic nucleus (SCN), dorsal lateral geniculate nucleus (dLGN), ventral lateral geniculate nucleus (vLGN), intergeniculate leaflet (IGL), pretectum (PRT) and superior colliculus (SC). For each structure, the ipsi and contralateral densities are summed and represent the integral optical density (IOD) for all the sections obtained from the entire structure. The scale on the right corresponds to values for the total summed density of RGC projections for all structures). The difference in IOD was significant for all structures and for the total amount of projections. (Mann Whitney; * p<0.05). B shows the percent reduction of the IOD...
Retinal ganglion cells (RGCs) project axons from their cell bodies in the eye to targets in the supe...
Technologies such as optical coherence tomography have facilitated the visualization of anatomical t...
<b>PURPOSE</b>\ud \ud - To introduce techniques for deriving a map that relates visual field locati...
<p>The unoperated control eye was injected with a red fluorescent CTb anterograde tracer (A) and the...
<p>Columns A–L represent coronal sections through the brains of mice with identical genotypes to the...
<p>(A) Representative microphotographs of cresyl violet-stained coronal sections of LGN on the contr...
PURPOSE: In vivo imaging with optical coherence tomography (OCT) is widely used in the diagnosis and...
<p>(<b>A</b>) the distribution pattern of DRN-projecting RGCs in a wholemount retina, (<b>B</b>) two...
Purpose: To introduce techniques for deriving a map that relates visual field locations to optic ner...
<p>(<b>A</b>) IOP versus time; green arrowheads indicate dates of laser photocoagulation to the trab...
Purpose: To compare various displacement models using midget retinal ganglion cell to cone (mRGC:C) ...
<p><b>A—</b>Density distribution of retinal ganglion cells. The plot is adjusted in size and rotatio...
<p>CT-B tracing of RHT projections remaining after intravitreal UF008/SAP injection shows a terminal...
<p><b>A:</b> Left eye (red) G-A, representing visual field 1–7 projects topographically to the contr...
<p>(A) Representative retinal whole-mount images (450 x 320 μm, 850 μm from the center of the optic ...
Retinal ganglion cells (RGCs) project axons from their cell bodies in the eye to targets in the supe...
Technologies such as optical coherence tomography have facilitated the visualization of anatomical t...
<b>PURPOSE</b>\ud \ud - To introduce techniques for deriving a map that relates visual field locati...
<p>The unoperated control eye was injected with a red fluorescent CTb anterograde tracer (A) and the...
<p>Columns A–L represent coronal sections through the brains of mice with identical genotypes to the...
<p>(A) Representative microphotographs of cresyl violet-stained coronal sections of LGN on the contr...
PURPOSE: In vivo imaging with optical coherence tomography (OCT) is widely used in the diagnosis and...
<p>(<b>A</b>) the distribution pattern of DRN-projecting RGCs in a wholemount retina, (<b>B</b>) two...
Purpose: To introduce techniques for deriving a map that relates visual field locations to optic ner...
<p>(<b>A</b>) IOP versus time; green arrowheads indicate dates of laser photocoagulation to the trab...
Purpose: To compare various displacement models using midget retinal ganglion cell to cone (mRGC:C) ...
<p><b>A—</b>Density distribution of retinal ganglion cells. The plot is adjusted in size and rotatio...
<p>CT-B tracing of RHT projections remaining after intravitreal UF008/SAP injection shows a terminal...
<p><b>A:</b> Left eye (red) G-A, representing visual field 1–7 projects topographically to the contr...
<p>(A) Representative retinal whole-mount images (450 x 320 μm, 850 μm from the center of the optic ...
Retinal ganglion cells (RGCs) project axons from their cell bodies in the eye to targets in the supe...
Technologies such as optical coherence tomography have facilitated the visualization of anatomical t...
<b>PURPOSE</b>\ud \ud - To introduce techniques for deriving a map that relates visual field locati...