A nerve cell whose body is outside the central nervous system.
1In this system, endogenous NT-3 derives presynaptically from retinal ganglion cell axons.
2The peripheral grating suppressed the ganglion cell spiking response to a central spot.
3These interactions endow the ganglion cell types with unique functional properties.
4Immunoreactivity was detected in the ganglion cell and photoreceptor layer of the retina.
5No light-driven ganglion cell responses were recordable from the transplant-recipient or control eyes.
6However, the circuit elements which synapse with this ganglion cell are not yet characterized.
7We believe aberrant immune signal processing may also result in retinal ganglion cell death.
8The effects on ganglion cell inhibitory currents were more varied.
9Thus amacrine cells suppressed ganglion cell center response gain primarily by inhibiting bipolar cell glutamate release.
10A few positive cells, probably displaced amacrine cells, were also seen in the ganglion cell layer.
11We found that coarse-to-fine processing was clearly present at the ganglion cell layer of the retina.
12This method revealed strong correlated noise in the inputs to two types of retinal ganglion cell.
13CNTF did not afford significant ganglion cell protection.
14Neither protein is detected on ganglion cell axons.
15In the superior retina, the ganglion cell layer appeared thicker because of ectopic nuclei of photoreceptors.
16Background: The final common pathway for open angle glaucoma (OAG) is retinal ganglion cell apoptosis.
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