ganglion cell การใช้

• About 8 to 10 % of retinal ganglion cells are bistratified cells.
• The photoreceptors in the surrounding area " inhibit " the ganglion cell.
• In 2007, a new role was found for the photoreceptive ganglion cell.
• There is strong evidence that the retinal ganglion cell theory is untenable.
• But there is a third kind of sensor in the eye-modified ganglion cells.
• The ganglion cell axons form the optic nerve after they leave the eye.
• Like Rizzo's device, Humayun's is designed to be placed by the ganglion cells.
• The koniocellular laminae receive axons from the small bistratified ganglion cells.
• Rod bipolar cells do not synapse directly on to ganglion cells.
• Signals from these photosensitive ganglion cells have at least two other roles in addition.
• The optic nerve was injected with a fluorophore, causing retinal ganglion cells to fluoresce.
• The recordings showed cell activity was catalyzed from ganglion cells.
• The axons of ganglion cells form the two optic nerves.
• The low frequency drop-off is due to lateral inhibition within the retinal ganglion cells.
• These visual sensory fibers arrive from the retinal ganglion cells.
• The ganglion cells lie outermost in the retina while the photoreceptive cells lie innermost.
• In humans, melanopsin is found in intrinsically photosensitive retinal ganglion cells ( ipRGCs ).
• It consists of over one million retinal ganglion cell axons.
• Retinal ganglion cells spontaneously fire action potentials at a base rate while at rest.
• This inhibits the release of neurotransmitters from the bipolar cells to the ganglion cell.