Yes. The Retinal Ganglion Cell axons form the optic nerve.
Not sure, since I'm working on the same assignment, but I think it is ganglion cells. the gagliano cell axons make a right angle turn at the inner face of the retina then leave the posterior aspect of the eye as the thick optic nerve. page 553 marieb&hoehn axons from the ganglion cells run along the internal surface of the retina and converge posteriorly to form the optic nerve. pg 489 human anatomy 5th ed marieb,mallatt,wilhelm
Qustion:The correct pathway for impulses leaving the retina? My answer: photoreceptors, ganglion cells, bipolar cells, and optic nerve.
A group of nerve cells all together is called a ganglion. These nerve cells are linked by synapses and attach to a nerve fiber.
It is called a dendrite.~
A cluster of many nerve cells outside the central nervous system is known as a ganglion (plural ganglia). A cluster of nerve cells within the central nervous system is known as a nucleus (plural nuclei).
Retinal ganglion cells.
ganglion cells
Optic nerve
ganglion cells
There are three layers of neurons in the retina. The axons of GANGLION CELLS form the optic nerves.
Not sure, since I'm working on the same assignment, but I think it is ganglion cells. the gagliano cell axons make a right angle turn at the inner face of the retina then leave the posterior aspect of the eye as the thick optic nerve. page 553 marieb&hoehn axons from the ganglion cells run along the internal surface of the retina and converge posteriorly to form the optic nerve. pg 489 human anatomy 5th ed marieb,mallatt,wilhelm
Ganglion cells A ganglion is a biological mass of nerve cells.
Qustion:The correct pathway for impulses leaving the retina? My answer: photoreceptors, ganglion cells, bipolar cells, and optic nerve.
It is called a dendrite.~
A group of nerve cells all together is called a ganglion. These nerve cells are linked by synapses and attach to a nerve fiber.
David Allcutt has written: 'Retinal ganglion cell reaction to optic nerve crush'
R. J. MacGregor has written: 'Pulse trains in lateral geniculate and retinal ganglion nerve cells' -- subject(s): Electrophysiology, Retinal ganglion cells, Vision 'A model for continuous neuroelectric activity' -- subject(s): Electrophysiology, Mathematical models, Neurophysiology, Physiology, Retina 'A simulation study of coincidence detection in the dendrites of a single nerve cell' -- subject(s): Dendrites, Mathematical models, Nervous system, Simulation methods