This study demonstrates that in the retina of the goldfish a type of ganglion cell, whose dendritic development has been well characterized [Hitchcock P.F. and Easter S.S. Jr (1986) J. Neurosci. 6, 1037-1050], is distributed across the retina in a nonrandom pattern, and the dendritic fields of this cell type overlap to completely cover, or "tile" the retina. Further, it is shown that the dendritic coverage of the retina by this cell type is established when the retina is small and is maintained as the retina grows.Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/26849/1/0000412.pd
We have studied regeneration of the retina in the goldfish as a model of regenerative neurogenesis i...
In the retina of teleost fish, cone horizontal cell axons penetrate the inner nuclear layer, where t...
Dividing cells and their progeny in retinae of young goldfish were labeled with [3H]thymidine, and s...
The morphology and dendritic distribution of terminals that synapse onto a type of large-field gangl...
The retinas of adult goldfish, one to four years of age, 4–23 cm in length, were examined with stand...
The manner in which new cells are added to the growing adult goldfish retina was examined using 3 H...
The retina of the goldfish grows throughout its life, hi part, by the addition of new neurons at the...
As the st and ard length of the goldfish increases from 40 mm to 140 mm, the diameter of its eye inc...
Intraocular recordings were made from retinal ganglion cells of small ( 140 mm) intact, submerged go...
The mechanisms that control cell proliferation in the developing nervous system are not well underst...
Intraocular recordings were made from the retinal ganglion cells of small ( 140 mm) intact paralyzed...
We report a light- and electron-microscopic examination of the inner plexiform layer of the central ...
In the goldfish, retinal ganglion cells (RGC) send their axons through the optic nerve and tract to ...
Single retinal ganglion cells obtained from goldfish retina are shown to support outgrowth of neurit...
AbstractLarge retinal ganglion cells of the marine neoteleost Bathymaster derjugini were labeled wit...
We have studied regeneration of the retina in the goldfish as a model of regenerative neurogenesis i...
In the retina of teleost fish, cone horizontal cell axons penetrate the inner nuclear layer, where t...
Dividing cells and their progeny in retinae of young goldfish were labeled with [3H]thymidine, and s...
The morphology and dendritic distribution of terminals that synapse onto a type of large-field gangl...
The retinas of adult goldfish, one to four years of age, 4–23 cm in length, were examined with stand...
The manner in which new cells are added to the growing adult goldfish retina was examined using 3 H...
The retina of the goldfish grows throughout its life, hi part, by the addition of new neurons at the...
As the st and ard length of the goldfish increases from 40 mm to 140 mm, the diameter of its eye inc...
Intraocular recordings were made from retinal ganglion cells of small ( 140 mm) intact, submerged go...
The mechanisms that control cell proliferation in the developing nervous system are not well underst...
Intraocular recordings were made from the retinal ganglion cells of small ( 140 mm) intact paralyzed...
We report a light- and electron-microscopic examination of the inner plexiform layer of the central ...
In the goldfish, retinal ganglion cells (RGC) send their axons through the optic nerve and tract to ...
Single retinal ganglion cells obtained from goldfish retina are shown to support outgrowth of neurit...
AbstractLarge retinal ganglion cells of the marine neoteleost Bathymaster derjugini were labeled wit...
We have studied regeneration of the retina in the goldfish as a model of regenerative neurogenesis i...
In the retina of teleost fish, cone horizontal cell axons penetrate the inner nuclear layer, where t...
Dividing cells and their progeny in retinae of young goldfish were labeled with [3H]thymidine, and s...