Add to ORKGLi, X., & DeVries, S. (2011). Dopamine regulation of cone-cone gap junctions in ground squirrel retina. The Journal of Experimenta
Cone photoreceptors are electrically coupled such that when the electrical potential in one cell cha...
Ground squirrel retinas were immunostained with antibodies against calcium binding proteins (CBPs) a...
During adaptation from dim to bright environments, changes in retinal signaling are mediated, in par...
The regulation of electrical coupling between retinal neurons appears to be an important component o...
Many retinal ganglion cells are coupled via gap junctions with neighboring amacrine cells and gangli...
Horizontal cells in an isolated wholemount preparation of the mouse retina were injected with Lucife...
In mammalian retina, the rod bipolar cells synapse on the AII amacrine cells, which are therefore th...
Horizontal cells mediate lateral inhibition in the outer retina, and this process is dependent on el...
The relationship between light adaptation, dopamine release and coupling of horizontal cells was stu...
The retinal circuitry underlying the release of dopamine was examined in the turtle, Pseudemys scrip...
Rod and cone photoreceptors form gap junctions (GJs) which provide an alternative route for rod sign...
Light adaptation allows the retina to change its functional range so that it is appropriate for the ...
This review summarizes the experimental evidence in support of dopamine's role as a chemical messeng...
Purpose : There is growing evidence that intrinsically photosensitive retinal ganglion cells (ipRGCs...
Summary. The retina of the California ground squir-rel (Spermophilus beecheyi) contains three classe...
Cone photoreceptors are electrically coupled such that when the electrical potential in one cell cha...
Ground squirrel retinas were immunostained with antibodies against calcium binding proteins (CBPs) a...
During adaptation from dim to bright environments, changes in retinal signaling are mediated, in par...
The regulation of electrical coupling between retinal neurons appears to be an important component o...
Many retinal ganglion cells are coupled via gap junctions with neighboring amacrine cells and gangli...
Horizontal cells in an isolated wholemount preparation of the mouse retina were injected with Lucife...
In mammalian retina, the rod bipolar cells synapse on the AII amacrine cells, which are therefore th...
Horizontal cells mediate lateral inhibition in the outer retina, and this process is dependent on el...
The relationship between light adaptation, dopamine release and coupling of horizontal cells was stu...
The retinal circuitry underlying the release of dopamine was examined in the turtle, Pseudemys scrip...
Rod and cone photoreceptors form gap junctions (GJs) which provide an alternative route for rod sign...
Light adaptation allows the retina to change its functional range so that it is appropriate for the ...
This review summarizes the experimental evidence in support of dopamine's role as a chemical messeng...
Purpose : There is growing evidence that intrinsically photosensitive retinal ganglion cells (ipRGCs...
Summary. The retina of the California ground squir-rel (Spermophilus beecheyi) contains three classe...
Cone photoreceptors are electrically coupled such that when the electrical potential in one cell cha...
Ground squirrel retinas were immunostained with antibodies against calcium binding proteins (CBPs) a...
During adaptation from dim to bright environments, changes in retinal signaling are mediated, in par...