Tapetum Lucidum , at least i give the answer..
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Animals having color vision have cone cells in retina.
ganglion cells
The retina (6 words) is this for a cross word by any chance?
Retina contains rods and cones
Qustion:The correct pathway for impulses leaving the retina? My answer: photoreceptors, ganglion cells, bipolar cells, and optic nerve.
The choroid layer lies behind the retina and in front of the sclera. It carries oxygen and other necessary nourishment to the retina.
You mean at the back of the eye, not behind it? If so, retina
The retina is a very thin layer of cells lining the back of the eye behind the viscous humor. This is where the cells that convert light to neural impulses are; without the retina, you would be blind.
Animals having color vision have cone cells in retina.
The cells of the retina need glucose to get energy through a process called cellular respiration. Without glucose to the cells of the retina you can't see and the cells of the retina can't function.
Photoreceptor cells are located behind the retina of the eye. This is where the eye exchanges cells and helps our vision to see things the way that they are. These cells can become damaged, which can cause changes in eyesight.
Nocturnal animals have adapted in various ways to help them see better in the dark. Some species such as owls have evolved bigger eyes and wider pupils. This enables more light to enter the eye. Other animals have eyes composed nearly completely of rods, a type of vision cells. Although they lack color perception, the high number of rods allow their eyes to activate with only a fraction of the light needed for daytime animals. Another adaptation are reflective lenses behind the retina. These cells collect are refocus available light back through the retinas allowing the rods a second chance to use the scarce light. These lenses are also what cause some animals' eyes to "glow" when hit with light at night.
ganglion cells
Rods are the sensory device that detects the illumination. They are over the whole width of the retina. In some animals such as cats, they have a special reflective layer behind the retina so that the sensors have a second go at the light. This feature, and the size of their pupil means that cat's night vision is about six times more sensitive than humans. (But they don't see colour as well as humans.)
The retina. This consists of layers of cells that detect light and colour and transmit information to the brain via the optic nerve.
Dim vision is detected by rod-shaped cells in the retina.
Stem cells are cells that have not yet specialized to become specific parts of the body, like a blood cell, skin cell of a fingertip, or a retina cell in the back of the eye. The cells in animals at some point in time originated from stem cells, beginning with a single cell (the zygote in animals that reproduce sexually).