Rods, which perceive black and white and gray, and cones, which perceive color.
There are two sensory receptors in the retina, rod cells and cone sells. Rod cells are stimulated by light intensity while cone cells are stimulated by light wave length. Rod cells have rhodopsin, a pigment sensitive to light that breaks down to retinal and opsin as light gets brighter leading to the eyes being less light sensitive. As it gets dark, the retinal and opsin are re-synthesized to rhodopsin, gradually making the eyes more sensitive to light.
Cones and Rods
Photoreceptors
It is called receptor
Cones and rods
It's called the blind spot - it can't detect light because there are no light sensitive receptor cells located here.
As light enters the eye, it strikes the receptor cells of the retina, called the rods and cones.
The retina (6 words) is this for a cross word by any chance?
a flat, colored, ring-shaped membrane of the eye is called the iris
Rods
i think its the retina
It's called the blind spot - it can't detect light because there are no light sensitive receptor cells located here.
The light sensitive surface that converts light into neural impulse is called the retina
It's called a retina.
As light enters the eye, it strikes the receptor cells of the retina, called the rods and cones.
retina
a flat, colored, ring-shaped membrane of the eye is called the iris
The retina (6 words) is this for a cross word by any chance?
The retina at the back of the eye is light-sensitive.
the lens is the most sensitive part of the eye. the retina can become damaged when there is an excessive ultraviolet light exposed.
The major function of Rods in the eye is that of Photo (light) reception. They are more sensitive to light thn are the cones, but are not color sensitive,The rods are photo receptor cells found in the retina. Their main function is to help the eye see in dim light.
This area is called the retina. It consists of different sets of receptor cells that are specialized in their function to aid in the perception of light and colour.