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∙ 8y agoWhen Rhodopsin in the retina of the eye is exposed to a bright light, the Rhodopsin breaks down into Retinal and Opsin, allowing us to see in many different ranges of light and darkness.rhodopsin molecules break down into molecules of a colorless protein called opsin and a yellowish organic molecule called retainal synthesized from vitamin A
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∙ 8y agoWiki User
∙ 8y agoRhodopsin is broken down when exposed to light.
Rhodopsin is a membrane protein found in the photoreceptor cells of the retina Rhodopsin is made up of the protein opsin and 11-cisretinal.
the lens is the most sensitive part of the eye. the retina can become damaged when there is an excessive ultraviolet light exposed.
Aside from eyes, which contain rods for black and white vision and coves for color vision, the light receptors are filled with an pigment/enzyme called rhodopsin, which is light sensitive somewhat in the manner of chlorophyll.
the retina contains the rods and cones which sense the amount of light and different colors respectively.
Your Retina
Rhodopsin is a membrane protein found in the photoreceptor cells of the retina Rhodopsin is made up of the protein opsin and 11-cisretinal.
Rhodopsin
Also called visual purple rhodopsin is found in the retina of the eye within the phospholipid membrane of rod cells.
Iodopsin and rhodopsin
cones cells from the retina do not contain rhodopsin, they use iodopsin for light perception.
retina
retina
No, bright light can't damage the retina. Only ultraviolet light can, it causes a retinal "sunburn".
the lens is the most sensitive part of the eye. the retina can become damaged when there is an excessive ultraviolet light exposed.
It happens so to protect our eyes from the bright light.When the harmful light rays hit the retina,the brain forces us to shut our eyes by making us sneeze.
The first thing about why can't we see in bright places is-when we live in a dark place or normal lighted place like sun light, so according to condition of light retina of our eyes is balanced only for that light, but when we move from dark to bright places, so abruptly retina has to face bright light and it get reduced. this is the reason why can't we see in bright places.
Cone cells, or cones, are photoreceptor cells in the retina of the eye which function best in relatively bright light. The cone cells gradually become sparser towards the periphery of the retina.