Examples of 'rhodopsin' in a sentence
Meaning of "rhodopsin"
Rhodopsin (noun): A light-sensitive receptor protein involved in visual phototransduction found in the retina of the eye
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- A light-sensitive pigment in the rod cells of the retina; it consists of an opsin protein bound to the carotenoid retinal
How to use "rhodopsin" in a sentence
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rhodopsin
The rhodopsin is located within these disks.
The active substance in the rods is rhodopsin.
The rhodopsin kinase promoter is described above.
Your retinas have a pigment known as rhodopsin.
Rhodopsin regeneration has been studied in skates and rays.
These results were discussed in terms of rhodopsin protonations.
Rhodopsin is found in the rod cells of the eye.
These are distinguished by different types of rhodopsin pigment.
A supramolecular organization of rhodopsin in photoreceptor membranes is currently much debated.
The cells were then immunostained for rhodopsin.
Rhodopsin sits in the retinas and helps night vision.
Based on the intensity of the rhodopsin bands.
Rhodopsin is purple pigment which is necessary for night vision.
Vision is initiated by a photochemical reaction of rhodopsin.
Rhodopsin was purified from bovine retinas according to conventional methods.
See also
The wavelength sensitivity is determined by the rhodopsin photopigment.
The rhodopsin gene encodes a principal protein of photoreceptor outer segments.
The photopigment found in rod cells is called rhodopsin.
The bright light splits rhodopsin into opsin and retinal.
They contain a chemical called rhodopsin.
The equilibrium between rhodopsin and metarhodopsin was studied by microspectrophotometry.
Restoration of pupillary light reflex following rhodopsin treatment.
The visual pigment rhodopsin has been purified and depleted of detergent.
It is bound to the protein opsin forming the complex rhodopsin.
A chemical called rhodopsin is generated as the eye adapts to the dark.
The light causes a conformational change in a protein called rhodopsin.
Rhodopsin is a protein necessary for night vision and visual contrast.
The rods are composed of a series of bilipidic discs with rhodopsin receptors.
The results are compared with rhodopsin contained in its natural phospholipid environment.
These include mutations in the arrestin gene or the rhodopsin kinase gene.
Rhodopsin is a purple pigment that is very much important for the night vision.
This dark adaptation process occurs because of the chemical nature of rhodopsin.
Rhodopsin is the visual pigment in the rods and allows for scotopic visión.
Their structure varies according to the light availability absorbed by rhodopsin molecules.
The activated rhodopsin then sends a signal to the brain that results in improved vision.
Suitable synthetic retinal derivatives also can be selected by molecular modeling of rhodopsin.
The body uses a type of molecule called rhodopsin to detect light that enters the eye.
The researchers tested their gene therapy construct on dogs with a rhodopsin mutation.
Structure of sensory rhodopsin II is typical for microbial rhodopsin.
The transmembrane part is highly homologous with other members of the rhodopsin family of GPCRs.
In Rhodopsin ultimately leads to a neural response.
The latter amino acid residue was assigned for retinal attachment in the rhodopsin molecule.
The intact adapted mouse rhodopsin RNA is highlighted by an arrow.
They are charaterised by a structurally similarity to the Rhodopsin receptor.
The adapted uncleaved human rhodopsin RNA is highlighted by an arrow.
Shallot is a rich source of vitamin A and helps produce a protein called rhodopsin.
No cleavage of the adapted mouse rhodopsin RNA was observed.
The altered human rhodopsin RNA was protected from cleavage in all reactions.
NpHR was driven from the human rhodopsin promoter.
ADRP due to rhodopsin mutations has a wide range of clinical presentation and severity.
