AbstractThe function of the compound eye is dependent upon a developmental program that specifies different cell fates and directs the expression of spectrally distinct opsins in different photoreceptor cells. Rh5 is a novel Drosophila opsin gene that encodes a biologically active visual pigment that is expressed in a subset of R8 photoreceptor cells. Rh5 expression in the R8 cell of an individual ommatidium is strictly coordinated with the expression of Rh3, in the overlying R7 cell. In sevenless mutant flies, which lack R7 photoreceptor cells, the expression of the Rh5 protein in R8 cells is disrupted, providing evidence for a specific developmental signal between the R7 and R8 cells that is responsible for the paired expression of opsin ...
SummaryColor vision in Drosophila relies on the comparison between two color-sensitive photoreceptor...
Across the animal kingdom, specialized sensory epithelia are used for photoreception, allowing indiv...
BACKGROUND: The fundamental role of the light receptor rhodopsin in visual function and photorecepto...
AbstractThe function of the compound eye is dependent upon a developmental program that specifies di...
AbstractThe Drosophila compound eye consists of ∼750 independently functioning ommatidia, each conta...
AbstractBy screening retinal cDNA libraries for photoreceptor-specifically expressed genes we have i...
Among the five photoreceptor opsins in the eye of Drosophila, Rhodopsin 1 (Rh1) is expressed in the ...
Among the five photoreceptor opsins in the eye of Drosophila, Rhodopsin 1 (Rh1) is expressed in the ...
Among the five photoreceptor opsins in the eye of Drosophila, Rhodopsin 1 (Rh1) is expressed in the ...
Among the five photoreceptor opsins in the eye of Drosophila, Rhodopsin 1 (Rh1) is expressed in the ...
We have used two techniques to isolate and characterize eye-specific genes from Drosophila melanogas...
Among the five photoreceptor opsins in the eye of Drosophila, Rhodopsin 1 (Rh1) is expressed in the ...
AbstractThe Drosophila compound eye consists of ∼750 independently functioning ommatidia, each conta...
Drosophila and other Dipteran flies have three different kinds of visual organs; in the adult a pair...
Drosophila and other Dipteran flies have three different kinds of visual organs; in the adult a pair...
SummaryColor vision in Drosophila relies on the comparison between two color-sensitive photoreceptor...
Across the animal kingdom, specialized sensory epithelia are used for photoreception, allowing indiv...
BACKGROUND: The fundamental role of the light receptor rhodopsin in visual function and photorecepto...
AbstractThe function of the compound eye is dependent upon a developmental program that specifies di...
AbstractThe Drosophila compound eye consists of ∼750 independently functioning ommatidia, each conta...
AbstractBy screening retinal cDNA libraries for photoreceptor-specifically expressed genes we have i...
Among the five photoreceptor opsins in the eye of Drosophila, Rhodopsin 1 (Rh1) is expressed in the ...
Among the five photoreceptor opsins in the eye of Drosophila, Rhodopsin 1 (Rh1) is expressed in the ...
Among the five photoreceptor opsins in the eye of Drosophila, Rhodopsin 1 (Rh1) is expressed in the ...
Among the five photoreceptor opsins in the eye of Drosophila, Rhodopsin 1 (Rh1) is expressed in the ...
We have used two techniques to isolate and characterize eye-specific genes from Drosophila melanogas...
Among the five photoreceptor opsins in the eye of Drosophila, Rhodopsin 1 (Rh1) is expressed in the ...
AbstractThe Drosophila compound eye consists of ∼750 independently functioning ommatidia, each conta...
Drosophila and other Dipteran flies have three different kinds of visual organs; in the adult a pair...
Drosophila and other Dipteran flies have three different kinds of visual organs; in the adult a pair...
SummaryColor vision in Drosophila relies on the comparison between two color-sensitive photoreceptor...
Across the animal kingdom, specialized sensory epithelia are used for photoreception, allowing indiv...
BACKGROUND: The fundamental role of the light receptor rhodopsin in visual function and photorecepto...