In the majority of ommatidia of the fly, the membrane of the central rhabdomere contains — besides the rhodopsin — a photostable pigment. Due to its selective absorption in the blue spectral range, this pigment (possibly a carotene) could modify the spectral sensitivity of the central receptor cells. It furthermore may change the fluidity of the microvillus membrane and hence affect the alignment of rhodopsin molecules. Indirect evidence for a possible role of the photostable pigment as an “antenna”-pigment for rhodopsin is discussed
The distal photoreceptors in the tiered retina of Papilio exhibit different spectral sensitivities. ...
The fluorescence of housefly photoreceptors was studied in vivo by using the deep pseudopupil techni...
The full primary structure of a long-wavelength absorbing visual pigment of the small white butterfl...
The photoreceptors in the fly's ommatidia contain a bistable visual pigment, which can be shifted ba...
The population of the centrally located rhabdomeres no. 7 in the ommatidia of flies (Musca, Callipho...
The primary process induced by absorption of a quantum of light in a visual pigment molecule is the ...
Many photoreceptor cells in invertebrates have a dual-peak spectral sensitivity. Evidence is present...
Many lines of evidence suggest that the ultraviolet (uv) sensitivity found in the most common photor...
The main theme of the present study has been the elucidation of the pupil mechanism of fly photorece...
Most of the photoreceptors of the fly compound eye have high sensitivity in the ultraviolet (UV) as ...
The 7y photoreceptor in the fly (Musca, Calliphora) retina harbours an unusually complex pigment sys...
The sensitizing pigment hypothesis for the high UV sensitivity in fly photoreceptors (R1–6) is furth...
Electron-microscopic examination of freeze-fractured fly retinae has revealed the presence of partic...
Besides the “classical” chromophores retinal (visual pigment: rhodopsin) and 3-dehydroretinal (visua...
Spectral sensitivity of the dorsal compound eye ofSimuliid males (Nematocera) shows a maximum in the...
The distal photoreceptors in the tiered retina of Papilio exhibit different spectral sensitivities. ...
The fluorescence of housefly photoreceptors was studied in vivo by using the deep pseudopupil techni...
The full primary structure of a long-wavelength absorbing visual pigment of the small white butterfl...
The photoreceptors in the fly's ommatidia contain a bistable visual pigment, which can be shifted ba...
The population of the centrally located rhabdomeres no. 7 in the ommatidia of flies (Musca, Callipho...
The primary process induced by absorption of a quantum of light in a visual pigment molecule is the ...
Many photoreceptor cells in invertebrates have a dual-peak spectral sensitivity. Evidence is present...
Many lines of evidence suggest that the ultraviolet (uv) sensitivity found in the most common photor...
The main theme of the present study has been the elucidation of the pupil mechanism of fly photorece...
Most of the photoreceptors of the fly compound eye have high sensitivity in the ultraviolet (UV) as ...
The 7y photoreceptor in the fly (Musca, Calliphora) retina harbours an unusually complex pigment sys...
The sensitizing pigment hypothesis for the high UV sensitivity in fly photoreceptors (R1–6) is furth...
Electron-microscopic examination of freeze-fractured fly retinae has revealed the presence of partic...
Besides the “classical” chromophores retinal (visual pigment: rhodopsin) and 3-dehydroretinal (visua...
Spectral sensitivity of the dorsal compound eye ofSimuliid males (Nematocera) shows a maximum in the...
The distal photoreceptors in the tiered retina of Papilio exhibit different spectral sensitivities. ...
The fluorescence of housefly photoreceptors was studied in vivo by using the deep pseudopupil techni...
The full primary structure of a long-wavelength absorbing visual pigment of the small white butterfl...