Results 251 to 260 of about 108,777 (309)
Cryptochrome interaction networks across different tissues in Drosophila melanogaster. [PDF]
Biol DirectDamulewicz M +6 more
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<i>KCNV2</i>-Deficient Retinal Organoid Model of Cone Dystrophy-In Vitro Screening for AAV Gene Replacement Therapy. [PDF]
Int J Mol SciBusson SL +11 more
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Expression of Dystroglycanopathy-Related Enzymes, POMGNT2 and POMGNT1, in the Mammalian Retina and 661W Cone-like Cell Line. [PDF]
BiomedicinesQuereda C +3 more
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Deep learning in geographic atrophy: rethinking age-related macular degeneration progression and treatment. [PDF]
Ann Transl MedShiromani S, Chhablani J.
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Annual Review of Plant Biology, 2008
Only five major types of sensory photoreceptors (BLUF-proteins, cryptochromes, phototropins, phytochromes, and rhodopsins) are used in nature to regulate developmental processes, photosynthesis, photoorientation, and control of the circadian clock. Sensory photoreceptors of algae and protists are exceptionally rich in structure and function; light ...
Peter Hegemann
exaly +3 more sources
Only five major types of sensory photoreceptors (BLUF-proteins, cryptochromes, phototropins, phytochromes, and rhodopsins) are used in nature to regulate developmental processes, photosynthesis, photoorientation, and control of the circadian clock. Sensory photoreceptors of algae and protists are exceptionally rich in structure and function; light ...
Peter Hegemann
exaly +3 more sources
Progress in Retinal and Eye Research, 2001
The basis of the duplex theory of vision is examined in view of the dazzling array of data on visual pigment sequences and the pigments they form, on the microspectrophotometry measurements of single photoreceptor cells, on the kinds of photoreceptor cascade enzymes, and on the electrophysiological properties of photoreceptors.
T, Ebrey, Y, Koutalos
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The basis of the duplex theory of vision is examined in view of the dazzling array of data on visual pigment sequences and the pigments they form, on the microspectrophotometry measurements of single photoreceptor cells, on the kinds of photoreceptor cascade enzymes, and on the electrophysiological properties of photoreceptors.
T, Ebrey, Y, Koutalos
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2022
Photoreceptor proteins enable living organisms to sense light and transduce this signal into biochemical outputs to elicit appropriate cellular responses. Their light sensing is typically mediated by covalently or noncovalently bound molecules called chromophores, which absorb light of specific wavelengths and modulate protein structure and biological ...
S, Padmanabhan +4 more
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Photoreceptor proteins enable living organisms to sense light and transduce this signal into biochemical outputs to elicit appropriate cellular responses. Their light sensing is typically mediated by covalently or noncovalently bound molecules called chromophores, which absorb light of specific wavelengths and modulate protein structure and biological ...
S, Padmanabhan +4 more
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Journal of Psychiatric Research, 1971
Publisher Summary This chapter describes the responses of photoreceptors. Visual pigments are contained in specialized nerve cells, the photoreceptors, that have the ability to transform light into an electrical signal. It is observed that light adaptation decreases sensitivity, while it increases temporal resolution.
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Publisher Summary This chapter describes the responses of photoreceptors. Visual pigments are contained in specialized nerve cells, the photoreceptors, that have the ability to transform light into an electrical signal. It is observed that light adaptation decreases sensitivity, while it increases temporal resolution.
openaire +2 more sources
Annelid Ciliary Photoreceptors
Science, 1965The photoreceptor cells of the tube-dwelling polychaete Branchiomma vesiculosum contain stacked disc-shaped membranous sacs which are the expanded and flattened outer membranes of cilia.
P A, Lawrence, F B, Krasne
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Nature, 1998
The rod and cone cells of the retina are thought to mediate all of the light responses of the vertebrate eye. But here we show that salmon vertebrate ancient (VA) opsin forms a functional photopigment in vitro, and is expressed in a subset of retinal horizontal and amacrine cells in vivo.
B G, Soni +3 more
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The rod and cone cells of the retina are thought to mediate all of the light responses of the vertebrate eye. But here we show that salmon vertebrate ancient (VA) opsin forms a functional photopigment in vitro, and is expressed in a subset of retinal horizontal and amacrine cells in vivo.
B G, Soni +3 more
openaire +2 more sources