Spontaneous activation of rhodopsin without light absorption occurs at a much lower rate in rod photoreceptors and insect rhabdoms than in cones. The difference lies in the pigment molecules themselves, and has implications for the design of visual photoreceptors
The shutoff of active intermediates in the phototransduction cascade and the reconstitution of the v...
In addition to rods and cones, the human retina contains light-sensitive ganglion cells that express...
Vision requires the photoreceptors in the eye to rapidly respond to changes in light intensity. The...
Spontaneous activation of rhodopsin without light absorption occurs at a much lower rate in rod phot...
AbstractSpontaneous activation of rhodopsin without light absorption occurs at a much lower rate in ...
AbstractCone visual pigments are visual opsins that are present in vertebrate cone photoreceptor cel...
AbstractSpontaneous current and voltage fluctuations (dark noise) in the photoreceptor cells of the ...
The visual pigments of most invertebrate photoreceptors have two thermostable photo-interconvertible...
Vertebrate retinas contain two types of photoreceptors. Rods are for vision in dim light, while cone...
Our visual system is exceedingly complex, but initiating light detection requires only a small numbe...
This article is part of a Special Issue entitled: Retinal Proteins - You can teach an old dog new tr...
Colour discrimination is based on opponent photoreceptor interactions, and limited by receptor noise...
Following photopigment bleaching, the rhodopsin and cone-opsins show a characteristic exponential re...
Visual neural representation is constrained by the statistical properties of the environment. Prior ...
AbstractSpontaneous fluctuations in the electrical signals of the retina's photoreceptors impose a f...
The shutoff of active intermediates in the phototransduction cascade and the reconstitution of the v...
In addition to rods and cones, the human retina contains light-sensitive ganglion cells that express...
Vision requires the photoreceptors in the eye to rapidly respond to changes in light intensity. The...
Spontaneous activation of rhodopsin without light absorption occurs at a much lower rate in rod phot...
AbstractSpontaneous activation of rhodopsin without light absorption occurs at a much lower rate in ...
AbstractCone visual pigments are visual opsins that are present in vertebrate cone photoreceptor cel...
AbstractSpontaneous current and voltage fluctuations (dark noise) in the photoreceptor cells of the ...
The visual pigments of most invertebrate photoreceptors have two thermostable photo-interconvertible...
Vertebrate retinas contain two types of photoreceptors. Rods are for vision in dim light, while cone...
Our visual system is exceedingly complex, but initiating light detection requires only a small numbe...
This article is part of a Special Issue entitled: Retinal Proteins - You can teach an old dog new tr...
Colour discrimination is based on opponent photoreceptor interactions, and limited by receptor noise...
Following photopigment bleaching, the rhodopsin and cone-opsins show a characteristic exponential re...
Visual neural representation is constrained by the statistical properties of the environment. Prior ...
AbstractSpontaneous fluctuations in the electrical signals of the retina's photoreceptors impose a f...
The shutoff of active intermediates in the phototransduction cascade and the reconstitution of the v...
In addition to rods and cones, the human retina contains light-sensitive ganglion cells that express...
Vision requires the photoreceptors in the eye to rapidly respond to changes in light intensity. The...
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