Three features appear to characterize steady-state light adaptation in vertebrate cone photoreceptors: (a) the shape of the “log intensity-response” curve at different levels of adaptation is the same, the only change with adaptation is in the position of the point on the curve about which the cones operate; (b) at high adapting intensities the operating point becomes fixed in position; (c) this fixed position is at the steepest point of the log intensity-response curve. These three features can be described by a mathematical model
The effect of coupling on the intensity-response functions for full field and for slit stimuli was s...
We see over an enormous range of mean light levels, greater than the range of output signals retinal...
Retinal cones are photoreceptors for daylight vision. For lower vertebrates, cones are known to give...
Three features appear to characterize steady-state light adaptation in vertebrate cone photoreceptor...
Light adaptation in cones was characterized by measuring the changes in temporal frequency responses...
An animal's ability to survive depends on its sensory systems being able to adapt to a wide range of...
An animal's ability to survive depends on its sensory systems being able to adapt to a wide range of...
The ability of the cone visual system to regulate its sensitivity from twilight to bright sunlight i...
AbstractRecent physiological evidence suggests that cones do not light adapt at low light levels. To...
Recent physiological evidence suggests that cones do not light adapt at low light levels. To assess ...
Click on the DOI link below to access the article (may not be free).Recent physiological evidence su...
Adaptation is at the heart of sensation and nowhere is it more salient than in early visual processi...
Rods and cones in Necturus respond with graded hyperpolarization to test flashes spanning about 3.5 ...
Thesis (Ph.D.)--University of Washington, 2014Experientially, our ability to visually perceive the w...
Light adaptation (LA) allows cone vIslOn to remain functional between twilight and the brightest tim...
The effect of coupling on the intensity-response functions for full field and for slit stimuli was s...
We see over an enormous range of mean light levels, greater than the range of output signals retinal...
Retinal cones are photoreceptors for daylight vision. For lower vertebrates, cones are known to give...
Three features appear to characterize steady-state light adaptation in vertebrate cone photoreceptor...
Light adaptation in cones was characterized by measuring the changes in temporal frequency responses...
An animal's ability to survive depends on its sensory systems being able to adapt to a wide range of...
An animal's ability to survive depends on its sensory systems being able to adapt to a wide range of...
The ability of the cone visual system to regulate its sensitivity from twilight to bright sunlight i...
AbstractRecent physiological evidence suggests that cones do not light adapt at low light levels. To...
Recent physiological evidence suggests that cones do not light adapt at low light levels. To assess ...
Click on the DOI link below to access the article (may not be free).Recent physiological evidence su...
Adaptation is at the heart of sensation and nowhere is it more salient than in early visual processi...
Rods and cones in Necturus respond with graded hyperpolarization to test flashes spanning about 3.5 ...
Thesis (Ph.D.)--University of Washington, 2014Experientially, our ability to visually perceive the w...
Light adaptation (LA) allows cone vIslOn to remain functional between twilight and the brightest tim...
The effect of coupling on the intensity-response functions for full field and for slit stimuli was s...
We see over an enormous range of mean light levels, greater than the range of output signals retinal...
Retinal cones are photoreceptors for daylight vision. For lower vertebrates, cones are known to give...