AbstractOn a green or red background, the action spectrum of the pupillary responses evoked following the offset of chromatic test flashes shows a prominent short-wavelength lobe and suggests the contribution from photoreceptors other than the previously inferred M- and L-cones (Kimura & Young, Vision Research (1996). 36, 1543–1550), most likely from S-cones. Systematic changes in the shape of the intensity versus amplitude functions with test wavelengths and in the shape of the short-wavelength lobe with response amplitude criteria suggest an antagonistic interaction involving the short- and longer-wavelength photoreceptors
Sustained fixation of a bright coloured stimulus will, on extinction of the stimulus and continued s...
Background: Retinal photoreceptors provide the main stage in the mammalian eye for regulating the re...
Intrinsically photosensitive retinal ganglion cells (ipRGCs) express the photopigment melanopsin. Th...
AbstractOn a green or red background, the action spectrum of the pupillary responses evoked followin...
AbstractThe pupil exhibits a response property somewhat analogous to perceptual red-green cancellati...
AbstractColor flashes on a steady-white background are classically used to isolate the response of t...
AbstractWe show that irradiance-coding alone cannot explain the sustained pupillary constrictions ev...
Previous studies have shown that a chromatic mechanism can drive pupil responses. The aim of this re...
AbstractWe investigated whether cones are the only photosensitive process mediating the photopic pup...
AbstractChromatic induction is the change in appearance of one light caused by a second, nearby ligh...
The human retina contains five photoreceptor types: rods; short (S)-, mid (M)-, and long (L)-wavelen...
In the human, cone photoreceptors (L, M, and S) and the melanopsin-containing, intrinsically photose...
AbstractPsychophysical tests of S-cone contributions to temporal ON- and OFF-channels were conducted...
The consensual photopupil responses to light flashes presented in uniform illumination to the entire...
We were interested in the question of how cones contribute to the detection of brightness, red–green...
Sustained fixation of a bright coloured stimulus will, on extinction of the stimulus and continued s...
Background: Retinal photoreceptors provide the main stage in the mammalian eye for regulating the re...
Intrinsically photosensitive retinal ganglion cells (ipRGCs) express the photopigment melanopsin. Th...
AbstractOn a green or red background, the action spectrum of the pupillary responses evoked followin...
AbstractThe pupil exhibits a response property somewhat analogous to perceptual red-green cancellati...
AbstractColor flashes on a steady-white background are classically used to isolate the response of t...
AbstractWe show that irradiance-coding alone cannot explain the sustained pupillary constrictions ev...
Previous studies have shown that a chromatic mechanism can drive pupil responses. The aim of this re...
AbstractWe investigated whether cones are the only photosensitive process mediating the photopic pup...
AbstractChromatic induction is the change in appearance of one light caused by a second, nearby ligh...
The human retina contains five photoreceptor types: rods; short (S)-, mid (M)-, and long (L)-wavelen...
In the human, cone photoreceptors (L, M, and S) and the melanopsin-containing, intrinsically photose...
AbstractPsychophysical tests of S-cone contributions to temporal ON- and OFF-channels were conducted...
The consensual photopupil responses to light flashes presented in uniform illumination to the entire...
We were interested in the question of how cones contribute to the detection of brightness, red–green...
Sustained fixation of a bright coloured stimulus will, on extinction of the stimulus and continued s...
Background: Retinal photoreceptors provide the main stage in the mammalian eye for regulating the re...
Intrinsically photosensitive retinal ganglion cells (ipRGCs) express the photopigment melanopsin. Th...