noWe investigated the brightness (i.e., perceived luminance) of isolated L- and M-cone pulses to seek a perceptual correlate of our previous reports that M-on electroretinograms resemble L-off responses, implying the operation of post-receptoral opponent processing. Using triple silent substitutions, cone increments were generated in a 4-primary ganzfeld, masked by random positive or negative luminance bias. The results show that M-cone increments decrease in brightness, while L-cone increments increase. These differences became smaller as field size reduced; this was not eccentricity or area dependent. We speculate about early retinal input into brightness perception
AbstractRecent physiological evidence suggests that cones do not light adapt at low light levels. To...
We were interested in the question of how cones contribute to the detection of brightness, red–green...
On the basis of the early primate neurophysiological recordings, it was thought that the different c...
We studied the spatial arrangement of L- and M-cone driven electroretinograms (ERGs) reflecting the ...
We studied the spatial arrangement of L- and M-cone driven electroretinograms (ERGs) reflecting the ...
The electroretinographic response to L- and M-cone isolating stimuli was measured at different lumin...
We investigated how transient changes of background color influence the L- and M- (long- and middle-...
noElectroretinograms (ERGs) elicited by transient, square-wave L- and M-cone isolating stimuli were ...
New data on S-OFF ganglion cells (Dacey et al., 2001) reveal anatomical and physiological difference...
Color vision requires the activity of cone photoreceptors to be compared in post-receptoral circuitr...
In the retina of primates three cone types sensitive to short, middle and long wavelengths of light ...
Daylight vision starts with signals in three classes of cone photoreceptors sensitive to short (S), ...
Recent physiological evidence suggests that cones do not light adapt at low light levels. To assess ...
It is well known that the short-wavelength sensitive cones (S-cones) contribute to human color visio...
We measured phase shifts between Long-wavelength cone (L-cone) and Middle-wavelength cone (M-cone) s...
AbstractRecent physiological evidence suggests that cones do not light adapt at low light levels. To...
We were interested in the question of how cones contribute to the detection of brightness, red–green...
On the basis of the early primate neurophysiological recordings, it was thought that the different c...
We studied the spatial arrangement of L- and M-cone driven electroretinograms (ERGs) reflecting the ...
We studied the spatial arrangement of L- and M-cone driven electroretinograms (ERGs) reflecting the ...
The electroretinographic response to L- and M-cone isolating stimuli was measured at different lumin...
We investigated how transient changes of background color influence the L- and M- (long- and middle-...
noElectroretinograms (ERGs) elicited by transient, square-wave L- and M-cone isolating stimuli were ...
New data on S-OFF ganglion cells (Dacey et al., 2001) reveal anatomical and physiological difference...
Color vision requires the activity of cone photoreceptors to be compared in post-receptoral circuitr...
In the retina of primates three cone types sensitive to short, middle and long wavelengths of light ...
Daylight vision starts with signals in three classes of cone photoreceptors sensitive to short (S), ...
Recent physiological evidence suggests that cones do not light adapt at low light levels. To assess ...
It is well known that the short-wavelength sensitive cones (S-cones) contribute to human color visio...
We measured phase shifts between Long-wavelength cone (L-cone) and Middle-wavelength cone (M-cone) s...
AbstractRecent physiological evidence suggests that cones do not light adapt at low light levels. To...
We were interested in the question of how cones contribute to the detection of brightness, red–green...
On the basis of the early primate neurophysiological recordings, it was thought that the different c...