Long-wavelength sensitive (L) cone dark adaptation curves were measured with a 10-msec, 20' v.a., 650 nm test flash and a moderate intensity adapting field. When the 650 nm and 500 nm fields were equated for the L cones, the dark adaptation curve fell faster for the 500 nm field than for the 650 nm field. Over the range of adapting lights used, no adjustment of the intensities of the two fields made their dark adaptation curves similar. When 500 nm light was added to the 650 nm field, dark adaptation was faster. Visual sensitivity is not regulated by any single photoreceptor type in this experiment.Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/25444/1/0000894.pd
The ability of the cone visual system to regulate its sensitivity from twilight to bright sunlight i...
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Blough$\sp1$ found that pigeons' detection thresholds for long wavelength lights fall initially in t...
Dark adaptation of the long-wavelength sensitive cones was studied by measuring detection threshold ...
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Flashed‐field sensitivities measured with a long‐wavelength probe have a red/green shape when stimul...
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The ability of the cone visual system to regulate its sensitivity from twilight to bright sunlight i...
AbstractThe spectral sensitivities of middle- (M-) and long- (L-) wavelength-sensitive cones have be...
Blough$\sp1$ found that pigeons' detection thresholds for long wavelength lights fall initially in t...
Dark adaptation of the long-wavelength sensitive cones was studied by measuring detection threshold ...
AbstractRecent physiological evidence suggests that cones do not light adapt at low light levels. To...
Flashed‐field sensitivities measured with a long‐wavelength probe have a red/green shape when stimul...
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...
The ability of the human eye to become more sensitive during a stay in the dark is known as dark ada...
Under dim background conditions, the S-cones make little or no contribution to luminance (A. Eisner ...
AbstractIn order to better understand the nature of long-wavelength (L) and middle-wavelength (M) co...
AbstractThree experiments compared thresholds for S-cone increments and decrements under steady and ...
Abstract-Chromatic adaptation can dramatically alter the color appearance of a light. The specific e...
A flashed-field increment threshold paradigm was used to examine sites of sensitivity control within...
<p>(A) In the photoresponse of cones, the sensitivity ratio between UV and long wavelengths (580 nm/...
The ability of the cone visual system to regulate its sensitivity from twilight to bright sunlight i...
AbstractThe spectral sensitivities of middle- (M-) and long- (L-) wavelength-sensitive cones have be...
Blough$\sp1$ found that pigeons' detection thresholds for long wavelength lights fall initially in t...