AbstractThe spectral sensitivities of middle- (M-) and long- (L-) wavelength-sensitive cones have been measured in dichromats of known genotype: M-cone sensitivities in nine protanopes, and L-cone sensitivities in 20 deuteranopes. We have used these dichromat cone spectral sensitivities, along with new luminous efficiency determinations, and existing spectral sensitivity and color matching data from normal trichromats, to derive estimates of the human M- and L-cone spectral sensitivities for 2 and 10° dia. central targets, and an estimate of the photopic luminosity function [V(λ)] for 2° dia. targets, which we refer to as V2*(λ). These new estimates are consistent with dichromatic and trichromatic spectral sensitivities and color matches
AbstractIn order to better understand the nature of long-wavelength (L) and middle-wavelength (M) co...
AbstractVariations in the amino acid sequences of the human cone opsins give rise to spectrally vari...
We used two methods to estimate short-wave (S) cone spectral sensitivity. Firstly, we measured S-con...
AbstractTritanopic color matches (i.e. matches that depend on the middle- (M) and long- (L), but not...
The spectral sensitivities of the short (S-), middle (M-) and long (L-) wave-sensitive cones have be...
AbstractThe spectral sensitivities of the short (S-), middle (M-) and long (L-) wave-sensitive cones...
A knowledge of the spectral sensitivities of the long-wavelength-sensitive (L-), middle-wavelength-s...
AbstractWe used two methods to estimate short-wave (S) cone spectral sensitivity. Firstly, we measur...
AbstractTritanopic color matches (i.e. matches that depend on the middle- (M) and long- (L), but not...
AbstractWe used two methods to estimate short-wave (S) cone spectral sensitivity. Firstly, we measur...
AbstractDespite the recent advance made by using the direct methods of retinal densitometry, microsp...
AbstractDespite the recent advance made by using the direct methods of retinal densitometry, microsp...
AbstractIn order to better understand the nature of long-wavelength (L) and middle-wavelength (M) co...
Our goal was to compare the long-wavelength (L-), middle-wavelength (M-) and short-wavelength (S-) c...
AbstractUsing heterochromatic flicker photometry, we have measured the corneal spectral sensitivitie...
AbstractIn order to better understand the nature of long-wavelength (L) and middle-wavelength (M) co...
AbstractVariations in the amino acid sequences of the human cone opsins give rise to spectrally vari...
We used two methods to estimate short-wave (S) cone spectral sensitivity. Firstly, we measured S-con...
AbstractTritanopic color matches (i.e. matches that depend on the middle- (M) and long- (L), but not...
The spectral sensitivities of the short (S-), middle (M-) and long (L-) wave-sensitive cones have be...
AbstractThe spectral sensitivities of the short (S-), middle (M-) and long (L-) wave-sensitive cones...
A knowledge of the spectral sensitivities of the long-wavelength-sensitive (L-), middle-wavelength-s...
AbstractWe used two methods to estimate short-wave (S) cone spectral sensitivity. Firstly, we measur...
AbstractTritanopic color matches (i.e. matches that depend on the middle- (M) and long- (L), but not...
AbstractWe used two methods to estimate short-wave (S) cone spectral sensitivity. Firstly, we measur...
AbstractDespite the recent advance made by using the direct methods of retinal densitometry, microsp...
AbstractDespite the recent advance made by using the direct methods of retinal densitometry, microsp...
AbstractIn order to better understand the nature of long-wavelength (L) and middle-wavelength (M) co...
Our goal was to compare the long-wavelength (L-), middle-wavelength (M-) and short-wavelength (S-) c...
AbstractUsing heterochromatic flicker photometry, we have measured the corneal spectral sensitivitie...
AbstractIn order to better understand the nature of long-wavelength (L) and middle-wavelength (M) co...
AbstractVariations in the amino acid sequences of the human cone opsins give rise to spectrally vari...
We used two methods to estimate short-wave (S) cone spectral sensitivity. Firstly, we measured S-con...