Normal color vision depends on the relative rates at which photons are absorbed in three types of retinal cone:short-wave (S), middle-wave (M) and long-wave (L) cones, maximally sensitive near 430, 530 and 560nm, respectively. But 6% of men exhibit an X-linked variant form of color vision called deuteranomaly [1]. Their color vision is thought to depend on S cones and two forms of long-wave cone (L, L′) [2,3]. The two types of L cone contain photopigments that are maximally sensitive near 560nm, but their spectral sensitivities are different enough that the ratio of their activations gives a useful chromatic signal
AbstractThree red/green blind observers (dichromats) performed a wavelength discrimination task over...
We propose a scaling for the S-cone fundamental which is approximately one eleventh of the respectiv...
We estimated the number of colors perceived by color normal and color-deficient observers when looki...
To address the issue of how much impaired is colour vision of anomalous trichromats r...
AbstractDeuteranomalous trichromacy is the most common form of inherited color-vision deficiency. A ...
AbstractIndividual differences in abnormal color vision are well known. A fundamental unresolved pro...
AbstractDeuteranomalous trichromacy is the most common form of inherited color-vision deficiency. A ...
For anomalous trichromats, threshold contrasts for color differences captured by the L and M cones a...
Human colour vision is trichromatic: it is underpinned by the comparison of signals from three diffe...
Some 12% of women are carriers of the mild, X-linked forms of color vision deficiencies called "anom...
AbstractColor vision depends on the visual system comparing signals that originate in different clas...
AbstractDeutan observers are a heterogeneous group, varying nearly continuously from deuteranomalous...
We propose a scaling for the S-cone fundamental which is approximately one eleventh of the respectiv...
AbstractLarge-field Rayleigh match ranges were measured in 27 red/green color-deficient male observe...
AbstractIndividual differences in abnormal color vision are well known. A fundamental unresolved pro...
AbstractThree red/green blind observers (dichromats) performed a wavelength discrimination task over...
We propose a scaling for the S-cone fundamental which is approximately one eleventh of the respectiv...
We estimated the number of colors perceived by color normal and color-deficient observers when looki...
To address the issue of how much impaired is colour vision of anomalous trichromats r...
AbstractDeuteranomalous trichromacy is the most common form of inherited color-vision deficiency. A ...
AbstractIndividual differences in abnormal color vision are well known. A fundamental unresolved pro...
AbstractDeuteranomalous trichromacy is the most common form of inherited color-vision deficiency. A ...
For anomalous trichromats, threshold contrasts for color differences captured by the L and M cones a...
Human colour vision is trichromatic: it is underpinned by the comparison of signals from three diffe...
Some 12% of women are carriers of the mild, X-linked forms of color vision deficiencies called "anom...
AbstractColor vision depends on the visual system comparing signals that originate in different clas...
AbstractDeutan observers are a heterogeneous group, varying nearly continuously from deuteranomalous...
We propose a scaling for the S-cone fundamental which is approximately one eleventh of the respectiv...
AbstractLarge-field Rayleigh match ranges were measured in 27 red/green color-deficient male observe...
AbstractIndividual differences in abnormal color vision are well known. A fundamental unresolved pro...
AbstractThree red/green blind observers (dichromats) performed a wavelength discrimination task over...
We propose a scaling for the S-cone fundamental which is approximately one eleventh of the respectiv...
We estimated the number of colors perceived by color normal and color-deficient observers when looki...