To have color vision, having at least two cone photopigment types with different spectral sensitivities present in distinct photoreceptors is necessary together with the neural circuitry necessary to extract color information. Visual pigments are highly conserved molecules, but differences can be found among vertebrate groups. Primates have a variety of cone photopigments (i.e., opsins) that are expressed by polymorphic genes. This article examines the diversity of cone photopigments in New World monkeys and their behavioral relevance
We investigated the color vision pattern in Cebus apella monkeys by means of electroretinogram measu...
Abstract-Microspectrophotometric measurements of visual pigments have been obtained for a large samp...
AbstractWe investigated the color vision pattern in Cebus apella monkeys by means of electroretinogr...
To have color vision, having at least two cone photopigment types with different spectral sensitivit...
AbstractPrevious research revealed significant individual variations in opsin genes and cone photopi...
Most platyrrhine monkeys have a triallelic M/L opsin gene polymorphisin that underlies significant i...
Until recently, the genetic basis of colour vision could only be inferred from measuring the colour ...
Color vision is an important characteristic of primates and, intriguingly, Neotropical monkeys are h...
AbstractStudies carried out over the past two decades show that many platyrrhine (New World) monkeys...
The owl monkey (Aotus tridrgutus) is the only nocturnal monkey. The photopigments of Aotus and the r...
Thirty years ago virtually everything known about primate color vision derived from psychophysical s...
The color vision of most platyrrhine primates is determined by alleles at the polymorphic X-linked l...
The color vision of most platyrrhine primates is determined by alleles at the polymorphic X-linked l...
The color vision of mammals is controlled by photosensitive proteins called opsins. Most mammals hav...
The color vision of mammals is controlled by photosensitive proteins called opsins. Most mammals hav...
We investigated the color vision pattern in Cebus apella monkeys by means of electroretinogram measu...
Abstract-Microspectrophotometric measurements of visual pigments have been obtained for a large samp...
AbstractWe investigated the color vision pattern in Cebus apella monkeys by means of electroretinogr...
To have color vision, having at least two cone photopigment types with different spectral sensitivit...
AbstractPrevious research revealed significant individual variations in opsin genes and cone photopi...
Most platyrrhine monkeys have a triallelic M/L opsin gene polymorphisin that underlies significant i...
Until recently, the genetic basis of colour vision could only be inferred from measuring the colour ...
Color vision is an important characteristic of primates and, intriguingly, Neotropical monkeys are h...
AbstractStudies carried out over the past two decades show that many platyrrhine (New World) monkeys...
The owl monkey (Aotus tridrgutus) is the only nocturnal monkey. The photopigments of Aotus and the r...
Thirty years ago virtually everything known about primate color vision derived from psychophysical s...
The color vision of most platyrrhine primates is determined by alleles at the polymorphic X-linked l...
The color vision of most platyrrhine primates is determined by alleles at the polymorphic X-linked l...
The color vision of mammals is controlled by photosensitive proteins called opsins. Most mammals hav...
The color vision of mammals is controlled by photosensitive proteins called opsins. Most mammals hav...
We investigated the color vision pattern in Cebus apella monkeys by means of electroretinogram measu...
Abstract-Microspectrophotometric measurements of visual pigments have been obtained for a large samp...
AbstractWe investigated the color vision pattern in Cebus apella monkeys by means of electroretinogr...