The astonishing complexity of animal color patterns has fascinated scientists for a long time. The melanocytes of mammals and birds can either produce black and brownish eumelanin or yellowish pheomelanin. Different fur and plumage color patterns are generated by spatial and temporal variations in the synthesis of these two melanin types (see (Hoekstra, 2006; Ito and Wakamatsu, 2003; Mills and Patterson, 2009) and references therein). Structural colors as well as reddish carotenoids additionally contribute to the colors of many birds (Mills and Patterson, 2009). This article is protected by copyright. All rights reserved
A large number of coloured sexually selected ornamental traits in the animal kingdom are based on ca...
The work summarizes current knowledge about the melanin-based color polymorphism of integument and i...
The color of avian plumage can be patterned within feathers and along the body axes. Pigmentation ad...
The astonishing complexity of animal color patterns has fascinated scientists for a long time. The m...
The appearance of animals largely depends on melanins present in their integument. However, it is un...
How are different carotenoid color phenotypes produced on the same biochemical network? Plumage of h...
Melanin coloration is the most common type of colour in animals. Many species use melanin-based blac...
Melanins are the ubiquitous pigments distributed in nature. They are one of the main pigments respon...
Even though plumage diversity is one of the most diverse phenotypic traits in nature, the reasons wh...
Parrots and allies (Order Psittaciformes) have evolved an exclusive capacity to synthesize polyene p...
Examining the phenotypic variation observed within a species is an opportunity to understand the evo...
Carotenoids produce the brilliant red, orange, and yellow colors of many animals. However, melanin p...
Carotenoid pigments are responsible for many examples of sexually attractive red, orange, and yellow...
Eumelanin and pheomelanin are the most common vertebrate pigments. They generate different colours a...
Melanins are the most common pigments in vertebrates and, as such, fufill multiple adaptive function...
A large number of coloured sexually selected ornamental traits in the animal kingdom are based on ca...
The work summarizes current knowledge about the melanin-based color polymorphism of integument and i...
The color of avian plumage can be patterned within feathers and along the body axes. Pigmentation ad...
The astonishing complexity of animal color patterns has fascinated scientists for a long time. The m...
The appearance of animals largely depends on melanins present in their integument. However, it is un...
How are different carotenoid color phenotypes produced on the same biochemical network? Plumage of h...
Melanin coloration is the most common type of colour in animals. Many species use melanin-based blac...
Melanins are the ubiquitous pigments distributed in nature. They are one of the main pigments respon...
Even though plumage diversity is one of the most diverse phenotypic traits in nature, the reasons wh...
Parrots and allies (Order Psittaciformes) have evolved an exclusive capacity to synthesize polyene p...
Examining the phenotypic variation observed within a species is an opportunity to understand the evo...
Carotenoids produce the brilliant red, orange, and yellow colors of many animals. However, melanin p...
Carotenoid pigments are responsible for many examples of sexually attractive red, orange, and yellow...
Eumelanin and pheomelanin are the most common vertebrate pigments. They generate different colours a...
Melanins are the most common pigments in vertebrates and, as such, fufill multiple adaptive function...
A large number of coloured sexually selected ornamental traits in the animal kingdom are based on ca...
The work summarizes current knowledge about the melanin-based color polymorphism of integument and i...
The color of avian plumage can be patterned within feathers and along the body axes. Pigmentation ad...