In the domestic rabbit (Oryctolagus cuniculus), classical genetic studies have identified five alleles at the Extension locus: E D (dominant black), E S (steel, weaker version of E D ), E (wild type, normal extension of black), e J (Japanese brindling, mosaic distribution of black and yellow) and e (non-extension of black, yellow/red with white belly). Sequencing almost the complete coding sequence (CDS) of the rabbit MC1R gene, we recently identified two in-frame deletions associated with dominant black (c.280_285del6; alleles E D or E S ) and recessive red (c.304_333del30; allele e) coat colours. It remained to characterize the e J allele whose phenotypic effect is similar to the Orange and Sex-linked yellow loci of cat and Syrian hamster
In rabbit, the dilute locus is determined by a recessive mutated allele (d) that causes the dilution...
Coat color dilution corresponds to a specific pigmentation phenotype that leads to a dilution of wil...
Deciphering the molecular architecture of coat coloration for a better understanding of the biologic...
In the domestic rabbit (Oryctolagus cuniculus), classical genetic studies have identified five allel...
Background: In the domestic rabbit (Oryctolagus cuniculus), classical genetic studies have identifie...
Abstract Background In the domestic rabbit (Oryctolagus cuniculus), classical genetic studies have i...
Pigmentation in mammals is mainly determined by the distribution of pheomelanin and eumelanin pigmen...
Pigmentation in mammals is mainly determined by the distribution of pheomelanin and eumelanin pigmen...
We sequenced almost the complete coding region of the MC1R gene in several domestic rabbits (Orycto...
We recently showed that mutations in the rabbit MC1R gene are associated with coat colours in differ...
Classical genetic studies have identified different coat colour loci in rabbit and comparative analy...
Black and tan animals have tan-coloured ventral body surfaces separated by sharp boundaries from bla...
Coat color dilution corresponds to a specific pigmentation phenotype that leads to a dilution of wil...
Coat colour dilution is a specific pigmentation phenotype which segregates in many mammalian species...
In rabbit, the dilute locus is determined by a recessive mutated allele (d) that causes the dilution...
Coat color dilution corresponds to a specific pigmentation phenotype that leads to a dilution of wil...
Deciphering the molecular architecture of coat coloration for a better understanding of the biologic...
In the domestic rabbit (Oryctolagus cuniculus), classical genetic studies have identified five allel...
Background: In the domestic rabbit (Oryctolagus cuniculus), classical genetic studies have identifie...
Abstract Background In the domestic rabbit (Oryctolagus cuniculus), classical genetic studies have i...
Pigmentation in mammals is mainly determined by the distribution of pheomelanin and eumelanin pigmen...
Pigmentation in mammals is mainly determined by the distribution of pheomelanin and eumelanin pigmen...
We sequenced almost the complete coding region of the MC1R gene in several domestic rabbits (Orycto...
We recently showed that mutations in the rabbit MC1R gene are associated with coat colours in differ...
Classical genetic studies have identified different coat colour loci in rabbit and comparative analy...
Black and tan animals have tan-coloured ventral body surfaces separated by sharp boundaries from bla...
Coat color dilution corresponds to a specific pigmentation phenotype that leads to a dilution of wil...
Coat colour dilution is a specific pigmentation phenotype which segregates in many mammalian species...
In rabbit, the dilute locus is determined by a recessive mutated allele (d) that causes the dilution...
Coat color dilution corresponds to a specific pigmentation phenotype that leads to a dilution of wil...
Deciphering the molecular architecture of coat coloration for a better understanding of the biologic...