Recent progresses in canine and feline genomics have led to the identification of an increasing number of loci, genes and mutations in these two species. Canine genetics was the first to benefit from new methodological and molecular tools, but feline genetics is slowly catching up. The whole genome sequencing of an Abyssinian cat achieved in 2007 paved the way for considerable progress. About forty genes involved in feline inherited diseases and traits of interest have been identified to date. Coat colour and texture are the most commonly identified traits of interest at the molecular level. Genetic tests are now available for these colours and textures, and help feline breeders select s...
Des nouvelles nucléases permettent de modifier le génome de nombreuses espèces de façon ciblée ; à u...
Artificial insemination in the domestic cat and in wild felids has several indications. In the cat, ...
This paper presents epidemiological and clinical data from 2350 cases of melanocytic tumours from do...
Since the end of the 19th century, the selection of feline species has been based on esthetic traits...
The genetic structure of the canine species, with over 300 breeds created and modified by man, provi...
Le mosaïcisme est un phénomène génétique retrouvé dans l’ensemble du monde vivant et notamment chez...
This article shows how dogs can help identify the causes of genetic diseases homologous between ...
Laboratory mice stem from specimens belonging to different species of the Mus genus, bred since time...
Canine atopic dermatitis is defined as a pruritic dermatitis associated with a genetic predispositio...
The canine species includes over 350 breeds, all different in terms of phenotype, behaviour and ...
Whereas quantitative genetics approaches have brought major genetic improvements over the past ...
Transgenesis is the introduction of a new gene in a whole organism to generate animal lines harbouri...
Genomic selection which relies on a genetic evaluation of the breeding value of candidates from gene...
Genomics is a scientific discipline concerned with the study of genome structure, function and evolu...
Publiées depuis le début des années 1990, de nombreuses observations décrivent l'effet de mutations ...
Des nouvelles nucléases permettent de modifier le génome de nombreuses espèces de façon ciblée ; à u...
Artificial insemination in the domestic cat and in wild felids has several indications. In the cat, ...
This paper presents epidemiological and clinical data from 2350 cases of melanocytic tumours from do...
Since the end of the 19th century, the selection of feline species has been based on esthetic traits...
The genetic structure of the canine species, with over 300 breeds created and modified by man, provi...
Le mosaïcisme est un phénomène génétique retrouvé dans l’ensemble du monde vivant et notamment chez...
This article shows how dogs can help identify the causes of genetic diseases homologous between ...
Laboratory mice stem from specimens belonging to different species of the Mus genus, bred since time...
Canine atopic dermatitis is defined as a pruritic dermatitis associated with a genetic predispositio...
The canine species includes over 350 breeds, all different in terms of phenotype, behaviour and ...
Whereas quantitative genetics approaches have brought major genetic improvements over the past ...
Transgenesis is the introduction of a new gene in a whole organism to generate animal lines harbouri...
Genomic selection which relies on a genetic evaluation of the breeding value of candidates from gene...
Genomics is a scientific discipline concerned with the study of genome structure, function and evolu...
Publiées depuis le début des années 1990, de nombreuses observations décrivent l'effet de mutations ...
Des nouvelles nucléases permettent de modifier le génome de nombreuses espèces de façon ciblée ; à u...
Artificial insemination in the domestic cat and in wild felids has several indications. In the cat, ...
This paper presents epidemiological and clinical data from 2350 cases of melanocytic tumours from do...