Genomics is a scientific discipline concerned with the study of genome structure, function and evolutionary changes. The field relies on systematic approaches to study the genome architecture and DNA sequence (structural genomics) as well as the regulation of genome expression (functional genomics). Resulting knowledge and technological tools may find numerous applications in the equine industry, such as genetic disease screening, identification of animals susceptible to various diseases, training management as well as genetic improvement and breeding. Equine veterinarians have a major role to play in the design and implementation of such work, which in turn should also provide ...
Recent advances in the fields of computational biology and molecular biology techniques have led to ...
Recent progresses in canine and feline genomics have led to the identification of an increasing numb...
Advances in high-throughput sequencing and genotyping technologies allow to measure large amounts of...
Genomic selection is now fully implemented in breeding programs conducted by French breeding compani...
Des nouvelles nucléases permettent de modifier le génome de nombreuses espèces de façon ciblée ; à u...
Genomic selection relies on the evaluation of the genetic potential of candidates based on numerous ...
Relations between genetics and animal welfare raise numerous questions as genetic characteristics ar...
Genomic selection which relies on a genetic evaluation of the breeding value of candidates from gene...
The Scientific Committee of the French National Studs works in partnership with the main res...
Transgenesis is the introduction of a new gene in a whole organism to generate animal lines harbouri...
Dog health constitutes a major concern for breeders, owners, as well as the general public, all the ...
Laboratory mice stem from specimens belonging to different species of the Mus genus, bred since time...
This article shows how dogs can help identify the causes of genetic diseases homologous between ...
The genetic structure of the canine species, with over 300 breeds created and modified by man, provi...
The spectacular developments achieved in biology and biotechnology over the past few decades have ...
Recent advances in the fields of computational biology and molecular biology techniques have led to ...
Recent progresses in canine and feline genomics have led to the identification of an increasing numb...
Advances in high-throughput sequencing and genotyping technologies allow to measure large amounts of...
Genomic selection is now fully implemented in breeding programs conducted by French breeding compani...
Des nouvelles nucléases permettent de modifier le génome de nombreuses espèces de façon ciblée ; à u...
Genomic selection relies on the evaluation of the genetic potential of candidates based on numerous ...
Relations between genetics and animal welfare raise numerous questions as genetic characteristics ar...
Genomic selection which relies on a genetic evaluation of the breeding value of candidates from gene...
The Scientific Committee of the French National Studs works in partnership with the main res...
Transgenesis is the introduction of a new gene in a whole organism to generate animal lines harbouri...
Dog health constitutes a major concern for breeders, owners, as well as the general public, all the ...
Laboratory mice stem from specimens belonging to different species of the Mus genus, bred since time...
This article shows how dogs can help identify the causes of genetic diseases homologous between ...
The genetic structure of the canine species, with over 300 breeds created and modified by man, provi...
The spectacular developments achieved in biology and biotechnology over the past few decades have ...
Recent advances in the fields of computational biology and molecular biology techniques have led to ...
Recent progresses in canine and feline genomics have led to the identification of an increasing numb...
Advances in high-throughput sequencing and genotyping technologies allow to measure large amounts of...