Within-breed genomic selection is now implemented in a number of large cattle breeds. However, building reference populations large enough remains a major challenge for smaller breeds. Combining reference populations and implementing a multi-breed approach appears to be an appealing alternative for small breeds.Such an approach requires conserved linkage disequilibrium across breeds to maintain the association between QTL and markers. Therefore, the use of a high density chip is generally needed. Error rates for high density imputation from medium density genotypes, classically used in cattle, were estimated. The mean error rate was below 1% in most dairy cattle breed which implies that a large high density imputed reference populations can...
Red dairy breeds are a valuable cultural and historical asset, and often a source of unique genetic ...
With the fast and wide development of genomic evaluations in dairy cattle, the design of breeding sc...
The implementation of genomic selection makes possible the inclusion of new traits in breeding goals...
Within-breed genomic selection is now implemented in a number of large cattle breeds. However, build...
L'efficacité de la sélection génomique étant principalement dépendante de la taille de la population...
In genomic selection, DNA marker information is exploited for evaluation purposes in large dairy cat...
Abstract Genomic selection has been a valuable tool for increasing the rate of genetic improvement i...
Genomic evaluation techniques have been a huge success in the dairy cattle industry, as they allow ...
AbstractIn order to obtain accurate genomic breeding values a large number of reference animals with...
ABSTRACT Genomic selection has been a valuable tool for increasing the rate of genetic improvement i...
Background: Using a multi-breed reference population might be a way of increasing the accuracy of ge...
The rapid evolution in sequencing and genotyping raises new challenges in the development of methods...
L'évolution rapide des techniques de séquençage et de génotypage soulèvent de nouveaux défis dans le...
The objectives of this Ph.D. thesis were (1) to optimise genomic selection in dairy cattle with resp...
For many years, breeding value estimation in domestic animal species has been based on the polygenic...
Red dairy breeds are a valuable cultural and historical asset, and often a source of unique genetic ...
With the fast and wide development of genomic evaluations in dairy cattle, the design of breeding sc...
The implementation of genomic selection makes possible the inclusion of new traits in breeding goals...
Within-breed genomic selection is now implemented in a number of large cattle breeds. However, build...
L'efficacité de la sélection génomique étant principalement dépendante de la taille de la population...
In genomic selection, DNA marker information is exploited for evaluation purposes in large dairy cat...
Abstract Genomic selection has been a valuable tool for increasing the rate of genetic improvement i...
Genomic evaluation techniques have been a huge success in the dairy cattle industry, as they allow ...
AbstractIn order to obtain accurate genomic breeding values a large number of reference animals with...
ABSTRACT Genomic selection has been a valuable tool for increasing the rate of genetic improvement i...
Background: Using a multi-breed reference population might be a way of increasing the accuracy of ge...
The rapid evolution in sequencing and genotyping raises new challenges in the development of methods...
L'évolution rapide des techniques de séquençage et de génotypage soulèvent de nouveaux défis dans le...
The objectives of this Ph.D. thesis were (1) to optimise genomic selection in dairy cattle with resp...
For many years, breeding value estimation in domestic animal species has been based on the polygenic...
Red dairy breeds are a valuable cultural and historical asset, and often a source of unique genetic ...
With the fast and wide development of genomic evaluations in dairy cattle, the design of breeding sc...
The implementation of genomic selection makes possible the inclusion of new traits in breeding goals...