… In recent years, multi-trait genomic prediction models have … trait when secondary traits
correlated to the primary trait are … correlated traits is of particular importance when the primary trait …

… promising results of genomic prediction for three phenotypic traits of interest. High-throughput
SNP arrays that will soon be available will open the way to large scale genome-wide …

… genetic architecture of the trait so … prediction accuracy for a low-heritability trait could be
significantly increased by multivariate genomic selection when a correlated high-heritability trait …

… basis of complex traits, and to improve the accuracy of genomic prediction. The SNP set test
… the functional annotations of genomes keep accumulating for a range of species and traits. …

… traits’ genetic architectures, we argue here that a locus-specific prior (π) is more appropriate
for Bayesian methods for genomic prediction. … results of genomic prediction for three traits in …

… based on information from genotype and phenotype records on traits of interest in a … using
single trait genomic prediction models (STGP). However, records for several traits at once are …

… The genomic prediction abilities (GPAs) of multi-QTL models … genomic prediction (GP)
methods. We found GPAs were improved using multitrait (BN) compared to single trait GP in traits …

… 16 and that genomic predictions do not differ for girls and boys. We found that multi-trait
genomic methods were effective in boosting predictive power. Prediction accuracy varied across …

… Here, genomic prediction is performed on eight traits in a … architecture of the focal Mendelian
and quantitative traits. We show that the accuracy of genomic prediction is high for all traits, …

… use of genomic methods in a much shorter time frame. Here we compare various methods of
genomic prediction for eight traits … The genomic markers used in this study are derived from …