A deterministic equation to predict the accuracy of multi-population genomic prediction with multiple genomic relationship matrices

Fixed-length haplotype alleles (from 125  kb to 2  Mb) with varying allele frequency thresholds (from 1 to 10%) were fitted using BayesA [ 20 ], BayesB [ 20 ] and BayesN [ 21

ShinyGPAS can be used for interactive exploration of potential factors that influence prediction accuracy in genome-enabled prediction, sim- ulation of achievable prediction

Empirical and deterministic accuracies of genomic prediction (± standard error) with a heritability of 0.95 using equal allele substitution effects of the QTL underlying the

G-BLUP: genomic BLUP using genomic-based relationship matrix; Bayes-C: a non-linear method that fits zero effects and normal distributions of effects for SNPs; GBC: an

Average accuracies of genomic prediction (± standard errors) for Holstein-Friesian (HF, solid fill) and Jersey (J, diagonal fill) animals using a model that included a

The review covers the classical objects of interest in population genetics (genetic drift, selection, demography and structure) but also describes several genomic

The objectives of this paper are to (1) compare multi- trait (MT) and single trait (uT) mixed models for single environment data using cross-validation, and (2) com- pare

We investigated the accuracy of genomic estimate breeding values (GEBV) through cross validation in a synthetic population (SP) of broad genetic diversity developed for upland