Additional file 3. Derivation of the prediction equation without availability of data, using a breed-specific allele substitution effects model, and purebred and crossbred reference animals. A derivation of the equation for predicting the reliability of genomic estimated breeding values for crossbred performance using a breed-specific allele substitution effects model and a reference population including both purebred and crossbred animals, without availability of genotyping data, is detailed in this document
Predicting the accuracy of estimated genomic values using genome-wide marker information is an impor...
Predicting the accuracy of estimated genomic values using genome-wide marker information is an impor...
Additional file 2. Estimates of variance components for CB performance of BW35 from models that eith...
Background: In crossbreeding programs, various genomic prediction models have been proposed for usin...
Additional file 2. Distribution of estimated additive and dominance effects of SNPs. Distribution of...
Additional file 2. Comparison of Scenario 1 with an additive scenario. We compared the performance o...
Additional file 1. Within-line prediction accuracy. Results for within-line prediction accuracy for ...
Additional file 1. Partitioning accuracies of breeding values due to additive and dominance effects ...
Additional file 1. Table S1: Percentages of alleles correctly assigned a breed origin (%correct), in...
Additional file 3: Tables S1 and S2. More detailed results on validation reliabilities (Ď2) (Table ...
Additional file 1. Mean crossbred performance, mean phenotype of pure breeds and heterosis in crossb...
Background: Breed-specific effects are observed when the same allele of a given genetic marker has a...
Additional file 1: Table S1. Base models for Norwegian Landrace. Table S2. Base models for Dutch Lan...
Background: Genomic prediction of purebred animals for crossbred performance can be based on a model...
In pig and poultry breeding programs, animals from genetically distinct purebred breeding lines are ...
Predicting the accuracy of estimated genomic values using genome-wide marker information is an impor...
Predicting the accuracy of estimated genomic values using genome-wide marker information is an impor...
Additional file 2. Estimates of variance components for CB performance of BW35 from models that eith...
Background: In crossbreeding programs, various genomic prediction models have been proposed for usin...
Additional file 2. Distribution of estimated additive and dominance effects of SNPs. Distribution of...
Additional file 2. Comparison of Scenario 1 with an additive scenario. We compared the performance o...
Additional file 1. Within-line prediction accuracy. Results for within-line prediction accuracy for ...
Additional file 1. Partitioning accuracies of breeding values due to additive and dominance effects ...
Additional file 1. Table S1: Percentages of alleles correctly assigned a breed origin (%correct), in...
Additional file 3: Tables S1 and S2. More detailed results on validation reliabilities (Ď2) (Table ...
Additional file 1. Mean crossbred performance, mean phenotype of pure breeds and heterosis in crossb...
Background: Breed-specific effects are observed when the same allele of a given genetic marker has a...
Additional file 1: Table S1. Base models for Norwegian Landrace. Table S2. Base models for Dutch Lan...
Background: Genomic prediction of purebred animals for crossbred performance can be based on a model...
In pig and poultry breeding programs, animals from genetically distinct purebred breeding lines are ...
Predicting the accuracy of estimated genomic values using genome-wide marker information is an impor...
Predicting the accuracy of estimated genomic values using genome-wide marker information is an impor...
Additional file 2. Estimates of variance components for CB performance of BW35 from models that eith...