Additional file 1. Mean crossbred performance, mean phenotype of pure breeds and heterosis in crossbreds for Model 3 ( $$\sigma_{d}^{2}=0.1$$ Ď d 2 = 0.1 and absence of overdominance QTL) with crossbred training
Crossbreeding programs are used intensively in livestock production systems. The aim of selective-br...
We investigated the effectiveness of mate allocation strategies accounting for non-additive genetic ...
The primary objective of this study was to assess the performance of different genomic prediction mo...
Additional file 1. Partitioning accuracies of breeding values due to additive and dominance effects ...
Additional file 2. Comparison of Scenario 1 with an additive scenario. We compared the performance o...
Abstract Background Genomic selection can be applied to select purebreds for crossbred performance (...
Background: Breeding goals in a crossbreeding system should be defined at the commercial crossbred l...
Additional file 3. Derivation of the prediction equation without availability of data, using a breed...
Additional file 2. Distribution of estimated additive and dominance effects of SNPs. Distribution of...
Additional file 1: Table S1. Base models for Norwegian Landrace. Table S2. Base models for Dutch Lan...
Background: In livestock production, many animals are crossbred, with two distinct advantages: heter...
A method was developed to optimize simultaneous selection for a quantitative trait with a known QTL ...
Additional file 1. Within-line prediction accuracy. Results for within-line prediction accuracy for ...
Background: Genomic selection is an appealing method to select purebreds for crossbred performance. ...
Additional file 1. Table S1: Percentages of alleles correctly assigned a breed origin (%correct), in...
Crossbreeding programs are used intensively in livestock production systems. The aim of selective-br...
We investigated the effectiveness of mate allocation strategies accounting for non-additive genetic ...
The primary objective of this study was to assess the performance of different genomic prediction mo...
Additional file 1. Partitioning accuracies of breeding values due to additive and dominance effects ...
Additional file 2. Comparison of Scenario 1 with an additive scenario. We compared the performance o...
Abstract Background Genomic selection can be applied to select purebreds for crossbred performance (...
Background: Breeding goals in a crossbreeding system should be defined at the commercial crossbred l...
Additional file 3. Derivation of the prediction equation without availability of data, using a breed...
Additional file 2. Distribution of estimated additive and dominance effects of SNPs. Distribution of...
Additional file 1: Table S1. Base models for Norwegian Landrace. Table S2. Base models for Dutch Lan...
Background: In livestock production, many animals are crossbred, with two distinct advantages: heter...
A method was developed to optimize simultaneous selection for a quantitative trait with a known QTL ...
Additional file 1. Within-line prediction accuracy. Results for within-line prediction accuracy for ...
Background: Genomic selection is an appealing method to select purebreds for crossbred performance. ...
Additional file 1. Table S1: Percentages of alleles correctly assigned a breed origin (%correct), in...
Crossbreeding programs are used intensively in livestock production systems. The aim of selective-br...
We investigated the effectiveness of mate allocation strategies accounting for non-additive genetic ...
The primary objective of this study was to assess the performance of different genomic prediction mo...