John A. Woolliams

The Roslin Institute and R(D)SVS, University of Edinburgh
Midlothian United Kingdom

Papers:
017 Use of Genome Editing in Animal Breeding Programs 018 Predicting Gain the Sustainable Way and its Relevance to Genomic Selection 021 Selection on Recombination Rate to Increase Genetic Gain 024 The structural impact of implementing Optimal Contribution selection in a commercial pig breeding population 068 Hierarchical Quantitative Genetic Model Using Genomic Information 073 Holstein-Friesian Relationships and the Impact on the Accuracy of an Across-Breed Evaluation 084 The Effect of Training Population Size and Chip Density on Accuracy and Bias of Genomic Predictions in Broiler Chickens 093 Simultaneous Inference of Genetic Parameters Underlying Susceptibility and Infectivity of Livestock from Epidemiological Data 102 A meta-analysis for bovine tuberculosis resistance in dairy cattle 178 Genomic Predictions Using Whole Genome Sequence Data and Multi-breed Reference Populations 203 New Methods for capturing unidentified genetic Variation underlying Infectious Disease in Livestock Populations 281 Building effective systems to manage inbreeding in pedigree dog breeds 377 Sequencing Millions of Animals for Genomic Selection 2.0 444 The use of genomic coancestry matrices in the optimization of contributions for maintaining diversity at specific regions of the genome 470 Estimating Rate of Inbreeding and Effective Population Size Using Genomic Data in Norwegian Red Cattle 679 Bayes U: A Genomic Prediction Method Based on the Horseshoe Prior 794 QTL Mapping for Canine Hip Dysplasia in UK Labrador Retriever 938 Estimation of ancient and recent effective population size from linkage disequilibrium in a closed herd of Iberian pigs