J.E. Pryce

The paper tests three methods to identify causal genes for milk lipid traits in cattle using GWAS, transcriptomics, and gene ontology analysis, finding significant overlaps but limited power.

This study performs sequence-based GWAS on 180,000 German Holstein cattle to identify new candidate genes for milk production traits, finding 30 previously unreported genes associated with milk, fat, and protein yield.

This study identifies new genetic loci and neuronal pathways associated with heat tolerance in dairy cows using genome-wide association analysis of milk production traits.

This study identifies microRNA expression and target sites in 17 bovine tissues, revealing tissue-specific regulation and genomic features of microRNA-target interactions.

The paper maps bovine TADs and CTCF binding motifs using genomic synteny and shows they reduce the search space for regulatory variants associated with complex traits.