Holly L Neibergs

Department of Animal Sciences, Washington State University
Pullman, WA
USA

Papers:
284 Differential gene expression in cattle challenged with single pathogens of the bovine respiratory disease complex 285 Genome-wide association study of bovine respiratory disease complex in U.S. feedlot cattle 286 Identification of causal variants underlying pathogen susceptibility and translation to genetic improvement 287 Gene set enrichment analysis of bovine respiratory disease complex SNP data in feedlot cattle 288 Calculation of genomic predicted transmitting abilities for bovine respiratory disease complex in Holsteins 289 The value of genetic selection in reducing economic losses from bovine respiratory disease complex in beef cattle feedlots 694 Improving fertility of dairy cattle using translational genomics 1496 Identification of biological pathways involved in residual feed intake in Hereford cattle through Gene Set Enrichment Analysis 1750 Integrated program for reducing bovine respiratory disease domplex (BRDC) in cattle, coordinated agricultural project (CAP): translation of multi-omics research results into teaching programs