… Consequently, the reliability and accuracy of genomic analysis in breeds such as Holstein
can be affected when animals of different origins (sires and dams) or different genetic …

… total variation of 1,839,872 nucleotides in the genome. Only 92,115 small indels were listed
… bovine genome. In conclusion, this is another description of the Holstein cow genome and, …

… sustainability of dairy cattle farming. However, the fertility of Holstein cattle is steadily …
Dairy cattle selection programs are therefore often focused on fertility phenotypes that have …

… traits in Holstein cattle from a genomic perspective. Genetic parameter estimation and
genome-… the GESS when genetically evaluating the female reproductive traits in Holstein cattle. …

… genome-wide association studies, using imputed high-density genetic markers data from
North American Holstein cattle, … De-regressed estimated breeding values from 25,580 Holstein …

… A main goal of cattle genomics is to identify DNA differences that account for … -genome
analyses of three important cattle breeds in Korea—Hanwoo, Jeju Heugu, and Korean Holstein—…

… -parity Holstein cows from … genomic analyses. The average daily heritability ranged from
0.24 (unsaturated FA) to 0.47 (medium-chain and saturated FA). The reliability of the genomic …

… It is also important that the genomic regions identified in this population are validated in
other Holstein populations as well as in other dairy cattle breeds. The SNPs and genomic …

… The GWAS analysis included 965 Holstein bulls from data set 6 with … 2114 Holstein bulls
with genomic evaluations. A total of 50,392 genetic markers were selected for further analysis, …

… We also evaluated the utility of imputed genotypes on the accuracy of genomic selection
using Australian Holstein-Friesian cattle data from 2727 and 845 animals genotyped with 50K …