… of designing genomic selection have not been … study were 1) to investigate the effects of
different levels of heritability, marker density and selection designs on the accuracy of genomic …

… Simulation studies can been used to investigate genetic gain, prediction accuracy, cost-…
However, to our knowledge, no simulation study has evaluated GS vs. phenotypic selection …

… A simulation study was conducted to assess the prediction accuracy and genetic gain afforded
by different GS models, using 57 parents. The genotyping data of the parents at the 7588 …

… Among the strategies tested in this study, assuming an already running genomic selection
program in the nucleus, genotyping production animals will increase the genotyping costs, …

… The aim of our simulation study was to provide insights into the optimization of genomic
selection for honey bee breeding programs by using stochastic simulations to generate a …

… They also evaluated the efficiency of GS in just one generation, although the selection
accuracy of GS might decay with recurrent selection. For this reason, further simulation studies are …

… The aim of this study was to compare the accuracy of genomic selection (ie, selection based
on genome-… In this study, we found that the advantage of genomic selection over phenotypic …

… this simulation study provides excellent guidelines for optimizing various parameters of a
practical genomic selection… However, simulations using polygenic models with additive genetic …

… The aim of this study was to evaluate the economic impact related to the … of genomic selection
in a simulated dairy cattle population. The software QMSim was used to simulate genomic …

… selection (MAS) in breeding programs. But could such MAS compete with the broadly used
genomic selection (… Here, with our new software “SNPscan breeder,” we simulated a simple …