The effect of the accuracy of estimated QTL effects on relative efficiency of marker-assisted selection (MAS) to non-MAS was investigated in a simulation study in a single trait selection scheme under variable heritability, different QTL effect and different initial QTL allele frequencies. The results showed that the probability of realized MAS response being less than expected response increased with higher standard error associated with an estimated QTL effect. This probability was significantly higher when a high standard error was associated with large QTL effects in lower QTL allele frequencies and/or lower heritability. The MAS responses could be equal or even less than non-MAS when the QTL variance from an inaccurate QTL effect const...
To date, the quantitative genetics theory for genomic selection has focused mainly on the relationsh...
The continued increase in the availability of markers has led to much interest in their use in genet...
We suggest a new approximation for the prediction of genetic values in marker-assisted selection. Th...
The effect of inaccurate estimates of variance and of the location of the quantitative trait locus o...
The effect of inaccurate estimates of variance and of the location of the quantitative trait locus o...
The objective of this simulation study was to compare the effect of the number of QTL and distributi...
The success of genomic selection mainly depends on the extent of linkage disequilibrium ...
International audienceThe success of genomic selection mainly depends on the extent of linkage diseq...
The benefits of marker assisted selection (MAS) are evaluated under realistic assumptions in schemes...
In crosses between inbred lines linear regression can be used to estimate marker effects; these mark...
The effects of within-sample selection on the outcome of analyses detecting linkage between genetic ...
The effects of within-sample selection on the outcome of analyses detecting linkage between genetic ...
Benefits from the use of optimised selection for maximising genetic gain while constraining the rate...
Background - Genomic selection, the use of markers across the whole genome, receives increasing amou...
A deterministic two-loci model was developed to predict genetic response to marker-assisted selectio...
To date, the quantitative genetics theory for genomic selection has focused mainly on the relationsh...
The continued increase in the availability of markers has led to much interest in their use in genet...
We suggest a new approximation for the prediction of genetic values in marker-assisted selection. Th...
The effect of inaccurate estimates of variance and of the location of the quantitative trait locus o...
The effect of inaccurate estimates of variance and of the location of the quantitative trait locus o...
The objective of this simulation study was to compare the effect of the number of QTL and distributi...
The success of genomic selection mainly depends on the extent of linkage disequilibrium ...
International audienceThe success of genomic selection mainly depends on the extent of linkage diseq...
The benefits of marker assisted selection (MAS) are evaluated under realistic assumptions in schemes...
In crosses between inbred lines linear regression can be used to estimate marker effects; these mark...
The effects of within-sample selection on the outcome of analyses detecting linkage between genetic ...
The effects of within-sample selection on the outcome of analyses detecting linkage between genetic ...
Benefits from the use of optimised selection for maximising genetic gain while constraining the rate...
Background - Genomic selection, the use of markers across the whole genome, receives increasing amou...
A deterministic two-loci model was developed to predict genetic response to marker-assisted selectio...
To date, the quantitative genetics theory for genomic selection has focused mainly on the relationsh...
The continued increase in the availability of markers has led to much interest in their use in genet...
We suggest a new approximation for the prediction of genetic values in marker-assisted selection. Th...