ABSTRACT.With the increasing availability of marker information in livestock, genomic selection methods can allow breeders to preselect animals on genotypes early in life. The combination of pedigree, phenotypic and genotypic data will increase genetic progress by decreasing the generational interval and increasing the accuracy of genetic merit estimates
Genomic selection endeavors to determine the reproductive values and characteristics of offspring in...
In animal breeding, parents of the next generation are usually selected in multiple stages, and the ...
Theory to predict selection response in traditional livestock breeding programs has been well develo...
Environmental factors are always present, it is difficult to reliably determine the value of an anim...
Animal breeding faces one of the most significant changes of the past decades – the implementation o...
The low heritability of traditional measures of fertility means that more information on the animal’...
Genomic selection is a fast-growing field in dairy sector for rapid and large genetic gain which ult...
Animal breeding aims to genetically improve animal populations by selecting the best individuals as...
Genomic selection is a form of marker-assisted selection in which genetic markers covering the whole...
Most current research on genomic selection is focusing on the accurate prediction of genomic breedin...
Genomic selection is becoming increasingly important in animal and plant breeding, and is attracting...
Across the majority livestock species, routinely collected genomic and pedigree information has been...
The rate of annual yield increases for major staple crops must more than double relative to current ...
Selection is a continuous process that can influence the distribution of target traits in a populati...
Theory to predict selection response in traditional livestock breeding programs has been well develo...
Genomic selection endeavors to determine the reproductive values and characteristics of offspring in...
In animal breeding, parents of the next generation are usually selected in multiple stages, and the ...
Theory to predict selection response in traditional livestock breeding programs has been well develo...
Environmental factors are always present, it is difficult to reliably determine the value of an anim...
Animal breeding faces one of the most significant changes of the past decades – the implementation o...
The low heritability of traditional measures of fertility means that more information on the animal’...
Genomic selection is a fast-growing field in dairy sector for rapid and large genetic gain which ult...
Animal breeding aims to genetically improve animal populations by selecting the best individuals as...
Genomic selection is a form of marker-assisted selection in which genetic markers covering the whole...
Most current research on genomic selection is focusing on the accurate prediction of genomic breedin...
Genomic selection is becoming increasingly important in animal and plant breeding, and is attracting...
Across the majority livestock species, routinely collected genomic and pedigree information has been...
The rate of annual yield increases for major staple crops must more than double relative to current ...
Selection is a continuous process that can influence the distribution of target traits in a populati...
Theory to predict selection response in traditional livestock breeding programs has been well develo...
Genomic selection endeavors to determine the reproductive values and characteristics of offspring in...
In animal breeding, parents of the next generation are usually selected in multiple stages, and the ...
Theory to predict selection response in traditional livestock breeding programs has been well develo...