Add to ORKGA procedure has been developed for the prediction of genetic merit and the simultaneous assessment of multiple genotypes for subsequent use in gene detection. The system utilises a large volume of genotype information but ignores pedigree. With a simple additive model of inheritance, high correlations\ud between estimates of molecular breeding value and highly reliable progeny test estimated breeding values were observed (0.70–0.77)
ABSTRACT Genomic selection has been a valuable tool for increasing the rate of genetic improvement i...
A genomic preselection step of young sires is now often included in dairy cattle breeding schemes. Y...
Genomic selection is revolutionizing the design of breeding schemes, especially for dairy cattle. Th...
The objectives of this Ph.D. thesis were (1) to optimise genomic selection in dairy cattle with resp...
Two novel methods for genome wide selection (GWS) were examined for predicting the genetic merit of ...
Genomic selection relaxes the requirement of traditional selection tools to have phenotypic measurem...
Prediction of breeding values using whole-genome dense marker maps for genomic selection has become ...
Genomic selection (GS) has profoundly changed dairy cattle breeding in the last decade and can be de...
Abstract. High rates of genetic gain canbe achieved through (1) accurate predictions of breedingvalu...
Genomic selection in dairy cattle breeding is a breakthrough such as the industry has not experience...
Some traits are controlled by single genes, such as many genetic abnormalities, and some cattlemen a...
Abstract: The main goal in animal breeding is to select individuals that have high breeding values f...
The past quarter-century in genetic evaluation of dairy cattle has been marked by evolution in metho...
ABSTRACT The objective of this research was to discern the contribution of genomic information to mu...
The existence of significant and sufficient genetic variation in fertility is generally accepted and...
ABSTRACT Genomic selection has been a valuable tool for increasing the rate of genetic improvement i...
A genomic preselection step of young sires is now often included in dairy cattle breeding schemes. Y...
Genomic selection is revolutionizing the design of breeding schemes, especially for dairy cattle. Th...
The objectives of this Ph.D. thesis were (1) to optimise genomic selection in dairy cattle with resp...
Two novel methods for genome wide selection (GWS) were examined for predicting the genetic merit of ...
Genomic selection relaxes the requirement of traditional selection tools to have phenotypic measurem...
Prediction of breeding values using whole-genome dense marker maps for genomic selection has become ...
Genomic selection (GS) has profoundly changed dairy cattle breeding in the last decade and can be de...
Abstract. High rates of genetic gain canbe achieved through (1) accurate predictions of breedingvalu...
Genomic selection in dairy cattle breeding is a breakthrough such as the industry has not experience...
Some traits are controlled by single genes, such as many genetic abnormalities, and some cattlemen a...
Abstract: The main goal in animal breeding is to select individuals that have high breeding values f...
The past quarter-century in genetic evaluation of dairy cattle has been marked by evolution in metho...
ABSTRACT The objective of this research was to discern the contribution of genomic information to mu...
The existence of significant and sufficient genetic variation in fertility is generally accepted and...
ABSTRACT Genomic selection has been a valuable tool for increasing the rate of genetic improvement i...
A genomic preselection step of young sires is now often included in dairy cattle breeding schemes. Y...
Genomic selection is revolutionizing the design of breeding schemes, especially for dairy cattle. Th...