Linkage disequilibrium among loci is an important parameter in explaining genotypic means and variances in animal and plant breeding populations. Joint haplotype frequencies and their sampling covariance matrix for any number of linked loci were derived for backcross populations derived from inbred lines. The predicted frequencies can be used to test whether the linkage disequilibrium observed between (marker) loci in backcross populations is as expected
Genetic mapping contributes to the understanding of functional mechanisms that underlie the constitu...
A multimarker linkage disequilibrium mapping method was developed for the fine mapping of quantitati...
A method to detect linkage of genetic traits to polymorphic DNA markers in outbred populations when ...
Background: Linkage disequilibrium (LD) is commonly measured based on the squared coefficient of cor...
Genome-wide linkage disequilibrium (LD) is subject to intensive investigation in human and livestock...
Genome-wide linkage disequilibrium (LD) is subject to intensive investigation in human and livestock...
Although linkage disequilibrium, epistasis and inbreeding are common phenomena in genetic systems th...
The analysis of systems involving many loci is important in population and quantitative genetics. An...
Linkage disequilibrium (LD)-based methods capitalize on the number of generations that occurred sinc...
<p>(A) Frequency of D′ value in landrace and elite. (B) Relationship between the D′ value and geneti...
A novel and robust method for the fine-scale mapping of genes affecting complex traits, which combin...
A substantial body of theory has been developed to assess the effect of evolutionary forces on the d...
Abstract Advanced backcross (AB) populations have been widely used to identify and utilize benefici...
© 2010 Cambridge University Press. Online edition of the journal is available at http://journals.cam...
Summary: Association studies may request more details of a specific haplotype. Haplotype-specific de...
Genetic mapping contributes to the understanding of functional mechanisms that underlie the constitu...
A multimarker linkage disequilibrium mapping method was developed for the fine mapping of quantitati...
A method to detect linkage of genetic traits to polymorphic DNA markers in outbred populations when ...
Background: Linkage disequilibrium (LD) is commonly measured based on the squared coefficient of cor...
Genome-wide linkage disequilibrium (LD) is subject to intensive investigation in human and livestock...
Genome-wide linkage disequilibrium (LD) is subject to intensive investigation in human and livestock...
Although linkage disequilibrium, epistasis and inbreeding are common phenomena in genetic systems th...
The analysis of systems involving many loci is important in population and quantitative genetics. An...
Linkage disequilibrium (LD)-based methods capitalize on the number of generations that occurred sinc...
<p>(A) Frequency of D′ value in landrace and elite. (B) Relationship between the D′ value and geneti...
A novel and robust method for the fine-scale mapping of genes affecting complex traits, which combin...
A substantial body of theory has been developed to assess the effect of evolutionary forces on the d...
Abstract Advanced backcross (AB) populations have been widely used to identify and utilize benefici...
© 2010 Cambridge University Press. Online edition of the journal is available at http://journals.cam...
Summary: Association studies may request more details of a specific haplotype. Haplotype-specific de...
Genetic mapping contributes to the understanding of functional mechanisms that underlie the constitu...
A multimarker linkage disequilibrium mapping method was developed for the fine mapping of quantitati...
A method to detect linkage of genetic traits to polymorphic DNA markers in outbred populations when ...