Current technologies for high-throughput molecular profiling of large numbers of genetically different individuals offer great potential for elucidating the genotype-to-phenotype relationship. Variation in molecular and phenotypic traits can be correlated to DNA sequence variation using the methods of quantitative trait locus (QTL) mapping. In addition, the correlation structure in the molecular and phenotypic traits can be informative for inferring the underlying molecular networks. For this, new methods are emerging to distinguish among causality, reactivity, or independence of traits based upon logic involving underlying QTL. These methods are becoming increasingly popular in plant genetic studies as well as in studies on many other orga...
In the context of genetics and breeding research on multiple phenotypic traits, reconstructing the d...
Most characters of economic importance in plants and animals, and complex diseases in humans, exhibi...
In crop plants quantitative variation is a feature of many important traits, such as yield, quality ...
Current technologies for high-throughput molecular profiling of large numbers of genetically differe...
Quantitative trait locus (QTL) analysis is a powerful approach to map and subsequently identify gene...
Background Elucidation of genotype-to-phenotype relationships is a major challenge in biology. In pl...
Although the term quantitative trait locus (QTL) strictly refers merely to a genetic variant that ca...
Most traits of interest in plant breeding show quantitative inheritance, which complicate the breedi...
Phenotypic variation for quantitative traits results from segregation at multiple quantitative trait...
Most characteristics in living organisms show continuous variation, which suggests that they are con...
Quantitative variation underlies normal as well as pathological traits, and large part of this varia...
This is the first of a two-part series that describes the methods and uses of QTL analysis. Understa...
In crop plants quantitative variation is a feature of many important traits, such as yield, quality ...
New alleles are constantly accumulated during intentional crop selection. The molecular understandin...
<div><p>In the context of genetics and breeding research on multiple phenotypic traits, reconstructi...
In the context of genetics and breeding research on multiple phenotypic traits, reconstructing the d...
Most characters of economic importance in plants and animals, and complex diseases in humans, exhibi...
In crop plants quantitative variation is a feature of many important traits, such as yield, quality ...
Current technologies for high-throughput molecular profiling of large numbers of genetically differe...
Quantitative trait locus (QTL) analysis is a powerful approach to map and subsequently identify gene...
Background Elucidation of genotype-to-phenotype relationships is a major challenge in biology. In pl...
Although the term quantitative trait locus (QTL) strictly refers merely to a genetic variant that ca...
Most traits of interest in plant breeding show quantitative inheritance, which complicate the breedi...
Phenotypic variation for quantitative traits results from segregation at multiple quantitative trait...
Most characteristics in living organisms show continuous variation, which suggests that they are con...
Quantitative variation underlies normal as well as pathological traits, and large part of this varia...
This is the first of a two-part series that describes the methods and uses of QTL analysis. Understa...
In crop plants quantitative variation is a feature of many important traits, such as yield, quality ...
New alleles are constantly accumulated during intentional crop selection. The molecular understandin...
<div><p>In the context of genetics and breeding research on multiple phenotypic traits, reconstructi...
In the context of genetics and breeding research on multiple phenotypic traits, reconstructing the d...
Most characters of economic importance in plants and animals, and complex diseases in humans, exhibi...
In crop plants quantitative variation is a feature of many important traits, such as yield, quality ...