Many important traits in plants, animals and humans are quantitative, and most such traits are generally believed to be affected by multiple genetic loci. Standard computational tools for mapping of quantitative traits (i.e. for finding Quantitative Trait Loci, QTL, in the genome) use linear regression models for relating the observed phenotypes to the genetic composition of individuals in an experimental population. Using these tools to simultaneously search for multiple QTL is computationally demanding. The main reason for this is the complex optimization landscape for the multidimensional global optimization problems that must be solved. This thesis describes parallel algorithms, implementations and tools for simultaneous mapping of seve...
The Quantitative Trait Loci (QTL) mapping problem aims to identify regions in the genome that are li...
One of the fundamental goals of research in modern genetics is to determine the genetic basis for co...
enetical genomics combines acquired high-throughput genomic data with genetic analysis. In this chap...
Many important traits in plants, animals and humans are quantitative, and most such traits are gener...
Many important traits in plants, animals and humans are quantitative, and most such traits are gener...
Most traits of medical or economic importance are quantitative, i.e. they can be measured on a conti...
The existence of new technologies, implemented in efficient platforms and workflows has made massive...
Abstract. We present a grid portal implementation of a parallel algorithm for multidimensional QTL m...
Motivation: Quantification of the contribution of genetic variation to phenotypic variation for comp...
This thesis concerns numerical methods for mapping of multiple quantitative trait loci, QTL. Interac...
Chantier qualité GAInternational audienceMapping quantitative trait loci (QTL) using genetic marker ...
The Quantitative Genetic Analysis Station (QGAStation) is a software package that has been developed...
This thesis presents and discusses the use of various genetic models, high performance computing, gl...
The Quantitative Trait Loci (QTL) mapping problem aims to identify regions in the genome that are li...
One of the fundamental goals of research in modern genetics is to determine the genetic basis for co...
enetical genomics combines acquired high-throughput genomic data with genetic analysis. In this chap...
Many important traits in plants, animals and humans are quantitative, and most such traits are gener...
Many important traits in plants, animals and humans are quantitative, and most such traits are gener...
Most traits of medical or economic importance are quantitative, i.e. they can be measured on a conti...
The existence of new technologies, implemented in efficient platforms and workflows has made massive...
Abstract. We present a grid portal implementation of a parallel algorithm for multidimensional QTL m...
Motivation: Quantification of the contribution of genetic variation to phenotypic variation for comp...
This thesis concerns numerical methods for mapping of multiple quantitative trait loci, QTL. Interac...
Chantier qualité GAInternational audienceMapping quantitative trait loci (QTL) using genetic marker ...
The Quantitative Genetic Analysis Station (QGAStation) is a software package that has been developed...
This thesis presents and discusses the use of various genetic models, high performance computing, gl...
The Quantitative Trait Loci (QTL) mapping problem aims to identify regions in the genome that are li...
One of the fundamental goals of research in modern genetics is to determine the genetic basis for co...
enetical genomics combines acquired high-throughput genomic data with genetic analysis. In this chap...