This paper is aimed principally at bioinformaticians and biologists as an introduction to recent advances in mouse mutagenesis, concentrating on genome-wide screens utilising the powerful mutagen N-ethyl-N-nitroso-urea (ENU). It contains a brief background to the underlying genetics as well as details of the practical aspects of organisation and data capture for such projects
Aim of this thesis was the implementation of an ENU mouse mutagenesis screen in order to identify an...
A step towards annotating the mouse genome is to use forward genetics in phenotype-driven screens to...
Infectious diseases are responsible for over 25% of deaths globally, but many more individuals are e...
As the human genome project approaches completion, the challenge for mammalian geneticists is to dev...
The worldwide effort to completely sequence the human and mouse genome will be accomplished within t...
peer reviewedA major challenge in post-genomics is the systematic determination of mammalian gene fu...
In the post-genome era, the mouse will have a major role as a model system for functional genome ana...
Mutagenesis of mice with N-ethyl-N-nitrosourea (ENU) is a phenotype-driven approach to unravel gene ...
Systematic approaches to mouse mutagenesis will be vital for future studies of gene function. We hav...
N-ethyl-N-nitrosourea (ENU) mutagenesis is presented as a powerful approach to developing models for...
peer reviewedThe most important tool for obtaining insight into the function of genes is the use of ...
The most important tool to obtain insight into the function of genes is the use of mutant model orga...
We have undertaken a major ENU-mutagenesis programme to generate large numbers of new mouse mutation...
The ability to generate mutations is a prerequisite to functional genetic analysis. Despite a long h...
With the completion of the first draft of the human genome sequence, the next major challenge is ass...
Aim of this thesis was the implementation of an ENU mouse mutagenesis screen in order to identify an...
A step towards annotating the mouse genome is to use forward genetics in phenotype-driven screens to...
Infectious diseases are responsible for over 25% of deaths globally, but many more individuals are e...
As the human genome project approaches completion, the challenge for mammalian geneticists is to dev...
The worldwide effort to completely sequence the human and mouse genome will be accomplished within t...
peer reviewedA major challenge in post-genomics is the systematic determination of mammalian gene fu...
In the post-genome era, the mouse will have a major role as a model system for functional genome ana...
Mutagenesis of mice with N-ethyl-N-nitrosourea (ENU) is a phenotype-driven approach to unravel gene ...
Systematic approaches to mouse mutagenesis will be vital for future studies of gene function. We hav...
N-ethyl-N-nitrosourea (ENU) mutagenesis is presented as a powerful approach to developing models for...
peer reviewedThe most important tool for obtaining insight into the function of genes is the use of ...
The most important tool to obtain insight into the function of genes is the use of mutant model orga...
We have undertaken a major ENU-mutagenesis programme to generate large numbers of new mouse mutation...
The ability to generate mutations is a prerequisite to functional genetic analysis. Despite a long h...
With the completion of the first draft of the human genome sequence, the next major challenge is ass...
Aim of this thesis was the implementation of an ENU mouse mutagenesis screen in order to identify an...
A step towards annotating the mouse genome is to use forward genetics in phenotype-driven screens to...
Infectious diseases are responsible for over 25% of deaths globally, but many more individuals are e...