Locating DNA sequences to specific chromosomal segments is essential for associating genes with phenotypes. It is routinely achieved by segregation analysis using meiotic mapping populations that have also been used to collect phenotypic information. However, meiotic mapping is struggling to cope with the shear volume of sequences emerging from high-throughput (HTP) gene-discovery programs. We describe two approaches, Radiation Hybrid and 'HAPPY' mapping, which, in conjunction with meiotic mapping, represent valuable HTP tools in the quest to link genes to phenotypes.</p
Reciprocal DNA crossovers between chromosomes form new allelic combinations and contribute to the fo...
Physical and genetic mapping of the phytoplasma chromosome can be a useful tool in a genome sequenci...
Abstract Background Development of a high quality reference sequence is a daunting task in crops lik...
Locating DNA sequences to specific chromosomal segments is essential for associating genes with phen...
Genetic mapping (also known as linkage mapping or meiotic mapping) refers to the determination of th...
HAPPY mapping is an in vitro approach for defining the order and spacing of DNA markers directly on ...
Many of our most important crop species are polyploid – an unusual phenomenon whereby each chromosom...
HAPPY mapping is an in vitro approach for defining the order and spacing of DNA markers directly on ...
We have devised a simple method for ordering markers on a chromosome and determining the distances b...
Methods are described for the optimisation of the generation of radiation hybrids suitable for physi...
Meiotic homologous recombination generates new combinations of preexisting genetic variation and is ...
The genetic map is the chromosome linear linkage map that uses the chromosome recombination and exch...
physical mapping The application of flow cytometry and sorting (flow cytogenetics) to plant chromoso...
The detection of sequence variation with restriction fragment length polymorphisms is advancing our ...
Whereas reverse genetics strategies seek to identify and select mutations in a known sequence, forwa...
Reciprocal DNA crossovers between chromosomes form new allelic combinations and contribute to the fo...
Physical and genetic mapping of the phytoplasma chromosome can be a useful tool in a genome sequenci...
Abstract Background Development of a high quality reference sequence is a daunting task in crops lik...
Locating DNA sequences to specific chromosomal segments is essential for associating genes with phen...
Genetic mapping (also known as linkage mapping or meiotic mapping) refers to the determination of th...
HAPPY mapping is an in vitro approach for defining the order and spacing of DNA markers directly on ...
Many of our most important crop species are polyploid – an unusual phenomenon whereby each chromosom...
HAPPY mapping is an in vitro approach for defining the order and spacing of DNA markers directly on ...
We have devised a simple method for ordering markers on a chromosome and determining the distances b...
Methods are described for the optimisation of the generation of radiation hybrids suitable for physi...
Meiotic homologous recombination generates new combinations of preexisting genetic variation and is ...
The genetic map is the chromosome linear linkage map that uses the chromosome recombination and exch...
physical mapping The application of flow cytometry and sorting (flow cytogenetics) to plant chromoso...
The detection of sequence variation with restriction fragment length polymorphisms is advancing our ...
Whereas reverse genetics strategies seek to identify and select mutations in a known sequence, forwa...
Reciprocal DNA crossovers between chromosomes form new allelic combinations and contribute to the fo...
Physical and genetic mapping of the phytoplasma chromosome can be a useful tool in a genome sequenci...
Abstract Background Development of a high quality reference sequence is a daunting task in crops lik...