Genome-wide high-resolution mapping by recurrent intermating using Arabidopsis thaliana as a model

Article Abstract:

Several Arabidopsis thaliana were used in developing a method for genome-wide high-resolution genetic linkage mapping. The results showed that progenies of homozygous parents contained more genetic information on recombination than their parents or recombinant inbred populations. It was concluded that the method, which uses progenies instead homozygous parents, is more suited in genome-wide genetic linkage mapping.

Genetic recombination, Arabidopsis thaliana

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Multilocus analysis for gene-centromere mapping using first polar bodies and secondary oocytes

Article Abstract:

Multiple markers associated with the centromeres are investigated by a maximum likelihood method. This method also enables the determination of recombination frequencies between centromeres, markers and marker loci. The method is coupled with oocyte and polar body typing methods for effective gene-centromere mapping. The new technique also yields female linkage maps.

Genomes

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