This resource facilitates high resolution mapping of genes for traits of interest.
We present a new multilocus method for the fine-scale mapping of genes contributing to human diseases.
These studies pave the way for mapping of genes underlying important parasite traits such as drug resistance and pathogenesis as well as for evolutionary analysis of selection in a parasite genome.
In the present study we propose a multipoint approach, for the mapping of genes, that is based on the case-parent trio design.
Thus, this chromosome engineering technology is a useful tool for identification or mapping of genes that contribute to the DS phenotypes.
The SCAR, CAPS and TRAP markers developed may be valuable for mapping of genes or quantitative trait loci responsible for disease resistance in gerbera.
We now have unprecedented computational resources, but also face unprecedented computational and methodological challenges as we move from the linkage mapping of genes influencing susceptibility to complex disorders toward the identification of the actual variation affecting susceptibility to these disorders.
The corresponding progenies were used for the fine mapping of genes.
Sutton and Bovery's theory on the other hand, was central to the discovery and mapping of genes by Morgan and others.
Among them, SSR markers particularly have benefits for classification and mapping of genes due to their extraordinary reproducibility, co-dominant inheritance, relative large quantity, extreme polymorphism, simplicity of genotyping and easily amplified through PCR (Varshney et al. 2005).
Theoretically, mapping of genes in sexually reproducing organisms can be accomplished by linkage analysis.
