Sentence examples for marker density combined from inspiring English sources

Because of the availability in the future of high marker density combined with the drastic price reduction of microarrays, larger eQTL experimental designs are expected in livestock and this should accelerate identification of causative genes responsible for economic trait variability.

In this current study we have taken advantage of the development of a new, high-throughput marker system (DArTs) to increase the marker density combined with the addition of SNP and EST-SSR markers.

This high marker density combined with good viability in offspring from crosses with Gifu and with the lack of suppression of recombination at the top of chromosome 1 made L. burttii a promising source of genetic material.

However, other studies have shown that as marker density increases, the benefits of combining pedigree and genotype information diminish, relative to models using marker information only, until a point is reached at which, above a given marker density, combining pedigree and markers yields a prediction accuracy similar to the one obtained with markers only (Vazquez et al. 2010).

The problems associated with microsatellites highlighted in this paper may be less pronounced if more markers were typed, although they are unlikely to disappear completely as evidenced by the map inflation of the high density combined SNP and microsatellite maps, and by the previously undetected map inflation observed on the high density microsatellite-based chicken linkage maps [ 23].

Figure 1(a) shows the threshold for 5% family wise error plotted as a function of marker density for the combined samples.

The resolution of the BSA is given by the marker density and by the combined recombinations within each bulk.

Therefore, in view of quick mapping of useful QTL for complex traits, high-density markers combined with larger population size, and QTL-seq method in early-generation populations are good options for improving the traditional mapping approach.

By combining three individual populations, the marker density and the reliability of the marker order in the consensus map was improved over a single population map.

Breeders can improve reliability at lower cost by combining marker densities to increase both the numbers of markers and animals included in genomic evaluation.

Combined with syntenic approaches, the consensus map will increase marker density in selected genomic regions and will be useful for future faba bean molecular breeding applications.