Sentence examples for implementation of a marker from inspiring English sources

For a future implementation of a marker panel, particular sample collection protocols and guidelines need therefore to be assessed and defined in order to achieve best and most robust assay performance.

We describe here the design and implementation of a genome-wide 782,000 marker array herein termed the 'TxArray' with tailored deeper capture of variants in HLA, KIR, pharmacogenomic, and metabolic genes/loci important in transplantation while still allowing conventional hypothesis-free GWAS to be performed.

Consequently, routine implementation of marker imputation provides a powerful tool for marker-assisted wheat improvement.

The high density and closely linked molecular markers associated with a target trait help to overcome a major bottleneck for implementation of molecular markers on a wide range of germplasm in breeding programs.

High average LD (r 2 > 0.4) between adjacent SNP found in this study is an important precursor for the implementation of marker assisted selection within a livestock species.

Nevertheless, it was shown that successful exploitation of these genetic resources is possible in rye even for quantitative traits – promising results were obtained through implementation of marker assisted backcrossing in a study aimed at improving baking quality, where a heterozygous Iranian primitive population was used as a donor [ 9].

Due to the lack of clinical implementation of molecular markers there is a need to identify robust predictive markers of response to ultimately increase response rates to treatment in these patients.

The development of microsatellite markers will have a major impact on genetic analysis and breeding of melon, especially on the generation of marker saturated genetic maps and implementation of marker assisted breeding programs.

In addition, results indicate that a more cost efficient implementation of marker assisted selection using low density panels with genotype imputation, would be feasible for these breeds.

This paper describes the development and implementation of a mass-spectrometry-based technique to determine markers for individual sources of gluten in beer products.

This in particular can be of great benefit in the implementation of genetic markers and linkage maps as a scaffold for physical mapping.