Sentence examples for implementation of marker from inspiring English sources

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

Identification of additional genes influencing levels of androstenone may facilitate implementation of marker assisted breeding practices.

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.

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.

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.

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].

This unexpected finding may be a consequence of the phenotypic selection process used in the breeding program before the implementation of marker-assisted selection.

Consequently, the implementation of marker-assisted selection (MAS) becomes, almost exclusively, the only feasible option for reducing costs while at the same time improving breeding efficiency.

The evaluation of replicated QTLs across genetic backgrounds and environments may be essential to confirm the utility of specific marker/QTL linkage information prior to the implementation of marker-assisted breeding methods.

The identification of genomic regions that harbor disease resistance in wild species is the first step in the implementation of marker-assisted selection that can speed the introgression of wild disease resistances and the elimination of linkage drag.

For crop species lacking a high-quality reference genome, like hexaploid wheat, genetically ordered markers allow the implementation of marker-order−dependent but highly accurate imputation algorithms (e.g., FSFHap) to impute genotypic data with a large proportion of missing data points so that QTL/gene mapping can be done precisely.