Sentence examples for applicable to breeding from inspiring English sources

While homeo-SNPs may allow for separation of homeologous sequences, they are not directly applicable to breeding.

Characterization of genetic diversity associated with forage quality traits in genes of the phenylpropanoid pathway might facilitate identification of alleles more applicable to breeding programs.

'Sweet REBA' in particular is an inbred line that is agriculturally successful as a cultivar, making it an ideal candidate for generating a transcriptome that can both build off of the existing C. pepo knowledge and be directly applicable to squash breeding.

Therefore, metabolomics is thought to be a technique that may be applicable to rice breeding by a combination of other omics approaches.

Using this protocol, we have developed a number of molecular markers linked to various genes of interest applicable to plant breeding [ 11- 14, 19- 24].

The main finding of this simulation study applicable to plant breeding programs is the flexibility found in resource allocation in genomic selection for highly polygenic traits.

This collection of G. hirsutum-specific varietal SNPs provides the cotton community with a valuable marker resource applicable to applied breeding targets and genetic analyses alike.

However, such studies on the diploid are not directly applicable to rose breeding and are of limited value in understanding the inheritance of traits in commercial tetraploid rose genetic background.

Not only would this make OCS decisions readily applicable to individual breeding schemes, it may even realise most, if not all, of the long-term genetic gain realised by OCS without restrictions for two reasons.

To make our study more practical and applicable to plant breeding, two cross-validation schemes were employed to achieve the above objectives by evaluating the accuracies of (CV1) predicting unobserved phenotypes of untested lines and (CV2) predicting unobserved phenotypes of lines that have been evaluated in some environments but not others.

To make our study more applicable to plant breeding, two cross-validation schemes were used by evaluating accuracies of (CV1) predicting unobserved phenotypes of untested lines and (CV2) predicting unobserved phenotypes of lines that have been evaluated in some environments but not others.