Sentence examples for useful for breeding from inspiring English sources

The combination of desired characteristics means that the breed is useful for breeding show jumpers, eventers and steeplechasers (the latter especially when crossed with Thoroughbreds).

The number of SNPs still present in the cultigens and landraces pools (6 and 7) that are absent from commercial cultivars (pools 5 and 8) are worthy of note as they may be useful for breeding melons using these sources that share similar genetic backgrounds.

To be useful for breeding applications, the genetic material used for association analysis should originate from state of the art breeding programs.

Our interests in understanding the genetic basis of QTL controlling horticultural traits and their linkage relationships with QTL for resistance to P. infestans, as well as in developing material useful for breeding improved tomato varieties, led us to conduct further investigations regarding the introgressed chromosome 5 region from S. habrochaites.

This knowledge will be useful for breeding of peanut for pre-flowering drought environment.

There is a lack of information on the classification of root distribution patterns for many peanut genotypes and the relationship between rooting traits and yield under mid-season drought, which could be useful for breeding for drought tolerance.

These new wear tolerance indexes created could be a very helpful and useful tool for breeding and research purposes.

The pyramiding of Bph3 and Bph27 t) will provide more useful material for breeding durable BPH resistant cultivars.

The recently completed 3000 Rice Genomes Project together with the public database (SNP-Seek) provides a new genomic and data resource that enables the identification of useful accessions for breeding.

The understanding of genetic information of phytase in barley can provide a useful tool for breeding new barley varieties with high phytase activity.

As stated in Laborda et al. [27], their goal was to "expose useful diversity for breeding purposes" by maximizing allelic diversity at markers.