Sentence examples for be applied in breeding from inspiring English sources

Specific miRNAs in S. europaea may be applied in breeding stress-tolerant plants and genetically engineering plants with improved properties, which are suitable for growing on marginal lands.

Our findings constitute the basis of future studies aimed at investigating resistance-related genes and associated genetic variants that could be applied in breeding programmes.

A large collection of high-quality ESTs was obtained, de novo assembled and characterised, which represents a dramatic expansion of the current transcript catalogues of P. tabuliformis and which will gradually be applied in breeding programs of P. tabuliformis.

Thus, understanding the key physiological mechanism responsible for drought resistance, and the identification of alleles that could be applied in breeding, will hasten the development of drought adaptive cultivars (Sellamuthu et al. 2011).

It would be beneficial for the research community to freely exchange materials to be applied in breeding and research.

The advent of genomics has brought a real boost to the generation of data, knowledge and tools that can be applied in breeding, which has transformed breeding from a rather individually based activity to a multidisciplinary teamwork that is most suited to exploit genes from tomato germplasm in an efficient way.

The number of reported QTLs is steadily increasing, but still very few are applied in breeding programmes.

In the preceding decades many major QTLs for different traits were applied in breeding programs by developing some functional markers [ 46, 47].

EST (expressed sequence tag) sequences and their annotation provide a highly valuable resource for gene discovery, genome sequence annotation, and other genomics studies that can be applied in genetics, breeding and conservation programs for non-model organisms.

The aim of this paper is to illustrate how these models can be applied in animal breeding to achieve parameterizations of different levels of complexity and, more specifically, to model phenotypic recursion between three calving traits: gestation length (GL), calving difficulty (CD) and stillbirth (SB).

Although numerous quantitative trait locus (QTL) have been identified, most of them cannot be applied in practical breeding mainly due to environmental instability or large confidence intervals.