Sentence examples for markers for cold from inspiring English sources

In our study, the identified cultivars with high cold tolerance will be useful germplasm for rice cold tolerance breeding, and some of the associated SNPs can be designed as molecular markers for cold tolerance breeding or used for fine mapping and cloning of cold tolerance QTLs.

The objectives of this study were (a) to determine variation/changes in gene expression between cold tolerant and sensitive sorghums, (b) to identify and validate genic SNPs between cold tolerant and sensitive and (c) to generate a new genetic resource of genic SNPs that can be used as markers for cold stress QTL studies.

To confirm cold acclimation on the molecular level a known marker for cold acclimation was investigated.

The database was extremely useful in the identification and characterization of transcripts that are highly expressed during cold acclimation [ 8, 9] and in the development of EST-based markers for mapping cold tolerance in blueberry [ 10].

It was our intention to test the expression profile of one of the main cold markers genes defined for cold in other time points of fermentation and to know if NSR1 behaves similarly in both species.

It will also enable the isolation of genes regulating flowering, which could be used to reduce vernalization requirements and to develop molecular markers for optimal bulb cold treatment, aiming at year-round production, high flower yield and quality, and reduced economic and environmental costs.

We first examined markers for cell proliferation.

These SSR markers developed in the study will be useful for establishment of genetic mapping as well as population genetic studies, and will provide candidate markers for genetic improvement of cold stress in Elaeis guineensis.

Because it is often difficult to directly associate plant phenotypes with the genes responsible for cold tolerance, marker-assisted selection is an effective means of developing cold-tolerant cultivars (Shirasawa et al. [2012]; Foolad et al. [1999]).

We searched for genetic linkage between microsatellite DNA markers and quantitative trait loci (QTL) for cold tolerance and fish size (body weight and standard length) in two unrelated F2 families of interspecific tilapia hybrids (Oreochromis mossambicus×Oreochromis aureus).

These CGs may be useful markers for developing resistance to cold-induced browning in stone fruit.