Sentence examples for markers for crop from inspiring English sources

Preliminary steps for utilizing molecular markers for crop improvement are developing collections of polymorphic markers and utilizing them to construct dense and high-resolution genetic maps.

The customization of this tool for search based on chromosome may be used for mapping of gene and QTL markers for crop improvement purpose.

Gene-based orthologous markers allow chromosomal regions and levels of synteny to be characterised between species, reveal phylogenetic relationships and chromosomal evolution, and enable targeted identification of markers for crop breeding.

We may infer that EcoTILLING is a very powerful method for identifying polymorphisms and for association mapping and developing functional markers for crops.

Work over the last few decades has resulted in an unprecedented number of genetic markers for a crop plant and an extensive and rigorous consensus genetic map.

To provide more available molecular markers for this crop, a bioinformatic approach was employed to develop insertion deletions (InDels) markers in bottle gourd based on restriction site-associated DNA sequencing (RAD-Seq) data.

Length variations in SSRs have served as useful markers for identifying crop varieties and performing population genetic studies [ 39, 40].

This, in combination with the easily amplifiable LTR domain, has been used in the development of molecular markers for several crop species [ 14- 16].

Organised by the Generation Challenge Program, the goal of this training workshop is to provide background and training in the use of simple sequence repeat (SSR) markers for characterizing crop germplasm, with particular emphasis on heterogeneous populations, particularly maize.

More recently, single nucleotide polymorphisms (SNP) have become the predominant marker type for crop improvement.

The narrow genetic base of pigeonpea has hindered the wide use of molecular marker technology for crop improvement [ 22].