Sentence examples for generate genomic resources from inspiring English sources

Transcriptome data are an economic way to generate genomic resources for evolutionary studies.

We were able to generate genomic resources for Megaselia scalaris with very limited sequence data obtained through 454-pyrosequencing.

Several studies employed a similar approach to successfully generate genomic resources for non-model organisms from low-coverage data [ 25, 34, 35].

The availability of genomic sequence has motivated the scientific community to generate genomic resources, which ultimately had resulted in the development of large-scale sequence-based genomic and genic expressed sequence tag (EST -derived microsatEST -derivedrs.

These results demonstrated efficiency of our approach to generating genomic resources and fabricating custom microarrays for non model species.

The second challenge of marrying natural systems with developmental genetics has been, until recently, the difficulty of generating genomic resources.

Overall, our project has generated genomic resources that will be invaluable for exploring the potential of B. anynana as a model in ecological, evolutionary, and developmental genetics.

In recent years, great efforts on generating genomic resources have been made for economically important aquaculture species [ 7], such as Atlantic salmon [ 8- 11], European sea bass [ 12- 16], tilapia [ 17- 22], rainbow trout [ 23- 28], gilthead sea bream [ 29, 30], and catfish (for reviews, see [ 31, 32]).

In addition to generating genomic resources for this medicinally important plant, analyses of the complete plastid and mitochondrial genomes and a nuclear transcriptome from Rhazya provide insights into inter-compartmental transfers between genomes and the patterns of evolution among eight asterid mitochondrial genomes.

Noteworthy, the recently developed 'Foxtail millet Marker Database (FmMDb)' (http://www.nipgr.res.in/foxtail.html) encompasses all these generated genomic resources for the benefit of research community aiming in genetic improvement of target millet and its related bioenergy crop species, thus bridging the gap between the researchers and breeders.

Generating genomic resources in terms of molecular markers is imperative in molecular breeding for crop improvement.