Sentence examples for extensive genetic resources from inspiring English sources

Extensive genetic resources and the fertility of hybrid females have made D. mauritiana, in particular, an important model for speciation genetics.

The combination of the quantitative phagocytosis assay and extensive genetic resources in Drosophila will enable us to determine key components contributing to immunosenescence and to implicate molecules that may have conserved functions in humans.

The pines have extensive genetic resources, with approximately 329000 ESTs from eleven species and genetic maps in eight species, including a dense genetic map of the twelve linkage groups in Pinus taeda.

Despite all the above suggestions for improvement, as they stand, our vector and protocols should help transform gene targeting by homologous recombination into a routine procedure in Drosophila, and perhaps in insect species that lack extensive genetic resources such as Anopheles or Tribolium.

This study provides an extensive genetic resource that can be utilised to delve deep into the ecology and evolution of a species/genus currently lacking in such resources.

With nearly 647,000 reads assembled in more than 46,000 contigs, this data set offers the very first extensive genetic resource for a member of the Ectodini tribe, O. ventralis (OV), for which current molecular data were limited to few mitochondrial and nuclear genes only (see, e.g., Clabaut et al. 2005; Salzburger et al. 2007; Koblmuller et al. 2008).

The extensive reverse genetic resources available for Arabidopsis allow for a functional genomic analysis of AtIDD genes.

Extensive wheat genetic resources and marker systems [ 7- 9] are transferable and can be used for mapping of alien introgressions [ 10], characterizing genetic diversity [ 11] and gene isolation [ 12, 13] from the primary gene pool.

These findings clearly demonstrate the utility of SNP mining from 454 transcriptome sequences, and provide the most extensive genetic marker resource currently available for A. millepora.

As a result, extensive genetic and genomic resources have been developed.

Overall, the current study provides an avenue to identify novel sources of resistance against switchgrass rust by utilizing the extensive genomic and genetic resources available for Brachypodium.