Sentence examples for exploitation of gene from inspiring English sources

An alternative method of non-homologous gene annotation is the exploitation of gene neighbourhoods [ 28], as e.g. implemented with AMIGOS.

We aimed to offer processed collections, providing a user-friendly platform and tools for exploitation of gene expression analysis based on a genome reference and, possibly, on accessory information available from the species.

> -wrap-foot> Figure 1 shows the influence of alignment choices and the exploitation of gene models on the number of genes for which transcript expression levels can be estimated reliably (with a relative error of 20% or less).

Considering this marked improvement, we suggest an exploitation of gene models already at the alignment stage by directly mapping reads to the known transcriptome by Bowtie, combined with Cufflinks analysis employing the underlying gene models that also permits the use of non-unique reads.

MGcV thus enables the exploitation of gene context information in the annotation of gene function, the analysis of the evolutionary conservation of that context, the recovery of associated regulatory elements and the ranked comparative view of the identified elements in combination with microarray- or RNA-seq data.

Evidence of differential expression is one of the most important criteria in prioritizing the exploitation of genes in both academic and pharmaceutical research [ 8- 10].

Developing a large set of SNP markers for genome analyses in rainbow trout will facilitate fine mapping of QTL and will improve the identification and exploitation of genes affecting important traits and enable selective breeding through genomic selection.

Developing larger sets of SNP markers for genome analyses in rainbow trout will facilitate fine QTL mapping and will improve the identification and exploitation of genes affecting important traits and enable selective breeding through genomic selection.

Developing a large set of SSR and SNP markers will facilitate the fine mapping of QTLs, improve the identification and exploitation of genes affecting important traits, and enable selective breeding through genomic selection [ 27, 28].

Holding a patent on a human, plant or animal gene gives the holder control over commercial exploitation of that gene.

These have led to improvements in Bt production, exploitation of Bt gene resources, and development of engineered Bt insecticides and transgenic Bt crops that have expanded host ranges and increased efficacy against target pests.