Sentence examples for be efficient for identifying from inspiring English sources

The Integrated Development of Applied Systems for Coastal Management (IDeASyCoM®) based on a decision-support system has proven to be efficient for identifying coastal managers' needs and defining priorities as well as for handling and capitalising on existing knowledge.

The results suggested that our method can be efficient for identifying associations between ADRs and pathways.

Both methods we applied were proved to be efficient for identifying candidate genes for complex traits through the next-generation sequencing technologies (NGS).

Crosses among inbred mouse stains are efficient for identifying the effects of copy number variants that are differentially fixed among inbred strains, since the frequency of the CNV can be set at 1∶1 by crossing two contrasting inbred strains.

Although this procedure is efficient for identifying multiple entities in text, it may produce incorrect predictions even with our assumption that a positive document has multiple evidences at the sentence level.

Transcriptome sequencing strategies are efficient for identifying a large number of expressed genes in specific tissues; thereby, providing information on the physiological, as well as molecular, properties of the tissue.

High-throughput sequencing and bioinformatic approaches are efficient means for identifying miRNAs [ 24].

Another limitation of the wheat Affymetrix microarray platform for the analysis of homoeologous gene expression is that each identified PSF is efficient for measuring the expression of gene copies from only one of the parental lines, AT or TC, depending on which one of them have sequences with a perfect match to the PSF.

Furthermore, genomic or transcriptomic resources from dicer-mutated plants would be more efficient for identifying miRNA primary transcripts.

This difference emerges from what has already been noted by Baertsch et al. (2008): mRNA-based methodologies (such as we used) are more efficient for identifying retrocopies that are involved in non-CDSs, such as 3′ untranslated regions (3′ UTRs) and noncoding RNAs.

5′-modified RACE is not efficient for identifying a large number of candidate target genes.