Sentence examples for able to effectively identify from inspiring English sources

The officer said that even if they were able to effectively identify sham war refugees, police simply did not have the manpower to turn them back.

With the help of FTIR spectroscopy, we were able to effectively identify the variation on the functional groups representing molecular structure of Fe/Al-OC during the decomposition of maize straw in soil.

We found that the SUM framework was able to effectively identify major problems when introducing a 4D tool to a large design build project and helped to minimize its own impact on the firm's business processes.

With these almost-zero p-values, we can conclude that built-in dataset factors are not responsible for the coordination rate achieved by MiNeGS and, thus, that MiNeGS is able to effectively identify functional NFPs.

Finally, we selected two sets of entire mt genomic sequences from two closely-related fish species to successfully demonstrate that our proposed algorithm was able to effectively identify the common primer sets for amplifying the entire mt genomic sequence.

How well synteny will be able to effectively identify ancient orthologs remains to be seen.

The proposed method has been demonstrated to be able to more effectively identify and classify bacterial toxins than the other two features on independent dataset, which may aid in bacterial biomedical development.

New tools developed by the DOE/VA initiative will one day be able to more effectively identify previously unknown risk factors, as well as aid in the development of new treatments for heart ailments.

SE-iFISH® is able to effectively enrich, comprehensively identify and characterize both large and small size non-hematopoietic heteroploid CTCs, DTCs and circulating tumor microemboli in various biofluid specimens of either cancer patients or patient-derived-xenograft mice.

Thus, using the method of literature-based confirmation, the network topology-based algorithm is able to effectively prioritize differentially expressed genes identified from analysis of this single psoriasis data set.

Signature-based techniques, which exploit a prior knowledge base of anomalous patterns, are able to effectively detect them but fail in identifying anomalies which did not occur previously.