Sentence examples for intensive detection of from inspiring English sources

These results confirmed that, if mosquito trapping effort is intensive, detection of WNV in mosquitoes might precede detection of virus activity by other surveillance tools [37].

The staining procedure is relatively fast, allowing quick binomial quantification of the angiogenic response and hence is suitable for large scale screening, in contrast to e.g. labor-intensive detection of endothelial markers in tissue sections.

Moreover, numerous well-performing high-throughout SNP detection technologies have been developed, like oligonucleotide array-based technology, mass-spectrometry-based technology (MALDI-TOF), and sequence-based technology (pyrosequencing, DHPLC) [ 1], which makes automated SNP detection favored above the more labor-intensive detection of microsatellite markers [ 2].

In contrast to the labor-intensive detection of BRAF V600E mutation by molecular testing, identification of BRAF V600E mutant protein by immunohistochemistry is a rapid method that may be quickly implemented in diagnostic pathology practice since it is a widespread technique available in most academic centers as well as in non-academic pathology practices.

Analysis of the temporal distribution of the sampling within the wild bird monitoring program showed, however, that the sampling rates decreased after an initial period of intensive testing upon detection of the index case and reached a more or less constant level (Figure 3).

However, comparing multiple LC-MS spectra in a label-free analysis is computationally intensive, demanding robust detection of LC-MS peaks, alignment of all LC-MS peaks, and determination of the common peak indices across all assayed samples.

In general, the separation of the free thyroid hormone fraction from animal sera is performed through labour intensive equilibrium dialysis, while detection of total and free thyroid hormone fractions in animals is done with commercially available radioimmunoassays (RIAs).

Intensive monitoring allowed earlier detection of all recurrences, with an average of 8.5 months (95% confidence interval 7.6 9.4 months), and a higher detection rate of isolated local recurrences.

The NEECHAM scale proved to be a valuable screening tool compared with the CAM-ICU in the early detection of intensive care delirium by nurses.

Altogether this indicates that children with CCSK need extended and more intensive follow-up for detection of relapses than, for instance, patients with nephroblastoma.

Because all three patients stayed in the same surgical intensive care unit, the detection of indistinguishable NDM-1-positive P. aeruginosa suggested a transmission event.