Sentence examples for scope of detection from inspiring English sources

Expression analysis by qRT-PCR indeed revealed that the expression of the ROXY1 homolog was very low (10 fold lower compared to ACT7) and well beyond the scope of detection by RNA seq.

This provided a diagnostic tool for measuring altered expression of genes that are important in several endocrine pathways in fish, which increased the scope of detection for the presence of endocrine disruptors in coastal waters off Southern California.

We conducted this analysis on rbcL data because this locus exhibited a broad scope of detection and was the only single locus to produce significant rank-based correlations when compared to the microscopy data.

Given that the length of the ITS2 region ranges from 100 bp to 700 bp in plants (Yao et al., 2010), the failure of metabarcoding to detect these taxa suggests that improvements to this method are necessary to expand the scope of detection.

In the field of HIV vaccine development, high levels of NA to Ad5 have been shown to lower detection of immunogen-specific induced immunity following vaccination and/or to restrict the scope of epitope detection [ 11, 12].

For our approach, not all data need to be synchronized but only these within the scope of policy detection.

In addition, the application characteristics can be used early in the design process to identify bottlenecks such as not having enough resources, not having enough parallelism in the instruction stream, or using a too restrictive scope of concurrency detection.

As a result, ESSENCE has improved business processes within DCHD well beyond the initial scope of event detection.

This algorithm compares the topology of a gene tree with its associated species tree, which is generally defined as an explicit phylogenetic method within the scope of HGT detection.

Further, this generalization technically opens up the scope for detection of viral sequences such as those postulated by the author in the several completely sequenced and publicly available genomic sequences of insects and crustaceans.

Fortunately, technological improvements in the past 10 years have broadened the scope and sensitivity of detection for not only synthetic chemicals in human tissues but also for natural endogenous hormones.