Sentence examples for exploited to identify a from inspiring English sources

This article discusses how this strength can be exploited to identify a predictive HT response model for an individual without using environmental chamber data of the individual.

We hypothesized that Gd-LC6-SH could provide magnetic resonance imaging (MRI) enhancement that is sensitive to tumor redox state and that the prolonged retention of albumin-bound Gd-LC6-SH in vivo can be exploited to identify a saturating dose above which the shortening of MRI longitudinal relaxation time (T1) of tissue is insensitive to the injected gadolinium dose.

Finally, differences between rat and chicken TRPV1 sequences were exploited to identify a putative activation/inhibition-binding site for citral.

M. smegmatis was also exploited to identify a novel mechanism of resistance to BTZ involving overexpression of the nitroreductase NfnB [13].

However, the sequence similarity was exploited to identify a large number of deletions in the B. neohumeralis and B. jarvisi sequence data relative to the B. tryoni scaffolds.

Moreover, transcriptomic datasets were further exploited to identify a large number of gene-based SSR markers that enable linkage mapping and marker assisted breeding of yams.

Indeed, we and others have shown that the capacity of antigen-reactive T or B cells to capture PM components could be exploited to identify those lymphocytes within a complex mixture of cells [7], [9], [27] [30].

The layered structure of the InChI can be exploited to identify isomers of various types; in a crystallographic study, Fábián and Brock [35] used the enantiomer layer to identify a particular class of racemic crystal, kryptoracemates, where the enantiomers are not related by space-group symmetry.

This power difference could be easily exploited to identify the pilot pattern using an exhaustive search similar to (29). Figure 14 shows the test statistic value for the signal model plotted in Figure 1.

In this way, the adaptive response becomes a process that can be exploited to identify context-dependent targets.

This is a proof-of-principle drug screen demonstrating the potential of Rgs16::GFP as an in vivo reporter of PDA progression and drug sensitivity, an approach that could be exploited to identify improved therapeutics also for other cancer types.