Sentence examples for subsequently exploited to from inspiring English sources

Genetic databases provide a huge resource from which candidate molecular biomarkers can be identified and, subsequently, exploited to address these issues.

3D structures of the molecules were drawn, optimized and submitted to the calculation of molecular descriptors that enabled selecting different TR/TS set pairs, subsequently exploited to develop QSAR models.

Its ability to persistently colonize laboratory mice was discovered in 1990 (Lee et al. 1990) and was subsequently exploited to generate convenient and highly reproducible mouse models of Helicobacter-induced chronic active gastritis (Lee et al. 1990 , 1993, gastric atrophy (Fox et al. 2000), lymphoma (Enno et al. 1995, 1998), and adenocarcinoma (Fox et al. 2002).

Selected RNA-seq experiments initially aimed at completing the transcript catalogue were subsequently further exploited to detect changes in N. furzeri gene expression over lifetime.

Plants can synthesis many different types of secondary metabolites, which have been subsequently exploited by humans to their advantages in a diverse array of applications [ 4].

If the learning tasks or in our case protein targets are related by some taxonomy T, the hierarchical structure of T can be exploited to subsequently train more specialized models.

Buried in the abstract of the study appears the line, "three-quarters of lesbians are obese," a statistic employed by the lead researcher as evidence to support funding, and subsequently exploited by the news media to critique ludicrous government spending.

They subsequently exploited the single niche to which they were well adapted.

Gardner and Pawsey's (1953) work laid the foundations for an entire field of study for measuring electron densities and investigating the structure of the D region MLT region, and weak D region partial reflections and backscatter were subsequently exploited using a SA technique to investigate the dynamics of the neutral atmosphere (Fraser 1965).

Here, we demonstrate that the properties of nanoporous, polymer-based superhydrophobic coatings can be exploited to host and subsequently sustain the extended release of potent and water-labile peptide-based inhibitors of QS (QSIs) in Staphylococcus aureus.

We recently reported that the unique physicochemical properties of superhydrophobic PEI/PVDMA multilayers could be exploited to host and subsequently promote the extended release of water-soluble small-molecule agents for a period of ∼1 year upon immersion in aqueous environments.