Sentence examples for platforms resulting from from inspiring English sources

Because all isoprenoids share common metabolic precursors, genetic platforms resulting from work with carotenoids can be applied to the biosynthesis of other valuable products.

In a similar way, the security in multi-tenant software platforms, resulting from the PaaS model, has been the object of the analysis conducted by the survey of Rodero-Merino et al. [8].

The critical differences between these platforms result from differences in the capacities of the carbonate systems to accumulate sediments above hydrodynamic base level (ecologically controlled accommodation).

Open image in new window Fig. 9 The median CI-IDA curves of the offshore platform resulted from all records.

This dependence complicates comparative analysis of data originating from different sequencing platforms or resulting from different preprocessing pipelines.

Although some gene classifiers identified in our study were common to other reported GEP studies, the absence of some previously identified key classifiers may be due to variable probe make-up across different microarray platforms or resulting from differences in the type of diagnostic classes used in our classification compared to most published GEP studies [ 21].

Already, the emergence of platform economy, resulting from technological change and peer-to-peer principles, has raised questions about the justification of profits, and raised proposals about changes in taxation.

Comparison of the NK cell signatures from the two platforms resulted in a common set of 164 genes (Table 1).

The use of a single solvent system and tissue extraction method for all platforms in any given study reduces the complexity of statistical integration of the data from the different analytical platforms, since the variability resulting from differences in extraction efficiency between platform-optimized solvents or sample extraction methods is removed.

Reduced representation libraries of eight flax genotypes were sequenced on the Illumina sequencing platform resulting in sequence coverage ranging from 4.33 to 15.64X (genome equivalents).

Upon introduction of glucose into the ConA-DexP/GO complex at the "off" state, glucose competed with DexP for ConA and displaced ConA from the GO platform, resulting in gradual decrease of the surface negative charge as well as the resistance of probe for electron communication on the sensor surface, and making the switching from "off" state to "on" state simultaneously.