Sentence examples for be exploited to address from inspiring English sources

Generally, a time-out mechanism or a multi-round technique can be exploited to address deadlock problems.

This chapter will also explore the new avenues of bionanointerfaces where bionanocomposites may be exploited to address certain unanswered issues that are pertaining to complex diseases such as cancers, tumors, and other cellular disorders.

This review discusses the limitations of current anticoagulant therapies, the properties of aptamers and how these properties can be exploited to address the unmet needs within this therapeutic class, and the progress to date in developing new aptamer-based anticoagulant therapies.

Furthermore, it can be exploited to address the structural plasticity of macromolecules fluctuating between transiently sampled excited states and a ground state.

Even though cancer is not only a disease of cells but also leads to posttranslational modifications of the ECM, the intracellular focus has overshadowed potential extracellular opportunities that could be exploited to address some of these challenges.

In addition, we anticipate that in vitro approaches similar to the one described herein can be exploited to address how other cellular granules are formed and how specific proteins are targeted to a specific class of granules.

Since then, lots of alternative schemes such as the quantum genetic algorithm [24], cross entropy [25], and PSO [26] is exploited to address the problems of resource allocation.

The CVNS features have been exploited to address the limited signal processing precision issue, which requires resolutions higher than 12-bit for online training of the network.

However, high-throughput techniques are now being exploited to address a variety of pharmacological and cellular signaling research questions, including the regulation and role of intracellular Ca2+ in a plethora of biological systems.

In our previous work [22], the properties of the fractional Fourier transform (FrFT), which is a generalized form of the ordinary Fourier transform (FT), is exploited to address the problem mentioned above because it provides a compact representation for chirp signals as it is based on the decomposition of the signal on the orthonormal basis set of the chirp functions [23, 24].

This approach was exploited to address which Ca2+ receptors or channels might have a functional role in mouse embryonic stem cells.