Sentence examples for functionalities and potential from inspiring English sources
Host-guest chemistry in two-dimensional (2D) networks has gained much interest for the new functionalities and potential applications, such as separation technology, photogenic crystals and biomimetic surfaces.
Proteins are a class of natural molecules that have unique functionalities and potential applications in both biomedical and material sciences [ 11].
The framework can also be used by regulatory authorities in developing policies and standards for emerging technologies, since it provides information about additional functionality and potential risks related to the focal technologies.
This has led to the sHype architecture being ported to the Xen hypervisor by the authors of "Building a MAC-Based Security Architecture for the Xen Open-Source Hypervisor", which has the net effect of increasing functionality and potential number of defects.
However, their functionality and potential therapeutic efficacy have not yet been clearly defined for treatment of myocardial infarction.
Numerous nanoparticles (NPs) have been studied as multimodal imaging contrast agents due to their multi-functionality and potential for surface modification.
The functionality and potential role of NIRVs in the well-known resistance to filoviruses of some NIRV-containing mammals (mice and guinea pigs) will have to be addressed with experiments.
The great advantage of those systems is their flexibility in mechanical properties, degradation behavior, physicochemical functionalities, and their potential to realize influencing and activating specific phenotype characteristics of cells and tissues.
Measures of performance included both the number of postoperative events requiring intervention that were detected using the LSTAT's physiologic monitors and a survey of its utility taken from recovery room nursing staff, reviewing functionality, problems, and potential problems observed during clinical use.
We empirically characterize household WEEE stream in order to explore a) the remaining functionality and reuse potential of end-of-life (EoL) products based on the current market conditions, and b) the recycling potential of EoL products based on their material compositions and existing WEEE treatment chain.
Recently, we reported the characterization of three TRs of unknown function in which we used a manual version of our approach to predict functionality and identify potential effector metabolites [ 29, 38, 39].
