Sentence examples for be devoted to understand from inspiring English sources

Future effort will be devoted to understand the mechanism how obacunone stabilizes Nrf2.

We conclude that the use of a system for tilt test outcome prediction with current knowledge and processing should be considered with caution, and that further effort has to be devoted to understand the mechanisms of VVS.

51 To deepen the role of the care relationship in promoting the engagement process, further research may also be devoted to understand the role of family caregivers in supporting it.

This low discriminatory capacity suggests that we know very little about the determinants of SGA in the population and that more efforts should be devoted to understand individual heterogeneity of effects.

The mechanics-based understanding of the fluid-structure interaction occurring during the impact, was devoted to understand the role of water-backing on the loading experienced by the panel, toward informing the interpretation of empirical observations and design of new experiments.

No effort has been devoted to understand the drivers of genetic divergence pattern of Oncomelania hupensis, the only intermediate host of Schistosoma japonicum.

The present analysis is devoted to understand the effects of the uncertain estimates of the plasma wind-tunnel test conditions on the final results of the ablation model.

Many efforts have been devoted to understand structure-property relationships of polymer-modified asphalts in order to improve their performance, but the acquired knowledge is still incomplete and never enough.

The present work is devoted to understand the effects of MCSAs on the physical and chemical alteration of the mudcake and provide a new insight into the microstructure of ITZ between the cement and mudcake.

Great interest has been devoted to understand how agricultural matrix managements affect species flux in the patchy landscapes and agroforestry systems are known to enhance connectivity for forest dwelling species.

While there is a growing body of work that supports the self-assemblies of nanotubes and nanorods, little attention has been devoted to understand the relation between their length and the kinetics of self-assembly in polymer composites.