Sentence examples for useful tool to define from inspiring English sources

The analysis of the complex phenomena related to land use changes can be a useful tool to define effective strategies for natural resources management and biodiversity conservation.

The proposed integrated methodology can support decision-making in landscape planning and may represent a useful tool to define effective strategies for biodiversity conservation.

Thus, these results indicate that CCR5-derived AHB peptides could provide a useful tool to define the mechanism(s) of HIV infection, and may provide insight which will contribute to the development of an anti-HIV-1 reagent.

[3H] A-369508 is a useful tool to define the localization and physiological role of dopamine D4 receptors in central nervous system and can facilitate measuring accurate affinities (Ki) for structure/activity relationship studies designed to identify dopamine D4 receptor selective agonists.

Concerning the question of to what extent we can eliminate contamination in single-cell analysis, there is no definitive answer – but a phylogenetic approach as employed here is nevertheless a useful tool to define the geographic origin of the mtDNA sequence anomalities.

Observations that miRNAs displayed high stability in paraffin-embedded tissues from clinical samples or in human plasma raised the possibility that miRNA expression analysis may be a useful tool to define disease states.

Water valuation is a useful tool to determine water price.

The analysis provides an insight of the modal characteristics of this class of fibers, and should be useful as a ready tool to define design parameters for realizing this fiber based in-line components, e.g., mode converter, core mode blocker, etc., and more importantly to explore new possibilities with this fiber.

For these reasons an integrated study approach involving chemical mineralogical analysis and assessment of the environmental conditions is a useful tool to better define the causes of building materials deterioration.

This paper presents the simulation of mid-infrared InAs/GaSb superlattice (SL) detectors by using a finite element FEMLAB code, which is a practical and useful tool to characterize and to define microelectronic devices with appropriate geometry.

This model will be a useful tool to identify factors and define targets for patient specific therapeutics interventions.