Sentence examples for useful tool for testing from inspiring English sources
It might also become a useful tool for testing the effectiveness of drugs designed to prevent the deleterious effect of such exposure.
The model is shown to be a useful tool for testing functioning hypotheses and for hierarchizing ecophysiological processes involved in stand development.
The model provides a useful tool for testing hypotheses about forest succession and enables ecologists and managers to evaluate the impacts of flood disturbances and ecosystem restoration on forest succession.
Optical spectroscopy is a useful tool for testing the quality of liquid fuels, and typically it is based on spectral fingerprints identification of organic molecules in the infrared spectral range [1, 2].
Our CD measurements of His-tagged SoPIP2 1 in OG micelles, the same detergent also used to solubilize the protein for crystalization, showed a 63% helical content, a value that matches well with the high resolution structure of SoPIP2 1 demonstrating that CD spectroscopy is a very useful tool for testing the secondary structure stability of the protein reconstituted in different systems.
Although this method cannot establish causality, it can be a useful tool for testing for reciprocal effects [ 14].
Analogue modelling remains one of the most useful tools for testing rift models and processes.
The high variation observed within these microsatellite loci makes them useful tools for testing hypotheses related to population genetics, including source-sink dynamics for range expansions and rates of self-fertilization and outcrossing.
CSD models are useful tools for testing current and novel prophylactic drugs, providing knowledge on mechanisms of action relevant for migraine.
The rodent models of anti-MPO-mediated glomerulonephritis described above have proven to be useful tools for testing experimental therapies.
This compliance with established test methods and its good reproducibility suggests that SIM might be a useful tool for accelerated testing of long-term creep behavior, especially for comparative purposes such as quick screening of material formulations during the early development stages, or the at-line assessment of resins as part of quality assurance.
