Sentence examples for mechanisms can yield from inspiring English sources

Understanding these mechanisms can yield better designed behavioral interventions that could increase farsighted consumer decision making and improve consumers' long-term well-being.

Through experimental validation, we show that immune concepts and mechanisms can yield to the design and implementation of knowledge based decision support tools that are able to deal with different kinds of disturbances, and to assist decision makers through the disturbance management process.

In other words, the multirate input mechanism can yield shorter settling time than single-rate control using the same frequency of sampling.

A transfer pricing mechanism can yield large losses if the price is not optimal.

The exponential mechanism can yield non-numerical results as indicated by their values of score function.

There are many different dynamical mechanisms that can yield such patterns, and the particular correlations between the ISIs will depend on the underlying voltage dynamics (which, in our case, we assume to be given by Eq. (1)); in particular, it may be difficult to distinguish whether the dynamics are subthreshold or supra-threshold, since both can show similar ISI densities; see [22].

Overall, the hypotheses formulated using this model must be tested with experimental work to establish under what conditions, and through what mechanisms, probiotics can yield beneficial effects as a treatment for NEC.

Understanding the biochemistry, phenotypic details, and genetic mechanisms contributing to this can yield important information on pathophysiology.

In the application to the industrial aromatics system, it is demonstrated that functional modelling provides a structured mechanism for abstraction that can yield novel directions for R&D.

In this elegant mechanism, a single gene can yield protein isoforms with even antagonistic functions depending on the cellular physiological context.

If the current knowledge is not sufficient, studies that incorporate mathematical models can yield predicted mechanisms that regulate gene expression to generate the phase difference, and these predictions can then be tested experimentally.