Sentence examples for prioritize efficiently from inspiring English sources

In order to plan and prioritize efficiently, our brain must be able to organize activities in a logical order, evaluate all of the steps involved in accomplishing a task, and even think about one particular task while performing another.

ASSIMILATOR provides a user-friendly interface with which to collate and assess the wealth of experimental evidence available for SNPs in order to prioritize efficiently for functional studies.

Ideally, a strong identity provides continuity and consistency, allowing a business to prioritize opportunities efficiently.

Amidst the cries of babies and the press of anxious parents, the staff prioritize cases efficiently and calmly.

Population-based coverage surveys should be implemented after SIA activities to determine the susceptibility profile of the population and to identify areas of low coverage to better prioritize and efficiently use of resources.

It is time for such elitist mindsets to change, and it is time for surgical innovations for low-resource settings to be prioritized and efficiently implemented wherever needed.

Our data demonstrate that, by taking into consideration both the patient's phenotype and encrypted exome data, the correct diagnosis for patients with different clinical presentations was prioritized more efficiently than relying solely on the patient's phenotype (as seen when comparing columns 3 and 5 in Table  3).

Prioritize your time efficiently and reassess on a regular basis to stay on task, stay organized and stay stress free (or, more realistically, just less stressed)!

In [27], Chen et al. introduce a new interference-aware WBASN that can continuously monitor vital signs of multiple patients and efficiently prioritize data transmission based on patients' conditions.

Limited resources for conservation require that we efficiently prioritize where and how to best sustain coral reef ecosystems.

However, because of the sparsity of the currently available data, learning such models de novo remains a formidable task, requiring computational strategies to efficiently prioritize experimental conditions that will best reveal the underlying model.