Sentence examples for most effectively utilized from inspiring English sources

Diverse metabolites such as formate, succinate, lactate, acetate and propionate, are produced during glucose oxidation in MFC due to its fermentative nature but acetate has been identified as the dominant and most effectively utilized (Kim et al. 2011).

This study shows that visual imagery can be attenuated by afferent visual signals and therefore imagery can be most effectively utilized and examined in dark environments.

However, as this study found, collaborative learning groups are most effectively utilized in conjunction with inquiry-style instruction.

We analyze sequencing policies designed to most effectively utilize the resources of a closed queueing network representation of a manufacturing system.

In order to most effectively utilize these microdroplets, real-time sensing is needed during the generation process to monitor the size of the droplet generated, or if generation failed to occur.

Given that research funding is commonly scarce, it is the responsibility of the scientific community to most effectively utilize the resources available.[30].[30]

For a real data set of limited size, the most common method to determine hyperparameters is to execute a cross validation [ 26], because it most effectively utilizes a limited amount of data.

Opportunities and challenges If UNICEF wishes to further develop its intellectual leadership in key areas for children, it will have to decide how much research it needs to support, how and where this research should be done and how UNICEF can most effectively utilize research findings..UNICEF should decide who will take the lead in coordinating its research efforts.

To most effectively utilize this new approach, we must rethink how investigators and administrators working at different levels of the translational research continuum communicate and collaborate with each other, how best to train the next generation of scientists in this new field, and how contemporary biological-biomedical aging research should be organized and funded.

Existing array technology available at core facilities can be effectively utilized to produce a custom microarrays with genes that are most relevant to the research interests of individual investigators or research groups for use as a standard molecular tool.

Liquid chromatography is the key step in most purification processes and a well-understood unit operation, yet this understanding is still rarely effectively utilized during process development.