Sentence examples for supported more efficient from inspiring English sources

This suggests that the full explanation conditions not only supported higher pre-post gains but also supported more efficient progress on the other parts of the game.

It also supported more efficient eligibility screening as interviewers worked with an asthma-enriched population rather than children with broad respiratory conditions.

For P4 cells, chondrogenic medium supported more efficient formation of aggregates and 2(f)), indicating that a chondrogenic medium was favorable for redifferentiation of dedifferentiated chondrocytes in 3D dynamic condition.

There was no evidence to suggest that rehabilitation involved a compensatory increase in activity in the right ventral visual stream as previously proposed (Cohen et al., 2004; Henry et al., 2005); rather, the data support the idea that restoration of function in perilesional tissue around the damaged left ventral visual stream supported more efficient reading of trained items in our patients.

It inhibits companies from supporting more efficient energy resources.

New paradigms are needed to support more efficient and consistent design-to-product transformations.

To support more efficient parallel processing, the Network-on-Chip (NoC) is being increasingly adopted as an interconnection architecture.

We also extend the bundle protocol's expiration procedures to support more efficient network utilization by allowing in-network deletion of obsolete messages.

Then, during the years leading up to the mid-2000s, the SEC sought to ensure that all of the existing domestic exchanges were linked together, so their prices would be more easily accessed to support more efficient market trading.

Allowing ground support teams the capability to move the MSS in a manner that satisfies human space flight safety requirements provides an invaluable tool in supporting more efficient utilization of both the MSS and the ISS.

In this study we developed carbon nanotube (CNT) modified air-cathodes to create a 3-D electrode network for increasing surface area, supporting more efficient catalytic reaction, and reducing the kinetic resistance.