Sentence examples for broader functions from inspiring English sources

Some of the sequences thus identified appear to have close functional relationships to the selected term, while others that have broader functions are presumed to be involved indirectly.

Analysts say the success of Xbox Music will depend on far more than whether the service itself is any good, since the strategy is to have it enhance the appeal of Microsoft-powered gadgets that have much broader functions.

In Visser's mind, the soccer team project is focused on the broader functions of the limits in how robots think and how bipedal humanoids are able to move and work together.

Pluznick acknowledges there is still a lot to discover about the broader functions of what we still currently call scent and taste receptors, but she and others have made a start.

The convergence of media is not only visible in the broader functions of one device, e.g. broadcast and online access through a media center system, but is also reflected in the interconnectedness of different devices.

In addition, new structural studies of proteins containing the classical Cys2His2 zinc finger motif have led to novel insights into mechanisms of DNA binding and to a better understanding of their broader functions in transcriptional regulation.

And it would restore the minimum wage to its broader function — helping boost pay across the economy.

But we also need to disaggregate curriculum from qualifications; question the breadth of provision on offer; and highlight the broader function of schooling in building character and resilience in young people; and, similarly, the kind of careers provision on offer.

"It needs to have an agency with this broader function, to deal with domestic political and development challenges in middle-income countries".

OsSCR is also expressed in the stomata and ligule during asymmetric division, suggesting a broader function of OsSCR, not only in roots but also in stomata and ligules.

We characterize the behavior of our re-designed oscillators over a broad range of physiologically reasonable parameters, explain why this facilitates broader function and control, and provide general design principles for building synthetic genetic oscillators that are more precisely controllable.