Sentence examples for pace of functional from inspiring English sources

Finally, in perhaps the most influential trial of this past year, amantadine, given for 4 weeks to TBI patients who were minimally conscious or in a vegetative state at 4 to 16 weeks following TBI, showed a highly significant effect on accelerating the pace of functional recovery (Giacino et al., 2012).

"Our goal is to accelerate the rate and pace of both functional and non-functional (performance, scalability, reliability, etc).

The ability to detect two or more allelic versions caused by EMS in 40%% of the unigenes emphasizes the potential of this strategy to accelerate the pace of wheat functional genomics.

This new expression purification system has the potential to increase the pace of structural and functional studies of connexins in a major way.

Some body impairments may remain after each revision surgery and accumulate to a 'threshold' to affect the pace of restoring basic functional independence.

Accelerating the pace of discovery in functional connectivity research will require attracting data science researchers to develop new tools and techniques to address these challenges.

Gait speed, a measure of functional performance that predicts impaired function and mortality [ 29], was assessed using the 20 m walk test at a usual walking pace.

The rapid pace of technological advance in functional neuroimaging methods shows no signs of abating, as the limits to the ability to resolve neural activity on ever finer spatial and temporal scales have been more constrained by engineering and financial considerations than physical ones.

When PCL was shortened to 110 ms, the pacing wavefront met a line of functional conduction block (frames 564 and 672 ms) to form reentry and perpetuated VF (frames 776 and 860 ms) (online video 3). Figure 6(b) (V m tracings) and Figure 6 d) (snapshots) show spontaneous VF termination.

The resulting multiarm spirals emit waves of electrical activity at rates faster than for single-arm spirals and exhibit two distinct behaviors, namely "arm-switching" and "tip-switching". The phenomenon of rate acceleration due to an increase in the number of spiral arms possibly may underlie the acceleration of functional reentrant tachycardias paced by a clinician or an antitachycardia device.

The explorations of whole bacterial systems at the genomic level would advance the fields of functional foods and probiotics at a rapid pace unimaginable before the advent of functional genomics.