Sentence examples for more complex end from inspiring English sources
George M. Whitesides, a chemistry professor at Harvard, works at the more complex end of the frugal-science spectrum, in microfluidics.
We examine how interactive products, different in their visual simplicity levels (VSLs), are evaluated for ease of use, functionality, and aesthetics – while the simple end of the continuum is perceived as easier to use, the more complex end of the continuum is perceived as more functional.
On the more complex end, it is possible to use advanced statistics to calculate the likelihoods of each team winning the tournament, and then compare the model to what actually occurred.
If you create an "innovation funnel," that not only filters out the bad ideas, but also the ideas that weren't quite good enough to justify spreading yourself or your team thin, you eliminate wasting valuable resources, diffusion of focus, and a more complex end product or service than necessary!
Within encounters for established patients, physicians staffed slightly more visits towards the more complex end of the spectrum than did NPs or PAs.
Had the authors chosen an even more complex end point death or multicomponent disability results may have driven very different conclusions.
The siblings' realization of one another's identity, close to the end of the opera, and as Orestes lies, throat bared to Iphigenie's dagger, is the dramatic high point of the tale, and Bausch's piece ends soon after, omitting the more complex ending of the Euripides play.
Many new (or newly recognized) terminal medical conditions are presenting a more complex end-of-life picture for service providers.
For CVD, the gradient in associations from hypertension to IHD to HF, provide an indicative health status of populations and the potential change in physical health across the CVD spectrum as populations go from a single cardiovascular disease (such as hypertension) to more complex end-stage conditions such as heart failure.
When that happens, he said, "It's going to have significant pay off, not only for people trying to move ahead in their careers and for consumers who need dental care" but also for dentists, who, Norquist notes, will be able to spend more time doing more complex, higher end procedures.
This prompts an important question: will amelioration of less complex behavioral phenotypes, or even cellular and molecular defects, in preclinical trials be sufficient to predict success in clinical trials involving more complex behavioral end points?
