Sentence examples for more sophisticated functional from inspiring English sources

Beyond providing novel pathobiological insights in need of more sophisticated functional annotation, gene variation might in the future be instrumental in precise risk stratification and the development of genotype-based treatment algorithms.

Gwilym and colleagues used both experimental pain testing and more sophisticated functional neuroimaging procedures to show evidence of augmented CNS processing of pain in 20 OA patients [ 14].

Dissecting the complex pathophysiological pathways involved will represent a major challenge, and future experimental paradigms will require the development of more sophisticated functional systems, such as animal models replicating the features seen in patients with DOA+ phenotypes.

However, when one wants to impose to the initial window to belong to more sophisticated functional spaces than S (R n ) or L 2 (R n ) one might be confronted to technical difficulties if one wants to prove that the deformed window (59) belongs to the same space.

These include an older wave of U.S. smartphone consumers, as well as in Asia and parts of Europe, coupled with the premise that the mobile web is going to become more sophisticated and functional overall and make apps less important.

It can also make your room look more sophisticated and functional.

In conclusion, Carvalho et al.'s documentation of dynamic structural and functional changes in HDL during STEMI, and connection of these changes with FMD, are an important addition to the literature that further support the growing movement towards a more sophisticated structural-functional characterization of HDL.

Fortunately for the manufacturers of your chocolate cream dessert, there is a Plan B. They can remove all three offending items, and replace them with a more sophisticated type of "functional flour", hydrothermally extracted from cereals, that will do the same job, but without the need for E numbers.

The pressing need for more sophisticated and fully functional bone substitutes has spurred a refocus on the development of bone constructs in a way more comparable to the physiological process.

A combination of more sophisticated algorithms and functional studies will be necessary to fully understand the extensive heterogeneity of TF expression in developing RPCs.

To spot which brain regions play a role in ADHD, neuroscientist Martin Teicher and colleagues at the McLean Hospital in Belmont, Massachusetts, and Harvard Medical School in Boston developed a more sophisticated analysis technique for functional magnetic resonance imaging.