Sentence examples for systems provide unique from inspiring English sources
These systems provide unique experimental tools to identify early alterations in stromagenesis that are supportive of tumor progression with the ultimate goal of blocking neoplastic permissiveness and restoring normal phenotypes.
The ex vivo organ perfusion systems provide unique opportunities to test the effectiveness of therapeutics on human organs before being used in patients.
These formalized CHW systems provide unique models that may have components, such as formalized training and remuneration, worth investigating in Rwanda.
Although both of these systems provide unique capabilities for viewing summarized case data, there are limitations in their functionality for situational awareness.
Marine systems provide unique challenges to, and tests of, ecological theory, perhaps most strikingly the existence of so many coexisting species in what appear to be large, homogeneous habitats.
The role of Coulomb interaction in low-dimensional systems provides unique opportunity for theoretical as well as experimental studies.
We contend that viewing social and organizational change through the lens of complex, adaptive systems provides unique insights into such change [ 19].
The 2014 Northern Nagano earthquake, which occurred near the end zone of a major active fault system, provided unique observations that enabled us to investigate both the detailed geometrical fault structure and surface deformation patterns as well as the temporal sequence led up from a prominent foreshock activity.
Despite this, within the spectrum of CNS structures affected by MS, one of the major values of using ON to assess neuroprotection is that the visual system provides unique opportunities to do so in a timely and efficient manner.
In addition, our study system provides unique opportunities to test some relevant hypotheses, for example, how hybrid vigor documented in the laboratory would manifest under natural conditions, whether it would facilitate more rapid population buildup, whether populations would better be able to adapt to novel environments, or whether it would lead to a net increase in control success.
In conclusion, surface-immobilized systems can provide unique insights into the effect of molecular crowding on the conformation of peptides and proteins in high-molecular-density environments, and biophysical tools are today available for measuring molecular conformation on-surface.
