Sentence examples for be engineered to determine from inspiring English sources

In this review, we discuss the most recent advances that how applied forces and cell-generated forces may be engineered to determine MSC fate, and overview a subset of the operative signal transduction mechanisms and experimental platforms that have emerged in MSC mechanobiology research.

The Ser in HwHR was engineered to HsHR, which was determined to be closer in sequence alignment, in order to create an A246S- HsHR, and the chloride-dependent λmax shift was eliminated; it showed a stable λmax at 568 nm from 4 M to 0.4 mM NaCl solutions.

Furthermore, master regulators including transcription factors are also promising target to be engineered because stress tolerance is determined by many cooperative factors and modification of master regulators can simultaneously affect the expression of multiple downstream genes.

Second, transport systems are engineered in vitro to determine the biophysical rules that govern motility.

Because of lacking corresponding sampling theory, it is difficult for engineers to determine when vehicle driving cycle experiments should be stopped.

With this profile, it is possible for the engineer to determine which layers are sensitive to liquefaction from the viewpoint of an acceptable risk level.

After some explanatory background and state of the art, it will become clear that no standard approach is available for traffic engineers to determine which accuracy of traffic data is needed for a certain traffic management application.

Experimental knowledge is reviewed and the way it can be used by scientists and engineers to determine their own transfer coefficient values is illustrated.

Results of integrated analysis were noted to deviate considerably from those obtained in an isolated analysis, which reveals that an integrated analysis is necessary for structural engineers to determine whether or not the effects of elastic deformations of supports should be taken into account in the design of tensioned membrane structures.

Results of integrated analysis deviate considerably from those obtained in an isolated analysis, which reveals that an integrated analysis is necessary for structural engineers to determine whether the effects of elastic deformations of supports should be taken into account in the design of tensioned membrane structures.

It is necessary for structural engineers to determine not only the optimal placement and design of these controllers but also the number of controllers required to achieve a predetermined performance.