Sentence examples for engineering for achieving from inspiring English sources

Multicellular spheroids are indispensable in cell biology as three-dimensional environments, in tissue engineering for achieving higher functions, and in drug validation by pharmaceutical companies.

In this more strategic setting, it is argued that control engineering (for achieving H-PIC) should be seen as having relevance beyond merely its conventional interpretation of closed-loop unit-process automation, e.g., in opening up analyses of the stability and ecological resilience of an entire urban water infrastructure.

The uHDC technology could provide an efficient, cost-effective engineering solution for achieving high detection sensitivity and concurrently minimizing tissue heating concern for human MRS and MRI applications.

There is a general consensus on the importance of good Requirements Engineering (RE) for achieving high quality software.

The ABA-mediated stomatal response is a dosage-dependent process; thus, one genetic engineering approach for achieving drought avoidance could be to sensitize the guard cell's responsiveness to this hormone.

These results offer a metabolic engineering approach for achieving highly efficient utilization of mixed sugars for the biorefinery industry.

Genetic engineering of microorganisms and fermentation technology for achieving high ethanol productivities and yields have been studied enthusiastically worldwide.

Empirical running times, however, vary widely based on the detailed structure of the problem instance, and thus, algorithm engineering is important for achieving competitive running times.

By connecting the in-operando microstructural and structural changes across spatial scales ranging from micrometers to Angstroms, the possibility of engineering high temperature processes for achieving morphologies and chemical compositions of interest is presented.

The systems metabolic engineering strategies employed here for achieving homo-SA production with the highest overall performance indices reported to date will be generally applicable for developing superior industrial microorganisms and competitive processes for the bio-based production of other chemicals as well.

Tissue engineering is a promising alternative treatment for achieving complete recovery of ruptured tendons and in general, is based on the combination of reparative cells, growth factors and carriers (Fig. 1).