Sentence examples for highly integrated processes from inspiring English sources

Despite of the inherent advantages of hybrid separation processes, they are not systematically exploited in industrial applications due to the complexity of the design and optimization of these highly integrated processes.

The observed pleiotropic effect of LCA on a compendium of housekeeping longevity assurance processes implies that this bile acid is a multi-target life-extending compound that increases CLS in yeast by modulating a network of the highly integrated processes that are not controlled by the adaptable TOR and cAMP/PKA pathways.

The concept of restraining number is then used to find CDOF of not only simple units but also highly integrated processes.

Bioethanol dehydration can be achieved in a highly-integrated process comprising of a dividing wall column, combining extractive distillation and vapour recompression technology.

To improve bioenergy production from photosynthetic microorganisms it is necessary to optimize an extensive network of highly integrated biological processes.

Cell migration and controlled assembly and disassembly of focal adhesions are highly integrated multistep processes and a central feature in the molecular pathology of cancer (Ridley et al, 2003).

Cell spreading participates at the highly integrated multistep process leading to cell migration.

The model suggests that a highly integrated regulatory process coordinates the simultaneous emergence of the three essential structures: the airways, the blood vessels, and the smooth muscles.

This will accelerate the design process allowing focus on the analysis of results and devising alternatives from highly complex integrated process schemes.

However, while extracellular matrix (ECM -derived pECM -derived demonstrated their initial peptidesof promoting cell adhaveon, their general lack of specificity andemonstratedtheirecreased receptor binitialaffinities have purposedetrimental in attempts tofregulate highly spromotingnd integrated procelles necessadhesiontheire regeneralion.

Microfluidics is a newly developed and highly integrated system that sequentially processes or manipulates small volumes of fluids (10−9 10−18 l) in channels with dimensions of tens to hundreds of micrometers to achieve single cell culture and sequencing, that has been applied to single cell experiments [19, 20] (Fig. 1e).