Sentence examples for understanding the interdependence of from inspiring English sources

"Picking good people, leading with a clear objective and understanding the interdependence of teams are all important aspects of leadership".

Understanding the interdependence of these anabolic and catabolic processes and their regulation may allow the engineering of algal strains with improved capacity to convert their biomass into useful biofuel precursors.

Understanding the interdependence of ventilator settings and respiratory mechanics is crucial for further developments of protective lung ventilation.

VOCs constitute only a small proportion of the total number of secondary metabolites produced by living organisms; however because of their important roles in chemical ecology specifically in the biological interactions between organisms and ecosystems, revealing and analyzing the roles of these VOCs is essential for understanding the interdependence of organisms [ 8].

Understanding the interdependence between the geometrical features of mitochondrial networks will require a combination of quantitative experimentation and computational modeling.

2. So while Harman (1973) typically characterizes meaning in terms of inferential role, he is happy to claim that "What our words mean depends on everything we believe, on all the assumptions we are making" (Harman 1973: 14). 3. See Pagin 2006 for a more systematic attempt to characterize various ways of understanding the "interdependence" talk associated with holism.

A levels-of-analysis approach offers a framework for understanding the interdependence among levels.

However, although such in vitro experiments are now being successfully applied to identify the minimal components and interactions of protein networks, we are still far from understanding the mutual interdependence of protein functionalities and physical parameters in generating nonhomogeneous protein distributions for providing positional information within the cellular compartment.

Advances to bridge imaging with genetic, molecular and biochemical approaches have greatly enhanced our understanding of the interdependence of chromatin structure and nuclear function in mammalian cells.

To design and control fuel cells for efficient operation, an understanding of the interdependence of these processes across the layers of diffusion media, catalyst, and membrane is necessary, and the phenomena within each layer will be described in this chapter.

Our results indicated that conditional mapping could contribute to a better understanding of the interdependence of different and closely correlated traits at the QTL molecular level, especially some minor QTLs were found.