Sentence examples for principles to understand from inspiring English sources

The term "Translational Systems Biology" has been formally proposed to describe the use of experimental findings combined with mathematical modeling and/or engineering principles to understand complex biological processes in an integrative fashion for the purpose of enhancing clinical practice.

The application of biofilm mechanics and fundamental principles to understand biofilms and design biofilm reactors represents a paradigm shift from the historical approach, which was based on empirical criteria and design formulations.

Despite their emerging status, we can apply basic toxicological principles to understand their fate, transport, and bioavailability, and new approaches (i.e., adverse outcome pathways) to understand their environmental impacts.

Energy geotechnics involves the use of geotechnical principles to understand and engineer the coupled thermo-hydro-chemo-mechanical processes encountered in collecting, exchanging, storing, and protecting energy resources in the subsurface.

ThinkCreeps apparently shares a common illusion in evolutionary thinking that natural selection is all we need in the way of basic principles to understand the evolutionary process.

And, if we're willing to look beyond certain appearances, and use sound interpretive principles to understand the intent behind his words, I think we can close this new book with no regrets about how we have admired him in the past as a man struggling to see the just and right eventually prevail out of difficult circumstances.

These energy levels are responsible for all the chemical properties of the elements in the periodic table, so it's an important principle to understand.

Therefore, we propose a RCM based on stochastic principle to understand the traffic behavior in a better way.

Freud (1923), in his manuscript "The Ego and the Id" establishes a guiding principle to understand the psychic apparatus stating that "a person's own body, and above all its surface, is a place from which both external and internal perceptions may arise.

Statistical complexity has then been able to pinpoint otherwise unrecognized biomarkers in concert with existing ones, reinforcing the view that "chromosomal chaos" and "cancer as a chromosomal disease" can be a useful guiding principle to understand the molecular biology of cancer and uncover the timeline of its progression.

As a consequence, motivated by the project with SFE, a new research project [26] in the DFG Research Center Matheon was started to further investigate the basic mathematical principles and to understand how they can be incorporated into new efficient methods [27].