Sentence examples for deeper understanding of the principles from inspiring English sources

All these results allow a deeper understanding of the principles of interactions between ENP and ROM.

Discussions in class about irregularities identified in previous sessions, and the penalties imposed on previous infractions provide a practical and real application of academic policies, and allow students to ask questions about them to gain a deeper understanding of the principles and application of academic integrity.

I was also aware we only had a little over a day left together, and I began wondering if he would be the "exception to the rule" - the one person whose life wouldn't be positively impacted by a deeper understanding of the principles behind the human experience.

The second assumption is that the use of authentic problems or real-life problems encourage students to become interested in the topic at hand and as a consequence helps them gaining a deeper understanding of the principles or processes underlying the problem.

Even if phenylacetate degradation is unusual when compared to clusters associated with amino acid biosynthesis or other core pathways, it may provide a much deeper understanding of the principles of cluster and operon formation than static, widely distributed gene clusters ever could.

He represents a rapidly diminishing generation with a deep understanding of the principles of physiology.

The development of more powerful and adequate docking approaches is facilitated by rapidly expanding information and data resources, growing computational capabilities, and a deeper understanding of the fundamental principles of protein interactions.

Some simple engineering problems contain interesting subtleties that can serve as a springboard to gain a deeper understanding of the underlying principles and to develop a more comprehensive insight on the physics of the problems.

40 Realistically, a deeper understanding of the basic principles underpinning discipline is arguably necessary if GP teams are to acquire the necessary knowledge and skills to design safe and efficient (and resilient) care systems to optimise performance and eliminate hazards.

A deeper understanding of the working principle and the mode transition of RBCC engines can be gained, which may be useful for design and optimization of RBCC engines.

Accumulating evidence, together with recently developed optogenetic approaches, suggests that such ultradian oscillators play important roles during cell fate decisions, and analyzing the functional links between ultradian oscillation and cell fate determination will contribute to a deeper understanding of the design principle of developing embryos.