Sentence examples for from basic understanding from inspiring English sources

What I really loved was the connection with physics, seeing how a programmable computer could be built up from basic understanding of electrons and semiconductors.

This first theme is central to the practice of medicine; from basic understanding of the categories we choose to call disease through to understanding how variations in healthcare influence the risk of endpoints.

In his final report (Cohen 2012b), Cohen suggested that the supporting science needs to move from basic understanding of adaptive responses to single stressors to predictive tools that can integrate the effects of multiple stressors.

A number of the HGCC cell lines have already been used in different types of investigations ranging from basic understanding of GBM biology (Savary et al., 2013, Babateen et al., 2015, Wee et al., 2014), drug screening (Schmidt et al., 2013), drug discovery (Kitambi et al., 2014) and development of vectors for gene therapy (Yu et al., 2013).

These challenges require research ranging from a basic understanding of the causes and processes involved to the development of solutions or adaptations to the challenges.

It is shown that all of the effective strategies to mitigating cold-start problems derive from a basic understanding of the transport mechanisms during a cold start.

Hence, from a basic understanding of energy substrate utilization during physical activity we are now in position to improve standard of care, increase survival, and improve outcomes for people suffering brain and other forms of trauma.

Maybe the flower venders would rather be in the Bayview neighborhood, where the city has its produce market, she said.* "But, from my basic understanding, which is that this is a viable site, they're doing well, and this is the space they want to be in then.

Broadly speaking, many conservation and habitat management strategies will benefit significantly from a basic understanding of the genetics of animal migration.

However, the biotechnological applications derived from the basic understanding and characterization of these species, with the notable exception of copper bioleaching, are still in its infancy, thus offering an immense potential for future development.

Apart from the basic understanding of how the "tide and ebb" of metabolite flow is related to growth and death of bacteria, one of the major thrusts for carrying out dynamic modeling is to identify vulnerable drug targets.