Sentence examples for interpreting and improving from inspiring English sources

The result of the paper is a better paradigm for interpreting and improving the NDA practice of both the safeguards community and the burnup-credit community.

These results are also essential for interpreting and improving results from metabolic modelling approaches such as flux balance analysis, that intuitively assume cell-autonomous functionality of intermediary metabolism and, at present, do not include transport reactions or assume regular metabolite exchange between cells.

Consequently, from a quality-improvement perspective, high satisfaction scores are difficult to interpret and improve.

As an illustration, we propose a dynamic model to interpret and improve our understanding of the following: the observed age patterns of PCa, the inconsistent findings from published studies, the racial disparities in PCa incidence, the risk and protective factors for PCa, the role of testosterone in PCa growth and the use of androgen replacement therapy as primary prevention of PCa.

BG, IS, GAP and MSL helped in interpreting results and improving the manuscript.

The experiential learning is defined as learning gained by experiencing the process of science, including performing observations and experiments in laboratories, interpreting data, and improving concept construction in tutorials and other small-group learning environments.

We discuss the program in terms of three main goals: inspiring occupant participation, interpreting the data, and improving comfort and energy efficiency.

All co-authors contributed to refining the analyses, interpreting the results, and improving the manuscript.

This commentary discusses these issues and outlines the implications for interpreting the literature and improving clinical trial design.

Dynamics-based networks, also called Markov State Models, can be interpreted and adaptively improved using statistical concepts, such as the mean first passage time, reactive flux and sampling error analysis.

Measurements of concrete dam displacements are influenced by various factors such as hydrostatic load, thermal effect and irreversible phenomena (creep, swelling, etc).. To interpret measurements and improve the assessment of irreversible effects, splitting the different influences is necessary.