Sentence examples for might yield insights from inspiring English sources

In an interview with Michelle Winglee '19 M.E.Sc., Wilcox discusses his research into drone technology, how it might yield insights into the efficacy of swidden agriculture, and the potential future for the traditional farming method.

Follow this, we investigated the differences in transcription profiles between treated JIA patients32 and healthy controls as a way of determining whether PBMC RNASeq data might yield insights into transcriptional response that might either lead to identification of useful biomarkers or provide insight into mechanisms of therapeutic response.

Through a set of related queries, the manager could get a clear picture of the distinct and overlapping hair-care concerns of younger or older men and those in different countries information that might yield insights about consumer needs in various markets and how to meet them.

The authors reported that "it may be that there are other variables that influence visitors' perception of trade show effectiveness that were not uncovered in the research" and suggest "future research might yield insights that are not provided here" (p. 104).

Therefore, the fast evolution of this gene might yield insights into dwarfism.

Understanding this phenomenon might yield insights that aid the development of a treatment for CFHR5 nephropathy.

Thus, examining government spending patterns might yield insight into future military conflict.

This is more than a mere intellectual exercise; physicists hope that the relativistic Archimedes' principle might yield insight into the laws of thermodynamics, the behavior of black holes, and even the growth of crystals.

Who would have imagined that calling up one of Sotomayor's former employers might yield insight into her ability?

Longitudinal studies of this population in the future might yield insight into trends in tobacco prevalence and incidence and the outcomes of current and future tobacco control measures.

This technique will also provide a basis for identifying genotype-phenotype relationships that might yield insight into complex clinical disease states such as diastolic heart dysfunction and heart failure with normal left ventricular ejection fraction.