Sentence examples for data to our understanding from inspiring English sources

The authors of the volume are distinguished scientists who are leading experts in the field, and who have contributed important, original data to our understanding of the mechanisms of appetite control.

The applicability of current data to our understanding of the role of COUP-TFII in cancer and the potential therapeutic implications will also be discussed.

This is a valuable piece of basic research and contributes new quantitative data to our understanding of what positive selection of the repertoire actually means.

The Triassic ginkgophyte seedlings reported here provide a new complement of morphological and developmental data to our understanding of the paleobiology of the ginkgophytes.

The contribution of adduct data to our understanding of the shape of low dose-response curve and the reliability of inter-species extrapolation, as well as the relevance of adducts to cancer risk, are also discussed.

Further investigation of the molecular mechanisms and interactions of specific members of the bHLH family, terpene synthase genes/gene products and phytohormones in rhizome tissue, the subject of future work, will provide valuable data to our understanding of rhizome development and function.

These data add to our understanding of microbial diversity and it is notable that the majority of phyla are likely to comprise diderm, lipopolysaccharide containing bacteria.

In addition, the correlation of meteorological and social data contributes to our understanding of thermal comfort parameters in urban outdoor spaces and can contribute to more pedestrian-friendly urban planning.

Together, these data contribute to our understanding of the range of bacterial inhibition exhibited by this novel micro-pattern against several clinically relevant pathogens and conditions.

These data add to our understanding of the mechanisms of infection by suggesting that osmotic dyshomeostasis may represent a significant pathophysiological consequence of infection in C. elegans.

The data contribute to our understanding of clinical tolerance acquisition in humans with consequent potential therapeutic implications in the setting of allergy and other disease.