Sentence examples for better understanding the complexity from inspiring English sources

Exploring the limits of the spatial resolution of the EBSD method, we present a detailed study of the microstructure with the aim of better understanding the complexity of the material.

Gene expression studies offer a powerful approach for better understanding the complexity of how organisms respond to changes in their environment.

We believe that the approaches described here represent an experimental framework for better understanding the complexity of the peripheral blood cell response to solid tumors.

The results presented here will undoubtedly be useful for better understanding the complexity of the Hsf gene family and will facilitate functional characterization in future studies.

The knowledge of the shared topological properties of cooperative transcription factor pairs in both networks can be useful not only for designing better prediction methods but also for better understanding the complexities of transcriptional control in eukaryotes.

The majority of previous gene expression studies of human placental tissue have only provided gene-level insights [ 6- 10], driving the need for higher-resolution analysis to enable a better understanding of the complexity of the placental transcriptome at the level of exon splicing.

From the data analysis point of view we suppose that this new type of calculus will provide better understanding of the complexity of the dynamics of the phenomena from porous media.

A systemic perspective promotes a better understanding of the complexity of the problem and the impact of contextual factors.

In addition to clinical care, there is a need for interventions in the environment, risk moderation and better understanding of the complexity of the individual and their social context.

The data obtained from this investigation contribute to a better understanding of the complexity of the Hsf gene family in apple, and provide the basis for further studies to dissect Hsf function during development as well as in response to environmental stimuli.

Overall, the data obtained from our investigation contribute to a better understanding of the complexity of the Populus and Vitis OPT gene family and of the function and evolution of the OPT gene family in higher plants.