Sentence examples for integrating data obtained from from inspiring English sources

Although integrating data obtained from static structures with dynamic measurements presents major challenges, such efforts are opening new vistas on the RNA folding landscape.

Here, we delineate the internal structure and evolution of the updrift barrier-spit terminus by integrating data obtained from ground-penetrating radar transects and sediment cores to document the effects of inlet-associated sedimentation processes.

By using a systems biology approach, integrating data obtained from clinically relevant LC samples or mice models using gene expression, DNA sequencing, CGH analysis, miRNA profiling, protein or protein phosphorylation signaling network assessments and combining them with data generated from siRNA library screens, true progress in understanding LC biology has been achieved.

In this work, we could demonstrate that integrating data obtained from metabolic control analysis based on kinetic modeling, quantitative metabolite profiling and enzyme activity analysis represent a powerful approach to identify metabolic and kinetic interactions that play an important role in controlling the key process parameters, qxylose and Yxylitol.

Knowledge of separate algal subsystems has gradually become available, but the challenge remains to integrate data obtained from these subsystems and from different levels of biological organization.

A robust methodology to identify essential genes in Mycobacterium tuberculosis has been developed that integrates data obtained from different levels of abstraction.

It is very difficult to integrate data obtained under very different conditions and from several biological systems to reach much more general conclusions and build regulatory models which then could be tested and validated (10).

We define the overburden stress (S v) by integrating density data obtained from core samples (Ashi et al. 2009; Strasser et al. 2014).

A complete picture will probably require integrating the data obtained from all of these approaches with modeling efforts at many different levels of detail.

In this paper, an approach for integrating the data obtained from structural health monitoring (SHM) in the life-cycle performance assessment of ship structures under uncertainty is presented.

In order to integrate the data obtained from the two different HNRNPC knockdowns (KD1 and KD2), we conceived a conditional thresholding approach that was applied to assess differential gene expression (based on DESeq results) as well as differential exon usage (based on DEXSeq results).