Sentence examples for precise data analysis from inspiring English sources

The evaluation of these service screening programs is subject to study design, data availability, and the precise data analysis for adjusting bias.

Completing each survey requires extensive field data collection and precise data analysis, which often limit the frequency with which surveys may be conducted.

Attempts to measure islet quantity and quality in objective ways such as digital image analysis, oxygen consumption rate and islet biomarkers should translate into improved clinical efficacy through more precise data analysis 24, 57, 58.

Those results clearly indicate the importance of determining the optimum process noise of unknown parameters under a stochastic process approach for precise GNSS data analysis.

The perspective of the health-care payer is recommended in the Belgian pharmaco-economic guidelines [ 11] and allows a precise cost data analysis based on patient invoices.

We show that both the multi-signal analysis and mass conservation result in a precise and robust data analysis and discuss improvements that can be obtained through the inclusion of data from other methods such as sedimentation velocity and isothermal titration calorimetry.

Caroni et al. (2013) recently proposed that keeping all the information supplied by different taxonomic groups would produce a better overview of the entire ecosystem than calculating single score indices, but did not suggest a precise solution for data analysis and the presentation of the results.

It takes precise data and astute analysis to consistently strike the right balance between the inclusive, informal community spaces that Millennials prefer and the more exclusive and refined facilities and services that resonate with Boomers.

The previously mentioned research group quantified WNT7A expression by comparing the densities of amplified WNT7A and β-actin PCR products visualized on agarose gels, while our group did this by performing qRT-PCR assays, which afford very precise data for quantification analysis.

We therefore defined the general regions of interest based on previous literature (e.g., middle temporal lobe) but selected the precise ROI for our data analysis based on the most prominent activation peak within this region in our brain-wide source estimates obtained for all participants and all pictures averaged together (ROIs are illustrated as white circles in Figure 4).

In the second part, we focused on the determination of the crystallization kinetics, i.e., monitoring of isothermal crystallization, which required a robust design of the pulse sequence, precise temperature calibration, and careful data analysis.