The multidimensional complexity of big data requires that it is reduced before it can be practically analyzed, even using advanced tools.
By employing PBS approach in NGS, large-scale multiplexed pooled samples could be practically analyzed in parallel so that high-throughput sequencing economically meets the requirements of samples which are low sequencing throughput demand.
In addition, a selected set of practically useful models is numerically analyzed to examine the angular variations of the displacement and stress fields, and the influences of wedge-side boundary conditions to singular behavior are also studied.
Well-defined variations of the degree of unmixedness of a practically relevant swirl flame are analyzed to obtain the nonlinear response of the flame to equivalence ratio fluctuations.
These observations suggest that, in order to be practically useful, any method for analyzing vulnerabilities of complex networks should be scalable, to enable analysis of networks of real-world complexity, and rigorous, so that for instance it is guaranteed to find all vulnerabilities of a given class.
Collection of a dense set of measurements may not be practically feasible for studies analyzing expensive biomarkers during a short time window (40 weeks gestation) in a large prospective cohort study.
However, due to their general unculturability (it is believed that only a small percentage of bacteria in nature can be cultured [ 1]), up until just a few years ago it was practically impossible to sequence and analyze them in greater detail.
Taken together, these results suggest that the cells analyzed during the three recording time-points are probably early human embryonic neurons, which are practically impossible to study in-vivo.
Yet megaprojects seem to be practically recession-proof.
It appeared to be practically pure beta″-Al2O3.
