Sentence examples for accommodating the analysis of from inspiring English sources
The possibility to extend the application of HPLC-MS to determine BCMs content in biological fluids such as urine does exist (Cass et al., 2008) as this technique has been proven rather flexible, accommodating the analysis of a wide range of matrices.
REDCRAFT, a new open source software tool that accommodates the analysis of RDC data for simultaneous structure and dynamics characterization of proteins is presented in this article.
In this paper this time-domain criterion is extended to the frequency domain to accommodate the analysis of nonlinear oscillators subject to harmonic excitation.
While standard multi-attribute utility theory is an accepted framework for making preference-based decisions between precisely characterized alternatives, it does not directly accommodate the analysis of imprecisely characterized alternatives.
As part of future efforts in our lab, we are actively exploring how to extend SCARVA to accommodate the analysis of both haplotypes and individual SNPs.
When the above simple model is extended to accommodate the analysis of multiple data sets, we need to consider the combination of components from different dimensions (data sets).
Our findings underscore the influence of FFPE DNA quality on NGS results and interpretations and prescribe sample-specific, data-driven metrics that can accommodate the analysis of low quality DNA in diagnostic cancer applications.
To accommodate for the analysis of multiple end points, each approach followed a gatekeeping strategy in which the primary outcome measure was tested first, followed by additional analyses with adjustment for multiple comparisons only if the initial gatekeeping test was significant (22).
New techniques are being developed to accommodate the issues unique to the analysis of high-dimensional data.
The proposed approach extends linear time-frequency analysis of acoustic data, by accommodating the nonlinear phenomenon of beats.
But the analysis of rationality can accommodate the boundedness of the computational resources available to derive relevant conclusions (Simon 1957; Russell & Wefald 1991; Sperber & Wilson 1996).
