Sentence examples for complex elucidation from inspiring English sources

According to the comprehensive comparison performed in [ 25], the best two outperforming methods for prioritizing candidate genes were the Random Walk method (RW) [ 17] and the PRINCE (PRIoritizatioN and Complex Elucidation) algorithm (PR) [ 18].

The parameter-based methods, such as PageRank with Priors (PRP [ 28]), Random Walk (RW [ 27]) and PRIoritizatioN and Complex Elucidation (PRINCE [ 7]), usually require additional auxiliary parameters that need to be trained by using available data sets.

L was then used to compute the prior knowledge to a particular disease, denoted by Y, as shown in (5) Y q = L S p, q, where q is the query disease and S q, p) is the similarity between diseases q and p. This equation is slightly different from the way of prioritization and complex elucidation algorithm (PRINCE) [ 30] to calculate the disease similarity.

Through two practical case studies, we demonstrate the validity of this approach as applied to planning of optimal experiments for complex kinetics elucidation.

The interpretation of these differences of association is complex: our first elucidation would be that although we were unable to detect early recovery of organ failure, being able to recruit the microcirculation might have impact on survival.

As an example of this approach, we here present studies of the Saccharomyces cerevisiae anaphase-promoting complexes (APC) and elucidation of phosphorylation sites on its components.

Although the genes essential for life have been identified in less complex model organisms, their elucidation in human cells has been hindered by technical barriers.

The rapid pace of methodological development in this area has been coupled with an accumulation of experimental data that makes the elucidation of complex biological networks underlying susceptibility to these common inflammatory diseases a reasonable goal in the near future.

Examples for the use of the EQCM for the elucidation of complex electrochemical reaction, which are discussed in this paper are the electrodeposition of alloys with simultaneous hydrogen evolution, the corrosion of alloys, and the autocatalytic reduction of hydrogen peroxide on silver electrodes in acidic solution.

For the structural elucidation of complex natural products, we defined a new CSCCP problem based only on the information obtained from MS spectra.

Rychnovsky convincingly showed that quantum-mechanical DFT chemical shift calculations could be very useful and efficient for the structure elucidation of complex organic molecules in spite of significant time investments (the total processing time for an isomer C23H28O7was approximately 12 h using a 3 GHz Pentium 4 processor based computer).