Sentence examples for between the computational predictions from inspiring English sources

Two types of test specimens, with and without initial delaminations, are investigated and good agreement is obtained between the computational predictions and the experimental results concerning delamination emergence, delamination growth, growth stability, the structural response, and the maximum principal strains.

Here, we provide a combined description of the interplay between the computational predictions of CSH of probes using BLASTn and observation of biological CSH that were utilized to develop an approach stratifying probes in terms of their propensities for cross-hybridization.

We note, however, that the animal for the cell line used in the FISH experiments is a Hereford male different from the sequenced cow (Dominette), and copy number polymorphism as well as limitations of BAC-FISH to detect duplications < 40 kb (especially in the case of local tandem duplications) may account for differences between the computational predictions and experimental data.

The iterative method of constructing a rule (based on empirical facts), deploying it to computationally predict the empirical observation and optimizing it until statistical significance between the computational prediction and empirical observation is achieved utilized is no different than the one used to develop the classical continuum models.

However, we found a contradiction between the computational prediction and experiment data for trpS.

The Pearson correlation between the computational prediction and the experimental measurement is 0.87 with a P-value of 5.8E-2 and the Spearman rank correlation is 0.67 with a P-value of 0.27.

Experimental thermogravimetric analysis confirms the computational predictions.

The experimental synergistic activity was used to rank the computational predictions as "gold standard".

SR selected the subproteomic studies, carried out the computational predictions and performed their analyses.

Besides the known PPIs, STRING also includes the predicted PPIs from the computational prediction methods.

Beyond the specific candidate, a key challenge for the field is the computational prediction of the relationship between enhancers and specific promoters, which would allow for targeted experimental approaches.