Sentence examples for by statistical analysis in from inspiring English sources

Measurement data of structural wastage due to corrosion for such ship steel plates is collected and the statistical characteristics of corrosion loss and rate are quantified by statistical analysis in terms of ship age.

Another solution is the BiNGS SL-seq program that uses BiNGS SL-seqrform sequence maprogramollowed by sthatstical analysis in edgeR.

Correlations between nm23-H1 and respective clinicopathologic parameters as well as prognostic significance of nm23-H1 in OSCC patients were assessed by statistical analysis, in which nm23 expression was used as the determinant to categorise the functional groups.

Gene expression and survival analysis in the LLMPP data set (Lenz et al, 2008) was performed using gene expression data that had been normalized by RMA using Gene Spring software, followed by statistical analysis in the Statview package, by using the Logrank Mantel Cox test and median normalized GMCL1 expression as a threshold.

Cortical-surface-based analysis of quantitative longitudinal relaxation rate, R1 (=1/ T1), showed reliable small (1 4%) regional differences in cortical gray matter likely due to differences in myelination, as verified by test retest and by statistical analysis in selected regions defined in previous studies (postmortem-defined V1 and MT, angular gyrus).

Significant differences in spot intensities between CIS-t and CIS-s were evaluated by statistical analysis implemented in the Delta2D software using the "between samples" T-Test assuming different group variances (Welch approximation) and without correction for multiple testing.

For instance, microarray experiments provide powerful data sets containing a wealth of information about the expression of genes that can be exploited by statistical analysis methods in order to interrogate data systematically [ 8- 14].

The database of fragment contributions has been generated by statistical analysis of substructures in the PubChem collection as described in the following section.

The difficulties encountered in the efforts to predict promoter activities in bacteria by statistical analysis can at least in part be explained by the importance of the nucleotide sequences surrounding the -10 and -35 regions which determine the physical-chemical and structural characteristics of the DNA and the promoter strength [ 18, 19].

Since these features are also supported by statistical analysis as shown in Figure 4, we consider that the waves are nonlinearly steepened.

This is supported by statistical analysis, as indicated in results of the Mann-Whitney U Test (Table 4).