Sentence examples for systems corroborate the from inspiring English sources

studies of these blend systems corroborate the overall shape and size of the single phase region of the predicted miscibility windows.

Taken together, the covariance between the systems corroborate the hypothesis of compatibility, because the value systems are structured in function of their compatibility and not based on conflict, as proposed by Schwartz (1992).

Together, these studies on diverse systems corroborate the role of microtubules in probing the cellular geometry to settle the nucleus at the center of the cell.

Observed differences in chromosome numbers and location of the major rDNA and H3 histone gene clusters as well as the existence of complex sex chromosome systems corroborate the role of chromosomal rearrangements in the speciation of the closely related Leptidea species examined in this study.

A comparison with recent experimental and theoretical findings on similar systems corroborates the present analysis and suggests the bending fluctuations of the bonds as the main reason for the rather high flexibility.

The results from both uniparental marker systems corroborate those from autosomal DNA analyses: Y-chromosomal STR typing revealed an identical haplotype between AD and L in the overlapping successfully analyzed loci (with the exception of an additionally observed allele 10 in DYS391 in sample AD; Table 1).

Therefore, functional activity, native gene expression, and induction of a cardiac reporter system corroborated the cardiogenic influence of applied treatment as predicted in silico.

This experimental system corroborated the previous results with HmTAs, whereby mast cells having significantly less than complete coverage of hapten-specific IgE exhibited more-robust degranulation.

Previous studies that also compared the forces in different ligation systems corroborate with the fact that the SLB release smaller forces than CB, when smaller diameters are tested [29, 37].

Although the primary motivation is applying the model to large-scale systems, this paper presents applications to agricultural soil profile systems to corroborate the near-surface module processes that are vital in estimating mass loadings to the saturated zone in large-scale fate and transport studies.

Numerical simulations of the system equations corroborate the analytical results.