Sentence examples for interactions can be made from inspiring English sources

Note that, contrary to networks that are common in the literature, that represent known interactions, such as between predator and prey in a trophic web [15], this network represents statistical associations from which inferences about real causal interactions can be made and then tested.

However, accurate prediction of gene regulatory interactions can be made possible through modeling and estimation of transcriptional activity of groups of co-regulated genes.

More detailed observations on group interaction can be made when one has direct personal contact to study participants.

For H and C NMR [15] (see additional file 1 and Figure 5) the interaction can be made bidirectional so that if the user clicks on an H or C atom then the peak in the NMR spectrum is highlighted, or if they click on a peak in the NMR spectrum the appropriate atom is highlighted as well.

These potential confounders should be sufficiently adjusted for in future research so valid inferences about the effect of the clinical interaction can be made.

A similar case for a complex interaction can be made for the lifespan QTL identified on chromosome IV (Table 2), a QTL also found by Doroszuk et al. (2009).

However, it appears that the particular flexibility apparent in CDK9 allows it to adopt a conformation that optimizes the interactions that can be made by CAN508.

The estimation of interlayer interaction parameters can be made on the base of results of phonon theoretical calculations for one layer and bulk MoS 2 crystal obtained in work [17].

The primary advantage of a collinear beams geometry is that the effective interaction volume can be made much larger than that obtainable with a crossed beams geometry, which has been used in many earlier photoelectron spectroscopic studies.

However, no direct inferences about an interaction effect can be made by the simple combination of one significant and one non-significant t-test (Nieuwenhuis, Forstmann, & Wagenmakers, 2011).

Due to the flexible structures of these NPs, the polymer interactions inside the NPs can be made temperature sensitive, thereby altering the NP size and its polymer density; consequently, the release efficiency of the loaded drugs changes.