Sentence examples for more complex branching from inspiring English sources

He showed me another slide, with a more complex branching pattern; it looked like a leafless tree branch.

To provide a stronger test of whether the in situ display facilitates navigation, it would be necessary to bring performance below ceiling, possibly by constructing an artificial CT data set with more complex branching.

These deviations are expected to result in more complex branching patterns and more layers of genetic networks as long as these relationships fall into one of the two major types with regard to their effects on specific phenotype(s) defined in this paper.

Larger FD values represent a more complex branching pattern.

It would not allow for more complex branching involving decisions based on responses to previous questions.

In contrast, hemilineages that were "heterogeneous" had more complex branching patterns and are thought to have diverse functions, possibly integrating information from multiple sources.

Finally, some optimization should be done to allow DyeVC work with larger repositories with more complex branch structures.

With more complex branches, rootwads, and a larger diameter, inputs from burned Maritime pine forests are more likely to change stream hydraulics and habitat complexity, relative to inputs from Eucalyptus forests with their simpler structure.

Estimates of synonymous and nonsynonymous substitution rates (dN/dS) and more complex branch and site models suggest that the duplication events were not associated with positive Darwinian selection and that the UCP is constrained by strong purifying selection except for a single site which has undergone positive Darwinian selection, demonstrating that the UCP gene family must be highly conserved.

In newborns, the main body of the thalamo-cortical tract was smooth, and fibers branching from it were almost straight, while the main body became more complex and branching fibers became curved reflecting gyrification in the older cats.

Next we constructed a more complex multi-branch lattice reflecting contributions of the transcriptional regulators Mot1 and NC2 to the two-branch model involving TFIID and SAGA (Figure 2).