Sentence examples for more terminal branches from inspiring English sources

Finally, these data are used to ask both whether the evolutionary mechanisms acting on microbial carotenoid biosynthesis are equivalent in all taxa, and to what extent this process might accurately be arrayed as "tree-like" as conjectured previously [22], [28], whereby conserved core enzymes form the "root" and more terminal "branches" diverge from it.

In general, bootstrap analyses revealed relatively high support for many branches, particularly more terminal branches.

In fact, cgh-1 mutants have statistically significantly more terminal branches than controls at these later stages.

A visual inspection of the phylomorphospaces shows a clear phylogenetic effect in the distribution of taxa because internal branches are larger than more terminal branches.

A slight acceleration in the substitution rate seems to have occurred in this group, but this occurred after the edited sites were removed, and only in more terminal branches such as Halophila.

Together, this finding suggests that sup-26 and rsp-3 mutants lose more terminal dendrite branches than they form during the late-L4 stage.

When we compared the results derived with >80% cutoff to a less conservative cutoff of >60%, leading to less rearrangement, we indeed observed more duplications at the internal branches and more losses at terminal branches, especially within oomycetes (supplementary additional file 14A, Supplementary Material online).

Furthermore, non-synonymous substitutions were shown to be more frequent in terminal branches of the human mtDNA tree [22], [23], [24] and in younger clades compared to older clades [25 ]

Furthermore, the overall discrepancy in colony development (more and bigger terminal branches) may be interpreted as a response to the water drag forces acting upon the colony, yet colonies in shallow areas are exposed to higher water flow and vice versa.

We identified potentially spurious sequences with terminal branches more than five times longer than the average for the tree.

The second morphotype (deep type) could be described as small colonies, with fewer terminal branches, more sparsely polyps, thinner branches and bigger spindles.