Sentence examples for most terminal branches from inspiring English sources

In our molecular trees, internal branches were markedly shorter than most terminal branches.

However, such paralogs are almost certainly present only in the most terminal branches of Drosophila phylogeny spanning over 70 mln years, because the half-life of duplications, in which one of the copies undergoes pseudogenization, is 2-4 mln years (12; 26).

In that study 20, the anastomosis was performed 3·5 4 cm above the dentate line, a level at which most terminal arterial branches are not in the submucosa.

Radical amino acid changes in positively selected sites were distributed among most internal and terminal branches of the cetacean phylogeny, which suggests the pervasively adaptive evolution of osmoregulation since the origin of cetaceans and their subsequent diversification.

Most terminal, species-level branches are not associated with CBC events, demonstrating that the genes, which control speciation processes via gametic compatibility evolved considerably faster than the conserved parts of helices 2 and 3 of ITS2.

However, given that all eight transitions are most likely associated with terminal branches leading to extant species (Fig.  3c), it remains unclear when selfing evolved within a particular species.

By using this calibration, we here find that episodic rate acceleration occurred in the common ancestral branch of the core Poaceae (a clade formed by rice Oryza, wheat Triticum, maize Zea, and their allies) accompanied by adaptive evolution in several chl proteins, while the rate reverted to the slow rate typical of most monocot species in the terminal branches.

Most microinversions were assigned to terminal branches in the Hackett et al. [ 27] phylogeny when the MP criterion was used.

Most of these groups are clades (terminal branches) within the tree, but others are merely close to some more basal node.

The fact that most of the duplicated genes occupy terminal branches in phylogenetic trees and that only few obvious pseudogenes were found, indicates that the rate of evolution of the class II hydrophobins in Trichoderma is relatively fast.

Most DCIS lesions in mice originate from the terminal branches of the mammary tree.