Sentence examples for evolution and the respective from inspiring English sources
To this end, maximum-likelihood trees were constructed from each single-gene alignment with PHYML, applying the model of sequence evolution and the respective parameters according to the model selection with ProtTest.
Grübler (1990) describes these major technological advances (Fig. 1) and the evolution of the respective market shares held by sailing ships, steamers and combustion-powered vessels.
The time evolution of the respective populations is displayed in Figures 2 and 3 while the vaccination control function is shown in Figure 4. Figure 2 Evolution of the infected population with vaccination.
Furthermore, both of these typing methods are limited because little information exists with respect to the mode of molecular evolution of the respective molecular markers.
According to the coevolution theory of the genetic code, the present day amino acids that are used in translation are divided into two phases: phase 1 amino acids came from prebiotic synthesis, and phase 2 amino acids are entirely biogenic and were recruited into the code after the evolution of the respective biosynthetic pathways [ 10, 21].
Therefore, the loss of peroxisomes clearly accompanied the reductive evolution of the respective metazoan lineages, as reflected by genome shrinkage and gene loss.
The bicrystal simulations reproduce the experimentally observed trends of texture evolution in the respective phases of the composite, indicating that the localized stress and strain fields as well as the co-deformation mechanisms within the actual heterophase microstructure are well captured.
The alignment of 2-helical c subunits shows patterns of loss/replacement of cation-binding residues that are generally consistent within bacterial and archaeal phyla, suggesting that these replacements occurred early in the evolution of the respective lineages (see Additional File 1).
We set out to investigate this by first establishing a connection between WGD pairs evolution and the evolution of their respective interactions in a PPI network, and then learning the fates of duplicated genes from the network topology.
