… Next, we explain in some detail how one may model adaptive evolution by hypothesizing
the operation of different selective regimes along the various branches of the phylogeny. We …

… genus to study the phylogeny and adaptive evolution of karst plants. In this study, the complete
chloroplast genomes of twelve Paraboea species were sequenced and analyzed. Twelve …

… species, indicating that terrestrial Oedogoniales taxa may have undergone adaptive
evolution to adjust to the difference in light intensity between aquatic and terrestrial habitats. …

… transmission, slow evolutionary rate of change and less recombination for most angiosperms,
the cp genome is suitable for species identification, phylogenetic analysis, and exploring …

… this region, the preference of AIC for the NP model is not evidence against the adaptive
hypothesis. Thus, large values of η do not pose challenges to the detection of adaptive evolution. …

… The phylogenetic analysis based on whole cp … evolutionary relationship in the phylogenetic
tree. These results provide important insights into the adaptive evolution and phylogeny of …

… Phylogenetic analysis identified a close relationship between D. ruiziana and D. montana, …
genes was analyzed. This work may contribute to future adaptive evolution analysis of the …

… Phylogenetic analysis of complete plastome sequences and … evolution. These results are
of great significance for us to understand the genetic basis, phylogeny and adaptive evolution …

… same as that used in a previous cladistic analysis" of 172 globin sequences. The present
analysis provides clear evidence on the phylogenetic origins of bird and mammal embryonic …

… , less recombination, and slow evolutionary rate [13,14,15]. The stable and conserved
chloroplast genome is highly suitable for the study of phylogenetic analysis, species identification, …