… evolution and phylogeny of Orchidaceae. In this study, we determined the evolutionary
characteristics of whole chloroplast (cp) genomes and the phylogenetic relationships of the family …

… adaptive evolution by positive selection had rarely been determined in Dipsacales cp genes.
In the present study, we investigated adaptive evolution … the phylogenetic relationships and …

… The study will help to resolve the phylogenetic relationship and understand the adaptive
evolution of Echinacanthus. It will also provide genomic resources and potential markers …

… Evolutionary analysis of … its adaptive evolution. The completed genomes are useful for future
research on species identification, phylogenetic relationships, and the adaptive evolution of …

… species and could be used to study evolutionary relationships in plants [44]. … phylogenetic
relationship between Capparaceae, Cleomaceae and Brassicaceae to infer the phylogenetic …

… 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 …

… by adaptive evolution analysis using 80 coding sequences (CDSs) of the chloroplast genomes
of two Clethra species. The phylogenetic … , and phylogenetic relationship in Clethraceae. …

… Bromatorrhiza species and their relatives, (2) reconstruct and analyze the phylogenetic
relationships of sect. Bromatorrhiza, and (3) investigate the adaptive evolution of species in this …

… We have well resolved the phylogenetic relationship of species in the subgenus Cyathophora,
which will contribute to future evolutionary studies or phylogeographic analysis of Allium. …

Watercress (Nasturtium officinale R. Br.), an aquatic leafy vegetable of the Brassicaceae family,
is known as a nutritional powerhouse. Here, we de novo sequenced and assembled the …