… We performed phylogenetic analyses of the sequence data under maximum likelihood op…
codon position of the two genes rbcL and atpB into account. For the Bayesian analysis two …

… -plastid genome sequencing and nuclear gene sequencing should remedy this situation,
as it has done for the early-diverging lamiids. Of course, new phylogenetic understanding may …

… on sequence variations of three genes, rbcL, 18S, and atpB … -scale angiosperm phylogenies
(GAPs) based on sequence … the phylogenetic relationships among the major lineages of …

… An update of the Angiosperm Phylogeny Group classification for the orders and families of
… -tation in angiosperms and ferns: recommendations to the Angiosperm Phylogeny Group for …

… Phylogenetic analysis of this study included two chloroplast regions (atpB–rbcL, trnL-F)
from 30 sequences of South Indian Impatiens species. In addition, 13 sequences of each of …

… of angiosperms, reflected in the widely accepted classification of the Angiosperm Phylogeny
… Using our 86 newly sequenced plastomes representing 57 angiosperm families along with …

… was amplified, purified, sequenced and the dendrogram was constructed using Molecular
evolutionary genetic analysis (MEGA7) tool which divided the sequences into two main clades …

… the sequence variations, evolutionary divergence of the plastid genomes, and phylogeny of
… three genes encoding ATP protein subunits (atpA, atpB, and atpI), four genes for ribosome …

… The recent publication of the genome sequences of two magnoliids, Liriodendron chinense
(… hope that additional sequence data may help resolve this phylogenetic conundrum, but until …

… In this study, five recently sequenced complete chloroplast genome sequences on … For
example, potential RNA-editing sites were predicted in the atpB, atpI and rpl2 genes in all the …