<p>Phylogenetic relationships among 25 taxa of bacterial endosymbionts in the family Anaplasmataceae resulting from Bayesian analysis (1,500,000 generations) of partial sequences of 16S rDNA gene. Posterior probabilities greater than 80% are shown above internodes. Roman numerals (I, II, II) represent the different clades within the “<i>Neorickettsia</i> clade” and letters (A, B, C) correspond to the subclades within clade III. An asterisk (*) at the end of a taxon name indicates a new genotype of <i>Neorickettsia</i> discovered in this study. GenBank numbers are given here for all taxa.</p
<p>Bayesian 50% majority-rule consensus tree. Nodes with bootstrap support ≥75% and posterior probab...
Large-scale, genome-level molecular phylogenetic analyses present both opportunities and challenges ...
<p>Topology rooted on three cnidarians and the placozoan <i>Trichoplax</i>. Posterior probabilities ...
<p>Phylogenetic tree resulting from Bayesian analysis (1,500,000 generations) of partial sequences o...
<p>Bayesian posterior probabilities are displayed at each node. Bold type indicates sequences from t...
<p>Maximum-likelihood phylogenetic analysis of Anaplasmataceae using 16S rRNA sequences. The sequenc...
Supplementary Figure (S1): Bayesian 50% majority rule phylogram of 16S ribosomal RNA region showing ...
Bayesian phylogeny of the bacterial species used in this study. The phylogeny shows eight native bac...
<p>(A) The genomes of the four fully sequenced <i>Neorickettsia</i> species were aligned. Syntenic b...
<p>The tree was inferred by the PhyML method (TrN+GAMMA+I model) based on 47 16 S <i>r</i>RNA gene s...
<p>Consensus phylogenetic tree of the species included in this study. Red species names and disconti...
<p>The phylogenetic tree is the first layer constructed based on the representative OTU sequences, a...
<p>The tree is based on the partial nucleotide sequence of the <i>16S</i> rRNA gene of CNM and <i>An...
<p>The phylogenetic tree was constructed using 2,193 concatenated amino acid of seven housekeeping g...
<p>Bayesian 50% majority-rule consensus tree. Nodes with bootstrap support ≥75% and posterior probab...
<p>Bayesian 50% majority-rule consensus tree. Nodes with bootstrap support ≥75% and posterior probab...
Large-scale, genome-level molecular phylogenetic analyses present both opportunities and challenges ...
<p>Topology rooted on three cnidarians and the placozoan <i>Trichoplax</i>. Posterior probabilities ...
<p>Phylogenetic tree resulting from Bayesian analysis (1,500,000 generations) of partial sequences o...
<p>Bayesian posterior probabilities are displayed at each node. Bold type indicates sequences from t...
<p>Maximum-likelihood phylogenetic analysis of Anaplasmataceae using 16S rRNA sequences. The sequenc...
Supplementary Figure (S1): Bayesian 50% majority rule phylogram of 16S ribosomal RNA region showing ...
Bayesian phylogeny of the bacterial species used in this study. The phylogeny shows eight native bac...
<p>(A) The genomes of the four fully sequenced <i>Neorickettsia</i> species were aligned. Syntenic b...
<p>The tree was inferred by the PhyML method (TrN+GAMMA+I model) based on 47 16 S <i>r</i>RNA gene s...
<p>Consensus phylogenetic tree of the species included in this study. Red species names and disconti...
<p>The phylogenetic tree is the first layer constructed based on the representative OTU sequences, a...
<p>The tree is based on the partial nucleotide sequence of the <i>16S</i> rRNA gene of CNM and <i>An...
<p>The phylogenetic tree was constructed using 2,193 concatenated amino acid of seven housekeeping g...
<p>Bayesian 50% majority-rule consensus tree. Nodes with bootstrap support ≥75% and posterior probab...
<p>Bayesian 50% majority-rule consensus tree. Nodes with bootstrap support ≥75% and posterior probab...
Large-scale, genome-level molecular phylogenetic analyses present both opportunities and challenges ...
<p>Topology rooted on three cnidarians and the placozoan <i>Trichoplax</i>. Posterior probabilities ...