Exact(1)
These differences in amino acid sequences between the HlyIII proteins encoded by W. ceti and other Weissella species and the close relationship between this protein with its counterparts in bacteria from other genera support the suggestion that this gene was acquired by W. ceti through HGT.
Similar(59)
Here we present analyses of a large and comprehensive sampling of Stevardiinae, with 32 genera and around 153 species/morphotypes, which identification was based on morphology and geographic location (see Additional file 2), and propose a new classification (Fig. 3, Additional file 5) based on monophyletic units (tribes and genera) supported by our results.
A recent meta-analysis of several primate genera provides support for this prediction [9].
Our phylogenetic analyses recovered variable patterns of relatedness among these genera (see support values in Figure 4).
Our fairly ancient estimation confirms the considerable divergence between the two modern sloth genera bringing support for a taxonomic distinction at a high rank.
CRISPR spacers provide direct evidence for extensive gene exchange in archaea, especially within genera, and support the current dogma where the primary role of the CRISPR/Cas system is anti-viral and anti-plasmid defense.
The sister relationship between Elasmostethus and the other acanthosomatine genera is supported by the Bayesian method (99%%) but is weakly supported by ML bootstrapping (27%%).
Considering the separation of these two genera is supported by some morphological/morphogenetic data, for example, presence or absence of thigmotactic cirri and the fusion pattern of macronuclear segments prior to division [47], [60], the distinction of both genera is reliable but their systematic positions remain unresolved.
Previous studies on Gram negative bacterial T4SSs have hinted at a reduced scaffold in Rickettsia spp. relative to A. tumefaciens and other well characterized systems [27] (observations based largely on the R. prowazekii genome annotation), and indeed genomic studies on Rickettsia as well as other Rickettsiales genera have supported this assessment.
The affinities between these two genera are supported by several cranial features that are absent in Nemegtosaurus, including the length of the antorbital fenestra subequal or larger than the orbit, robust basal tubera, unexpanded mandibular symphysis, maxillary jugal process tapering posteriorly, and prefrontal with narrow and elongated anterior process.
Dracunculus, and together comprise a sister clade to all remaining Artemisia species and four segregate genera, moderately supported at 74% probability.
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