1887

Abstract

The contain many species of agricultural and clinical importance. Although relationships among most of the genera in this family are relatively well resolved, the phylogenetic placement of several taxa remains ambiguous. In this study, we aimed to address these uncertainties by using a combination of phylogenetic and genomic approaches. Our multilocus sequence analysis and genome-based maximum-likelihood phylogenies revealed that the arsenate-reducing strain IMH and plant-associated strain ATCC 700886, both previously presumptively identified as members of , represent novel species of . Our data also showed that the taxonomy of requires revision as it is clearly excluded from and the other genera of the family. Most strikingly, however, five species of formed a distinct clade within the , where it had a sister group relationship with the  clade. By making use of gene content comparisons, this new clade is further predicted to encode a range of characters that it shares with or distinguishes it from related genera. We thus propose recognition of this clade as a distinct genus and suggest the name in reference to the diverse habitats from which its species were obtained, including plants, humans and food products. Accordingly, a description for gen. nov. is provided to accommodate the four species comb. nov., comb. nov., comb. nov. and comb. nov., with as the type species for the genus.

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2018-04-01
2024-03-19
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