Genomic and physiological properties of anoxybacterium hadale gen. nov. sp. nov. reveal the important role of dissolved organic sulfur in microbial metabolism in hadal ecosystems

HIGHLIGHTS

• What: 1,398-fold neighboring genera, the authors propose that strain MT110T belongs to a novel genus, Anoxybacterium hadale gen. nov. sp. nov., of the class Clostridia, which was previously uncultured. Considering that the genes involved in amino_acid utilization are highly enriched in strain MT110T, the authors propose that genomic reduction has occurred in its genome, which could lead to the loss of certain amino_acid synthetic genes and make it unable to grow using a single carbon source. Frontiers in Microbiology Finally, the authors focused on the sulfur metabolism of strain MT110T. To confirm this hypothesis, the . . .
  

   

  

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