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A bacteriophage split DNA polymerase incorporates a sliding clamp-derived processivity subunit

Viruses that infect bacteria, termed bacteriophages or phages, typically encode their own DNA replication machinery that rapidly generates many copies of the phage genomic DNA in an infected cell. Nucleus-forming phages of the chimallivirus family possess a distinctive repertoire of predicted DNA replication proteins, with two proteins annotated as DNA polymerases plus a DnaB-like replicative…

We haven't written up this one. bioRxiv has the full story — the link below goes straight to it.

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Proteomics Maps Eye-Infecting Acanthamoeba Mitochondria Across Oxygen Levels

A new catalog of 1,122 mitochondrial proteins reveals how Acanthamoeba adapts to oxygen loss—and may highlight possible targets for treating sight-threatening infections.

  • Acanthamoeba mitochondria adapt to low oxygen by producing hydrogen gas
  • Researchers map 1,122 proteins, 381 unique to Acanthamoeba
  • Study in Cell improves understanding of amoeba's metabolic flexibility

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