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The Bacillus subtilis yqgC - sodA operon protects magnesium-dependent enzymes by supporting manganese efflux.

Ankita J SachlaVijay SoniMiguel A PiñerosYuanchan LuoJanice J ImKyu Y RheeJohn D Helmann
Published in: bioRxiv : the preprint server for biology (2024)
, MnSOD is the most abundant Mn-containing protein and is important for oxidative stress resistance. Here, we report novel roles for MnSOD and a co-regulated membrane protein, YqgC, in Mn homeostasis. Loss of both MnSOD and YqgC (but not the individual mutations) prevents the efficient expression of Mn efflux proteins and leads to a large-scale perturbation of the metabolome due to inhibition of Mg-dependent enzymes, including key chorismate-utilizing MST (menaquinone, siderophore, and tryptophan) family enzymes.
Keyphrases
  • bacillus subtilis
  • oxidative stress
  • room temperature
  • transition metal
  • poor prognosis
  • metal organic framework
  • binding protein
  • dna damage
  • transcription factor
  • induced apoptosis
  • mouse model
  • amino acid