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A shift between mineral and nonmineral sources of iron and sulfur causes proteome-wide changes in Methanosarcina barkeri .

Hunter FaussetRachel L SpietzSavannah CoxGwendolyn CooperScott SpurzemMonika Tokmina-LukaszewskaJennifer L DuBoisJoan B BroderickEric M ShepardEric S BoydBrian Bothner
Published in: Microbiology spectrum (2024)
holds great potential for industrial bio-mining and energy generation technologies. Much of the biochemistry of this microbe is poorly understood, and its characterization will provide a glimpse into biological processes that evolved close to life's origin. The discovery of its ability to extract iron and sulfur from bulk, solid-phase minerals shifted a longstanding paradigm that these elements were inaccessible to biological systems. The full elucidation of this process has the potential to help scientists and engineers extract valuable metals from low-grade ore and mine waste generating energy in the form of methane while doing so.
Keyphrases
  • low grade
  • high grade
  • human health
  • heavy metals
  • oxidative stress
  • small molecule
  • risk assessment
  • anti inflammatory
  • wastewater treatment
  • iron deficiency
  • health risk
  • anaerobic digestion
  • climate change