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- (3/8) These bark microbes aren’t just living there — they’re active. Many use trace gases like #Hydrogen (H₂), #Methane (CH₄), and #CarbonMonoxide (CO) as #Carbon and energy sources.🦠
- Great cover art by @sc-eye-nce.bsky.social in @natchembio.nature.com! It depicts our research on how #CarbonMonoxide driven #bioethanol production operates through a #tungsten containing #enzyme & gives insight into how #bacteria transform industrial waste into #biofuels. @mpi-cbg.de @maxplanck.de
- Happy to finally share the cover I made for Wagner's @natchembio.nature.com article revealing how ferredoxin-dependent CaAFOR links CO metabolism to ethanol formation in gas-fermenting acetogens! @mpimarinemicrobio.bsky.social #sciart ⌬ #research ⌬ #chemistry #syntheticbiology
- How to turn toxic waste into fuel? A #tungsten-containing #enzyme plays a key role in the production of #ethanol from #carbonmonoxide, a long-awaited piece of the #metabolic puzzle of #Clostridium autoethanogenum @natureportfolio.nature.com @mpi-cbg.de @maxplanck.de Pic by @sc-eye-nce.bsky.social
