Tootfinder

🧲 Bacteria that 'breathe' iron minerals while detoxifying sulfide outpace chemical reactions
https://phys.org/news/2025-08-bacteria-iron-minerals-detoxifying-sulfide.html

Bacteria that 'breathe' iron minerals while detoxifying sulfide outpace chemical reactions
An international team of scientists led by microbiologists Marc Mussmann and Alexander Loy from the University of Vienna has discovered a new microbial metabolism: so-called MISO bacteria "breathe" iron minerals by oxidizing toxic sulfide.

🦠 Enzyme motif reveals how plastic-munching bacteria are evolving across the seven seas
#bacteria

Enzyme motif reveals how plastic-munching bacteria are evolving across the seven seas
Deep within the world's oceans lurk marine bacteria armed with plastic-munching enzymes, their evolution seemingly sculpted by our synthetic castaways.

🚀 Rocket test proves bacteria survive space launch and re-entry unharmed
#bacteria…

Rocket test proves bacteria survive space launch and re-entry unharmed
A world-first study has proven microbes essential for human health can survive the extreme forces of space launch. The study has been published in npj Microgravity.

🦠 Global initiative launches to prioritize conservation of vital microbial life
#bacteria

Global initiative launches to prioritize conservation of vital microbial life
Microbes include bacteria, viruses, fungi, algae and archaea (single-celled microorganisms with a bacteria-like structure). They are invisible to the human eye, but they play a huge role, shaping ecosystems, producing food and regulating disease.

🦠 Metabolism of Terephthalic Acid by a Novel Bacterial Consortium Produces Valuable By-Products
#bacteria

🔋 Feeding off spent battery waste, a novel bacterium signals a new method for self-sufficient battery recycling
https://phys.org/news/2025-10-spent-battery-bacterium-method-sufficient.html

Feeding off spent battery waste, a novel bacterium signals a new method for self-sufficient battery recycling
A unique bacterium that thrives in highly acidic environments feeds on spent battery "waste," making it a promising new method for self-sufficient battery recycling, according to new research from Boston College chemists.