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#microbe — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #microbe, aggregated by home.social.

  1. AI writes entire microbial genome

    An AI wrote an entire microbial genome. The Evo2 model was trained on 9 trillion DNA letters much…
    #NewsBeep #News #Science #AU #Australia #internettext #microbe
    newsbeep.com/au/526230/

  2. AI writes entire microbial genome

    An AI wrote an entire microbial genome. The Evo2 model was trained on 9 trillion DNA letters much…
    #NewsBeep #News #Science #AU #Australia #internettext #microbe
    newsbeep.com/au/526230/

  3. #Microbe organizes its #DNA in a surprising way
    Thiovulum imperiosus wraps its genetic material in membranous fingers, squishing it against periphery of cell, scientists reported December 6 at the Cell Bio meeting. It’s a never-before-seen approach that’s vastly different from nearly all other known #bacteria. Scientists think most bacteria store their DNA in a floating mass inside the cell’s interior, not packed neatly in specialized compartments.
    sciencenews.org/article/giant-
    archive.ph/stcm9

  4. #Microbe organizes its #DNA in a surprising way
    Thiovulum imperiosus wraps its genetic material in membranous fingers, squishing it against periphery of cell, scientists reported December 6 at the Cell Bio meeting. It’s a never-before-seen approach that’s vastly different from nearly all other known #bacteria. Scientists think most bacteria store their DNA in a floating mass inside the cell’s interior, not packed neatly in specialized compartments.
    sciencenews.org/article/giant-
    archive.ph/stcm9

  5. organizes its in a surprising way
    Thiovulum imperiosus wraps its genetic material in membranous fingers, squishing it against periphery of cell, scientists reported December 6 at the Cell Bio meeting. It’s a never-before-seen approach that’s vastly different from nearly all other known . Scientists think most bacteria store their DNA in a floating mass inside the cell’s interior, not packed neatly in specialized compartments.
    sciencenews.org/article/giant-
    archive.ph/stcm9

  6. #Microbe organizes its #DNA in a surprising way
    Thiovulum imperiosus wraps its genetic material in membranous fingers, squishing it against periphery of cell, scientists reported December 6 at the Cell Bio meeting. It’s a never-before-seen approach that’s vastly different from nearly all other known #bacteria. Scientists think most bacteria store their DNA in a floating mass inside the cell’s interior, not packed neatly in specialized compartments.
    sciencenews.org/article/giant-
    archive.ph/stcm9

  7. #Microbe organizes its #DNA in a surprising way
    Thiovulum imperiosus wraps its genetic material in membranous fingers, squishing it against periphery of cell, scientists reported December 6 at the Cell Bio meeting. It’s a never-before-seen approach that’s vastly different from nearly all other known #bacteria. Scientists think most bacteria store their DNA in a floating mass inside the cell’s interior, not packed neatly in specialized compartments.
    sciencenews.org/article/giant-
    archive.ph/stcm9

  8. Breakthrough in Alzheimer's research: Scientists transplanted gut bacteria from Alzheimer's patients into healthy rats → the rats developed memory issues + reduced new neuron growth in the hippocampus!
    Key culprits? ↓ Coprococcus (good for healthy aging) and ↑ Desulfovibrio (linked to cognitive decline).
    This proves a direct causal link via the gut-brain axis — huge potential for early diagnosis via stool tests & microbiome-based therapies!

    #aging #alzheimers #microbe #dementia

    futura-sciences.com/en/alzheim

  9. Breakthrough in Alzheimer's research: Scientists transplanted gut bacteria from Alzheimer's patients into healthy rats → the rats developed memory issues + reduced new neuron growth in the hippocampus!
    Key culprits? ↓ Coprococcus (good for healthy aging) and ↑ Desulfovibrio (linked to cognitive decline).
    This proves a direct causal link via the gut-brain axis — huge potential for early diagnosis via stool tests & microbiome-based therapies!

    #aging #alzheimers #microbe #dementia

    futura-sciences.com/en/alzheim

  10. Breakthrough in Alzheimer's research: Scientists transplanted gut bacteria from Alzheimer's patients into healthy rats → the rats developed memory issues + reduced new neuron growth in the hippocampus!
    Key culprits? ↓ Coprococcus (good for healthy aging) and ↑ Desulfovibrio (linked to cognitive decline).
    This proves a direct causal link via the gut-brain axis — huge potential for early diagnosis via stool tests & microbiome-based therapies!

    #aging #alzheimers #microbe #dementia

    futura-sciences.com/en/alzheim

  11. Breakthrough in Alzheimer's research: Scientists transplanted gut bacteria from Alzheimer's patients into healthy rats → the rats developed memory issues + reduced new neuron growth in the hippocampus!
    Key culprits? ↓ Coprococcus (good for healthy aging) and ↑ Desulfovibrio (linked to cognitive decline).
    This proves a direct causal link via the gut-brain axis — huge potential for early diagnosis via stool tests & microbiome-based therapies!

    #aging #alzheimers #microbe #dementia

    futura-sciences.com/en/alzheim

  12. Breakthrough in Alzheimer's research: Scientists transplanted gut bacteria from Alzheimer's patients into healthy rats → the rats developed memory issues + reduced new neuron growth in the hippocampus!
    Key culprits? ↓ Coprococcus (good for healthy aging) and ↑ Desulfovibrio (linked to cognitive decline).
    This proves a direct causal link via the gut-brain axis — huge potential for early diagnosis via stool tests & microbiome-based therapies!

    #aging #alzheimers #microbe #dementia

    futura-sciences.com/en/alzheim

  13. Researchers Find Evidence of Ancient Microbial Life in 3.51 Billion-Year-Old Rocks

    Teasing out biochemical information from ancient organic-rich sediments, notably the timing of the emergence of photosynthesis relative to…
    #NewsBeep #News #Science #AI #Archean #CA #Canada #Earth #Fossil #machinelearning #microbe #Neoarchean #Organicmatter #PaleoarcheanEra #Photosynthesis #Plant
    newsbeep.com/ca/293865/

  14. The #ocean’s most abundant #microbe is near its breaking point

    Tiny ocean microbes called #Prochlorococcus, once thought to be #climate survivors, may struggle as seas warm. These #cyanobacteria drive 5% of Earth’s #photosynthesis and underpin much of the marine #food web. A decade of research shows they thrive only within a narrow #temperature range, and warming oceans could slash their #populations by up to 50% in tropical waters.

    sciencedaily.com/releases/2025

  15. The #ocean’s most abundant #microbe is near its breaking point

    Tiny ocean microbes called #Prochlorococcus, once thought to be #climate survivors, may struggle as seas warm. These #cyanobacteria drive 5% of Earth’s #photosynthesis and underpin much of the marine #food web. A decade of research shows they thrive only within a narrow #temperature range, and warming oceans could slash their #populations by up to 50% in tropical waters.

    sciencedaily.com/releases/2025

  16. The #ocean’s most abundant #microbe is near its breaking point

    Tiny ocean microbes called #Prochlorococcus, once thought to be #climate survivors, may struggle as seas warm. These #cyanobacteria drive 5% of Earth’s #photosynthesis and underpin much of the marine #food web. A decade of research shows they thrive only within a narrow #temperature range, and warming oceans could slash their #populations by up to 50% in tropical waters.

    sciencedaily.com/releases/2025

  17. The #ocean’s most abundant #microbe is near its breaking point

    Tiny ocean microbes called #Prochlorococcus, once thought to be #climate survivors, may struggle as seas warm. These #cyanobacteria drive 5% of Earth’s #photosynthesis and underpin much of the marine #food web. A decade of research shows they thrive only within a narrow #temperature range, and warming oceans could slash their #populations by up to 50% in tropical waters.

    sciencedaily.com/releases/2025

  18. The #ocean’s most abundant #microbe is near its breaking point

    Tiny ocean microbes called #Prochlorococcus, once thought to be #climate survivors, may struggle as seas warm. These #cyanobacteria drive 5% of Earth’s #photosynthesis and underpin much of the marine #food web. A decade of research shows they thrive only within a narrow #temperature range, and warming oceans could slash their #populations by up to 50% in tropical waters.

    sciencedaily.com/releases/2025

  19. #Microbe with bizarrely tiny #genome may be evolving into a #virus
    The newly discovered microbe provisionally known as #Sukunaarchaeum isn’t a virus. But like viruses, it seemingly has one purpose: to make more of itself. Most of Sukunaarchaeum’s mere 189 protein-coding genes are focused on replicating its own genome; it must steal everything else it needs from its host Citharistes regius, a dinoflagellate.
    science.org/content/article/mi

  20. #Microbe with bizarrely tiny #genome may be evolving into a #virus
    The newly discovered microbe provisionally known as #Sukunaarchaeum isn’t a virus. But like viruses, it seemingly has one purpose: to make more of itself. Most of Sukunaarchaeum’s mere 189 protein-coding genes are focused on replicating its own genome; it must steal everything else it needs from its host Citharistes regius, a dinoflagellate.
    science.org/content/article/mi

  21. with bizarrely tiny may be evolving into a
    The newly discovered microbe provisionally known as isn’t a virus. But like viruses, it seemingly has one purpose: to make more of itself. Most of Sukunaarchaeum’s mere 189 protein-coding genes are focused on replicating its own genome; it must steal everything else it needs from its host Citharistes regius, a dinoflagellate.
    science.org/content/article/mi

  22. #Microbe with bizarrely tiny #genome may be evolving into a #virus
    The newly discovered microbe provisionally known as #Sukunaarchaeum isn’t a virus. But like viruses, it seemingly has one purpose: to make more of itself. Most of Sukunaarchaeum’s mere 189 protein-coding genes are focused on replicating its own genome; it must steal everything else it needs from its host Citharistes regius, a dinoflagellate.
    science.org/content/article/mi

  23. #Microbe with bizarrely tiny #genome may be evolving into a #virus
    The newly discovered microbe provisionally known as #Sukunaarchaeum isn’t a virus. But like viruses, it seemingly has one purpose: to make more of itself. Most of Sukunaarchaeum’s mere 189 protein-coding genes are focused on replicating its own genome; it must steal everything else it needs from its host Citharistes regius, a dinoflagellate.
    science.org/content/article/mi

  24. What Happens When #Atoms Suddenly #Switch Sides? : Medium

    How #Greenland #Sharks live for hundreds of years without going #Blind : New Sci

    #Microbe that #Infests #Hospitals can #Digest #Medical-grade #Plastic - a first : Nature

    Check our latest #KnowledgeLinks

    knowledgezone.co.in/resources/

  25. What Happens When Suddenly Sides? : Medium

    How live for hundreds of years without going : New Sci

    that can -grade - a first : Nature

    Check our latest

    knowledgezone.co.in/resources/

  26. What Happens When #Atoms Suddenly #Switch Sides? : Medium

    How #Greenland #Sharks live for hundreds of years without going #Blind : New Sci

    #Microbe that #Infests #Hospitals can #Digest #Medical-grade #Plastic - a first : Nature

    Check our latest #KnowledgeLinks

    knowledgezone.co.in/resources/