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#microsky — Public Fediverse posts

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

  1. 🦠 In the seas as in the human gut, #bacteria use the same survival toolkit: Conserved #glycan-utilization strategies shape #Akkermansiaceae success🔬

    mpi-bremen.de/en/Page6677....

    Marine and gut Akkermansiaceae share conserved glycan uptake. Ecological transitions may reflect substrate specialization on an inherited framework.

    Research by
    @coto
    @mikro_madchen
    et al now
    @ISMEmicrobes Journal
    academic.oup.com/ismej/advance

    @ERC_Research @maxplanckgesellschaft #microsky

  2. 🦠 In the seas as in the human gut, #bacteria use the same survival toolkit: Conserved #glycan-utilization strategies shape #Akkermansiaceae success🔬

    mpi-bremen.de/en/Page6677....

    Marine and gut Akkermansiaceae share conserved glycan uptake. Ecological transitions may reflect substrate specialization on an inherited framework.

    Research by
    @coto
    @mikro_madchen
    et al now
    @ISMEmicrobes Journal
    academic.oup.com/ismej/advance

    @ERC_Research @maxplanckgesellschaft #microsky

  3. 🦠 In the seas as in the human gut, #bacteria use the same survival toolkit: Conserved #glycan-utilization strategies shape #Akkermansiaceae success🔬

    mpi-bremen.de/en/Page6677....

    Marine and gut Akkermansiaceae share conserved glycan uptake. Ecological transitions may reflect substrate specialization on an inherited framework.

    Research by
    @coto
    @mikro_madchen
    et al now
    @ISMEmicrobes Journal
    academic.oup.com/ismej/advance

    @ERC_Research @maxplanckgesellschaft #microsky

  4. This! It’s one of my pet peeves because it just shows people don’t really understand what the Gram-positive/negative classification means. Having said that, I think we should move to mono and diderm, away from the oversimplified Gram staining classification. #MicroSky

    RE: https://bsky.app/profile/did:plc:bcfu2kvabxqcelryrogrli45/post/3mld636zcv22z

  5. Hey #microsky folks, who is a good person to send a reporter to on evolution/ virulence tradeoffs? Have a reporter who is IMO asking some of the wrong questions on hantavirus with some faulty assumptions and I know enough to be dangerous but this isn't my area.

  6. Hey #microsky folks, who is a good person to send a reporter to on evolution/ virulence tradeoffs? Have a reporter who is IMO asking some of the wrong questions on hantavirus with some faulty assumptions and I know enough to be dangerous but this isn't my area.

  7. Hey #microsky folks, who is a good person to send a reporter to on evolution/ virulence tradeoffs? Have a reporter who is IMO asking some of the wrong questions on hantavirus with some faulty assumptions and I know enough to be dangerous but this isn't my area.

  8. Hey #Microsky, time to celebrate your amazing female colleagues, students and mentors for #IWD2026! Nominate an inspiring woman whose research, teaching, innovation, or community leadership deserves recognition! @[email protected] crm.fems-microbiology.org/ssp/internat...

    International Women's Day: Nom...

  9. Hey #Microsky, time to celebrate your amazing female colleagues, students and mentors for #IWD2026! Nominate an inspiring woman whose research, teaching, innovation, or community leadership deserves recognition! @[email protected] crm.fems-microbiology.org/ssp/internat...

    International Women's Day: Nom...

  10. Niche #microsky question: if you have a Cerillo microplate reader in a shaker, how reliable is it? Do you have issues with OD reading stability? Would you recommend if there are issues with false high OD due to aggregation? Pls share! Thanks!

  11. Niche #microsky question: if you have a Cerillo microplate reader in a shaker, how reliable is it? Do you have issues with OD reading stability? Would you recommend if there are issues with false high OD due to aggregation? Pls share! Thanks!

  12. At the #SalgadoLab festive lunch, @[email protected] gave us a nice challenge: "what are you looking forward in 2026?" From conferences, new papers, new funding 🤞, we all realised there's lots to be excited about! So, #sciencesky #microsky what are you looking forward in the New Year? 🧪

  13. Great work, beautiful structures and really interesting new insights into #Cdiff toxin inhibition. Congratulations to all! #microsky

    RE: https://bsky.app/profile/did:plc:us3icztq52p5hzs2mqgg4opj/post/3m5vvyrcm5c2w

  14. The #SalgadoLab has now officially moved into @cbcb-newcastle.bsky.social! Thank you to amazing lab members Anna, Ella and Pavi for making it happen and @henrikstrahl.bsky.social Kasia, Charles, Tom, Amandeep, Julie and everyone at CBCB! Looking forward to working closely with everyone! #microsky

  15. Wonderful start of day 2 with Maja Rupnik highlighting the importance of environmental, particularly soil for #Cdiff transmission. #clostpath14 #microsky

  16. Instead of flashcards, we Rube Goldberg’d this with #Bioconductor ! Analyzed 3,280 E. coli genomes from NCBI, detecting ESBL genes in 84.4% of samples. CTX-M-15 was most common. Helped us understand gene nomenclature and sequence analysis! 📊🔬

    #idsky #microsky #amr #rstats

    kenkoonwong.com/blog/amr/

  17. Instead of flashcards, we Rube Goldberg’d this with #Bioconductor ! Analyzed 3,280 E. coli genomes from NCBI, detecting ESBL genes in 84.4% of samples. CTX-M-15 was most common. Helped us understand gene nomenclature and sequence analysis! 📊🔬

    #idsky #microsky #amr #rstats

    kenkoonwong.com/blog/amr/

  18. Instead of flashcards, we Rube Goldberg’d this with #Bioconductor ! Analyzed 3,280 E. coli genomes from NCBI, detecting ESBL genes in 84.4% of samples. CTX-M-15 was most common. Helped us understand gene nomenclature and sequence analysis! 📊🔬

    #idsky #microsky #amr #rstats

    kenkoonwong.com/blog/amr/

  19. Instead of flashcards, we Rube Goldberg’d this with #Bioconductor ! Analyzed 3,280 E. coli genomes from NCBI, detecting ESBL genes in 84.4% of samples. CTX-M-15 was most common. Helped us understand gene nomenclature and sequence analysis! 📊🔬

    #idsky #microsky #amr #rstats

    kenkoonwong.com/blog/amr/

  20. Instead of flashcards, we Rube Goldberg’d this with #Bioconductor ! Analyzed 3,280 E. coli genomes from NCBI, detecting ESBL genes in 84.4% of samples. CTX-M-15 was most common. Helped us understand gene nomenclature and sequence analysis! 📊🔬

    #idsky #microsky #amr #rstats

    kenkoonwong.com/blog/amr/

  21. I do hope one day we'll be able to move phages beyond a tantalising promise to knowing if and how they can be part of our antibiotic arsenal #IDSky #ClinMicro #AMR #MicroSky @bsacandjac.bsky.social academic.oup.com/jac/advance-...

    Phages connect the biological ...

  22. 📢 Join the Chemical Biology Symposium: Spotlight on Women in the North-East event - 📅 21st May, 1-4 pm Register online: forms.office.com/Pages/Respon... #chembio 🧪 #microsky

  23. Watching the flagellar motor at work

    by Lucas Le Nagard — Swimming E. coli typically cover a distance equivalent to the radius of a human hair each second. It might not seem very impressive… But for a 2 µm bacterium, it corresponds to 10 body lengths per second! Much better than the swimming speed of our best athletes, which barely exceeds one body length per second. So, how does E. coli achieve this?

    Read more > schaechter.asmblog.org/schaech
    #MicroSky

  24. Watching the flagellar motor at work

    by Lucas Le Nagard — Swimming E. coli typically cover a distance equivalent to the radius of a human hair each second. It might not seem very impressive… But for a 2 µm bacterium, it corresponds to 10 body lengths per second! Much better than the swimming speed of our best athletes, which barely exceeds one body length per second. So, how does E. coli achieve this?

    Read more > schaechter.asmblog.org/schaech
    #MicroSky

  25. Watching the flagellar motor at work

    by Lucas Le Nagard — Swimming E. coli typically cover a distance equivalent to the radius of a human hair each second. It might not seem very impressive… But for a 2 µm bacterium, it corresponds to 10 body lengths per second! Much better than the swimming speed of our best athletes, which barely exceeds one body length per second. So, how does E. coli achieve this?

    Read more > schaechter.asmblog.org/schaech
    #MicroSky

  26. Watching the flagellar motor at work

    by Lucas Le Nagard — Swimming E. coli typically cover a distance equivalent to the radius of a human hair each second. It might not seem very impressive… But for a 2 µm bacterium, it corresponds to 10 body lengths per second! Much better than the swimming speed of our best athletes, which barely exceeds one body length per second. So, how does E. coli achieve this?

    Read more > schaechter.asmblog.org/schaech
    #MicroSky

  27. Watching the flagellar motor at work

    by Lucas Le Nagard — Swimming E. coli typically cover a distance equivalent to the radius of a human hair each second. It might not seem very impressive… But for a 2 µm bacterium, it corresponds to 10 body lengths per second! Much better than the swimming speed of our best athletes, which barely exceeds one body length per second. So, how does E. coli achieve this?

    Read more > schaechter.asmblog.org/schaech
    #MicroSky

  28. Hey team #meal-ioidosis #idsky #microsky we're in 3rd place overall! If you haven't kicked in, you have until tomorrow to donate at hcwvshunger.org. "Healthcare workers" can be broadly defined, so micro/epi people feel free to join--there's even a group for science writers (team #EatOurWords).

    RE: https://bsky.app/profile/did:plc:ll54q6vh3u7ty7zprmk3gdoq/post/3lcdfxeblm225

    Healthcare Workers vs Hunger

  29. Hey team #meal-ioidosis #idsky #microsky we're in 3rd place overall! If you haven't kicked in, you have until tomorrow to donate at hcwvshunger.org. "Healthcare workers" can be broadly defined, so micro/epi people feel free to join--there's even a group for science writers (team #EatOurWords).

    RE: https://bsky.app/profile/did:plc:ll54q6vh3u7ty7zprmk3gdoq/post/3lcdfxeblm225

    Healthcare Workers vs Hunger

  30. People can be infected by #resistant #microbes through recreational use of our #environment. 1 of our latest works developed an approach to assess a range of different scenarios for human #exposure to microbes resistant to antimicrobials 👉 www.gov.uk/government/p... #WAAW #OneHealth #MicroSky #AMR

    Risk screening and prioritisat...