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#microbiology — Public Fediverse posts

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

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  1. Researchers have systematically mapped over 1,200 interactions among 36 representative human gut bacterial species to understand how they promote or inhibit each other's growth.
    #Microbiology #MolecularBiology #Chemistry #sflorg
    sflorg.com/2026/08/mcb08222601

  2. Researchers have systematically mapped over 1,200 interactions among 36 representative human gut bacterial species to understand how they promote or inhibit each other's growth.
    #Microbiology #MolecularBiology #Chemistry #sflorg
    sflorg.com/2026/08/mcb08222601

  3. Researchers have systematically mapped over 1,200 interactions among 36 representative human gut bacterial species to understand how they promote or inhibit each other's growth.
    #Microbiology #MolecularBiology #Chemistry #sflorg
    sflorg.com/2026/08/mcb08222601

  4. Researchers have systematically mapped over 1,200 interactions among 36 representative human gut bacterial species to understand how they promote or inhibit each other's growth.
    #Microbiology #MolecularBiology #Chemistry #sflorg
    sflorg.com/2026/08/mcb08222601

  5. Researchers have systematically mapped over 1,200 interactions among 36 representative human gut bacterial species to understand how they promote or inhibit each other's growth.
    #Microbiology #MolecularBiology #Chemistry #sflorg
    sflorg.com/2026/08/mcb08222601

  6. Researchers have discovered that the local pattern of airflow, rather than just the overall ventilation rate, is the primary factor in determining how airborne diseases like tuberculosis spread in indoor spaces.
    #FluidPhysics #ComputationalModeling #Microbiology #InfectiousDiseases #EnvironmentalEngineering #sflorg
    sflorg.com/2026/08/phy08222601

  7. Researchers have discovered that the local pattern of airflow, rather than just the overall ventilation rate, is the primary factor in determining how airborne diseases like tuberculosis spread in indoor spaces.
    #FluidPhysics #ComputationalModeling #Microbiology #InfectiousDiseases #EnvironmentalEngineering #sflorg
    sflorg.com/2026/08/phy08222601

  8. Researchers have discovered that the local pattern of airflow, rather than just the overall ventilation rate, is the primary factor in determining how airborne diseases like tuberculosis spread in indoor spaces.
    #FluidPhysics #ComputationalModeling #Microbiology #InfectiousDiseases #EnvironmentalEngineering #sflorg
    sflorg.com/2026/08/phy08222601

  9. Researchers have discovered that the local pattern of airflow, rather than just the overall ventilation rate, is the primary factor in determining how airborne diseases like tuberculosis spread in indoor spaces.
    #FluidPhysics #ComputationalModeling #Microbiology #InfectiousDiseases #EnvironmentalEngineering #sflorg
    sflorg.com/2026/08/phy08222601

  10. Researchers have discovered that the local pattern of airflow, rather than just the overall ventilation rate, is the primary factor in determining how airborne diseases like tuberculosis spread in indoor spaces.
    #FluidPhysics #ComputationalModeling #Microbiology #InfectiousDiseases #EnvironmentalEngineering #sflorg
    sflorg.com/2026/08/phy08222601

  11. 🔬 The microbe that breaks biology's biggest rule - Parakaryon myojinensis

    Every living thing on Earth is either a prokaryote (no nucleus) or a eukaryote (has a nucleus). Except one.

    Parakaryon myojinensis was discovered in 2010 on a scale worm at a deep-sea hydrothermal vent off Japan. It has a single-membrane nucleoid - not the zero membranes of a prokaryote, nor the double membrane of a eukaryote. It contains endosymbiotic bacteria inside its cytoplasm but completely lacks mitochondria.

    Only one specimen has ever been found. Its DNA was destroyed during preparation for electron microscopy, so it has never been sequenced. Whether it represents a missing link between bacteria and complex cells or a unique structural anomaly remains one of biology's most tantalizing open questions.

    doi.org/10.1093/jmicro/dfs062

    #Biology #Microbiology #Evolution

  12. 🔬 The microbe that breaks biology's biggest rule - Parakaryon myojinensis

    Every living thing on Earth is either a prokaryote (no nucleus) or a eukaryote (has a nucleus). Except one.

    Parakaryon myojinensis was discovered in 2010 on a scale worm at a deep-sea hydrothermal vent off Japan. It has a single-membrane nucleoid - not the zero membranes of a prokaryote, nor the double membrane of a eukaryote. It contains endosymbiotic bacteria inside its cytoplasm but completely lacks mitochondria.

    Only one specimen has ever been found. Its DNA was destroyed during preparation for electron microscopy, so it has never been sequenced. Whether it represents a missing link between bacteria and complex cells or a unique structural anomaly remains one of biology's most tantalizing open questions.

    doi.org/10.1093/jmicro/dfs062

    #Biology #Microbiology #Evolution

  13. 🔬 The microbe that breaks biology's biggest rule - Parakaryon myojinensis

    Every living thing on Earth is either a prokaryote (no nucleus) or a eukaryote (has a nucleus). Except one.

    Parakaryon myojinensis was discovered in 2010 on a scale worm at a deep-sea hydrothermal vent off Japan. It has a single-membrane nucleoid - not the zero membranes of a prokaryote, nor the double membrane of a eukaryote. It contains endosymbiotic bacteria inside its cytoplasm but completely lacks mitochondria.

    Only one specimen has ever been found. Its DNA was destroyed during preparation for electron microscopy, so it has never been sequenced. Whether it represents a missing link between bacteria and complex cells or a unique structural anomaly remains one of biology's most tantalizing open questions.

    doi.org/10.1093/jmicro/dfs062

    #Biology #Microbiology #Evolution

  14. 🔬 The microbe that breaks biology's biggest rule - Parakaryon myojinensis

    Every living thing on Earth is either a prokaryote (no nucleus) or a eukaryote (has a nucleus). Except one.

    Parakaryon myojinensis was discovered in 2010 on a scale worm at a deep-sea hydrothermal vent off Japan. It has a single-membrane nucleoid - not the zero membranes of a prokaryote, nor the double membrane of a eukaryote. It contains endosymbiotic bacteria inside its cytoplasm but completely lacks mitochondria.

    Only one specimen has ever been found. Its DNA was destroyed during preparation for electron microscopy, so it has never been sequenced. Whether it represents a missing link between bacteria and complex cells or a unique structural anomaly remains one of biology's most tantalizing open questions.

    doi.org/10.1093/jmicro/dfs062

    #Biology #Microbiology #Evolution

  15. 🔬 The microbe that breaks biology's biggest rule - Parakaryon myojinensis

    Every living thing on Earth is either a prokaryote (no nucleus) or a eukaryote (has a nucleus). Except one.

    Parakaryon myojinensis was discovered in 2010 on a scale worm at a deep-sea hydrothermal vent off Japan. It has a single-membrane nucleoid - not the zero membranes of a prokaryote, nor the double membrane of a eukaryote. It contains endosymbiotic bacteria inside its cytoplasm but completely lacks mitochondria.

    Only one specimen has ever been found. Its DNA was destroyed during preparation for electron microscopy, so it has never been sequenced. Whether it represents a missing link between bacteria and complex cells or a unique structural anomaly remains one of biology's most tantalizing open questions.

    doi.org/10.1093/jmicro/dfs062

    #Biology #Microbiology #Evolution

  16. Gut #microbiota generate dinitrosyl iron complexes with cardiometabolic benefits.

    Gut microbe‑derived DNICs boost metabolism & reduce steatosis, revealing a nitrate‑iron pathway that supports cardiometabolic health

    #OpenAccess #metabolism #cardiovascular #microbiology

    davidojcius.blogspot.com/2026/

  17. Je mehr Nährstoffe, umso mehr Bakterienarten? Mitnichten!Mikrobiolgen der @unituebingen.bsky.social widerlegen, was Ökologen seit Jahrzehnten für selbstverständlich hielten. Warum mehr Auswahl am Buffet indes eher weniger Gäste ins Mikrobiom lockt: 👉 laborjournal.de/editorials/354 #Microbiome #Ecology #Microbiology

  18. Je mehr Nährstoffe, umso mehr Bakterienarten? Mitnichten!Mikrobiolgen der @unituebingen.bsky.social widerlegen, was Ökologen seit Jahrzehnten für selbstverständlich hielten. Warum mehr Auswahl am Buffet indes eher weniger Gäste ins Mikrobiom lockt: 👉 laborjournal.de/editorials/354 #Microbiome #Ecology #Microbiology

  19. Je mehr Nährstoffe, umso mehr Bakterienarten? Mitnichten!Mikrobiolgen der @unituebingen.bsky.social widerlegen, was Ökologen seit Jahrzehnten für selbstverständlich hielten. Warum mehr Auswahl am Buffet indes eher weniger Gäste ins Mikrobiom lockt: 👉 laborjournal.de/editorials/354 #Microbiome #Ecology #Microbiology

  20. Je mehr Nährstoffe, umso mehr Bakterienarten? Mitnichten!Mikrobiolgen der @unituebingen.bsky.social widerlegen, was Ökologen seit Jahrzehnten für selbstverständlich hielten. Warum mehr Auswahl am Buffet indes eher weniger Gäste ins Mikrobiom lockt: 👉 laborjournal.de/editorials/354 #Microbiome #Ecology #Microbiology

  21. Je mehr Nährstoffe, umso mehr Bakterienarten? Mitnichten!Mikrobiolgen der @unituebingen.bsky.social widerlegen, was Ökologen seit Jahrzehnten für selbstverständlich hielten. Warum mehr Auswahl am Buffet indes eher weniger Gäste ins Mikrobiom lockt: 👉 laborjournal.de/editorials/354 #Microbiome #Ecology #Microbiology

  22. RNA structures regulate norovirus life cycle & enable rational attenuation in vivo

    Conserved #norovirus RNA structures control replication & #immunity, enabling design of a stable, protective attenuated virus.

    #OpenAccess #virology #microbiology

    davidojcius.blogspot.com/2026/

  23. RNA structures regulate norovirus life cycle & enable rational attenuation in vivo

    Conserved #norovirus RNA structures control replication & #immunity, enabling design of a stable, protective attenuated virus.

    #OpenAccess #virology #microbiology

    davidojcius.blogspot.com/2026/

  24. RNA structures regulate norovirus life cycle & enable rational attenuation in vivo

    Conserved #norovirus RNA structures control replication & #immunity, enabling design of a stable, protective attenuated virus.

    #OpenAccess #virology #microbiology

    davidojcius.blogspot.com/2026/

  25. RNA structures regulate norovirus life cycle & enable rational attenuation in vivo

    Conserved #norovirus RNA structures control replication & #immunity, enabling design of a stable, protective attenuated virus.

    #OpenAccess #virology #microbiology

    davidojcius.blogspot.com/2026/

  26. RNA structures regulate norovirus life cycle & enable rational attenuation in vivo

    Conserved #norovirus RNA structures control replication & #immunity, enabling design of a stable, protective attenuated virus.

    #OpenAccess #virology #microbiology

    davidojcius.blogspot.com/2026/

  27. 📢 Join the 6th NFDI4Microbiota Knowledge Base Sprint!

    Are you a #microbiology researcher, #RDM expert, data enthusiast or developer? Help improve the NFDI4Microbiota Knowledge Base by adding content, suggesting topics, or improving its code and structure.

    No previous experience with the Knowledge Base is required, and you can contribute according to your interests and skills.

    📅 13–15 Oct 2026 | 💻 Online
    👉 Register by 9 Oct: tinyurl.com/mspr9td3

    We look forward to working with you!

  28. 📢 Join the 6th NFDI4Microbiota Knowledge Base Sprint!

    Are you a #microbiology researcher, #RDM expert, data enthusiast or developer? Help improve the NFDI4Microbiota Knowledge Base by adding content, suggesting topics, or improving its code and structure.

    No previous experience with the Knowledge Base is required, and you can contribute according to your interests and skills.

    📅 13–15 Oct 2026 | 💻 Online
    👉 Register by 9 Oct: tinyurl.com/mspr9td3

    We look forward to working with you!

  29. 📢 Join the 6th NFDI4Microbiota Knowledge Base Sprint!

    Are you a #microbiology researcher, #RDM expert, data enthusiast or developer? Help improve the NFDI4Microbiota Knowledge Base by adding content, suggesting topics, or improving its code and structure.

    No previous experience with the Knowledge Base is required, and you can contribute according to your interests and skills.

    📅 13–15 Oct 2026 | 💻 Online
    👉 Register by 9 Oct: tinyurl.com/mspr9td3

    We look forward to working with you!

  30. 📢 Join the 6th NFDI4Microbiota Knowledge Base Sprint!

    Are you a #microbiology researcher, #RDM expert, data enthusiast or developer? Help improve the NFDI4Microbiota Knowledge Base by adding content, suggesting topics, or improving its code and structure.

    No previous experience with the Knowledge Base is required, and you can contribute according to your interests and skills.

    📅 13–15 Oct 2026 | 💻 Online
    👉 Register by 9 Oct: tinyurl.com/mspr9td3

    We look forward to working with you!

  31. 📢 Join the 6th NFDI4Microbiota Knowledge Base Sprint!

    Are you a #microbiology researcher, #RDM expert, data enthusiast or developer? Help improve the NFDI4Microbiota Knowledge Base by adding content, suggesting topics, or improving its code and structure.

    No previous experience with the Knowledge Base is required, and you can contribute according to your interests and skills.

    📅 13–15 Oct 2026 | 💻 Online
    👉 Register by 9 Oct: tinyurl.com/mspr9td3

    We look forward to working with you!

  32. Fucoidan restores age-associated intestinal homeostasis in aged mice

    With global aging, intestinal homeostasis disruption contributes to inflammation, oxidative stress, and metabolic disorders. This study assessed fucoidan…
    #UnitedStates #US #USA #america #Chemistry/FoodScience #diseases #FoodMicrobiology #foodscience #Gastroenterology #general #microbiology #nutrition #science #technology #unitedstatesofamerica
    europesays.com/3206311/

  33. Researchers have discovered that altering the carbon source in bacterial fermentation—specifically using inexpensive sugarcane molasses instead of refined sucrose—can significantly enhance the structural and biological properties of bacterial exopolysaccharides (EPSs).
    #Microbiology #Biochemistry #MaterialsScience #BiomedicalEngineering #sflorg
    sflorg.com/2026/08/mcb08192602

  34. Researchers have discovered that altering the carbon source in bacterial fermentation—specifically using inexpensive sugarcane molasses instead of refined sucrose—can significantly enhance the structural and biological properties of bacterial exopolysaccharides (EPSs).
    #Microbiology #Biochemistry #MaterialsScience #BiomedicalEngineering #sflorg
    sflorg.com/2026/08/mcb08192602

  35. Researchers have discovered that altering the carbon source in bacterial fermentation—specifically using inexpensive sugarcane molasses instead of refined sucrose—can significantly enhance the structural and biological properties of bacterial exopolysaccharides (EPSs).
    #Microbiology #Biochemistry #MaterialsScience #BiomedicalEngineering #sflorg
    sflorg.com/2026/08/mcb08192602

  36. Researchers have discovered that altering the carbon source in bacterial fermentation—specifically using inexpensive sugarcane molasses instead of refined sucrose—can significantly enhance the structural and biological properties of bacterial exopolysaccharides (EPSs).
    #Microbiology #Biochemistry #MaterialsScience #BiomedicalEngineering #sflorg
    sflorg.com/2026/08/mcb08192602

  37. Researchers have discovered that altering the carbon source in bacterial fermentation—specifically using inexpensive sugarcane molasses instead of refined sucrose—can significantly enhance the structural and biological properties of bacterial exopolysaccharides (EPSs).
    #Microbiology #Biochemistry #MaterialsScience #BiomedicalEngineering #sflorg
    sflorg.com/2026/08/mcb08192602

  38. Researchers have identified a specific protein, TgPRO, that allows the Toxoplasma gondii parasite to alter its metabolism to survive the nutrient-poor, crowded conditions inside a host cell cyst.
    #Microbiology #Parasitology #MolecularBiology #CellularBiology #Genetics #sflorg
    sflorg.com/2026/08/mcb08192601

  39. Researchers have identified a specific protein, TgPRO, that allows the Toxoplasma gondii parasite to alter its metabolism to survive the nutrient-poor, crowded conditions inside a host cell cyst.
    #Microbiology #Parasitology #MolecularBiology #CellularBiology #Genetics #sflorg
    sflorg.com/2026/08/mcb08192601

  40. Researchers have identified a specific protein, TgPRO, that allows the Toxoplasma gondii parasite to alter its metabolism to survive the nutrient-poor, crowded conditions inside a host cell cyst.
    #Microbiology #Parasitology #MolecularBiology #CellularBiology #Genetics #sflorg
    sflorg.com/2026/08/mcb08192601

  41. Researchers have identified a specific protein, TgPRO, that allows the Toxoplasma gondii parasite to alter its metabolism to survive the nutrient-poor, crowded conditions inside a host cell cyst.
    #Microbiology #Parasitology #MolecularBiology #CellularBiology #Genetics #sflorg
    sflorg.com/2026/08/mcb08192601

  42. Researchers have identified a specific protein, TgPRO, that allows the Toxoplasma gondii parasite to alter its metabolism to survive the nutrient-poor, crowded conditions inside a host cell cyst.
    #Microbiology #Parasitology #MolecularBiology #CellularBiology #Genetics #sflorg
    sflorg.com/2026/08/mcb08192601

  43. Protein landscape of the chromatin domains in the #malaria parasite #Plasmodium falciparum.

    Comprehensive proteomic mapping of P. falciparum chromatin identifies 214 proteins, revealing novel #epigenetic regulators.

    #microbiology #parasitology

    davidojcius.blogspot.com/2026/

  44. Protein landscape of the chromatin domains in the #malaria parasite #Plasmodium falciparum.

    Comprehensive proteomic mapping of P. falciparum chromatin identifies 214 proteins, revealing novel #epigenetic regulators.

    #microbiology #parasitology

    davidojcius.blogspot.com/2026/

  45. Protein landscape of the chromatin domains in the #malaria parasite #Plasmodium falciparum.

    Comprehensive proteomic mapping of P. falciparum chromatin identifies 214 proteins, revealing novel #epigenetic regulators.

    #microbiology #parasitology

    davidojcius.blogspot.com/2026/

  46. Protein landscape of the chromatin domains in the #malaria parasite #Plasmodium falciparum.

    Comprehensive proteomic mapping of P. falciparum chromatin identifies 214 proteins, revealing novel #epigenetic regulators.

    #microbiology #parasitology

    davidojcius.blogspot.com/2026/