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#hgt — Public Fediverse posts

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

  1. Tannier et al. simulated horizontal gene transfer (HGT) with ghost lineages, finding that, when only 1% of potential donors are sampled, ca. 50% of SPR-inferred HGTs misidentify donors.

    🔗 doi.org/10.1093/molbev/msaf128

    #evobio #HGT

  2. Tannier et al. simulated horizontal gene transfer (HGT) with ghost lineages, finding that, when only 1% of potential donors are sampled, ca. 50% of SPR-inferred HGTs misidentify donors.

    🔗 doi.org/10.1093/molbev/msaf128

    #evobio #HGT

  3. Tannier et al. simulated horizontal gene transfer (HGT) with ghost lineages, finding that, when only 1% of potential donors are sampled, ca. 50% of SPR-inferred HGTs misidentify donors.

    🔗 doi.org/10.1093/molbev/msaf128

    #evobio #HGT

  4. Tannier et al. simulated horizontal gene transfer (HGT) with ghost lineages, finding that, when only 1% of potential donors are sampled, ca. 50% of SPR-inferred HGTs misidentify donors.

    🔗 doi.org/10.1093/molbev/msaf128

    #evobio #HGT

  5. Tannier et al. simulated horizontal gene transfer (HGT) with ghost lineages, finding that, when only 1% of potential donors are sampled, ca. 50% of SPR-inferred HGTs misidentify donors.

    🔗 doi.org/10.1093/molbev/msaf128

    #evobio #HGT

  6. The #diatom genus Nitzschia lost photosynthesis to become free-living heterotrophs. This study shows how #HGT from marine bacteria, followed by #GeneDuplication & #neofunctionalization, allowed them to catabolize #alginate & live off brown algal polysaccharides @PLOSBiology plos.io/41WaW8e

  7. The #diatom genus Nitzschia lost photosynthesis to become free-living heterotrophs. This study shows how #HGT from marine bacteria, followed by #GeneDuplication & #neofunctionalization, allowed them to catabolize #alginate & live off brown algal polysaccharides @PLOSBiology plos.io/41WaW8e

  8. The #diatom genus Nitzschia lost photosynthesis to become free-living heterotrophs. This study shows how #HGT from marine bacteria, followed by #GeneDuplication & #neofunctionalization, allowed them to catabolize #alginate & live off brown algal polysaccharides @PLOSBiology plos.io/41WaW8e

  9. The #diatom genus Nitzschia lost photosynthesis to become free-living heterotrophs. This study shows how #HGT from marine bacteria, followed by #GeneDuplication & #neofunctionalization, allowed them to catabolize #alginate & live off brown algal polysaccharides @PLOSBiology plos.io/41WaW8e

  10. The #diatom genus Nitzschia lost photosynthesis to become free-living heterotrophs. This study shows how #HGT from marine bacteria, followed by #GeneDuplication & #neofunctionalization, allowed them to catabolize #alginate & live off brown algal polysaccharides @PLOSBiology plos.io/41WaW8e

  11. Historical outbreaks of #CoffeeWilt disease linked to gene transfer from another fungus phys.org/news/2024-12-historic

    Horizontal transfers between fungal #Fusarium species contributed to successive outbreaks of #coffee wilt disease: Lily Peck et al. journals.plos.org/plosbiology/

    "The #fungus that causes coffee wilt disease repeatedly took up segments of DNA from a related fungal pathogen, which contributed to successive outbreaks of the disease."

    #Fungi #PlantPathology #LGT #HGT #Evolution #Biology

  12. Historical outbreaks of #CoffeeWilt disease linked to gene transfer from another fungus phys.org/news/2024-12-historic

    Horizontal transfers between fungal #Fusarium species contributed to successive outbreaks of #coffee wilt disease: Lily Peck et al. journals.plos.org/plosbiology/

    "The #fungus that causes coffee wilt disease repeatedly took up segments of DNA from a related fungal pathogen, which contributed to successive outbreaks of the disease."

    #Fungi #PlantPathology #LGT #HGT #Evolution #Biology

  13. Historical outbreaks of #CoffeeWilt disease linked to gene transfer from another fungus phys.org/news/2024-12-historic

    Horizontal transfers between fungal #Fusarium species contributed to successive outbreaks of #coffee wilt disease: Lily Peck et al. journals.plos.org/plosbiology/

    "The #fungus that causes coffee wilt disease repeatedly took up segments of DNA from a related fungal pathogen, which contributed to successive outbreaks of the disease."

    #Fungi #PlantPathology #LGT #HGT #Evolution #Biology

  14. Historical outbreaks of #CoffeeWilt disease linked to gene transfer from another fungus phys.org/news/2024-12-historic

    Horizontal transfers between fungal #Fusarium species contributed to successive outbreaks of #coffee wilt disease: Lily Peck et al. journals.plos.org/plosbiology/

    "The #fungus that causes coffee wilt disease repeatedly took up segments of DNA from a related fungal pathogen, which contributed to successive outbreaks of the disease."

    #Fungi #PlantPathology #LGT #HGT #Evolution #Biology

  15. Historical outbreaks of #CoffeeWilt disease linked to gene transfer from another fungus phys.org/news/2024-12-historic

    Horizontal transfers between fungal #Fusarium species contributed to successive outbreaks of #coffee wilt disease: Lily Peck et al. journals.plos.org/plosbiology/

    "The #fungus that causes coffee wilt disease repeatedly took up segments of DNA from a related fungal pathogen, which contributed to successive outbreaks of the disease."

    #Fungi #PlantPathology #LGT #HGT #Evolution #Biology

  16. How do "ghost" lineages impact use of branch length methods to infer timing of #HGT events? @toni_gabaldon &co discuss key considerations regarding the potential effect of such missing lineages: plos.io/4crpJLl Response by @damdevienne &co: plos.io/49YqVEl

  17. How do "ghost" lineages impact use of branch length methods to infer timing of #HGT events? @toni_gabaldon &co discuss key considerations regarding the potential effect of such missing lineages: plos.io/4crpJLl Response by @damdevienne &co: plos.io/49YqVEl

  18. How do "ghost" lineages impact use of branch length methods to infer timing of #HGT events? @toni_gabaldon &co discuss key considerations regarding the potential effect of such missing lineages: plos.io/4crpJLl Response by @damdevienne &co: plos.io/49YqVEl

  19. How do "ghost" lineages impact use of branch length methods to infer timing of #HGT events? @toni_gabaldon &co discuss key considerations regarding the potential effect of such missing lineages: plos.io/4crpJLl Response by @damdevienne &co: plos.io/49YqVEl

  20. How do "ghost" lineages impact use of branch length methods to infer timing of #HGT events? @toni_gabaldon &co discuss key considerations regarding the potential effect of such missing lineages: plos.io/4crpJLl Response by @damdevienne &co: plos.io/49YqVEl

  21. It's official, the final version of our newest research is out in The ISME Journal: "Bacteria use a catabolic patchwork pathway of apparently recent origin for degradation of the synthetic buffer compound TRIS"

    Read all about how #Pseudomonas and other #bacteria have learned to eat our well-beloved #TRIS buffer.

    doi.org/10.1093/ismejo/wrad023

    #microbiology #catabolism #ISME #HGT #plasmid #OA #evolution

  22. It's official, the final version of our newest research is out in The ISME Journal: "Bacteria use a catabolic patchwork pathway of apparently recent origin for degradation of the synthetic buffer compound TRIS"

    Read all about how #Pseudomonas and other #bacteria have learned to eat our well-beloved #TRIS buffer.

    doi.org/10.1093/ismejo/wrad023

    #microbiology #catabolism #ISME #HGT #plasmid #OA #evolution

  23. It's official, the final version of our newest research is out in The ISME Journal: "Bacteria use a catabolic patchwork pathway of apparently recent origin for degradation of the synthetic buffer compound TRIS"

    Read all about how #Pseudomonas and other #bacteria have learned to eat our well-beloved #TRIS buffer.

    doi.org/10.1093/ismejo/wrad023

    #microbiology #catabolism #ISME #HGT #plasmid #OA #evolution

  24. It's official, the final version of our newest research is out in The ISME Journal: "Bacteria use a catabolic patchwork pathway of apparently recent origin for degradation of the synthetic buffer compound TRIS"

    Read all about how #Pseudomonas and other #bacteria have learned to eat our well-beloved #TRIS buffer.

    doi.org/10.1093/ismejo/wrad023

    #microbiology #catabolism #ISME #HGT #plasmid #OA #evolution

  25. Ich bin gerade in der RB 14322 von #HGT nach #HBS in der /NI:RB46 auf der $1920 und $1812 #travelynx travelynx.de/status/nortix/169

  26. Ich bin gerade in der RB 14322 von #HGT nach #HBS in der /NI:RB46 auf der $1920 und $1812 #travelynx travelynx.de/status/nortix/169

  27. Ich bin gerade in der RB 14322 von #HGT nach #HBS in der /NI:RB46 auf der $1920 und $1812 #travelynx travelynx.de/status/nortix/169

  28. Ich bin gerade in der RB 14322 von #HGT nach #HBS in der /NI:RB46 auf der $1920 und $1812 #travelynx travelynx.de/status/nortix/169

  29. Ever wondered why your #TRIS-buffered solutions turn turbid on the shelf so quickly? Look no further, it’s #pseudomonas. new study from our lab out as a preprint describing a complete TRIS degradation pathway in #bacteria biorxiv.org/content/10.1101/20 #microbiology #HGT #biorxiv

  30. Ever wondered why your #TRIS-buffered solutions turn turbid on the shelf so quickly? Look no further, it’s #pseudomonas. new study from our lab out as a preprint describing a complete TRIS degradation pathway in #bacteria biorxiv.org/content/10.1101/20 #microbiology #HGT #biorxiv

  31. Ever wondered why your #TRIS-buffered solutions turn turbid on the shelf so quickly? Look no further, it’s #pseudomonas. new study from our lab out as a preprint describing a complete TRIS degradation pathway in #bacteria biorxiv.org/content/10.1101/20 #microbiology #HGT #biorxiv

  32. Ever wondered why your #TRIS-buffered solutions turn turbid on the shelf so quickly? Look no further, it’s #pseudomonas. new study from our lab out as a preprint describing a complete TRIS degradation pathway in #bacteria biorxiv.org/content/10.1101/20 #microbiology #HGT #biorxiv

  33. Ever wondered why your #TRIS-buffered solutions turn turbid on the shelf so quickly? Look no further, it’s #pseudomonas. new study from our lab out as a preprint describing a complete TRIS degradation pathway in #bacteria biorxiv.org/content/10.1101/20 #microbiology #HGT #biorxiv

  34. Excellent opportunity for anyone wanting to undertake a postdoc in #phage research, with Professor Andrey Shkoporov twitter.com/AShkoporov at University College Cork. Contact Andrey directly about this position.

    #microbiome #virome #HGT

  35. Excellent opportunity for anyone wanting to undertake a postdoc in #phage research, with Professor Andrey Shkoporov twitter.com/AShkoporov at University College Cork. Contact Andrey directly about this position.

    #microbiome #virome #HGT

  36. Excellent opportunity for anyone wanting to undertake a postdoc in #phage research, with Professor Andrey Shkoporov twitter.com/AShkoporov at University College Cork. Contact Andrey directly about this position.

    #microbiome #virome #HGT