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#botulinum — Public Fediverse posts

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

  1. We start #clostpath14 with #toxins from a diverse range of Clostridia, with Sabine Pellet giving an overview on distinct subclass of #botulinum neurotoxins

  2. 📑 Neue Publikation in Nature Structural & Molecular Biology: Ein internationales Forscher-Team hat einen neuen Wirkmechanismus zur Verstärkung der oralen Toxizität von #Botulinum Neurotoxinen aufgeklärt.

    Mehr erfahren:
    🔗 rki.de/DE/Institut/Organisatio

  3. 📑 Neue Publikation in Nature Structural & Molecular Biology: Ein internationales Forscher-Team hat einen neuen Wirkmechanismus zur Verstärkung der oralen Toxizität von #Botulinum Neurotoxinen aufgeklärt.

    Mehr erfahren:
    🔗 rki.de/DE/Institut/Organisatio

  4. 📑 Neue Publikation in Nature Structural & Molecular Biology: Ein internationales Forscher-Team hat einen neuen Wirkmechanismus zur Verstärkung der oralen Toxizität von #Botulinum Neurotoxinen aufgeklärt.

    Mehr erfahren:
    🔗 rki.de/DE/Institut/Organisatio

  5. 📑 Neue Publikation in Nature Structural & Molecular Biology: Ein internationales Forscher-Team hat einen neuen Wirkmechanismus zur Verstärkung der oralen Toxizität von #Botulinum Neurotoxinen aufgeklärt.

    Mehr erfahren:
    🔗 rki.de/DE/Institut/Organisatio

  6. 📑 Neue Publikation in Nature Structural & Molecular Biology: Ein internationales Forscher-Team hat einen neuen Wirkmechanismus zur Verstärkung der oralen Toxizität von #Botulinum Neurotoxinen aufgeklärt.

    Mehr erfahren:
    🔗 rki.de/DE/Institut/Organisatio

  7. PSI researchers have discovered a surprising trick that could expand the possibilities for medical use of #botulinum toxin A1, better known under the name #Botox , as an active agent. They have developed #antibody-like #proteins that speed up the enzyme’s effect on the transmission of #nerve signals.
    #Pharmaceutical #Biology #Microbiology #Medical #sflorg
    sflorg.com/2023/12/phar1218230

  8. PSI researchers have discovered a surprising trick that could expand the possibilities for medical use of #botulinum toxin A1, better known under the name #Botox , as an active agent. They have developed #antibody-like #proteins that speed up the enzyme’s effect on the transmission of #nerve signals.
    #Pharmaceutical #Biology #Microbiology #Medical #sflorg
    sflorg.com/2023/12/phar1218230

  9. PSI researchers have discovered a surprising trick that could expand the possibilities for medical use of #botulinum toxin A1, better known under the name #Botox , as an active agent. They have developed #antibody-like #proteins that speed up the enzyme’s effect on the transmission of #nerve signals.
    #Pharmaceutical #Biology #Microbiology #Medical #sflorg
    sflorg.com/2023/12/phar1218230

  10. PSI researchers have discovered a surprising trick that could expand the possibilities for medical use of #botulinum toxin A1, better known under the name #Botox , as an active agent. They have developed #antibody-like #proteins that speed up the enzyme’s effect on the transmission of #nerve signals.
    #Pharmaceutical #Biology #Microbiology #Medical #sflorg
    sflorg.com/2023/12/phar1218230

  11. PSI researchers have discovered a surprising trick that could expand the possibilities for medical use of #botulinum toxin A1, better known under the name #Botox , as an active agent. They have developed #antibody-like #proteins that speed up the enzyme’s effect on the transmission of #nerve signals.
    #Pharmaceutical #Biology #Microbiology #Medical #sflorg
    sflorg.com/2023/12/phar1218230

  12. In issue 13:
    Highlight on #FBXL4 E3 controlling basal mitophagy via NIX/#BNIP3 degradation
    #Salicylic acid attenuates #brassinosteroid signaling by removing S-acylation from proteins
    #Nucleoporin foci as stress-sensitive condensates
    Mechanism of #botulinum #neurotoxin presynaptic targeting
    Cover: Natalia Prevarskaya and coworkers
    embopress.org/toc/14602075/202

  13. In issue 13:
    Highlight on #FBXL4 E3 controlling basal mitophagy via NIX/#BNIP3 degradation
    #Salicylic acid attenuates #brassinosteroid signaling by removing S-acylation from proteins
    #Nucleoporin foci as stress-sensitive condensates
    Mechanism of #botulinum #neurotoxin presynaptic targeting
    Cover: Natalia Prevarskaya and coworkers
    embopress.org/toc/14602075/202

  14. In issue 13:
    Highlight on #FBXL4 E3 controlling basal mitophagy via NIX/#BNIP3 degradation
    #Salicylic acid attenuates #brassinosteroid signaling by removing S-acylation from proteins
    #Nucleoporin foci as stress-sensitive condensates
    Mechanism of #botulinum #neurotoxin presynaptic targeting
    Cover: Natalia Prevarskaya and coworkers
    embopress.org/toc/14602075/202

  15. In issue 13:
    Highlight on #FBXL4 E3 controlling basal mitophagy via NIX/#BNIP3 degradation
    #Salicylic acid attenuates #brassinosteroid signaling by removing S-acylation from proteins
    #Nucleoporin foci as stress-sensitive condensates
    Mechanism of #botulinum #neurotoxin presynaptic targeting
    Cover: Natalia Prevarskaya and coworkers
    embopress.org/toc/14602075/202

  16. In issue 13:
    Highlight on #FBXL4 E3 controlling basal mitophagy via NIX/#BNIP3 degradation
    #Salicylic acid attenuates #brassinosteroid signaling by removing S-acylation from proteins
    #Nucleoporin foci as stress-sensitive condensates
    Mechanism of #botulinum #neurotoxin presynaptic targeting
    Cover: Natalia Prevarskaya and coworkers
    embopress.org/toc/14602075/202

  17. How do #botulinum toxins get to nerve ends to mediate #neurointoxication?
    F. Meunier Lab shows that BoNT/A uptake into #synaptic #vesicles is via hijacking of a tripartite membrane nanocluster of #polysialogangliosides, #synaptotagmin and glycoprotein SV2
    embopress.org/doi/10.15252/emb

  18. How do #botulinum toxins get to nerve ends to mediate #neurointoxication?
    F. Meunier Lab shows that BoNT/A uptake into #synaptic #vesicles is via hijacking of a tripartite membrane nanocluster of #polysialogangliosides, #synaptotagmin and glycoprotein SV2
    embopress.org/doi/10.15252/emb

  19. How do #botulinum toxins get to nerve ends to mediate #neurointoxication?
    F. Meunier Lab shows that BoNT/A uptake into #synaptic #vesicles is via hijacking of a tripartite membrane nanocluster of #polysialogangliosides, #synaptotagmin and glycoprotein SV2
    embopress.org/doi/10.15252/emb

  20. How do #botulinum toxins get to nerve ends to mediate #neurointoxication?
    F. Meunier Lab shows that BoNT/A uptake into #synaptic #vesicles is via hijacking of a tripartite membrane nanocluster of #polysialogangliosides, #synaptotagmin and glycoprotein SV2
    embopress.org/doi/10.15252/emb

  21. Findings of the new study shows that a single injection of the precisely engineered #botulinum #neurotoxin provides long-lasting relief in mice models, without adverse effects.
    #Botox #Pharmaceutical #Medical #sflorg
    sflorg.com/2023/04/phar0411230

  22. Findings of the new study shows that a single injection of the precisely engineered #botulinum #neurotoxin provides long-lasting relief in mice models, without adverse effects.
    #Botox #Pharmaceutical #Medical #sflorg
    sflorg.com/2023/04/phar0411230

  23. Findings of the new study shows that a single injection of the precisely engineered #botulinum #neurotoxin provides long-lasting relief in mice models, without adverse effects.
    #Botox #Pharmaceutical #Medical #sflorg
    sflorg.com/2023/04/phar0411230

  24. Findings of the new study shows that a single injection of the precisely engineered #botulinum #neurotoxin provides long-lasting relief in mice models, without adverse effects.
    #Botox #Pharmaceutical #Medical #sflorg
    sflorg.com/2023/04/phar0411230

  25. Findings of the new study shows that a single injection of the precisely engineered #botulinum #neurotoxin provides long-lasting relief in mice models, without adverse effects.
    #Botox #Pharmaceutical #Medical #sflorg
    sflorg.com/2023/04/phar0411230

  26. #JustPublished!
    #ECDC's overview of recent cases of #botulism in Europe, linked to weight loss medical interventions performed in Türkiye.

    Read more ⬇️⬇️⬇️
    RT @ECDC_Outbreaks: #JustPublished!
    #Botulism cases in Europe following medical interventions with #botulinum neurotoxin.

    67 cases of botulism linked to intragastric injection of the botulism neurotoxin (#BoNT) have been reported in DE (12), AU (1), CH (1) & TR (53).

    ecdc.europa.eu/en/news-events/

    🐦🔗: n.respublicae.eu/ECDC_EU/statu

  27. #JustPublished!
    #ECDC's overview of recent cases of #botulism in Europe, linked to weight loss medical interventions performed in Türkiye.

    Read more ⬇️⬇️⬇️
    RT @ECDC_Outbreaks: #JustPublished!
    #Botulism cases in Europe following medical interventions with #botulinum neurotoxin.

    67 cases of botulism linked to intragastric injection of the botulism neurotoxin (#BoNT) have been reported in DE (12), AU (1), CH (1) & TR (53).

    ecdc.europa.eu/en/news-events/

    🐦🔗: n.respublicae.eu/ECDC_EU/statu