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#spillover — Public Fediverse posts

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

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  1. RE: mastodon.social/@Carl_Zimmer/1

    Woher kommt das #Bundibugyo-Virus, das für den aktuellen Ebola-Ausbruch in DRC verantwortlich ist? Fabian Leendertz @Helmholtz_HIOH erklärt @Carl_Zimmer @nytimes, warum er mit seinem Team auf Langzeit-Surveillance setzt, um Tierreservoirs von Viren zu identifizieren und #Spillover zu entdecken.

  2. RE: mastodon.social/@Carl_Zimmer/1

    Woher kommt das #Bundibugyo-Virus, das für den aktuellen Ebola-Ausbruch in DRC verantwortlich ist? Fabian Leendertz @Helmholtz_HIOH erklärt @Carl_Zimmer @nytimes, warum er mit seinem Team auf Langzeit-Surveillance setzt, um Tierreservoirs von Viren zu identifizieren und #Spillover zu entdecken.

  3. RE: mastodon.social/@Carl_Zimmer/1

    Woher kommt das #Bundibugyo-Virus, das für den aktuellen Ebola-Ausbruch in DRC verantwortlich ist? Fabian Leendertz @Helmholtz_HIOH erklärt @Carl_Zimmer @nytimes, warum er mit seinem Team auf Langzeit-Surveillance setzt, um Tierreservoirs von Viren zu identifizieren und #Spillover zu entdecken.

  4. #Climatechange and zoonotic #spillover: lessons from recent #hantavirus events,
    rdcu.be/fpq5w

    Global climate change, ecological disruption, and increasing human mobility are converging to reshape infectious disease risk, as illustrated by recent hantavirus-associated cases linked to South American cruise routes.

  5. #Climatechange and zoonotic #spillover: lessons from recent #hantavirus events,
    rdcu.be/fpq5w

    Global climate change, ecological disruption, and increasing human mobility are converging to reshape infectious disease risk, as illustrated by recent hantavirus-associated cases linked to South American cruise routes.

  6. #Climatechange and zoonotic #spillover: lessons from recent #hantavirus events,
    rdcu.be/fpq5w

    Global climate change, ecological disruption, and increasing human mobility are converging to reshape infectious disease risk, as illustrated by recent hantavirus-associated cases linked to South American cruise routes.

  7. Pathogen host-jumps pose major risks to health, but how can we predict them? This study shows that #pathogen novelty, rather than #spillover rate, is a stronger predictor of host-jump risk, so we should monitor emerging pathogens with limited spillover histories @PLOSBiology plos.io/4ss5WCY

  8. Pathogen host-jumps pose major risks to health, but how can we predict them? This study shows that #pathogen novelty, rather than #spillover rate, is a stronger predictor of host-jump risk, so we should monitor emerging pathogens with limited spillover histories @PLOSBiology plos.io/4ss5WCY

  9. Pathogen host-jumps pose major risks to health, but how can we predict them? This study shows that #pathogen novelty, rather than #spillover rate, is a stronger predictor of host-jump risk, so we should monitor emerging pathogens with limited spillover histories @PLOSBiology plos.io/4ss5WCY

  10. Will a #virus spillover into a new host species lead to dead-end infection or sustained #epidemic? This study uses a nematode-virus model to show that early #spillover traits, especially infection prevalence & shedding, are important predictors of viral persistence @PLOSBiology plos.io/3UCnZHp

  11. Will a #virus spillover into a new host species lead to dead-end infection or sustained #epidemic? This study uses a nematode-virus model to show that early #spillover traits, especially infection prevalence & shedding, are important predictors of viral persistence @PLOSBiology plos.io/3UCnZHp

  12. Will a #virus spillover into a new host species lead to dead-end infection or sustained #epidemic? This study uses a nematode-virus model to show that early #spillover traits, especially infection prevalence & shedding, are important predictors of viral persistence @PLOSBiology plos.io/3UCnZHp