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Scientists discover critical factors that determine the survival of airborne viruses

Scientists discover critical factors that determine the survival of airborne viruses
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Scientists Discover Critical Factors for Airborne Virus Survival

Scientists Discover Critical Factors for Airborne Virus Survival
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Scientists discover critical factors that determine the survival of airborne viruses

Scientists discover critical factors that determine the survival of airborne viruses
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Researchers discover critical factors that determine survival of airborne viruses

Researchers discover critical factors that determine survival of airborne viruses
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Scientists uncover critical insights into why airborne viruses lose their infectivity

Critical insights into why airborne viruses lose their infectivity have been uncovered by scientists at the University of Bristol.

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SARS-CoV-2 virus can lose 90% of infectivity when in aerosol particles within 20 minutes: Study

SARS-CoV-2 virus can lose 90% of infectivity when in aerosol particles within 20 minutes: Study
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Covid remains infectious for at least five minutes in bathrooms

Bristol University researchers found that the SARS-CoV-2 virus thrives in humid or damp environments.

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WATCH | Infectious Covid particles can spread beyond 2m when a person coughs, study suggests

When a person with Covid-19 coughs without a mask, small droplets can quickly spread well beyond two metres, a computer simulation found.

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Playing the flute generates fewer airborne particles than speaking, study finds

Playing wind instruments generates fewer airborne particles than speaking or singing and is no different than a person breathing, according to new research.
Scientists say the findings, published online in the journal Aerosol Science and Technology, could help develop a roadmap for lifting Covid-19 restrictions in the performing arts.
The study examined the amount of aerosols – a suspension of fine particles or liquid droplets – generated when a person played woodwind and brass instruments compared with breathing and vocalisation – speaking and singing.
It involved nine musicians playing 13 woodwind and brass instruments such as the flute, piccolo, clarinet, trumpet and trombone in an operating theatre with no background aerosol particles.

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Aerosol generated by playing wind instruments is less than that produced when vocalizing

Aerosol generated by playing wind instruments is less than that produced when vocalizing
Aerosol generated by playing woodwind and brass instruments is less than that produced when vocalizing (speaking and singing) and is no different than a person breathing, new research has found.
The findings, published online in the journal
Aerosol Science and Technology, could be crucial to developing a roadmap for lifting COVID-19 restrictions in the performing arts, which have been significantly restricted since the start of the pandemic.
The research project, known as PERFORM (ParticulatE Respiratory Matter to InForm Guidance for the Safe Distancing of PerfOrmeRs in a COVID-19 PandeMic), was supported by Public Health England, the Department for Digital, Culture, Media and Sport (DCMS), and UKRI and was carried out by a collaborative team from Imperial College London, University of Bristol, Wexham Park Hospital, Lewisham and Greenwich NHS Trust and Royal Brompton Hospital.

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