Thread by @SourceControl21

I love this comment publication

thanks to the great authors 💙

and to Prof K Prather to RT here❣️

2021
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'Aerosols’ can remain ‘airborne’ for long periods, depending on the local airflow patterns – and can be carried long distances to cause infection at distances greater than 1–2 m. '

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'The concentration of virus-laden particles will be highest in the plume of exhaled breath released by an infected person while breathing and talking or performing other respiratory activities'

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'Essentially, if a person can inhale a suspended particle, whatever the size and whatever the distance from the source (i.e. an infected person in this case), it is an aerosol'

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simply physicals 😉

'they can be inhaled, no matter how far they have travelled, they are aerosols'

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'aerosols can also transmit the virus over short, 1-m conversational, ‘garlic breath’ distances also, i.e. “within the same room or over longer distance from the source patient'

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source
👇


😷
7/journalofhospitalinfection.com/article/S0195-…

Do you know these Youtube clips?

Prof K.Prather did brillant work 💙

a) watch 👁👁 short👍
⬇️

b) watch 👁👁 long & enjoy👍
⬇️


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I will share here some highlights 💙

c)



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link to NECSI Youtube clips list
-> Cofounder of WHN 👍

✅️

15/youtube.com/@newenglandcom…

i)



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17/youtube.com/live/n_xnvanCC…

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ISIAQ link chanal

youtube.com/@isiaq-interna…

@threadreaderapp unroll

These free access youtube webinars

What happens to @CDCDirector ?

If you understood once airborne transmission prevention your duty is to implement mitigations standards

Friendly reminder #CovidIsNotOver
#COVIDisAirborne
@rki_de @dguv_ipa @ECDC_EU