One of the most compelling was an outbreak in apartment complex in South Korea, in which only residents living in apartments connected by a common
ventilation shaft were infected. All 7 affected apartments (out of a total of 200) were located along the vertical line of the shaft, suggesting a stack effect carried virus-laden aerosols into residents’ bathrooms.10
✅-3 - Would those aerosols be capable of infection? Yes -
"the primary receptor of SARS-CoV-2 for infection is understood to be ACE2 [23], which is expressed throughout the human respiratory tract, indicating that inhalation would be a compatible route of infection."
As an anonymous clean air advocate, I've put a bit of thought into how to present, well, my expertise.
If someone were to say, "How do I know you know what you are talking about? Are you a doctor, or a virologist?"
To which, I would say...."No, but that's a good thing.
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I have focused on aerosol and masking science. Because it is those fields that give us the most information on how airborne particles, aerosols, get from Person A to Person B.
My expertise is derived from the great studies of Dr. Lindsay Marr, MacArthur recipient. Dr. Prather,
double National Academy member, Dr Milton, inventor of the Gesundheit, aerosol scientist and medical doctor; Dr Coleman whose group found that duckbill N95s captured 98% of emitted respiratory aerosols, and more excellent individual aerosol scientists.
A study demonstrated 100% PERFECT protection against SARS2 w/ readily available KF94s
✅ 181 HCWs
✅ 1 got SARS2 antibodies, but an epi investigation -> the infection happened elsewhere.
😡 The final checkpoint was March 2021. N95s only became freely available 1 month later
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This is in comparison to a Swiss study during the same rough time-frame. A study which did NOT show the same excellent results, but dismal results. Why?