RT @trishgreenhalgh: Remember: there is *good science* on how turbulent gas clouds of exhaled air spread respiratory infection. This is mec…
RT @trishgreenhalgh: Remember: there is *good science* on how turbulent gas clouds of exhaled air spread respiratory infection. This is mec…
RT @trishgreenhalgh: Remember: there is *good science* on how turbulent gas clouds of exhaled air spread respiratory infection. This is mec…
RT @trishgreenhalgh: Remember: there is *good science* on how turbulent gas clouds of exhaled air spread respiratory infection. This is mec…
RT @trishgreenhalgh: Remember: there is *good science* on how turbulent gas clouds of exhaled air spread respiratory infection. This is mec…
RT @trishgreenhalgh: Remember: there is *good science* on how turbulent gas clouds of exhaled air spread respiratory infection. This is mec…
RT @trishgreenhalgh: Remember: there is *good science* on how turbulent gas clouds of exhaled air spread respiratory infection. This is mec…
RT @trishgreenhalgh: Remember: there is *good science* on how turbulent gas clouds of exhaled air spread respiratory infection. This is mec…
RT @trishgreenhalgh: Remember: there is *good science* on how turbulent gas clouds of exhaled air spread respiratory infection. This is mec…
RT @trishgreenhalgh: Remember: there is *good science* on how turbulent gas clouds of exhaled air spread respiratory infection. This is mec…
RT @trishgreenhalgh: Remember: there is *good science* on how turbulent gas clouds of exhaled air spread respiratory infection. This is mec…
RT @trishgreenhalgh: Remember: there is *good science* on how turbulent gas clouds of exhaled air spread respiratory infection. This is mec…
Today more than before pay attention to wind direction and if you can position yourself upwind
RT @trishgreenhalgh: Remember: there is *good science* on how turbulent gas clouds of exhaled air spread respiratory infection. This is mec…
RT @trishgreenhalgh: Remember: there is *good science* on how turbulent gas clouds of exhaled air spread respiratory infection. This is mec…
RT @trishgreenhalgh: Remember: there is *good science* on how turbulent gas clouds of exhaled air spread respiratory infection. This is mec…
RT @trishgreenhalgh: Remember: there is *good science* on how turbulent gas clouds of exhaled air spread respiratory infection. This is mec…
RT @trishgreenhalgh: Remember: there is *good science* on how turbulent gas clouds of exhaled air spread respiratory infection. This is mec…
RT @trishgreenhalgh: Remember: there is *good science* on how turbulent gas clouds of exhaled air spread respiratory infection. This is mec…
@PatWilliams1944 @Telegraph Or on the other hand it’s just the pretty basic science behind aerosols 🥴
RT @trishgreenhalgh: Remember: there is *good science* on how turbulent gas clouds of exhaled air spread respiratory infection. This is mec…
RT @trishgreenhalgh: Remember: there is *good science* on how turbulent gas clouds of exhaled air spread respiratory infection. This is mec…
RT @trishgreenhalgh: Remember: there is *good science* on how turbulent gas clouds of exhaled air spread respiratory infection. This is mec…
RT @trishgreenhalgh: Remember: there is *good science* on how turbulent gas clouds of exhaled air spread respiratory infection. This is mec…
RT @trishgreenhalgh: Remember: there is *good science* on how turbulent gas clouds of exhaled air spread respiratory infection. This is mec…
Remember: there is *good science* on how turbulent gas clouds of exhaled air spread respiratory infection. This is mechanistic evidence which we should not ignore. Don't find yourself downstream of someone's cough/sneeze/shout. https://t.co/UPEig8m3ov
@ArturoErdely 2 mt es una vacilada. https://t.co/EKYF6TRJKv
@jljcolorado 2 mt es una vacilada. https://t.co/EKYF6TRJKv
Will @CDCofBC consider using these terms instead of calling aerosols “tiny droplets”
March 2020 Paper: Turbulent Gas Clouds & Respiratory Pathogen Emissions Potential Implications for Reducing #Transmission of #COVID-19 @JAMA_current Includes a Video: Gas Clouds Demonstrate Their Ability to Travel Great Distances #IAQ #HVAC #Aerosol
@Diggler97 @mikedgsmith @bbc5live @hugh_montgomery @rachelburden @BBCSounds This is from the CDC on masks, collating nationwide studies on mask efficacy. further evidence based studies: https://t.co/8PiTCGCFrD
Why you need to wear a mask. Turbulent Gas Clouds and Respiratory Pathogen Emissions: Potential Implications for Reducing Transmission of COVID-19 | Infectious Diseases | JAMA | JAMA Network https://t.co/ScZ7juXyyH https://t.co/TDUApyFCYE
@TollingtonLTN @ThePaulStatham @MissLyndseyB @drphiliplee1 @CrimeGirI I don't have original ones I saw but just google & you'll find, eg https://t.co/0W95gkXeuy https://t.co/17ZyXeAZPQ https://t.co/dl5hklV7Wh
@sweetheartarts @MilanLegius @Hannahverse @cal_gif It’s hardly one random website https://t.co/q0qzuC1cUG https://t.co/Xn9eiXgyOH https://t.co/mlzgv5g6T0
Turbulent Gas Clouds and Respiratory Pathogen Emissions https://t.co/VtIkjBduA5
Turbulent Gas Clouds and Respiratory Pathogen Emissions https://t.co/PgEwfxI4rl via @JAMA_current part of @JAMANetwork
RT @hommel_b: https://t.co/v0WTSXGg9u Ik heb het nog niet gezegd dat de 'anderhalve-meter' maatregelen gebaseerd is op sterk verouderde en…
RT @hommel_b: https://t.co/v0WTSXGg9u Ik heb het nog niet gezegd dat de 'anderhalve-meter' maatregelen gebaseerd is op sterk verouderde en…
RT @hommel_b: https://t.co/v0WTSXGg9u Ik heb het nog niet gezegd dat de 'anderhalve-meter' maatregelen gebaseerd is op sterk verouderde en…
RT @hommel_b: https://t.co/v0WTSXGg9u Ik heb het nog niet gezegd dat de 'anderhalve-meter' maatregelen gebaseerd is op sterk verouderde en…
RT @hommel_b: https://t.co/v0WTSXGg9u Ik heb het nog niet gezegd dat de 'anderhalve-meter' maatregelen gebaseerd is op sterk verouderde en…
RT @hommel_b: https://t.co/v0WTSXGg9u Ik heb het nog niet gezegd dat de 'anderhalve-meter' maatregelen gebaseerd is op sterk verouderde en…
RT @hommel_b: https://t.co/v0WTSXGg9u Ik heb het nog niet gezegd dat de 'anderhalve-meter' maatregelen gebaseerd is op sterk verouderde en…
RT @hommel_b: https://t.co/v0WTSXGg9u Ik heb het nog niet gezegd dat de 'anderhalve-meter' maatregelen gebaseerd is op sterk verouderde en…
RT @hommel_b: https://t.co/v0WTSXGg9u Ik heb het nog niet gezegd dat de 'anderhalve-meter' maatregelen gebaseerd is op sterk verouderde en…
RT @hommel_b: https://t.co/v0WTSXGg9u Ik heb het nog niet gezegd dat de 'anderhalve-meter' maatregelen gebaseerd is op sterk verouderde en…
Turbulent Gas Clouds and Respiratory Pathogen Emissions: Potential Implications for Reducing Transmission of COVID-19 | Infectious Diseases | JAMA | JAMA Network https://t.co/TgrmBIg8g8
RT @hommel_b: https://t.co/v0WTSXGg9u Ik heb het nog niet gezegd dat de 'anderhalve-meter' maatregelen gebaseerd is op sterk verouderde en…
RT @hommel_b: https://t.co/v0WTSXGg9u Ik heb het nog niet gezegd dat de 'anderhalve-meter' maatregelen gebaseerd is op sterk verouderde en…
RT @hommel_b: https://t.co/v0WTSXGg9u Ik heb het nog niet gezegd dat de 'anderhalve-meter' maatregelen gebaseerd is op sterk verouderde en…
@microlabdoc Wonder if you might find this article & video helpful? https://t.co/ip8sDBPIDF
@azaz_ovedya They're not sure what the safe distance is. There was a study of people on a plane and a few near the back caught it. Plenty of cases where they're not sure where people caught it. This study in JAMA says droplets can spread 23-27 ft. https:/
#KoronaHavadanBulaşıyor #COVIDisAirborne @covidisairborne
RT @BarryHunt008: @WHO Watch this short animation to see what really happens. https://t.co/g7QPPq68bX
@Temi34 @BrendonLeslie Masks are a mitigating factor, not a guarantee of "supposed protection." The r0 of SARS-CoV-2 is between 2 and 3. If distance + marks cause even a 10% reduction in spread they are life savers. No science? https://t.co/dhgXZKMgIC ht
Throwback Tuesday. #COVIDisAirborne @covidisairborne
@sitaravirgo @hostirfan @shahwartaj07 @naz_shaina @mohsinmalvi19 @S_Fahim_IQ @SamerAmeer @drouchemed58 https://t.co/CzYdJxTdur More details Reports/Papers... [ ... such as humidity and temperature, the gas cloud and its payload of pathogen-bearing droplet
@PatTheBerner CDC knew early on that Covid could spread up to 7 ft. from breathing (cough=19, sneeze=26) & further by talking, so if they really wanted to flatten the curve, 6 ft. social distance was not enough. Reference: https://t.co/QMlPJ4LwA0
RT @renaissance_doc: Safer social distancing for COVID-19? Well, it’s certainly not 6 feet apart. 27 feet apart is much better. No wonder C…
Safer social distancing for COVID-19? Well, it’s certainly not 6 feet apart. 27 feet apart is much better. No wonder COVID-19 is still spreading like wildfire. https://t.co/8ieOQvELLS
RT @nikomer75: La falsa dicotomía entre gotas respiratorias grandes y pequeñas que caen o permanecen en el aire. Marzo 2020. El principio d…
La falsa dicotomía entre gotas respiratorias grandes y pequeñas que caen o permanecen en el aire. Marzo 2020. El principio de precaución no se ha aplicado, y se han seguido tesis del siglo XIX. La OMS @WHO está enrocada en esta teoría. https://t.co/aA2K1
@DrTomFrieden Dr. Frieden, why does the SIX FEET of social distancing rule persist? https://t.co/LQZSAmXdCm https://t.co/ncYYt2yvBZ
@celliottability @TheAgenda Why only 6 ft? CDC knew the virus can travel up to 7 ft just from breathing (cough=19 ft, sneeze=26 ft) and we know talking sends it farther! It appears because they wanted the virus to spread. Q: Why? A: Follow the money. Ref
RT @AltGovDoc: @EllllGeeee This is very readable. Even for droplet 6ft is based on 1935 study & 2020 science says 24ft. https://t.co/vaP8l…
@EllllGeeee This is very readable. Even for droplet 6ft is based on 1935 study & 2020 science says 24ft. https://t.co/vaP8lsx2Rt
really interesting to see the large distances that respiratory emissions such as #COVID19 can travel https://t.co/jyOVuu4E7z #apsdfd
Great work by MIT environ engineer Dr Lydia Bourouiba for her groundbreaking work on respiratory emissions. https://t.co/lecP9yXKpI Cough spreads droplets 16ft. Sneeze spreads up to 26ft. Video is amazing! #WomenInMedicine #COVID19 https://t.co/T7AUrwztJ
I'm sorry, but there is no other choice... I will be tweeting this turbulent gas cloud video relentlessly https://t.co/XVR4mvaTmq
Dedico con cariño este vídeo a esa madre que esperando a la salida del cole ha decidido bajarse la mascarilla para estornudar, como recomienda @CoronaVid19 https://t.co/7QITE0HYv0
@tedcruz @SherrodBrown @DanSullivan_AK You're part of the problem, Ted. This isn't a political issue. 6 feet covers LARGE isolated droplets. Covid can adhere to fine aerosols which travel MUCH farther & can stay airborne longer. Also, a sneeze can trav
RT @DrEricDing: 12) “While the larger droplets will fall quickly to the ground or other surfaces, the microdroplets we produce can remain s…
RT @DrEricDing: 12) “While the larger droplets will fall quickly to the ground or other surfaces, the microdroplets we produce can remain s…
RT @DrEricDing: 12) “While the larger droplets will fall quickly to the ground or other surfaces, the microdroplets we produce can remain s…
RT @DrEricDing: 12) “While the larger droplets will fall quickly to the ground or other surfaces, the microdroplets we produce can remain s…
RT @DrEricDing: 12) “While the larger droplets will fall quickly to the ground or other surfaces, the microdroplets we produce can remain s…
RT @DrEricDing: 12) “While the larger droplets will fall quickly to the ground or other surfaces, the microdroplets we produce can remain s…
RT @DrEricDing: 12) “While the larger droplets will fall quickly to the ground or other surfaces, the microdroplets we produce can remain s…
RT @DrEricDing: 12) “While the larger droplets will fall quickly to the ground or other surfaces, the microdroplets we produce can remain s…
RT @DrEricDing: 12) “While the larger droplets will fall quickly to the ground or other surfaces, the microdroplets we produce can remain s…
@ParkerPosaholic @SRoseesq I replied with a comment and then was going to send this study, but she blocked me too quickly https://t.co/C43yGd9WMu
Lmao. I got blocked, but if someone wants to help @SRoseesq .. here is some more info https://t.co/C43yGdrxE2
RT @DrEricDing: 12) “While the larger droplets will fall quickly to the ground or other surfaces, the microdroplets we produce can remain s…
RT @DrEricDing: 12) “While the larger droplets will fall quickly to the ground or other surfaces, the microdroplets we produce can remain s…
As small droplets transition from the warm and moist conditions of the respiratory system to the colder and drier outside environment, they evaporate and form residual particulates—aerosols—made of the dried material from the original droplets. https://t.
RT @DrEricDing: 12) “While the larger droplets will fall quickly to the ground or other surfaces, the microdroplets we produce can remain s…
RT @DrEricDing: 12) “While the larger droplets will fall quickly to the ground or other surfaces, the microdroplets we produce can remain s…
RT @DrEricDing: 12) “While the larger droplets will fall quickly to the ground or other surfaces, the microdroplets we produce can remain s…
RT @DrEricDing: 12) “While the larger droplets will fall quickly to the ground or other surfaces, the microdroplets we produce can remain s…
RT @DrEricDing: 12) “While the larger droplets will fall quickly to the ground or other surfaces, the microdroplets we produce can remain s…
RT @DrEricDing: 12) “While the larger droplets will fall quickly to the ground or other surfaces, the microdroplets we produce can remain s…