RT @julieclng: Interesting read- are droplets and aerosols truly dichotomous entities, or is respiratory pathogen transmission much more co…
@SenToomey MIT agrees: https://t.co/N3rI2mP3QR
RT @JAMA_current: The rapid spread of #COVID19 highlights the need to better understand the dynamics of respiratory disease transmission ht…
@EricRWeinstein @WHO MIT agreed with you - https://t.co/N3rI2mP3QR
@Surgeon_General MIT says you are deadly wrong: https://t.co/N3rI2mP3QR
@SaskiaPopescu The WHO is wrong. here is what MIT says: https://t.co/N3rI2mP3QR
@WHO @pahowho @WHO_Europe @WHOEMRO @WHOSEARO @WHOWPRO @WHOAFRO @DrTedros Fact: Covid-19 can spread over 21 feet in the air and lingers for 3 hours. The models the @WHO uses are based on 1930’s studies. MIT provides the proof here: https://t.co/N3rI2mP3QR
RT @LauraMiers: Turbulent Gas Clouds and Respiratory Pathogen Emissions: Potential Implications for Reducing Transmission of COVID-19 (6 f…
RT @InfectiousDz: How to think about sneezes and coughs: They're more complicated than just droplets arcing and falling and aerosols flying…
even if they are farther than 6 feet away from a patient." https://t.co/S7oyERiwaB This article has an amazing 2000 frame/sec video of a sneeze. #Covid_19
RT @julieclng: Interesting read- are droplets and aerosols truly dichotomous entities, or is respiratory pathogen transmission much more co…
Turbulent Gas Clouds and Respiratory Pathogen Emissions https://t.co/lk2qNmoaLf
RT @julieclng: Interesting read- are droplets and aerosols truly dichotomous entities, or is respiratory pathogen transmission much more co…
RT @julieclng: Interesting read- are droplets and aerosols truly dichotomous entities, or is respiratory pathogen transmission much more co…
RT @julieclng: Interesting read- are droplets and aerosols truly dichotomous entities, or is respiratory pathogen transmission much more co…
RT @InfectiousDz: How to think about sneezes and coughs: They're more complicated than just droplets arcing and falling and aerosols flying…
RT @InfectiousDz: How to think about sneezes and coughs: They're more complicated than just droplets arcing and falling and aerosols flying…
RT @InfectiousDz: How to think about sneezes and coughs: They're more complicated than just droplets arcing and falling and aerosols flying…
RT @julieclng: Interesting read- are droplets and aerosols truly dichotomous entities, or is respiratory pathogen transmission much more co…
RT @julieclng: Interesting read- are droplets and aerosols truly dichotomous entities, or is respiratory pathogen transmission much more co…
RT @julieclng: Interesting read- are droplets and aerosols truly dichotomous entities, or is respiratory pathogen transmission much more co…
RT @julieclng: Interesting read- are droplets and aerosols truly dichotomous entities, or is respiratory pathogen transmission much more co…
RT @abusultaneh: Seems cough & sneeze is more aerosoles generating than procedure we do. 6 ft (2 m) is not save enough for #COVID19 #PedsI…
Interesting read- are droplets and aerosols truly dichotomous entities, or is respiratory pathogen transmission much more complex? Is there a "cloud" of pathogens that can propel further and linger longer? What is our real risk? - MICU overnight attending
RT @InfectiousDz: How to think about sneezes and coughs: They're more complicated than just droplets arcing and falling and aerosols flying…
RT @Julio_Farjat: Posiblemente el distanciamiento de 1-2 metros no sea suficiente... Estornudos con velocidad pico de 10-30m/s logran disp…
RT @InfectiousDz: How to think about sneezes and coughs: They're more complicated than just droplets arcing and falling and aerosols flying…
RT @InfectiousDz: How to think about sneezes and coughs: They're more complicated than just droplets arcing and falling and aerosols flying…
RT @InfectiousDz: How to think about sneezes and coughs: They're more complicated than just droplets arcing and falling and aerosols flying…
RT @InfectiousDz: How to think about sneezes and coughs: They're more complicated than just droplets arcing and falling and aerosols flying…
RT @InfectiousDz: How to think about sneezes and coughs: They're more complicated than just droplets arcing and falling and aerosols flying…
@buckigirl511 Unfortunately the 6-foot distance may underestimate how far the virus can go in a sneeze or cough—MIT just published in JAMA: Peak exhalation speeds can reach up to 33–100 ft/sec, creating a “turbulent gas cloud” that can span approximately
RT @InfectiousDz: How to think about sneezes and coughs: They're more complicated than just droplets arcing and falling and aerosols flying…
How to think about sneezes and coughs: They're more complicated than just droplets arcing and falling and aerosols flying. https://t.co/XIwUWQh5zd https://t.co/EMT2Z8FFda
@jayrosen_nyu @MIT Scientists showed that the SAFE DISTANCE is 21 (twenty-one) feet from Coronavirus airborne pathogens https://t.co/r6dm8x355r but keep slow-walking normalizing quince-jellying MafiaLeechTrump & his Blotard @cabinet because #gasp blowb
@zooko What if this study is correct though? https://t.co/5AyLtgzy8m
Core PubMed: Turbulent Gas Clouds and Respiratory Pathogen Emissions: Potential Implications for Reducing Transmission of COVID-19.: Related Articles Turbulent Gas Clouds and Respiratory Pathogen Emissions: Potential Implications… https://t.co/n71PUQ5Uuc
RT @abusultaneh: Seems cough & sneeze is more aerosoles generating than procedure we do. 6 ft (2 m) is not save enough for #COVID19 #PedsI…
RT @johnedwinmason: Well, here's a depressing graphic. The "turbulent gas cloud" created by a sneeze can carry pathogens, like the coronavi…
RT @C_Heldenstein: @lookner @V2019N 21 Feet. 7 Yards. 7 Meters = @MIT study on SAFE distance from #coronovarius airborne pathogens https:/…
Posiblemente el distanciamiento de 1-2 metros no sea suficiente... Estornudos con velocidad pico de 10-30m/s logran dispersar partículas hasta 7-8m de distancia. #CODVID19 #QuédateEnCasa @JAMA_current 👇 https://t.co/bF4qjvWLoZ
Turbulent Gas Clouds and Respiratory Pathogen Emissions @PHE_uk is this somerhing to worry about? https://t.co/TABvm0uKav
3' apart is still not enough. Stay home! #CODVID19
RT @AMRubio_: 🆘#COVID19 Distancia 8 metros! Nuevo estudio que demuestra lo que ya sabíamos hace tiempo. La distancia de 1-2 metros no es s…
RT @LauraMiers: Turbulent Gas Clouds and Respiratory Pathogen Emissions: Potential Implications for Reducing Transmission of COVID-19 (6 f…
RT @yoncabulutmd: Oksuruk ve hapsirik esnasinda 2m uzakta durmak yeterli olmiyabilir. Bu JAMA 👇 yayininda 6 metre uzaklik gerekebilir diyor…
Wow✅
RT @dabeard: #SignsOfTheTimes 6. Social distancing. An image of the 27 feet that droplets from a sneeze can be carried. Not 6 feet. From @J…
Turbulent Gas Clouds and Respiratory Pathogen Emissions: Potential Implications for Reducing Transmission of COVID-19 (6 ft may not be far enough) https://t.co/qoqa5oXnXU
@TomA3aenssens Ik heb ‘m gevonden Tom. https://t.co/0K7ugiOV1a. Zelfde onderzoekster, ze refereert naar haar eigen onderzoek uit 2016. Geen nieuwe studie, wel een soort van commentaar op basis van evidence.
@kiwisquawk @PeterGluckman Asymptomatic transmission is well documented. Everyone needs to follow the governments directive regarding distancing during this lockdown. I have no expertise to comment on whether everyone should wear masks but this article is
RT @iceman_ex: Surely this means a patient who is coughing is AGP, and we should wear full PPE around them?
RT @krsxyz: @Johnrashton47 @Pamos19 @AaronBastani @Georgeberger @GeorgeMonbiot From MIT. #COVID19 #Distancing published 26/03/2020
RT @krsxyz: @Johnrashton47 @Pamos19 @AaronBastani @Georgeberger @GeorgeMonbiot From MIT. #COVID19 #Distancing published 26/03/2020
RT @yoncabulutmd: Turbulent Gas Clouds and Respiratory Pathogen Emissions https://t.co/xxxEZPaTIY
Turbulent Gas Clouds and Respiratory Pathogen Emissions: Potential Implications for Reducing Transmission of COVID-19 | Infectious Diseases | JAMA | JAMA Network https://t.co/7xewbgMxFH
Turbulent Gas Clouds and Respiratory Pathogen Emissions https://t.co/xxxEZPaTIY
Oksuruk ve hapsirik esnasinda 2m uzakta durmak yeterli olmiyabilir. Bu JAMA 👇 yayininda 6 metre uzaklik gerekebilir diyor. #evdekalTurkiye #COVID19 @GulsanSucak @esenol
Turbulent Gas Clouds and Respiratory Pathogen Emissions https://t.co/wCm6Uh6bXb
@Johnrashton47 @Pamos19 @AaronBastani @Georgeberger @GeorgeMonbiot From MIT. #COVID19 #Distancing published 26/03/2020
Turbulent Gas Clouds and Respiratory Pathogen Emissions: Potential Implications for Reducing Transmission of COVID-19 | Infectious Diseases | JAMA | JAMA Network #Distancing #COVID19 https://t.co/KAtvi8AnNr
Pathogen-bearing droplets can, if sneezed under certain conditions, travel up 7-8 metres / 23-26 feet. Existing social distancing recommendations might be insufficient to avoid transmission of #Covid_19 https://t.co/eqxtuTtB1T https://t.co/OtnD0EVuzi
JAMA article just published--challenges the historic model of respiratory transmission (droplet vs aerosol). PLEASE use this to advocate for higher protective level of PPE in healthcare. Turbulent Gas Clouds and Respiratory Pathogen Emissions https://t.co/
RT @anxious_doctor: @drjohnhmiller @doctorcaldwell @drbstewart @DrLKVaughan @IPS_Infection If we go with the turbulent gas cloud theory, th…
RT @abusultaneh: Seems cough & sneeze is more aerosoles generating than procedure we do. 6 ft (2 m) is not save enough for #COVID19 #PedsI…
RT @MITMechE: In a new article published today in @JAMA_current, Associate Professor Lydia Bourouiba suggests a new model for respiratory d…
RT @celinegounder: .@JAMA_current published @MIT's Dr. Lydia Bourouiba's commentary today: "Turbulent Gas Clouds & Respiratory Pathogen Emi…
RT @ProfBuehlerMIT: Important work by my colleague Prof. Lydia Bourouiba @FluidsAndHealth @MIT_CEE #coronavirus
RT @JAMA_current: The rapid spread of #COVID19 highlights the need to better understand the dynamics of respiratory disease transmission ht…
RT @ProfBuehlerMIT: Important work by my colleague Prof. Lydia Bourouiba @FluidsAndHealth @MIT_CEE #coronavirus https://t.co/vSLx418C5z
RT @ehlJAMA: Why #SocialDistancing is important-See video of droplet transmission when you sneeze: https://t.co/lD0DMi6Mrw Turbulent Gas C…
Seems cough & sneeze is more aerosoles generating than procedure we do. 6 ft (2 m) is not save enough for #COVID19 #PedsICU. cover your cough/sneeze please Turbulent Gas Clouds and Respiratory Pathogen Emissions https://t.co/fuah16DQx7
MIT - 6 feet nope try 23 -27 feet Turbulent Gas Clouds and Respiratory Pathogen Emissions https://t.co/yb8XjWfZZv
Important work by my colleague Prof. Lydia Bourouiba @FluidsAndHealth @MIT_CEE #coronavirus
RT @JocelyneBasseal: Turbulent Gas Clouds & Respiratory Pathogen Emissions “Wearing of appropriate personal protection equipment is vitally…
RT @JocelyneBasseal: Turbulent Gas Clouds & Respiratory Pathogen Emissions “Wearing of appropriate personal protection equipment is vitally…
RT @kateamaraWBAL: MIT Study suggests 6ft #coronavirus social distancing may not be enough https://t.co/IMrlHSpv62 https://t.co/Y4kClIhQsy
Work on turbulent gas cloud dynamics by MIT suggests SARS-CoV-2 particles could travel up to 27 feet after a sneeze Turbulent Gas Clouds and Respiratory Pathogen Emissions https://t.co/u595BjogRm
RT @Michael18879022: @ElegantiaeArbit @nntaleb study from MIT in JAMA about aerosols and standard distancing guidelines: current precaution…
RT @JoelMCurzon: So, maybe six feet isn’t enough. Maybe it’s not even close to enough. Sneezing or coughing produce a ”gas cloud and its p…
@2111015 This one? https://t.co/jCQF2QyS5J
RT @JoelMCurzon: So, maybe six feet isn’t enough. Maybe it’s not even close to enough. Sneezing or coughing produce a ”gas cloud and its p…
So, maybe six feet isn’t enough. Maybe it’s not even close to enough. Sneezing or coughing produce a ”gas cloud and its payload of pathogen-bearing droplets of all sizes can travel 23 to 27 feet (7-8m).” #COVID19 #COVID #coronavirus #SocialDistancing htt
Need another reason to stay inside? Here you go: A sneeze can launch a cloud of droplets spanning 23-27 feet! #coronavirus #COVID19 #StayAtHome https://t.co/PnjG83hB1C
On #COVID19 transmission: #WHO/#CDC recommendations of 1 to 2 m distance are based on outdated models. Models based on Gas cloud dynamics say virus can travel up to 6 feet. Both infected and healthy shld wear masks. https://t.co/bhWPIMAYjS @VeraEtches @Jus
Wow @NYGovCuomo @ssteingraber1
@jilevin @HeidiHutner 21 Feet. 7 Yards. 7 Meters = @MIT study on SAFE distance from #coronovarius airborne pathogens https://t.co/r6dm8x355r
@lookner @V2019N 21 Feet. 7 Yards. 7 Meters = @MIT study on SAFE distance from #coronovarius airborne pathogens https://t.co/r6dm8x355r
Turbulent Gas Clouds and Respiratory Pathogen Emissions https://t.co/gRzlG4JG5c ... 6.8 feet are not enough 😳 #COVID19
RT @AMRubio_: 🆘#COVID19 Distancia 8 metros! Nuevo estudio que demuestra lo que ya sabíamos hace tiempo. La distancia de 1-2 metros no es s…
RT @perrymetzger: So I was wondering recently here on twitter if the 2m rule was largely based on bad science. It seems others have wondere…
Turbulent Gas Clouds and Respiratory Pathogen Emissions https://t.co/MJIUcBgZSa
RT @kateamaraWBAL: MIT Study suggests 6ft #coronavirus social distancing may not be enough https://t.co/IMrlHSpv62 https://t.co/Y4kClIhQsy
RT @kateamaraWBAL: MIT Study suggests 6ft #coronavirus social distancing may not be enough https://t.co/IMrlHSpv62 https://t.co/Y4kClIhQsy
Hate to say it folks but it isn't 6 feet - more like "pathogen-bearing droplets of all sizes can travel 23 to 27 feet" Turbulent Gas Clouds and Respiratory Pathogen Emissions https://t.co/iIV26bxa9w
@jeremyphoward @lillythepibble @4everNeverTrump @DrMattMcCarthy study from MIT in JAMA about aerosols and standard distancing guidelines: current precautions are based on 1930's models of droplet transmission and are wholey insufficient based on new resear
RT @Marluk510: Muy interesante!! Recomiendo leer el artículo completo ⬇️ #YoMeQuedoEnCasa #QuedateEnCasa #CUARENTENA28M #CuarentenaObligato…
@ElegantiaeArbit @nntaleb study from MIT in JAMA about aerosols and standard distancing guidelines: current precautions are based on 1930's models of droplet transmission and are wholey insufficient based on new research regarding long distance movements o
@fanciefiestie @NotSweetDeeSez Good luck avoiding aerosols: JAMA paper from MIT scientists suggests the current precautions are based on 1930's models of droplet transmission and are wholey insufficient based on new research regarding long distance movemen