RT @JoePajak: 'Exhalations, sneezes, & coughs, are primarily made of a multiphase turbulent gas (a puff) cloud that '𝒆𝒏𝒕𝒓𝒂𝒊𝒏𝒔' ambient air…
RT @JoePajak: 'Exhalations, sneezes, & coughs, are primarily made of a multiphase turbulent gas (a puff) cloud that '𝒆𝒏𝒕𝒓𝒂𝒊𝒏𝒔' ambient air…
'Exhalations, sneezes, & coughs, are primarily made of a multiphase turbulent gas (a puff) cloud that '𝒆𝒏𝒕𝒓𝒂𝒊𝒏𝒔' ambient air & traps & carries within it clusters of droplets with a continuum of droplet sizes.' Lydia Bourouiba et al @SpringerNat
'Exhalations, sneezes, & coughs, are primarily made of a multiphase turbulent gas (a puff) cloud that '𝒆𝒏𝒕𝒓𝒂𝒊𝒏𝒔' ambient air & traps & carries within it clusters of droplets with a continuum of droplet sizes.' Lydia Bourouiba et al @SpringerNat
@iamklaatu @LessardMario3 @GeneralElektrix @jeanbarbeau2 @jeanbarbeau Mais c'est exactement cela qui est accompli dans la littérature scientifique. https://t.co/C4qkYZHjNA https://t.co/qgSAQFYQBF
@jmcrookston The sneeze protocol Bourouiba uses is described here, which has the head motion of the subject meticulously measured and is around one inch, not the giant catapulting motion Fauci portrayed. See Fig 5 https://t.co/USP0drLEu4
@kpmadhu2000 @hjkhan @CSIR_IND @ICMRDELHI @PrinSciAdvGoI That report actually gives you the necessary citations - videos are sourced from https://t.co/jvsWkpW35x and https://t.co/aiWUfks218 This information is readily available.
@PeaceZinnia @brunobruno17171 @hand_glory @NOBODY42079029 Sneezing smallest particle, 160 μm. https://t.co/JsZwUrZTbi Biggest droplet size to be considered an aerosol, 100 μm. https://t.co/bxCKQHGEHg Big L for the #MinionOfDeath. Don't misuse science to
Good study in need from @MIT Visualization of sneeze 🗣 If results of imaging can't convince you, what could? @BarryScharfman 👏🏻#SocialDistancing #COVID19 @Covid19Docs https://t.co/zSmtxZj3uv
@stinuslindgreen hvad siger du til denne artikel hvor sars også omtales https://t.co/HTYCcd3Tvc
RT @samkbloch: these are Lydia Bourouiba's "visualizations of sneeze ejecta," some published in a journal called Experiments in Fluids http…
RT @fedkukso: Geniales estos papers: "Visualización de la eyección de estornudos: pasos de fragmentación de líquidos que conducen a gotas r…
RT @fedkukso: Geniales estos papers: "Visualización de la eyección de estornudos: pasos de fragmentación de líquidos que conducen a gotas r…
Geniales estos papers: "Visualización de la eyección de estornudos: pasos de fragmentación de líquidos que conducen a gotas respiratorias" https://t.co/MqVKpXcPHK https://t.co/jBTg81qXr6
@ConServTeam I know you're a bot but there are several studies on this. Here is an MIT one. https://t.co/EKhq76NraV Ppl should start asking themselves why the Russian Bot farms are pushing hydroxychloroquine...? 🤷♂️
RT @samkbloch: these are Lydia Bourouiba's "visualizations of sneeze ejecta," some published in a journal called Experiments in Fluids http…
RT @samkbloch: these are Lydia Bourouiba's "visualizations of sneeze ejecta," some published in a journal called Experiments in Fluids http…
RT @samkbloch: these are Lydia Bourouiba's "visualizations of sneeze ejecta," some published in a journal called Experiments in Fluids http…
RT @samkbloch: these are Lydia Bourouiba's "visualizations of sneeze ejecta," some published in a journal called Experiments in Fluids http…
@Modem17 @dpapon C’est bien picsou magazine. Mais il y a de vraies revues scientifiques. Bonsoir. https://t.co/Mb8ZMXtiWi
RT @samkbloch: these are Lydia Bourouiba's "visualizations of sneeze ejecta," some published in a journal called Experiments in Fluids http…
these are Lydia Bourouiba's "visualizations of sneeze ejecta," some published in a journal called Experiments in Fluids https://t.co/lYER7KGlmF https://t.co/cXPAPpgIve
Our dichotomous infection control strategies (droplet vs. airborne precautions) to prevent transmission of respiratory pathogens may be based on an over-simplified model
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 @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…
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Ahh... Visualization of sneeze ejecta: steps of fluid fragmentation leading to respiratory droplets | SpringerLink https://t.co/XGpTer6B5V
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 @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 @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 @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…
Visualization of sneeze ejecta: steps of fluid fragmentation leading to respiratory droplets. https://t.co/rHMFWXw9hc
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…
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 @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…
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
I'm reading https://t.co/H6GEjTWgMU #springerlink; A sneeze is a lot more disgusting than you think...
Visualization of sneeze ejecta: steps of fluid fragmentation leading to respiratory droplets https://t.co/gBZVH52iBy belenéztem, és tényleg
Sneezes begin as high powered 'sheets of fluid' that break into droplets...#flushot anyone? https://t.co/01KCCFsZvO https://t.co/chyFHWtumN
Visualization of sneeze ejecta: steps of fluid fragmentation leading to respiratory droplets https://t.co/BWfM9qsY0p
RT @BioAndBaseball: Visualization of sneeze ejecta: steps of fluid fragmentation leading to respiratory droplets https://t.co/UVXPDTPGsd ($…
RT @BioAndBaseball: Visualization of sneeze ejecta: steps of fluid fragmentation leading to respiratory droplets https://t.co/UVXPDTPGsd ($…
Visualization of sneeze ejecta: steps of fluid fragmentation leading to respiratory droplets https://t.co/UVXPDTPGsd ($) cc: @MackayIM
▶ Visualization of sneeze ejecta: steps of fluid fragmentation leading to respiratory droplets https://t.co/cNN80eEMGO
▶ Visualization of sneeze ejecta: steps of fluid fragmentation leading to respiratory droplets https://t.co/P66orRI9gi
▶ Visualization of sneeze ejecta: steps of fluid fragmentation leading to respiratory droplets https://t.co/bpoySz1kJD
RT @chriseko: Snot research RT @cfdnewspaper Visualization of sneeze ejecta: steps of fluid fragmentation..to respiratory droplets https://…
▶ Visualization of sneeze ejecta: steps of fluid fragmentation leading to respiratory droplets https://t.co/o7HA0oBqOP
Snot research RT @cfdnewspaper Visualization of sneeze ejecta: steps of fluid fragmentation..to respiratory droplets https://t.co/5qWa9K0NQV
▶ Visualization of sneeze ejecta: steps of fluid fragmentation leading to respiratory droplets https://t.co/IZHJymRkaL
▶ Visualization of sneeze ejecta: steps of fluid fragmentation leading to respiratory droplets https://t.co/o1ZITwSITl
▶ Visualization of sneeze ejecta: steps of fluid fragmentation leading to respiratory droplets https://t.co/UW2mW4zvMH
▶ Visualization of sneeze ejecta: steps of fluid fragmentation leading to respiratory droplets https://t.co/dGrlbrjAfo
▶ Visualization of sneeze ejecta: steps of fluid fragmentation leading to respiratory droplets https://t.co/PtrDavNb4G
▶ Visualization of sneeze ejecta: steps of fluid fragmentation leading to respiratory droplets https://t.co/enJ5cVjH2i
▶ Visualization of sneeze ejecta: steps of fluid fragmentation leading to respiratory droplets https://t.co/7qV8HxGXxd