@JBToledoman @Zigmanfreud @TruetheNews This is painful— viruses can be and always have been transmitted via aerosol dispersion. How often do you folks have to embarrass yourselves: https://t.co/RhbBfwZklM
Ok. Measles is airborne, right? Same rules. BTW, Measles was NOT considered to be airborne until 1985 or so, after the publishing of some epi studies that laid that out. https://t.co/lM4IvhlOjo https://t.co/VRVUdm7Zzt
@LapointeShaw I agree that we are probably under appreciating aerosol (and airborne) transmission of many respiratory viruses. I have learned a lot from Raymond Tellier, who's been studying this for years. https://t.co/QvfwoBiM8j
Sehr lesenswert und lehrreich (Übertragungswege von Mers, Sars, Masern, etc.). https://t.co/hayRaPmJbs
RT @DRTomlinsonEP: Recognition of aerosol transmission of infectious agents: a commentary #COVIDisAirborne https://t.co/HkbpeLhe84
Recognition of aerosol transmission of infectious agents: a commentary #COVIDisAirborne https://t.co/HkbpeLhe84
‘Over time, for a pathogen with a truly predominant airborne transmission route, eventually sufficient numbers of published studies will demonstrate its true nature’ Raymond Tellier, Yuguo Li, Benjamin J. Cowling and Julian W. Tang, 2019 https://t.co/ogu
Recognition of aerosol transmission of infectious agents https://t.co/dYr6uh9M3T
RT @herodote1789: Recognition of aerosol transmission of infectious agents: a commentary https://t.co/bTLYOpfDoX
Recognition of aerosol transmission of infectious agents: a commentary https://t.co/bTLYOpfDoX
RT @Cannulator: An interesting read. Recognition of aerosol transmission of infectious agents: a commentary. Tellier, R., Li, Y., Cowling,…
An interesting read. Recognition of aerosol transmission of infectious agents: a commentary. Tellier, R., Li, Y., Cowling, B.J. et al. Recognition of aerosol transmission of infectious agents: a commentary. BMC Infect Dis 19, 101 (2019). #COVID19Vic https
@DFisman Public health has a long history of reluctance to recognize airborne transmission in several other infectious agents. https://t.co/nVMGt7GzBH
@AdrianaBarton @ASTeacherParent @jjhorgan @CDCofBC This hair splitting definition of what is primarily airborne or not has a lot to do with what scientific disciplines one studied and there’s legitimate nuance about what these terms mean. https://t.co/YsI8
Ehh you can clearly see how a face mask can help significantly reduce the range of distance condensation can exit when a person opens their mouth or breath in and out. https://t.co/OyZTSqpWh1 https://t.co/MhOcaCGK7F
Article January 2019 re airborne transmission of viruses - incl the then emerging Covid 19 virus. Which science was the gov following, exactly, when it released Covid patients into care homes? https://t.co/NF2jPS5E7U
@Brian_Orak @hburgersar @jljcolorado @angie_rasmussen 50 years of junk science is still junk science. And measles weren't considered to be spread through aerosols until 1985. https://t.co/T7MJU8oexb
@jmcrookston 5/ may predominate in different settings [16, 20], making the airborne route for that particular pathogen more of an opportunistic pathway, rather than the norm [21]. https://t.co/19C0yuh21L
@DrMariaNeira @Netambulo @jljcolorado @WHO Hay centenares de estudios para varios virus respiratorios sobre la transmisión por aerosoles. En la bibliografía de la OMS @who, que no será que lo he buscado millones de veces no veo nada, me podrían enviar alg
RT @nikomer75: Virus y transmisión por aerosoles, el Sars-Cov-2 por qué se reconoce por la @WHO? https://t.co/7ctvq0TINy
RT @nikomer75: Virus y transmisión por aerosoles, el Sars-Cov-2 por qué se reconoce por la @WHO? https://t.co/7ctvq0TINy
Virus y transmisión por aerosoles, el Sars-Cov-2 por qué se reconoce por la @WHO? https://t.co/7ctvq0TINy
@ShibaInu2006 @pino_in_bcn @SergioEfe @CienciaGob @sanidadgob Es que ahora mismo no tendrían que estar discutiendo cómo es de sólida, hay evidencias como poco de que puede jugar un papel significativo y eso implica principio de precaución. Y además es que
More & more ppl are waking up to the truth about masks. If sick ppl go out, we might be protected somewhat from coughing/sneezing droplets, but they shouldn't be going out in the first place. Masks create false security. If it's airborne, masks are wor
@KamalaHarris @JoeBiden 1/ Which scientists will you be listening to? Courtesy of @BeckyJohnson222 https://t.co/FJsFmbkqCN https://t.co/XS1DrLUwjW https://t.co/uSjvafPPUO https://t.co/phsn9LGGNC https://t.co/o83X8pb2nS https://t.co/dL3GpR8kIn ht
@AgnesWold @L8Berggren @CameliaDewan @DrEmmaFrans I ett dåligt ventilerat rum kan små droppar hänga kvar i luften en tid. I ett bra ventilerat rum blir koncentrationen av sådana droppar inte lika hög. Observera att dropp-/aerosolsmitta är en kontinuerlig
@HughRisebrow I think this article explains the differences between aerosols and droplets quite well. And why it matters. https://t.co/co7YLRMHoC
@DFisman @JenniferKShea Wait, David, are you saying the flu is airborne too?? (I can hear 🤯🤯🤯 all over town). https://t.co/zB8IG224jx
@JNAlexandratos @keithlaw @gorskon @JonathanWHendry @RNickGorton @doritmi @esqandalous @govkristinoem ‘Both of these aspects indicate that this is an airborne agent that has to penetrate directly into the LRT to preferentially replicate there before causin
@drpeternagel Es wird offenbar aus Tradition von einigen Medizinern nicht akzeptiert, dass Aerosole und die Überdispersion bei Sars-Cov2 genau zu den beobachteten Fällen passen. Übertragung über Aerosole bedeutet bedeutet nicht immer ansteckend wie Masern.
RT @jljcolorado: @JoshOsowicki @ID_ethics @hic_vac @DrPieterPeach @trishgreenhalgh @kprather88 - E.g. Flu, SARS, MERS. R0 much lower than m…
@gwingwenn @DIVIZIO1 Non non. 1- je parle de science fondamentale, c’est de la physique assez basique. 2- la question de la voie aéroportée n’est pas une nouveauté en maladies infectieuses. https://t.co/HUVbOfFfqL
@JoshOsowicki @ID_ethics @hic_vac @DrPieterPeach @trishgreenhalgh @kprather88 - E.g. Flu, SARS, MERS. R0 much lower than measles. Still significant aerosol component. https://t.co/55EG68hQIa - Denial of aerosol trans. since Chapin (1910) led to only high c
@ barryjohnreid21 this dumbass
@marinavance @linseymarr @linseymarr please review this along with the citations which seem to relate to this: https://t.co/3J4Dc0KJ0k
Recognition of aerosol transmission of infectious agents: a commentary https://t.co/GSyGAGzT8i
RT @fangshimin: 想知道什么叫气溶胶传播,又懂英文的,这里有一篇最新综述可以看,别听墙内专家的不懂装懂、胡说八道。另,那个儿科医生找了指南说“空气传播”有明确定义来反驳我,那个定义就是我说的它有时被等同于气溶胶传播,但有时它又泛指飞沫传播和气溶胶传播,该综述也指出…
@PerHelgeM Hvem er "man"? https://t.co/uk5Hq3Dwoa
RT @hichachu: エアロゾルに関する最新のレビューがあり。 Recognition of aerosol transmission of infectious agents: a commentary Raymond Tellier, Yuguo Li, Benj…
RT @hichachu: エアロゾルに関する最新のレビューがあり。 Recognition of aerosol transmission of infectious agents: a commentary Raymond Tellier, Yuguo Li, Benj…
RT @hichachu: エアロゾルに関する最新のレビューがあり。 Recognition of aerosol transmission of infectious agents: a commentary Raymond Tellier, Yuguo Li, Benj…
RT @hichachu: エアロゾルに関する最新のレビューがあり。 Recognition of aerosol transmission of infectious agents: a commentary Raymond Tellier, Yuguo Li, Benj…
エアロゾルに関する最新のレビューがあり。 Recognition of aerosol transmission of infectious agents: a commentary Raymond Tellier, Yuguo Li, Benjamin J Cowling, Julian W Tang BMC infectious diseases 19 (1), 101, 2019 https://t.co/pPApn062PA
Recognition of aerosol transmission of infectious agents: a commentary https://t.co/hlZWyxeUfY
RT @avivajazz: Recognition of aerosol transmission of infectious viral agents: a commentary | BMC Infectious Diseases | Full Text https://t…
Recognition of aerosol transmission of infectious viral agents: a commentary | BMC Infectious Diseases | Full Text https://t.co/J9VOBl3or9
@trutherseeker89 @Opal_Ocean @GDeklyn @dulapalooza @miaxmon For those who are just lurking: some pathogens (e.g. tuberculosis, measles, chickenpox) can linger in the air in aerosols (https://t.co/Roz2E5NvW3). Aerosols aren’t effectively stopped by cloth ma
@sultaninen @DanieleUlrich Bakterien mutieren auch (sehr); Tuberkulosis wird auch über Aerosole übertragen. Nun ja, wir reden über die Zukunft und niemand weiss, was die Zukunft bringt. Können wir uns darüber einverstanden erklären, dass wir gespannt sind
@michaeladdidle @MackayIM Pre-covid paper https://t.co/GBVOLCBeCg
@jljcolorado Pre-covid paper on aerosol transmission. https://t.co/GBVOLCBeCg
@jljcolorado @angie_rasmussen @ShellyMBoulder @geunsmeyer @linseymarr @CathNoakes @Don_Milton @SaskiaPopescu @eliowa @GidMK Here's a pre-COVID paper that's quite prescient about the problems with the confusing terminology (and note that even there, the siz
RT @jon_graystone: @sciam @WHO Aerosols and particulates usually show a wide distribution of size and therefore a distribution of active co…
It's also interesting to note that if SARS-CoV-2 is anything like influenza with respect to minimum infectious dose, the MID by aerosol inhalation may be substantially (orders of magnitude) less than the nasal contact/droplet route (https://t.co/Pr7MiGDvP6
RT @jon_graystone: @sciam @WHO Aerosols and particulates usually show a wide distribution of size and therefore a distribution of active co…
RT @jon_graystone: @sciam @WHO Aerosols and particulates usually show a wide distribution of size and therefore a distribution of active co…
Worth a read via Julian Wang - why face masks and shields can help prevent transmission of respiratory pathogens 1/2 https://t.co/e02NTo3Mvq
RT @jon_graystone: @sciam @WHO Aerosols and particulates usually show a wide distribution of size and therefore a distribution of active co…
RT @jon_graystone: @sciam @WHO Aerosols and particulates usually show a wide distribution of size and therefore a distribution of active co…
@debunkdenialism @AstroKatie Caveat: Droplets of >20 μm will generally fall to the ground, but smaller aerosolized droplets will generally have longer air time. So, it seems like aerosols as a route of infection cannot be ruled out if my reading of this
@beyerstein @KagroX I found this journal commentary, referencing studies on measles transmission "based upon the fundamental physics and behaviour of airborne particles". [Then got stuck at a Springer paywall.] https://t.co/jPRPXlFBOf
@poliohunt @AnjaliMody1 @BBCChrisMorris https://t.co/EiOkgXOdP8 This has a summary for all the most infectious diseases -
This paper shows that Ebola has signs of being airborne: https://t.co/IxKsNuyhyS In fact, an aerosol infectious challenge in Rhesus monkeys is even used to study Ebola vaccines. Luckily though, R0 of Ebola is very low. So, how sound is the 'airborne = hi
@bloody_scandal @uTobian @GU357x1 @icymi1900 @GavinNewsom Your "belief" has not been validated by any science I'm aware of. You are confusing the size of a viral particle with the size of droplets. Some droplets are <5 microns but many are much larger.
@GU357x1 @uTobian @icymi1900 @GavinNewsom Aerosol transmission has been well studied. https://t.co/gbKsipKvFM https://t.co/Skb8ABys6J https://t.co/rct5lt7Fur
Hier een rapport van voor de uitbraak waar duidelijk wordt aangetoond dat aerosols virussen kunnen overdragen in gesloten ruimten. @mauricedehond (PDF) Recognition of aerosol transmission of infectious agents: A commentary https://t.co/tBJ5fZKrhd
...la interrupción de esa ruta de transmisión si representa los casos más graves.» https://t.co/U4Zy8zM0vz
@JPosthumadeBoer @magdasmink @rivm Er zit een positieve KLM bias in de uitspraak. “Als er iemand hoestend in een toestel zit en wordt niemand ziek, dan zul je dat niet terugvinden." Alsof het er om gaat om vluchten zonder besmettingen te publiceren... htt
Terms used to describe disease transmission in the air such as "airborne", "aerosol", and "droplet" are often confused. #researchsummary https://t.co/CDzDC7eizZ
7/9 Cálculos mais recentes mostram que uma gotícula de 100 μm se deposita no solo a partir de 2 metros em 4,6 s, enquanto uma partícula de 1 μm leva 12,4 horas. Além disso, sabemos também que gotículas podem ser ejetadas para 7-8 metros de distância. https
RT @sushikubo: Raymond Tellier "Recognition of Aerosol Transmission of Infectious Agents: A Commentary" https://t.co/soM8lfA8Lz
Raymond Tellier "Recognition of Aerosol Transmission of Infectious Agents: A Commentary" https://t.co/soM8lfA8Lz
RT @etxberria55: Recognition of aerosol transmission of infectious agents: a commentary | BMC Infectious Diseases | Full Text https://t.co/…
RT @etxberria55: Recognition of aerosol transmission of infectious agents: a commentary | BMC Infectious Diseases | Full Text https://t.co/…
RT @dreamgbutterfly: Recognition of aerosol transmission of infectious agents: a commentary https://t.co/SpcXdFLFzO
Recognition of aerosol transmission of infectious agents: a commentary https://t.co/SpcXdFLFzO
@Rose_Marie_Holt @KingYanKwan @b1unt3d @SteveStuWill Aerosol particles are not just let than 10 microns in diameter. They are in a variety of sizes. https://t.co/7FbHIYbJI2
RT @TanguyFilloux: Excellent papier de 2019 sur la trans. des agents pathogènes respiratoires,rappelant que le mode de contamination influe…
Excellent papier de 2019 sur la trans. des agents pathogènes respiratoires,rappelant que le mode de contamination influe sur la sévérité des symptômes:plus grave si pulmonaire(#airborne)vs voies aériennes supérieures(#droplet). #COVID19 #anisotropie https:
Recognition of aerosol transmission of infectious agents: a commentary. https://t.co/nbuy15DTUc
@streiffredstate @KenGardner11 Many viruses and other pathogens are transmitted by aerosolized droplets of saliva, mucus, and other bodily fluids. This is not virtue signaling, it’s science. https://t.co/OhiBYEJDnn https://t.co/yt3gmMeY9I https://t.co/Kl
@CraigLiddell58 @MsJayePersists Except when it doesn't. https://t.co/1KzHtmMw2R