@kderosa That is based upon this study: https://t.co/H95GnY2fpd
@SilverVVulpes @JayMan471 Except all of the corona viruses kinda did. Much like this one is following the exact same seasonal pattern https://t.co/zWAF05UsYj
@gcochran99 @JayMan471 https://t.co/Ntq0M5LEaK “Coronaviruses are sharply seasonal. They appear, based on serial interval and secondary infection risk, to have similar transmission potential to influenza A(H3N2) in the same population.”
@capitalismandf1 @gcochran99 @phl43 @dpinsen Basically here’s what the failed to account for in crafting their doomsday predictions and playing the unwitting stooges of those trying to take advantage of a pandemic by exaggerating the risk. https://t.co/N
RT @EthicalSkeptic: @sovereignhodler @12FreeBeer @COVID19Tracking 1. Is to create an apples-to-apples benchmark comparison...even if they d…
@carlhancock @cgWerks3D I never said anything about heat and humidity impacting this virus, and never defined a 'season' as global winter-spring-summer-fall. These are straw men. A season - is a characteristic of a population compartment per this study.
@jsnover @Gerry__Thomas @robert_spalding Jeffrey, this is just for the 20 week analog of the flu. Total annual flu deaths and Covid-19 deaths will be more than what is shown of this chart (the bottom is not 'zero' in other words) - this is just to show if
@Peter1987S @actionzmann @anthonyfurey How about one from this year then https://t.co/P7WlGBhZJ3
@ScottGottliebMD @benshapiro Curious if anyone can vet this—I was told that coronaviruses generally never reach herd immunity, but rather dwindle off around 20-30% of population (in contrast rhinoviruses reach around 80%). This is the data shared to suppor
@amandamull It’s most likely to disappear from May-June till around November, read discussion https://t.co/nGXjjnv69B
"The regular appearance of all types of coronaviruses in the same months with minimal circulation in the summer was a clear finding of this study. [...] the coronaviruses are sharply seasonal with little spread after May until November or December." https
@sovereignhodler @12FreeBeer @COVID19Tracking 1. Is to create an apples-to-apples benchmark comparison...even if they did not trend similarly. However, 2. Is they do trend similarly... per study... https://t.co/H95GnY2fpd
Conclusions Coronaviruses are sharply seasonal. They appear, based on serial interval and secondary infection risk, to have similar transmission potential to influenza A(H3N2) in the same population. https://t.co/QmfD9md1RA
@ActorMikeBiddle I agree with you - those play into why the graphic says what it says. Did you not get this? But here is a study on coronavirus seasonality and arrival analog with H3N2. https://t.co/FmgBdNgk0K
@realdb2 @ChemicalAT @FrshYelGrizzly Previous coronaviruses have not followed this track. We keep using language suited for the 1918 flu. This study involved someone finally actually looking at coronaviruses (which should have already been studied decades
@summers_llm The latest study says that it will recur, like most coronaviruses do, but next March - and wildly different in volume. https://t.co/FmgBdNgk0K
@RyanSPierson I would have to say that the SARS-2003 lack of a resurgence, would suggest there would not be another fall/winter peak. This study suggests another March 2021 peak but much less intense. https://t.co/FmgBdNgk0K
@Jackman1209 Seems to be a 'happy date' agreement between SARS-2003 A(H3N2) Covid-19 precedent countries and coronaviruses in general, by this study https://t.co/H95GnY2fpd which is why we are watching it...
RT @EthicalSkeptic: @JanPogiMan April 4 study - sharply seasonal, very high variance in virility year to year (most likely good news for us…
RT @EthicalSkeptic: @JanPogiMan April 4 study - sharply seasonal, very high variance in virility year to year (most likely good news for us…
@kanan_sports Yes, but you must do some sensitivity modeling over time, analyze the arrival distribution of SARS, and then develop an analog of H3N2 from the CDC in order to derive the 29th https://t.co/H95GnY2fpd
@JanPogiMan April 4 study - sharply seasonal, very high variance in virility year to year (most likely good news for us), and mutates out of relevance) https://t.co/H95GnY2fpd
4 Apr 2020 Study Conclusions: "Coronaviruses are sharply seasonal. They appear, based on serial interval and secondary infection risk, to have similar transmission potential to influenza A(H3N2) in the same population." https://t.co/4g0NZSLRLH
@SFish256 @BrendanEich Actually the studies say that exact approach is very reliable. "Coronaviruses are sharply seasonal. They appear, based on serial interval and secondary infection risk, to have similar transmission potential to influenza A(H3N2) in t
@HalikRafa @TomaszLysiak @_zboral Mówimy bardziej o epidemiologii a nie wirusologii. W poprzednich materiałach danych było aż nadto ale cóż... Proszę: https://t.co/BQk1cf7kqj. Choć z naukowej przezorności autorzy napisali to "czerwone", to na bazie dostępn
@RobbieSherman77 It is not trying to predict the specific curve (the vertical), so much as it is providing a candidate time for key inflection points (the horizontal), critical in the virus progression. Based upon this study "Coronaviruses follow sharp s
RT @EthicalSkeptic: 4 Apr 2020 Study Conclusions: "Coronaviruses are sharply seasonal. They appear, based on serial interval and secondary…
RT @EthicalSkeptic: 4 Apr 2020 Study Conclusions: "Coronaviruses are sharply seasonal. They appear, based on serial interval and secondary…
RT @EthicalSkeptic: 4 Apr 2020 Study Conclusions: "Coronaviruses are sharply seasonal. They appear, based on serial interval and secondary…
RT @EthicalSkeptic: 4 April 2020 Study Conclusions: "Coronaviruses are sharply seasonal. They appear, based on serial interval and seconda…
RT @EthicalSkeptic: 4 April 2020 Study Conclusions: "Coronaviruses are sharply seasonal. They appear, based on serial interval and seconda…
RT @EthicalSkeptic: @RaiderBatti I caught crap over this strict seasonality chart by an epidemiologist who was trolling web w sycophants to…
RT @EthicalSkeptic: @RaiderBatti I caught crap over this strict seasonality chart by an epidemiologist who was trolling web w sycophants to…
RT @EthicalSkeptic: 4 Apr 2020 Study Conclusions: "Coronaviruses are sharply seasonal. They appear, based on serial interval and secondary…
@LgSOS Hey Lg that dipshit professor was wrong again Conclusions Coronaviruses are sharply seasonal. They appear, based on serial interval and secondary infection risk, to have similar transmission potential to influenza A(H3N2) in the same population.
RT @EthicalSkeptic: 4 Apr 2020 Study Conclusions: "Coronaviruses are sharply seasonal. They appear, based on serial interval and secondary…
@RaiderBatti I caught crap over this strict seasonality chart by an epidemiologist who was trolling web w sycophants to bully people over his (*trumpets sounding) PhD... That guy should be embarrassed now. A strategist ran circles around him in his own pr
Let's make like spring and let families enjoy life again.
RT @EthicalSkeptic: 4 April 2020 Study Conclusions: "Coronaviruses are sharply seasonal. They appear, based on serial interval and seconda…
RT @EthicalSkeptic: 4 Apr 2020 Study Conclusions: "Coronaviruses are sharply seasonal. They appear, based on serial interval and secondary…
4 Apr 2020 Study Conclusions: "Coronaviruses are sharply seasonal. They appear, based on serial interval and secondary infection risk, to have similar transmission potential to influenza A(H3N2) in the same population." https://t.co/H95GnY2fpd
RT @EthicalSkeptic: 4 April 2020 Study Conclusions: "Coronaviruses are sharply seasonal. They appear, based on serial interval and seconda…
4 April 2020 Study Conclusions: "Coronaviruses are sharply seasonal. They appear, based on serial interval and secondary infection risk, to have similar transmission potential to influenza A(H3N2) in the same population."
@EthicalSkeptic Preprint, general coronavirus... Ta-da... Seasonality. https://t.co/q0bB4dzerD
RT @atscommunity: Coronavirus occurrence and transmission over 8 years in the HIVE cohort of households in Michigan: https://t.co/bol0fnj0eg
Coronavirus occurrence and transmission over 8 years in the HIVE cohort of households in Michigan: https://t.co/bol0fnj0eg
RT @joseramosvivas: Esperanzador este estudio sobre la estacionalidad de los #coronavirus 👇 https://t.co/o5QuDoNVEa https://t.co/mkNPATw8di
Esperanzador este estudio sobre la estacionalidad de los #coronavirus 👇 https://t.co/o5QuDoNVEa https://t.co/mkNPATw8di
Coronavirus occurrence and transmission over 8 years in the HIVE cohort of households in Michigan https://t.co/m7Haakdy7t
RT @MMichael: 4/6 JID 1. Coronavirus occurrence and transmission over 8 years in the HIVE cohort of households in Michigan https://t.co/6R…
4/6 JID 1. Coronavirus occurrence and transmission over 8 years in the HIVE cohort of households in Michigan https://t.co/6Rhhuoe5VH 2. Human Challenge Studies to Accelerate Coronavirus Vaccine Licensure @mlipsitch https://t.co/ko5lihAnq8
Coronavirus occurrence and transmission over 8 years in the HIVE cohort of households in Michigan: https://t.co/bol0fnj0eg
4 typically mild human coronaviruses OC43/229E/HKU1/NL63 • Only 2.5% of cases occurred between June-September • Most cases between December & April/May, peak in January/February • 9% of adult & 20% of cases in children linked with doctor visits htt
RT @CollignonPeter: One reason why we need to be carefull for our upcoming winter. "Coronaviruses are sharply seasonal." https://t.co/t3X8s…
RT @CollignonPeter: One reason why we need to be carefull for our upcoming winter. "Coronaviruses are sharply seasonal." https://t.co/t3X8s…
One reason why we need to be carefull for our upcoming winter. "Coronaviruses are sharply seasonal." https://t.co/t3X8sf2hK5
Coronavirus occurrence and transmission over 8 years in the HIVE cohort of households in Michigan | The Journal of Infectious Diseases | Oxford Academic #lockdown #coronavirus https://t.co/c4SC0Uxfg9
Coronavirus occurrence and transmission over 8 years in the HIVE cohort of households in Michigan | The Journal of Infectious Diseases | Oxford Academic https://t.co/c4SC0Uxfg9
The seasonality of coronaviruses Caveat: testing could be seasonal too https://t.co/O81kjU5Ipa https://t.co/mDyp6XrrNL
Hoping this bears out! I am ready to get out of the house/hospital! Coronavirus (non-#COVID19) occurrence and transmission https://t.co/ZAzDtBeCSq
#Coronavirus Occurrence & Transmission Over 8 Years in #HIVEcohort of Households in Michigan. @arnold_monto et al. @UMich SPH https://t.co/vnI5mLwZnH Journal of #InfectiousDisease https://t.co/uL24IEibSJ
Coronavirus occurrence and transmission over 8 years in the HIVE cohort of households in Michigan https://t.co/pNghwRbwg1
#Coronavirus occurrence and transmission over 8 years in the HIVE cohort of households in Michigan...!! Not #COVID19 🔓✔️ https://t.co/hLscrQzbRB https://t.co/l5pTemqiSF
#amreading #apaperaday 4 human coronaviruses were sharply seasonal. Unknown if SARS-CoV-2 will have the same seasonality - Coronavirus occurrence and transmission over 8 years in the HIVE cohort of households in Michigan https://t.co/Ts02NT24Ej
Coronavirus occurrence and transmission over 8 years in the HIVE cohort of households in Michigan https://t.co/w6yPcC16Ha
https://t.co/40OfbAG8AZ Of the seven coronaviruses known to infect people, four cause common respiratory infections that are sharply seasonal & appear to transmit similarly to influenza, but it's not possible to determine whether SARS-CoV-2 coronavirus
Coronavirus occurrence and transmission over 8 years in the HIVE cohort of households in Michigan https://t.co/P3NSVJVa5Y
RT @IDSAInfo: New in JID: Human coronaviruses that cause common respiratory infections are highly seasonal and often peak in winter months,…
Coronavirus occurrence and transmission over 8 years in the HIVE cohort of households in Michigan https://t.co/AcQm5fklgB
Interesting point that SARS-CoV-2 may be seasonal... #PITT_ID20
RT @IDSAInfo: New in JID: Human coronaviruses that cause common respiratory infections are highly seasonal and often peak in winter months,…
RT @IDSAInfo: New in JID: Human coronaviruses that cause common respiratory infections are highly seasonal and often peak in winter months,…
RT @IDSAInfo: New in JID: Human coronaviruses that cause common respiratory infections are highly seasonal and often peak in winter months,…
@ArisKatzourakis I found this paper useful: https://t.co/LrjeA51KOr
RT @IDSAInfo: New in JID: Human coronaviruses that cause common respiratory infections are highly seasonal and often peak in winter months,…
RT @IDSAInfo: New in JID: Human coronaviruses that cause common respiratory infections are highly seasonal and often peak in winter months,…
RT @IDSAInfo: New in JID: Human coronaviruses that cause common respiratory infections are highly seasonal and often peak in winter months,…
RT @IDSAInfo: New in JID: Human coronaviruses that cause common respiratory infections are highly seasonal and often peak in winter months,…
RT @IDSAInfo: New in JID: Human coronaviruses that cause common respiratory infections are highly seasonal and often peak in winter months,…
RT @IDSAInfo: New in JID: Human coronaviruses that cause common respiratory infections are highly seasonal and often peak in winter months,…
RT @IDSAInfo: New in JID: Human coronaviruses that cause common respiratory infections are highly seasonal and often peak in winter months,…
RT @IDSAInfo: New in JID: Human coronaviruses that cause common respiratory infections are highly seasonal and often peak in winter months,…
RT @IDSAInfo: New in JID: Human coronaviruses that cause common respiratory infections are highly seasonal and often peak in winter months,…
RT @IDSAInfo: New in JID: Human coronaviruses that cause common respiratory infections are highly seasonal and often peak in winter months,…
RT @IDSAInfo: New in JID: Human coronaviruses that cause common respiratory infections are highly seasonal and often peak in winter months,…
RT @IDSAInfo: New in JID: Human coronaviruses that cause common respiratory infections are highly seasonal and often peak in winter months,…
RT @IDSAInfo: New in JID: Human coronaviruses that cause common respiratory infections are highly seasonal and often peak in winter months,…
RT @IDSAInfo: New in JID: Human coronaviruses that cause common respiratory infections are highly seasonal and often peak in winter months,…
RT @IDSAInfo: New in JID: Human coronaviruses that cause common respiratory infections are highly seasonal and often peak in winter months,…
RT @IDSAInfo: New in JID: Human coronaviruses that cause common respiratory infections are highly seasonal and often peak in winter months,…
RT @IDSAInfo: New in JID: Human coronaviruses that cause common respiratory infections are highly seasonal and often peak in winter months,…
RT @IDSAInfo: New in JID: Human coronaviruses that cause common respiratory infections are highly seasonal and often peak in winter months,…
From JID #togodsears