RT @linseymarr: .@DrWanYang and I studied this question in 2011, exploring different removal mechanisms from air as a function of RH. I tho…
@gosciencewins 👍 Te recomiendo también este hilo sobre humedad de @ArturoS63455739 ⬇️⬇️⬇️⬇️⬇️⬇️⬇️⬇️⬇️⬇️⬇️⬇️⬇️
RT @ArturoS63455739: 5/+info sobre el papel de la humedad relativa en virus respiratorios, y como podría ser un factor clave para explicar…
RT @ArturoS63455739: 5/+info sobre el papel de la humedad relativa en virus respiratorios, y como podría ser un factor clave para explicar…
RT @ArturoS63455739: 1/n Humedad vs estacionalidad gripe En este estudio se asocia una mayor viabilidad del virus de la gripe (virus envuel…
RT @ArturoS63455739: 5/+info sobre el papel de la humedad relativa en virus respiratorios, y como podría ser un factor clave para explicar…
5/+info sobre el papel de la humedad relativa en virus respiratorios, y como podría ser un factor clave para explicar muchas de las olas (ya sean en verano o invierno en diferentes latitudes): https://t.co/BVFWV4AOuM
RT @linseymarr: .@DrWanYang and I studied this question in 2011, exploring different removal mechanisms from air as a function of RH. I tho…
@CathNoakes @adsquires @jmcrookston @joeyfox85 @sameo416 @JimRosenthal4 @Boeing @j_g_allen @CorsIAQ I believe @linseymarr & others demonstrated that RH seems to dramatically extend or shorten half-life of viruses in air & on surfaces. Apparently SA
RT @linseymarr: .@DrWanYang and I studied this question in 2011, exploring different removal mechanisms from air as a function of RH. I tho…
RT @linseymarr: .@DrWanYang and I studied this question in 2011, exploring different removal mechanisms from air as a function of RH. I tho…
No se puede simplificar a "frío=gripe", pues zonas cálidas tienen igualmente olas epidémicas de virus respiratorios. Es un tema + complejo, y en plena pandemia, con virus nuevo, todo se amplifica y distorsiona. +info del rol de la humedad: https://t.co/BVF
RT @ArturoS63455739: 1/n Humedad vs estacionalidad gripe En este estudio se asocia una mayor viabilidad del virus de la gripe (virus envuel…
RT @ArturoS63455739: 1/n Humedad vs estacionalidad gripe En este estudio se asocia una mayor viabilidad del virus de la gripe (virus envuel…
RT @MicroLevitator: The viscosity of mucus likely explains why influenza A had a minimum survival at 70-80% RH in mucus. But in a salt solu…
RT @MicroLevitator: The viscosity of mucus likely explains why influenza A had a minimum survival at 70-80% RH in mucus. But in a salt solu…
RT @MicroLevitator: The viscosity of mucus likely explains why influenza A had a minimum survival at 70-80% RH in mucus. But in a salt solu…
The viscosity of mucus likely explains why influenza A had a minimum survival at 70-80% RH in mucus. But in a salt solution, minimum survival was 40-50% RH. 9/n https://t.co/1QPLWyqLI0
RT @ArturoS63455739: 1/n Humedad vs estacionalidad gripe En este estudio se asocia una mayor viabilidad del virus de la gripe (virus envuel…
RT @ArturoS63455739: 1/n Humedad vs estacionalidad gripe En este estudio se asocia una mayor viabilidad del virus de la gripe (virus envuel…
Otro hilo magistral de @ArturoS63455739 sobre la estacionalidad de virus respiratorios, influencia de las condiciones ambientales y la diferencia entre zonas templadas/frías vs tropicales. Enhorabuena!
RT @ArturoS63455739: 1/n Humedad vs estacionalidad gripe En este estudio se asocia una mayor viabilidad del virus de la gripe (virus envuel…
RT @ArturoS63455739: 1/n Humedad vs estacionalidad gripe En este estudio se asocia una mayor viabilidad del virus de la gripe (virus envuel…
RT @ArturoS63455739: 1/n Humedad vs estacionalidad gripe En este estudio se asocia una mayor viabilidad del virus de la gripe (virus envuel…
RT @ArturoS63455739: 1/n Humedad vs estacionalidad gripe En este estudio se asocia una mayor viabilidad del virus de la gripe (virus envuel…
RT @ArturoS63455739: 1/n Humedad vs estacionalidad gripe En este estudio se asocia una mayor viabilidad del virus de la gripe (virus envuel…
1/n Humedad vs estacionalidad gripe En este estudio se asocia una mayor viabilidad del virus de la gripe (virus envuelto) a condiciones bajas y elevadas de humedad relativa (RH), siendo un rango intermedio, centrado en aprox. 50% de RH, las más ótpimas. h
RT @linseymarr: @kprather88 @amazingMeagen @HoomanParhizkar We talked about this in https://t.co/Lu9CQB1AMz and https://t.co/YsMFEFLUVi
RT @randyholt4: @kprather88 @amazingMeagen @HoomanParhizkar @linseymarr I have been targeting RH ~44% loosely based on NIH study to suppres…
RT @linseymarr: @kprather88 @amazingMeagen @HoomanParhizkar We talked about this in https://t.co/Lu9CQB1AMz and https://t.co/YsMFEFLUVi
@kprather88 @amazingMeagen @HoomanParhizkar @linseymarr I have been targeting RH ~44% loosely based on NIH study to suppress influenza spread until better data comes along. I hope optimal Covid RH # is shared in PSAs before winter. https://t.co/taWqBrNR
@kprather88 @amazingMeagen @HoomanParhizkar We talked about this in https://t.co/Lu9CQB1AMz and https://t.co/YsMFEFLUVi
Voir courbes ci-dessous https://t.co/QteJHPhTy1 .6/9
Voir un précédant tweet https://t.co/QteJHPhTy1 L’étude semble indiquer qu’en dessous de 40% viabilité du virus maximum et sa viabilité est divisée par 10 vers Hr 50% et par 100 vers Hr 70%. 3/9
Bonjour @flight_behav j’ai un peu de temps pour revenir sur ce sujet. Ce qui suit relève d’un peu d’intuition (donc rien de formellement démontré) sur les facteurs aggravants de contagion du virus. voir L’étude https://t.co/ykOwNTdq36 1/9
@chiccotesta @m_ioia @lucaberta @MarcoCantamessa @CottarelliCPI @f_chinellato @lubenasich @ardigiorgio è evidente e dimostrata la correlazione tra il covid e l'aria umida: https://t.co/8VZK81q8n1
RT @linseymarr: .@DrWanYang and I studied this question in 2011, exploring different removal mechanisms from air as a function of RH. I tho…
RT @linseymarr: .@DrWanYang and I studied this question in 2011, exploring different removal mechanisms from air as a function of RH. I tho…
Avec les valeurs météo d’aujourd’hui sur quelques villes @gforestier peut être une piste pour faire parler les chiffres comme vous le faites si bien avec peut être à la clé une corrélation forte entre conditions météo et vigueur de l'épidémie? https://t.co
RT @linseymarr: .@DrWanYang and I studied this question in 2011, exploring different removal mechanisms from air as a function of RH. I tho…
1/4 Une étude ancienne maintenant qui permettrait d'expliquer que les conditions optimales de "survie" de virus en conditions intérieures en logement (à 20°c) sont réalisées quand l'hygrométrie est inf à 40%. @Fabien_L https://t.co/ykOwNTdq36 https://t.co/
RT @linseymarr: .@DrWanYang and I studied this question in 2011, exploring different removal mechanisms from air as a function of RH. I tho…
RT @linseymarr: .@DrWanYang and I studied this question in 2011, exploring different removal mechanisms from air as a function of RH. I tho…
RT @linseymarr: .@DrWanYang and I studied this question in 2011, exploring different removal mechanisms from air as a function of RH. I tho…
RT @linseymarr: .@DrWanYang and I studied this question in 2011, exploring different removal mechanisms from air as a function of RH. I tho…
RT @linseymarr: .@DrWanYang and I studied this question in 2011, exploring different removal mechanisms from air as a function of RH. I tho…
RT @linseymarr: .@DrWanYang and I studied this question in 2011, exploring different removal mechanisms from air as a function of RH. I tho…
RT @linseymarr: .@DrWanYang and I studied this question in 2011, exploring different removal mechanisms from air as a function of RH. I tho…
.@DrWanYang and I studied this question in 2011, exploring different removal mechanisms from air as a function of RH. I thought we’d find that at high RH, droplets/aerosols would be a lot larger and settle out quickly. https://t.co/Lu9CQB1AMz /2
@linseymarr @kaisen_lin Like in your old paper on flu: https://t.co/JIEWzM05mS
Relationship between #Humidity and Influenza A Viability in #Droplets and Implications for Influenza’s Seasonality https://t.co/akTStDF3bd
RT @linseymarr: @akm5376 More reading for you: https://t.co/Lu9CQB1AMz Figure 2, BUT NaCl may be a proxy for something else that's harmful…
RT @linseymarr: @akm5376 More reading for you: https://t.co/Lu9CQB1AMz Figure 2, BUT NaCl may be a proxy for something else that's harmful…
@akm5376 More reading for you: https://t.co/Lu9CQB1AMz Figure 2, BUT NaCl may be a proxy for something else that's harmful to viruses. @kaisen_lin and I have a manuscript under review that looks at effects of NaCl, protein, surfactant, and pH individually.
RT @pesla: 6/ Diezelfde verdamping zorgt ervoor dat sommige virussen langer stabiel/intact blijven. Dat komt omdat er bij gebrek aan vocht…
RT @pesla: 6/ Diezelfde verdamping zorgt ervoor dat sommige virussen langer stabiel/intact blijven. Dat komt omdat er bij gebrek aan vocht…
6/ Diezelfde verdamping zorgt ervoor dat sommige virussen langer stabiel/intact blijven. Dat komt omdat er bij gebrek aan vocht geen/minder chemisch-fysische reacties kunnen optreden waardoor het virus uitgeschakeld wordt. https://t.co/4ApckYFFBX
@rt022845 @dylanhmorris For instance @linseymarr did some experiments on influenza viruses using 5 different suspension matrix (including mucus) and the U-shaped effect of humidity was observed in all 5 cases. https://t.co/FwNMuiL1jr
RT @linseymarr: @MicroLevitator @EdmanWaller @jljcolorado Also in influenza virus. This trend is seen in many enveloped viruses: little dec…
RT @linseymarr: @MicroLevitator @EdmanWaller @jljcolorado Also in influenza virus. This trend is seen in many enveloped viruses: little dec…
@MicroLevitator @EdmanWaller @jljcolorado Also in influenza virus. This trend is seen in many enveloped viruses: little decay at RH less than ~40%. https://t.co/Lu9CQB1AMz
@affittozorro @antonioripa Le condizioni invernali di scarsa umidità (inferiore al 50%) che asciuga il muco nasale, aiutano la trasmissione dell’influenza. In inverno, in una stanza con il riscaldamento tra i 20 e i 26 °C d’inverno i virus fanno praticame
More on viral transmission https://t.co/XMvgCuwEIN
#PLOSONE: Relationship between Humidity and Influenza A Viability in Droplets and Implications for Influenza’ ... https://t.co/oEk5Oz8iOo
@PeterHotez ...although this might explain it: https://t.co/TkWlKQAXCH
RT @tony_breu: @DrTobyGilbert Very interesting! A few thoughts: • indoor RH may matter more than outdoor RH • as shown in the study in twee…
@DrTobyGilbert Very interesting! A few thoughts: • indoor RH may matter more than outdoor RH • as shown in the study in tweet 7, high RH can allow for transmission (possibly via effects of salts; see link) • I wonder if temperature plays a bigger role in t
@HarmitMalik @PNASNews @VirusesImmunity A bit simplistic; only one variable tested. "in rainy seasons, temperatures drop and relative humidity increases to nearly 100% - conditions conducive to survival of large drops, which settle out quickly onto surface
RT @JuanGrvas: La supervivencia de los virus gripales en las gotitas de la tos depende de la salinidad y contenido en proteínas. Relationsh…
RT @JuanGrvas: La supervivencia de los virus gripales en las gotitas de la tos depende de la salinidad y contenido en proteínas. Relationsh…
RT @JuanGrvas: La supervivencia de los virus gripales en las gotitas de la tos depende de la salinidad y contenido en proteínas. Relationsh…
RT @JuanGrvas: @vbaosv El estudio clásico medio ambiente y gripe es: Environmental Predictors of Seasonal Influenza Epidemics across Temper…
RT @JuanGrvas: La supervivencia de los virus gripales en las gotitas de la tos depende de la salinidad y contenido en proteínas. Relationsh…
RT @JuanGrvas: La supervivencia de los virus gripales en las gotitas de la tos depende de la salinidad y contenido en proteínas. Relationsh…
RT @JuanGrvas: La supervivencia de los virus gripales en las gotitas de la tos depende de la salinidad y contenido en proteínas. Relationsh…
RT @JuanGrvas: La supervivencia de los virus gripales en las gotitas de la tos depende de la salinidad y contenido en proteínas. Relationsh…
RT @JuanGrvas: @vbaosv El estudio clásico medio ambiente y gripe es: Environmental Predictors of Seasonal Influenza Epidemics across Temper…
RT @JuanGrvas: La supervivencia de los virus gripales en las gotitas de la tos depende de la salinidad y contenido en proteínas. Relationsh…
RT @JuanGrvas: La supervivencia de los virus gripales en las gotitas de la tos depende de la salinidad y contenido en proteínas. Relationsh…
La supervivencia de los virus gripales en las gotitas de la tos depende de la salinidad y contenido en proteínas. Relationship between Humidity and Influenza A Viability in Droplets and Implications for Influenza’s Seasonality. https://t.co/t4CHnAQjyV
@vbaosv El estudio clásico medio ambiente y gripe es: Environmental Predictors of Seasonal Influenza Epidemics across Temperate and Tropical Climates https://t.co/TUyxvRNBKd Más interesante, por lo datos sobre los mocos: Relationship between Humidity and I
Causality analysis in https://t.co/fdknDvKsZy consistent with our findings of #flu virus survival in droplets https://t.co/TK7UPPlalD https://t.co/aUjP0VAlcW
Relationship between Humidity and Influenza. #flu http://t.co/qfykkF8L @ChrisPirillo
The flu likes humidity under 50%. I wonder how to get the office more humid in winter? http://t.co/FtX6OabC
Why getting the flu spikes in winter http://t.co/QMEqMVSs
Finally a possible scientific explanation of why the flu hits in winter http://t.co/OKc7RYym via @slashdot
Have you ever wondered why influenza spikes during the winter and tropical rainy seasons? Good read. http://t.co/nzgFYbPr #Science
Relationship between Humidity and Influenza A Viability in Droplets: http://t.co/8Lkif5bF
Griep komt niet door kou, maar door <50% luchtvochtigheid in huis als de kachel aanstaat! http://t.co/mk68pYMI
Zukam ka maraz sardion mein Q barh jata hay: Sciensdanon ki wazahat / http://t.co/GwKA8hSP | #flu #influenza #health
Straks maar even lezen of een #griepprik weggegooid geld is ;) http://t.co/vIZkpmIQ #plosone #openaccess
Interesting geographic related Flu research. Slashdot discussion: http://t.co/fKw5xk4d. Research article: http://t.co/JqwPnBXA
Recent study shows influenza is more easily spread during winter and indoor cause humidity levels are lower. #science http://t.co/8QMfJYWd
Why is winter flu season? Rschrs w cups of pseudo-mucus suggest that when snot dries up, the virus is freer to flit abt http://t.co/ek16vlcB
Really interesting article about the seasonal flu #hopembio http://t.co/lGUkQbKH
Relationship between Humidity and Influenza A Viability in Droplets and Implications for Influenza’s Seasonality http://t.co/g07LcMXF