RT @EstebanOrtizMD: Los virus mutan, algunos bastante otros poco. La famosa tasa de mutación viral (Viral Mutation Rates) se explica aqui h…
RT @EstebanOrtizMD: Los virus mutan, algunos bastante otros poco. La famosa tasa de mutación viral (Viral Mutation Rates) se explica aqui h…
RT @EstebanOrtizMD: Los virus mutan, algunos bastante otros poco. La famosa tasa de mutación viral (Viral Mutation Rates) se explica aqui h…
RT @EstebanOrtizMD: Los virus mutan, algunos bastante otros poco. La famosa tasa de mutación viral (Viral Mutation Rates) se explica aqui h…
RT @EstebanOrtizMD: Los virus mutan, algunos bastante otros poco. La famosa tasa de mutación viral (Viral Mutation Rates) se explica aqui h…
RT @EstebanOrtizMD: Los virus mutan, algunos bastante otros poco. La famosa tasa de mutación viral (Viral Mutation Rates) se explica aqui h…
RT @EstebanOrtizMD: Los virus mutan, algunos bastante otros poco. La famosa tasa de mutación viral (Viral Mutation Rates) se explica aqui h…
RT @EstebanOrtizMD: Los virus mutan, algunos bastante otros poco. La famosa tasa de mutación viral (Viral Mutation Rates) se explica aqui h…
Los virus mutan, algunos bastante otros poco. La famosa tasa de mutación viral (Viral Mutation Rates) se explica aqui https://t.co/FvD1HTMwdW las vacunas contra el #SARSCoV2 generan respuesta inmunologica contra unas partes muy especificas del virus, no
RT @jacquep: @ricepeterm @jelo2510 RNA viruses do mutate more often than DNA viruses but unlike most RNA viruses, Coronavirus have a proof…
Complexities of Viral Mutation Rates | Journal of Virology https://t.co/W0OWQClttY
@Fabopolis A priori io son neutro: non abbiamo evidenza da un lato o dall'altro. Le informazioni disponibili sono simili a quelle che, da fine febbraio, abbiamo avuto sulla mutazione che ha generato 614G che e' oggi il ceppo dominante. https://t.co/dQ7o8P
@PaulPaul49
RT @pesla: 3/ Hoe vaak muteert een virus? Aan de lopende band. Voor RNA-virussen geldt: ongeveer één op de miljoen toetsaanslagen is verk…
RT @jacquep: @ricepeterm @jelo2510 RNA viruses do mutate more often than DNA viruses but unlike most RNA viruses, Coronavirus have a proof…
RT @jacquep: @ricepeterm @jelo2510 RNA viruses do mutate more often than DNA viruses but unlike most RNA viruses, Coronavirus have a proof…
RT @pesla: 3/ Hoe vaak muteert een virus? Aan de lopende band. Voor RNA-virussen geldt: ongeveer één op de miljoen toetsaanslagen is verk…
RT @jacquep: @ricepeterm @jelo2510 RNA viruses do mutate more often than DNA viruses but unlike most RNA viruses, Coronavirus have a proof…
@ricepeterm @jelo2510 RNA viruses do mutate more often than DNA viruses but unlike most RNA viruses, Coronavirus have a proof reading mechanism so mutate less often than other RNA viruses, apparently. https://t.co/B5BztXKKll a per-site level,1).
RT @pesla: 3/ Hoe vaak muteert een virus? Aan de lopende band. Voor RNA-virussen geldt: ongeveer één op de miljoen toetsaanslagen is verk…
3/ Hoe vaak muteert een virus? Aan de lopende band. Voor RNA-virussen geldt: ongeveer één op de miljoen toetsaanslagen is verkeerd. Bij een zieke, kan 1 milliliter lichaamsvloeistof miljoenen kopieën bevatten. https://t.co/r03rT9qYpR
תקראו את זה https://t.co/sxmArNVjQV https://t.co/6ZiRNFMlSc https://t.co/4CHKxO3nep זה אומר שמי שמתחסן לקורונה יש סיכוי שיהיה לו סרטן
Complexities of Viral Mutation Rates https://t.co/D0jNw9crqA
The observed Sars-CoV-2 mutation rate (c. 10-3 per site /y) is likely an underestimation: ssRNA-viruses typically have substitution (!) rates of 10-4 to 10-5 per nucleotide per infected cell, or one mutation event per genome per replication event. https://
Complexities of Viral Mutation Rates | Journal of Virologyn. Let’s not forget covid 19 is an RNR virus which is likely to mutate before we put all our Eggs on one vaccine basket to early 🙏 https://t.co/kExsWBlTPU
Complexities of Viral Mutation Rates | Journal of Virology #covid #COVID19 #virus #education https://t.co/ZTnNdOZsdV
@LuchayHonorRMCF @VonBingen2 @psicolopa @DrJudyAMikovits @LamujerdelaolaC La curiosidad es buena. Te traigo una captura de un estudio donde se observan las tasas de mutación de diferentes virus: https://t.co/akFrNuMdca https://t.co/JKHcmkWS2c
@DrSusanNasif يمكن شرح المعدلات العالية لطفرات ڤيروسات RNA بوجود إنزيم RdRp والذي لا يمتلك خاصية تصحيح أخطاء الطباعة على عكس الإنزيم الموجود بڤيروسات DNA. نستثنى عائلة الڤيروسات التاجية حيث يمتلك إنزيم RdRp الخاص بها خاصية مستقلة لتصحيح أخطاء الطباعة (2/2)
Even amongst viruses, RNA viruses tend to have a higher rate of mutation https://t.co/UYeQcdKRtS
#auspol If you work out mutation rates you can see why it was important to lose the first data on the first person reported in the hospital at Wuhan who did not come from the markets. No proof just a smoking gun https://t.co/HJ50M5hVFf
RNAウイルスはDNAウイルスよりも変異しやすい、というのは一般論としては正しい。ただし、ウイルスの変異の頻度は色々な要素によって変わる。ゲノムサイズ、一本鎖or二本鎖、等。 https://t.co/nDejAF5MNH
@Twitspice @CausticCorner @BBCFergusWalsh @johnsweeneyroar And CoV mutation rates are low compared to those of other RNA viruses: https://t.co/GxaminFEXL
En el siguiente artículo se aborda el tema de las tasas de mutación en virus por si desean saber más de este tema que es muy profundo e interesante. https://t.co/YoDHd0h1Ja
@Queeni_Martini @I_love_realism @WHO @pahowho @WHO_Europe @WHOEMRO @WHOAFRO @WHOSEARO @WHOWPRO Had you half a brain, you’d understand that actual scientists understand that coronaviruses are known to have lower mutation rates than other RNA based viruses.
Muchos virus evolucionan rápidamente. Esto se debe, en parte, a sus altas tasas de mutación , Complejidades de las tasas de mutación viral https://t.co/FHtVJSPhMB
RT @matthiaszepper: @apreston243 @blekhman @pathogenomenick The authors are forensic anthropologists and they treat virus genomes like huma…
Complexities of Viral Mutation Rates | Journal of Virology https://t.co/qOPr5e5xgo
@apreston243 @blekhman @pathogenomenick The authors are forensic anthropologists and they treat virus genomes like human mitochondrial DNA. However, viral genomes mutate at a much higher rate and thus patterns, that would be remarkable when observed in mtD
RT @tweettruth2me: Rapid RNA mutations mean the virus weakens as it spreads. https://t.co/Ybenh4wT1K https://t.co/ZOU8HTHmd2
@TheGreatRoh Rapid mutation of an RNA virus as it spreads does weaken it. Try reading. https://t.co/Ybenh4wT1K
RT @tweettruth2me: Rapid RNA mutations mean the virus weakens as it spreads. https://t.co/Ybenh4wT1K https://t.co/ZOU8HTHmd2
RT @tweettruth2me: Rapid RNA mutations mean the virus weakens as it spreads. https://t.co/Ybenh4wT1K
Rapid RNA mutations mean the virus weakens as it spreads. https://t.co/Ybenh4wT1K
@AndrewSmalls13 @_hookem_ @RealCandaceO Just stop. You’re exposing your utter ignorance. https://t.co/a6wZyhH0m9
@Realsashatoth @AngloRemnant Another, more recent, survey https://t.co/vJjyb2KwV7
@Desincarne @rikibeth @freestyle_mom @seananmcguire Yes, unlike influenza, they have proofreading capability. https://t.co/UQka54b4aq
@DrMoragKerr @rattlecans @ArgyllAtheist @jammach @SandyWito1 @embradon @RevStu CoVs actually have some proofreading function, and a lower background mutation rate than most RNA viruses. https://t.co/GxaminFEXL
@mpre5ley There are a whole bunch of factors that come into play. Great paper here: https://t.co/kws9D9I5Dt
@Mainrushun @vjm0906 It's an RNA virus. They mutate much faster than DNA virii, though according to this article coronavirii have a lower mutation rate because - unlike influenza - it has proofreading capability. But: the more hosts the greater the chance
RT @LovelyVelocity: News flash. Viruses mutate. (This novel coronavirus, SARS-CoV-2, 100 times.) Vast majority of viral mutations are insig…
@Mc_Huge fair, but also the ability to mutate. Short incubation period may not be failsafe if viral mutation rate is high enough to counteract. https://t.co/Dt1GjaVgtz
RT @LovelyVelocity: News flash. Viruses mutate. (This novel coronavirus, SARS-CoV-2, 100 times.) Vast majority of viral mutations are insig…
News flash. Viruses mutate. (This novel coronavirus, SARS-CoV-2, 100 times.) Vast majority of viral mutations are insignificant. Recent take (2.18.20): https://t.co/Zy7Bdh0VRU Deeper dive on viral mutation rates, from 2018 (5.2.18): https://t.co/kJRL1p1Z
RT @madina_wane: @DuaneHere @tangibullah @OttoSalaj However, these "new mutants" with increased mutation rates are more likely to gain muta…
RT @DLYDDDDK: @y_tambe 最近の論文だとこっち(https://t.co/eSSnPQ2xRy)をどうぞ。RNAウイルスであってもDrake's ruleに従いそうじゃね?ってふんいきですね。ちっこくてシンプルだとエラー率が高くてもアリで、集団内のheter…
RT @DLYDDDDK: @y_tambe 最近の論文だとこっち(https://t.co/eSSnPQ2xRy)をどうぞ。RNAウイルスであってもDrake's ruleに従いそうじゃね?ってふんいきですね。ちっこくてシンプルだとエラー率が高くてもアリで、集団内のheter…
@T_Inglesby @pmulligan44 Herd immunity works with bacteria, not so much with viruses, and ssRNA viruses like COVID19 mutate even more quickly than DNA viruses. Whoever said "herd immunity" is a politician/idiot, not a virologist. LISTEN TO THE SCIENTISTS,
@ekmartin @ElDudrinoWeirdo @ASlavitt Most RNA viruses just have a much higher rate of mutations. DNA is much better at proofreading itself typically leading to things like smallpox that are well conserved. Some RNA viruses are better at copy accuracy tha
RT @DLYDDDDK: @y_tambe 最近の論文だとこっち(https://t.co/eSSnPQ2xRy)をどうぞ。RNAウイルスであってもDrake's ruleに従いそうじゃね?ってふんいきですね。ちっこくてシンプルだとエラー率が高くてもアリで、集団内のheter…
RT @DLYDDDDK: @y_tambe 最近の論文だとこっち(https://t.co/eSSnPQ2xRy)をどうぞ。RNAウイルスであってもDrake's ruleに従いそうじゃね?ってふんいきですね。ちっこくてシンプルだとエラー率が高くてもアリで、集団内のheter…
RT @DLYDDDDK: @y_tambe 最近の論文だとこっち(https://t.co/eSSnPQ2xRy)をどうぞ。RNAウイルスであってもDrake's ruleに従いそうじゃね?ってふんいきですね。ちっこくてシンプルだとエラー率が高くてもアリで、集団内のheter…
RT @DLYDDDDK: @y_tambe 最近の論文だとこっち(https://t.co/eSSnPQ2xRy)をどうぞ。RNAウイルスであってもDrake's ruleに従いそうじゃね?ってふんいきですね。ちっこくてシンプルだとエラー率が高くてもアリで、集団内のheter…
RT @DLYDDDDK: @y_tambe 最近の論文だとこっち(https://t.co/eSSnPQ2xRy)をどうぞ。RNAウイルスであってもDrake's ruleに従いそうじゃね?ってふんいきですね。ちっこくてシンプルだとエラー率が高くてもアリで、集団内のheter…
RT @DLYDDDDK: @y_tambe 最近の論文だとこっち(https://t.co/eSSnPQ2xRy)をどうぞ。RNAウイルスであってもDrake's ruleに従いそうじゃね?ってふんいきですね。ちっこくてシンプルだとエラー率が高くてもアリで、集団内のheter…
RT @DLYDDDDK: @y_tambe 最近の論文だとこっち(https://t.co/eSSnPQ2xRy)をどうぞ。RNAウイルスであってもDrake's ruleに従いそうじゃね?ってふんいきですね。ちっこくてシンプルだとエラー率が高くてもアリで、集団内のheter…
RT @DLYDDDDK: @y_tambe 最近の論文だとこっち(https://t.co/eSSnPQ2xRy)をどうぞ。RNAウイルスであってもDrake's ruleに従いそうじゃね?ってふんいきですね。ちっこくてシンプルだとエラー率が高くてもアリで、集団内のheter…
RT @DLYDDDDK: @y_tambe 最近の論文だとこっち(https://t.co/eSSnPQ2xRy)をどうぞ。RNAウイルスであってもDrake's ruleに従いそうじゃね?ってふんいきですね。ちっこくてシンプルだとエラー率が高くてもアリで、集団内のheter…
RT @DLYDDDDK: @y_tambe 最近の論文だとこっち(https://t.co/eSSnPQ2xRy)をどうぞ。RNAウイルスであってもDrake's ruleに従いそうじゃね?ってふんいきですね。ちっこくてシンプルだとエラー率が高くてもアリで、集団内のheter…
@y_tambe 最近の論文だとこっち(https://t.co/eSSnPQ2xRy)をどうぞ。RNAウイルスであってもDrake's ruleに従いそうじゃね?ってふんいきですね。ちっこくてシンプルだとエラー率が高くてもアリで、集団内のheterogeneityが高くなるので、環境変化や選択圧に対して変異体が選択されやすいと。
@Oderdochso @ChrissieRoute66 @sookiematahari @LuisenstadtFoto @Doktor_FreakOut Nicht jede Mutation in Virusgenomen begründet gleich einen neuen Virenstamm. Wegen ihrer Proofreading -Fähigkeiten mutieren Coronaviren für RNA-Viren vergleichsweise langsam: ht
RT @stepelka: @KrzysztofLanda są. i zależą od wirusa. przesyłam link do publikacji, proszę zerknąć na fig. 1. tempo substytucji (ewolucja…
@KrzysztofLanda są. i zależą od wirusa. przesyłam link do publikacji, proszę zerknąć na fig. 1. tempo substytucji (ewolucja) i mutacji jest największe dla wirusów z genomem (+)ssRNA (i to co pisałam kiedyś - w kalkulacjach ważna jest wielkość genomu) htt
@That_Parry_Dox fortunately for us, RNA viruses (such as Covid-19) *never* mutate into more deadly forms...oh, wait https://t.co/9uOtE34gC2
VIRUS #MUTATION RATES! DNA viruses have mutation rates of 10^(−8) to 10^(−6) substitutions per nucleotide site per cell infection (s/n/c). RNA viruses have mutation rates of 10^(−6) to 10^(−4) s/n/c. #evolution #genomics #VirusEvolution #virus #Bioinformat
Viral mutation rates. https://t.co/ApKp4eUzbK
RT @ASMicrobiology: Complexities of viral mutation rates, including 3 hypotheses for why mutation rates have not evolved to be zero, in a n…
RT @ASMicrobiology: Complexities of viral mutation rates, including 3 hypotheses for why mutation rates have not evolved to be zero, in a n…
RT @ASMicrobiology: Complexities of viral mutation rates, including 3 hypotheses for why mutation rates have not evolved to be zero, in a n…
RT @ASMicrobiology: Complexities of viral mutation rates, including 3 hypotheses for why mutation rates have not evolved to be zero, in a n…
RT @ASMicrobiology: Complexities of viral mutation rates, including 3 hypotheses for why mutation rates have not evolved to be zero, in a n…
RT @ASMicrobiology: Complexities of viral mutation rates, including 3 hypotheses for why mutation rates have not evolved to be zero, in a n…
RT @ASMicrobiology: Complexities of viral mutation rates, including 3 hypotheses for why mutation rates have not evolved to be zero, in a n…
RT @ASMicrobiology: Complexities of viral mutation rates, including 3 hypotheses for why mutation rates have not evolved to be zero, in a n…
RT @ASMicrobiology: Complexities of viral mutation rates, including 3 hypotheses for why mutation rates have not evolved to be zero, in a n…
Complexities of viral mutation rates, including 3 hypotheses for why mutation rates have not evolved to be zero, in a new @JVirology Gem: https://t.co/bWwl3Xa6Ti https://t.co/SnGlN65JxL
RT @DrSeraJames: Complexities of Viral Mutation Rates - mutation rate estimation, the forces that drive the evolution of mutation rates, an…
RT @DrJDennehy: Complexities of Viral Mutation Rates https://t.co/E9mnVR3rTI
RT @DrJDennehy: Complexities of Viral Mutation Rates https://t.co/E9mnVR3rTI
Complexities of Viral Mutation Rates https://t.co/E9mnVR3rTI
RT @PatSchloss: Congrats to the @LauringLab on their review in @JVirology! ICYMI, their GitHub repo has instructions on firing up a shiny a…
RT @PatSchloss: Congrats to the @LauringLab on their review in @JVirology! ICYMI, their GitHub repo has instructions on firing up a shiny a…
RT @PatSchloss: Congrats to the @LauringLab on their review in @JVirology! ICYMI, their GitHub repo has instructions on firing up a shiny a…
RT @PatSchloss: Congrats to the @LauringLab on their review in @JVirology! ICYMI, their GitHub repo has instructions on firing up a shiny a…
Congrats to the @LauringLab on their review in @JVirology! ICYMI, their GitHub repo has instructions on firing up a shiny app to interact with the data from their paper. Reproducible research #FTW! @ASMicrobiology https://t.co/50IchBBPGw https://t.co/v4OE8
RT @KariDebbink: The @LauringLab doing a great job of breaking down viral mutation rates... https://t.co/wZMw1UCJjP
RT @KariDebbink: The @LauringLab doing a great job of breaking down viral mutation rates... https://t.co/wZMw1UCJjP
RT @JVirology: The complexities of viral mutation rates. A new OA #JVirology Gem from Kayla Peck & Adam Lauring. @LauringLab https://t.co/…
RT @KariDebbink: The @LauringLab doing a great job of breaking down viral mutation rates... https://t.co/wZMw1UCJjP
RT @KariDebbink: The @LauringLab doing a great job of breaking down viral mutation rates... https://t.co/wZMw1UCJjP