RT @tak_yamm: 1カ月前の論文だけど読んでなかった。SARS-CoV-2は呼吸困難をきたすけど経シナプス的に移行することで延髄呼吸中枢へと到達するようで… https://t.co/gOMonXVmbO
RT @Toky02: As with SARS and MERS some coronaviruses can invade brainstem via a synapse‐connected route from the lung and airways. This can…
RT @thelonevirologi: The neuroinvasive potential of SARS‐CoV2 may play a role in the respiratory failure of COVID‐19 patients https://t.co/…
RT @rlarifrahman: @NephiLaxmus Bahkan sejak akhir Februari, virus ini diyakinin bisa menyerang Sistim Syaraf Pusat manusia. Dan Sistim Syar…
RT @escapedacult: Oh god
RT @tak_yamm: 1カ月前の論文だけど読んでなかった。SARS-CoV-2は呼吸困難をきたすけど経シナプス的に移行することで延髄呼吸中枢へと到達するようで… https://t.co/gOMonXVmbO
This virus has some nerve... https://t.co/vL4hI1ZyhI
"Taken together, the neuroinvasive propensity has been demonstrated as a common feature of CoVs"
RT @thelonevirologi: The neuroinvasive potential of SARS‐CoV2 may play a role in the respiratory failure of COVID‐19 patients https://t.co/…
RT @rlarifrahman: @NephiLaxmus Bahkan sejak akhir Februari, virus ini diyakinin bisa menyerang Sistim Syaraf Pusat manusia. Dan Sistim Syar…
RT @thelonevirologi: The neuroinvasive potential of SARS‐CoV2 may play a role in the respiratory failure of COVID‐19 patients https://t.co/…
The neuroinvasive potential of SARS‐CoV2 may play a role in the respiratory failure of COVID‐19 patients https://t.co/v3ZrZKi7NP
RT @rlarifrahman: @NephiLaxmus Bahkan sejak akhir Februari, virus ini diyakinin bisa menyerang Sistim Syaraf Pusat manusia. Dan Sistim Syar…
RT @rlarifrahman: @NephiLaxmus Bahkan sejak akhir Februari, virus ini diyakinin bisa menyerang Sistim Syaraf Pusat manusia. Dan Sistim Syar…
@meme2075 Browse my TL. Lots of peer-reviewed publications are linked over the course of my conversations. That's just one little detail of this horrifying virus. It gets much better. You can start here. https://t.co/IF2OXuuJah
RT @BuffaloSojourn: @DrDenaGrayson @MelissaJPeltier From the Chinese Academy of sciences; https://t.co/rniDfUR1r8
@NephiLaxmus Bahkan sejak akhir Februari, virus ini diyakinin bisa menyerang Sistim Syaraf Pusat manusia. Dan Sistim Syaraf Pusat manusia itu bisa jadi tempat tinggal yang aman bebas dari deteteksi bagi SARS-COV-2 https://t.co/HLbSvHR6tw
RT @Toky02: As with SARS and MERS some coronaviruses can invade brainstem via a synapse‐connected route from the lung and airways. This can…
Could COVID19 travels transynaptically? https://t.co/lvJnFrdkj3
RT @Toky02: As with SARS and MERS some coronaviruses can invade brainstem via a synapse‐connected route from the lung and airways. This can…
RT @Toky02: As with SARS and MERS some coronaviruses can invade brainstem via a synapse‐connected route from the lung and airways. This can…
As with SARS and MERS some coronaviruses can invade brainstem via a synapse‐connected route from the lung and airways. This can cause brain injury. https://t.co/iamL19iH77
@parlementor Doet me denken aan https://t.co/YDk18Kw82I
This is extremely disconcerting!
RT @josema_olvera: The rans‐synaptic transfer from the lung and airways as way of neuroinvasion of SARS‐CoV2 may be one reason for the acut…
RT @LarryBoorstein: @DrDenaGrayson @MelissaJPeltier "The neuroinvasive potential of SARS-CoV2 may play a role in the respiratory failure of…
Oh god
RT @BuffaloSojourn: @DrDenaGrayson @MelissaJPeltier From the Chinese Academy of sciences; https://t.co/rniDfUR1r8
RT @HelenBranswell: That is not what they found at all. They reported that SARS & MERS (cousin viruses) can get into the central nervous sy…
@DrDenaGrayson @MelissaJPeltier "The neuroinvasive potential of SARS-CoV2 may play a role in the respiratory failure of COVID-19 patients." Li YC, Bai WZ, Hashikawa T J Med Virol Feb 27 2020 https://t.co/khEjk1cPTV
RT @CoronavirusCast: https://t.co/FLNWleJ6hS - Researchers have figured out #COVID19 crosses the blood brain barrier and in at least some c…
@DrDenaGrayson @MelissaJPeltier From the Chinese Academy of sciences; https://t.co/rniDfUR1r8
@pfischer33 @CNEWS Pas que ça, le virus serait potentiellement neurotrope. https://t.co/lVgXEf3gRg
The neuroinvasive potential of SARS‐CoV2 may play a role in the respiratory failure of COVID‐19 patients #JMedVirol @WileyGlobal #covid19 https://t.co/4ud9G5jKfI
Još pre 2 meseca se znalo da virus probija krvnu barijeru u mozgu i isto tako izaziva cytokine storm. Zato su i padali ko pokošeni na onim snimcima. https://t.co/FIbnzaFoIm https://t.co/zXbthdpF31
1カ月前の論文だけど読んでなかった。SARS-CoV-2は呼吸困難をきたすけど経シナプス的に移行することで延髄呼吸中枢へと到達するようで… https://t.co/gOMonXVmbO
RT @drannehuang: Link to the study: The neuroinvasive potential of #SARSCoV2 may play a role in the respiratory failure of #COVID19 patien…
RT @rbromer: @esrasaginc @Istanbultelaviv We don't even know a lot about the virus, besides the respiratory stress syndrome: https://t.co/V…
@esrasaginc @Istanbultelaviv We don't even know a lot about the virus, besides the respiratory stress syndrome: https://t.co/VKObqwCbij
The gravity of now: 10M Two week Unemployment claims. 3.7M FBI NICS (March) background checks. A global uptick in DV. An LA train engineer tried to crash into the USNS Mercy. These are some COVID-19 and brain/CNS disease links: https://t.co/QyKZySBRlf
While all mechanistic explanations for #COVID19 are currently untested hypotheses, exploratory research suggests some coronaviruses are neuroinvasive, infecting the 🧠 via a synapse-connected route from the lungs. https://t.co/O7IGdMPGjL https://t.co/SXRZCt
RT @putmygamefaceon: @memnosoncos @Random_Neuro123 @emvolve here is the first paper from February https://t.co/rYZcAAAN1Q
@memnosoncos @Random_Neuro123 @emvolve here is the first paper from February https://t.co/rYZcAAAN1Q
RT @yogioabs: Hooray, #SARSCoV2 could infect our brains too. https://t.co/rE6AcJKrr9
@rob_tam @DrRitaIssa @spooner_rosie @AnyaGopfert @MedactBristol @johannmalawana @AskJeevesWij @DipeshGopal I think there is some early evidence the brain's cardiorespiratory centres can be affected, which could help explain hypoxia without increased resp d
The neuroinvasive potential of SARS‐CoV2 may play a role in the respiratory failure of COVID‐19 patients https://t.co/rDTvoEfOv0
@drkjjeffery You might be interested in this: https://t.co/KKkqQTvTBk At the moment, looks like there is more cerebrovascular events due the virus but no neurotropism. Neurotropism speculation is for now based on original SARS: https://t.co/SLae2Pnrh1
@gluten @StefanlTheGreat @Akhtxr @707kam Nope. It hides in the nerves like Herpes. NY is currently seeing the second wave. It is a permanent, lethal infection. 100% mortality and a very unpleasant way to die. https://t.co/IF2OXuuJah
https://t.co/ATQ6CDziUP Für alle, die kein Englisch können: Der Virus setzt sich gern im Hirnstamm fest. Der Hirnstamm ist der on/off Schalter eures Körpers. Das ist buchstäblich ein virulenter Genickbruch.... #COVID2019 #stayhomechallenge
RT @partha_mitra: Covid may be going to the brain, through a trans-synaptic route https://t.co/lSGwfgAv3K
RT @partha_mitra: Covid may be going to the brain, through a trans-synaptic route https://t.co/lSGwfgAv3K
RT @partha_mitra: Covid may be going to the brain, through a trans-synaptic route https://t.co/lSGwfgAv3K
Covid may be going to the brain, through a trans-synaptic route https://t.co/lSGwfgAv3K
@DrMattMcCarthy Please READ THIS! Its 1 of 4 published papers. "...Therefore, the latency period may be enough for the virus to enter and destroy the medullary neurons." https://t.co/zueiTjVOWy
Not sure if this is already underway... If not, hope that human/pathology study to investigate #SARSCoV2’s potential to affect the brainstem via ascending olfactory nerve infection will be happening *urgently*. @CKaushic @CIHR_IRSC @USaskMedDean @drsus
#COVID_19 beyond pneumonia - neuroinvasive potential may add complexity and may explain (in some cases) COVID19 patients inability to breath on their own
RT @MichelleCimoli: This Feb 2020 article shared by @UFBreathe might be relevant @MikeAlbertMD @drjackiem - describes the potential for #CO…
@leorahorwitzmd https://t.co/6CtkI2GHvW Neuroinvasive potential of COVID and effect on breathing. May have an answer for you?
RT @FuenteApolo: @mlalanda @crisguijarro1 @DrJesusPorta @davidezpeleta The neuroinvasive potential of SARS‐CoV2 may play a role in the resp…
RT @DrGlezGarcia: Afectación neurológica en el #COVID19 https://t.co/zeBcgSJ31q Fundamental la observación 🕵️🧐 , la historia clínica 📝🩺…
RT @FuenteApolo: @mlalanda @crisguijarro1 @DrJesusPorta @davidezpeleta The neuroinvasive potential of SARS‐CoV2 may play a role in the resp…
@mlalanda @crisguijarro1 @DrJesusPorta @davidezpeleta The neuroinvasive potential of SARS‐CoV2 may play a role in the respiratory failure of COVID‐19 patients https://t.co/rjIKyCRkQ8
This too. https://t.co/LV7n0BK7Hn Corona viruses are known to affect neurological processes and even cross blood brain barrier in other species.
Is the killing potential of #COVIDー19 related to the virus' ability to attack the brainstem? NTS and nucleus ambiguus control breathing, and are involved in smell and taste...neuroscientists are needed to follow up on this https://t.co/Hs460aHHiw
RT @DrGlezGarcia: Afectación neurológica en el #COVID19 https://t.co/zeBcgSJ31q Fundamental la observación 🕵️🧐 , la historia clínica 📝🩺…
RT @DrGlezGarcia: Afectación neurológica en el #COVID19 https://t.co/zeBcgSJ31q Fundamental la observación 🕵️🧐 , la historia clínica 📝🩺…
@barabasi Relevant? "The neuroinvasive potential of SARS‐CoV2 may play a role in the respiratory failure of COVID‐19 patients" https://t.co/p7UKJXAlBi
RT @DrGlezGarcia: Afectación neurológica en el #COVID19 https://t.co/zeBcgSJ31q Fundamental la observación 🕵️🧐 , la historia clínica 📝🩺…
RT @DrGlezGarcia: Afectación neurológica en el #COVID19 https://t.co/zeBcgSJ31q Fundamental la observación 🕵️🧐 , la historia clínica 📝🩺…
The rans‐synaptic transfer from the lung and airways as way of neuroinvasion of SARS‐CoV2 may be one reason for the acute respiratory failure https://t.co/Ob357K3Fwy
RT @DrGlezGarcia: Afectación neurológica en el #COVID19 https://t.co/zeBcgSJ31q Fundamental la observación 🕵️🧐 , la historia clínica 📝🩺…
RT @DrGlezGarcia: Afectación neurológica en el #COVID19 https://t.co/zeBcgSJ31q Fundamental la observación 🕵️🧐 , la historia clínica 📝🩺…
RT @DrGlezGarcia: Afectación neurológica en el #COVID19 https://t.co/zeBcgSJ31q Fundamental la observación 🕵️🧐 , la historia clínica 📝🩺…
RT @DrGlezGarcia: Afectación neurológica en el #COVID19 https://t.co/zeBcgSJ31q Fundamental la observación 🕵️🧐 , la historia clínica 📝🩺…
RT @DrGlezGarcia: Afectación neurológica en el #COVID19 https://t.co/zeBcgSJ31q Fundamental la observación 🕵️🧐 , la historia clínica 📝🩺…
RT @DrGlezGarcia: Afectación neurológica en el #COVID19 https://t.co/zeBcgSJ31q Fundamental la observación 🕵️🧐 , la historia clínica 📝🩺…
RT @DrGlezGarcia: Afectación neurológica en el #COVID19 https://t.co/zeBcgSJ31q Fundamental la observación 🕵️🧐 , la historia clínica 📝🩺…
RT @verycosmic: @eastslidah Sources: Nervous system invasion: https://t.co/aB5MYV7Acs Causes AIDS: https://t.co/0s25Hf6e9j 100% relapse:…
@MingGao26 Numbers aren’t the only problem for Shitgibbon. SEVERE neuron damage is likely the reason for any extended recovery times screwing up everybody’s timeline/predictive algorithms thus making it so hard for the #MAGAVirus crowd to understand. #大量
RT @verycosmic: @eastslidah Sources: Nervous system invasion: https://t.co/aB5MYV7Acs Causes AIDS: https://t.co/0s25Hf6e9j 100% relapse:…
@leorahorwitzmd Other coronaviruses have shown some capacity to infect nervous system. May explain taste/smell loss as well? https://t.co/9yM4SQQL3J
@eastslidah Sources: Nervous system invasion: https://t.co/aB5MYV7Acs Causes AIDS: https://t.co/0s25Hf6e9j 100% relapse: https://t.co/3Z9BCDPm2O Persistent: (see attached image) ...while Asymptomatic: https://t.co/qZ6MoJbfWc ...for 14-27 asymptomati
RT @JacquesJLR: Still a lot to know about #COVID19 https://t.co/5lzN2GNdaY
RT @MichelleCimoli: This Feb 2020 article shared by @UFBreathe might be relevant @MikeAlbertMD @drjackiem - describes the potential for #CO…
RT @drannehuang: The neuroinvasive potential of SARS‐CoV2 may be at least partially responsible for the respiratory failure of COVID‐19 pat…
RT @drannehuang: Here’s the review on #SARSCoV2’s *potential* of infecting the nervous system, leading to critical #COVID19 due to respirat…
RT @drannehuang: The neuroinvasive potential of SARS‐CoV2 may be at least partially responsible for the respiratory failure of COVID‐19 pat…
Link to the study: The neuroinvasive potential of #SARSCoV2 may play a role in the respiratory failure of #COVID19 patients. Journal of Medical Virology First published: 27 February 2020 Correction added on March 17, 2020 https://t.co/GEmN3KnvQ5 https:
RT @drannehuang: The neuroinvasive potential of SARS‐CoV2 may be at least partially responsible for the respiratory failure of COVID‐19 pat…
Here’s the review on #SARSCoV2’s *potential* of infecting the nervous system, leading to critical #COVID19 due to respiratory failure. Respiratory failure due to repressed autonomic/brainstem functioning may explain non-sepsis clinical pictures? @leoraho