@farid__jalali Are there not many avenues of neuroinvasion? https://t.co/KnRDE3XXnF https://t.co/H484nUBniw https://t.co/fcv709Z3oW https://t.co/Y0BO1h5ioW
Insights to SARS-CoV-2 life cycle, pathophysiology, and rationalized treatments that target COVID-19 clinical complications.
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Feb 2021 – Apr 2024Where it's discussed
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News26 articles
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X / Twitter15 posts
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YouTube2 videos
AI synopsis
What people are saying
The overall discussions are characterized by a recognition of the scientific research's importance, as seen in comments praising the understanding of SARS-CoV-2 mechanisms and the lifesaving role of vaccines. Conversely, some posts challenge treatment efficacy, reflecting engagement that balances support with skepticism, influenced by word choices like 'proof' and phrases questioning effectiveness or understanding.
Most comments acknowledge the importance of scientific research and tools, especially those supporting vaccine efficacy and understanding the virus.
Discussions show moderate curiosity about the virus's biology and treatments, with some posts sharing sources and more information.
While some users reference specific knowledge such as gene functions or vaccine mechanisms, others dismiss certain ideas, showing mixed depths of engagement.
The overall tone emphasizes the relevance of scientific insights to public health, though some posts express skepticism or highlight controversies.
Abstract in brief
- The text explains that understanding how SARS-CoV-2 infects the body and causes disease is essential for developing targeted treatments, especially those that can address severe complications like multi-organ failure.
- COVID-19 is described as a two-phase disease: the first phase involves rapid virus spread due to the widespread presence of specific human genes (ACE2, TMPRSS2, CTSBL) in respiratory and digestive tissues, and the second phase involves uncontrolled inflammation that damages organs, driven by immune responses and imbalanced signaling pathways.
- Various strategies are discussed to combat COVID-19, including drugs that reduce viral infection, enhance immune recognition of the virus, or decrease the severe inflammatory response (cytokine storm), with the goal of preventing or reducing life-threatening complications like ARDS.]
Top posts
Most liked on X and Bluesky@davidkurten @stoicmel So you’re ok with the Covid-19 virus getting inside your cells and releasing its own mRNA (step 5 in Fig 1) In fact, do you even know what mRNA is? These vaccines have saved millions of lives and our thanks should go to the scientists who developed them. https://t.co/1ygXmdtFL8
https://t.co/xX0rMPzTVp
https://t.co/xX0rMPzTVp
https://t.co/uiRXL44O2C
Insights to #SARSCoV2 life cycle, #pathophysiology, and rationalized #treatments that target #COVID19 clinical #complications. Review co-authored by EVBC member @dparask69 https://t.co/tBm10WaxcC
All mentions
Understanding the SARS-CoV-2 Life Cycle and Targeted Treatments
This video explains how SARS-CoV-2 infects and impacts the human body, emphasizing the importance of understanding its mechanism for developing treatments. Topics include viral entry, immune response, and strategies to…
Understanding SARS-CoV-2 Life Cycle and COVID-19 Treatments
Understanding how SARS-CoV-2 infects the body and causes disease is essential for developing targeted treatments, especially those addressing severe complications like multi-organ failure. The video explores viral…
Insights to SARS-CoV-2 life cycle, pathophysiology, and rationalized treatments that target COVID-19 clinical complications - PMC Ok VIP is related and i dont know what CTSB/L gene is https://t.co/godbKP2DRE
@Johnincarlisle @SOSpectObsrvR (Trust the science part 6) More papers, more answers... https://t.co/3futMimyg6 https://t.co/1hu1SRhXQ4 https://t.co/G869GoCpFi https://t.co/wprfmkWV19 https://t.co/S9uMvyiQ9l https://t.co/OfOf6iw5IK
@rajinhozinho @AdriPinatti @BlogdoNoblat @jairbolsonaro Insights to SARS-CoV-2 life cycle, pathophysiology, and rationalized treatments that target COVID-19 clinical complications https://t.co/kqKIg4EpKn
is it increasing/evolving its' half-life in host...?? https://t.co/XrnozPv4we
@coluche7100 @LukkJean @ElianeCarrier @vpecresse Et bon, je vous en donne des sources prouvant la non efficacité de l'hydroxychloroquine... https://t.co/fijoRJ1DBP https://t.co/txfmFprgzO Même les " journaux " scientifiques l'affirment... https://t.co/8LdM3nAhNk https://t.co/EI0bpTkfoo
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@CaoimhinMacEoc1 Some reading for you https://t.co/lTWd8ZZFFt
RT @nickareay: @davidkurten @stoicmel So you’re ok with the Covid-19 virus getting inside your cells and releasing its own mRNA (step 5 in…
@davidkurten @stoicmel So you’re ok with the Covid-19 virus getting inside your cells and releasing its own mRNA (step 5 in Fig 1) In fact, do you even know what mRNA is? These vaccines have saved millions of lives and our thanks should go to the scientists who developed them. https://t.co/1ygXmdtFL8
@JanineJ28040350 @NNNN996 @ChristianTony1 @BCNursesUnion OMG. “It seems”? By who? Certainly not actual doctors or epidemiologists. Sorry to be rude but it just boggles my mind that this kind of ignorance is possible. https://t.co/LAPPxFNNZp
https://t.co/xX0rMPzTVp
https://t.co/xX0rMPzTVp
@farid__jalali Are there not many avenues of neuroinvasion? https://t.co/KnRDE3XXnF https://t.co/H484nUBniw https://t.co/fcv709Z3oW https://t.co/Y0BO1h5ioW
https://t.co/xX0rMPzTVp
Insights to #SARSCoV2 life cycle, #pathophysiology, and rationalized #treatments that target #COVID19 clinical #complications. Review co-authored by EVBC member @dparask69 https://t.co/tBm10WaxcC