Check out this trailer for our newest work @ACSCentSci
Breathing and Tilting: Mesoscale Simulations Illuminate Influenza Glycoprotein Vulnerabilities.
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Aug 2022 – Apr 2024Where it's discussed
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X / Twitter136 posts
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News26 articles
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Blogs5 articles
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YouTube4 videos
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What people are saying
Discussions highlight the innovative simulations of influenza glycoproteins and their potential to inform vaccine strategies, with phrases like 'beautiful illustration,' 'simulation of influenza virus,' and 'universal vaccine promise' illustrating appreciation for the research's significance and technical details. The tone ranges from supportive to excited, emphasizing the potential impact on understanding flu mechanisms and developing better vaccines.
Many discussions emphasize the importance and innovative nature of mesoscale simulations, showing general support for the research's significance.
Multiple posts express enthusiasm, especially regarding the simulation techniques and potential applications, indicating high curiosity.
Several comments explore detailed aspects like protein motions and vaccine implications, reflecting deep engagement with the content.
While some posts highlight the potential for vaccine development and new strategies, overall influence seems promising but still emerging.
Abstract in brief
- The study uses mesoscale all-atom molecular dynamics simulations to explore how influenza virus surface proteins, hemagglutinin (HA) and neuraminidase (NA), move within a crowded environment, revealing three main motions: NA head tilting, HA ectodomain tilting, and HA head breathing.
- These protein motions help identify flexible and vulnerable conformations of the virus surface, which are important for developing new vaccines and antiviral drugs.
- The research also discovered a novel monoclonal antibody that binds to the underside of the NA head, offering potential new strategies for targeting influenza viruses.
Top posts
Most liked on X and BlueskyI did a walkthrough of one of the Jupyter notebooks I used to create a Markov state model for a recent paper. That notebook is available for download! If you're working with MSMs or are interested in them, check it out and feel free to drop questions too https://t.co/d60PkgOk8i
Check out @LCasalino88, @RommieAmaro & team’s awesome paper on atomistic sims of influenza surface glycoproteins. https://t.co/5GmRPF4cca And here’s why @DJ_Biophys and I think it’s so cool: https://t.co/VAYlj6hwwH @ACSCentSci
@kakape @NewsfromScience Beautiful illustration but neuraminidase is missing its stalk. It should be about the same height as the HA, but in some HPAI strains has a deletion https://t.co/JpBFkIksJL You can grab all atom models here: https://t.co/X8WVcOJBdU https://t.co/lwtZpWCgN3
#ICYMI Breathing and Tilting: Mesoscale Simulations Illuminate Influenza Glycoprotein Vulnerabilities By @RommieAmaro & co-workers Read it here: https://t.co/x1zqdTncf8 https://t.co/lud5nw9Ri8
Computer model of influenza virus shows universal vaccine promise @ucsandiego https://t.co/AxGirIkLhX https://t.co/EVi1ReqLBP
All mentions
Protein Movements Reveal New Targets for Influenza Defense
Mesoscale simulations uncover how influenza surface proteins tilt and breathe, exposing vulnerabilities crucial for vaccine and antiviral development, including a novel antibody binding site.
Analyzing Markov State Models with pyEMMA for Protein Dynamics Insights
This video is a walkthrough of a Markov state model (MSM) created using pyEMMA, illustrating how molecular dynamics simulations reveal protein motions. It references the NA head tilting phenomenon and its implications…
Advances in Universal Flu Vaccine Research and Viral Protein Dynamics
This video explores the development of universal vaccines and how mesoscale simulations reveal influenza virus surface protein movements. It highlights the importance of understanding protein flexibility to improve…
Influenza Glycoprotein Dynamics and Vulnerabilities Revealed by Mesoscale Simulations
This study uses mesoscale molecular dynamics simulations to analyze influenza surface proteins, highlighting their key movements and identifying vulnerable conformations for vaccine and drug development, including a…
RT @RommieAmaro: @kakape @NewsfromScience Beautiful illustration but neuraminidase is missing its stalk. It should be about the same height…
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @RommieAmaro: @kakape @NewsfromScience Beautiful illustration but neuraminidase is missing its stalk. It should be about the same height…
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @MeguruChem: ウチがGABAA受容体に膜つけたら44万原子だなんだと騒いでいる一方、最先端は1億6000万原子を900 ns 走らせていた ウィルスの全原子シミュレーションのレビュー https://t.co/up0ots3PwO その中の例の一つ、インフ…
ウチがGABAA受容体に膜つけたら44万原子だなんだと騒いでいる一方、最先端は1億6000万原子を900 ns 走らせていた ウィルスの全原子シミュレーションのレビュー https://t.co/up0ots3PwO その中の例の一つ、インフルエンザA https://t.co/1DiOSKAwJh
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @RommieAmaro: @kakape @NewsfromScience Beautiful illustration but neuraminidase is missing its stalk. It should be about the same height…
@kakape @NewsfromScience Beautiful illustration but neuraminidase is missing its stalk. It should be about the same height as the HA, but in some HPAI strains has a deletion https://t.co/JpBFkIksJL You can grab all atom models here: https://t.co/X8WVcOJBdU https://t.co/lwtZpWCgN3
We recently published this work here: https://t.co/WT4S7w4KBQ and the commentary on the paper is here: https://t.co/ERLN6GyuTY
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
Stunning all-atom simulation of the H1N1 virus with 161 million atoms, including explicit water molecules! from the paper "Breathing and Tilting: Mesoscale Simulations Illuminate Influenza Glycoprotein Vulnerabilities" https://t.co/kzWLe65Hyh h/t @LoganTCollins https://t.co/05u3HnGmzR
RT @chem_christian: I did a walkthrough of one of the Jupyter notebooks I used to create a Markov state model for a recent paper. That note…
RT @deeguptams: @ACSCentSci @CarolynBertozzi @ACSPublications @AmerChemSociety https://t.co/GYCrXMJXJh
@ACSCentSci @CarolynBertozzi @ACSPublications @AmerChemSociety https://t.co/GYCrXMJXJh
According to simulations, some of the proteins on the surface of the flu virus seem to move in “breath-like” motions. This knowledge could be used to develop more effective drugs against the flu. Read the release: https://t.co/CTGo4dNIkQ Watch the video: https://t.co/AQUdDSy0bD
RT @chem_christian: I did a walkthrough of one of the Jupyter notebooks I used to create a Markov state model for a recent paper. That note…
RT @chem_christian: I did a walkthrough of one of the Jupyter notebooks I used to create a Markov state model for a recent paper. That note…
RT @chem_christian: I did a walkthrough of one of the Jupyter notebooks I used to create a Markov state model for a recent paper. That note…
RT @chem_christian: I did a walkthrough of one of the Jupyter notebooks I used to create a Markov state model for a recent paper. That note…
RT @chem_christian: I did a walkthrough of one of the Jupyter notebooks I used to create a Markov state model for a recent paper. That note…
RT @chem_christian: I did a walkthrough of one of the Jupyter notebooks I used to create a Markov state model for a recent paper. That note…
RT @chem_christian: I did a walkthrough of one of the Jupyter notebooks I used to create a Markov state model for a recent paper. That note…
RT @physorg_com: Computer model of influenza virus shows universal vaccine promise @ucsandiego https://t.co/AxGirIkLhX https://t.co/EVi1Req…
RT @chem_christian: I did a walkthrough of one of the Jupyter notebooks I used to create a Markov state model for a recent paper. That note…
RT @chem_christian: I did a walkthrough of one of the Jupyter notebooks I used to create a Markov state model for a recent paper. That note…
RT @chem_christian: I did a walkthrough of one of the Jupyter notebooks I used to create a Markov state model for a recent paper. That note…
The jupyter notebooks are freely available in the SI of this paper: https://t.co/WT4S7w4KBQ
I did a walkthrough of one of the Jupyter notebooks I used to create a Markov state model for a recent paper. That notebook is available for download! If you're working with MSMs or are interested in them, check it out and feel free to drop questions too https://t.co/d60PkgOk8i
RT @physorg_com: Computer model of influenza virus shows universal vaccine promise @ucsandiego https://t.co/AxGirIkLhX https://t.co/EVi1Req…
The #flu #vaccine mainly targets 2 proteins on the virus’s surface. A report in @ACSCentSci shows the proteins can wave in “breath-like” motions, which could be exploited to better defend against the flu. Learn more in this #HeadlineScience video at https://t.co/5CMV8zQ80G
Breathing and Tilting: Mesoscale Simulations Illuminate Influenza Glycoprotein Vulnerabilities | ACS Central Science https://t.co/MkcgGnMT7k
RT @physorg_com: Computer model of influenza virus shows universal vaccine promise @ucsandiego https://t.co/AxGirIkLhX https://t.co/EVi1Req…
RT @physorg_com: Computer model of influenza virus shows universal vaccine promise @ucsandiego https://t.co/AxGirIkLhX https://t.co/EVi1Req…
RT @physorg_com: Computer model of influenza virus shows universal vaccine promise @ucsandiego https://t.co/AxGirIkLhX https://t.co/EVi1Req…
RT @physorg_com: Computer model of influenza virus shows universal vaccine promise @ucsandiego https://t.co/AxGirIkLhX https://t.co/EVi1Req…
RT @physorg_com: Computer model of influenza virus shows universal vaccine promise @ucsandiego https://t.co/AxGirIkLhX https://t.co/EVi1Req…
RT @physorg_com: Computer model of influenza virus shows universal vaccine promise @ucsandiego https://t.co/AxGirIkLhX https://t.co/EVi1Req…
Computer model of influenza virus shows universal vaccine promise @ucsandiego https://t.co/AxGirIkLhX https://t.co/EVi1ReqLBP
Comment le virus de la #grippe attaque-t-il spécifiquement le système respiratoire ? La réponse est dans l'adaptation dynamique de son #hémagglutinine. Toujours un train d'avance…
How proteins on influenza viruses tilt, ‘breathe’ (video) https://t.co/NsVgl1Hy4n @YouTube aracılığıyla
RT @ProfSyK: Check out @LCasalino88, @RommieAmaro & team’s awesome paper on atomistic sims of influenza surface glycoproteins. https://t.co…
RT @ProfSyK: Check out @LCasalino88, @RommieAmaro & team’s awesome paper on atomistic sims of influenza surface glycoproteins. https://t.co…
RT @ACSCentSci: #ICYMI Breathing and Tilting: Mesoscale Simulations Illuminate Influenza Glycoprotein Vulnerabilities By @RommieAmaro & co-…
RT @ACSCentSci: #ICYMI Breathing and Tilting: Mesoscale Simulations Illuminate Influenza Glycoprotein Vulnerabilities By @RommieAmaro & co-…
#ICYMI Breathing and Tilting: Mesoscale Simulations Illuminate Influenza Glycoprotein Vulnerabilities By @RommieAmaro & co-workers Read it here: https://t.co/x1zqdTncf8 https://t.co/lud5nw9Ri8
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @ProfSyK: Check out @LCasalino88, @RommieAmaro & team’s awesome paper on atomistic sims of influenza surface glycoproteins. https://t.co…
RT @ProfSyK: Check out @LCasalino88, @RommieAmaro & team’s awesome paper on atomistic sims of influenza surface glycoproteins. https://t.co…
RT @ProfSyK: Check out @LCasalino88, @RommieAmaro & team’s awesome paper on atomistic sims of influenza surface glycoproteins. https://t.co…
RT @ProfSyK: Check out @LCasalino88, @RommieAmaro & team’s awesome paper on atomistic sims of influenza surface glycoproteins. https://t.co…
RT @ProfSyK: Check out @LCasalino88, @RommieAmaro & team’s awesome paper on atomistic sims of influenza surface glycoproteins. https://t.co…
RT @ProfSyK: Check out @LCasalino88, @RommieAmaro & team’s awesome paper on atomistic sims of influenza surface glycoproteins. https://t.co…
Check out @LCasalino88, @RommieAmaro & team’s awesome paper on atomistic sims of influenza surface glycoproteins. https://t.co/5GmRPF4cca And here’s why @DJ_Biophys and I think it’s so cool: https://t.co/VAYlj6hwwH @ACSCentSci
RT @ACSCentSci: Breathing and Tilting: Mesoscale Simulations Illuminate Influenza Glycoprotein Vulnerabilities NEW #ASAP by @RommieAmaro &…
RT @ACSCentSci: Breathing and Tilting: Mesoscale Simulations Illuminate Influenza Glycoprotein Vulnerabilities NEW #ASAP by @RommieAmaro &…
Breathing and Tilting: Mesoscale Simulations Illuminate Influenza Glycoprotein Vulnerabilities https://t.co/bftk2pDqqd
Breathing and Tilting: Mesoscale Simulations Illuminate Influenza Glycoprotein Vulnerabilities https://t.co/vi6gDAxAY5
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
Breathing and Tilting: Mesoscale Simulations Illuminate Influenza Glycoprotein Vulnerabilities NEW #ASAP by @RommieAmaro & team Read it here: https://t.co/nfm923IE2k https://t.co/9zau9jA2SV
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @RommieAmaro: Check out this trailer for our newest work @ACSCentSci
RT @RommieAmaro: Check out this trailer for our newest work @ACSCentSci
RT @RommieAmaro: Check out this trailer for our newest work @ACSCentSci
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @RommieAmaro: Check out this trailer for our newest work @ACSCentSci
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @RommieAmaro: Check out this trailer for our newest work @ACSCentSci
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @RommieAmaro: Check out this trailer for our newest work @ACSCentSci
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @RommieAmaro: Check out this trailer for our newest work @ACSCentSci
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @RommieAmaro: Check out this trailer for our newest work @ACSCentSci
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @RommieAmaro: Check out this trailer for our newest work @ACSCentSci
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @RommieAmaro: Check out this trailer for our newest work @ACSCentSci
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @RommieAmaro: Check out this trailer for our newest work @ACSCentSci
RT @RommieAmaro: Check out this trailer for our newest work @ACSCentSci
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @LCasalino88: In 2018, I started my journey at @RommieAmaro's lab working on mesoscale simulations of influenza virus. After ~5 years in…
RT @RommieAmaro: Check out this trailer for our newest work @ACSCentSci
RT @RommieAmaro: Check out this trailer for our newest work @ACSCentSci
RT @RommieAmaro: Check out this trailer for our newest work @ACSCentSci
RT @RommieAmaro: Check out this trailer for our newest work @ACSCentSci
RT @RommieAmaro: Check out this trailer for our newest work @ACSCentSci
RT @RommieAmaro: Check out this trailer for our newest work @ACSCentSci
RT @RommieAmaro: Check out this trailer for our newest work @ACSCentSci
Check out this trailer for our newest work @ACSCentSci
Breathing and tilting: mesoscale simulations illuminate influenza glycoprotein vulnerabilities | BioRxiv : The Preprint Server For Biology #CMImember #ScientificArticles #JournalArticles https://t.co/KZiPSMeKfD
Breathing and tilting: mesoscale simulations illuminate influenza glycoprotein vulnerabilities https://t.co/JSOqiXlYm0
Breathing and Tilting: Mesoscale simulations illuminate influenza glycoprotein vulnerabilities https://t.co/5OumJ10GSC
New: Breathing and Tilting: Mesoscale simulations illuminate influenza glycoprotein vulnerabilities https://t.co/QDnSDjB6dJ read/write/request review https://t.co/RnurTL3DyM #influenza #COVID19
Breathing and Tilting: Mesoscale simulations illuminate influenza glycoprotein vulnerabilities https://t.co/N2e0dOZMV2
Breathing and Tilting: Mesoscale simulations illuminate influenza glycoprotein vulnerabilities https://t.co/w5gEAHx9y5 #biorxiv_biophys
Breathing and Tilting: Mesoscale simulations illuminate influenza glycoprotein vulnerabilities https://t.co/iV2rZW8rY7 #bioRxiv
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