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Several discussions highlight the novelty of studying nanomechanical properties, such as mentions of vibrations and molecular motions in relation to virus infectivity, using phrases like 'crucial part' and 'mechanical aspect' which convey curiosity and perceived importance. The tone suggests a keen interest in scientific advancements with potential health impacts, evidenced by shared videos and references to prestigious institutions like MIT.
Most discussions show support for the significance of the research, emphasizing its innovative approach to understanding virus mechanics.
Posts demonstrate high interest, with many sharing videos, explanations, and potential applications of the findings.
The discussion includes some technical details and references to related scientific concepts, indicating genuine engagement.
Though primarily academic, the promotion of this research hints at its future implications for virus screening and public health.
What's the connection of Jello with #COVID19? Check out our recent paper on COVID-19 nanomechanics in @Matter_CP and listen to the #F20MRS talk on #protein vibrations at the interface of sound and matter https://t.co/VM4qosRE2B @Materials_MRS Paper: https://t.co/XXVUr2CEjx https://t.co/GTwO57iR9T
The D614G #COVID19 #mutation is a tiny change of the #coronavirus structure - one amino acid out of 1000s was changed. Yet, there is a dramatic effect on molecular vibrations, and we made it audible: https://t.co/IOjpY4Tebf #covidmutation https://t.co/XXVUr2CEjx @Matter_CP https://t.co/4LX2CulTXt
Check out this video that explains our recent paper on the molecular mechanics of the pandemic: MERS, SARS and COVID-19 #COVID19 #mutation #SARS_CoV_2 #pandemic https://t.co/gtW8ghn25P
Here is a brief video in which I explain our recent work connecting molecular motions with epidemiological data: @matter_cp @MITMechE @MIT https://t.co/gtW8ghn25P https://t.co/BRu8xXnGAl
We explain the research and in a short video: https://t.co/7ktBGhz26U https://t.co/sWw2ON0uPz
coronavirus spike蛋白の分子運動と音波化 SARS、MERS、SARS-Cov-2 https://t.co/GJzSkYY1Et 微妙に違う spike蛋白に結合→硬化する分子で振動制限 逆振動を誘発→spike蛋白の自然な振動を打ち消す noise-canceling headphoneが不要な音⬇️するのと同様 解熱剤は逆効果 https://t.co/KxVmAYNL40
Atom-by-atom analysis of the molecular motions of coronavirus spike proteins reveals the dynamics of the lowest normal mode movements. The vibrational properties correlate with virus lethality and infection rate…
Atom-by-atom analysis of SARS-CoV-2 spike protein motions illustrates protein vibrations in water. This vibrational spectrum correlates with the virus's lethality and infectivity, offering insights into virus behavior…
Atom-by-atom analysis of SARS-CoV-2 spike protein dynamics reveals how molecular motions influence virus lethality and infection rate. The study explores vibrational properties related to the spike's flexibility and…
The study investigates the nanomechanical properties of coronavirus spike proteins, focusing on vibrational spectrum and mobility. It finds that spike protein flexibility correlates with virus lethality and infection…
New mutations of the COVID19 pathogen involve subtle structural changes. This video explores how transforming viral molecular vibrations into sound can aid in understanding these nanoscale differences and their impact…
This video explores the molecular changes in COVID-19 mutations like D614G using innovative sound translation and nanomechanical analysis, revealing how tiny structural alterations impact virus infectivity and lethality.
@_kariadur @iluminatibot It's been five years and you haven't watched even one educational video about it? Still you feel educated enough to give us preachings about what spike protein is, and what isn't? Nice brain fog, congrats. https://t.co/GCAd12O4mT
@SystemsVirology @GesVirologie https://t.co/VGScVtgbLE
RT @keisuke4713: coronavirus spike蛋白の分子運動と音波化 SARS、MERS、SARS-Cov-2 https://t.co/GJzSkYY1Et 微妙に違う spike蛋白に結合→硬化する分子で振動制限 逆振動を誘発→spike蛋白の自然な…
coronavirus spike蛋白の分子運動と音波化 SARS、MERS、SARS-Cov-2 https://t.co/GJzSkYY1Et 微妙に違う spike蛋白に結合→硬化する分子で振動制限 逆振動を誘発→spike蛋白の自然な振動を打ち消す noise-canceling headphoneが不要な音⬇️するのと同様 解熱剤は逆効果 https://t.co/KxVmAYNL40
Comparative Analysis of Nanomechanical Features of Coronavirus Spike Proteins and Correlation with Lethality and Infection Rate https://t.co/ps9vJG0O6f
Molecular motions and sonifications of coronavirus spike proteins: MERS,... https://t.co/uCXpew8xCC via @YouTube #covidー19 #sarscov2 #mutations #nanoscale #atomic #vibrationmonitoring #spikeprotein #ace2 #receptorbindingdomain #binding
• Provides possibility of screening new viruses or mutations from a mechanical aspect https://t.co/s0FgIQfJ6M
“New research at MIT shows that #vibrations of the protein spikes on #coronaviruses, including the one that causes #Covid19, play a crucial part in allowing the virus to penetrate human cells. “ https://t.co/tMktzHQkwl
RT @ProfBuehlerMIT: Here is a brief video in which I explain our recent work connecting molecular motions with epidemiological data: @matte…
RT @ProfBuehlerMIT: Here is a brief video in which I explain our recent work connecting molecular motions with epidemiological data: @matte…
RT @ProfBuehlerMIT: Here is a brief video in which I explain our recent work connecting molecular motions with epidemiological data: @matte…
Here is a brief video in which I explain our recent work connecting molecular motions with epidemiological data: @matter_cp @MITMechE @MIT https://t.co/gtW8ghn25P https://t.co/BRu8xXnGAl
RT @ProfBuehlerMIT: The D614G #COVID19 #mutation is a tiny change of the #coronavirus structure - one amino acid out of 1000s was changed.…
RT @ProfBuehlerMIT: The D614G #COVID19 #mutation is a tiny change of the #coronavirus structure - one amino acid out of 1000s was changed.…
RT @ProfBuehlerMIT: The D614G #COVID19 #mutation is a tiny change of the #coronavirus structure - one amino acid out of 1000s was changed.…
RT @ProfBuehlerMIT: The D614G #COVID19 #mutation is a tiny change of the #coronavirus structure - one amino acid out of 1000s was changed.…
The D614G #COVID19 #mutation is a tiny change of the #coronavirus structure - one amino acid out of 1000s was changed. Yet, there is a dramatic effect on molecular vibrations, and we made it audible: https://t.co/IOjpY4Tebf #covidmutation https://t.co/XXVUr2CEjx @Matter_CP https://t.co/4LX2CulTXt
RT @ProfBuehlerMIT: What's the connection of Jello with #COVID19? Check out our recent paper on COVID-19 nanomechanics in @Matter_CP and l…
Comparative Analysis of Nanomechanical Features of Coronavirus Spike Proteins and Correlation with Lethality and Infection Rate https://t.co/RNBxuk8iZE
Comparative Analysis of Nanomechanical Features of Coronavirus Spike Proteins and Correlation with Lethality and Infection Rate https://t.co/4bBQU97IxV
RT @ProfBuehlerMIT: What's the connection of Jello with #COVID19? Check out our recent paper on COVID-19 nanomechanics in @Matter_CP and l…
RT @ProfBuehlerMIT: What's the connection of Jello with #COVID19? Check out our recent paper on COVID-19 nanomechanics in @Matter_CP and l…
RT @ProfBuehlerMIT: What's the connection of Jello with #COVID19? Check out our recent paper on COVID-19 nanomechanics in @Matter_CP and l…
RT @ProfBuehlerMIT: What's the connection of Jello with #COVID19? Check out our recent paper on COVID-19 nanomechanics in @Matter_CP and l…
What's the connection of Jello with #COVID19? Check out our recent paper on COVID-19 nanomechanics in @Matter_CP and listen to the #F20MRS talk on #protein vibrations at the interface of sound and matter https://t.co/VM4qosRE2B @Materials_MRS Paper: https://t.co/XXVUr2CEjx https://t.co/GTwO57iR9T
RT @ProfBuehlerMIT: We explain the research and in a short video: https://t.co/7ktBGhz26U
We explain the research and in a short video: https://t.co/7ktBGhz26U https://t.co/sWw2ON0uPz
Comparative Analysis of Nanomechanical Features of Coronavirus Spike Proteins and Correlation with Lethality and Infection Rate https://t.co/BydyNYYOQS
https://t.co/43ueCa63az
RT @ProfBuehlerMIT: Check out this video that explains our recent paper on the molecular mechanics of the pandemic: MERS, SARS and COVID-19…
RT @ProfBuehlerMIT: Check out this video that explains our recent paper on the molecular mechanics of the pandemic: MERS, SARS and COVID-19…
RT @ProfBuehlerMIT: Check out this video that explains our recent paper on the molecular mechanics of the pandemic: MERS, SARS and COVID-19…
Check out this video that explains our recent paper on the molecular mechanics of the pandemic: MERS, SARS and COVID-19 #COVID19 #mutation #SARS_CoV_2 #pandemic https://t.co/gtW8ghn25P
https://t.co/mQGJFgqArX
Movimiento, vibración, flexibilidad de proteinas, mecanismos para infectar, les comparto la explicación del @ProfBuehlerMIT #lmp2 https://t.co/tB1WiHU9yR
Comparative analysis of nanomechanical features of coronavirus spike proteins and correlation with lethality and infection rate https://t.co/U7LuSRbLkw
Comparative analysis of nanomechanical features of coronavirus spike proteins and correlation with lethality and infection rate https://t.co/CSmcam0Pxd