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The discussions consistently emphasize the innovative visualization of binary information in molecules and neurons, with phrases like 'visualising synaptic binary information' and 'talin memory molecules,' indicating a focus on groundbreaking molecular models. The tone is enthusiastic and technical, demonstrating active engagement and belief in the research's significance.
Most discussions support and highlight the significance of the MeshCODE theory and its implications for understanding neural mechanisms.
Posts express high curiosity, sharing detailed descriptions, technical visuals, and follow-up research, indicating strong interest.
Many comments include references to animations, detailed explanations of binary coding, and follow-up links, showing deep engagement.
The widespread sharing, enthusiasm for the research's potential applications, and mentions of formal publications point to a high impact on the scientific community.
New preprint! "The MeshCODE to scale - visualising synaptic binary information" - @sfhbarnett and I have been working on modelling what information written in binary format in the brain might look like.
Excited to share the published version of the new MeshCODE paper. "The MeshCODE to scale - visualising synaptic binary information" Visualising talin memory molecules to scale yields a novel perspective on biological digital information. @sfhbarnett https://t.co/NX9EjL3K7y https://t.co/eGEsDPSirB
An early image from the development of our MeshCODE to Scale animation (final version in attached link). The video shows the talin R3 binary switch switching from a 0 to 1 state. @sfhbarnett Taken from our new paper https://t.co/NX9EjL3ci0 https://t.co/M8dxFPNkSS https://t.co/pExSLCqfl8
The MeshCODE to scale—visualising synaptic binary information Many thanks to @bengoult for sharing this new review and update of a very interesting hypothesis on neuronal molecular cybernetics https://t.co/xDG8Ionb4Q
Now published! The MeshCODE to scale - visualising synaptic binary information @sfhbarnett Visualising these talin memory molecules to scale yields a novel perspective on biological digital information. https://t.co/NX9EjL3ci0 @biokent https://t.co/vsnaWkLXmi
In 2021 research from @bengoult led to the development of the #MeshCODE theory, a revolutionary new theory for understanding #brain and #memory function https://t.co/2HVh0gNEKz Followed up by recent research published in frontiers https://t.co/YCIFlU2ZZP @UniKent
In this video, I speak with Ben Goult, Professor of Biochemistry at the University of Kent, about the mechanical basis of memory and the role of the protein Talin as an information-storing molecule. We explore how…
This video presents the visual representation of synaptic binary information utilizing talin. It illustrates how memory is stored mechanically within proteins, updating resulting binary strings as switch patterns form…
This video examines the role of talin, a mechanosensitive protein, in memory formation. Mechanical force opens the R3 switch, causing talin to switch binding partners, crucial for synaptic organization. This mechanism…
This video illustrates the dramatic length variations of the talin molecule, which can range from 86 nm folded to 800 nm stretched. It demonstrates how talin engages with integrins and effectively spans dendritic…
This talk provides insights into my research journey at the University of Kent, focusing on the protein talin and its mechanical properties. It discusses the MeshCODE theory, which theorizes that memory is encoded…
This video is taken from our publication The MeshCODE to Scale visualising synaptic binary information. It demonstrates the mechanical properties of proteins, essential for memory encoding, and how talin switches…
This video demonstrates the functional scope of a tethered enzyme, illustrating how its enzymatic domain, attached through a linker, operates within a specified zone determined by talin switch patterns. The concepts are…
This video illustrates how phosphorylation affects the three-dimensional positioning of molecules within cells. It demonstrates the interaction between the enzyme CDK1 and talin switches, revealing how this chemical…
This video explores the potential mechanical basis of epilepsy, specifically CDKL5 Deficiency Disorder. It summarizes new findings on how CDKL5 binds to talin and interacts with PSD95 and SHANK proteins, elucidating its…
This video is taken from our publication, The MeshCODE to Scale, visualizing synaptic binary information. It highlights how memory is stored in a mechanically encoded binary format within proteins, providing insights…
This presentation discusses the MeshCODE Theory of memory and the concept of binary coding in animals. Delivered at the Young Scientists Journal Conference 2023, it highlights the potential for mechanical switches to…
This interview features Dr. Ben Goult, who discusses his groundbreaking theory on memory storage in binary code, known as MeshCODE. The conversation delves into the intricate role of the Talin protein and includes an…
This video is taken from our publication on visualizing synaptic binary information. It demonstrates how a chemical modification to the talin switches alters the 3D positioning of molecules within the cell, revealing…
This video summarizes our new publication on the focal adhesion protein talin, revealing its role as a mechanically-gated A-kinase anchoring protein. Discover how talin's binary switch patterns influence cellular…
This video summarizes our publication on the focal adhesion protein talin, identifying it as a mechanically-gated Akinase anchoring protein (AKAP). It visualizes how talin's 9th binary switch unfolds, revealing a…
@theodorus5 Of course, I will try to answer :) we describe the videos here. https://t.co/NX9EjL3ci0
RT @bengoult: Excited to share the published version of the new MeshCODE paper. "The MeshCODE to scale - visualising synaptic binary info…
RT @bengoult: Excited to share the published version of the new MeshCODE paper. "The MeshCODE to scale - visualising synaptic binary info…
微小管とは別の機械的記憶機構の仮説 #MeshCODETheory https://t.co/8vSt0HaQLi 量子コンピュータとして振る舞うかどうかとなると、思考判断に必要な程度の時間スケールで、0と1の状態が量子化された重ね合わせ状態を取るかどうかかな？ MeshCODEと微小管のサイズ比較 https://t.co/erAVkkA38z
RT @biokent: In 2021 research from @bengoult led to the development of the #MeshCODE theory, a revolutionary new theory for understanding #…
In 2021 research from @bengoult led to the development of the #MeshCODE theory, a revolutionary new theory for understanding #brain and #memory function https://t.co/2HVh0gNEKz Followed up by recent research published in frontiers https://t.co/YCIFlU2ZZP @UniKent
RT @bengoult: Excited to share the published version of the new MeshCODE paper. "The MeshCODE to scale - visualising synaptic binary info…
RT @bengoult: Excited to share the published version of the new MeshCODE paper. "The MeshCODE to scale - visualising synaptic binary info…
@aegeansociety Hi, you wrote a very nice write up on the MeshCODE theory last year. I thought you might be interested to read this follow up paper on the theory. We also made videos to show how binary information can be written into the shape of molecules. Cheers Ben https://t.co/NX9EjKLATq https://t.co/HqIqjW5Zh9
RT @german_sierra: The MeshCODE to scale—visualising synaptic binary information Many thanks to @bengoult for sharing this new review and…
RT @bengoult: An early image from the development of our MeshCODE to Scale animation (final version in attached link). The video shows th…
The MeshCODE to scale—visualising synaptic binary information Many thanks to @bengoult for sharing this new review and update of a very interesting hypothesis on neuronal molecular cybernetics https://t.co/xDG8Ionb4Q
@NazologyInfo I thought you might be interested to read this. An update to the MeshCODE theory of a mechanical basis of memory. The videos we made show how binary information can be written into the shape of molecules. https://t.co/NX9EjL3K7y https://t.co/C7lGgobEsq
RT @bengoult: Excited to share the published version of the new MeshCODE paper. "The MeshCODE to scale - visualising synaptic binary info…
@margiemeacham https://t.co/kp2uY9LMGC, I thought you might be interested to read this. An update to the MeshCODE theory of a mechanical basis of memory The videos we made show how binary information can be written into the shape of molecules. https://t.co/58UTWe58Ov
@dr_egbert @INSneuro @FrontNeurosci Hey, I thought you might be interested to read this. An update to the MeshCODE theory of a mechanical basis of memory Visualising talin memory molecules to scale yields a novel perspective on biological digital information https://t.co/NX9EjL3ci0 https://t.co/waailKHYHz
@remii201409 Hey, I thought you might be interested to read this. An update to the MeshCODE theory of a mechanical basis of memory The video shows binary information written into the shape of molecules. https://t.co/NX9EjL3ci0 https://t.co/K4GCNareYJ
@FrancoisGuite Hey, I thought you might be interested to read this. An update to the MeshCODE theory of a mechanical basis of memory Visualising talin memory molecules to scale yields a novel perspective on biological digital information https://t.co/NX9EjKLATq https://t.co/EKqMFey08R
@leafs_s Hey, I thought you might be interested to read this. An update to the MeshCODE theory of a mechanical basis of memory Visualising talin memory molecules to scale yields a novel perspective on biological digital information https://t.co/NX9EjL3ci0 https://t.co/GmnkgH7zBb
@RingoShin Hey, I thought you might be interested to read this. An update to the MeshCODE theory of a mechanical basis of memory Visualising talin memory molecules to scale yields a novel perspective on biological digital information https://t.co/NX9EjL3K7y https://t.co/MUQ1OhpVVF
@leticia_alvaro Hey, I thought you might be interested to read this. An update to the MeshCODE theory of a mechanical basis of memory Visualising talin memory molecules to scale yields a novel perspective on biological digital information https://t.co/NX9EjL3ci0 https://t.co/N4Xj3nZ7aE
@german_sierra Hi, I thought you might be interested to read this. An update to the MeshCODE theory of a mechanical basis of memory Visualising talin memory molecules to scale yields a novel perspective on biological digital information. https://t.co/NX9EjKLATq https://t.co/kvAdyBPmC0
@XiXiDu Hey, I thought you might be interested to read this. An update to the MeshCODE theory of a mechanical basis of memory Visualising talin memory molecules to scale yields a novel perspective on biological digital information https://t.co/NX9EjL3ci0 https://t.co/DUgywgygbR
@violeta_c Hey, I thought you might be interested to read this. An update to the MeshCODE theory of a mechanical basis of memory Visualising talin memory molecules to scale yields a novel perspective on biological digital information https://t.co/NX9EjKLATq
@IntuitMachine Hey, I thought you might be interested to read this. An update to the MeshCODE theory of a mechanical basis of memory Visualising talin memory molecules to scale yielded a novel perspective on biological digital information https://t.co/NX9EjL3K7y https://t.co/N1xkiBxXuC
@BiotechMania Hey, I thought you might be interested to read this. An update to the MeshCODE theory of a mechanical basis of memory Visualising talin memory molecules to scale yields a novel perspective on biological digital information https://t.co/NX9EjL3K7y https://t.co/flSMkwaGmy
@ikatarinai Hi, we made an animation of information being written into the shape of molecules - the key event in a Mechanical basis of memory and a binary code in animals https://t.co/NX9EjL3ci0 https://t.co/HnXBzvwrNh
RT @bengoult: Excited to share the published version of the new MeshCODE paper. "The MeshCODE to scale - visualising synaptic binary info…
RT @bengoult: @rpg7twit Hi Richard, thought you migh be interested to see our latest analysis of talin mechanomemory, the change in length…
RT @bengoult: Excited to share the published version of the new MeshCODE paper. "The MeshCODE to scale - visualising synaptic binary info…
RT @bengoult: Excited to share the published version of the new MeshCODE paper. "The MeshCODE to scale - visualising synaptic binary info…
RT @bengoult: Excited to share the published version of the new MeshCODE paper. "The MeshCODE to scale - visualising synaptic binary info…
@rpg7twit Hi Richard, thought you migh be interested to see our latest analysis of talin mechanomemory, the change in length as the binary coding changes is really significant. https://t.co/NX9EjL3K7y https://t.co/AnkCllhUh0
RT @bengoult: Excited to share the published version of the new MeshCODE paper. "The MeshCODE to scale - visualising synaptic binary info…
RT @bengoult: Excited to share the published version of the new MeshCODE paper. "The MeshCODE to scale - visualising synaptic binary info…
Excited to share the published version of the new MeshCODE paper. "The MeshCODE to scale - visualising synaptic binary information" Visualising talin memory molecules to scale yields a novel perspective on biological digital information. @sfhbarnett https://t.co/NX9EjL3K7y https://t.co/eGEsDPSirB
@KaedeOfical Hi, I thought you might be interested in our new MeshCODE paper, where we analyze what binary information written in protein form looks like. https://t.co/NX9EjL3ci0 https://t.co/7AdlrmpUGC
@Lin_sAMet Hi, I thought you might be interested in our new MeshCODE paper, where we analyze what binary information written in protein form looks like. https://t.co/NX9EjL3K7y https://t.co/ognqBd2Od4
@Alice__486 Hi, I thought you might be interested in our new MeshCODE paper, where we analyze what binary information written in protein form looks like. https://t.co/NX9EjL3ci0 https://t.co/saQvNTmuEY
RT @bengoult: An early image from the development of our MeshCODE to Scale animation (final version in attached link). The video shows th…
An early image from the development of our MeshCODE to Scale animation (final version in attached link). The video shows the talin R3 binary switch switching from a 0 to 1 state. @sfhbarnett Taken from our new paper https://t.co/NX9EjL3ci0 https://t.co/M8dxFPNkSS https://t.co/pExSLCqfl8
RT @bengoult: Now published! The MeshCODE to scale - visualising synaptic binary information @sfhbarnett Visualising these talin memor…
RT @bengoult: Now published! The MeshCODE to scale - visualising synaptic binary information @sfhbarnett Visualising these talin memor…
Now published! The MeshCODE to scale - visualising synaptic binary information @sfhbarnett Visualising these talin memory molecules to scale yields a novel perspective on biological digital information. https://t.co/NX9EjL3ci0 @biokent https://t.co/vsnaWkLXmi
RT @bengoult: @JBFuelle Hi Judith, seems a while since the GRC now, but thought you might be interested in this, The MeshCODE to Scale was…
@JBFuelle Hi Judith, seems a while since the GRC now, but thought you might be interested in this, The MeshCODE to Scale was published today, https://t.co/NX9EjL3ci0
@sjmoore505 @YouTube Thanks Simon! If you are interested the paper that describes these movies was published today https://t.co/NX9EjL3ci0 https://t.co/UbnBJhD6vM
RT @bengoult: New preprint! "The MeshCODE to scale - visualising synaptic binary information" - @sfhbarnett and I have been working on mode…
RT @bengoult: New preprint! "The MeshCODE to scale - visualising synaptic binary information" - @sfhbarnett and I have been working on mode…
RT @bengoult: New preprint! "The MeshCODE to scale - visualising synaptic binary information" - @sfhbarnett and I have been working on mode…
RT @bengoult: New preprint! "The MeshCODE to scale - visualising synaptic binary information" - @sfhbarnett and I have been working on mode…
RT @bengoult: New preprint! "The MeshCODE to scale - visualising synaptic binary information" - @sfhbarnett and I have been working on mode…
RT @bengoult: New preprint! "The MeshCODE to scale - visualising synaptic binary information" - @sfhbarnett and I have been working on mode…
The MeshCODE to scale – Visualising synaptic binary information https://t.co/3l3wPr2uej
Video taken from our new preprint "The MeshCODE to scale – Visualising synaptic binary information" https://t.co/wOkJo5ia47
RT @bengoult: New preprint! "The MeshCODE to scale - visualising synaptic binary information" - @sfhbarnett and I have been working on mode…
Movie taken from our new publication "The MeshCODE to scale – Visualising synaptic binary information." https://t.co/wOkJo5ia47 All 5 "MeshCODE to Scale Movies" are on my YouTube channel https://t.co/LVGr9J4qAW
Movie taken from our new publication "The MeshCODE to scale – Visualising synaptic binary information." https://t.co/wOkJo5ia47
RT @bengoult: New preprint! "The MeshCODE to scale - visualising synaptic binary information" - @sfhbarnett and I have been working on mode…
Movie taken from our new publication "The MeshCODE to scale – Visualising synaptic binary information." https://t.co/wOkJo5ia47 https://t.co/hXHMsoJ4lP
RT @bengoult: New preprint! "The MeshCODE to scale - visualising synaptic binary information" - @sfhbarnett and I have been working on mode…
RT @bengoult: New preprint! "The MeshCODE to scale - visualising synaptic binary information" - @sfhbarnett and I have been working on mode…
RT @bengoult: New preprint! "The MeshCODE to scale - visualising synaptic binary information" - @sfhbarnett and I have been working on mode…
RT @bengoult: New preprint! "The MeshCODE to scale - visualising synaptic binary information" - @sfhbarnett and I have been working on mode…
RT @bengoult: New preprint! "The MeshCODE to scale - visualising synaptic binary information" - @sfhbarnett and I have been working on mode…
RT @bengoult: New preprint! "The MeshCODE to scale - visualising synaptic binary information" - @sfhbarnett and I have been working on mode…
RT @bengoult: New preprint! "The MeshCODE to scale - visualising synaptic binary information" - @sfhbarnett and I have been working on mode…
RT @bengoult: New preprint! "The MeshCODE to scale - visualising synaptic binary information" - @sfhbarnett and I have been working on mode…
RT @bengoult: New preprint! "The MeshCODE to scale - visualising synaptic binary information" - @sfhbarnett and I have been working on mode…
RT @bengoult: New preprint! "The MeshCODE to scale - visualising synaptic binary information" - @sfhbarnett and I have been working on mode…
RT @bengoult: New preprint! "The MeshCODE to scale - visualising synaptic binary information" - @sfhbarnett and I have been working on mode…
RT @bengoult: New preprint! "The MeshCODE to scale - visualising synaptic binary information" - @sfhbarnett and I have been working on mode…
RT @bengoult: New preprint! "The MeshCODE to scale - visualising synaptic binary information" - @sfhbarnett and I have been working on mode…
RT @bengoult: New preprint! "The MeshCODE to scale - visualising synaptic binary information" - @sfhbarnett and I have been working on mode…
RT @bengoult: New preprint! "The MeshCODE to scale - visualising synaptic binary information" - @sfhbarnett and I have been working on mode…
RT @bengoult: New preprint! "The MeshCODE to scale - visualising synaptic binary information" - @sfhbarnett and I have been working on mode…
RT @biorxivpreprint: The MeshCODE to scale - Visualising synaptic binary information. https://t.co/X6FmQOyUCS #bioRxiv
New preprint! "The MeshCODE to scale - visualising synaptic binary information" - @sfhbarnett and I have been working on modelling what information written in binary format in the brain might look like.
The MeshCODE to scale - Visualising synaptic binary information. https://t.co/y4bp6oblwR #biorxiv_neursci
The MeshCODE to scale - Visualising synaptic binary information. https://t.co/X6FmQOyUCS #bioRxiv
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