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Posts highlight the importance of the research by discussing how bioelectric signaling relates to gene expression and anatomical repair. For instance, one user mentions, "membrane potentials control gene expression for anatomical repair," showcasing a technical understanding that adds credibility. The use of terms like 'groundbreaking' and 'state of the art' in various posts underscores a shared excitement and appreciation for the research, reflecting a collective recognition of its potential impact.
While there are some differing opinions, most discussions validate the importance and relevance of the publication's findings.
Many users express a strong curiosity about the topic, indicating a high level of interest in bioelectric signaling and its implications.
Some discussions show depth by exploring specific mechanisms and applications of bioelectric signaling, although not all posts engage at this level.
The consensus appears to be that the publication has significant implications for fields like regenerative medicine and cancer therapy.
@OdedRechavi Here are some, made by the very talented Jeremy Guay of Peregrine Creative. Had been meant for https://t.co/joo2WPPOTG and https://t.co/PIgKLzzyUs https://t.co/FQnxlUhLtP
Our bodies are #electric. Proteins found on our cell membranes pump ions generating electrical potentials. It's important for heart contraction, signalling and glucose transport. Also development & #rejuvenation --> https://t.co/eMcg8IgRvK #scicomm #AcademicYouTube https://t.co/Iqxv3cal38
New Perspective now online! Bioelectric signaling: Reprogrammable circuits underlying embryogenesis, regeneration, and cancer - https://t.co/QTnbCqR4KY
@KyleMcnease If you mean "text" as in "book", there really isn't one (yet). For papers, I tried my best to integrate these concepts here: https://t.co/cMyNTq7Vql (and https://t.co/yWpa0MwFsb and https://t.co/KdfLl7cUOP ). But *much* more remains to be done along those lines!
April 6, 2021... Bioelectric signaling: Reprogrammable circuits underlying embryogenesis, regeneration, and cancer https://t.co/Y9ff0rpVyf https://t.co/NQRv8DXXo0
@tony_breu I have a theory for skeletal muscle and heart, don't have data for thyroid and spleen. Cancer won't do well in tissues that have very strong control of resting potential (and are hyperpolarized a lot): https://t.co/hYB2kGrcBy ; https://t.co/Ehz7woCSTZ ; https://t.co/cMyNTq7Vql
This video discusses recent discoveries in biomedicine related to limb and organ regeneration and their potential link to cancer treatment. Professor Michael Levin from Tufts University reveals how non-neural…
RT @drmichaellevin: @OmkarChandra Outside of academia? haha yeah at this point that's just unfamiliarity with the state of the art, for li…
@OmkarChandra Outside of academia? haha yeah at this point that's just unfamiliarity with the state of the art, for like 30 years. That world has moved on. Here's a review in Cell, arguably the #1 journal in relevant fields: https://t.co/cMyNTq7Vql Here's one in Development, the top journal
Papers like "Bioelectric signaling: Reprogrammable circuits underlying embryogenesis, regeneration, and cancer" discuss how membrane potentials control gene expression for anatomical repair . https://t.co/iuzZTHNb9A
@katclone I have no idea what a bioelectrician is, what web3 is, what claims anyone is making in chats, or what situations need monitoring, but if you'd like to be informed about the state of the field, there are many resources such as this overview in Cell: https://t.co/JlT5GMuZin , or
https://t.co/G95iaCYpYd
RT @drmichaellevin: @JLMaldoSanchez There's no book yet (mine is due to publisher in 1 month), so meanwhile reviews with background: https:…
RT @drmichaellevin: @JLMaldoSanchez There's no book yet (mine is due to publisher in 1 month), so meanwhile reviews with background: https:…
@JLMaldoSanchez There's no book yet (mine is due to publisher in 1 month), so meanwhile reviews with background: https://t.co/edKLSAwJ35 https://t.co/cMyNTq7Vql https://t.co/AisWEs9fe9
https://t.co/2i99wO2tVF
RT @connerben: April 6, 2021... Bioelectric signaling: Reprogrammable circuits underlying embryogenesis, regeneration, and cancer https:/…
RT @connerben: April 6, 2021... Bioelectric signaling: Reprogrammable circuits underlying embryogenesis, regeneration, and cancer https:/…
RT @connerben: April 6, 2021... Bioelectric signaling: Reprogrammable circuits underlying embryogenesis, regeneration, and cancer https:/…
RT @connerben: April 6, 2021... Bioelectric signaling: Reprogrammable circuits underlying embryogenesis, regeneration, and cancer https:/…
RT @connerben: April 6, 2021... Bioelectric signaling: Reprogrammable circuits underlying embryogenesis, regeneration, and cancer https:/…
RT @connerben: April 6, 2021... Bioelectric signaling: Reprogrammable circuits underlying embryogenesis, regeneration, and cancer https:/…
April 6, 2021... Bioelectric signaling: Reprogrammable circuits underlying embryogenesis, regeneration, and cancer https://t.co/Y9ff0rpVyf https://t.co/NQRv8DXXo0
@MoEbrahimkhani @biorxivpreprint My hypothesis: it's at least partly because of depolarization of resting potential by DMSO (well known in neural cells, & we've seen it a lot in non-neural). Vmem drives a lot of downstream outcomes: https://t.co/SK9K7eajIE https://t.co/OgztEmOBaC https://t.co/cMyNTq8tfT
RT @thaliafung: @drmichaellevin, it's all here: https://t.co/s01PlWUIJ9 ... Excellent! I have proposed that the cardiac potential facilitat…
@drmichaellevin, it's all here: https://t.co/s01PlWUIJ9 ... Excellent! I have proposed that the cardiac potential facilitates cellular structural cooperation, and that downward bias-activation, unrelated to what is necessary in the context, would explain a wide range of diseases. https://t.co/T6BGTujdGC
@thaliafung @Qivshi1 @pai_vaibhav @SantoshManicka it's all here: https://t.co/cMyNTq7Vql and in other reviews by Matthew Harris, Emily Bates, Mustafa Djamgoz, and others.
Bioelectric signaling: Reprogrammable circuits underlying embryogenesis, regeneration, and cancer https://t.co/BaAPw3NREW
@SteveMitoengram @philosophising4 @MedEckardt The link to the paper he is citing to demonstrate cellular adaptation to environment. https://t.co/OYIvQnfZlP
@MADbuster9_67 Sure. tons of stuff here: https://t.co/8qy5n5QepR but you can start with https://t.co/cMyNTq7Vql or https://t.co/jGhro8PLPy
@AllRoadsSame Many papers on this: https://t.co/8qy5n67Php for example, https://t.co/cMyNTqpwhT
Bioelectricity - the reason we're alive (& therapeutic potential) https://t.co/BSGpCpheaA via @YouTube
@drmichaellevin I read the following review article by you, as I do not have access, to the above article. Regards. 3/ https://t.co/CmszwiLeJ7
Source: this great review article by @drmichaellevin https://t.co/TUJ66y9OEU
Dr. Mike Levin at @TuftsUniversity is doing groundbreaking work, examining how manipulating voltage across ion channels in cell membranes can help grow new tissue in the brain & body. Read more on "Bioelectric signaling..." here: https://t.co/5KospwGhFt #bioelectromagnetics https://t.co/6aRtt2byga
@NajJanetto You can see mine at https://t.co/mjJ08m39UD but here are some really cool general audience ones: https://t.co/peei9fb4Re and https://t.co/uNZmXHSATs
RT @drmichaellevin: @KyleMcnease If you mean "text" as in "book", there really isn't one (yet). For papers, I tried my best to integrate th…
RT @drmichaellevin: @KyleMcnease If you mean "text" as in "book", there really isn't one (yet). For papers, I tried my best to integrate th…
@KyleMcnease If you mean "text" as in "book", there really isn't one (yet). For papers, I tried my best to integrate these concepts here: https://t.co/cMyNTq7Vql (and https://t.co/yWpa0MwFsb and https://t.co/KdfLl7cUOP ). But *much* more remains to be done along those lines!
RT @drmichaellevin: @tony_breu I have a theory for skeletal muscle and heart, don't have data for thyroid and spleen. Cancer won't do well…
@tony_breu I have a theory for skeletal muscle and heart, don't have data for thyroid and spleen. Cancer won't do well in tissues that have very strong control of resting potential (and are hyperpolarized a lot): https://t.co/hYB2kGrcBy ; https://t.co/Ehz7woCSTZ ; https://t.co/cMyNTq7Vql
"Also, they can receive transplanted organs from other individuals and accept them without rejection.: Plus, if a tail gets grafted onto its flank, it can remodel to a limb! https://t.co/OPyYbabHnU https://t.co/yIQnXa19IY
RT @drmichaellevin: @_fernando_rosas @Abelaer @SantoshManicka Start here: https://t.co/JlT5GMuZin Lots more details here: https://t.co/vNb…
@uthmanzi No; voltage doesn't distinguish frog from human cells - it's about cell collectives. Difference between some anatomical shapes, even though made from same species' cells, can be large-scale voltage patterns. https://t.co/cMyNTq7Vql
@_fernando_rosas @Abelaer @SantoshManicka Start here: https://t.co/JlT5GMuZin Lots more details here: https://t.co/vNbeShAZFl and here: https://t.co/Z7NFEAELa5
(ΦωΦ)ﾌﾌﾌ… Nov 2021 "Bioelectricity - the reason we're alive (& therapeutic potential)" on YouTube - https://t.co/6GzrvMdehg
RT @drmichaellevin: @EleanorSheekey very cool video: https://t.co/peei9fb4Re amazing!
RT @drmichaellevin: @EleanorSheekey very cool video: https://t.co/peei9fb4Re amazing!
RT @drmichaellevin: @EleanorSheekey very cool video: https://t.co/peei9fb4Re amazing!
@EleanorSheekey very cool video: https://t.co/peei9fb4Re amazing!
@aourirabderahim @IntuitMachine It's not only electrical, there are biochemical and biomechanical components of course (and maybe biophotonic, etc.). Some thoughts on the details of what guides what are here: https://t.co/cMyNTq7Vql and https://t.co/edKLSAwJ35 .
@AndreeaNRD Thanks. Everything of ours on #bioelectricity is here: https://t.co/Z7NFEAELa5 We have new papers on this coming out in the next few months. A review of what's happened so far is https://t.co/JlT5GMuZin
RT @drmichaellevin: @SMcfarnell There's lots, email me for reprints; examples shown in: https://t.co/5z5aTEOw4J, https://t.co/cMyNTq7Vql, h…
RT @drmichaellevin: @SMcfarnell There's lots, email me for reprints; examples shown in: https://t.co/5z5aTEOw4J, https://t.co/cMyNTq7Vql, h…
@SMcfarnell There's lots, email me for reprints; examples shown in: https://t.co/5z5aTEOw4J, https://t.co/cMyNTq7Vql, https://t.co/22stS4RUsi, https://t.co/jKGdXhN6lS, https://t.co/hJZzb0Z3kT, etc. A major part of it is in the standing electric pattern of a multicell bioelectrical circuit.
@OdedRechavi Here are some, made by the very talented Jeremy Guay of Peregrine Creative. Had been meant for https://t.co/joo2WPPOTG and https://t.co/PIgKLzzyUs https://t.co/FQnxlUhLtP
RT @EleanorSheekey: Our bodies are #electric. Proteins found on our cell membranes pump ions generating electrical potentials. It's impor…
RT @EleanorSheekey: Our bodies are #electric. Proteins found on our cell membranes pump ions generating electrical potentials. It's impor…
(ΦωΦ)ﾌﾌﾌ… "Bioelectricity - the reason we're alive (& therapeutic potential)" on YouTube - https://t.co/6GzrvMdehg
RT @EleanorSheekey: Our bodies are #electric. Proteins found on our cell membranes pump ions generating electrical potentials. It's impor…
Bioelectricity - the reason we're alive (& therapeutic potential) https://t.co/8OAgMQp7ul via @YouTube
RT @EleanorSheekey: Our bodies are #electric. Proteins found on our cell membranes pump ions generating electrical potentials. It's impor…
RT @EleanorSheekey: Our bodies are #electric. Proteins found on our cell membranes pump ions generating electrical potentials. It's impor…
Our bodies are #electric. Proteins found on our cell membranes pump ions generating electrical potentials. It's important for heart contraction, signalling and glucose transport. Also development & #rejuvenation --> https://t.co/eMcg8IgRvK #scicomm #AcademicYouTube https://t.co/Iqxv3cal38
inspiration came from @drmichaellevin recent review article --> https://t.co/0jW3PHMPij
RT @realNathanCheng: Discussing this paper right now on Clubhouse: https://t.co/xWqfEeCmCU
RT @realNathanCheng: Discussing this paper right now on Clubhouse: https://t.co/xWqfEeCmCU
@leecronin https://t.co/pmOCuoXVTs Bump ^ https://t.co/kukcgaRE8j
RT @realNathanCheng: Discussing this paper right now on Clubhouse: https://t.co/xWqfEeCmCU
Discussing this paper right now on Clubhouse: https://t.co/xWqfEeCmCU
2/ The paper : https://t.co/xWqfEeCmCU
From @realNathanCheng @LongevityMcap - Today at 11 PDT (suitable for gen audiences) the 1st ODLB j club re: Bioelectric signaling: Reprogrammable circuits underlying embryogenesis, regeneration, and cancer https://t.co/0VHYXmvmL2 It’s @Clubhouse PS @wisdomapp1 has launched. https://t.co/yVOGpqJEPd
@IntuitMachine the time of bacterial biofilms (Gurol Suel) that there is a better, higher level API: #bioelectric circuits https://t.co/cMyNTq7Vql, https://t.co/bPdV2qUFDf, https://t.co/k4Zf7hbAPL, to solve inverse problem (https://t.co/KMYI3X9Cqt) for evolvability, robustness, & biomed.
Review from 2021. https://t.co/KsPSYnFu5K
2021年4月18日: Pythonで送る最新のCell Press Bioelectric signaling: Reprogrammable circuits underlying embryogenesis, regeneration, and cancer|https://t.co/Pd2FvhQmnp https://t.co/ikLEnEOwsj
Bioelectric signaling: Reprogrammable circuits underlying embryogenesis, regeneration, and cancer https://t.co/lOK3ZUfBus
Trending on PubMed: Bioelectric signaling: Reprogrammable circuits underlying embryogenesis, regeneration, and cancer. https://t.co/buNz5KHd3q
And lastly I am really happy to see this amazing perspective @CellCellPress from @drmichaellevin whom I have been following since my medical faculty years! Bioelectric signaling: Reprogrammable circuits underlying embryogenesis, regeneration, and cancer https://t.co/XcR9HlaE7d
RT @CellCellPress: New Perspective now online! Bioelectric signaling: Reprogrammable circuits underlying embryogenesis, regeneration, and c…
New Perspective now online! Bioelectric signaling: Reprogrammable circuits underlying embryogenesis, regeneration, and cancer - https://t.co/QTnbCqR4KY
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