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The discussions reflect strong support and fascination with the research, exemplified by comments such as 'This Lab-Grown Brain Made a Muscle TWITCH' and questions about consciousness, which highlight both excitement and curiosity. The tone ranges from awe to playful speculation, indicating high engagement without overstating the immediate practical impact.
Most discussions support the significance of the research, with some calling it a 'game changer' and emphasizing its scientific potential.
Posts show high curiosity, with many referencing the fascinating implications of the work like muscle twitches and neural complexity.
There is deep engagement shown through comments about methods, potential applications, and philosophical questions about consciousness.
While some see the research as groundbreaking, others view it as advancing fundamental science rather than immediate practical impact.
Congrats @MinibrainLab on your new @NatureNeuro paper out *TODAY*! Cerebral #organoids at the air-liquid interface generate diverse nerve tracts with functional output. https://t.co/RWWKlegkUf https://t.co/vqI2n5fScN
Next up... this @NatureNeuro paper from the @MinibrainLab!
This Lab-Grown Brain Made A Muscle TWITCH, Here’s How https://t.co/lhb01BPeBC via @YouTube #science #brains #medicine
This Mini Brain Made A Muscle TWITCH, Here’s How https://t.co/cTBVi3KP1z via @YouTube. @ScottAdamsSays @LegendaryEnergy I’m completely Amazed. Think what this means for paraplegic Veterans and others!
https://t.co/YjdXmF4iwF Ah yes can’t wait to grow my own costum made petridisc monster
How many #neurons define #consciousness?! https://t.co/W5a3KWwXVa
Growing brains can be a tricky process but researchers have achieved the remarkable milestone of creating a lab-grown brain that can induce muscle movement. This breakthrough offers insights into neuronal connectivity…
Researchers at Cambridge's Medical Research Council have developed a brain organoid that spontaneously connected to a spinal cord and muscle tissue. This lentil-sized cluster of human brain cells advanced to a fetal…
This Lab-Grown Brain Made a Muscle TWITCH, Here’s How https://t.co/Qf5GLxISK5 via @YouTube
This Lab-Grown Brain Made a Muscle TWITCH, Here’s How #MiniBrains #Organoids #LabGrownBrains #FarmingBodyParts #StemCells #BrainInterface #MuscleMovements #Cybernetics #TTRPG #RPG https://t.co/e906YwfUx5
We have ur own thoughts & brain matter now. Until brainWARE & skynet comes for them. More Halo lore that's beginning to become real world. Cortana Had a 7 year "lifespan". Until she became THE doMAiN & unlocked limitless time. Then she made John immortal. https://t.co/auB6PGmvfX
https://t.co/S5ofMhK3DT
RT @organoidscience: Congrats @MinibrainLab on your new @NatureNeuro paper out *TODAY*! Cerebral #organoids at the air-liquid interface ge…
New from #wellcometrust https://t.co/YqZt62y6hj Cerebral organoids at the air-liquid interface generate diverse nerve tracts with functional output
RT @organoidscience: Next up... this @NatureNeuro paper from the @MinibrainLab!
RT @organoidscience: Next up... this @NatureNeuro paper from the @MinibrainLab!
Next up... this @NatureNeuro paper from the @MinibrainLab!
NEW #LMBpublications Cerebral organoids at the air-liquid interface generate diverse nerve tracts with functional output.https://t.co/iYgcMRyCVo
This Lab-Grown Brain Made a Muscle TWITCH, Here’s How https://t.co/oZkpkOMNm2 via @YouTube
https://t.co/YjdXmF4iwF Ah yes can’t wait to grow my own costum made petridisc monster
https://t.co/a2NXevcFvp
This Lab-Grown Brain Made A Muscle TWITCH, Here’s How https://t.co/hnbfTmUX6F via @YouTube
https://t.co/3fmtGayqxp
This Lab-Grown Brain Made A Muscle TWITCH, Here’s How https://t.co/xtA6McdD2v
This Lab-Grown Brain Made A Muscle TWITCH, Here’s How https://t.co/53Jc4k8Dhw via @YouTube
How many #neurons define #consciousness?! https://t.co/W5a3KWwXVa
#science https://t.co/40iOfPlvOe
This Lab-Grown Brain Made A Muscle TWITCH, Here’s How https://t.co/szHdBFtYZZ via @YouTube
This Lab-Grown Brain Made A Muscle TWITCH, Here’s How https://t.co/lhb01BPeBC via @YouTube #science #brains #medicine
Lab-Grown Brain Made A Muscle Twitch https://t.co/R5JZLv8DwA
The future is here. https://t.co/1mrlMsvzMa "It's just Science-Fiction." NOT. #artificialBrain #cerebralOrganoid #biomedicalEngineering
Un poquito de neurociencias https://t.co/PsJovudtkQ
This Lab-Grown Brain Made A Muscle TWITCH, Here’s How https://t.co/DQLo3v7MbQ via @YouTube Could a mere twitch be considered Proto-Consciousness?....Yes.
This Mini Brain Made A Muscle TWITCH, Here’s How https://t.co/paoucc1n8c
RT @chong_flong: This Mini Brain Made A Muscle TWITCH, Here’s How https://t.co/nhsYW1Vqp8 via @YouTube
This Mini Brain Made A Muscle TWITCH, Here’s How https://t.co/nhsYW1Vqp8 via @YouTube
Liked on YouTube: This Mini Brain Made A Muscle TWITCH, Here’s How https://t.co/E4ndDxF7YY
This Mini Brain Made A Muscle TWITCH, Here’s How https://t.co/cTBVi3KP1z via @YouTube. @ScottAdamsSays @LegendaryEnergy I’m completely Amazed. Think what this means for paraplegic Veterans and others!
https://t.co/d18eHflN4N new nightmare- gaining sentience as just a little blob in a petri dish. I know they're nowhere close to the size needed. But since when are nightmares logical c..c;
This Mini Brain Made A Muscle TWITCH, Here’s How https://t.co/bZiwP1WgoD via @YouTube
Little Hump Day Science Enjoy. https://t.co/3FZ0yW7Rnm
https://t.co/WN2pUzHZwG Para sa kulang brains hahaha jk
This Mini Brain Made A Muscle TWITCH, Here’s How https://t.co/2aLIa5nvtS via @YouTube
Like one of our scientists said, this is straight out of a #ScienceFiction movie! Cerebral #organoids at the air-liquid interface generate diverse nerve tracts with functional output. #LMBresearch @MinibrainLab @CellBiol_MRCLMB https://t.co/6TqjN5e2gt
[trend] up+1: *Giandomenico SL* et al (Nat Neurosci) **Cerebral organoids at the air-liquid interface generate diverse nerve tracts with functional output.** https://t.co/8bWA8bAQ1r
Cerebral organoids at the air-liquid interface generate diverse nerve tracts with functional output. https://t.co/GYXW0bgj7x
NEW #LMBpublications Cerebral organoids at the air-liquid interface generate diverse nerve tracts with functional output.https://t.co/KGQFShnGLG
RT @organoidscience: Congrats @MinibrainLab on your new @NatureNeuro paper out *TODAY*! Cerebral #organoids at the air-liquid interface ge…
RT @organoidscience: Congrats @MinibrainLab on your new @NatureNeuro paper out *TODAY*! Cerebral #organoids at the air-liquid interface ge…
RT @organoidscience: Congrats @MinibrainLab on your new @NatureNeuro paper out *TODAY*! Cerebral #organoids at the air-liquid interface ge…
RT @organoidscience: Congrats @MinibrainLab on your new @NatureNeuro paper out *TODAY*! Cerebral #organoids at the air-liquid interface ge…
RT @organoidscience: Congrats @MinibrainLab on your new @NatureNeuro paper out *TODAY*! Cerebral #organoids at the air-liquid interface ge…
RT @organoidscience: Congrats @MinibrainLab on your new @NatureNeuro paper out *TODAY*! Cerebral #organoids at the air-liquid interface ge…
RT @organoidscience: Congrats @MinibrainLab on your new @NatureNeuro paper out *TODAY*! Cerebral #organoids at the air-liquid interface ge…
RT @organoidscience: Congrats @MinibrainLab on your new @NatureNeuro paper out *TODAY*! Cerebral #organoids at the air-liquid interface ge…
RT @organoidscience: Congrats @MinibrainLab on your new @NatureNeuro paper out *TODAY*! Cerebral #organoids at the air-liquid interface ge…
RT @organoidscience: Congrats @MinibrainLab on your new @NatureNeuro paper out *TODAY*! Cerebral #organoids at the air-liquid interface ge…
RT @organoidscience: Congrats @MinibrainLab on your new @NatureNeuro paper out *TODAY*! Cerebral #organoids at the air-liquid interface ge…
Congrats @MinibrainLab on your new @NatureNeuro paper out *TODAY*! Cerebral #organoids at the air-liquid interface generate diverse nerve tracts with functional output. https://t.co/RWWKlegkUf https://t.co/vqI2n5fScN