Mentions
Extended reach
Total likes
Video views
AI synopsis
The overall tone indicates strong agreement and high interest, supported by examples like the mention of a manufactured headstage frame and testing with up to 512 neurons, demonstrating recognition of practical advancements. The use of words like 'versatile', 'scalable', and 'robust' underscores perceived transformative potential, while references to open-source and innovative designs show active engagement with the implications of the research.
Most discussions highlight the innovative and beneficial aspects of the 'Mind In Vitro' platform, reflecting strong support for its potential.
There is high curiosity and enthusiasm about the technology, with many posts referencing the open-source nature and applications.
Posts include mentions of specific features, such as scalability and microelectrode arrays, indicating a moderate level of detailed engagement.
The discussions suggest that the publication could significantly influence neural research and bioengineering, especially given references to new prototypes and biocomputer applications.
Researchers design new #open-source technology for interfacing with living #neurons @UofIllinois @advscinews https://t.co/xD8ZsivnOh https://t.co/4BvTHugRm3
@drloveariyana @sal069010022845 @EllaMeaux @LisaMcGee0802 @Anti5GWarrior @crislerwyo @ALMAlienLivesM1 @realColinWyse @DrSchollsMDPhd @Incrementallog1 @PetalsPea @Eleventhstar1 @NicolasPichot6 @BarbarasBack @SoignantsMLU @CelestialReport @ToBornin @jorgeluis_svh @Doctor_I_am_The @fear2022 @MrPatriot76 @Stuckelberger @DrAnaMihalcea @carrie_madej @BusyDrT @MelissaMcAtee92 @djindji5 @DrLuisServinde1 @super1990 @lilianazeladaru @Excavationpro @DavebNixon @StatChrisCotton @vcartel88 @jjcouey @Minxy112 @ADeepSleeper @DawnC1235 @Wordofbeak @Mightymadmaxx @TabTank010 @quitin30days @DiblasiLorena @martinmont77 @simpletruthND @Flynn2022 Swiss startup FinalSpark is now selling access 2 cyborg biocomputers. The lab grown brain organiod R wired into silicon chips. https://t.co/I7SaZXZLOq Mind In Vitro Platforms: Versatile, Scalable, Robust, & Open Solutions 2 Interfacing w/ Living Neurons https:
@servomechanica Cultured neurons. And we will actually need up to 512, just testing with 128 to start https://t.co/5ZGHPPPRrA https://t.co/tpzwIB1tam https://t.co/v9LpSwm4un
Mind In Vitro Platforms: Versatile, Scalable, Robust, and Open Solutions to Interfacing with Living Neurons https://t.co/jseM7zuL5M
@BeezyScores @indiraschka @launchcoin @frontiertower Here are some pictures of the mind in vitro headstage frame that we’ve already manufactured. https://t.co/MtvCMubkaJ https://t.co/1rixHwe33b
Take a look at our paper published in Advanced Science, "Mind In Vitro Platforms: Versatile, Scalable, Robust, and Open Solutions to Interfacing with Living Neurons" https://t.co/stdNJ4pB1K
Tail wagging in dogs is a noticeable behavior with significant human interpretation, yet its detailed mechanisms, development, and evolutionary background are not well understood. Further research can help clarify this…
The "Mind In Vitro" platform is a versatile, scalable system for recording and stimulating living neurons. It supports electrical, optical, and fluidic interfaces, using reconfigurable microelectrode arrays for rapid…
@BeezyScores @indiraschka @launchcoin @frontiertower Here are some pictures of the mind in vitro headstage frame that we’ve already manufactured. https://t.co/MtvCMubkaJ https://t.co/1rixHwe33b
@servomechanica Cultured neurons. And we will actually need up to 512, just testing with 128 to start https://t.co/5ZGHPPPRrA https://t.co/tpzwIB1tam https://t.co/v9LpSwm4un
RT @Ryansikorski10: @drloveariyana @sal069010022845 @EllaMeaux @LisaMcGee0802 @Anti5GWarrior @crislerwyo @ALMAlienLivesM1 @realColinWyse @D…
RT @Ryansikorski10: @drloveariyana @sal069010022845 @EllaMeaux @LisaMcGee0802 @Anti5GWarrior @crislerwyo @ALMAlienLivesM1 @realColinWyse @D…
RT @Ryansikorski10: @drloveariyana @sal069010022845 @EllaMeaux @LisaMcGee0802 @Anti5GWarrior @crislerwyo @ALMAlienLivesM1 @realColinWyse @D…
RT @Ryansikorski10: @drloveariyana @sal069010022845 @EllaMeaux @LisaMcGee0802 @Anti5GWarrior @crislerwyo @ALMAlienLivesM1 @realColinWyse @D…
RT @Ryansikorski10: @drloveariyana @sal069010022845 @EllaMeaux @LisaMcGee0802 @Anti5GWarrior @crislerwyo @ALMAlienLivesM1 @realColinWyse @D…
RT @Ryansikorski10: @drloveariyana @sal069010022845 @EllaMeaux @LisaMcGee0802 @Anti5GWarrior @crislerwyo @ALMAlienLivesM1 @realColinWyse @D…
RT @Ryansikorski10: @drloveariyana @sal069010022845 @EllaMeaux @LisaMcGee0802 @Anti5GWarrior @crislerwyo @ALMAlienLivesM1 @realColinWyse @D…
RT @Ryansikorski10: @drloveariyana @sal069010022845 @EllaMeaux @LisaMcGee0802 @Anti5GWarrior @crislerwyo @ALMAlienLivesM1 @realColinWyse @D…
RT @Ryansikorski10: @drloveariyana @sal069010022845 @EllaMeaux @LisaMcGee0802 @Anti5GWarrior @crislerwyo @ALMAlienLivesM1 @realColinWyse @D…
RT @Ryansikorski10: @drloveariyana @sal069010022845 @EllaMeaux @LisaMcGee0802 @Anti5GWarrior @crislerwyo @ALMAlienLivesM1 @realColinWyse @D…
RT @Ryansikorski10: @drloveariyana @sal069010022845 @EllaMeaux @LisaMcGee0802 @Anti5GWarrior @crislerwyo @ALMAlienLivesM1 @realColinWyse @D…
RT @Ryansikorski10: @drloveariyana @sal069010022845 @EllaMeaux @LisaMcGee0802 @Anti5GWarrior @crislerwyo @ALMAlienLivesM1 @realColinWyse @D…
@drloveariyana @sal069010022845 @EllaMeaux @LisaMcGee0802 @Anti5GWarrior @crislerwyo @ALMAlienLivesM1 @realColinWyse @DrSchollsMDPhd @Incrementallog1 @PetalsPea @Eleventhstar1 @NicolasPichot6 @BarbarasBack @SoignantsMLU @CelestialReport @ToBornin @jorgeluis_svh @Doctor_I_am_The @fear2022 @MrPatriot76 @Stuckelberger @DrAnaMihalcea @carrie_madej @BusyDrT @MelissaMcAtee92 @djindji5 @DrLuisServinde1 @super1990 @lilianazeladaru @Excavationpro @DavebNixon @StatChrisCotton @vcartel88 @jjcouey @Minxy112 @ADeepSleeper @DawnC1235 @Wordofbeak @Mightymadmaxx @TabTank010 @quitin30days @DiblasiLorena @martinmont77 @simpletruthND @Flynn2022 Swiss startup FinalSpark is now selling access 2 cyborg biocomputers. The lab grown brain organiod R wired into silicon chips. https://t.co/I7SaZXZLOq Mind In Vitro Platforms: Versatile, Scalable, Robust, & Open Solutions 2 Interfacing w/ Living Neurons https:
Mind In Vitro Platforms: Versatile, Scalable, Robust, and Open Solutions to Interfacing with Living Neurons https://t.co/jseM7zuL5M
Mind In Vitro Platforms: Versatile, Scalable, Robust, and Open Solutions to Interfacing with Living Neurons - Zhang - Advanced Science - Wiley Online Library https://t.co/F87C5dAMcV
RT @medical_xpress: Researchers design new #open-source technology for interfacing with living #neurons @UofIllinois @advscinews https://t.…
RT @medical_xpress: Researchers design new #open-source technology for interfacing with living #neurons @UofIllinois @advscinews https://t.…
RT @medical_xpress: Researchers design new #open-source technology for interfacing with living #neurons @UofIllinois @advscinews https://t.…
RT @medical_xpress: Researchers design new #open-source technology for interfacing with living #neurons @UofIllinois @advscinews https://t.…
RT @medical_xpress: Researchers design new #open-source technology for interfacing with living #neurons @UofIllinois @advscinews https://t.…
RT @medical_xpress: Researchers design new #open-source technology for interfacing with living #neurons @UofIllinois @advscinews https://t.…
Researchers design new #open-source technology for interfacing with living #neurons @UofIllinois @advscinews https://t.co/xD8ZsivnOh https://t.co/4BvTHugRm3
RT @EllisMohrAustin: Take a look at our paper published in Advanced Science, "Mind In Vitro Platforms: Versatile, Scalable, Robust, and Ope…
Take a look at our paper published in Advanced Science, "Mind In Vitro Platforms: Versatile, Scalable, Robust, and Open Solutions to Interfacing with Living Neurons" https://t.co/stdNJ4pB1K
Mind In Vitro Platforms: Versatile, Scalable, Robust, and Open Solutions to Interfacing with Living Neurons
`Mind in Vitro' platforms: Versatile, scalable, robust and open solutions to interfacing with living neurons https://www.biorxiv.org/content/10.1101/2023.08.21.554033v1
`Mind in Vitro' platforms: Versatile, scalable, robust and open solutions to interfacing with living neurons https://www.biorxiv.org/content/10.1101/2023.08.21.554033v1
`Mind in Vitro' platforms: Versatile, scalable, robust and open solutions to interfacing with living neurons https://t.co/nKuzMI3XaR #biorxiv_neursci
`Mind in Vitro' platforms: Versatile, scalable, robust and open solutions to interfacing with living neurons https://t.co/IYTePSBpKW #bioRxiv
10.1002/advs.202306826. Keywords. /Applied sciences and engineering/Engineering/Bioengineering/Systems biology/Systems neuroscience/Neural networks; /Applied ...
10.1002/advs.202306826. Keywords. /Applied sciences and engineering/Engineering/Bioengineering/Systems biology/Systems neuroscience/Neural networks; /Applied ...
Adv. Sci. (Weinh):e2306826. doi: 10.1002/advs.202306826. Online ahead. Potter, S. M. (2013). Closed-loop, multichannel experimentation using ...
org/10.1002/advs.202306826上找到。 开源硬件设计和软件的链接可以分别在https://gazzolalab.github.io/MiV-OH/和https://miv-os.readthedocs.io ...
The study was funded by the NSF, and can be found at https://doi.org/10.1002/advs.202306826. Links for the open-source hardware designs and ...
MX
RS
ꙮ
LF
AM
AS
D
Y
조
S
SD
P
DP
K
SH
KI
BL
A
A
PR
DS
SX
PO
DN
BN
B