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Discussions around this publication frequently use words like 'huge task,' 'breakthrough,' and phrases like 'groundbreaking papers' to emphasize the significance. Several posts highlight technical achievements, such as mapping thousands of neurons and creating detailed 3D images, which demonstrates deep engagement. Meanwhile, excitement about future research and methodological advances underscores a perception of substantial impact in neuroscience.
Most discussions recognize the significance of the connectome research, with some expressing admiration or calling the work a 'huge task' or 'breakthrough,' indicating general support and acknowledgment of the importance.
【ショウジョウバエの脳コネクトーム】 ショウジョウバエの脳に含まれる2万5千の神経間で形成される2000万もの化学シナプスが解析された この研究によって、ショウジョウバエの脳のほぼ全て❗の神経細胞のネットワーク構造=コネクトームが明らかになったことになる https://t.co/T3fq160QgZ
For connectomics data, check out these groundbreaking papers: https://t.co/2PsJ472A2y, https://t.co/T3wGNm7ZnF, https://t.co/jbeTIBKH4u, https://t.co/GRw7fHuOlT, https://t.co/cGiVmAeUe6
So many great things happening in fly connectomics these days. In addition to the below, the accepted version of the hemibrain paper is now online and available for PDF download: https://t.co/V2o2DKBfiz https://t.co/u3MXVlg8T7
25000 neurones et 20M de synapses d’un cerveau de drosophile cartographiés. Un travail de titan pour préserver, découper en tranches de 8nm sans détruire, catographier automatiquement avec une #IA, stocker le graphe, vérifier, interpréter... #Research https://t.co/wlvwY7k3rc https://t.co/UHuClKiayT
This is amazing. 613 neurons mapped in 3D in fly brain. Huge task, integrating imaging, computational tools and so much more. If we understand fly brain, will sure know how human brain works. A connectome and analysis of the adult Drosophila central brain https://t.co/1BcdP3uReG
coming in at a cool 26 figures A connectome and analysis of the adult Drosophila central brain https://t.co/2wkzR6RYZI https://t.co/F4JAf0z7AF
Explore how certain fungi manipulate insect behavior, including detailed neural circuit mapping in fruit flies, offering insights into brain functions, evolution, and potential biocontrol applications.
Head direction cells track an animal's head orientation in darkness through path integration. This study presents a network model utilizing synaptic plasticity guided by external cues, highlighting the importance of…
This video explores how head direction cells track an animal's orientation in darkness through neural path integration, supported by biologically plausible learning rules that adjust synaptic connectivity during…
@GalHaspel @wormsense @KordingLab @ramdya @andpru @jess_cardin @LFeldmanBarrett @NINDSdirector @KarlDeisseroth @kaymtye @ylecun @pgmid @DavidDeutschOxf @albertcardona @ZlaticLab @bpedigod We don't have another (bigger) connectome. So, not yet. I guess we have some methods for analyzing connectomes that were developed for smaller ones that we can use for bigger ones, like @catmaid, our stuff, eg https://t.co/1FIyeU6hwr.
I want to make this jig! This sounds incredibly cool! See how easy 10,000x improvement is? Numbers are always misleading. https://t.co/DWlxISE9Jz https://t.co/RkTg7IOdBs
A Connectome and Analysis of the Adult Drosophila Central Brain published as: https://t.co/ev3H7jKKyn @eLife #biorxiv
おお、これはだいぶ前にTTICで聞いたやつ。2020年のこれ（https://t.co/BOVlChLOH4）の拡張版？組織がデカ過ぎるから25 µmずつのセクションにして撮ってるけど、画像を一枚一枚正確に繋げてくの本当に大変そうだしどこまで人力でチェックしてるんだろうか。 https://t.co/Oxbu7tKho2
4/ A simple read of this breakthrough is available at https://t.co/ML3oOIsLlg An interesting related paper from 2020 by @GoogleAI & HHMI https://t.co/shfQnBUji2
@ScepticalDoctor @gAlecsyBrain @zupanc_tadej @NutInButtAPnut And what's your opinion on Drosophila? Lots of research on its connectome of 100k neurons. https://t.co/nBwfMEjZwi
RT @gsxej: The fine print: connectome means at synaptic resolution with neurons and connections fully extracted (eg https://t.co/S2I3A8spi…
The fine print: connectome means at synaptic resolution with neurons and connections fully extracted (eg https://t.co/S2I3A8spiA). Presumably based on volume EM. If you are a connectome scrooge (not a cent!) or big spender, reply below. btw human genome is $6.5B with inflation.
For connectomics data, check out these groundbreaking papers: https://t.co/2PsJ472A2y, https://t.co/T3wGNm7ZnF, https://t.co/jbeTIBKH4u, https://t.co/GRw7fHuOlT, https://t.co/cGiVmAeUe6
The connectome, which is accessible free online, includes about 25,000 neurons and 20 million synapses, far more than the C. elegans connectome. Here https://t.co/ATMFJ1mz8i https://t.co/dOs4Dk6xOG
@tmacrina @kisukkevinlee @sdorkenw @nicholasturner0 @RanLu9 @jingpeng_wu @thundercloudvol @nkemnitz1 @amyneurons @ApacheAirflow @googlecloud Other EM groups have also produced great work (e.g., https://t.co/t2UUtZnbF9, https://t.co/im7YOWToLe, https://t.co/AvvbPPNv9Y, https://t.co/N0E9NzQbiy, and many more), but this is one of the largest mammalian reconstructions to date, AND it has functional imaging! 24/n
正確に調べるということは大事 https://t.co/IAQvoKTyTH https://t.co/Ez6zQxm8bL
RT @interactivefly: Scheffer, L. K., Xu, C. S., Januszewski, M., ...., Jain, V. and Plaza, S. M. (2020). A connectome and analysis of the a…
Scheffer, L. K., Xu, C. S., Januszewski, M., ...., Jain, V. and Plaza, S. M. (2020). A connectome and analysis of the adult Drosophila central brain. Elife 9 https://t.co/dNJ5G1Y13A
https://t.co/iFwT7r0IWA
A connectome and analysis of the adult Drosophila central brain: https://t.co/wOFWSCQdQW https://t.co/Ai1P7U2htf
RT @DrMohdTariq: This is amazing. 613 neurons mapped in 3D in fly brain. Huge task, integrating imaging, computational tools and so much mo…
RT @katzkagaya: シナプス強度と数がべき法則に従うんですね... 原論文 > "A connectome and analysis of the adult Drosophila central brain" https://t.co/T2AdvBeGeg
シナプス強度と数がべき法則に従うんですね... 原論文 > "A connectome and analysis of the adult Drosophila central brain" https://t.co/T2AdvBeGeg
RT @ndemassieux: 25000 neurones et 20M de synapses d’un cerveau de drosophile cartographiés. Un travail de titan pour préserver, découper…
This is amazing. 613 neurons mapped in 3D in fly brain. Huge task, integrating imaging, computational tools and so much more. If we understand fly brain, will sure know how human brain works. A connectome and analysis of the adult Drosophila central brain https://t.co/1BcdP3uReG
RT @ndemassieux: 25000 neurones et 20M de synapses d’un cerveau de drosophile cartographiés. Un travail de titan pour préserver, découper…
RT @ndemassieux: 25000 neurones et 20M de synapses d’un cerveau de drosophile cartographiés. Un travail de titan pour préserver, découper…
25000 neurones et 20M de synapses d’un cerveau de drosophile cartographiés. Un travail de titan pour préserver, découper en tranches de 8nm sans détruire, catographier automatiquement avec une #IA, stocker le graphe, vérifier, interpréter... #Research https://t.co/wlvwY7k3rc https://t.co/UHuClKiayT
@p2jones @BrainsExplained @liamjdrew https://t.co/p6eHqU5Hxz
RT @Daphnia_t_ponyo: 【ショウジョウバエの脳コネクトーム】 ショウジョウバエの脳に含まれる2万5千の神経間で形成される2000万もの化学シナプスが解析された この研究によって、ショウジョウバエの脳のほぼ全て❗の神経細胞のネットワーク構造=コネクトームが明らか…
RT @Daphnia_t_ponyo: 【ショウジョウバエの脳コネクトーム】 ショウジョウバエの脳に含まれる2万5千の神経間で形成される2000万もの化学シナプスが解析された この研究によって、ショウジョウバエの脳のほぼ全て❗の神経細胞のネットワーク構造=コネクトームが明らか…
RT @Daphnia_t_ponyo: 【ショウジョウバエの脳コネクトーム】 ショウジョウバエの脳に含まれる2万5千の神経間で形成される2000万もの化学シナプスが解析された この研究によって、ショウジョウバエの脳のほぼ全て❗の神経細胞のネットワーク構造=コネクトームが明らか…
RT @Daphnia_t_ponyo: 【ショウジョウバエの脳コネクトーム】 ショウジョウバエの脳に含まれる2万5千の神経間で形成される2000万もの化学シナプスが解析された この研究によって、ショウジョウバエの脳のほぼ全て❗の神経細胞のネットワーク構造=コネクトームが明らか…
RT @Daphnia_t_ponyo: 【ショウジョウバエの脳コネクトーム】 ショウジョウバエの脳に含まれる2万5千の神経間で形成される2000万もの化学シナプスが解析された この研究によって、ショウジョウバエの脳のほぼ全て❗の神経細胞のネットワーク構造=コネクトームが明らか…
RT @Daphnia_t_ponyo: 【ショウジョウバエの脳コネクトーム】 ショウジョウバエの脳に含まれる2万5千の神経間で形成される2000万もの化学シナプスが解析された この研究によって、ショウジョウバエの脳のほぼ全て❗の神経細胞のネットワーク構造=コネクトームが明らか…
RT @Daphnia_t_ponyo: 【ショウジョウバエの脳コネクトーム】 ショウジョウバエの脳に含まれる2万5千の神経間で形成される2000万もの化学シナプスが解析された この研究によって、ショウジョウバエの脳のほぼ全て❗の神経細胞のネットワーク構造=コネクトームが明らか…
A connectome and analysis of the adult Drosophila central brain https://t.co/A2RLxideDB
Computational And Systems Biology Neuroscience A connectome and analysis of the adult Drosophila central brain https://t.co/t2Xr3fRxuo
【ショウジョウバエの脳コネクトーム】 ショウジョウバエの脳に含まれる2万5千の神経間で形成される2000万もの化学シナプスが解析された この研究によって、ショウジョウバエの脳のほぼ全て❗の神経細胞のネットワーク構造=コネクトームが明らかになったことになる https://t.co/T3fq160QgZ
The reviewed paper on the "hemibrain" dataset reconstruction and analysis is now available at eLife: https://t.co/0hPvqDAA4R
coming in at a cool 26 figures A connectome and analysis of the adult Drosophila central brain https://t.co/2wkzR6RYZI https://t.co/F4JAf0z7AF
So many great things happening in fly connectomics these days. In addition to the below, the accepted version of the hemibrain paper is now online and available for PDF download: https://t.co/V2o2DKBfiz https://t.co/u3MXVlg8T7