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The discussions reflect a vibrant conversation around the research, including mentions of the detailed neuron mapping and its relevance to understanding complex neural processes. Phrases like 'incredible effort' and 'game changer' were used by participants expressing their admiration for the study, while terminology like 'proof-of-concept' and references to synaptic connections highlight the critical nature of the mapping work. This choice of words and the enthusiastic tone of many participants contribute to the overall positive sentiment and underscore the impact they believe the research will have on neuroscience.
A majority of the discussions express strong support and alignment with the findings of the publication, indicating that participants largely agree with the significance of the study.
The discussions reveal high levels of curiosity and enthusiasm about the research, with many participants expressing excitement over the implications of the findings.
The depth of engagement seems moderate; while participants reference aspects of the research, some posts are more casual and do not delve deeply into the scientific detail.
Many participants perceive the research as having significant implications for future technology and neuroscience, suggesting a strong belief in its potential influence on the field.
On #WorldBrainDay, check out a Science study that presented a synapse-by-synapse map of an insect’s brain, representing a valuable resource for future experimental and theoretical studies of neural circuits and brain function.
#107: The connectome of an insect brain @WindingMichael @bpedigod @neuro_data @albertcardona @ZlaticLab A thoughtful, unique network analysis of the massive larval drosophila connectome resource. https://t.co/sT71rmdAX0 https://t.co/f7RFiNStuv
The connectome depicts how neurons communicate within each brain hemisphere and across brain hemispheres. Credits: Michael Winding et al., DOI:10.1126/science.add9330 #MedTwitter #neuroscience https://t.co/wAUw63e6dI
@PahlaviStreet امسال برای اولینبار، مغز یه جاندار پیچیده به صورت کامل اسکن و نقشهبرداری شد. مغزی با بیش از ۳ هزار نورون و حدود نیم میلیون اتصال نورونی. https://t.co/5UeHhG7Mhn https://t.co/HFn5D9Ut9Q
We have an open postdoc position! Apply here: https://t.co/dIUAXknHok Following up on the first brain map of an insect brain (https://t.co/VORWmg6dVi), we will be using comparative connectomics to investigate how wiring changes affect social behaviour in the fruit fly larva.
Incredible effort! It will be exciting to see how the adult fly connectome is similar and different to the wiring of the larval fly brain. I don't have time for it, but the data is there... https://t.co/l3W5PEbhtJ https://t.co/kjVExyKdCd
This video explores the groundbreaking study that mapped the connectome of an entire insect larva brain, consisting of 3,016 neurons and 548,000 synapses. Discover how these findings relate to learning, decision-making…
Explore the findings from the Magellan mission, which revealed potential ongoing volcanic activity on Venus. This video discusses the significant discovery of a volcanic vent that changed shape within an 8-month period…
https://t.co/IFpniGqZvy
1人の赤ちゃんの言語獲得のマルチモーダルデータを使った言語獲得の再現 https://t.co/GznoFhiOaq 脊損患者の歩行 https://t.co/XnvQNTV1GT ハエの全脳コネクトーム https://t.co/pyAbojU1ur Nが一桁前半ってのはproof-of-concept系、マカクザルの実験とか緻密な実験とかで結構ある。
RT @deangeckt: Find the difference. Amazing paper btw; The connectome of an insect brain https://t.co/qGe6FzFJ38 https://t.co/0GxgmFclyW
Find the difference. Amazing paper btw; The connectome of an insect brain https://t.co/qGe6FzFJ38 https://t.co/0GxgmFclyW
RT @MockingBirdMan1: Дрозофил ялааны авгалдайн коннектом. 3016 мэдрэлийн эс, 548000 синапс. Том ялааных нь 100000 гаруй мэдрэлийн эс байдаг…
Ref for larval brain connectome: Winding, et al. The connectome of an insect brain. Science (2023).
RT @WindingMichael: We’ve generated a synapse-resolution map of an insect brain, includes 3016 neurons and half a million synaptic sites! O…
https://t.co/Ors2wIsgLS
@BLUECOW009 @RiverNotFlowing @Teknium1 just you wait ;) https://t.co/ZllSHLrwjY
Researchers used #ElectronMicroscopy to reconstruct a brain wide, synaptic-resolution connectivity map to better understand how the brain functions. See how @thermofisher solutions helped provide a basis for new studies of neural circuits. https://t.co/x7xiUEkLiy https://t.co/KfvdS6vcmc
@adrianu81084623 @ossewed @estherouwehand Insecten hebben wel degelijk hersenen. https://t.co/VPQMGX2F0N
#Citología | Completan el primer mapa del cerebro de un insecto y sus conexiones neuronales. Vía @sciencemagazine #COBCM #divulgación https://t.co/2Djzi93D8D https://t.co/ceKZTz9La8
RT @WindingMichael: We have an open postdoc position! Apply here: https://t.co/dIUAXknHok Following up on the first brain map of an insec…
RT @WindingMichael: We have an open postdoc position! Apply here: https://t.co/dIUAXknHok Following up on the first brain map of an insec…
RT @WindingMichael: We have an open postdoc position! Apply here: https://t.co/dIUAXknHok Following up on the first brain map of an insec…
RT @WindingMichael: We have an open postdoc position! Apply here: https://t.co/dIUAXknHok Following up on the first brain map of an insec…
RT @WindingMichael: We have an open postdoc position! Apply here: https://t.co/dIUAXknHok Following up on the first brain map of an insec…
RT @WindingMichael: We have an open postdoc position! Apply here: https://t.co/dIUAXknHok Following up on the first brain map of an insec…
RT @WindingMichael: We have an open postdoc position! Apply here: https://t.co/dIUAXknHok Following up on the first brain map of an insec…
RT @WindingMichael: We have an open postdoc position! Apply here: https://t.co/dIUAXknHok Following up on the first brain map of an insec…
RT @WindingMichael: We have an open postdoc position! Apply here: https://t.co/dIUAXknHok Following up on the first brain map of an insec…
RT @WindingMichael: We have an open postdoc position! Apply here: https://t.co/dIUAXknHok Following up on the first brain map of an insec…
RT @WindingMichael: We have an open postdoc position! Apply here: https://t.co/dIUAXknHok Following up on the first brain map of an insec…
RT @WindingMichael: We have an open postdoc position! Apply here: https://t.co/dIUAXknHok Following up on the first brain map of an insec…
RT @WindingMichael: We have an open postdoc position! Apply here: https://t.co/dIUAXknHok Following up on the first brain map of an insec…
RT @WindingMichael: We have an open postdoc position! Apply here: https://t.co/dIUAXknHok Following up on the first brain map of an insec…
RT @WindingMichael: We have an open postdoc position! Apply here: https://t.co/dIUAXknHok Following up on the first brain map of an insec…
RT @WindingMichael: We have an open postdoc position! Apply here: https://t.co/dIUAXknHok Following up on the first brain map of an insec…
We have an open postdoc position! Apply here: https://t.co/dIUAXknHok Following up on the first brain map of an insect brain (https://t.co/VORWmg6dVi), we will be using comparative connectomics to investigate how wiring changes affect social behaviour in the fruit fly larva.
@PahlaviStreet امسال برای اولینبار، مغز یه جاندار پیچیده به صورت کامل اسکن و نقشهبرداری شد. مغزی با بیش از ۳ هزار نورون و حدود نیم میلیون اتصال نورونی. https://t.co/5UeHhG7Mhn https://t.co/HFn5D9Ut9Q
@EnemyBeauty The connectome of an insect brain https://t.co/aJHoY7Yu3e https://t.co/AE2nmB3pdB
I don’t think there is any hope to have what we have on fly brains for ape or even mice brains without post-singularity nanobots—alive brains anyway. Dead brains should be much easier. Hopefully a lot is still preserved. https://t.co/eMqteO76ae
RT @chrost_hugo: The connectome depicts how neurons communicate within each brain hemisphere and across brain hemispheres. Credits: Michae…
RT @chrost_hugo: The connectome depicts how neurons communicate within each brain hemisphere and across brain hemispheres. Credits: Michae…
RT @chrost_hugo: The connectome depicts how neurons communicate within each brain hemisphere and across brain hemispheres. Credits: Michae…
RT @chrost_hugo: The connectome depicts how neurons communicate within each brain hemisphere and across brain hemispheres. Credits: Michae…
RT @chrost_hugo: The connectome depicts how neurons communicate within each brain hemisphere and across brain hemispheres. Credits: Michae…
RT @chrost_hugo: The connectome depicts how neurons communicate within each brain hemisphere and across brain hemispheres. Credits: Michae…
RT @chrost_hugo: The connectome depicts how neurons communicate within each brain hemisphere and across brain hemispheres. Credits: Michae…
RT @chrost_hugo: The connectome depicts how neurons communicate within each brain hemisphere and across brain hemispheres. Credits: Michae…
RT @chrost_hugo: The connectome depicts how neurons communicate within each brain hemisphere and across brain hemispheres. Credits: Michae…
Researchers used #ElectronMicroscopy to reconstruct a brain wide, synaptic-resolution connectivity map to better understand how the brain functions. See how @thermofisher solutions helped provide a basis for new studies of neural circuits. https://t.co/4gh8MkNazM https://t.co/L6O8SOBMEd
RT @chrost_hugo: The connectome depicts how neurons communicate within each brain hemisphere and across brain hemispheres. Credits: Michae…
RT @chrost_hugo: The connectome depicts how neurons communicate within each brain hemisphere and across brain hemispheres. Credits: Michae…
RT @chrost_hugo: The connectome depicts how neurons communicate within each brain hemisphere and across brain hemispheres. Credits: Michae…
RT @chrost_hugo: The connectome depicts how neurons communicate within each brain hemisphere and across brain hemispheres. Credits: Michae…
RT @chrost_hugo: The connectome depicts how neurons communicate within each brain hemisphere and across brain hemispheres. Credits: Michae…
RT @chrost_hugo: The connectome depicts how neurons communicate within each brain hemisphere and across brain hemispheres. Credits: Michae…
RT @chrost_hugo: The connectome depicts how neurons communicate within each brain hemisphere and across brain hemispheres. Credits: Michae…
RT @chrost_hugo: The connectome depicts how neurons communicate within each brain hemisphere and across brain hemispheres. Credits: Michae…
RT @chrost_hugo: The connectome depicts how neurons communicate within each brain hemisphere and across brain hemispheres. Credits: Michae…
RT @chrost_hugo: The connectome depicts how neurons communicate within each brain hemisphere and across brain hemispheres. Credits: Michae…
RT @chrost_hugo: The connectome depicts how neurons communicate within each brain hemisphere and across brain hemispheres. Credits: Michae…
The connectome depicts how neurons communicate within each brain hemisphere and across brain hemispheres. Credits: Michael Winding et al., DOI:10.1126/science.add9330 #MedTwitter #neuroscience https://t.co/wAUw63e6dI
Medicina del Aprendizaje @DSM5 @grupo_sinapsis Completan el primer mapa del cerebro de un insecto, paso previo a un mejor conocimiento del pensamiento humano The connectome of an insect brain https://t.co/A8bLdPvgmy
The connectomes of an insect brain are both beautiful and complex. They are of course no where near as complex at the human brain connectomes. https://t.co/UiSVMANGSy
there were some very cool efforts recently by large consortia to map down the connectomes of the complete brains of larva www.biorxiv.org/content/10.1...) and adult fruit flies www.biorxiv.org/content/10.1...). Super insightful and beautiful!
RT @interactivefly: Winding, M., Pedigo, B. D., Barnes, C. L., Patsolic, H. G., Park, Y., ..., Fetter, R. D., Hartenstein, V., Priebe, C.…
Winding, M., Pedigo, B. D., Barnes, C. L., Patsolic, H. G., Park, Y., ..., Fetter, R. D., Hartenstein, V., Priebe, C. E., Vogelstein, J. T., Cardona, A. and Zlatic, M. (2023). The connectome of an insect brain. Science 379(6636): eadd9330 https://t.co/NGdkzmpprn
The connectome of an insect brain | Science https://t.co/gY1PopuF18
RT @LifeboatHQ: The connectome of an insect brain: A synaptic-resolution map of the neural circuits of a Drosophila larval brain reveals it…
RT @LifeboatHQ: The connectome of an insect brain: A synaptic-resolution map of the neural circuits of a Drosophila larval brain reveals it…
RT @LifeboatHQ: The connectome of an insect brain: A synaptic-resolution map of the neural circuits of a Drosophila larval brain reveals it…
The connectome of an insect brain: A synaptic-resolution map of the neural circuits of a Drosophila larval brain reveals its connection types, neuron types, and circuit motifs. https://t.co/QKzcEyTAHc
The connectome of an insect brain | Science https://t.co/HYnP9XQjYw
A generated connectome maps the architectural synaptic structure of a brain in real-time.| Science https://t.co/lqRzLhna1Y
RT @ScienceMagazine: On #WorldBrainDay, check out a Science study that presented a synapse-by-synapse map of an insect’s brain, representin…
RT @ScienceMagazine: On #WorldBrainDay, check out a Science study that presented a synapse-by-synapse map of an insect’s brain, representin…
RT @ScienceMagazine: On #WorldBrainDay, check out a Science study that presented a synapse-by-synapse map of an insect’s brain, representin…
RT @ScienceMagazine: On #WorldBrainDay, check out a Science study that presented a synapse-by-synapse map of an insect’s brain, representin…
RT @ScienceMagazine: On #WorldBrainDay, check out a Science study that presented a synapse-by-synapse map of an insect’s brain, representin…
RT @ScienceMagazine: On #WorldBrainDay, check out a Science study that presented a synapse-by-synapse map of an insect’s brain, representin…
RT @ScienceMagazine: On #WorldBrainDay, check out a Science study that presented a synapse-by-synapse map of an insect’s brain, representin…
RT @ScienceMagazine: On #WorldBrainDay, check out a Science study that presented a synapse-by-synapse map of an insect’s brain, representin…
RT @ScienceMagazine: On #WorldBrainDay, check out a Science study that presented a synapse-by-synapse map of an insect’s brain, representin…
RT @ScienceMagazine: On #WorldBrainDay, check out a Science study that presented a synapse-by-synapse map of an insect’s brain, representin…
RT @ScienceMagazine: On #WorldBrainDay, check out a Science study that presented a synapse-by-synapse map of an insect’s brain, representin…
RT @ScienceMagazine: On #WorldBrainDay, check out a Science study that presented a synapse-by-synapse map of an insect’s brain, representin…
RT @ScienceMagazine: On #WorldBrainDay, check out a Science study that presented a synapse-by-synapse map of an insect’s brain, representin…
RT @ScienceMagazine: On #WorldBrainDay, check out a Science study that presented a synapse-by-synapse map of an insect’s brain, representin…
RT @ScienceMagazine: On #WorldBrainDay, check out a Science study that presented a synapse-by-synapse map of an insect’s brain, representin…
RT @ScienceMagazine: On #WorldBrainDay, check out a Science study that presented a synapse-by-synapse map of an insect’s brain, representin…
RT @ScienceMagazine: On #WorldBrainDay, check out a Science study that presented a synapse-by-synapse map of an insect’s brain, representin…
RT @ScienceMagazine: On #WorldBrainDay, check out a Science study that presented a synapse-by-synapse map of an insect’s brain, representin…
RT @ScienceMagazine: On #WorldBrainDay, check out a Science study that presented a synapse-by-synapse map of an insect’s brain, representin…
RT @ScienceMagazine: On #WorldBrainDay, check out a Science study that presented a synapse-by-synapse map of an insect’s brain, representin…
RT @ScienceMagazine: On #WorldBrainDay, check out a Science study that presented a synapse-by-synapse map of an insect’s brain, representin…
RT @ScienceMagazine: On #WorldBrainDay, check out a Science study that presented a synapse-by-synapse map of an insect’s brain, representin…
RT @ScienceMagazine: On #WorldBrainDay, check out a Science study that presented a synapse-by-synapse map of an insect’s brain, representin…
On #WorldBrainDay, check out a Science study that presented a synapse-by-synapse map of an insect’s brain, representing a valuable resource for future experimental and theoretical studies of neural circuits and brain function.
Ricostruito il connettoma completo del cervello della larva della mosca Drosofila. Si possono associare funzioni ai circuiti neurali corrispondenti con risoluzione al singolo neurone. The connectome of an insect brain | Science https://t.co/YNB4cZ6iQg
@sdorkenw How does it relate/compare with flyEM? https://t.co/lveR3rIaVW https://t.co/ayq4CvFn8q and more recent https://t.co/H7jnkmPdxF https://t.co/huDZQxEVbN
RT @WindingMichael: We’ve generated a synapse-resolution map of an insect brain, includes 3016 neurons and half a million synaptic sites! O…
@AntipodeanFrog We’re not far away https://t.co/Fi4NdfAXcp
The connectome of an insect brain https://t.co/aZhk8ku9gb
Incredible effort! It will be exciting to see how the adult fly connectome is similar and different to the wiring of the larval fly brain. I don't have time for it, but the data is there... https://t.co/l3W5PEbhtJ https://t.co/kjVExyKdCd
The connectome of an insect brain https://t.co/5xaWFfmFUA
RT @WindingMichael: We’ve generated a synapse-resolution map of an insect brain, includes 3016 neurons and half a million synaptic sites! O…
May 9th: The connectome of an insect brain @WindingMichael @bpedigod @neuro_data @albertcardona @ZlaticLab https://t.co/B6nUb9DlPN
A Recent research on the connectome of an insect brain is a significant breakthrough in the field of #neuroscience, this may lead to the development of new technologies that could have a wide range of applications. Read more- https://t.co/fXSZUXBjjN @MDforLives #healthcare https://t.co/gMotCSuOj2
RT @bdanubius: #107: The connectome of an insect brain @WindingMichael @bpedigod @neuro_data @albertcardona @ZlaticLab A thoughtful, uniqu…
RT @bpedigod: Our work studying the connectome of an insect brain, that of a Drosophila larva, is out today in Science! https://t.co/GWx4HS…
RT @bdanubius: #107: The connectome of an insect brain @WindingMichael @bpedigod @neuro_data @albertcardona @ZlaticLab A thoughtful, uniqu…
RT @bdanubius: #107: The connectome of an insect brain @WindingMichael @bpedigod @neuro_data @albertcardona @ZlaticLab A thoughtful, uniqu…
RT @bdanubius: #107: The connectome of an insect brain @WindingMichael @bpedigod @neuro_data @albertcardona @ZlaticLab A thoughtful, uniqu…
RT @bdanubius: #107: The connectome of an insect brain @WindingMichael @bpedigod @neuro_data @albertcardona @ZlaticLab A thoughtful, uniqu…
RT @bdanubius: #107: The connectome of an insect brain @WindingMichael @bpedigod @neuro_data @albertcardona @ZlaticLab A thoughtful, uniqu…
RT @bdanubius: #107: The connectome of an insect brain @WindingMichael @bpedigod @neuro_data @albertcardona @ZlaticLab A thoughtful, uniqu…
RT @bdanubius: #107: The connectome of an insect brain @WindingMichael @bpedigod @neuro_data @albertcardona @ZlaticLab A thoughtful, uniqu…
RT @bdanubius: #107: The connectome of an insect brain @WindingMichael @bpedigod @neuro_data @albertcardona @ZlaticLab A thoughtful, uniqu…
RT @bdanubius: #107: The connectome of an insect brain @WindingMichael @bpedigod @neuro_data @albertcardona @ZlaticLab A thoughtful, uniqu…
RT @bdanubius: #107: The connectome of an insect brain @WindingMichael @bpedigod @neuro_data @albertcardona @ZlaticLab A thoughtful, uniqu…
RT @bdanubius: #107: The connectome of an insect brain @WindingMichael @bpedigod @neuro_data @albertcardona @ZlaticLab A thoughtful, uniqu…
RT @bdanubius: #107: The connectome of an insect brain @WindingMichael @bpedigod @neuro_data @albertcardona @ZlaticLab A thoughtful, uniqu…
RT @bdanubius: #107: The connectome of an insect brain @WindingMichael @bpedigod @neuro_data @albertcardona @ZlaticLab A thoughtful, uniqu…
RT @bdanubius: #107: The connectome of an insect brain @WindingMichael @bpedigod @neuro_data @albertcardona @ZlaticLab A thoughtful, uniqu…
RT @bdanubius: #107: The connectome of an insect brain @WindingMichael @bpedigod @neuro_data @albertcardona @ZlaticLab A thoughtful, uniqu…
RT @bdanubius: #107: The connectome of an insect brain @WindingMichael @bpedigod @neuro_data @albertcardona @ZlaticLab A thoughtful, uniqu…
RT @bdanubius: #107: The connectome of an insect brain @WindingMichael @bpedigod @neuro_data @albertcardona @ZlaticLab A thoughtful, uniqu…
RT @bdanubius: #107: The connectome of an insect brain @WindingMichael @bpedigod @neuro_data @albertcardona @ZlaticLab A thoughtful, uniqu…
RT @bdanubius: #107: The connectome of an insect brain @WindingMichael @bpedigod @neuro_data @albertcardona @ZlaticLab A thoughtful, uniqu…
RT @bdanubius: #107: The connectome of an insect brain @WindingMichael @bpedigod @neuro_data @albertcardona @ZlaticLab A thoughtful, uniqu…
RT @bdanubius: #107: The connectome of an insect brain @WindingMichael @bpedigod @neuro_data @albertcardona @ZlaticLab A thoughtful, uniqu…
RT @bdanubius: #107: The connectome of an insect brain @WindingMichael @bpedigod @neuro_data @albertcardona @ZlaticLab A thoughtful, uniqu…
RT @bdanubius: #107: The connectome of an insect brain @WindingMichael @bpedigod @neuro_data @albertcardona @ZlaticLab A thoughtful, uniqu…
RT @bdanubius: #107: The connectome of an insect brain @WindingMichael @bpedigod @neuro_data @albertcardona @ZlaticLab A thoughtful, uniqu…
#107: The connectome of an insect brain @WindingMichael @bpedigod @neuro_data @albertcardona @ZlaticLab A thoughtful, unique network analysis of the massive larval drosophila connectome resource. https://t.co/sT71rmdAX0 https://t.co/f7RFiNStuv
Amazing: The connectome of an insect brain https://t.co/4cAofVEgCO
RT @BioDecoded: The connectome of an insect brain | Science https://t.co/nGR16GfIR8 #neuroscience
RT @BioDecoded: The connectome of an insect brain | Science https://t.co/nGR16GfIR8 #neuroscience
The connectome of an insect brain | Science https://t.co/nGR16GfIR8 #neuroscience
https://t.co/59t4u8ddPQ
RT @umbertoleon: Me llama la curiosidad este espacio "latente" entre el input y el output del synapsys map de un cerebro de un insecto (301…
Me llama la curiosidad este espacio "latente" entre el input y el output del synapsys map de un cerebro de un insecto (3016 neuronas). Me recuerda a las capas del Deep Learning y al LLM... os dejo la inv, pero solo quería mostrar esta curiosidad
RT @Fausto_Sterling: #connectome #insectbrain #flylarvabrain https://t.co/nqnp3okP8n "Some of the architectural features observed in the Dr…
#connectome #insectbrain #flylarvabrain https://t.co/nqnp3okP8n "Some of the architectural features observed in the Drosophila larval brain, including multilayer shortcuts and prominent nested recurrent loops, are found in state-of-the-art artificial neural networks, where (1/2)
The connectome of an insect brain | Science https://t.co/nGR16GfIR8 #neuroscience
#Multidisciplinary Trends: https://t.co/rKSpluHP6i 1) Theropod dinosaur facial reconstruction (@ScienceMagazine) 2) Generation of oocytes from male mice in vitro (@Nature) 3) Abyssal ocean overturning slowdown driven by Antarctic meltwater 4) The connectome of an insect brain https://t.co/BMJame0UhZ
Hello!
The connectome of an insect brain https://t.co/b48xSVBgka
RT @AlvinHee_MY: The connectome of an insect brain https://t.co/CapzuWIC7v
RT @PubTrend: Trending on PubMed: The connectome of an insect brain. https://t.co/qmRAef0d7Z
The connectome of an insect brain https://t.co/RruY6Ymz44
RT @PubTrend: Trending on PubMed: The connectome of an insect brain. https://t.co/qmRAef0d7Z
Trending on PubMed: The connectome of an insect brain. https://t.co/qmRAef0d7Z
Stunning images The connectome of an insect brain https://t.co/MDhVyVBR4I
The connectome of an insect brain https://t.co/rdYr8OqaX7
RT @bpedigod: Our work studying the connectome of an insect brain, that of a Drosophila larva, is out today in Science! https://t.co/GWx4HS…
The connectome of an insect brain https://t.co/T5hNCQbrwR
原著読了！ショージョーバエ蛆虫脳の電顕写真5000枚弱からマニュアルで解析、全脳末梢域まで経路再構築。個体としての3000神経細胞、55万シナプスが如何に連携しているかを、10年近くで完了。凄い！ 感動した！TJHで解説予定！ The connectome of an insect brain https://t.co/zR4iq2vfQP
The connectome of an insect brain https://t.co/CapzuWIC7v
The connectome of an insect brain https://t.co/PWiM273s98
The connectome of an insect brain | Science https://t.co/LTdwYmBjqT
‘’Bilimde Bu Hafta" köşemiz 09.03.2023 - 16.03.2023
Neuroscience and the park: Scientists complete first map of an insect brain: In the quest to understand how we think...... The connectome of an insect brain...... https://t.co/bPbGf5grOs #insects #neuroscience
The connectome of an insect brain | Science https://t.co/wLMt2vIlDH
The connectome of an insect brain https://t.co/X1WiJ85bCs
Whether the connectome of #human #brains will tend to evolve drift that could be a chimeric connectome comprising of Biological #connectome (#BC) and #Artificial connectome (#AC)? In the future, it would be fascinating to merge both (#BC) and (#AC). https://t.co/KVLuX9VSFl
The #connectome of an #insect #brain https://t.co/z6dd1AAUjf
The study the above "Nature" article is based upon & quotes from, (but appears to have a broken link to): “The connectome of an insect brain” 2/2 https://t.co/9DH52XbtBL
The connectome of an insect brain | Science https://t.co/McEIR9v9Xc
The connectome of an insect brain https://t.co/S0D7tPtqZJ
RT @stelioskosmidis: The connectome of an insect brain, 3016 neurons, 548.000 connections https://t.co/AQBNzRQVBc
The connectome of an insect brain, 3016 neurons, 548.000 connections https://t.co/AQBNzRQVBc
The connectome of an insect brain https://t.co/KZLXShWv6m
The connectome of an insect brain https://t.co/pt8Pf8ieaK
RT @bpedigod: Our work studying the connectome of an insect brain, that of a Drosophila larva, is out today in Science! https://t.co/GWx4HS…
RT @bpedigod: Our work studying the connectome of an insect brain, that of a Drosophila larva, is out today in Science! https://t.co/GWx4HS…
RT @bpedigod: Our work studying the connectome of an insect brain, that of a Drosophila larva, is out today in Science! https://t.co/GWx4HS…
The connectome of an insect brain https://t.co/lFWrpGRUxu
RT @bpedigod: Our work studying the connectome of an insect brain, that of a Drosophila larva, is out today in Science! https://t.co/GWx4HS…
RT @bpedigod: Our work studying the connectome of an insect brain, that of a Drosophila larva, is out today in Science! https://t.co/GWx4HS…
@ScienceNews Before and after Skynet… https://t.co/zGu9SJ0e1X
The connectome of an insect brain https://t.co/AMDFWPKhjv
RT @bpedigod: Our work studying the connectome of an insect brain, that of a Drosophila larva, is out today in Science! https://t.co/GWx4HS…
RT @bpedigod: Our work studying the connectome of an insect brain, that of a Drosophila larva, is out today in Science! https://t.co/GWx4HS…
The connectome of an insect brain https://t.co/jeuUbHPF3y
RT @bpedigod: Our work studying the connectome of an insect brain, that of a Drosophila larva, is out today in Science! https://t.co/GWx4HS…
RT @bpedigod: Our work studying the connectome of an insect brain, that of a Drosophila larva, is out today in Science! https://t.co/GWx4HS…
RT @bpedigod: Our work studying the connectome of an insect brain, that of a Drosophila larva, is out today in Science! https://t.co/GWx4HS…
RT @bpedigod: Our work studying the connectome of an insect brain, that of a Drosophila larva, is out today in Science! https://t.co/GWx4HS…
The connectome of an insect brain https://t.co/2rWv7rEYfJ
The connectome of an insect brain https://t.co/AkmH0LjUp0
RT @CircadianClocks: The connectome of an insect brain | Science https://t.co/7DCTLgKkQ1
RT @bpedigod: Our work studying the connectome of an insect brain, that of a Drosophila larva, is out today in Science! https://t.co/GWx4HS…
RT @bpedigod: Our work studying the connectome of an insect brain, that of a Drosophila larva, is out today in Science! https://t.co/GWx4HS…
RT @bpedigod: Our work studying the connectome of an insect brain, that of a Drosophila larva, is out today in Science! https://t.co/GWx4HS…
The connectome of an insect brain https://t.co/u2sjkdvwGX
The connectome of an insect brain. https://t.co/aJqC1tfGaP
The connectome of an insect brain. https://t.co/Os2nEj221i
NEW #LMBpublications The connectome of an insect brain https://t.co/Hcxd94lkZW
here's the amazing paper! https://www.science.org/doi/10.1126/science.add9330
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