Synopsis of Social media discussions
The posts reflect a generally positive attitude toward the publication, exemplified by expressions like ‘great example’ and recognition of the discovery of head direction cells, which highlight interest and engagement. The tone is academic and appreciative, emphasizing the research's significance and potential applications in navigation neuroscience.
Agreement
Moderate agreementMost discussions express support and recognition of the significance of the study, with some directly praising the findings related to neural mechanisms in navigation.
Interest
High level of interestThe discussions indicate a high level of curiosity and enthusiasm, emphasizing the importance of the research for understanding brain function.
Engagement
Moderate level of engagementContributors reference specific parts of the publication, such as the discovery of head direction cells in fruit flies, showing active participation and comprehension.
Impact
Moderate level of impactThe acknowledgment of the research's contribution to the field of neuroscience suggests a moderate perceived impact, especially in advancing understanding of neural navigation systems.
Social Mentions
YouTube
2 Videos
5 Posts
5 Posts
Blogs
1 Articles
News
8 Articles
Metrics
Video Views
846
Total Likes
13
Extended Reach
25,440
Social Features
21
Timeline: Posts about article
Top Social Media Posts
藤原輝史
Neural dynamics for landmark orientation and angular path integration. JD Seelig, V Jayaraman. Nature 521, 186-191, 2015.
この論文はかなり有名でYoutube動画があったので貼っておきます。2/2
https://t.co/qoJZBMOGAB
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Sebastian Seung
@RibeiroCarlitos @anne_churchland Seelig and Jayaraman discovery of head direction cells in Drosophila a great example, credit to @HHMIJanelia https://t.co/hP9idcbIKZ
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Katsushi Kagaya
RT @teruJPflybrain: Neural dynamics for landmark orientation and angular path integration. JD Seelig, V Jayaraman. Nature 521, 186-191, 201…
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Katsushi Kagaya
RT @teruJPflybrain: Neural dynamics for landmark orientation and angular path integration. JD Seelig, V Jayaraman. Nature 521, 186-191, 201…
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サクラバ
RT @teruJPflybrain: Neural dynamics for landmark orientation and angular path integration. JD Seelig, V Jayaraman. Nature 521, 186-191, 201…
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Posts referencing the article
Learning Accurate Path Integration in Head Direction Circuits
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 learning rules for precise circuit function.
November 29, 2021
770 views
Learning Accurate Path Integration in Ring Attractors of the Head Direction System
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 development for precise directional encoding.
November 16, 2021
77 views
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RT @teruJPflybrain: Neural dynamics for landmark orientation and angular path integration. JD Seelig, V Jayaraman. Nature 521, 186-191, 201…
view full postDecember 16, 2024
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Sebastian Seung
@SebastianSeung (Twitter)@RibeiroCarlitos @anne_churchland Seelig and Jayaraman discovery of head direction cells in Drosophila a great example, credit to @HHMIJanelia https://t.co/hP9idcbIKZ
view full postApril 9, 2024
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サクラバ
@shakuraba (Twitter)RT @teruJPflybrain: Neural dynamics for landmark orientation and angular path integration. JD Seelig, V Jayaraman. Nature 521, 186-191, 201…
view full postJune 29, 2022
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Katsushi Kagaya
@katzkagaya (Twitter)RT @teruJPflybrain: Neural dynamics for landmark orientation and angular path integration. JD Seelig, V Jayaraman. Nature 521, 186-191, 201…
view full postJune 29, 2022
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藤原輝史
@teruJPflybrain (Twitter)Neural dynamics for landmark orientation and angular path integration. JD Seelig, V Jayaraman. Nature 521, 186-191, 2015. この論文はかなり有名でYoutube動画があったので貼っておきます。2/2 https://t.co/qoJZBMOGAB
view full postJune 25, 2022
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目次 | Nature | Nature Portfolio
doi: 10.1038/nature14446. 日本語要約 Full Text PDF. Letters. 宇宙物理学：銀河における星形成を停止させる主要な機構としてのストランギュレーション. Strangulation ...
view full postDecember 12, 2025
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Estimating Orientation in Natural Scenes A Spiking | PDF | Synapse ...
https://doi.org/10.1038/nature14446 PMID: 25971509 5. Taube JS, Muller RU, Ranck JB. Head-Direction Cells Recorded from the Postsubiculum in Freely Mov- ing ...
view full postDecember 12, 2025
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Organization of Descending Neurons in The Brain of The Desert ...
10.1038/nature14446 Drosophila. Journal of Neuroscience, 36(46), 11768–11780. https://doi. Siegler, M. V., & Pousman, C. A. (1990). Motor neurons of ...
view full postDecember 12, 2025
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Advances-in-neural-information-detection-sensors-for-_ ...
Yu Liu: Writing – review & (6738) (1999) 781–784, https://doi.org/10.1038/21645. ... 202302333. nature14446. -+. [167] Z. Zhao, H. Zhu, X. Li, L. Sun, F ...
view full postDecember 12, 2025
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Neural Dynamics For Landmark Orientation and Angular Path ...
ARTICLE doi:10. 1038/nature14446. Neural dynamics for landmark. orientation and angular path integration. Johannes D. Seelig1 & Vivek Jayaraman1. Many animals ...
view full postDecember 12, 2025
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2017 course alum from the Gaudry Lab featured
2016.8 A visual motion detection circuit suggested by Drosophila connectomics doi:10.1038/nature12450 Actin organization and dynamics in ...
view full postMarch 7, 2020
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New preprint from former course instructor and frequent lab ...
2016.8 A visual motion detection circuit suggested by Drosophila connectomics doi:10.1038/nature12450 Actin organization and dynamics in ...
view full postMarch 3, 2020
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New work from course leader's lab published
1501136 The use of brain organoids to investigate neural development and disease doi:10.1038/nrn.2017.107 Using DNA to program the self-assembly ...
view full postSeptember 12, 2019
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Brain's internal compass identified in mammalian brain circuit
doi:10.1038/s41593-019-0460-x Abstract The intrinsic attractor ... com/nature/journal/v521/n7551/full/nature14446. html. Brain compass ...
view full postAugust 19, 2019
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"A team of researchers with the Howard Hughes Medical Institute ...
com/nature/journal/v521/n7551/full/nature14446. html. Brain compass ... doi:10.1038/s41593-019-0460- x Abstract The intrinsic attractor ...
view full postMay 5, 2017
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Ring attractor dynamics in the Drosophila central brain
doi:10.1038/nature14446 Medline. 17. T. Wolff, N. A. Iyer, G. M. Rubin, Neuroarchitecture and neuroanatomy of the. Drosophila central complex ...
view full postMay 4, 2017
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The fly's neural compass works just like a mammal's | Neuroscience ...
... Nature, 521,186–191. DOI: 10.1038/nature14446. Explore more on these topics. Neuroscience · Neurophilosophy · blogposts · Share · Reuse this ...
view full postMay 14, 2015
Blogs
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Nature ハイライト：昆虫は自分の位置をどのように知るか | Nature ...
doi: 10.1038/521165a. 日本語要約 Full Text PDF. Article p.186. doi: 10.1038/nature14446. 日本語要約 Full Text PDF. 2015年5月14日号の Nature ...
view full postMay 14, 2015
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Brain compass keeps flies on course, even in the dark
More information: Nature, DOI: 10.1038/nature14446. Journal information: Nature. Provided by Howard Hughes Medical Institute. + Explore further ...
view full postMay 13, 2015
News
Abstract Synopsis
- Animals navigate using visual landmarks and internal signals called path integration, with certain brain cells (head direction cells) helping track orientation even in darkness.
- Using advanced imaging in fruit flies, researchers found neurons in a structure called the ellipsoid body that combine visual and self-motion cues to represent the fly's direction relative to its environment.
- These neurons maintain the fly’s orientation through persistent activity when cues are missing, and their organized, ring-like network resembles theoretical models called ring attractors that support navigation.]
Katsushi Kagaya
@katzkagaya (Twitter)