The sensory representation of causally controlled objects.
Kelly B Clancy, Thomas D Mrsic-Flogel
February 2021 NeuronSynopsis of Social media discussions
The discussions are centered around the significance of the research, with phrases like 'really interesting!' and references to the sensory and neural mechanisms observed. The tone indicates curiosity and recognition of the study's relevance to understanding causally controlled objects, reflecting both an appreciation of the methods and potential impact on neuroscience.
Agreement
Moderate agreementMost discussions seem to support the idea that the research provides valuable insights into sensory processing and control, with comments like 'really interesting' indicating positive reception.
Interest
High level of interestThe topic is of high interest, as reflected by frequent mentions and the use of enthusiastic language like 'This is really interesting!'
Engagement
Moderate level of engagementParticipants are engaging with technical aspects, such as brain area activation and sensory feedback, but not deeply debating the implications or methodology, indicating moderate engagement.
Impact
Moderate level of impactOverall, the discussions suggest that the publication could influence future research and understanding of sensory-object interaction, though not explicitly described as a groundbreaking shift.
Social Mentions
YouTube
2 Videos
3 Posts
7 Posts
News
5 Articles
1 Posts
Metrics
Video Views
47
Total Likes
8
Extended Reach
249,159
Social Features
18
Timeline: Posts about article
Top Social Media Posts
bioRxiv Neuroscience
The sensory representation of causally controlled objects https://t.co/0fsiLow7HW #biorxiv_neursci
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Nayef Al-Rodhan
The sensory representation of causally controlled objects
https://t.co/PQWPSwjQB2
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bioRxiv
The sensory representation of causally controlled objects https://t.co/WYdLMKGGGK #bioRxiv
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Stefanie G. Reay, PhD
This is really interesting! “The sensory representation of causally controlled objects” https://t.co/ECQSVcFZy7
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jin ekanayake
The sensory representation of causally controlled objects | bioRxiv https://t.co/TreUGA57j8
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Posts referencing the article
Neural Mechanisms in Causal Visual Control in Mice
Mice learned to control a visual cursor by entraining activity patterns in different brain regions. Neurons in higher visual areas responded more strongly during active control, especially near the target, highlighting brain focus on goal-directed manipulation.
December 24, 2020
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Neural Mechanisms of Causal Control in Visual Sensory Representation
Mice learned to control a visual cursor by entraining activity patterns in different brain regions, demonstrating how sensory experiences help us understand and influence causally controlled objects. Higher visual cortex activity increases as mice successfully guide the cursor toward targets.
December 24, 2020
21 views
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適当な2箇所の脳領域の神経活動に応じて画面に映ったカーソルの位置が移動する装置（ブレイン・マシン・インターフェース）を用いて、このカーソルをゴールに移動するタスクをマウスは行える。 Clancy and Mrsic-Flogel, 2021, Neuron https://t.co/wxFQbY80fU
view full postSeptember 29, 2022
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PallasLab
@LabPallas (Twitter)The sensory representation of causally controlled objects https://t.co/ppwD6Y2XpO
view full postFebruary 19, 2021
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Nayef Al-Rodhan
@SustainHistory (Twitter)The sensory representation of causally controlled objects https://t.co/PQWPSwjQB2
view full postDecember 23, 2020
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Stefanie G. Reay, PhD
@stefaniegreay (Twitter)This is really interesting! “The sensory representation of causally controlled objects” https://t.co/ECQSVcFZy7
view full postDecember 22, 2020
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jin ekanayake
@jin_ekanayake (Twitter)The sensory representation of causally controlled objects | bioRxiv https://t.co/TreUGA57j8
view full postOctober 10, 2019
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bioRxiv Neuroscience
@biorxiv_neursci (Twitter)The sensory representation of causally controlled objects https://t.co/0fsiLow7HW #biorxiv_neursci
view full postSeptember 30, 2019
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bioRxiv
@biorxivpreprint (Twitter)The sensory representation of causally controlled objects https://t.co/WYdLMKGGGK #bioRxiv
view full postSeptember 30, 2019
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Abstract Synopsis
- Mice learned to control a visual cursor by entraining activity patterns in different brain regions, demonstrating how sensory experiences help us understand and influence causally controlled objects.
- Brain areas that were usually interconnected could quickly adapt to help control the cursor, with higher visual cortex especially active when mice successfully guided the cursor, indicating a focus on goal-directed control.
- Neurons in higher visual areas responded more strongly when mice actively controlled the cursor than during passive viewing, especially as the cursor neared the target, suggesting that our brain emphasizes objects we intend to manipulate and are close to achieving, which may enhance sensory feedback and control.]
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@takashi_neuro (Twitter)