Synopsis of Social media discussions
The overall tone indicates strong interest and support, with comments emphasizing the importance of understanding engram mechanisms for memory research, such as mentions of 'cellular changes' and 'molecular regulation.' Words like 'breakthrough' and 'crucial' demonstrate positive engagement, while references to translational implications suggest perceived significant impact.
Agreement
Moderate agreementMost discussions express support or recognition of the significance of the work, reflecting general consensus.
Interest
High level of interestPosts indicate high curiosity and enthusiasm, especially with phrases like 'fascinating' and 'important breakthrough.'
Engagement
Moderate level of engagementSome posts delve into specific cellular and molecular processes, showing moderate to deep engagement.
Impact
Moderate level of impactA few discussions highlight potential implications for understanding memory disorders, suggesting perceived high impact.
Social Mentions
YouTube
4 Videos
1 Posts
Metrics
Video Views
6
Extended Reach
624
Social Features
5
Timeline: Posts about article
Top Social Media Posts
Epigenética
New in Pubmed: "Molecular and cellular mechanisms of engram allocation and maintenance" https://t.co/Ev47mnIRgu
view full post
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0 views
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New in Pubmed: "Molecular and cellular mechanisms of engram allocation and maintenance" https://t.co/Ev47mnIRgu
view full postMarch 2, 2021
Abstract Synopsis
- This text explains how recent technological advances have allowed scientists to better understand the specific neurons (called engrams) involved in forming and maintaining memories, focusing on the cellular and molecular processes.
- It highlights that research has shown these engram neurons undergo structural and functional changes during memory consolidation, and that transcription factors and epigenetic mechanisms help regulate which neurons are recruited and kept in the memory traces.
- Overall, these studies are revealing how neuronal networks are selectively formed and modified to support learning and memory storage at a cellular level.]
Epigenética
@Epigenetica (Twitter)