Synopsis of Social media discussions
The discussions range from appreciation of how synaptic pruning shapes neural development—e.g., mentions of brain growth in early childhood—to critiques of wording and interpretations, demonstrating both curiosity and critical thinking. The tone varies from supportive to analytical, and the inclusion of research links and biological connections underscores a shared interest in the topic's significance and implications.
Agreement
Moderate agreementMost discussions recognize the importance of synaptic pruning in brain development and potential disease implications, supporting the article's core message.
Interest
High level of interestParticipants show high curiosity, especially when connecting synaptic pruning with topics like childhood development, disease, or biology experiments.
Engagement
Moderate level of engagementSeveral posts reference related research, personal insights, or extend ideas, indicating a moderate level of thoughtful engagement.
Impact
Moderate level of impactThe discussions highlight how understanding synaptic pruning could influence medical research and developmental understanding, hinting at meaningful broader impacts.
Social Mentions
YouTube
2 Videos
2 Posts
17 Posts
News
72 Articles
Metrics
Video Views
132,002
Total Likes
3,326
Extended Reach
194,053
Social Features
93
Timeline: Posts about article
Top Social Media Posts
Leila Tarokh
Core Concept: How synaptic pruning shapes neural wiring during development and, possibly, in disease https://t.co/evdnmJSk0o
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چند بایت اینجا، چند بایت اونجا
@Loc0m0 تعداد سیناپس بچه ها تا ۲-۳ سالگی به شدت بالاست که بعدا بصورت تصاعدی کم میشه(synaptic pruning) و امکان فشرده سازی اطلاعات را میسر میکنه.
https://t.co/hBKMAGxmwD
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Deep_In_Depth
Core Concept: How synaptic pruning shapes neural wiring during development and, possibly, in disease https://t.co/CU9I0OsxkN #DL #AI #ML #DeepLearning #NeuralNetworks #ArtificialIntelligence #MachineLearning #TensorFlow #Keras
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Pranab Ghosh
Nature’s way of doing Neural Architecture Search (NAS) or finding the optimum biological neural network is to over engineer the network with abundance of neurons and synapses. Then a process of pruning removes excess neurons and sy…https://t.co/OPuvRTlesA https://t.co/w7ai8rB2z4
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Cesar Cobaleda
Core Concept: How synaptic pruning shapes neural wiring during development and, possibly, in disease https://t.co/0kMdGeyvlG
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Posts referencing the article
Understanding Learning and Brain Development in Humans
How does learning affect brain development? In this video, Ralph Caspers explains the intricate changes occurring in our brains as they develop over time. With a focus on neural connections, he discusses how experiences shape cognitive growth and the ongoing process of learning from infancy to adulthood.
April 4, 2023
115,632 views
Synaptic Pruning and Brain Development in Early Childhood
This video explores synaptic pruning, a natural process where unnecessary neural connections are eliminated to enhance brain efficiency. It highlights how this process shapes neural wiring during development and its potential implications for neurological health.
July 10, 2021
16,370 views
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@DaniBeckman @chydorina Kinda went down a wormhole recently and been thinking about this too. This was interesting, though I do take issue with the wording in some of the quotes from Shatz: https://t.co/jPXB2sd0yA
view full postMarch 27, 2024
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Tomas Transförmer
@JaloppySloppy (Twitter)@gershbrain https://t.co/1IzUWxoImb
view full postSeptember 7, 2023
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چند بایت اینجا، چند بایت اونجا
@TheByteInTheRye (Twitter)@Loc0m0 تعداد سیناپس بچه ها تا ۲-۳ سالگی به شدت بالاست که بعدا بصورت تصاعدی کم میشه(synaptic pruning) و امکان فشرده سازی اطلاعات را میسر میکنه. https://t.co/hBKMAGxmwD
view full postFebruary 18, 2023
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Pranab Ghosh
@pkghosh99 (Twitter)Nature’s way of doing Neural Architecture Search (NAS) or finding the optimum biological neural network is to over engineer the network with abundance of neurons and synapses. Then a process of pruning removes excess neurons and sy…https://t.co/OPuvRTlesA https://t.co/w7ai8rB2z4
view full postJanuary 13, 2023
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Zoomers of the Sunshine Coast, BC
@SCZoomers (Twitter)People with coronavirus I am going on an adventure... A seeming reduction in risk-averse behaviour after covid19 infection? Biology vs Sociology? References? https://t.co/vUIq8aDtEx https://t.co/ot1nMdwj7d https://t.co/EhUmTZunQH #Covid19 #RiskAdverseBehaviour #Satire https://t.co/inykCaFSgo
view full postOctober 30, 2022
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Ex-Evangelical Janeway
@XianJaneway (Twitter)@amandalhu Hey, in 2015, apparently they found a connection between the immune system & the microglia in retinas that support synaptic pruning, called "complement proteins" : https://t.co/dyUOZyrEO2
view full postOctober 28, 2022
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Summer Pemberton
@summerhasfun (Twitter)How synaptic pruning shapes neural wiring during development and, possibly, in disease | PNAS https://t.co/N2AEZnbJVb
view full postOctober 19, 2022
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GenevieveZzyzyx
@GZzyzyx (Twitter)@JackieSchmittou @lizzietunes @Tam5 @clhubes No I mean, synaptic pruning is what happens before kindergarten starts. Our brains reach peak neuron production in the first couple years of life, then it rapidly declines . https://t.co/Yh4mQ9MWq8 & https://t.co/2f0QoPEL2O
view full postMay 11, 2022
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@RobCorradiniLD@mastodon.uno
@RobCorradiniLD (Twitter)RT @LeilaTarokh: Core Concept: How synaptic pruning shapes neural wiring during development and, possibly, in disease https://t.co/evdnmJSk…
view full postJuly 12, 2021
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Claudia_La
@ClLazarides (Twitter)RT @LeilaTarokh: Core Concept: How synaptic pruning shapes neural wiring during development and, possibly, in disease https://t.co/evdnmJSk…
view full postJuly 12, 2021
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ChronoBeforeBlueSky
@R_Dallmann (Twitter)RT @LeilaTarokh: Core Concept: How synaptic pruning shapes neural wiring during development and, possibly, in disease https://t.co/evdnmJSk…
view full postJuly 12, 2021
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Leila Tarokh
@LeilaTarokh (Twitter)Core Concept: How synaptic pruning shapes neural wiring during development and, possibly, in disease https://t.co/evdnmJSk0o
view full postJuly 12, 2021
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accredited atheist trainer ™️
@Shann_Q0 (Twitter)RT @MilesWischnews1: We have another video! This time about how the brain develops in little children. As well as the answer to the questio…
view full postJuly 11, 2021
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Cesar Cobaleda
@CJCHCM (Twitter)Core Concept: How synaptic pruning shapes neural wiring during development and, possibly, in disease https://t.co/0kMdGeyvlG
view full postJuly 14, 2020
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Shy BOT
@ShyBOT7 (Twitter)RT @Deep_In_Depth: Core Concept: How synaptic pruning shapes neural wiring during development and, possibly, in disease https://t.co/CU9I0O…
view full postJune 28, 2020
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Deep_In_Depth
@Deep_In_Depth (Twitter)Core Concept: How synaptic pruning shapes neural wiring during development and, possibly, in disease https://t.co/CU9I0OsxkN #DL #AI #ML #DeepLearning #NeuralNetworks #ArtificialIntelligence #MachineLearning #TensorFlow #Keras
view full postJune 28, 2020
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General Physics Lab
@genphys (Twitter)Core Concept: How synaptic pruning shapes neural wiring during development and, possibly, in disease - https://t.co/p4PRfHLPfc - GENERAL PHYSICS LABORATORY (GPL) Core Concept: How synaptic pruning shapes neural wiring during development ... https://t.co/T0bx0XMbbO
view full postJune 25, 2020
Abstract Synopsis
- Synaptic pruning is a natural process in the brain where extra or weaker connections between neurons are eliminated to improve the efficiency of neural networks.
- This process mainly occurs during development, helping the brain organize itself better as we grow.
- It may also play a role in certain diseases if the pruning happens excessively or improperly, potentially leading to neurological or psychiatric conditions.]
Symphony
@crazkittensmile (Twitter)