Today at 5:15 EST I'll be doing a stream talking about the new plan for the neuron project and how this time we'll succeed in connecting neurons to a computer (and so much more!). Come hang out! https://t.co/3A4jBGwAoS
Genetic visualization with an improved GCaMP calcium indicator reveals spatiotemporal activation of the spinal motor neurons in zebrafish.
Mentions
Extended reach
Total likes
Video views
Mentions per month
Jun 2022 – Mar 2024Where it's discussed
-
X / Twitter9 posts
-
YouTube2 videos
AI synopsis
What people are saying
The overall tone is neutral, with posts like 'Trust the plan' and mentions of streaming talks about connecting neurons to computers—examples that reflect an interest in neural techniques but minimal critical analysis or detailed reflection on the publication's findings. The use of phrases like 'working on it' and 'succeeding in connecting neurons' suggests curiosity and future-oriented discussions rather than immediate impact or deep engagement.
The discussions show little direct agreement or disagreement with the publication, mostly neutral or vague references.
Several posts mention streams and plans related to neural research, indicating some curiosity but not deep engagement.
Most comments are brief and centered around upcoming events or ongoing work, lacking detailed discussion.
The social discussions do not clearly convey the perceived significance or transformative potential of the research.
Abstract in brief
- The study developed an improved genetically encoded calcium indicator called GCaMPHS and created transgenic zebrafish to visualize spinal motor neuron activation during spontaneous muscle contractions in early development.
- Using calcium imaging, researchers observed that motor neurons on both sides of the zebrafish trunk activate periodically and in synchrony, reflecting coordinated muscle movements, with contralateral neurons activating alternately.
- The findings revealed a rostral-to-caudal wave of motor neuron activation during early behavior, demonstrating the coordinated activity of spinal motor circuits, and showcased the GCaMP-Gal4FFUAS system as a powerful tool for studying neural circuits in zebrafish.
Top posts
Most liked on X and Bluesky@prmshra o, he's still working on it years later https://t.co/Vxd9MQhfpW
@BeardedHeretic_ @philipmuller @Quietgorilla @3Vikings1 @OhHowByronic @minogully https://t.co/QVNkbwYDOh
https://t.co/YI7LkmfHfl
@John__Wakefield Trust the plan https://t.co/jwKvSIVcSZ
RT @EmporiumThought: Today at 5:15 EST I'll be doing a stream talking about the new plan for the neuron project and how this time we'll suc…
All mentions
Advances in Neuron-Computer Connectivity and Microbial Mechanosensation
Today, we review an improved plan for neuron-computer connection experiments. The study explores how bacteria use voltage and calcium signals for mechanosensation, revealing insights into microbial electrophysiology and…
Connecting Neurons to Computers: Advances in Neural Interface Technology
Explore the new plan for the neuron project, focusing on connecting neurons to computers, and recent developments in neural interface technology. The study highlights voltage and calcium signals crucial for…
@prmshra o, he's still working on it years later https://t.co/Vxd9MQhfpW
https://t.co/YI7LkmfHfl
@John__Wakefield Trust the plan https://t.co/jwKvSIVcSZ
@BeardedHeretic_ @philipmuller @Quietgorilla @3Vikings1 @OhHowByronic @minogully https://t.co/QVNkbwYDOh
RT @EmporiumThought: Today at 5:15 EST I'll be doing a stream talking about the new plan for the neuron project and how this time we'll suc…
[LIVE] Connecting Neurons to a Computer: The New Plan https://t.co/QFjq8MTDc4 via @YouTube
[LIVE] Connecting Neurons to a Computer: The New Plan https://t.co/EjRawPIPHF via @YouTube
RT @EmporiumThought: Today at 5:15 EST I'll be doing a stream talking about the new plan for the neuron project and how this time we'll suc…
Today at 5:15 EST I'll be doing a stream talking about the new plan for the neuron project and how this time we'll succeed in connecting neurons to a computer (and so much more!). Come hang out! https://t.co/3A4jBGwAoS