El resultado de Parisi en el
Norte es la mejor evidencia del daño neuronal que causa el arsénico.
Norte es la mejor evidencia del daño neuronal que causa el arsénico.
November 16, 2025 at 10:15 PM
El resultado de Parisi en el
Norte es la mejor evidencia del daño neuronal que causa el arsénico.
Norte es la mejor evidencia del daño neuronal que causa el arsénico.
☕Khawaja et al. show sex-specific differences in neuronal-activity regulation by #chaperone - mediated autophagy. Loss of chaperone-mediated #autophagy leads to defective #neuronal physiology and increased seizure susceptibility.
👉https://rdcu.be/eP69w
bit.ly/4pctKJ2
👉https://rdcu.be/eP69w
bit.ly/4pctKJ2
Chaperone-mediated autophagy regulates neuronal activity by sex-specific remodelling of the synaptic proteome - Nature Cell Biology
Khawaja et al. show sex-specific differences in neuronal-activity regulation by chaperone-mediated autophagy and that loss of chaperone-mediated autophagy leads to defective neuronal physiology and in...
bit.ly
November 15, 2025 at 8:15 PM
☕Khawaja et al. show sex-specific differences in neuronal-activity regulation by #chaperone - mediated autophagy. Loss of chaperone-mediated #autophagy leads to defective #neuronal physiology and increased seizure susceptibility.
👉https://rdcu.be/eP69w
bit.ly/4pctKJ2
👉https://rdcu.be/eP69w
bit.ly/4pctKJ2
Un estudio muestra como los nuevos fármacos adelgazantes eliminan la actividad neuronal en una región cerebral asociada con la recompensa y la adicción. Convencen a tu cerebro de que comer no es un placer
Los nuevos fármacos adelgazantes convencen a tu cerebro de que comer no es un placer
Un estudio muestra como estos compuestos eliminan la actividad neuronal en una región cerebral asociada con la recompensa y la adicción
elpais.com
November 17, 2025 at 8:15 PM
Un estudio muestra como los nuevos fármacos adelgazantes eliminan la actividad neuronal en una región cerebral asociada con la recompensa y la adicción. Convencen a tu cerebro de que comer no es un placer
For those coming to SfN, I’ll be giving a talk showing evidence of hippocampal neuronal replay 🎞️🔁 in HUMANS as part of the “Representation of Time in the Brain” minisymposium (Wednesday morning)
Our stellar group of speakers also wrote a preview of the session in @sfnjournals.bsky.social #sfn2025
🧠
Our stellar group of speakers also wrote a preview of the session in @sfnjournals.bsky.social #sfn2025
🧠
Neural Representation of Episodic Time
Inspired by recent discoveries of neural populations that track time for specific moments (time cells) and elapsed durations (temporal context and periodic time cells), this review, based on a minisym...
www.jneurosci.org
November 15, 2025 at 7:15 PM
For those coming to SfN, I’ll be giving a talk showing evidence of hippocampal neuronal replay 🎞️🔁 in HUMANS as part of the “Representation of Time in the Brain” minisymposium (Wednesday morning)
Our stellar group of speakers also wrote a preview of the session in @sfnjournals.bsky.social #sfn2025
🧠
Our stellar group of speakers also wrote a preview of the session in @sfnjournals.bsky.social #sfn2025
🧠
If you’re at #sfn25 you definitely don’t want to miss this nanosymposium on cilia, tomorrow from 1-4pm! Come learn about neuronal cilia, they do some pretty cool stuff!
Synapses may get all the glory, but join us cilia-philes for our @sfn.org Nanosymposium to learn about the role of cilia in modulating brain activity, behavior, and development.
Sunday November 16th 1-4pm SDCC Room 25A. Thrilled to chair with @konjikusicmia.bsky.social - we'll see you there!
Sunday November 16th 1-4pm SDCC Room 25A. Thrilled to chair with @konjikusicmia.bsky.social - we'll see you there!
November 15, 2025 at 8:26 PM
If you’re at #sfn25 you definitely don’t want to miss this nanosymposium on cilia, tomorrow from 1-4pm! Come learn about neuronal cilia, they do some pretty cool stuff!
There are so many reasons why this is impossible but it’s funny to think about. Thank you rabies for only being able to replicate through neuronal tissue.
November 15, 2025 at 3:24 AM
There are so many reasons why this is impossible but it’s funny to think about. Thank you rabies for only being able to replicate through neuronal tissue.
At SfN and interested in 'neuronal dynamics underlying memory'?? Come check out the nanosymposium (NANO011) that @catrinahacker.bsky.social and I are chairing tomorrow (Sunday) from 8-11:30am. So many awesome folks sharing their research, spanning work in rodents, NHPs, and humans!!
November 16, 2025 at 5:17 AM
At SfN and interested in 'neuronal dynamics underlying memory'?? Come check out the nanosymposium (NANO011) that @catrinahacker.bsky.social and I are chairing tomorrow (Sunday) from 8-11:30am. So many awesome folks sharing their research, spanning work in rodents, NHPs, and humans!!
#SfN25 is here!!! I am looking forward to giving a talk in the ‘Astrocytes in neuronal function and dysfunction’ nanosymposium on Monday afternoon, come by!
November 15, 2025 at 8:58 PM
#SfN25 is here!!! I am looking forward to giving a talk in the ‘Astrocytes in neuronal function and dysfunction’ nanosymposium on Monday afternoon, come by!
TDP-43-dependent mis-splicing of KCNQ2 triggers intrinsic neuronal hyperexcitability in ALS/FTD
www.nature.com/articles/s41...
www.nature.com/articles/s41...
TDP-43-dependent mis-splicing of KCNQ2 triggers intrinsic neuronal hyperexcitability in ALS/FTD - Nature Neuroscience
TDP-43 dysfunction in ALS/FTD causes faulty splicing of the KCNQ2 ion channel, leading to toxic protein buildup, neuron hyperactivity and a potential new biomarker and treatment target using RNA-based...
www.nature.com
November 14, 2025 at 2:48 PM
TDP-43-dependent mis-splicing of KCNQ2 triggers intrinsic neuronal hyperexcitability in ALS/FTD
www.nature.com/articles/s41...
www.nature.com/articles/s41...
💥 Working with iPSCs?
We’ve got you covered , culture, neuronal & muscle differentiation, organ-on-chip, training, and ready-to-use progenitors.
Happy to support your projects!
📩 florence.rage@igmm.cnrs.fr
IPSC-neuron platform (POM-biocampus, Montpellier)
We’ve got you covered , culture, neuronal & muscle differentiation, organ-on-chip, training, and ready-to-use progenitors.
Happy to support your projects!
📩 florence.rage@igmm.cnrs.fr
IPSC-neuron platform (POM-biocampus, Montpellier)
November 16, 2025 at 9:47 AM
💥 Working with iPSCs?
We’ve got you covered , culture, neuronal & muscle differentiation, organ-on-chip, training, and ready-to-use progenitors.
Happy to support your projects!
📩 florence.rage@igmm.cnrs.fr
IPSC-neuron platform (POM-biocampus, Montpellier)
We’ve got you covered , culture, neuronal & muscle differentiation, organ-on-chip, training, and ready-to-use progenitors.
Happy to support your projects!
📩 florence.rage@igmm.cnrs.fr
IPSC-neuron platform (POM-biocampus, Montpellier)
Had a great time at our @sfn.org #PainResearch symposium yesterday, talks covering a whole range of pain states & roles of non-neuronal cells, review article for more reading: www.jneurosci.org/content/45/4... Thanks to @cherylstucky.bsky.social, @mdburton.bsky.social & Anne-Marie Heegaard!
November 16, 2025 at 6:58 PM
Had a great time at our @sfn.org #PainResearch symposium yesterday, talks covering a whole range of pain states & roles of non-neuronal cells, review article for more reading: www.jneurosci.org/content/45/4... Thanks to @cherylstucky.bsky.social, @mdburton.bsky.social & Anne-Marie Heegaard!
🧠🔬 Postdoc positions open!
The MAP team at the IINS in beautiful Bordeaux is looking for curious and independent researchers to study how neuronal synapses work, adapt, and change at the molecular and cellular levels.
More about the offers 👉 shorturl.at/4KoxR
More about the team 👉 shorturl.at/lzFmN
The MAP team at the IINS in beautiful Bordeaux is looking for curious and independent researchers to study how neuronal synapses work, adapt, and change at the molecular and cellular levels.
More about the offers 👉 shorturl.at/4KoxR
More about the team 👉 shorturl.at/lzFmN
Mechanisms of Adaptive Processes in brain circuits (MAP) × IINS
Interdisciplinary Institute for Neuroscience
shorturl.at
November 16, 2025 at 6:30 PM
🧠🔬 Postdoc positions open!
The MAP team at the IINS in beautiful Bordeaux is looking for curious and independent researchers to study how neuronal synapses work, adapt, and change at the molecular and cellular levels.
More about the offers 👉 shorturl.at/4KoxR
More about the team 👉 shorturl.at/lzFmN
The MAP team at the IINS in beautiful Bordeaux is looking for curious and independent researchers to study how neuronal synapses work, adapt, and change at the molecular and cellular levels.
More about the offers 👉 shorturl.at/4KoxR
More about the team 👉 shorturl.at/lzFmN
Reading this critique of mirror neuronal theory this afternoon based on the recommendation of a colleague in class this morning.
November 14, 2025 at 6:37 PM
Reading this critique of mirror neuronal theory this afternoon based on the recommendation of a colleague in class this morning.
🚀 Discover cutting-edge neural engineering & glial biology at #SFN! Our lab (UP NExT) presents 8 posters linking neurons & non-neuronal cells to circuit stability & recovery using #electrophysiology, #TwoPhotonImaging, #microstimulation, #ultrasound #neuromodulation & single-cell transcriptomics.
November 15, 2025 at 4:05 PM
🚀 Discover cutting-edge neural engineering & glial biology at #SFN! Our lab (UP NExT) presents 8 posters linking neurons & non-neuronal cells to circuit stability & recovery using #electrophysiology, #TwoPhotonImaging, #microstimulation, #ultrasound #neuromodulation & single-cell transcriptomics.
1/ New ‘fundamental’ study shows that neuronal migration depends on blood flow in the adult mammalian brain.
elifesciences.org/articles/995...
elifesciences.org/articles/995...
November 13, 2025 at 2:44 PM
1/ New ‘fundamental’ study shows that neuronal migration depends on blood flow in the adult mammalian brain.
elifesciences.org/articles/995...
elifesciences.org/articles/995...
Will you be at #SfN25? Don’t miss these lectures:
📍Sun 11/16 3pm: The Neural Code of Speech (Edward Chang, KIFN)
📍Mon 11/17 10:30am: Motor Cortex Circuits for Learned Movements (Takaki Komiyama, KIBM)
📍Tue 11/18 5:30pm: Neuronal Aging & Cognitive Decline (Rusty Gage, KIBM)
#KavliNeuro
📍Sun 11/16 3pm: The Neural Code of Speech (Edward Chang, KIFN)
📍Mon 11/17 10:30am: Motor Cortex Circuits for Learned Movements (Takaki Komiyama, KIBM)
📍Tue 11/18 5:30pm: Neuronal Aging & Cognitive Decline (Rusty Gage, KIBM)
#KavliNeuro
November 14, 2025 at 2:56 AM
Will you be at #SfN25? Don’t miss these lectures:
📍Sun 11/16 3pm: The Neural Code of Speech (Edward Chang, KIFN)
📍Mon 11/17 10:30am: Motor Cortex Circuits for Learned Movements (Takaki Komiyama, KIBM)
📍Tue 11/18 5:30pm: Neuronal Aging & Cognitive Decline (Rusty Gage, KIBM)
#KavliNeuro
📍Sun 11/16 3pm: The Neural Code of Speech (Edward Chang, KIFN)
📍Mon 11/17 10:30am: Motor Cortex Circuits for Learned Movements (Takaki Komiyama, KIBM)
📍Tue 11/18 5:30pm: Neuronal Aging & Cognitive Decline (Rusty Gage, KIBM)
#KavliNeuro
Explore real-time event-driven microscopy with Suliana Manley, Ben Loos & Lindy O’Claire! ➡️ Dec 2 | 12 p.m. ET | Free + Certificate ➡️ Learn how advanced imaging captures mitochondrial + neuronal dynamics. 🔗 www.ascb.org/ascb-meeting...
November 13, 2025 at 8:34 PM
Explore real-time event-driven microscopy with Suliana Manley, Ben Loos & Lindy O’Claire! ➡️ Dec 2 | 12 p.m. ET | Free + Certificate ➡️ Learn how advanced imaging captures mitochondrial + neuronal dynamics. 🔗 www.ascb.org/ascb-meeting...
The neural nets structure is designed to mimic human neuronal activity but brains evolve as they think. They change the structure of the neural net based on thoughts and outcomes. An LLM is an unchanging snapshot and it’s not built from real experience so still a mechanical Turk
November 15, 2025 at 9:54 AM
The neural nets structure is designed to mimic human neuronal activity but brains evolve as they think. They change the structure of the neural net based on thoughts and outcomes. An LLM is an unchanging snapshot and it’s not built from real experience so still a mechanical Turk
AI is occasionally good for something. I gave it an assist with Photoshop in some places here, though.
![An AI-generated New Yorker-style cartoon about Trump's MRI. The caption is "It's the most incredible example of acute neuronal loss I've ever seen on MRI! [pause] Let's just tell him without those words in the middle."](https://cdn.bsky.app/img/feed_thumbnail/plain/did:plc:shyysmwj7mw3ky6xet7cq2oa/bafkreidfsefhiikx3dyla6t37lhoswnf4enief3fahaxftca5sv7n2bbaa@jpeg)
November 15, 2025 at 7:04 PM
AI is occasionally good for something. I gave it an assist with Photoshop in some places here, though.
Interesting @sfn.org session kicking off: “What’s in a name? Define the boundaries of neuronal cell types”.
Introduced by @vabraira.bsky.social who provided a background on her name, engaging way to emphasise the importance of names. Talks from
Jeremy Miller & @tedpricethepainguy.bsky.social
Introduced by @vabraira.bsky.social who provided a background on her name, engaging way to emphasise the importance of names. Talks from
Jeremy Miller & @tedpricethepainguy.bsky.social
November 16, 2025 at 6:41 PM
Interesting @sfn.org session kicking off: “What’s in a name? Define the boundaries of neuronal cell types”.
Introduced by @vabraira.bsky.social who provided a background on her name, engaging way to emphasise the importance of names. Talks from
Jeremy Miller & @tedpricethepainguy.bsky.social
Introduced by @vabraira.bsky.social who provided a background on her name, engaging way to emphasise the importance of names. Talks from
Jeremy Miller & @tedpricethepainguy.bsky.social
Our lab’s paper spearheaded by Keni and pushed to completion (and satisfaction by the reviewers) by Satish is finally out www.nature.com/articles/s41.... Was so fortunate to contribute to this project and learned a lot in both neuronal cell biology and cryoET. Also, Satish is on the job market!
November 12, 2025 at 5:35 PM
Our lab’s paper spearheaded by Keni and pushed to completion (and satisfaction by the reviewers) by Satish is finally out www.nature.com/articles/s41.... Was so fortunate to contribute to this project and learned a lot in both neuronal cell biology and cryoET. Also, Satish is on the job market!
Objectively measured time can be very different from subjectively perceived time. However, Buzsáki argues that both time in physics and subjective time relate to motion (or speed, or change). He suggests that internal speed is attention.🙂↕️ This review also covers neuronal mechanisms of time-tracking.
Time, space, memory and brain–body rhythms — a Perspective by György Buzsáki
#neuroscience #neuroskyence
www.nature.com/articles/s41...
#neuroscience #neuroskyence
www.nature.com/articles/s41...
Time, space, memory and brain–body rhythms - Nature Reviews Neuroscience
Understanding how the brain represents experienced time and how representations of space and time are integrated to form episodic memories has been a goal of much neuroscientific research. In this Per...
www.nature.com
November 13, 2025 at 2:25 PM
Objectively measured time can be very different from subjectively perceived time. However, Buzsáki argues that both time in physics and subjective time relate to motion (or speed, or change). He suggests that internal speed is attention.🙂↕️ This review also covers neuronal mechanisms of time-tracking.
Interesting that this Canadian study found upregulated genes involved in neuronal differentiation and development.
DecodeME and the Snyder preprint also pointed in that direction (although using other genes and approaches).
DecodeME and the Snyder preprint also pointed in that direction (although using other genes and approaches).
5) The researchers also did RNA-sequencing to see which genes are upregulated.
In female patients, these were genes involved in neuronal differentiation and development such as ZNF469, BRINP2, and FEZF2.
In female patients, these were genes involved in neuronal differentiation and development such as ZNF469, BRINP2, and FEZF2.
November 12, 2025 at 10:22 AM
Interesting that this Canadian study found upregulated genes involved in neuronal differentiation and development.
DecodeME and the Snyder preprint also pointed in that direction (although using other genes and approaches).
DecodeME and the Snyder preprint also pointed in that direction (although using other genes and approaches).
"Astrocytes functionally integrate multiple synapses via specialized leaflet domains."
These domains "coordinate [...] multiple synapses and circuits active at different spatiotemporal scales, executing computations distinct from neurons".
🧪 #Science #Neuroscience #Brain
www.cell.com/cell/fulltex...
These domains "coordinate [...] multiple synapses and circuits active at different spatiotemporal scales, executing computations distinct from neurons".
🧪 #Science #Neuroscience #Brain
www.cell.com/cell/fulltex...
November 13, 2025 at 5:05 PM
"Astrocytes functionally integrate multiple synapses via specialized leaflet domains."
These domains "coordinate [...] multiple synapses and circuits active at different spatiotemporal scales, executing computations distinct from neurons".
🧪 #Science #Neuroscience #Brain
www.cell.com/cell/fulltex...
These domains "coordinate [...] multiple synapses and circuits active at different spatiotemporal scales, executing computations distinct from neurons".
🧪 #Science #Neuroscience #Brain
www.cell.com/cell/fulltex...
Nature research paper: Rare genetic variants confer a high risk of ADHD and implicate neuronal biology
go.nature.com/3LARwjy
go.nature.com/3LARwjy
Rare genetic variants confer a high risk of ADHD and implicate neuronal biology - Nature
An analysis of rare genetic variants identifies three genes—MAP1A, ANO8 and ANK2—that have a role in attention deficit hyperactivity disorder (ADHD) and investigates the potential underlying biological mechanisms.
go.nature.com
November 12, 2025 at 5:40 PM
Nature research paper: Rare genetic variants confer a high risk of ADHD and implicate neuronal biology
go.nature.com/3LARwjy
go.nature.com/3LARwjy