#striatum — Public Fediverse posts

How does our brain process interactions with an #avatar compared to another human being? This study shows that feedback from an avatar increases #RiskTaking behavior in humans and is associated with lower activity in the #amygdala & ventral #striatum @PLOSBiology https://plos.io/3S3Esmw

How does our brain process interactions with an #avatar compared to another human being? This study shows that feedback from an avatar increases #RiskTaking behavior in humans and is associated with lower activity in the #amygdala & ventral #striatum @PLOSBiology https://plos.io/3S3Esmw

How does our brain process interactions with an #avatar compared to another human being? This study shows that feedback from an avatar increases #RiskTaking behavior in humans and is associated with lower activity in the #amygdala & ventral #striatum @PLOSBiology https://plos.io/3S3Esmw

How does our brain process interactions with an #avatar compared to another human being? This study shows that feedback from an avatar increases #RiskTaking behavior in humans and is associated with lower activity in the #amygdala & ventral #striatum @PLOSBiology https://plos.io/3S3Esmw

How does our brain process interactions with an #avatar compared to another human being? This study shows that feedback from an avatar increases #RiskTaking behavior in humans and is associated with lower activity in the #amygdala & ventral #striatum @PLOSBiology https://plos.io/3S3Esmw

#Dopamine modulates activity of striatal neurons via G proteins, but how is this signaling modulated? This study shows in vivo that the G protein modifier KCTD5 regulates G proteins in the #striatum and coordinates motor control via cAMP signaling @PLOSBiology https://plos.io/4jIiYr4

#Dopamine modulates activity of striatal neurons via G proteins, but how is this signaling modulated? This study shows in vivo that the G protein modifier KCTD5 regulates G proteins in the #striatum and coordinates motor control via cAMP signaling @PLOSBiology https://plos.io/4jIiYr4

#Dopamine modulates activity of striatal neurons via G proteins, but how is this signaling modulated? This study shows in vivo that the G protein modifier KCTD5 regulates G proteins in the #striatum and coordinates motor control via cAMP signaling @PLOSBiology https://plos.io/4jIiYr4

#Dopamine modulates activity of striatal neurons via G proteins, but how is this signaling modulated? This study shows in vivo that the G protein modifier KCTD5 regulates G proteins in the #striatum and coordinates motor control via cAMP signaling @PLOSBiology https://plos.io/4jIiYr4

#Dopamine modulates activity of striatal neurons via G proteins, but how is this signaling modulated? This study shows in vivo that the G protein modifier KCTD5 regulates G proteins in the #striatum and coordinates motor control via cAMP signaling @PLOSBiology https://plos.io/4jIiYr4

Chronic ethanol produces sex-dependent impairments in striatum computations

https://www.science.org/doi/10.1126/sciadv.adt0200

#HackerNews #ChronicEthanol #Striatum #Impairments #SexDependent #Neuroscience #Research

Chronic ethanol produces sex-dependent impairments in striatum computations

https://www.science.org/doi/10.1126/sciadv.adt0200

#HackerNews #ChronicEthanol #Striatum #Impairments #SexDependent #Neuroscience #Research

Chronic ethanol produces sex-dependent impairments in striatum computations

https://www.science.org/doi/10.1126/sciadv.adt0200

#HackerNews #ChronicEthanol #Striatum #Impairments #SexDependent #Neuroscience #Research

Chronic ethanol produces sex-dependent impairments in striatum computations

https://www.science.org/doi/10.1126/sciadv.adt0200

#HackerNews #ChronicEthanol #Striatum #Impairments #SexDependent #Neuroscience #Research

#IINSPhD🧑‍🎓 Paul Lapios, PhD student in David Perrais' team, #MemTraS, defends his thesis: “Ultrastructural and molecular analysis of cortico-striatal dopamine hub synapses”

He worked on the #synapse, #dopamine, synaptic plasticity, #striatum and #cryoCLEM

📎https://www.bordeaux-neurocampus.fr/event/soutenance-de-these-paul-lapios/

Updated #bioRxiv preprint:

Comparing representations of planning and habit in #hippocampus, #PrefrontalCortex, and dorsolateral #striatum as rats navigate complex and simple environments.

https://www.biorxiv.org/content/10.1101/2024.03.11.584503v2

#neuroscience

Updated #bioRxiv preprint:

Comparing representations of planning and habit in #hippocampus, #PrefrontalCortex, and dorsolateral #striatum as rats navigate complex and simple environments.

https://www.biorxiv.org/content/10.1101/2024.03.11.584503v2

#neuroscience

Updated #bioRxiv preprint:

Comparing representations of planning and habit in #hippocampus, #PrefrontalCortex, and dorsolateral #striatum as rats navigate complex and simple environments.

https://www.biorxiv.org/content/10.1101/2024.03.11.584503v2

#neuroscience

Updated #bioRxiv preprint:

Comparing representations of planning and habit in #hippocampus, #PrefrontalCortex, and dorsolateral #striatum as rats navigate complex and simple environments.

https://www.biorxiv.org/content/10.1101/2024.03.11.584503v2

#neuroscience

Updated #bioRxiv preprint:

Comparing representations of planning and habit in #hippocampus, #PrefrontalCortex, and dorsolateral #striatum as rats navigate complex and simple environments.

https://www.biorxiv.org/content/10.1101/2024.03.11.584503v2

#neuroscience

At #Fens2024 tomorrow (Wednesday 26/June) - Check out our poster comparing how representations change in #hippocampus, dorsolateral #striatum, and #prefrontal cortex in rats making decisions as environmental complexity changes.

U. Mugan et al. Poster number 211. In poster session 02: prefrontal decision-making

Some really cool results looking at interactions between decision-making systems!

At #Fens2024 tomorrow (Wednesday 26/June) - Check out our poster comparing how representations change in #hippocampus, dorsolateral #striatum, and #prefrontal cortex in rats making decisions as environmental complexity changes.

U. Mugan et al. Poster number 211. In poster session 02: prefrontal decision-making

Some really cool results looking at interactions between decision-making systems!

At #Fens2024 tomorrow (Wednesday 26/June) - Check out our poster comparing how representations change in #hippocampus, dorsolateral #striatum, and #prefrontal cortex in rats making decisions as environmental complexity changes.

U. Mugan et al. Poster number 211. In poster session 02: prefrontal decision-making

Some really cool results looking at interactions between decision-making systems!

At #Fens2024 tomorrow (Wednesday 26/June) - Check out our poster comparing how representations change in #hippocampus, dorsolateral #striatum, and #prefrontal cortex in rats making decisions as environmental complexity changes.

U. Mugan et al. Poster number 211. In poster session 02: prefrontal decision-making

Some really cool results looking at interactions between decision-making systems!

At #Fens2024 tomorrow (Wednesday 26/June) - Check out our poster comparing how representations change in #hippocampus, dorsolateral #striatum, and #prefrontal cortex in rats making decisions as environmental complexity changes.

U. Mugan et al. Poster number 211. In poster session 02: prefrontal decision-making

Some really cool results looking at interactions between decision-making systems!

I'm actually really glad for this surprise ❄️ #Sneachta ❄️ day.

Some comments are putting #MetEireann on the defensive, but I really enjoy the reminder that we do not control everything. We don't know everything. There is room for unpredictability.

Sure, it can be a little scary, but it's a good exercise to get out of our collective comfort zone. The #ICCA says #ClimateChange is here; plan for more bumps on the road.

#Snow #Sneachta #Dublin #Ireland #Weather #Climate #Striatum #Mastodaoine

I'm actually really glad for this surprise ❄️ #Sneachta ❄️ day.

Some comments are putting #MetEireann on the defensive, but I really enjoy the reminder that we do not control everything. We don't know everything. There is room for unpredictability.

Sure, it can be a little scary, but it's a good exercise to get out of our collective comfort zone. The #ICCA says #ClimateChange is here; plan for more bumps on the road.

#Snow #Sneachta #Dublin #Ireland #Weather #Climate #Striatum #Mastodaoine

I'm actually really glad for this surprise ❄️ #Sneachta ❄️ day.

Some comments are putting #MetEireann on the defensive, but I really enjoy the reminder that we do not control everything. We don't know everything. There is room for unpredictability.

Sure, it can be a little scary, but it's a good exercise to get out of our collective comfort zone. The #ICCA says #ClimateChange is here; plan for more bumps on the road.

#Snow #Sneachta #Dublin #Ireland #Weather #Climate #Striatum #Mastodaoine

I'm actually really glad for this surprise ❄️ #Sneachta ❄️ day.

Some comments are putting #MetEireann on the defensive, but I really enjoy the reminder that we do not control everything. We don't know everything. There is room for unpredictability.

Sure, it can be a little scary, but it's a good exercise to get out of our collective comfort zone. The #ICCA says #ClimateChange is here; plan for more bumps on the road.

#Snow #Sneachta #Dublin #Ireland #Weather #Climate #Striatum #Mastodaoine

Check out this #NeuroPreprint thread about phase-dependent excitability in the #Striatum! Really exciting (😁) work by my colleague @manishm in the #vanDerMeerLab ⬇️

#Neuroscience #NeuroMouse #Optogenetics

From: @manishm
https://neuromatch.social/@manishm/111865248137896127

Check out this #NeuroPreprint thread about phase-dependent excitability in the #Striatum! Really exciting (😁) work by my colleague @manishm in the #vanDerMeerLab ⬇️

#Neuroscience #NeuroMouse #Optogenetics

From: @manishm
https://neuromatch.social/@manishm/111865248137896127

Check out this #NeuroPreprint thread about phase-dependent excitability in the #Striatum! Really exciting (😁) work by my colleague @manishm in the #vanDerMeerLab ⬇️

#Neuroscience #NeuroMouse #Optogenetics

From: @manishm
https://neuromatch.social/@manishm/111865248137896127

Check out this #NeuroPreprint thread about phase-dependent excitability in the #Striatum! Really exciting (😁) work by my colleague @manishm in the #vanDerMeerLab ⬇️

#Neuroscience #NeuroMouse #Optogenetics

From: @manishm
https://neuromatch.social/@manishm/111865248137896127

Check out this #NeuroPreprint thread about phase-dependent excitability in the #Striatum! Really exciting (😁) work by my colleague @manishm in the #vanDerMeerLab ⬇️

#Neuroscience #NeuroMouse #Optogenetics

From: @manishm
https://neuromatch.social/@manishm/111865248137896127

Incisive overview of the #2023 #neuroscience #zeitgeist by @markdhumphries (including missing link evidence that #dopamine release induces slow frequency waves in the #striatum)...
https://medium.com/the-spike/2023-a-review-of-the-year-in-neuroscience-ece56b1dcc89

Incisive overview of the #2023 #neuroscience #zeitgeist by @markdhumphries (including missing link evidence that #dopamine release induces slow frequency waves in the #striatum)...
https://medium.com/the-spike/2023-a-review-of-the-year-in-neuroscience-ece56b1dcc89

Incisive overview of the #2023 #neuroscience #zeitgeist by @markdhumphries (including missing link evidence that #dopamine release induces slow frequency waves in the #striatum)...
https://medium.com/the-spike/2023-a-review-of-the-year-in-neuroscience-ece56b1dcc89

Incisive overview of the #2023 #neuroscience #zeitgeist by @markdhumphries (including missing link evidence that #dopamine release induces slow frequency waves in the #striatum)...
https://medium.com/the-spike/2023-a-review-of-the-year-in-neuroscience-ece56b1dcc89

Incisive overview of the #2023 #neuroscience #zeitgeist by @markdhumphries (including missing link evidence that #dopamine release induces slow frequency waves in the #striatum)...
https://medium.com/the-spike/2023-a-review-of-the-year-in-neuroscience-ece56b1dcc89

"We report intracranial, subsecond measurements of #dopamine release in human #striatum measured, while volunteers..performed a probabilistic reward & punishment #learning choice task designed to test whether dopamine release encodes only reward prediction errors or..may also encode..#punishment..signals. Results demonstrate that extracellular dopamine levels can encode both #reward & punishment.. within distinct time intervals via independent valence-specific pathways"

https://www.science.org/doi/10.1126/sciadv.adi4927

"We report intracranial, subsecond measurements of #dopamine release in human #striatum measured, while volunteers..performed a probabilistic reward & punishment #learning choice task designed to test whether dopamine release encodes only reward prediction errors or..may also encode..#punishment..signals. Results demonstrate that extracellular dopamine levels can encode both #reward & punishment.. within distinct time intervals via independent valence-specific pathways"

https://www.science.org/doi/10.1126/sciadv.adi4927

"We report intracranial, subsecond measurements of #dopamine release in human #striatum measured, while volunteers..performed a probabilistic reward & punishment #learning choice task designed to test whether dopamine release encodes only reward prediction errors or..may also encode..#punishment..signals. Results demonstrate that extracellular dopamine levels can encode both #reward & punishment.. within distinct time intervals via independent valence-specific pathways"

https://www.science.org/doi/10.1126/sciadv.adi4927

"We report intracranial, subsecond measurements of #dopamine release in human #striatum measured, while volunteers..performed a probabilistic reward & punishment #learning choice task designed to test whether dopamine release encodes only reward prediction errors or..may also encode..#punishment..signals. Results demonstrate that extracellular dopamine levels can encode both #reward & punishment.. within distinct time intervals via independent valence-specific pathways"

https://www.science.org/doi/10.1126/sciadv.adi4927

"We report intracranial, subsecond measurements of #dopamine release in human #striatum measured, while volunteers..performed a probabilistic reward & punishment #learning choice task designed to test whether dopamine release encodes only reward prediction errors or..may also encode..#punishment..signals. Results demonstrate that extracellular dopamine levels can encode both #reward & punishment.. within distinct time intervals via independent valence-specific pathways"

https://www.science.org/doi/10.1126/sciadv.adi4927

A little summary of #Neuroscience-related hashtags?
(Please add any you think of in answer and I’ll edit the list)

.#NeuroArt
.#Neuroscientist / #Neuroscientists
.#NeuroRat (yep, I’m pretty much the only one using this one)

.#NeuroJobs

The cell types:
.#PlaceCells / #GridCells / #HeadDirectionCells / #SplitterCells … (give me more)

And then we have the brain regions:

.#Hippocampus / #Striatum / #RetrosplenialCortex / #Cortex / #Cerebellum / …

Bonus:
.# NeuroBuzz: once a post takes off, anyone can add it as an answer and then the author can edit it in the original post (but don’t add it when writing the original post, that’s cheating)

A little summary of #Neuroscience-related hashtags?
(Please add any you think of in answer and I’ll edit the list)

.#NeuroArt
.#Neuroscientist / #Neuroscientists
.#NeuroRat (yep, I’m pretty much the only one using this one)

.#NeuroJobs

The cell types:
.#PlaceCells / #GridCells / #HeadDirectionCells / #SplitterCells … (give me more)

And then we have the brain regions:

.#Hippocampus / #Striatum / #RetrosplenialCortex / #Cortex / #Cerebellum / …

Bonus:
.# NeuroBuzz: once a post takes off, anyone can add it as an answer and then the author can edit it in the original post (but don’t add it when writing the original post, that’s cheating)

A little summary of #Neuroscience-related hashtags?
(Please add any you think of in answer and I’ll edit the list)

.#NeuroArt
.#Neuroscientist / #Neuroscientists
.#NeuroRat (yep, I’m pretty much the only one using this one)

.#NeuroJobs

The cell types:
.#PlaceCells / #GridCells / #HeadDirectionCells / #SplitterCells … (give me more)

And then we have the brain regions:

.#Hippocampus / #Striatum / #RetrosplenialCortex / #Cortex / #Cerebellum / …

Bonus:
.# NeuroBuzz: once a post takes off, anyone can add it as an answer and then the author can edit it in the original post (but don’t add it when writing the original post, that’s cheating)

A little summary of #Neuroscience-related hashtags?
(Please add any you think of in answer and I’ll edit the list)

.#NeuroArt
.#Neuroscientist / #Neuroscientists
.#NeuroRat (yep, I’m pretty much the only one using this one).

.#NeuroJobs

The cell types:
.#PlaceCells / #GridCells / #HeadDirectionCells / #SplitterCells .

And then we have the brain regions:
.#Hippocampus / #Striatum / #RetrosplenialCortex / #Cortex / #Cerebellum / …

Bonus:

NeuroBuzz: once a post takes of, anyone can add it (but don’t add it in the original post, that’s cheating)

(Edit: trying to ensure that my IceCube app formats this post properly)

A little summary of #Neuroscience-related hashtags?
(Please add any you think of in answer and I’ll edit the list)

.#NeuroArt
.#Neuroscientist / #Neuroscientists
.#NeuroRat (yep, I’m pretty much the only one using this one)

.#NeuroJobs

The cell types:
.#PlaceCells / #GridCells / #HeadDirectionCells / #SplitterCells … (give me more)

And then we have the brain regions:

.#Hippocampus / #Striatum / #RetrosplenialCortex / #Cortex / #Cerebellum / …

Bonus:
.# NeuroBuzz: once a post takes off, anyone can add it as an answer and then the author can edit it in the original post (but don’t add it when writing the original post, that’s cheating)

That’s a strange paper… @adredish you might like it:
Using temperature to analyze the neural basis of a time-based decision

#Striatum #Neuroscience #NeuroRat #DecisionMaking #Time #NeuroPaper #Need2Read