Advertisement · 728 × 90
#
Hashtag
#Striatum
Advertisement · 728 × 90
Preview
SWEBAGS Webinar March 2026 – SWEBAGS Swedish Basal Ganglia Society

Today at 16:00 CET! 🧠

Don’t miss the SWEBAGS webinar “Striatal activity in natural behavior” with Henry Yin & Eric Yttri. No registeration needed! Grab a coffee and join us this afternoon: swebags.ebrains.se/events/sweba...
#BasalGanglia #Striatum #Neuroscience #Sweden

4 1 1 0

3/ #novelty #exploration #risk-sensitivity #surprise #striatum

0 0 0 0
Preview
Striatum-wide dopamine encodes trajectory errors separated from value - Nature Cue-evoked striatal dopamine release in mice encodes bidirectional trajectory errors, spatially and temporally separated from value coding, reflecting the relationship between the speed and direc...

#Striatum -wide #dopamine #encodes trajectory errors separated from value
doi.org/10.1038/s415...

2 0 0 0
Post image

🚨🧪No behavioral change—but the brain’s metabolic circuits exploded!💣 #KYNA ↓ in #Cortex 🧠, ↑ in #Striatum 🎯— #Trp chaos exposed!⚡ @mdpiopenaccess.bsky.social #Neuroscience #Metabolomics #KynureninePathway #Trp
📖 www.mdpi.com/2073-4409/14...

3 1 0 0
Preview
The Power Struggle: Kynurenine Pathway Enzyme Knockouts and Brain Mitochondrial Respiration Kynurenine pathway enzyme knockouts impair mitochondrial respiration. The deletion of kynurenine aminotransferase genes leads to significant impairment of mitochondrial respiration and ATP production...

💥🧬Lose KATs→lose energy!🧠🔥 In kat1-/-, kat2-/- & kat3-/- mice #Cerebellum, #Hhippocampus & #Striatum show crippled #OXPHOS & #ATP drops⚡❗ #Neuroscience #Mitochondria
doi.org/10.1111/jnc....

1 1 0 0
Preview
The Power Struggle: Kynurenine Pathway Enzyme Knockouts and Brain Mitochondrial Respiration Kynurenine pathway enzyme knockouts impair mitochondrial respiration. The deletion of kynurenine aminotransferase genes leads to significant impairment of mitochondrial respiration and ATP production....

⚡🧠Did you know? Knocking out #KAT enzymes makes brain #Mitochondria run out of fuel!🔋❌ #Cerebellum, #Hippocampus & #Striatum all lose #power!🚨#Neuroscience #BrainEnergy #Mitochondria
doi.org/10.1111/jnc....

2 1 0 0
Video

Psikopatların beyninde %10 daha büyük bir bölge

Haberin tamamını oku ➡️ tinyurl.com/3dx5fune

__________
#psychopathy #psikopati #psychopath #psikopat #striatum #insan #person #beyin #brain #research #araştırma #science #bilim #haberler #nouvart

1 1 0 0
Post image

🚨🧪No behavioral change—but the brain’s metabolic circuits exploded!💣 #KYNA ↓ in #Cortex 🧠, ↑ in #Striatum 🎯— #Trp chaos exposed!⚡ @mdpiopenaccess.bsky.social #Neuroscience #Metabolomics #KynureninePathway #Trp
📖 doi.org/10.20944/pre...

1 1 0 0
The Power Struggle: Kynurenine Pathway Enzyme Knockouts and Brain Mitochondrial Respiration Kynurenine pathway enzyme knockouts impair mitochondrial respiration. The deletion of kynurenine aminotransferase genes leads to significant impairment of mitochondrial respiration and ATP production....

💥🧬Lose KATs→lose energy!🧠🔥 In kat1-/-, kat2-/- & kat3-/- mice #Cerebellum, #Hhippocampus & #Striatum show crippled #OXPHOS & #ATP drops⚡❗ #Neuroscience #Mitochondria
doi.org/10.1111/jnc....

1 1 0 0
DSP

DSP

A #cluster of #striatum #flowers growing in a #garden near our #Cheshire #studio. The #flower on this #plant give a #welcome source of nectar to the local #wildlife. Shot using #SigmaImagingUK #macro. See more #photography/#images at www.darrensmith.org.uk #flowerphotography

20 3 0 0
Preview
The Power Struggle: Kynurenine Pathway Enzyme Knockouts and Brain Mitochondrial Respiration Kynurenine pathway enzyme knockouts impair mitochondrial respiration. The deletion of kynurenine aminotransferase genes leads to significant impairment of mitochondrial respiration and ATP production...

⚡🧠Did you know? Knocking out #KAT enzymes makes brain #Mitochondria run out of fuel!🔋❌ #Cerebellum, #Hippocampus & #Striatum all lose #power!🚨
#Neuroscience #BrainEnergy #Mitochondria
doi.org/10.1111/jnc....

0 0 0 0
Preview
Brain Circuit Model Reveals How Striatum Shapes Everyday Decisions - Neuroscience News Researchers have developed a computational framework that maps how the striosomal compartment of the striatum governs everyday decision-making.

Brain Circuit Model Reveals How #Striatum Shapes Everyday Decisions
#Neuroscience #Psychology

0 0 0 0
Post image

What's your High Score? Striatum Demo is available now with a small patch just pushed today to address some UI inconsistency! #striatum #compactqualia #indiegame #indiedev #steam #godotengine #blender #highscore

6 3 0 0
Preview
Striatum on Steam A quickplay and replayable first-person point-and-click adventure with a low-poly 3D retro style about getting ready for a party, featuring branching story paths with multiple in-game characters, 100+...

Striatum demo now available on steam!

store.steampowered.com/app/3680870/...

#striatum #compactqualia #indiegames #indiedev #gamedev #godotengine #pointandclick #adventuregame

13 7 0 1
Video

🖌️ 🖼️ F.A.M.M #3
💥 "No yesterday, no tomorrow. Only paintings for the now."
🧠 is the trace a memory?
🧠 the color a territory?
🧠 the chaos a destiny?
tell me your thoughts in the comments ⬇️
#striatum
🔀 TRASHMEN🎤 Surfin'birds
#striatum

0 0 0 0
Left:  Four different avatars were used (two female avatars: AF1, AF2; and two male avatars: AM1, AM2) along with two real human observers (HF1, HM1). For privacy considerations, pictures of real human observers (HF1, HM1 in the top-right human panel) were replaced with AI-generated images which were created by using the AI Human Images. Right: Amygdala response to feedback uncertainty explains differential risk-taking in avatar and human conditions. Upper panel: Whole-brain subtraction analysis comparing avatar and human observer conditions revealed lower amygdala activity in the avatar condition. Peak activity was identified in the central amygdala. Lower panel: To find brain regions associated with differential valuation of feedback uncertainty the authors weighted differential activity correlated with feedback uncertainty (avatar–human) by the differential behavioral coefficient for feedback uncertainty. A significant correlation was observed in the central amygdala, with an FWE-corrected p-value of 0.039 at the peak.

Left: Four different avatars were used (two female avatars: AF1, AF2; and two male avatars: AM1, AM2) along with two real human observers (HF1, HM1). For privacy considerations, pictures of real human observers (HF1, HM1 in the top-right human panel) were replaced with AI-generated images which were created by using the AI Human Images. Right: Amygdala response to feedback uncertainty explains differential risk-taking in avatar and human conditions. Upper panel: Whole-brain subtraction analysis comparing avatar and human observer conditions revealed lower amygdala activity in the avatar condition. Peak activity was identified in the central amygdala. Lower panel: To find brain regions associated with differential valuation of feedback uncertainty the authors weighted differential activity correlated with feedback uncertainty (avatar–human) by the differential behavioral coefficient for feedback uncertainty. A significant correlation was observed in the central amygdala, with an FWE-corrected p-value of 0.039 at the peak.

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.org 🧪 plos.io/3S3Esmw

5 2 0 0
Left:  Four different avatars were used (two female avatars: AF1, AF2; and two male avatars: AM1, AM2) along with two real human observers (HF1, HM1). For privacy considerations, pictures of real human observers (HF1, HM1 in the top-right human panel) were replaced with AI-generated images which were created by using the AI Human Images. Right: Amygdala response to feedback uncertainty explains differential risk-taking in avatar and human conditions. Upper panel: Whole-brain subtraction analysis comparing avatar and human observer conditions revealed lower amygdala activity in the avatar condition. Peak activity was identified in the central amygdala. Lower panel: To find brain regions associated with differential valuation of feedback uncertainty the authors weighted differential activity correlated with feedback uncertainty (avatar–human) by the differential behavioral coefficient for feedback uncertainty. A significant correlation was observed in the central amygdala, with an FWE-corrected p-value of 0.039 at the peak.

Left: Four different avatars were used (two female avatars: AF1, AF2; and two male avatars: AM1, AM2) along with two real human observers (HF1, HM1). For privacy considerations, pictures of real human observers (HF1, HM1 in the top-right human panel) were replaced with AI-generated images which were created by using the AI Human Images. Right: Amygdala response to feedback uncertainty explains differential risk-taking in avatar and human conditions. Upper panel: Whole-brain subtraction analysis comparing avatar and human observer conditions revealed lower amygdala activity in the avatar condition. Peak activity was identified in the central amygdala. Lower panel: To find brain regions associated with differential valuation of feedback uncertainty the authors weighted differential activity correlated with feedback uncertainty (avatar–human) by the differential behavioral coefficient for feedback uncertainty. A significant correlation was observed in the central amygdala, with an FWE-corrected p-value of 0.039 at the peak.

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.org 🧪 plos.io/3S3Esmw

6 0 1 1
Left:  Four different avatars were used (two female avatars: AF1, AF2; and two male avatars: AM1, AM2) along with two real human observers (HF1, HM1). For privacy considerations, pictures of real human observers (HF1, HM1 in the top-right human panel) were replaced with AI-generated images which were created by using the AI Human Images. Right: Amygdala response to feedback uncertainty explains differential risk-taking in avatar and human conditions. Upper panel: Whole-brain subtraction analysis comparing avatar and human observer conditions revealed lower amygdala activity in the avatar condition. Peak activity was identified in the central amygdala. Lower panel: To find brain regions associated with differential valuation of feedback uncertainty the authors weighted differential activity correlated with feedback uncertainty (avatar–human) by the differential behavioral coefficient for feedback uncertainty. A significant correlation was observed in the central amygdala, with an FWE-corrected p-value of 0.039 at the peak.

Left: Four different avatars were used (two female avatars: AF1, AF2; and two male avatars: AM1, AM2) along with two real human observers (HF1, HM1). For privacy considerations, pictures of real human observers (HF1, HM1 in the top-right human panel) were replaced with AI-generated images which were created by using the AI Human Images. Right: Amygdala response to feedback uncertainty explains differential risk-taking in avatar and human conditions. Upper panel: Whole-brain subtraction analysis comparing avatar and human observer conditions revealed lower amygdala activity in the avatar condition. Peak activity was identified in the central amygdala. Lower panel: To find brain regions associated with differential valuation of feedback uncertainty the authors weighted differential activity correlated with feedback uncertainty (avatar–human) by the differential behavioral coefficient for feedback uncertainty. A significant correlation was observed in the central amygdala, with an FWE-corrected p-value of 0.039 at the peak.

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.org 🧪 plos.io/3S3Esmw

9 2 0 3
Schematic of interplay between D2R and A2AR signaling in indirect medium spiny neurons.

Schematic of interplay between D2R and A2AR signaling in indirect medium spiny neurons.

#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.org 🧪 plos.io/4jIiYr4

3 1 0 0
Schematic of interplay between D2R and A2AR signaling in indirect medium spiny neurons.

Schematic of interplay between D2R and A2AR signaling in indirect medium spiny neurons.

#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.org 🧪 plos.io/4jIiYr4

3 0 0 0
Schematic of interplay between D2R and A2AR signaling in indirect medium spiny neurons.

Schematic of interplay between D2R and A2AR signaling in indirect medium spiny neurons.

#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.org 🧪 plos.io/4jIiYr4

5 1 0 0
Video

🖌️ 🖼️ F.A.M.M #3
🧠 is the trace a memory?
🧠 the color a territory?
🧠 the chaos a destiny?
tell me your thoughts in the comments ⬇️

#abstractart #acrylicpainting #contemporaryart #artlovers #modernart #paintingartist #emergingartist #art
#striatum
#find the way

3 0 0 0
Preview
Alcohol reshapes reward learning differently in male and female rats Chronic alcohol exposure causes lasting impairments in decision-making in male rats, altering how the brain processes reward-based learning. A new study reveals sex-specific neural changes in the stri...

Alcohol reshapes reward learning differently in male and female rats 🧠🐀⚖️ www.news-medical.net/news/2025041... #Neuroscience #Alcohol #DecisionMaking #CognitiveFlexibility #Addiction #Brain #Science #Striatum #SexDifferences #AnimalModel #Ethanol

1 0 0 0

Les racines cognitives et culturelles du déni climatique - Forum Européen de Bioéthique #déni #striatum #biais #comportement #dopamine #désir #récompense #habitude #imitation #finitude #cognition #action #engagement #longterme

0 0 0 0

✔️ High-dose recruits PKA in the cortex — again, not novel — but:

Cortical PKA activation recruits parvalbumin interneurons in the #striatum, shutting down the striatum, thus impairing memory.
Thus: a fronto-striatal circuit mechanism for the dose-dependent effects of DA drugs on memory.

0 0 1 0
Preview
Cortico-striatal circuit mechanisms drive the effects of D1 dopamine agonists on memory capacity in mice through cAMP/PKA signalling - Nature Communications D1 receptor agonists bidirectionally regulate working memory capacity (WMC). Here, the authors show that low doses enhance WMC by activating cAMP/PKA in the striatum, whereas high doses impair it via ...

Low doses? 🎯 Boost memory.
High doses? 🚫 Impair it.

A game-changer for cognitive enhancement strategies in schizophrenia and beyond!

🔗Read the full article here: doi.org/10.1038/s414...

#Neuroscience #Memory #Dopamine #Striatum #PKA #Schizophrenia #SystemsPharmacology

0 0 0 0
DSP

DSP

A #cluster of #striatum #flowers growing in a #garden near our #Cheshire #studio. The #flower on this #plant give a #welcome source of nectar to the local #wildlife. Shot using #SigmaImagingUK #macro. See more #photography/#images at www.darrensmith.org.uk #flowerphotography

23 1 0 0
Preview
Soutenance de thèse - Paul Lapios - Bordeaux Neurocampus Ultrastructural and molecular analysis of cortico-striatal dopamine hub synapses // Lieu : CARF

#IINSPhD🧑‍🎓 @paulosh.bsky.social, 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, #striatum and #cryoCLEM

www.bordeaux-neurocampus.fr/event/souten...

3 0 0 0
Post image

My first post is about a word cloud that I built using scholargoggler.com?s=09.
This really synthesized my work from 2011 #neuroscience #glycinereceptors #opioids #ethanol #striatum

4 0 0 0