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1 Dec 2025
If you’re exploring neural plasticity, fear conditioning, or inhibitory subtypes in the amygdala, let PubMed.ai accelerate your research workflow. What if your fear circuitry is reshaped in ways you’ve never imagined? Today’s new blog dives into the microcircuit-level inhibitory remodeling that drives fear learning—and we’re kicking it off with a quick quiz to test your intuition. Smarter search, faster synthesis, deeper insights—right when you need them. Find the answer here: medium.com/@harryblackwood/h… #Neuroscience #Amygdala #FearLearning #Interneurons #PubMedAI
1 Dec 2025
🔬 Research Focus: Heterogeneous Plasticity of Amygdala Interneurons in Associative Learning & Extinction Find More Research: pubmed.ai/?utm_source=X&utm_… Recent work highlights how diverse interneuron subtypes within the amygdala—particularly parvalbumin (PV), somatostatin (SST), and VIP neurons—shape the precision and adaptability of emotional learning. Key Insights 🧠 Plasticity Is Not Uniform: Interneuron populations show subtype-specific plasticity patterns during both learning acquisition and fear-extinction phases. 🎯 Circuit-Level Modulation: PV interneurons regulate timing and gain control, SST interneurons modulate dendritic integration, while VIP cells disinhibit key excitatory pathways. 🔄 Emotional Memory Stability: The interplay of these plasticity mechanisms ensures flexible behavioral responses during shifting emotional states. Understanding how these circuits adapt offers deeper insight into fear conditioning, maladaptive emotional memory, and potential targets for anxiety and PTSD interventions. #Neuroscience #Amygdala #Interneurons #SynapticPlasticity #FearLearning #PTSDResearch #BrainCircuits
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1 Dec 2025
🔬 Research Focus: Heterogeneous Plasticity of Amygdala Interneurons in Associative Learning & Extinction Find More Research: pubmed.ai/?utm_source=X&utm_… Recent work highlights how diverse interneuron subtypes within the amygdala—particularly parvalbumin (PV), somatostatin (SST), and VIP neurons—shape the precision and adaptability of emotional learning. Key Insights 🧠 Plasticity Is Not Uniform: Interneuron populations show subtype-specific plasticity patterns during both learning acquisition and fear-extinction phases. 🎯 Circuit-Level Modulation: PV interneurons regulate timing and gain control, SST interneurons modulate dendritic integration, while VIP cells disinhibit key excitatory pathways. 🔄 Emotional Memory Stability: The interplay of these plasticity mechanisms ensures flexible behavioral responses during shifting emotional states. Understanding how these circuits adapt offers deeper insight into fear conditioning, maladaptive emotional memory, and potential targets for anxiety and PTSD interventions. #Neuroscience #Amygdala #Interneurons #SynapticPlasticity #FearLearning #PTSDResearch #BrainCircuits
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I think they sell the green KitKats at World Market. I used to hang out at one.
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1/ Excited to share a new preprint! Our latest study uncovers how serotonin precisely controls the “time window” for fear learning, ensuring that our brains link cues (CS) & threats (US) only when it’s adaptive. #Neuroscience #FearLearning biorxiv.org/content/10.1101/…
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28 May 2024
Excited to share this new publication on observational fear learning and interoceptive threat, where we show that fear of bodily symptoms can be acquired when observing fear reactions to aversive bodily symptoms in others #interoception #fearlearning sciencedirect.com/science/ar…

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11 Nov 2022
People of #S4SN2022! Don't miss poster A13 by Hilda Engelbrektsson on #FearLearning and the #endocannabinoid system and poster A8 by @M_R_Jones on the #endocannabinoid system and #AffectiveTouch!
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My second PhD 🎓 paper is out where we examined the effect of subjectively measured #SleepDisruptions 😴 on #FearLearning processes in individuals with a range of #PTSD symptom severities. 🧵[1/3] sciencedirect.com/science/ar…

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Congratulations to my TNPal, officemate, and friend @JohnFrance_WSU on his first 1st author publication! Great work by the team @DTP_Wayne and collaborators. Read it now: journals.sagepub.com/doi/pdf… #fear #amygdala #trauma #extinction #fearlearning #threatreactivity #development

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The Influence of Vicarious #FearLearning in “Infecting” Reactive #ActionInhibition frontiersin.org/articles/10.…

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#FearLearning Would any good soul be willing to share a quick screenshot of pupil response to the delivery of shock? (Not CS /-, the actual delivery). ⚡️⚡️ 🙏 (Ideal with some information about filtering)
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Thrilled to welcome my friend and colleague Dr. @TZbozinekPhD to the Twittersphere! Currently working at @Caltech with the incredible @DeanMobbs, follow Tomislav for some seriously innovative work on human #FearConditioning and #FearLearning!

ALT Welcome Aboard Comedy Bang Bang GIF

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How did I miss this great work from @LabCarlson? #LocusCeruleus drives #catecholamine release in the cerebellum. Manipulation can impair (or improve!) cognitive functions including #FearLearning, sensorimotor integration, working memory in mice. Relevant to #PTSD, #TBI
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Important work by @PsychSarah1 and 🔥 topic in fear learning! Don’t miss 👇#sfn2019 stop by poster U6 on Wednesday! #fanselowlab #fearlearning #resilience #suseptability @PsychScience @SfNtweets
Excited to head to #sfn2019 tomorrow! If you’re around Wednesday afternoon, why not stop by poster U6 to see my work investigating susceptibility versus resilience to the effects of stress on fear learning?
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