#amygdala

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Psychology
fromPsychology Today
5 days ago

Hooked on the Negative

Human brains prioritize negative information, and media plus social platforms amplify this bias, causing negative content to dominate attention and shape perceptions.
Science
fromPsychology Today
1 week ago

How We Learn to Let Go of Fear

The amygdala generates theta rhythms signaling safety while the hippocampus links safety learning to specific contexts, showing extinction builds a competing safety representation rather than erasing fear.
#neuroscience
fromPsychology Today
2 weeks ago
Mindfulness

Getting to Know Your Brain

Brain science is now widely accessible and actionable, enabling individuals to train and tune brain systems (amygdala through neuroplasticity) with practical techniques.
fromNature
4 months ago
OMG science

'Fear extinction' signal in mouse brain offers clues about how to treat PTSD

Identification of a brain signal that initiates fear extinction in mice could lead to new PTSD treatments.
OMG science
fromNature
4 months ago

'Fear extinction' signal in mouse brain offers clues about how to treat PTSD

Identification of a brain signal that initiates fear extinction in mice could lead to new PTSD treatments.
fromFast Company
2 weeks ago

The biological reason you freeze in meetings (and what you can do about it)

You know that moment when someone asks you a question in a meeting and your mind goes completely blank? Or when you're sitting in a high-stakes presentation and you feel like you can't move, can't speak, can't think? While it can feel like your mind and body are totally betraying you, what's actually happening is that your nervous system is doing exactly what it's designed to do when it perceives a threat.
Psychology
fromNature
2 weeks ago

Rate and noise in human amygdala drive increased exploration in aversive learning - Nature

To cope in uncertain environments, animals must balance their actions between using current resources and searching for new ones1. This exploration-exploitation dilemma has been studied extensively in paradigms involving positive outcomes, and neural correlates have been identified in frontal cortices and subcortical structures2,3,4,5,6,7,8,9,10,11, including the amygdala12. Importantly, exploration is just as essential for survival or well-being when trying to avoid negative outcomes, yet we do not know whether the single-neuron mechanisms that drive exploration are shared across positive and negative environments.
Science
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