Cortical Circuit Dynamics Are Homeostatically Tuned to Criticality In Vivo

Overview of attention for article published in Neuron, October 2019

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Furthermore, recent in vivo studies suggest that criticality (DCC score=0.2) is homeostatically maintained in sensory areas, e.g., in the visual cortex after monocular deprivation: https://t.co/RnOZyUmcQi 4/20 https://t.co/OLaSaFwTG7

4/To what extent do stimuli with high fractal dimension help to "tune" our nervous systems closer to criticality and more optimal functioning? https://t.co/0jBar7lWm1

#Fridaypaper Cortical #Circuit Dynamics are homeostatically tuned to criticality in Vivo. A #computational approach + #modelling of how #visualcortex #neurons adapt to changes to keep #homeostasis 🤸🧠👀👩‍💻💫🎛️ https://t.co/M9bbF2M4m3

RT @kbhengen: I guess we're official now. Thanks, Neuron! https://t.co/qDaOgMvVpL

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