A5086100078- Neural dynamics and brain function
- Neuroscience and Neuropharmacology Research
- Photoreceptor and optogenetics research
- Functional Brain Connectivity Studies
- Mental Health Research Topics
New Generation University College
2025
Seoul National University
2025
Columbia University
2017
Short-term facilitation of recurrent excitatory synapses within the cortical network has been proposed to support persistent activity during working memory tasks, yet underlying mechanisms remain poorly understood. We characterized short-term plasticity at local in layer 2/3 rat medial prefrontal cortex and studied its presynaptic mechanisms. Low-frequency stimulation induced slowly developing facilitation, whereas high-frequency initially strong depression followed by rapid facilitation....
Short-term facilitation of recurrent excitatory synapses within the cortical network has been proposed to support persistent activity during working memory tasks, yet underlying mechanisms remain poorly understood. We characterized short-term plasticity at local in layer 2/3 rat medial prefrontal cortex and studied its presynaptic mechanisms. Low-frequency stimulation induced slowly developing facilitation, whereas high-frequency initially strong depression followed by rapid facilitation....
Short-term facilitation of recurrent excitatory synapses within the cortical network has been proposed to support persistent activity during working memory tasks, yet underlying mechanisms remain poorly understood. We characterized short-term plasticity at local in layer 2/3 rat medial prefrontal cortex and studied its presynaptic mechanisms. Low-frequency stimulation induced slowly developing facilitation, whereas high-frequency initially strong depression followed by rapid facilitation....
Short-term facilitation of recurrent excitatory synapses within the cortical network has been proposed to support persistent activity during working memory tasks, yet underlying mechanisms remain poorly understood. We characterized short-term plasticity at local in layer 2/3 rat medial prefrontal cortex and studied its presynaptic mechanisms. Low-frequency stimulation induced slowly developing facilitation, whereas high-frequency initially strong depression followed by rapid facilitation....