Jong‐Cheol Rah

This study shows that muscarinic signaling in the prefrontal cortex compensates for declining thalamofrontal communication during short-term memory by enhancing neuronal excitability.

This study shows that adolescent NMDAR hypofunction impairs short-term memory by weakening thalamofrontal synapses, not through interneuron dysfunction.

The paper identifies a circadian circuit linking the SCN to the mPFC that regulates social prioritization through Vipr2 signaling in the RE.

This study shows that Lamin B1 modulates nuclear deformability to regulate neuronal migration in the developing cortex, with implications for brain function.

This study identifies a drift in neural activity in the posterior parietal cortex during delay periods as a key factor in short-term memory errors in mice.

This study investigates how modulating premotor cortex excitability through deep brain stimulation alleviates motor symptoms in a Parkinson's Disease mouse model by targeting hyperexcitability in M2-STN synapses.

This paper introduces ICoRD, an iterative correlation-based ROI detection method for calcium imaging that improves signal extraction in low SNR conditions.

The paper investigates how high-order thalamic and motor cortex inputs integrate into pyramidal neuron dendrites in mouse somatosensory cortex, finding sublinear summation due to inhibitory modulation.

This study shows that aperiodic components of subthalamic local field potentials can predict dopamine depletion in Parkinson's disease and improve machine learning predictions of pathological activity.

The paper identifies spatial clustering of synapses from the thalamus and motor cortex on dendrites in the somatosensory cortex, suggesting synaptic clusters function as cooperative units.