Molecular Neuroscience

• Elucidating the structure–function relationships of membrane proteins, including ion channels
• Analyzing changes in the expression of key molecules involved in brain function and their regulatory networks through molecular omics
• Investigating the mechanisms linking molecular structure and expression changes to cellular function using physiological and pathological models of the brain

keyword

Ion channels, electrophysiology, Cryo-EM, structure–function relationships, multi-omics

Circuit and Cellular Neuroscience

• Identifying key factors and mechanisms regulating interactions among neurons, glial cells, and cerebrovascular cells
• Analyzing the connectivity and network dynamics of fine-scale neural circuits
• Investigating how synaptic plasticity and nonsynaptic signaling influence information processing in neural circuits

keyword

Neuron–glia–cerebrovascular interactions, fine-scale neural circuits, synaptic plasticity, nonsynaptic signaling

Molecular Neuroscience

• Elucidating the structure–function relationships of membrane proteins, including ion channels
• Analyzing changes in the expression of key molecules involved in brain function and their regulatory networks through molecular omics
• Investigating the mechanisms linking molecular structure and expression changes to cellular function using physiological and pathological models of the brain

keyword

Ion channels, electrophysiology, Cryo-EM, structure–function relationships, multi-omics