Our laboratory uses mice to study the neural mechanisms underlying animal behavior based on sensory preferences by means of electrophysiological measurements and optogenetics. In particular, we focus on the neural pathways that convert tactile sensations into tactile preferences and the neural circuit mechanisms of social behaviors in which social touches play an essential role.

Takayuki Yamashita Professor

The goal of my lab is to understand the mechanisms of perception and cognition at the synaptic, cellular, and circuit levels in animal models. We conduct research by actively incorporating new technologies for electrophysiology, imaging and behavioral analysis.

Takeshi Kanda Senior Assistant Professor

I investigate how information processing in the brain changes when we alter our behaviors and thoughts. My research employs electrophysiological and imaging techniques. In particular, I hope to contribute to understanding neurological disease and new treatments.

Kansai Fukumitsu Assistant Professor

My research seeks to elucidate the molecular and cellular mechanisms underlying social and emotional behavior in mammals. Using molecular biology and behavioral neuroscience, I hope to uncover the molecular and neural basis of behaviors like aggression, loneliness and affiliation.