Research Fields: Neural development, Neural circuits, Cerebellum, Optogenetics

　Professor Hibi has identified numerous molecules involved in body axis formation in early embryogenesis as well as in brain regionalization and neuronal differentiation, using zebrafish as a model organism. Recently, Hibi’s group has been focusing on the cerebellum, analyzing the molecular mechanisms underlying the differentiation of neuron within cerebellar circuits and and the formation of these circuits. Furthermore, Hibi’s group is investigating the mechanisms that control motor learning, conditional fear responses, and social behaviors involving the cerebellum. Through these studies, Hibi’s group aims to understand the principles behind the construction of neural circuits that govern higher-order functions, which will help in understanding the etiology and pathology of neuropsychiatric disorders resulting from circuit dysfunction. Furthermore, Hibi’s group is interested in elucidating the general principles of information processing in neural circuits that control a variety of behaviors.

E-mail:hibi.masahiko.s7[at]f.mail.nagoya-u.ac.jp