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Group B - Physical Adaptation

| Planned Research Groups | Subscribed Research Groups |


Animals express “real-time” behaviors among circumstances which are complexly altered. This research group B aims at elucidating the mechanisms of body-brain interaction that enables to generate and select the adaptable motor behaviors.

Group Leader: Kazuo Tsuchiya, Doshisha University


Planned Research Gourps


Kazuo Tsuchiya

Kaoru Takakusaki

Naomichi Ogihara

Koh Hosoda

subjects

Neuronal mechanisms of generating and selection of adaptive behaviors
(Leader: Kaoru Takakusaki, Associate Professor, College of Medicine, Asahikawa Medical College)

Exploration of the principle mechanism of generating adaptive locomotion on the basis of neurophysiological findings
(Leader: Naomichi Ogihara, Assistant Professor, Graduate School of Science, Kyoto University)

Realization of adaptive locomotion based on dynamic interaction among the body, brain, and environment
(Leader: Koh Hosoda, Associate Professor, Graduate School of Engineering, Osaka University)


System model of locomotion of animals

Emergence of locomotion

Subscribed Research Groups


Hiroshi Yokoi

Takafumi Suzuki

Yoshio Sakurai

Yasushi Kobayashi

Kazuhiko Seki

Atsushi Nambu

Shinji Kakei

Takashi Hanakawa

subjects

Reflex walk modeling for physically changed person
(Leader: Hiroshi Yokoi, The University of Tokyo)

Study on brain adaptation using rat-machine fusion systems and multi functional neural electrodes
(Leader: Takafumi Suzuki, The University of Tokyo)

Analysis of relation between neuronal coding and body movement using BMI
(Leader: Yoshio Sakurai, Kyoto University)

Exploration of reinforcement learning and motivation mechanism in the brainstem-midbrain-basal ganglia circuits
(Leader: Yasushi Kobayashi, Osaka University)

Neural correlates of muscle synergy in hand movement
(Leader: Kazuhiko Seki, National Institute for Physiological Sciences)

Movement control by the basal ganglia
(Leader: Atsushi Nanbu, National Institute for Physiological Sciences)

Quantitative evaluation of movement disorders in muscle space for patients with cerebellar degeneration or Parkinson's disease
(Leader: Shinji Kakei, Tokyo Metropolitan Organization for Medical Research)

Understanding of adaptive mechanisms of gait by combining neuroimaging, electrophysiology and computational methods
(Leader: Takashi Hanakawa, National Center of Neurology and Psychiatry)