Organization
Planned Research
Management Group X00
Comprehensive research Management for understanding the plasticity mechanism of body representations in brain
Principal Investigator: Jun Ota (Professor, The University of Tokyo)
Research Project A01
Neural mechanisms inducing plasticity on body representations
Principal Investigator: Hiroshi Imamizu (Professor, The University of Tokyo)
Research Project A02
Neural adaptative mechanism for physical changes
Principal Investigator: Kazuhiko Seki (Director, NCNP)
Adaptive embodied-brain function due to alteration of the postural-locomotor synergies
Principal Investigator: Kaoru Takakusaki (Professor, Asahikawa Medical University)
Research Project B01
Modeling of slow dynamics on body representations in brain
Principal Investigator: Hajime Asama (Professor, The University of Tokyo)
Research Project B02
Modeling of motor control that alters body representations in brain
Principal Investigator: Jun Ota (Professor, The University of Tokyo)
Research Project C01
Neurorehabilitation based upon brain plasticity on body representations
Principal Investigator: Shin-ichi Izumi (Professor, Tohoku University)
Research Project C02
Rehabilitation for postural/movement impairments using sensory intervention
Principal Investigator: Nobuhiko Haga (Professor, The University of Tokyo)
Subscribed Research
Research Project A03
Visualization of Brain Functional Dynamism by hybrid functional analysis with real-time feedback
Principal Investigator: Kyosuke Kamada (Department Head/Professor, Asahikawa Medical University)
Neural Basis for the Reference Frame and the Functional Synergies in Controlling Eye-head Coordination
Principal Investigator: Yuriko Sugiuchi (Associate Professor, Tokyo Medical and Dental University)
Development of assistive technologies for rehabilitation by visualizing neural representation of muscle synergies using electroencephalography
Principal Investigator: Natsue Yoshimura (Associate Professor, Tokyo Institute of Technology)
Human Fronto-Parietal Network for Embodied-Brain System: A Combined Electrocorticographic Decoding, Stimulation and Lesion Study
Principal Investigator: Riki Matsumoto (Professor, Kobe University)
Understanding the interaction between tactile and nociceptive information in the somatosensory cortex and controlling of nociception
Principal Investigator: Hironobu Osaki (Assistant Professor, Tokyo Women’s Medical University)
Body representation changes underlying motor recovery after internal capsular stroke in macaques
Principal Investigator: Noriyuki Higo (Senior Researcher, AIST)
Research Project B03
Elucidation of the synergy reformation mechanism for neural function recovery
Principal Investigator: Tetsuro Funato (Associate Professor, The University of Electro-Communications)
Transformation of body representations in embodiment process of active artificial limb
Principal Investigator: Yasuhisa Hasegawa (Professor, Nagoya University)
Emergence of Fast/Slow Dynamics of Body Image in Muscular Skeletal Humanoid Robot
Principal Investigator: Koh Hosoda (Professor, Osaka University)
Investigation of adaptation process of the upper limb by artificially-disabled healthy participants
Principal Investigator: Natsuki Miyata (Senior Researcher, AIST)
Research Project C03
The relationship between body consciousness and motor control aspects of body representation in the brain
Principal Investigator: Arito Yozu (Associate Professor, Ibaraki Prefectural University of Health Sciences)
Motor Skill Training/Analysis of brain plasticity Through Muscle Contraction Pattern-Based Direct Rehabilitation
Principal Investigator: Keisuke Shima (Associate Professor, Yokohama National University)
Study on kinesthetic illusion induced by visual stimulation under the mixed reality and brain functional connectivity
Principal Investigator: Fuminari Kaneko (Associate Professor, Keio University)
Development of comprehensive measurement system of balance function to monitor the effect of rehabilitative interventions
Principal Investigator: Masahiko Mukaino (Lecturer, Fujita Health University)
Effect of “Hybrid-Neurorehabilitation to improve Sense of Agency” for patients with stroke hemiplegia
Principal Investigator: Shu Morioka (Professor, Kio University)