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Basic information
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TAKEI Tomohiko |
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Researcher Basic Information
Researcher Activity Information
- Autogenic spinal excitatory circuit ensures skilled hand movements in primates./bioRxiv/Kim J, Tomatsu S, Umeda T, Takei T, Funato T, Seki K/2025
- Spinal and cortical premotor control of primate dexterous hand movements/bioRxiv/Takei T, Oya T, Seki K/2024
- 未来を予測して身体運動の時間遅れを克服する神経メカニズム/2023/08/01
- Global disinhibition and corticospinal plasticity for drastic recovery after spinal cord injury/bioRxiv/Yamaguchi Reona, Ueno Satoko, Kawasaki Toshinari, Chao Zenas C, Mitsuhashi Masahiro, Isa Kaoru,Takei Tomohiko, Kobayashi Kenta, Takahashi Jun, Onoe Hirotaka, Isa Tadashi/2023
- Neural Network Models for Spinal Implementation of Muscle Synergies./Frontiers in systems neuroscience/Yunqing Song, Masaya Hirashima, Tomohiko Takei/2022
- Neural Basis of Stochastic Optimal Feedback Control: Current Status and Future Directions/Journal of the Society of Instrument and Control Engineers/Jun Izawa, Tomohiko Takei/2022
- 動作の遅れを克服する予測のしくみ/Journal of Health, Physical Education and Recreation/Tomohiko Takei/2021/07/01
- Modeling of hyper-adaptability: from motor coordination to rehabilitation/Advanced Robotics/Harry Eberle , Yoshikatsu Hayashi , Ryo Kurazume , Tomohiko Takei , Qi An/2021/06/24
- Transient deactivation of dorsal premotor cortex or parietal area 5 impairs feedback control of the limb in macaques./Current biology : CB/Tomohiko Takei , Stephen G Lomber , Douglas J Cook , Stephen H Scott/2021/02/10
- Musculoskeletal Modeling and Inverse Dynamic Analysis of Precision Grip in the Japanese Macaque./Frontiers in systems neuroscience/Tsuyoshi Saito, Naomichi Ogihara, Tomohiko Takei, Kazuhiko Seki/2021
- Forelimb force direction and magnitude independently controlled by spinal modules in the macaque./Proceedings of the National Academy of Sciences of the United States of America/Amit Yaron , David Kowalski , Hiroaki Yaguchi , Tomohiko Takei , Kazuhiko Seki/2020/10/15
- Distinct sensorimotor feedback loops for dynamic and static control of primate precision grip./Communications biology/Tomomichi Oya , Tomohiko Takei , Kazuhiko Seki , (TO and TT equally contributed)/2020/04/02
- Independent representations of ipsilateral and contralateral limbs in primary motor cortex./eLife/Heming EA , Cross KP , Takei T , Cook DJ , Scott SH/2019/10
- Visual feedback processing of the limb involves two distinct phases./The Journal of neuroscience/Cross KP , Cluff T , Takei T , Scott SH/2019/07
- Correlations between primary motor cortex activity with recent past and future limb motion during unperturbed reaching./The Journal of neuroscience/Takei T , Crevecoeur F , Herter TM , Cross KP , Scott SH/2018/07
- Neural basis for hand muscle synergies in the primate spinal cord./Proceedings of the National Academy of Sciences of the United States of America/Tomohiko Takei , Joachim Confais , Saeka Tomatsu , Tomomichi Oya , Kazuhiko Seki/2017/08/08
- Nerve-Specific Input Modulation to Spinal Neurons during a Motor Task in the Monkey./The Journal of neuroscience : the official journal of the Society for Neuroscience/Joachim Confais , Geehee Kim , Saeka Tomatsu , Tomohiko Takei , Kazuhiko Seki/2017/03/08
- Representation of Afferent Signals from Forearm Muscle and Cutaneous Nerves in the Primary Somatosensory Cortex of the Macaque Monkey/PLOS ONE/Hiroshi Yamada , Hiroaki Yaguchi , Saeka Tomatsu , Tomohiko Takei , Tomomichi Oya , Kazuhiko Seki/2016/10
- Feedback control during voluntary motor actions/CURRENT OPINION IN NEUROBIOLOGY/Stephen H. Scott , Tyler Cluff , Catherine R. Lowrey , Tomohiko Takei/2015/08
- Mechanism of camptocormia in Parkinson's disease analyzed by tilt table-EMG recording/PARKINSONISM & RELATED DISORDERS/Yoshihiko Furusawa , Takashi Hanakawa , Yohei Mukai , Yuki Aihara , Tomoya Taminato , Yasuyuki Iawata , Tomohiko Takei , Takashi Sakamoto , Miho Murata/2015/07
- Modulation of Spinal Motor Output by Initial Arm Postures in Anesthetized Monkeys/JOURNAL OF NEUROSCIENCE/Hiroaki Yaguchi , Tomohiko Takei , David Kowalski , Takafumi Suzuki , Kunihiko Mabuchi , Kazuhiko Seki/2015/04
- Neurons in red nucleus and primary motor cortex exhibit similar responses to mechanical perturbations applied to the upper-limb during posture./Frontiers in integrative neuroscience/Herter TM , Takei T , Munoz DP , Scott SH/2015/04
- Spinal Premotor Interneurons Mediate Dynamic and Static Motor Commands for Precision Grip in Monkeys/JOURNAL OF NEUROSCIENCE/Tomohiko Takei , Kazuhiko Seki/2013/05
- Synaptic and functional linkages between spinal premotor interneurons and hand-muscle activity during precision grip/FRONTIERS RESEARCH FOUNDATION/FRONTIERS IN COMPUTATIONAL NEUROSCIENCE/2013/04
- Spinal Interneurons Facilitate Coactivation of Hand Muscles during a Precision Grip Task in Monkeys/JOURNAL OF NEUROSCIENCE/Tomohiko Takei , Kazuhiko Seki/2010/12
- Spinomuscular coherence in monkeys performing a precision grip task/JOURNAL OF NEUROPHYSIOLOGY/Tomohiko Takei , Kazuhiko Seki/2008/04
- Activity in the posterior parietal cortex mediates visual dominance over kinesthesia/JOURNAL OF NEUROSCIENCE/Nobuhiro Hagura , Tomohiko Takei , Satoshi Hirose , Yu Aramaki , Michikazu Matsumura , Norihiro Sadato , Eiichi Naito/2007/06
- Reduction of cortico-spinal excitability by transcranial magnetic stimulation at predictable timing/JAPANESE JOURNAL OF PHYSIOLOGY/T Takei , T Hashimoto , N Hagura , M Matsumura , E Naito/2005/04
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- 解剖学的筋骨格モデルに基づくニホンザル精密把握動作の逆動力学解析/2012/ROMBUNNO.G020034/2012/09/08
- G020034 解剖学的筋骨格モデルに基づくニホンザル精密把握動作の逆動力学解析/2012/"G020034/~/1"-"G020034-4"/2012/09
- 神経・筋疾患の解明のための霊長類モデル開発に関する研究/336/~/346/2012
- Application of multi-electrode arrays for recording and stimulating in the cervical spinal cord of a sedated monkey/Kazuhiko Seki , Tomohiko Takei , Hiroaki Yaguchi , Tomomichi Oya/NEUROSCIENCE RESEARCH/ELSEVIER IRELAND LTD/71/E88/~/E89/2011
- Prediction of finger force from the neuronal activities of the primary motor cortex/Duk Shin , Tomohiko Takei , Hiroyuki Kambara , Yasuharu Koike , Kazuhiko Seki/NEUROSCIENCE RESEARCH/ELSEVIER IRELAND LTD/71/E203/~/E203/2011
- Reconsturction of finger force from the M1 activities of a Japanese monkey/Duk Shin , Tomohiko Takei , Hiroyuki Kambara , Yasuharu Koike , Kazuhiko Seki/Neuroscience2011/2011
- Spinal interneurons contribute to generation of muscle synergies in primate grasping/Tomohiko Takei , Kazuhiko Seki/NEUROSCIENCE RESEARCH/ELSEVIER IRELAND LTD/71/E346/~/E346/2011
- サルの神経活動から指先の力を予測する研究/2011
- サルのM1活動から指力を予測する研究/2011
- サルの把握運動中に認められる脊髄‐筋活動間のコヒーレンス/71/5/208/2009/05/01
- Post-spike effects of spinal interneuron in monkeys performing a precision grip task/Tomohiko Takei , Kazuhiko Seki/NEUROSCIENCE RESEARCH/ELSEVIER IRELAND LTD/65/S201/~/S201/2009
- SPINOMUSCULAR COHERENCE IN MONKEY: TASK-DEPENDENT MODULATION AND COMPARISON WITH CORTICOMUSCULAR COHERENCE/Tomohiko Takei , Kazuhiko Seki/JOURNAL OF PHYSIOLOGICAL SCIENCES/SPRINGER TOKYO/59/371/~/371/2009
- 把握運動制御の脳内機構 : 脊髄介在ニューロンの新たな機能(手)/108/282/101/~/105/2008/10
- 脊髄内微小電気刺激のためのパリレン柔軟電極/BMS-08/16-20/9/~/12/2008/09/11
- 随意運動の制御における脊髄介在ニューロンの役割/70/3/118/2008/03/01
- Activity of primate spinal neurons during volitional movement can be characterized by their peripheral input/Kazuhiko Seki , Tomohiko Takei/NEUROSCIENCE RESEARCH/ELSEVIER IRELAND LTD/61/S62/~/S62/2008
- Activity in posterior parietal cortex mediates the visual dominance over kinesthesia/Nobuhiro Hagura , Tomohiko Takei , Satoshi Hirose , Yu Aramaki , Michikazu Matumura , Norihiro Sadato , Eiichi Naito/NEUROSCIENCE RESEARCH/ELSEVIER IRELAND LTD/58/S33/~/S33/2007
- Control of primate grasping movement by spinal cord./Takei T , Seki K/Proc. Int. sympo. Mobiligence./2/153/~/157/2007
- Modulation of spinal unit responses evoked from muscle afferents in a monkey performing an instructed delay task/Kazuhiko Seki , Tomohiko Takei/NEUROSCIENCE RESEARCH/ELSEVIER IRELAND LTD/58/S33/~/S33/2007
- Primary Afferent Depolarizationは自然刺激によって誘発されるか/2007/0/68/~/68/2007
- Spinomuscular coherence in monkey performing a precision grip task/Tomohiko Takei , Kazuhiko Seki/NEUROSCIENCE RESEARCH/ELSEVIER IRELAND LTD/58/S151/~/S151/2007
- Role of primate spinal neurons in controlling precision grip/Tomohiko Takei , Kazuhiko Seki/NEUROSCIENCE RESEARCH/ELSEVIER IRELAND LTD/55/S59/~/S59/2006
- 反応課題中のTMSによる運動誘発電位の解析 1 GO/NO‐GO課題中の主動筋における選択的抑制/25th/203/2002/07/07
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