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Shidara Munetaka

Researcher's full information

Articles
  • 腹側線条体のニューロンはmotivationに関連したタスクで視覚的キューの意味を学習、コードする.
    設楽 宗孝; アイグナー トーマスG; リッチモンド バリーJ
    第12回生体生理工学シンポジウム, 1997-01
  • 視覚的ノイズ存在下でのパターン認識とサル下部側頭葉のニューロン活動の関係
    設楽 宗孝
    視覚科学フォーラム第2回研究会, 1998-01
  • Information analysis of monkey inferior temporal (IT) neurons doing pattern recognition in the face of visual noise
    設楽 宗孝
    "Neural mechanisms of visual perception and cognition" The 26th SEIRIKEN International Symposium (COE), 2000-03
  • モチベーションと報酬の期待の脳内表現 -腹側線条体と前帯状皮質の情報処理
    設楽 宗孝
    医学の歩み Vol.202 No.3/202(3)/pp.181-185, 2002-01
  • 前部帯状皮質のニューロンは報酬の期待の大きさに関する情報をコードする
    設楽 宗孝
    脳の科学,Vol.25/25/p.173-176, 2003-01
  • Neuronal signals related to reward expectancy in the insular cortex of the monkey.
    Shidara M; Richmond BJ.
    Progress in Sensorimotor Research/ LSR/NEI/NIH/USA, 2003-01
  • Predicting Future Rewards.
    Richmond BJ; Liu Z; Shidara M
    Science/301/pp.179-180, 2003-01
  • Differential encoding of information about progress through multi-trial reward schedules by 3 groups of ventral striatal neurons.
    Shidara M; Richmond BJ
    Neurosci. Res./49/pp.307-314, 2004-01
  • 「帯状皮質における動機づけ・報酬期待の神経機構」
    設楽 宗孝
    生体の科学, 2005-01
  • 帯状皮質における動機づけ・報酬期待の情報処理機構
    設楽 宗孝
    Clinical Neuroscience,Vol.23-11/23(11)/p.1236-1240, 2005-01
  • Effect of visual noise on pattern recognition.
    Shidara M; Richmond BJ
    Exp. Brain Res./163/pp.239-241, 2005-01
  • 「長期および短期の報酬期待をコードするニューロン」
    設楽宗孝
    Clinical Neuroscience/24(3)/pp.350-351, 2006-01
  • A model to explain the emergence of reward expectancy neurons using reinforcement learning and neural network.
    Ishii S; Shidara M; and Shibata K.
    Neurocomputing/69/pp.1327-1331, 2006-01
  • A Comparison of Reward-Contingent Neuronal Activity in Monkey Orbitofrontal Cortex and Ventral Striatum. Guiding Actions toward Rewards.
    Simmons JM; Ravel S; Shidara M; Richmond BJ.
    Ann N.Y. Acad Sci/1121/pp.376-394, 2007-09
  • 「創造性とスポーツトレーニング [コメント-脳科学的観点から]」
    設楽宗孝
    体育の科学/58(2)/pp.114-116, 2008-01
  • A comparison of reward-related neuronal responses in the monkey limbic system.
    Simmons JM.; Bouret S.; Ravel S.; Sugase-Miyamoto Y.; Shi...
    39th Annual meeting of the Society for Neuroscience, Abstract, 2009-10
  • Encoding of stimulus-stimulus associations and reward contingency in monkey perirhinal cortex during conditional association task.
    Uchiyama K.; Matsumoto N.; Shidara M.; Sugase-Miyamoto Y
    39th Annual meeting of the Society for Neuroscience, Abstract, 2009-10
  • Effects of the reward proximity and amount on neuronal signals in rostral part of monkey anterior cingulate cortex.
    Toda K.; Mizuhiki T.; Sugae-Miyamoto Y.; Inaba K.; Richmo...
    39th Annual meeting of the Society for Neuroscience, Abstract, 2009-10
  • Single neuronal responses in monkey dorsal raphe nucleus during multi-trial reward schedule task with different reward amount.
    Inaba K.; Mizuhiki T.; Toda K.; Ozaki S.; Yaguchi K.; Shi...
    39th Annual meeting of the Society for Neuroscience, Abstract, 2009-10
  • 島皮質における報酬期待ニューロンの発火特性 -新しい情報コーディングの可能性-
    設樂宗孝; 水挽貴至
    Clinical Neuroscience/28(4)/p.383-385, 2010-04
  • Dynamic change of neuronal population for integration of stimulus-stimulus and reward contingency signals in monkey perirhinal cortex.
    Ohyama K.; Matsumoto N.; Shidara M.; Sugase-Miyamoto Y.
    40th Annual meeting of the Society for Neuroscience, Abstract, 2010-11
  • The behavioral performance of the rhesus monkey during reward schedule task with and without decision-making.
    Setogawa T; Mizuhiki T; Inaba K; Shidara M.
    40th Annual meeting of the Society for Neuroscience, Abstract, 2010-11
  • Neurons in monkey dorsal raphe nucleus showed activity related to unreward/reward expectancy and acquisition, and reward uncertainty in the reward schedule task.
    Inaba K.; Mizuhiki T.; Setogawa T; Toda K.; Shidara M.
    41th Annual meeting of the Society for Neuroscience, Abstract, 2011-11
  • Comparison of monkeys’ behavioral performances in reward schedule task with and without decision-making by temporal discounting model of reward value.
    Setogawa T; Mizuhiki T; Inaba K; Shidara M.
    41th Annual meeting of the Society for Neuroscience, Abstract, 2011-11
  • Specific neuron represents combinations of visual stimuli in area TE and reward contingency in perirhinal cortex.
    Ohyama K.; Sugase-Miyamoto Y.; Matsumoto N.; Satou C.; Sh...
    41th Annual meeting of the Society for Neuroscience, Abstract, 2011-11