Organization
Graduate Faculty of Interdisciplinary Research Faculty of Medicine Basic Science for Clinical Medicine (Neurophysiology) Assistant Professor
Title
Assistant Professor
Chimoto Sohei
Research History
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University of Yamanashi Assistant Professor
2017.4
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University of Yamanashi Assistant Professor
2007.4
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山梨大学助手(生理学講座第２教室)
2002.10
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山梨医科大学助手(生理学第２)
2000.4
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Japan Science and Technology Corporation,
1999 - 2000
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Research Fellow,
1997 - 1998
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Research Assistant
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Understanding the Brain, Researcher
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the Japan Society for the Promotion of Science
Degree
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Ph.D. ( 1998.3 )
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M.S. ( 1994.3 )
Research Areas
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Others / Others / ・Neuronal processing of auditory infomation in cerebral cortex
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Life Science / Neuroscience-general
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Life Science / Physiology
Research Interests
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神経・筋肉生理学
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・大脳聴覚野における音声情報処理機構
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・Neuronal processing of auditory infomation in cerebral cortex
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Neurophysiology
Subject of research
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The human vowel and animal vocalization contain periodic and nonperiodic elements. The latter are the noise and the former are harmonic component frequencies that are multiples of the fundamental frequency. The human and animals are thought to recognize their sounds by detecting the distribution of the amplitude of the component frequencies. The question of how to process the sound information in the level of a single neuron is still open. A change of intervals of component frequencies is perceived as a change in pitch and this pitch perception has been reported to be perceived by higher vertebrate, for example, humans, monkeys, and cats. Although it has been proposed that the pitch perception result from central processing, little is known about the neural mechanism. To elucidate the neural mechanism of sound processing, we will record neural activities from auditory cortex in alert cat and examine their responses to pure tone or complex tone, by using electrophysiological techniques.
Research Projects
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自然音知覚に関連する高次聴覚野の音情報処理機構
2023.4 - 2024.3
基盤研究(C)
地本宗平
Authorship：Principal investigator Type of fund：：Science research expense
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自然音知覚に関連する高次聴覚野の音情報処理機構
2022.4 - 2023.3
基盤研究(C)
地本宗平
Authorship：Principal investigator Type of fund：：Science research expense
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自然音知覚に関連する高次聴覚野の音情報処理機構
2021.4 - 2022.3
基盤研究(C)
地本宗平
Authorship：Principal investigator Type of fund：：Science research expense
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自然音知覚に関連する高次聴覚野の音情報処理機構
2020.4 - 2022.3
基盤研究(C)
地本宗平
Authorship：Principal investigator Type of fund：：Science research expense
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音色知覚の基礎となる大脳皮質処理機構
2016.4 - 2020.3
地本宗平
Authorship：Principal investigator Type of fund：：Science research expense
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音色知覚の基礎となる大脳皮質処理機構
2016.4 - 2019.3
地本宗平
Authorship：Principal investigator Type of fund：：Science research expense
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音色知覚の基礎となる大脳皮質処理機構
2016.4 - 2019.3
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音色知覚の基礎となる大脳皮質処理機構
2016.4 - 2019.3
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ヒトの言葉の母音や動物の鳴き声など生物学的に意味を持つ音声は非周期性の要素と周期性をもつ要素から構成される。非周期性の要素は雑音であり、周期性をもつ要素は基本周波数とその倍音からなる楽音である。ヒトや動物はこれら楽音の周波数スペクトルの振幅の分布を検出することで音声認識をおこなっていると考えられているが、ニューロンレベルの音声処理機構は不明である。また周波数スペクトルの間隔の変化は音の高さ(ピッチ)の変化と知覚されるが、この知覚はヒト以外にサル、ネコ等多くの高次脊椎動物に存在する。このピッチ知覚は聴・・・
Grant type：Competitive
ヒトの言葉の母音や動物の鳴き声など生物学的に意味を持つ音声は非周期性の要素と周期性をもつ要素から構成される。非周期性の要素は雑音であり、周期性をもつ要素は基本周波数とその倍音からなる楽音である。ヒトや動物はこれら楽音の周波数スペクトルの振幅の分布を検出することで音声認識をおこなっていると考えられているが、ニューロンレベルの音声処理機構は不明である。また周波数スペクトルの間隔の変化は音の高さ(ピッチ)の変化と知覚されるが、この知覚はヒト以外にサル、ネコ等多くの高次脊椎動物に存在する。このピッチ知覚は聴覚中枢で処理されて生じることが指摘されているが、その神経機構は明らかにされていない。電気生理学的手法を用い、ネコ大脳皮質聴覚野からニューロン活動を記録し、純音や複合音刺激に対する反応を調べ、大脳聴覚野における音声情報処理の神経機構を明らかにする。
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The human vowel and animal vocalization contain periodic and nonperiodic elements. The latter are the noise and the former are harmonic component frequencies that are multiples of the fundamental frequency. The human and animals are thought to recogn・・・
Grant type：Competitive
The human vowel and animal vocalization contain periodic and nonperiodic elements. The latter are the noise and the former are harmonic component frequencies that are multiples of the fundamental frequency. The human and animals are thought to recognize their sounds by detecting the distribution of the amplitude of the component frequencies. The question of how to process the sound information in the level of a single neuron is still open. A change of intervals of component frequencies is perceived as a change in pitch and this pitch perception has been reported to be perceived by higher vertebrate, for example, humans, monkeys, and cats. Although it has been proposed that the pitch perception result from central processing, little is known about the neural mechanism. To elucidate the neural mechanism of sound processing, we will record neural activities from auditory cortex in alert cat and examine their responses to pure tone or complex tone, by using electrophysiological techniques.
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Neural Mechanism of Auditory System
Grant type：Competitive
Papers
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Response patterns to sound amplitude changes in neurons of auditory cortices. Major achievement
Sohei Chimoto
Proceedings of the Auditory Research Meeting, The Acoustical Society of Japan 53 ( 4 ) 111 - 114 2023.6
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Comparison of response patterns to sound amplitude changes among neurons in different auditory fields.
Sohei Chimoto
The Journal of Physiological Sciences volume 73 ( supplement 1 ) 89 - 89 2023.5
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Relationships between pure-tone response duration and variety of responses to multiple sound stimuli in the primary auditory cortex.
Sohei Chimoto
The Journal of Physiological Sciences volume 72 ( supplement 1 ) 115 - 115 2022.3
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Response properties to amplitude changes of sound envelope in the neurons of the anterior auditory fields Major achievement
Sohei Chimoto
The Journal of Physiological Science 70 ( supple.1 ) 124 - 124 2020.3
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Evaluation of a GPU-based auditory functional model with physiological data Reviewed
Kazuyuki Sano, Kenji Ozawa, Masanori Morise, Yu Sato, Sohei Chimoto
Acoustical Science and Technology 41 ( 1 ) 373 - 375 2020.1( ISSN：1346-3969 )
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Response patterns of higher auditory cortex neurons during ramped and damped sounds Reviewed Major achievement
The Journal of Physiological Science 69 ( supple.1 ) 141 - 141 2019.3
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Response patterns of higher auditory cortex neurons during ramped and damped sounds
The Journal of Physiological Science 67 ( supple.1 ) 93 - 93 2017.3
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Effect of different phase spectra on neuronal activities in the primary auditory cortex Major achievement
The Journal of Physiological Sciences 66 ( supple.1 ) 131 - 131 2016.3
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Sound coding in auditory cortex; studies from single unit activities in the primary auditory cortex (A1) of awake animals Major achievement
The Journal of Physiological Sciences 65 ( supple.1 ) 52 - 52 2015.3
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Spectral and temporal sensitivity of sustained and phasic neurons investigated for multiple sounds in the primary auditory cortex of awake cats Major achievement
The Journal of Physiological Sciences 64 ( supple.1 ) 191 - 191 2014.3
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RESPONSE CHARACTERISTICS OF PRIMARY AUDITORY CORTEX NEURONS UNDERLYING PERCEPTUAL ASYMMETRY OF RAMPED AND DAMPED SOUNDS Reviewed
Neuroscience 256 309 - 321 2014.1
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Stimulus parameters effective to evoke detection behaviors in the primary auditory cortex Reviewed
Proc. Auditory Res. Meeting, The Acoustical Society of Japan 42 ( 8 ) 633 - 635 2012.11
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Chronic microstimulation of cat audtitory cortex effective to evoke detection behaviors. Reviewed
Neuroscience ( 206 ) 81 - 88 2012.1
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覚醒ネコ第一次聴覚野における持続性細胞の音圧レベル感受性を模擬する機能モデル Reviewed
合田哲也,小澤賢司,木下雄一朗,佐藤悠,地本宗平
日本音響学会誌 67 ( 9 ) 395 - 401 2011.4
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Neural mechanisms of interstimulus interval-dependent responses in the cat primary audtitory cortex.
Sakai, M.,Chimoto, S.,Qin, L.,Wang, J.,Sato, Y.
The Journal of Physiological Sciences ( 60(suppl.) ) S128 2010.3
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覚醒ネコ第一次聴覚野における持続性細胞の機能モデルに関する基礎的研究
合田 哲也,小澤 賢司,木下 雄一朗,佐藤 悠,地本 宗平
日本音響学会2010年秋季研究発表会講演集 85 2009.9
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Modelling the slope sensitivity of primary auditory cortex nerurons in awake cats Reviewed
Ozawa, K,Koike, Y,Wakagi, H,Sato, Y,Chimoto, S
Proc. of The 20th IASTED International Conference on Modelling and Simulation (MS 2009) 106 - 111 2009.7
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Differential representation of spectral and temporal information by primary auditory cortex neurons in awake cats: relevance to auditory scene analysis. Reviewed
Masashi SAKAI,Sohei CHIMOTO,Ling QIN,Yu SATO
Brain Research ( 1265 ) 80 - 92 2009.4
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Neural mechanisms of interstimulus interval-dependent responses in the primary auditory cortex of awake cats Reviewed Major achievement
Masashi SAKAI,Sohei CHIMOTO,Ling QIN,Yu SATO
BMC Neuroscience 10 ( 10 ) 2009.2
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Neural mechanisms of temporal information processing in primary auditory cortex of awake cat
Masashi Sakai,Sohei Chimoto,Ling Qin,Jing Wang,Yu Sato
The Journal of Physiological Sciences 58(suppl.) S171 2008.3
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Comparison between offset and onset responses of primary auditory cortex on-off neurons in awake cats Reviewed Major achievement
Ling QIN,Sohei CHIMOTO,Masashi SAKAI,ＪｉｎｇＹｕ Ｗａｎｇ,Yu SATO
Journal of Neurophysiology 97 3421 - 3431 2007.3
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Interaction of excitatory and inhibitory frequency-receptive fields in determining fundamental frequency sensitivity of primary auditory cortex neurons in awake cats Reviewed Major achievement
Ling QIN,Masashi SAKAI,Sohei CHIMOTO,Yu SATO
Cerebral Cortex 15 1371 - 1383 2005.10
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Spectral-shape preference of primary auditory cortex neurons in awake cats Reviewed Major achievement
Ling QIN,Sohei CHIMOTO,Masashi SAKAI,Yu SATO
Brain Research 1024 167 - 175 2004.10
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Spectral-edge sensitivity of primary auditory cortex neurons in alert cats Reviewed Major achievement
Ling QIN,Masashi SAKAI,Sohei CHIMOTO,Yu SATO
BRAIN RESEARCH 1 - 13 2004.6
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Time course of tonal frequency-response-area of primary auditory cortex neurons in alert cats Reviewed Major achievement
Ling QIN,Toshihiro KITAMA,Sohei CHIMOTO,Shuichi SAKAYORI,Yu SATO
NEUROSCIENCE RESEARCH 145 - 152 2003.6
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Time course of frequency response area of phasic, phasic-tonic and tonic cells of primary auditory cortex in alert cats Major achievement
Ling QIN,Toshihiro KITAMA,Sohei CHIMOTO,Yu SATO
Neuroscience Research Supplement 26 S78 2003.6
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Excitatory and Inhibitory Frequency Response-Areas of Primary Auditory Cortex Neurons during Complex Tone Stimuli in Alert Cats Major achievement
Ling QIN,Sohei CHIMOTO,Toshihiro KITAMA,Shuichi SAKAYORI,Yu SATO
The Japanese Journal of Physiology Vol.52(Suppl) S151 2002.12
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Critical spectral regions for vowel identification. Reviewed Major achievement
Shuichi SAKAYORI,Toshihiro KITAMA,Sohei CHIMOTO,Ling QIN,Yu SATO
NEUROSCIENCE RESEARCH 43 155 - 162 2002.6
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Tonal response patterns of primary auditory cortex neurons in alert cats. Reviewed Major achievement
Sohei CHIMOTO,Toshihiro KITAMA,Ling QIN,Shuichi SAKAYORI,Yu SATO
BRAIN RESEARCH 934 34 - 42 2002.4
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Firing responses to pure tone stimuli of primary auditory cortex neurons in awake cats Major achievement
Sohei CHIMOTO,Toshihiro KITAMA,Ling QIN,Shuichi SAKAYORI,Yu SATO
Neuroscience Research ( Suppl25 ) S59 2002.4
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Neuronal Activity in Monkey Cortical Area 6 during the Initial Phase of Smooth Pursuit against a Stationary Background Reviewed Major achievement
Yasushi KODAKA,Sohei CHIMOTO,Kenji KAWANO
ANNALS OF THE NEW YORK ACADEMY OF SCIENCES 460 - 463 2002.4
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Single Unit Responses to Pure Tone Stimuli in Primary Auditory Cortex of Alert Cat Major achievement
Toshihiro KITAMA,Sohei CHIMOTO,Shuichi SAKAYORI,Ling QIN,Yu SATO
Japanese Jornal of Physiology 51 ( Supple ) S214 2001.12
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Firing responses to pure tone stimuli of primary auditory cortex neurons in awake cats. Major achievement
Sohei CHIMOTO,Toshihiro KITAMA,Ling QIN,Shuichi SAKAYORI,Yu SATO
Neuroscience Research S25 59 2001.9
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Disynaptic Inhibition of Omnipause Neurons Following Electrical Stimulation of the Superior Colliculus in Alert Cats Reviewed Major achievement
Kaoru YOSHIDA,Yoshiki IWAMOTO,Sohei CHIMOTO,Hiroshi SHIMAZU
JOURNAL OF NEUROPHYSIOLOGY 2639 - 2642 2001.3
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Projection and firing properties of vertical eye-movement-related neurons with down ward on-directions in the interstitial nucleus of Cajal Reviewed Major achievement
Journal of Neurophysiology ( 81 ) 1199 - 1211 1999
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Saccade-Related inhibitory input to pontine omnipause neurons : An introcellular Study in alert cat Reviewed Major achievement
Journal of Neurophysiology ( 82 ) 1198 - 1208 1999
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Monosyraptic activation of mediumtead burst neurons from the superior collicullus in the alert cat. Reviewed Major achievement
Journal of Neurophysiology 75 ( 6 ) 2658 - 2661 1996
Books and Other Publications
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生き物と音の事典 Major achievement
地本宗平 生物音響学会編集（ Role： Joint Work2-21音の3要素関連情報の符号化、2-22一次聴覚野細胞の持続性応答）
朝倉書店 2019.11 （ ISBN:978-4-254-17167-9 ）
Presentations
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Response patterns to sound amplitude changes among neurons in different auditory fields. International conference
Sohei Chimoto
The 4th International Symposium on Frontend Brain Science 2024.2 Yamanashi GLIA Center, University of Yamanashi
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Response patterns to sounds with amplitude change in neurons of auditory cortices. Major achievement
Sohei Chimoto
Proceedings of the Auditory Research Meeting, The Acoustical Society of Japan 2023.6
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Comparison of response patterns to sound amplitude changes among neurons in different auditory fields. Major achievement
Sohei Chimoto
The 100th Annual Meeting of the Physiological Society of Japan 2023.3 The Physiological Society of Japan
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The presence of two cell types with different response time-courses explains the variety of response patterns for all kinds of artificial and natural sounds in the primary auditory cortex. International conference
Sohei Chimoto
NEURO2022 The 45th Annual Meeting of the Japan Neuroscience Society 2022.7
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Relationships between pure-tone response duration and variety of responses to multiple sound stimuli in the primary auditory cortex. Major achievement
Sohei Chimoto
The 99th Annual Meeting of the Physiological Society of Japan 2022.3 The Physiological Society of Japan
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Response properties to amplitude changes of sound envelope in the neurons of the anterior auditory fields. Major achievement
Sohei Chimoto
The 97th annual meeting of the physiological society of japan 2020.3
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Neural responses to artificial and natural sounds in higher auditory cortices. Major achievement
Chimoto, S.
NEURO2019: The 41th Annual Meeting of the Japan Neuroscience Society, The 62nd Annual Meeting of the Japanese Society for Neurochemistry 2019.7 The Japan Neuroscience Society The Japanese Society for Neurochemistry
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Response preference to artificial and environmental natural sounds in higher auditory cortices. International conference Major achievement
Chimoto, S
The 9th federation of the asian and oceanian physiological societies congress 2019.3
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Neural responses to artificial and natural sounds in higher auditory cortices Major achievement
Sohei Chimoto
The 41st Annual Meeting of the Japan Neuroscience Society 2018.7
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音圧変化の方向に感受性を示す高次聴覚野ニューロン Major achievement
地本宗平
第64回中部生理学会 2017.10
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Response patterns of higher auditory cortex neurons related to perception of temporally asymmetric sounds Major achievement
2017.7
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ramp音およびdamp音刺激中の高次聴覚野ニューロンの応答パターン
第94回日本生理学会大会 2017.3
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異なる位相スペクトラムが一次聴覚野神経活動に与える影響
第93回日本生理学会大会 2016.3
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Response patterns of auditory cortex neurons related to asymmetrical perception of ramped and damped sounds Major achievement
2015.7
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Sound coding in auditory cortex – studies from single unit activities in the primary auditory cortex (A1) of awake animals Major achievement
2015.3
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ソース・フィルタ型音声合成における有声音の位相が聴覚野の神経細胞応答に与える影響について ～覚醒ネコ第一次聴覚野の神経細胞応答に基づく検討～
森勢将雅,大久保快走,地本宗平,佐藤悠,小澤賢司
電子情報通信学会技術研究報告 2014.11 電子情報通信学会
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GPGPU による聴覚機能モデルの生理学データを用いた評価
佐野 和行,森勢 将雅,小澤 賢司,佐藤 悠,地本 宗平
日本音響学会講演論文集 2014.9 日本音響学会
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GPGPUによる聴覚機能モデルを用いた覚醒ネコ第一次聴覚野の神経細胞応答模擬 ～持続性細胞，一過性細胞を用いた検証～
佐野和行,森勢将雅,小澤賢司,佐藤悠,地本宗平
信学技報 2014.8 電子情報通信学会
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覚醒ネコ一次聴覚野における持続性および一過性反応細胞の多様な音刺激に対するスペクトルおよび時間情報感受性 Major achievement
地本宗平,尋木駿,佐藤悠
第９１回日本生理学会大会 2014.3 日本生理学会
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Stimulus parameters effective to evoke detection behaviors in the primary auditory cortex
Proc. Auditory Res. Meeting, The Acoustical Society of Japan 2012.11
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Stimulus pulse parameters effective to elicit detection behaviors of cats with auditory cortex implants
The 35th annual meeting of the japan neurosciece society 2012.9
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Offset and onset responses of primary auditory cortex neurons in awake cats Major achievement
JingYu Wang,Ling QIN,Sohei CHIMOTO,Masashi SAKAI,Yu SATO
第84回日本生理学会大会 2007.3
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Neural Mechanisms of the Fusion Threshold and Order Threshold in the Primary Auditory Cortex of Cats Major achievement
Masashi SAKAI,Sohei CHIMOTO,Ling QIN,Yu SATO
The 36th Annual Meeting of the Society for Neuroscience 2006.10
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Cortical processing of the slope and level of the sound envelope in awake cats Major achievement
Sohei CHIMOTO,Ling QIN,Masashi SAKAI,Yu SATO
International conference on the auditory cortex The listening brain 2006.9
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Neural mechanisms of periodicity cording Major achievement
Masashi SAKAI,Sohei CHIMOTO,Ling QIN,Yu SATO
The 27th Annual Meeting of Japan Neuroscience Society 2006.7
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Spectral cue responses os sustained response neurons in the primary auditory cortex Major achievement
Yu SATO,Sohei CHIMOTO,Masashi SAKAI
The Physiological Sciety of Japan 2006.3
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Periodicity coding of primary auditory cortex neurons in awake cats: in relation to tonal response patterns Major achievement
Masashi SAKAI,Sohei CHIMOTO,Ling QIN,Yu SATO
Society for Neuroscience 2005.11
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Optimal spectral-cues for sustained response neurons in the primary auditory cortex Major achievement
Yu SATO,Ling QIN,Masashi SAKAI,Sohei CHIMOTO
Society for Neuroscience 2005.11
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異なるスペクトラル包絡をもつ複合音に対する覚醒ネコ大脳一次聴覚野ニューロンの応答 Major achievement
地本宗平,秦嶺,酒井雅史,佐藤悠
第８２回日本生理学会大会 2005.8
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Fundamental frequency sensitivity of primary auditory cortex neurons in cats Major achievement
Yu SATO,Ling QIN,Masashi SAKAI,Sohei CHIMOTO
Japan Neuroscience Society 2005.7
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Neural responses to complex tone with different spectral-shape in primary auditory cortex od alert cats Major achievement
Sohei CHIMOTO,Ling QIN,Masashi SAKAI,Yu SATO
The Physiological Scoety of Japan 2005.5
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Neural processing of spectral-shape in primary auditory cortex of awake cats Major achievement
Ling QIN,Sohei CHIMOTO,Masashi SAKAI,Yu SATO
Society for Neuroscience 2004.10
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Response patterns of primary auditory cortex neurons to complex tone stimuli in alert cats. Major achievement
Ling QIN,Sohei CHIMOTO,Toshihiro KITAMA,Yu SATO
THE JAPANESE JOURNAL OF PHYSIOLOGY 2004.1
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Effect of rise time on neural responses to pure tone stimulus in the primary auditory cortex of alert cats. Major achievement
Sohei CHIMOTO,Ling QIN,Toshihiro KITAMA,Yu SATO
THE JAPANESE JOURNAL OF PHYSIOLOGY 2004.1
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Rise time sensitivity of the primary auditory cortex neurons in alert cats. Major achievement
Sohei CHIMOTO,Ling QIN,Toshihiro KITAMA,Yu SATO
Neuroscience Research 2003.12
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Spectral analysis of the complex-tone of by the primary auditory cortex neurons of alert cats. Major achievement
Ling QIN,Sohei CHIMOTO,Toshihiro KITAMA,Yu SATO
Neuroscience Research 2003.12
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Excitatory and inhibitory frequency responses area relevant to complex tone responsiveness of alert cat auditory cortex neurons Major achievement
Yu SATO,Ling QIN,Sohei CHIMOTO,Masashi SAKAI,Toshihiro KITAMA
International Coference on Auditory Cortex 2003 2003.9
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Tonal rise-time sensitivity of the primary auditory cortex neurons in alert cat Major achievement
Sohei CHIMOTO,Ling QIN,Toshihiro KITAMA,Masashi SAKAI,Yu SATO
International Conference on Auditory Cortex 2003 2003.9
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Time course of tonal frequency-response-area of tonic, phasic-tonic and phasic cells of alert cat primary auditory cortex Major achievement
Toshihiro KITAMA,Ling QIN,Sohei CHIMOTO,Masashi SAKAI,Yu SATO
International Conference on Auditory Cortex 2003 2003.9
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Complex-tone response patterns of the tonic and phasic-tonic cells in alert cat primary auditory cortex Major achievement
Ling QIN,Sohei CHIMOTO,Toshihiro KITAMA,Masashi SAKAI,Yu SATO
International Conference on Auditory Cortex 2003 2003.9
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覚醒ネコ一次聴覚野ニューロンの音刺激のrise timeに対する感受性 Major achievement
地本 宗平,秦 れい,北間 敏弘,佐藤 悠
第26回日本神経科学大会 2003.7
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覚醒ネコ大脳皮質一次聴覚野細胞の複雑音周波数解析 Major achievement
秦 れい,地本 宗平,北間 敏弘,佐藤 悠
第26回日本神経科学大会 2003.7
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複合音刺激に対する覚醒ネコ大脳皮質一次聴覚野ニューロンの応答パターン Major achievement
秦 れい,地本 宗平,北間 敏弘,佐藤 悠
第80回日本生理学会 2003.3
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覚醒ネコ大脳皮質一次聴覚野ニューロンの純音刺激応答に対するrise timeの影響 Major achievement
地本 宗平,秦 れい,北間 敏弘,佐藤 悠
第80回日本生理学会 2003.3
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母音認知に必要不可欠な周波数領域 Major achievement
酒寄 秀一,北間 敏弘,地本 宗平,秦 れい,佐藤 悠
第25回日本神経科学大会 2002.7
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覚醒ネコ大脳皮質一次聴覚野phasic cell, phasic-tonic cell, tonic cellの周波数分解能 Major achievement
秦 れい,地本 宗平,北間 敏弘,酒寄 秀一,佐藤 悠
第25回日本神経科学大会 2002.7
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複合音刺激に対する覚醒ネコ大脳皮質一次聴覚野ニューロンの周波数応答野 Major achievement
秦 れい,地本 宗平,北間 敏弘,酒寄 秀一,佐藤 悠
第79回日本生理学会大会 2002.3
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覚醒ネコ大脳皮質一次聴覚野ニューロンの純音刺激に対する応答パターン Major achievement
地本 宗平,北間 敏弘,秦 れい,酒寄 秀一,佐藤 悠
第24回日本神経科学 2001.9
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覚醒ネコ大脳皮質一次聴覚野ニューロンの純音刺激に対する応答特性 Major achievement
北間 敏弘,地本 宗平,酒寄 秀一,秦 れい,佐藤 悠
第78回日本生理学会大会 2001.3
Teaching Experience (On-campus)
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Neuroscience Major achievement
2023Year Type of subject：Professional education (undergraduate)
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Physiology Major achievement
2023Year Type of subject：Professional education (undergraduate)
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病態生理論 Major achievement
2023Year Type of subject：Professional education (undergraduate)
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生理学実習 Major achievement
2023Year Type of subject：Professional education (undergraduate)
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病態生理論 Major achievement
2022Year Type of subject：Professional education (undergraduate)
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Physiology Major achievement
2022Year Type of subject：Professional education (undergraduate)
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Neuroscience Major achievement
2022Year Type of subject：Professional education (undergraduate)
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生理学実習 Major achievement
2022Year Type of subject：Professional education (undergraduate)
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生理学実習 Major achievement
2021Year Type of subject：Professional education (undergraduate)
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Neuroscience Major achievement
2021Year Type of subject：Professional education (undergraduate)
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Physiology Major achievement
2021Year Type of subject：Professional education (undergraduate)
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病態生理論１ Major achievement
2021Year Type of subject：Professional education (undergraduate)
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生理学実習 Major achievement
2020Year Type of subject：Common education (undergraduate)
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病態生理論１ Major achievement
2020Year Type of subject：Common education (undergraduate)
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生理学実習 Major achievement
2019Year Type of subject：Common education (undergraduate)
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病態生理論１ Major achievement
2019Year Type of subject：Common education (undergraduate)
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病態生理論１ Major achievement
2018Year Type of subject：Common education (undergraduate)
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生理学実習 Major achievement
2018Year Type of subject：Common education (undergraduate)
Other undergraduate student guidance
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2019
guidance or Notices other than the above - total time：6hours
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2018
guidance or Notices other than the above - total time：6hours
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2017
guidance or Notices other than the above - total time：6hours
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2016
guidance or Notices other than the above - total time：6hours
Teaching achievements
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教育FD研修会に参加
2023.04.07
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教育FD研修会に参加
2022.04.07
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教育FD研修会に参加
2021.04.07
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教育FD研修会に参加
2020.04.07
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教育FD研修会に参加
2019.03.27
Other educational achievements
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CBT委員（サイトマネージャー）として運営に参加した。
2023
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生理学実習での反転授業の実施およびオンライン授業によるコロナウィルス感染予防対策
2023
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CBT委員（サイトマネージャー）として運営に参加した。
2022
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CBT機構派遣監督者講習会に参加した。
2022
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臨床試験OSCE実施責任者補助を担当した。
2022
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CBT委員（サイトマネージャー）として運営に参加した。
2020
Social Activities
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The 4th International Symposium on Frontend Brain Science
Role(s)： Organizing member
Yamanashi GLIA Center, University of Yamanashi OMURA HALL, University of Yamanashi 2024.2
Professional Memberships
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日本神経科学会
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日本生理学会