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Symposium


理研シンポジウム:脳の現実感を操作するーげっ歯類の神経科学におけるバーチャルリアリティの可能性
RIKEN symposium:Manipulating the sense of reality - The potential of virtual reality for neuroscience in rodents

  • Place:Room G(303)
  • Time:2014/9/13 15:00 - 17:00
  • S3-G-1-4

Active visual processing in visual cortex of behaving mice

  • Georg Keller:1 
  • 1:Friedrich Miescher Institute, Switzerland 

Symposium


記憶情報の統合と分離に関わる神経回路の最前線
Frontiers in Neuronal Circuits for Memory Association and Separation

  • Place:Room A(Main Hall)
  • Time:2014/9/13 17:10 - 19:10
  • S3-A-2-1

Optogenetic Manipulations of Memory Engrams

  • Xu Liu:1,2 Steve Ramirez:1 Susumu Tonegawa:1,2 
  • 1:RIKEN-MIT Center for Neural Circuit Genetics at the Picower Institute for Learning and Memory, MIT, Cambridge, USA 2:Howard Hughes Medical Institute, MIT, Cambridge, USA 

Symposium


記憶情報の統合と分離に関わる神経回路の最前線
Frontiers in Neuronal Circuits for Memory Association and Separation

  • Place:Room A(Main Hall)
  • Time:2014/9/13 17:10 - 19:10
  • S3-A-2-2

神経細胞集団の動態による記憶統合プロセス
Memory association process based on the cell ensemble dynamics

  • 井ノ口 馨 / Kaoru Inokuchi:1,2 
  • 1:富山大学 / University of Toyama, Japan 2:CREST, JST / CREST, JST, Japan 

Symposium


記憶情報の統合と分離に関わる神経回路の最前線
Frontiers in Neuronal Circuits for Memory Association and Separation

  • Place:Room A(Main Hall)
  • Time:2014/9/13 17:10 - 19:10
  • S3-A-2-3

New Excitatory Input from the Entorhinal Cortex into the Hippocampus Inhibits the Associations of Temporally Discontinuous Events

  • 北村 貴司 / Takashi Kitamura:1 
  • 1:RIKEN-MIT Center for Neural Circuit Genetics at the Picower Institute for Learning and Memory, Massachusetts Institute of Technology (MIT), USA / RIKEN-MIT Center for Neural Circuit Genetics at the Picower Institute for Learning and Memory, Massachusetts Institute of Technology (MIT), USA 

Symposium


記憶情報の統合と分離に関わる神経回路の最前線
Frontiers in Neuronal Circuits for Memory Association and Separation

  • Place:Room A(Main Hall)
  • Time:2014/9/13 17:10 - 19:10
  • S3-A-2-4

歯状回における空間情報処理と成体ニューロン新生の相互作用
Mutual interaction between spatial information processing and adult neurogenesis in the dentate gyrus

  • 田代 歩 / Ayumu Tashiro:1,2 
  • 1:Warwick-NTU Neuroscience Programme, School of Biological Sciences, Nanyang Technological University, Singapore / Warwick-NTU Neuroscience Programme, School of Biological Sciences, Nanyang Technological University, Singapore 2:Warwick-NTU Neuroscience Programme, School of Life Sciences, University of Warwick, Coventry, UK / Warwick-NTU Neuroscience Programme, School of Life Sciences, University of Warwick, Coventry, UK 

Symposium


記憶情報の統合と分離に関わる神経回路の最前線
Frontiers in Neuronal Circuits for Memory Association and Separation

  • Place:Room A(Main Hall)
  • Time:2014/9/13 17:10 - 19:10
  • S3-A-2-5

海馬に於けるパターン分離とパターン補完の回路メカニズム
Network mechanisms of pattern separation and completion in hippocampus

  • 深井 朋樹 / Tomoki Fukai:1 
  • 1:理化学研究所脳科学総合研究センター / Brain Sci.Inst., RIKEN, Saitama, Japan 

Symposium


共感性の神経基盤
The neural basis of empathetic systems

  • Place:Room B(501)
  • Time:2014/9/13 17:10 - 19:10
  • S3-B-3-1

Observational fear learning in the mouse

  • Hee Sup Shin 
  • 1:Center for Cognition and Sociality, Institute for Basic Science, Korea / Center for Cognition and Sociality, Institute for Basic Science, Korea 

Symposium


共感性の神経基盤
The neural basis of empathetic systems

  • Place:Room B(501)
  • Time:2014/9/13 17:10 - 19:10
  • S3-B-3-2

サルとイヌにおける共感性関連行動
Empathy-related behaviors in monkeys and dogs

  • 藤田 和生 / Kazuo Fujita:1 
  • 1:京都大院・文・心理 / Grad Sch Letters, Kyoto Univ, Kyoto, Japan 

Symposium


共感性の神経基盤
The neural basis of empathetic systems

  • Place:Room B(501)
  • Time:2014/9/13 17:10 - 19:10
  • S3-B-3-3

医療関係者の燃え尽き症候群を共感性に関する脳活動から予測できるか?
Can we predict burnout among medical professionals from empathy-related brain activity?

  • 高橋 英彦 / Hidehiko Takahashi:1 
  • 1:京都大学 / Department of Psychiatry Kyoto University Hospital, Japan 

Symposium


共感性の神経基盤
The neural basis of empathetic systems

  • Place:Room B(501)
  • Time:2014/9/13 17:10 - 19:10
  • S3-B-3-4

Make Contact: The role of eye contact in spontaneous social cognition and its impairment in individuals with autism spectrum disorder

  • Atsushi Senju:1 
  • 1:Birkbeck, University of London, London, UK 

Symposium


注意の脳内ネットワーク
Network of attention in human and macaque

  • Place:Room C(502)
  • Time:2014/9/13 17:10 - 19:10
  • S3-C-3-1

A cognitive function of the default mode network (DMN) in monkeys: shifting of selective attention

  • Wim Vanduffel:1,2,3 Natalie Caspari:1 Rik Vandenberghe:1 
  • 1:Laboratory of Neuro- and Psychophysiology, KU Leuven Medical School, Belgium 2:Athinoula A. Martinos Center for Biomedical Imaging, Charlestown, Massachusetts, USA 3:Department of Radiology, Harvard Medical School, Boston, Massachusetts, USA 

Symposium


注意の脳内ネットワーク
Network of attention in human and macaque

  • Place:Room C(502)
  • Time:2014/9/13 17:10 - 19:10
  • S3-C-3-2

磁気刺激と機能的MRIを用いた注意のネットワーク解析
Network of attention revealed by TMS and fMRI

  • 坂井 克之 / Katsuyuki Sakai:1 
  • 1:玉川大学 / Tamagawa University, Japan 

Symposium


注意の脳内ネットワーク
Network of attention in human and macaque

  • Place:Room C(502)
  • Time:2014/9/13 17:10 - 19:10
  • S3-C-3-3

Neuronal response gain modulation around the time of microsaccades

  • Ziad Hafed:1 
  • 1:Tüebingen University, Tuebingen, Germany 

Symposium


注意の脳内ネットワーク
Network of attention in human and macaque

  • Place:Room C(502)
  • Time:2014/9/13 17:10 - 19:10
  • S3-C-3-4

視覚サリエンシーに関わる脳内ネットワーク
Brain network for visual saliency

  • 吉田 正俊 / Masatoshi Yoshida:1,2 
  • 1:自然科学研究機構 生理学研究所 / Dept.of Developmental Physiol., Natl Inst.for Physiol.Sci., Okazaki, Japan 2:総合研究大学院大学 生命科学研究科 / Sch. Life Sci., Grad. Univ. Adv. Stud., Hayama, Japan 

Symposium


蛋白質・オルガネラ品質管理病としてのパーキンソン病
Disruption of quality control system of protein/organella and Parkinson's diseases

  • Place:Room E(301)
  • Time:2014/9/13 17:10 - 19:10
  • S3-E-3-1

パーキンソン病の新たな病態機構-レトロマー障害
Retromer dysfunction as an emerging mechanism of Parkinson's disease

  • 長谷川 隆文 / Takafumi Hasegawa:1 
  • 1:東北大学 / Department of Neurology, Tohoku University School of Medicine, Japan 

Symposium


蛋白質・オルガネラ品質管理病としてのパーキンソン病
Disruption of quality control system of protein/organella and Parkinson's diseases

  • Place:Room E(301)
  • Time:2014/9/13 17:10 - 19:10
  • S3-E-3-2

α-シヌクレインの生理的・病的機能におけるセリン129リン酸化の多様な役割
Multiple Roles of Ser129-Phosphorylation in Physiological and Pathological Functions of α-Synuclein

  • 荒若 繁樹 / Shigeki Arawaka:1 佐藤 裕康 / Hiroyasu Sato:1 加藤 丈夫 / Takeo Kato:1 
  • 1:山形大・医・第3内科 / Dept Neurol, Yamagata Univ, Faculty of Med, Yamagata, Japan 

Symposium


蛋白質・オルガネラ品質管理病としてのパーキンソン病
Disruption of quality control system of protein/organella and Parkinson's diseases

  • Place:Room E(301)
  • Time:2014/9/13 17:10 - 19:10
  • S3-E-3-3

若年性パーキンソン病原因遺伝子産物によるミトコンドリア品質管理のメカニズム
Mitochondrial quality control by the gene products of early-onset Parkinson's disease

  • 今居 譲 / Yuzuru Imai:1 
  • 1:順天堂大院・医 / Dept Med, Juntendo Univ , Tokyo, Japan 

Symposium


蛋白質・オルガネラ品質管理病としてのパーキンソン病
Disruption of quality control system of protein/organella and Parkinson's diseases

  • Place:Room E(301)
  • Time:2014/9/13 17:10 - 19:10
  • S3-E-3-4

細胞外α-synuclein: パーキンソン病のバイオマーカーとしての有用性、およびその分解システムについて
Extracellular α-synuclein species: usefulness as a biomarker for Parkinson’s disease, and their degradation system

  • 徳田 隆彦 / Takahiko Tokuda:1 
  • 1:京都府立医科大学 / Kyoto Prefectural University of Medicine, Japan 

Symposium


蛋白質・オルガネラ品質管理病としてのパーキンソン病
Disruption of quality control system of protein/organella and Parkinson's diseases

  • Place:Room E(301)
  • Time:2014/9/13 17:10 - 19:10
  • S3-E-3-5

The role of protein aggregation in pathogenesis and spread of neurodegenerative disease

  • Ron R. Kopito 
  • 1:Department of Biology, Stanford University, USA / Department of Biology, Stanford University, USA 

Symposium


脳での痛みのメカニズム
Pain Brain

  • Place:Room F(302)
  • Time:2014/9/13 17:10 - 19:10
  • S3-F-3-1

痛み情動の慢性化における炎症情報の意義
Amygdala plasticity in the chronification process of inflammatory pain

  • 加藤 總夫 / Fusao Kato:1,2 
  • 1:東京慈恵会医科大学・神経科学研究部 / Dept Neurosci, Jikei Univ Sch Med, Japan 2:東京慈恵会医科大学・痛み脳科学センター / Center for Neuroscience of Pain, Jikei Univ Sch Med, Japan 

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