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上田 壮志

ALUMNI 2025年9月現在、筑波大学が主たる所属機関ではありません

Kanda, Takeshi

藤田医科大学 , 精神・神経病態研究拠点 , 講師
Fujita Health University , Mind-Brain Research & Innovation Center for Drug Generation , Senior Assistant Professor

オープンアクセス版の論文は「つくばリポジトリ」で読むことができます。
  1. 1. Diverse firing profiles of Crhbp-positive neurons in the dorsal pons suggestive of their pleiotropic roles in REM sleep regulation in mice. Yoshifumi Arai; Mitsuaki Kashiwagi; Takeshi Kanda; Iyo Koyanagi (+3 著者) Yu Hayashi
      The Journal of neuroscience : the official journal of the Society for Neuroscience (2025)
  2. 2. Sequential transitions of male sexual behaviors driven by dual acetylcholine-dopamine dynamics Ai Miyasaka; Takeshi Kanda; Naoki Nonaka; Yuka Terakoshi (+9 著者) Qinghua Liu
      Neuron (2025)
  3. 3. A novel GABAergic population in the medial vestibular nucleus maintains wakefulness and gates REM sleep Daiki Nakatsuka; Takeshi Kanda; Makito Sato; Yukiko Ishikawa (+1 著者) Masashi Yanagisawa
      iScience 109289 (2024) Semantic Scholar
  4. 4. Sequential Transitions of Male Sexual Behaviors Driven by Dual Acetylcholine-Dopamine Dynamics Ai Miyasaka; Takeshi Kanda; Naoki Nonaka; Yuka Terakoshi (+8 著者) Qinghua Liu
      (2023) Semantic Scholar
  5. 5. Hawkes process modeling quantifies complicated firing behaviors of cortical neurons during sleep and wakefulness Takeshi Kanda; Toshimitsu Aritake; Kaoru Ohyama; Kaspar E Vogt (+4 著者) Noboru Murata
      (2023) Semantic Scholar
  6. 6. Optogenetic induction of hibernation-like state with modified human Opsin4 in mice Takahashi, Tohru M; Hirano, Arisa; Kanda, Takeshi; Saito, Viviane M (+8 著者) Sakurai, Takeshi
      Cell reports methods 2: 100336 (2022) Semantic Scholar
  7. 7. Optogenetic induction of hibernation-like state with modified human Opsin4 in mice Takahashi, Tohru M; Hirano, Arisa; Kanda, Takeshi; Saito, Viviane M (+8 著者) Sakurai, Takeshi
      Cell reports methods 2: 100336 - 100336 (2022) Semantic Scholar
  8. 8. Detecting cell assemblies by NMF-based clustering from calcium imaging data Nagayama, Mizuo; Aritake, Toshimitsu; Hino, Hideitsu; Kanda, Takeshi (+3 著者) Murata, Noboru
      Neural Networks 149: 29 (2022) Semantic Scholar
  9. 9. Cerebral capillary blood flow upsurge during REM sleep is mediated by A2a receptors Tsai, Chia-Jung; Nagata, Takeshi; Liu, Chih-Yao; Suganuma, Takaya (+8 著者) Hayashi, Yu
      Cell reports 36: 109558 (2021) Semantic Scholar
  10. 10. Structure of cortical network activity across natural wake and sleep states in mice Kaoru Ohyama; Takeshi Kanda; Takehiro Miyazaki; Natsuko Tsujino (+8 著者) Kaspar E. Vogt
      PLOS ONE 15: e0233561 (2020) Semantic Scholar
  11. 11. Dynamics of cortical local connectivity during sleep/wake states and the homeostatic process Takehiro Miyazaki; Takeshi Kanda; Natsuko Tsujino; Ryo Ishii (+4 著者) Masashi Yanagisawa
      Cerebral Cortex 30: 3977 (2020) Semantic Scholar
  12. 12. Imaging Sleep and Wakefulness Kanda, Takeshi; Miyazaki, T; Yanagisawa, M
      Make Life Visible (2019) Semantic Scholar
  13. 13. Sleep State Analysis Using Calcium Imaging Data by Non-negative Matrix Factorization 永山瑞生; 有竹俊光; 日野英逸; 上田壮志 (+3 著者) 村田昇
      Artificial Neural Networks and Machine Learning – ICANN 2019: Theoretical Neural Computation 119: 102 (2019) Semantic Scholar
  14. 14. 非負値行列因子分解を用いたカルシウムイメージングデータからの睡眠状態解析 永山瑞生; 有竹俊光; 日野英逸; 上田壮志 (+3 著者) 村田昇
      情報論的学習理論と機械学習研究会 (IBISML) (2019)
  15. 15. Anatomical and electrophysiological development of the hypothalamic orexin neurons from embryos to neonates Yukino Ogawa; Takeshi Kanda; Kaspar Vogt; Masashi Yanagisawa
      JOURNAL OF COMPARATIVE NEUROLOGY 525: 3809 (2017) Semantic Scholar
  16. 16. Activation of ventral tegmental area dopamine neurons produces wakefulness through dopamine D-2-like receptors in mice Yo Oishi; Yoshiaki Suzuki; Koji Takahashi; Toshiya Yonezawa (+3 著者) Michael Lazarus
      BRAIN STRUCTURE & FUNCTION 222: 2907 (2017) Semantic Scholar
  17. 17. Anatomical and Electrophysiological Development of the Hypothalamic Orexin Neurons from Embryos to Neonates Ogawa, Yukino; Kanda, Takeshi; Vogt, Kaspar; Yanagisawa, Masashi
      The Journal of comparative neurology 525: 3809 (2017) Semantic Scholar
  18. 18. Nonpeptide orexin type-2 receptor agonist ameliorates narcolepsy-cataplexy symptoms in mouse models Yoko Irukayama-Tomobe; Yasuhiro Ogawa; Hiromu Tominaga; Yukiko Ishikawa (+10 著者) Masashi Yanagisawa
      PROCEEDINGS OF THE NATIONAL ACADEMY OF SCIENCES OF THE UNITED STATES OF AMERICA 114: 5731 (2017) Semantic Scholar
  19. 19. Nonpeptide orexin type-2 receptor agonist ameliorates narcolepsy-cataplexy symptoms in mouse models. Y, Irukayama-Tomobe; Y, Ogawa; H, Tominaga; Y, Ishikawa (+10 著者) M, Yanagisawa
      Proc Natl Acad Sci U S A. 114: 5731 (2017) Semantic Scholar
  20. 20. Promising techniques to illuminate neuromodulatory control of the cerebral cortex in sleeping and waking states Kanda, Takeshi; Ohyama, Kaoru; Muramoto, Hiroki; Kitajima, NamiSekiya, Hiroshi
      Neuroscience research 118: 92 (2017) Semantic Scholar
1 2
  1. 1. 睡眠学の百科事典 (担当:分担執筆, 範囲:睡眠実験の研究技法②―脳波・筋電図、睡眠実験の研究技法③―神経活動の記録)
    丸善出版 2024年6月 (ISBN: 9784621309216)
  2. 2. 分子精神医学 本堂茉莉; 上田壮志 (担当:分担執筆, 範囲:レム睡眠行動障害（RBD）のしくみ)
    先端医学社 2018年
  3. 3. 医学のあゆみ 本堂茉莉; 上田壮志 (担当:分担執筆, 範囲:レム睡眠行動障害のメカニズム)
    2017年
  1. 1. The brain state-dependent dynamics of local cortical networks 上田壮志
    Neuroscience Symposium "The past and the future of synaptic physiology" 2024年2月13日 招待有り
  2. 2. カルシウムイメージングと機械学習による脳状態依存的に遷移する皮質機能的ネットワークの定量化 上田壮志
    第4回「サル脳新技術研究会」 2023年2月25日 招待有り
  3. 3. マウス成体脳ネットワーク動態の可視化～ウイルスベクターによる遺伝子導入から機械学習解析まで～ 上田壮志
    NEURO2022 2022年6月30日 招待有り
  4. 4. 脳状態と脳機能を結ぶ大脳皮質局所機能的ネットワークのダイナミクス 上田壮志
    富山大学行動生理学特別セミナー 2022年1月21日 招待有り
  5. 5. δオピオイド受容体作動薬のストレス誘発うつ様症状の治療効果とその副作用発現機序の解明 徳田明久; 南雲康行; 片山; 上田壮志; 上園保仁; 山本直司; 斉藤毅; 沓村, 憲樹; 長瀬博
    第40回鎮痛薬・オピオイドペプチドシンポジウム 2021年9月4日 鎮痛薬・オピオイドペプチド研究会
  6. 6. Sleep State Analysis Using Calcium Imaging Data by Non-negative Matrix Factorization Nagayama, Mizuo; Aritake, Toshimitsu; Hino, Hideitsu; Kanda, Takeshi; Miyazaki, Takehiro; Yanagisawa, Masashi; Akaho, Shotaro; Murata, Noboru
    28th International Conference on Artificial Neural Networks (ICANN) 2019年9月17日

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