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Tokushima University ⟩ Graduate School of Biomedical Sciences ⟩ 医学域 ⟩ 先端医学教育研究プロジェクト ⟩
Tokushima University ⟩ Graduate School of Biomedical Sciences ⟩ 医学域 ⟩ Medical Science ⟩ Physiological Sciences ⟩ Department of Anatomy and Cell Biology ⟩
Tokushima University ⟩ Faculty of Medicine ⟩ School of Medicine ⟩ Course of Integrated Brain Sciences ⟩ Anatomy and Cell Biology ⟩ 		(Files for researchmap) [PDF manual] [Auto-propagate to researchmap]

Research

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Subject of Study

Book / Paper

Proceeding of International Conference:

1. Naoki Komatsu, Tsukiji Shinya, Miyawaki Atsushi and Kenta Terai :
Chemogenetic mTORC1 activation regulates the cell cycle under hypoxia.,
International Conference on Bottom-up Biotechnology for Understanding and Engineering Living Systems 2025, n/a, n/a, n/a, 恩納村, Nov. 2025.

Et cetera, Workshop:

1. Naoki Komatsu, Tsukiji Shinya, Miyawaki Atsushi and Kenta Terai :
Chemogenetic mTORC1 activation regulates the cell cycle under hypoxia.,
2025 年度 徳島大学先端酵素学研究所シンポジウム, Aug. 2025.
2. Naoki Komatsu, Tsukiji Shinya, Miyawaki Atsushi and Kenta Terai :
Development of a chemogenetic tool for specific activation of mTORC1 in living cells,
Joint Meeting of JSCB 77th and JSDB 58th, Jul. 2025.
3. Naoki Komatsu, Tsukiji Shinya, Miyawaki Atsushi and Kenta Terai :
Development of a chemogenetic tool for temporal control of mTORC1 activity in living cells,
学術変革領域研究(A) 「生物を凌駕する無細胞分子システムの ボトムアップ構築学」 第 5 回領域会議, Apr. 2025.

Grants-in-Aid for Scientific Research (KAKEN Grants Database @ NII.ac.jp)

  • Unraveling the mechanism for keeping cellular homeostasis with temporal and specific control of mTORC1 activity. (Project/Area Number: 25K09622 )
  • Unraveling mTORC1 activity dynamics and its information processing in cell proliferation (Project/Area Number: 22K06230 )
  • Platform for light-inducible, biochemical labeling of ribosomes in living single cells for the novel single-cell analytics based on seamlessly connected live cell imaging and transcriptomics (Project/Area Number: 18K19313 )
  • Unraveling the working principle of MEK inhibitor resistance in cancer cells by artificial control of cell growth signal dynamics (Project/Area Number: 16K21109 )
  • The development of fundamental bioimaging technologies for comprehensive understanding (Project/Area Number: 15H05948 )
  • Quantitative analysis of MEK inhibitor resistance in cancer cells based on reconstitution of cell growth signaling (Project/Area Number: 26890015 )
  • Search by Researcher Number (30737440)