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髙田 健太

ALUMNI 2026年3月現在、筑波大学が主たる所属機関ではありません

Takada, Kenta

医学医療系 , 助教
Faculty of Medicine , Assistant Professor
  1. 1. Formulation of Time-Dependent Cell Survival with Saturable Repairability of Radiation Damage Sakae T; Takada K; Kamizawa S; Terunuma TAndo K
      Radiation Research 200: 139 (2023)
  2. 2. Implementation of simplified stochastic microdosimetric kinetic models into PHITS for application to radiation treatment planning. Sato T; Hashimoto S; Inaniwa T; Takada KKumada H
      International Journal of Radiation Biology 97: 1450 (2021)
  3. 3. Evaluation of RBE-weighted doses for various radiotherapy beams based on a microdosimetric function implemented in PHITS. Takada K; Sato T; Kumada H; Sakurai HSakae T
      Journal of Physics: Conference Series 1662: 012004 (2020)
  4. 4. Multimodal Monte Carlo treatment system capable of microdosimetry with PHITS. Kumada H; Takada K; Sato T; Sakurai HSakae T
      Journal of Physics: Conference Series 1662: 012020 (2020)
  5. 5. Computational evaluation of dose distribution for BNCT treatment combined with X-ray therapy or proton beam therapy. Takada K; Kumada H; Matsumura A; Sakurai HSakae T
      Applied Radiation and Isotopes 165: 109295 (2020)
  6. 6. Verification for dose estimation performance of a Monte-Carlo based treatment planning system in University of Tsukuba. Kumada H; Takada K; Aihara T; Matsumura A (+1 著者) Sakae T
      Applied Radiation and Isotopes 166: 109222 (2020) Semantic Scholar
  7. 7. Evaluation of the characteristics of the neutron beam of a linac-based neutron source for boron neutron capture therapy Kumada H; Takada K; Tanaka S; Matsumoto Y (+6 著者) Sakae T
      Applied Radiation and Isotopes 165: 109246 (2020) Semantic Scholar
  8. 8. Monitoring patient movement with boron neutron capture therapy and motion capture technology Kumada H; Takada K; Terunuma T; Aihara T (+2 著者) Sakae T
      Applied Radiation and Isotopes 163: 109208 (2020) Semantic Scholar
  9. 9. Establishment of a new three-dimensional dose evaluation method considering variable relative biological effectiveness and dose fractionation in proton therapy combined with high-dose-rate brachytherapy. Kobayashi D, Isobe T, Takada K, Mori Y, Takei H, Kumada H, Kamizawa S, Tomita T, Sato E, Yokota H, Sakae T.
      Journal of Medical Physics 44: 270 (2020)
  10. 10. Beam performance of the iBNCT as a compact linac-based BNCT neutron source developed by University of Tsukuba Kumada H; Takada K; Naito F; Kurihara T (+4 著者) Sakae T
      AIP Conference Proceedings 2160: 050013 (2019) Semantic Scholar
  11. 11. 3D‐printable lung phantom for distal falloff verification of proton Bragg peak Koketsu J; Kumada H; Takada K; Takei H (+4 著者) Sakae T
      Journal of Applied Medical Physics 20: 86 (2019)
  12. 12. DEVELOPMENT OF A MULTIMODAL MONTE CARLO BASED TREATMENT PLANNING SYSTEM. Kumada H; Takada K; Sakurai Y; Suzuki M (+3 著者) Sakae T
      Radiation protection dosimetry 180: 286 (2018) Semantic Scholar
  13. 13. Validation of the physical and RBE-weighted dose estimator based on PHITS coupled with a microdosimetric kinetic model for proton therapy Kenta Takada; Tatsuhiko Sato; Hiroaki Kumada; Junichi Koketsu (+2 著者) Takeji Sakae
      Journal of Radiation Research 59: 91 (2018) Semantic Scholar
  14. 14. Investigation of the neutron spectrum measurement method for dose evaluation in boron neutron capture therapy Onishi T; Kumada H; Takada K; Naito F (+1 著者) Sakae T
      Applied Radiation and Isotopes 140: 5 (2018) Semantic Scholar
  15. 15. Development of LINAC-based neutron source for boron neutron capture therapy in university of Tsukuba Hiroaki Kumada; Fujio Naito; Kazuo Hasegawa; Hitoshi Kobayashi (+5 著者) Takeji Sakae
      Plasma and Fusion Research 13: 2406006 (2018) Semantic Scholar
  16. 16. Treatment planning system and patient positioning for boron neutron capture therapy Kumada H; Takada K
      Therapeutic Radiology and Oncology 2: 50 (2018)
  17. 17. DEVELOPMENT OF A MULTIMODAL MONTE CARLO BASED TREATMENT PLANNING SYSTEM Kumada, Hiroaki; Takada, Kenta; Sakurai, Yoshinori; Suzuki, Minoru (+3 著者) Sakae, Takeji
      Radiation protection dosimetry 180: 286 (2017) Semantic Scholar
  18. 18. Neutron spectral fluence measurements using a Bonner sphere spectrometer in the development of the iBNCT accelerator-based neutron source Akihiko Masuda; Tetsuro Matsumoto; Kenta Takada; Takahiro Onishi (+4 著者) Takeji Sakae
      APPLIED RADIATION AND ISOTOPES 127: 47 (2017) Semantic Scholar
  19. 19. Development of simple high-precision two-dimensional dose-distribution measurement method for proton beam therapy using imaging plate and EBT3 Yutaro Mori; Tomonori Isobe; Yoshiki Yamaguchi; Hideyuki Takei (+7 著者) Takeji Sakae
      AUSTRALASIAN PHYSICAL & ENGINEERING SCIENCES IN MEDICINE 39: 687 (2016) Semantic Scholar
  20. 20. Effect of biological factors on successful measurements with skeletal-muscle 1H-MRSs Tomonori Isobe; Yoshikazu Okamoto; Yuji Hirano; Hiroki Ando (+7 著者) Hiroaki Suzuki
      Therapeutics and Clinical Risk Management 12: 1133 (2016) Semantic Scholar
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  1. 1. Neutron Capture Therapy Hiroaki Kumada; Kenta Takada; Tetsuya Mukawa; Hanna Koivunoro (担当:分担執筆)
    Springer Cham 2025年 (ISBN: 9783031825910)
  2. 2. 粒子線治療と技術開発の現状：陽子線の線量分布 髙田健太; 榮武二 (担当:共著)
    臨床放射線，金原出版株式会社 2023年2月
  3. 3. Proton Beam Radiotherapy -Physics and Biology- Kenta Takada (担当:分担執筆)
    Springer Nature 2020年1月
  4. 4. Proton Beam Radiotherapy -Physics and Biology- Yutaro Mori; Takeji Sakae; Kenta Takada; Hideyuki Takei (担当:分担執筆)
    Springer Nature 2020年1月
  5. 5. 医学物理士精選問題集 初版 高田健太 (担当:分担執筆, 範囲:放射線計測学)
    一般財団法人 日本医学物理士会 2019年6月
  6. 6. 医学物理学教科書シリーズ 放射線物理学 高田健太; 福田茂一 (担当:分担執筆, 範囲:第3章 放射線の発生)
    国際文献社 2019年6月
  1. 1. 「放射線物理学を知るための足がかり」 髙田健太
    公益社団法人日本放射線腫瘍学会第11回放射線治療・物理学セミナー 2023年6月24日 招待有り
  2. 2. リカレント教育講座「放射線物理学」 髙田健太
    公益社団法人日本放射線技術学会第69回関東支部研究発表大会 2022年12月 招待有り
  3. 3. 筑波大新陽子線ビーム評価～モンテカルロ法による基礎的検討～ 岩田樂久; 高田健太; 松谷悠佑; 河野千絵; 神澤聡; 熊田博明; 榮武二
    日本量子医科学学会第２回学術大会 2022年12月
  4. 4. 加速器BNCT場における皮膚線量と生物学的効果比の相関に関するモデル検討 佐藤達彦; 松谷悠佑; 浜田信行; 高田健太; 熊田博明
    第18回日本中性子捕捉療法学会学術大会 2022年10月 招待有り
  5. 5. Microdosimetric applications using PHITS for proton therapy and BNCT based on full mock-up simulation geometries.
    Mini-Micro-Nano-Dosimetry and Innovative Technologies in Radiation Oncology Workshops 2020 2020年2月
  6. 6. Multimodal Monte Carlo Treatment System Capable of Microdosimetry with PHITS.
    Mini-Micro-Nano-Dosimetry and Innovative Technologies in Radiation Oncology Workshops 2020 2020年2月
  7. 7. Dependence of photo-isoeffective on the selection of reference radiation ～基準放射線の選び方による光子等効果線量の変化～ 佐藤達彦; 増永慎一郎; 高田健太; 熊田博明; 浜田信行
    第１6回日本中性子捕捉療法学会学術大会 2019年9月
  8. 8. 炭素線治療ビームにおける二次粒子線の生物影響 平山亮一; 高田健太; 鵜澤玲子; 武島嗣英; 松藤成弘; 松本孔貴; 古澤佳也; 長谷川純崇
    第57回日本放射線腫瘍学会生物部会学術大会 2019年6月
  9. 9. Physical characteristic measurements for the neutron beam generated by the linac-based neutron source for BNCT in University of Tsukuba Hiroaki Kumada; Kenta Takada; Susumu Tanaka; Yoshitaka Matsumoto; Fujio Naito; Toshikazu Kurihara; Kei Nakai; Akira Matsumura; Hideyuki Sakurai; Takeji Sakae
    The 58th Annual Conference of the Particle Therapy Co-Operative Group 2019年6月
  10. 10. Verification of performance for dose estimation for BNCT by the Monte Carlo based multi-modal treatment planning system Hiroaki Kumada; Kenta Takada; Susumu Tanaka; Akira Matsumura; Hideyuki Sakurai; Takeji Sakae
    The 58th Annual Conference of the Particle Therapy Co-Operative Group 2019年6月
  11. 11. 大強度中性子用BSSの開発と加速器BNCT施設での測定 増田明彦; 松本哲郎; 熊田博明; 高田健太; 田中 進; 南 雅己; 堀 順一; 櫻井良憲; 佐野忠史; 原野英樹; 榮 武二
    第66回応用物理学会春季学術講演会 2019年3月
  12. 12. PHITSを活用したマルチ放射線治療用線量評価システム 髙田 健太
    応用物理学会放射線分科会医療放射線技術研究会 2019年1月 招待有り
  13. 13. Macro- and microdosimetry for BNCT based on PHITS Tatsuhiko Sato; Shinichiro Masunaga; Kenta Takada; Hiroaki Kumada; Nobuyuki Hamada
    18th International Congress on Neutron Capture Therapy 2018年11月
  14. 14. Verification for dose estimation performance of a Monte-Carlo based treatment planning system in University of Tsukuba Hiroaki Kumada; Kenta Takada; Teruhito Aihara; Takahiro Ohnishi; Akira Matsumura; Hideyuki Sakurai; Takeji Sakae
    18th International Congress on Neutron Capture Therapy 2018年11月
  15. 15. Development of a novel patient setting & real-time monitoring system using motion capture technology for boron neutron capture therapy Hiroaki Kumada; Kenta Takada; Toshiyuki Terunuma; Teruhito Aihara; Akira Matsumura; Hideyuki Sakurai; Takeji Sakae
    18th International Congress on Neutron Capture Therapy 2018年11月
  16. 16. Dosimetric influence of respiratory motion in boron neutron capture therapy for pulmonary tumor Ryoichi Hinoto; Kenta Takada; Hiroaki Kumada; Teruhito Aihara; Hideyuki Sakurai; Takeji Sakae
    18th International Congress on Neutron Capture Therapy 2018年11月
  17. 17. Computational evaluation of dose distribution including radiation exposure to ambient organs for BNCT treatment combined with X-ray therapy or proton beam therapy Kenta Takada; Hiroaki Kumada; Akira Matsumura; Hideyuki Sakurai; Takeji Sakae
    18th International Congress on Neutron Capture Therapy 2018年11月
  18. 18. Demonstration of BSS unfolding method for BNCT neutron field and development of new BSS using Li-glass scintillators coupled with current-mode-operated PMTs for intense neutron field Akihiko Masuda; Tetsuro Matsumoto; Hiroaki Kumada; Kenta Takada; Jyunichi Hori; Yoshinori Sakurai; Tadafumi Sano; Hideki Harano; Takeji Sakae
    2018 IEEE Nuclear Science Symposium 2018年11月
  19. 19. Evaluation of RBE-weighted doses for various radiotherapy beams based on a microdosimetric function implemented in PHITS Kenta Takada; Tatsuhiko Sato; Hiroaki Kumada; Hideyuki Sakurai; Takeji Sakae
    Mini-Micro-Nano-Dosimetry and Innovative Technologies in Radiation Oncology Workshops 2018年2月
  20. 20. Verification of dose estimation for Monte-Carlo based treatment planning system for boron neutron capture therapy Hiroaki Kumada; Kenta Takada; Teruhito Aihara; Akira Matsumura; Hideyuki Sakurai; Takeji Sakae
    International Conference on Monte Carlo Techniques for Medical Applications 2017年10月
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