Researchers

Education and Career

Education

• - 1991 , Meiji University, Faculty of Engineering,
• - 1991 , Meiji University, 工学部,
• - 1996 , Tokyo Institute of Technology, Bioscience and Biotechnology,
• - 1996 , Tokyo Institute of Technology, Graduate School, Division of Life Science and Engineering,

Research Activities

Research Areas

• Nanotechnology/Materials, Polymer chemistry
• Environmental science/Agricultural science, Environmental materials/recycling technology

Research Interests

糖鎖工学, Glyco technology

Published Papers

1. Functional Ingredients and Food Preservative in Immature Persimmon “Tekka-Kaki”
   Akiyoshi Sawabe; Natsumi Ohnishi; Sachiko Yoshioka; Kunihiro Kusudo; Kenichi Kanno; Yoshiyuki Watanabe
   Processes  9  (11)  , 1989-1989, 8, Nov. 2021 
2. Basil seed gum (BSG) : It's extraction conditions and water absorption properties.
   Kanno, Kenichi; Hojo, Saya; Yonesaki, Narumi; Ishikawa, Tatsuhiro; Yasutomi, Masaki; Nakayama, Rin; Ishikawa, Kenta
   Kayanomori  (33)  , 33-38, Jul. 2021 
3. Long-Lasting Bubble and Its Mechanism
   笛田 和希; 山本 七彩; 横山 遥; 手嶋 日菜子; 五十川 奈穂; 柴田 航志; 中原 涼花; 乘次 優希奈; 宮川 光林; 田中 聖子; 平野 貴士; 上野 桃子; 藤戸 文子; 高嶋 綾香; 菅野 憲一
   かやのもり  24  (24)  , 15-24, Jul. 2016  , Refereed

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Books etc

1. ゲル化・増粘剤の使い方と新しいゲルの活用事例 , 第２章 第３節 ゲルの膨潤性の測定評価 , 第２章 第３節 ゲルの膨潤性の測定評価 , Jan. 2025

Conference Activities & Talks

1. 植物資源の有効利用を目指した持続可能な多孔質材料の開発 , 畑中 大和; 菅野憲一 , 福岡県環境教育学会第27回年会 , 10, Aug. 2024
2. 天然多糖多孔質ゲルの吸着・徐放に関する研究 , 大野満輝, 畑中大和, 菅野憲一 , 第61回化学関連支部合同九州大会 , 29, Jun. 2024
3. キトサン含有ゲルの合成と機械的性質に関する研究 , 鳴海嶺; 奈尾鳴海; 菅野憲一 , 第61回化学関連支部合同九州大会 , 29, Jun. 2024

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MISC

1. 海藻から得られる金属イオン吸着材 , KANNO KEN'ICHI , 配管技術 , 57 , 1 , 26 , 31 , 1, Jan. 2015
2. Water Environmental Education in University , KANNO KEN'ICHI; HAYATA AKI; NAMBU YUKA; TAJIMA MIKI; ANTOKU HARUKA; KOBA YURIE; SETO KEITA; SHIROZU TAKESHI; INOUE YASUTOSHI; TSURUOKA TAKAHIRO; KAYANO HIKARI; MIYAZAKI MEGUMI; MARUO KOKI; OKAMOTO KOKI , 近畿大学産業理工学部研究報告 , 17 , 1 , 7 , 25, Dec. 2012
   Summary:[Abstract] Water environmental education plays an important part in sustainable development. Currently, many universities have begun to focus on environmental education for graduate and under graduate students. We focused on water environmental education for under graduate students of university.宮﨑, 愛 MARUO, Kouki OKAMOTO, Kouki
3. Environmental Education under the Partnership between University and Schools Supported by Science Partnership Project , KANNO KEN'ICHI; KAWAZUMI HIROFUMI; KARUBE MORIO; KANEKO YOICHI , 近畿大学産業理工学部研究報告 , 14 , 22 , 27 , 20, Jul. 2011
   Summary:[Abstract] Environmental education plays an important part in maintaining biodiversity. Currently, many institutes and groups in Japan have begun to focus on environmental education. Kinki University Fukuoka Campus has coordinated with many schools in Fukuoka prefecture to run a project called the Science Partnership Project (SPP). People from a broad range of disciplines and positions are employing creative approaches to engage in environmental education. Further, groups from a multitude of backgrounds, such as school teachers, research institutions, government administrations, NPOs, companies, and even conglomerates, have begun working together on this issue. Education aimed at future members of society, such as university and high school students, is as important. Given the fact that biodiversity has major economic implications under the present environmental consciousness, it is important that businesses have knowledge of the significance of maintaining biodiversity.

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Patents

1. 開環重合性モノマー及びその重合体及びそれらの製造方法

Research Grants & Projects

1. Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research, Investigation of soft-material , Kinki University
2. 日本学術振興会, 科学研究費助成事業, 官能基の導入部位及び分子量を制御した高分子量グルコサミン含有多糖の合成 , 東京工業大学
3. Functsonal Carbohydrate Polymers

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