| Ph. D.   Kyushu University   1997/3 | 
				
			
				| Life Science - Ecology and environment Nanotechnology/Materials - Energy chemistry
 Environmental Science/Agriculture Science - Environmental load reduction and remediation
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				| Understanding of microbial ecosystem Analyses of nitrifying
 denitrifying microorganisms for clean-up water environments.
 Bioremediation of chlorinated ethenes
 Relationship between microbes and rechargeable mineral
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				| Microbial fuel cell, Bioremediation, Energy production, Microbial ecosystem, Wastewater treatment, River, Tidal flat, Microbial metabolic network, Management of Microbial world | 
				
			
				| ・Japanese society of microbial ecology [Note]会員継続中
 [Note]会員継続中
 [Note]理事、会員継続中
 ・The Society for Biotechnology, Japan
 [Note]会員継続中
 [Note]会員継続中
 
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				| http://cheme.eng.shizuoka.ac.jp/wordpress/futamatalab/ | 
				
			
				| [1]. 自然と人間との共存を目指してー 微生物と生態、環境浄化、廃棄物処理とエネルギー生産 ( 2021(FY) -   ) [Category] 3. 環境・エネルギー  [URL][2]. 微生物を利用した新規蓄放電物質の開発 ( 2021(FY) -   ) [Category] 3. 環境・エネルギー  [URL] | 
		
			
			
				
			
				| [1]. Biofilm-derived membrane vesicles exhibit potent immunomodulatory activity in Pseudomonas aeruginosa PAO1 Microbiol. Immunol   68/7   224-236    (2025)   [Refereed] refereed [Internationally co-authored papers] internationally co-authored paper
 [Lead author or co-author]  co-author
 [Author] So Ueno, Mizuki Kanno, Shakhina Sharan, Hiroyuki Futamata, Ryoma Nakano and Yosuke Tashiro  [Notes] Biofilmに関する考察
 [DOI]
 [2]. Uncovering the causal relationships in plant-microbe ecosystems: A time series analysis of the duckweed cultivation system for biomass production and wastewater treatment.
 Science of the Total Environment   20/957   -    177717  (2024)   [Refereed] non-refereed [Internationally co-authored papers] non-internationally co-authored paper
 [Lead author or co-author]  co-author
 [Author] Hidehiro Ishizawa*, Yosuke Tashiro, Takashi Okada, Daisuke Inoue, Michihiko Ike, Hiroyuki Futamata  [Notes] 水処理に関する部分
 [DOI]
 [3]. High throughput apparatus for testing of silicon nitride membranes used in preparation of samples for atmospheric scanning electron microscopy
 IEEE Xplore Conference   /   -    (2024)   [Refereed] refereed [Internationally co-authored papers] internationally co-authored paper
 [Lead author or co-author]  co-author
 [Author] Kretkowski Maciej, Hiroyuki Futamata, Wataru Inami, and Yoshimasa Kawata  [Notes] 実験結果
 [DOI]
 [4]. Pyocianin stimulates membrane vesicle formation in Pseudomonas aerugnosa, but the synthesis is not required for enhanced vesiculation in biofilms
 The Microbe   4/2024   -    100137  (2024)   [Refereed] refereed [Internationally co-authored papers] internationally co-authored paper
 [Lead author or co-author]  co-author
 [Author] So Ueno, Mizuki Kanno, Shakhina Zaman Sharan, Hiroyuki Futamata, Yosuke Tashiro  [Notes] Biofilmとplacktonic cellsに関する考察
 [DOI]
 [5]. Construction of a microbial methanation system and evaluation of air contamination effects
 Geosci. Repts. Shizuoka Univ.   51/   45-56    (2024)   [Refereed] refereed [Internationally co-authored papers] non-internationally co-authored paper
 [Lead author or co-author]  co-author
 [Author] 池浦康平、川野誠、寺尾美菜子、市川幸太、二又裕之、木村浩之  [Notes] 実験操作および考察の一部
 
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				| [1]. (2021)
 [Book type]book(research)
 [Sole author, co-author, or author and editor]  contributor
 [Author]二又裕之   [Total page number] 245  [REP page number] 25-31
 [2]. Green Science and Technology
 CRC Press Taylor & Francis Group   (2019)
 [Book type]book(research)
 [Sole author, co-author, or author and editor]  joint work
 [Author]EY. Park, T. Saito, H. Kawagishi, M. Hara et al.   [Total page number] 337  [REP page number] 1-13
 [3].
 (2014)
 [Book type]book(educational)
 [Sole author, co-author, or author and editor]  joint work
 [Author]二又 裕之
 [Notes] 第2章27 微生物の相互作用(複数者培養系の特殊性、機能)
 [4].
 (2013)
 [Book type]book(research)
 [Sole author, co-author, or author and editor]  joint work
 [Author]二又 裕之
 [Notes] 第1章第3節「微生物燃料電池における微生物共生システムの解明」p26-33
 [5]. Recent Progress in Biofuel Cells
 (2011)
 [Book type]book(research)
 [Sole author, co-author, or author and editor]  joint work
 [Author]監修:加納健司 他30名
 [Notes] 共著担当箇所(第6章179-187)
 
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				| [1]. 同一の群集組成から複数の群集パターンへの分岐メカニズムの解明に向けて 松江数理科学ワークショップ  (2025/5/23)  invited
 [Presenter]三本麗華、二又裕之
 [Notes] 島根県松江市、松江数理科学ワークショップ
 [2]. 2次元複合微生物系の微分方程式モデル:種間相互作用の同定に向けて
 松江数理科学ワークショップ  (2025/5/23)  other
 [Presenter]田中哲、二又裕之
 [Notes] 島根県松江市、松江数理科学ワークショップ
 [3]. Unlocking the interplay between biofilm dispersion and membrane vesicle induction in Pseudomonas aeruginosa
 ISFAR-SU 2025  (2025/3/6)  invited
 [Presenter]Mizuki Kanno, Hiroyuki Futamata, and Yosuke Tashiro
 [Notes] 静岡県浜松市・ISFAR-SU 2025
 [4]. 微生物代謝ネットワークの起点となる自己抑制物質の探索
 静岡大学食品・生物産業創出拠点 第63回研究会  (2024/12/6)  other
 [Presenter]高橋宣博、二又裕之
 [Notes] 静岡県浜松市、静岡大学食品・生物産業創出拠点
 [5]. 分解性有害汚染物質塩素化エテン系化合物の微生物学的嫌気分解に及ぼす蓄電性バイオミネラルの影響
 静岡大学食品・生物産業創出拠点  (2024/12/6)  other
 [Presenter]川島京介、二又裕之
 [Notes] 静岡県浜松市、静岡大学食品・生物産業創出拠点
 
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				| [1]. joint (international)   Clean up of Dioxin contaminated soil inVietnam by horizontal transfer of degradation plasmid leader  ( 2010/9  )
 [2]. joint (international)   Clean up of Dioxin contaminated soil inVietnam by horizontal transfer of degradation plasmid
 leader  ( 2010/9  )
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				| [1]. 微生物制御の新展開:電気的代謝スイッチング制御機構の解明  ( 2021/4  ~ 2024/3 )   Grant-in-Aid for Scientific Research (B)   leader 
 [2]. 微生物生態系のシステム崩壊と再安定化機構の解明  ( 2019/4  ~ 2021/3 )   Challenging Research(Exploratory)   leader
 
 [3]. 超効率的嫌気廃水処理を誘導する微生物電子共生系の解明  ( 2018/4  ~ 2021/3 )   Grant-in-Aid for Scientific Research (B)   leader
 
 [4]. 微生物生態系における発現機能の多様性と調和機構の解明  ( 2015/4  ~ 2017/3 )   Grant-in-Aid for Challenging Exploratory Research   leader
 
 [5]. 微生物により生成される新規蓄放電物質の生成機構の解明  ( 2014/4  ~ 2017/3 )   Grant-in-Aid for Scientific Research (B)   leader
 
 
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				| [1]. 光と電子の融合による超高分解細胞機能イメージング・制御 (2026/4  - 2028/3 ) [Offer orgnization] JST  [System name] CREST  [Role] co-investigator(Kenkyū-buntansha) [2]. 蓄電性バイオミネラルと微生物電気共生系を活用した革新的嫌気排水処理システムの構築 (2024/10  - 2026/3 ) [Offer orgnization] 公益財団法人天野工業技術研究所  [System name] 研究助成  [Role] principal investigator
 [3]. 独創的原理に基づく革新的光科学技術の創生 (2020/10  - 2026/3 ) [Offer orgnization] 科学技術振興機構(JST)  [System name] CREST  [Role] co-investigator(Kenkyū-buntansha)
 [4]. インド国河川における医薬品汚染と薬剤耐性微生物の動態評価 (2020/7  - 2023/6 ) [Offer orgnization] JST  [System name] 二国間交流事業共同研究(インド)  [Role] principal investigator
 [5]. 微生物により生成される高蓄電ミネラルの生成機構解明 (2018/4  - 2020/3 ) [Offer orgnization] 発酵財団研究所  [System name] 平成30年度一般研究助成「研究課題3」  [Role] principal investigator
 
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				| [1].   (2022/9) [2].   (2020/9)
 [Association] 農芸化学会中部
 [3].   (2018/11)
 [4]. Best Presentation Awaard  (2018/11)
 [Winner] Abd Rahman Jabir Mohd Din, Kenshi Suzuki, Masahiro Honjo, Ayaka Minoura, Kensei Masuda, Yosuke Tashiro, and Hiroyuki Futamata  [Association] Shizuoka University
 [5]. 2018-ASM Outstanding Abstract Award  Metabolic networks based on the substrate-spatiotemporal heterogeneity can organize coexistence of microbes (2018/6)
 [Winner] Kenshi Suzuki, Masahiro Honjo, Tomoka Nishimura, Kensei Masuda, Ayaka Minoura, Yosuke Tashiro, and Hiroyuki Futamata  [Association] American Society for Microbiology
 
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				| [1]. 蓄放電可能な物質並びにこれを用いた二次電池及び微生物二次電池 [Application Number] 特願2013-183961  (2013/9/7) [2]. 蓄放電可能な物質並びにこれを用いた二次電池及び微生物二次電池 [Application Number] 特願2012-197971  (2012/9/7)
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				| [1]. 静岡大学食品・生物産業創出拠点 (2024/12) [Role at conference, etc.] is leader  [Site of conference, etc.] 静岡県浜松市
 [2]. 日本生物工学会 CHUBU支部懇話会 (2024/11)
 [Role at conference, etc.] is leader  [Site of conference, etc.] 株式会社日本食品加工(静岡県富士市)
 [3]. The 36th JSME & The 13th ASME  (2023/11)
 [Role at conference, etc.] is leader  [Site of conference, etc.] 浜松市
 [Notes] 国際大会の実行大会委員長を務めた。
 [4]. 2023年度 日本生物工学会 (2023/9)
 [Role at conference, etc.] other  [Site of conference, etc.] 名古屋市
 [Notes] 大会実行副委員長およびプログラム委員長を担当
 [5]. The 3rd Research meeting “Principle of Microbial Ecosystems -how interactions interactions shape community assembly- (2023/3)
 [Role at conference, etc.] is leader  [Site of conference, etc.] 東京都八王子市(東京都立大学)
 
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				| [1]. Short Visit Program (2018/1  - 2018/1 ) [Notes] マレーシアの大学(UTM,UPM,UMP)を訪問、学生も含めた相互の研究発表会を開催。今後の国際共同研究に向けた基盤作り。
 [2]. Short visit program (2016/3  - 2016/3 )
 [Notes] マレーシアのUiTM, UPM, Taylor's University, UKMを訪問し、研究交流(学生を含め英語での研究発表および討議)を行い、今後の協力関係の基礎を作った。
 [3]. 第2回微生物系研究セミナー 微生物複雑系の調和機構 (2014/5  - 2014/5 )
 [4]. Short Visit Program (2014/2  - 2014/3 )
 [Notes] マレーシアのUPMおよびUiTMを訪問、研究発表会を開催。学生達も口頭発表を複数回実施した。
 [5]. ベトナムとの2国間共同研究事業 (2012/11  )
 [Notes] ベトナムでのサンプリングとディスカッションを実施した。
 
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