天尾 豊 （公募 C 班）
会議発表
1.

⽯橋 知也、池⼭ 秀作、天尾 豊, “半導体光触媒と⽣体触媒を⽤いた光駆動型⼆酸化炭素-ギ酸変換反応に関する研究”, ⽇本化学会第 99 春季年会, (神⼾市, ⽇本,2019/03/16)

2.

⽚桐 毅之、池⼭ 秀作、天尾 豊, “⼈⼯補酵素ジフェニルビオローゲン誘導体とリンゴ酸酵素による⼆酸化炭素を原料とした有機分⼦のカルボキシ化”, ⽇本化学会第 99 春季年会, (神⼾市, ⽇本, 2019/03/16)

3.

天尾豊, “⼆酸化炭素の有効利⽤に向けた⼈⼯光合成技術”, ⽯灰⽯鉱業協会環境セミナー, (千代⽥区, ⽇本, 2019/2/19) [招待講演]

4.

天尾豊, “Visible-Light Driven C-H bond Activation and Carboxylation with CO2 Using
Biocatalyst/Photocatalytic Dye Hybrid System”, 10th Asian Photochemistry
Conference, (台北市, 台湾, 2018/12/19) [招待講演]

5.

⽚桐 毅之、池⼭ 秀作、天尾 豊, “Visble-Light Driven Carboxylation with CO2 withThe System of Biocatalyst And Photocatalytic Dye”, 7th Asia-Oceania Conference on
Green and Sustainable Chemistry, (, シンガポール, 2018/11/20)

6.

⽯橋 知也、池⼭ 秀作、天尾 豊, “還元型メチルビオローゲンを⽤いたホルムアルデヒ
ド脱⽔素酵素によるギ酸‐ホルムアルデヒド変換反応における酵素速度論的解析”, 第48 回⽯油・⽯油化学討諭会 (創⽴ 60 周年記念東京⼤会), (江東区, ⽇本, 2018/10/17)

7.

⽚桐 毅之、池⼭ 秀作、天尾 豊, “⼆電⼦還元型ジフェニルビオローゲンを⽤いたリンゴ酸酵素が触媒する⼆酸化炭素固定化反応における速度論的解析”, 第 48 回⽯油・⽯油化学討諭会 (創⽴ 60 周年記念東京⼤会), (江東区, ⽇本, 2018/10/17)

8.

⽯橋 知也、池⼭ 秀作、天尾 豊, “還元型メチルビオローゲンを⽤いたギ酸還元におけるホルムアルデヒド脱⽔素酵素の触媒活性の評価”, 第 122 回触媒討論会, (函館市, ⽇本, 2018/09/26)

9.

⽚桐 毅之、池⼭ 秀作、天尾 豊, “⼆酸化炭素資源化のためのリンゴ酸酵素と新規⼈⼯補酵素との相互作⽤に関する速度論的考察”, 第 122 回触媒討論会, (函館市, ⽇本,2018/09/26)

10. 池⼭ 秀作、天尾 豊, “カルバモイル基を有するビオローゲンの⼀電⼦還元体のギ酸脱⽔素酵素の CO2 還元触媒活性に及ぼす効果”, 第 122 回触媒討論会, (函館市, ⽇本,2018/09/26)
11. 天尾豊, “⽣体触媒を利⽤した⼆酸化炭素の物質変換”, 化学⼯学会第 50 回秋季⼤会,(⿅児島市, ⽇本, 2018/09/20) [招待講演]
12. 天尾豊, “Visible-Light Driven Carboxylation with CO2 in the Hybrid System ofBiocatalyst and Photocatalytic Dye”, The 8th International IUPAC Conference on

Green Chemistry (ICGC-8), (バンコク, タイ, 2018/09/13)
13. ⽚桐 毅之、池⼭ 秀作、天尾 豊, “Interaction between diphenylviologen derivative andmalic enzyme for carbon-carbon bond formation from CO2 as a feedstock”, The 8thInternational IUPAC Conference on Green Chemistry (ICGC-8), (バンコク, タイ,2018/09/11)
14. ⽯橋 知也、池⼭ 秀作、天尾 豊, “Enzyme Kinetic Analysis in Formate Reduction toFormaldehyde Using Aldehyde Dehydrogenase by One-Election ReducedMethylviologen”, The 8th International IUPAC Conference on Green Chemistry(ICGC-8), (バンコク, タイ, 2018/09/11)
15. 天尾豊, “⼈⼯補酵素-ギ酸脱⽔素酵素系による炭酸ガスからのギ酸合成”, 第 70 回⽇本
⽣物⼯学会⼤会, (吹⽥市, ⽇本, 2018/09/07) [招待講演]
16. 天尾 豊、⽚桐 毅之、池⼭ 秀作, “Visible light-driven building C-C bonds from CO2
as a feedstock with photosensitizer-biocatalyst hybrid system”, The 8th Tokyo
Conference on Advanced Catalytic Science and Technology (TOCAT8), (横浜市, ⽇本, 2018/08/06)
17. ⽚桐 毅之、池⼭ 秀作、天尾 豊, “Kinetic studies of the interaction between
diphenylviologen derivative as a novel co-enzyme and malic enzyme for building
carbon-carbon bond from CO2”, The 8th Tokyo Conference on Advanced Catalytic
Science and Technology (TOCAT8), (横浜市, ⽇本, 2018/08/06)
18. ⽯橋 知也、池⼭ 秀作、天尾 豊, “Selective formate reduction to formaldehyde withformaldehyde dehydrogenase and single‐electron reduced methylviologen”, The 8thTokyo Conference on Advanced Catalytic Science and Technology (TOCAT8), (横浜市, ⽇本, 2018/08/06)
19. 天尾豊, “Visible light-driven building carbon-carbon bond from CO2 as a feedstock withhybrid redox system of organic dye and biocatalys”, 2018 International Symposium on
Advancement and Prospect of Catalysis Science & Technology, (シドニー, オーストラリア, 2018/07/27) [招待講演]
20. ⽯橋 知也、池⼭ 秀作、天尾 豊, “Catalytic function of aldehyde dehydrogenase forformic acid reduction by one‐electron reduced methylviologen as an artificial coenzyme”, 2018 International Symposium on Advancement and Prospect of Catalysis
Science & Technology, (シドニー, オーストラリア, 2018/07/27)
21. ⽚桐 毅之、池⼭ 秀作、天尾 豊, “Double-electron reduced diphenylviologen
derivative as a novel co-enzyme for biocatalyst with the function of carbon-carbon bondformation from CO2”, 2018 International Symposium on Advancement and Prospect ofCatalysis Science & Technology, (シドニー, オーストラリア, 2018/07/27)
22. ⽚桐 毅之、池⼭ 秀作、天尾 豊, “Kinetic studies of the interaction between malic

enzyme and diphenylviologen derivative for CO2 utilization”, The 18th InternationalSymposium on Relations between Homogeneous and Heterogeneous Catalysis(ISHHC18), (シドニー, オーストラリア, 2018/07/23)
23. ⽯橋 知也、池⼭ 秀作、天尾 豊, “Selective formic acid reduction to formaldehydewith aldehyde dehydrogenase and reduced form of methylviologen as an artificial coenzyme”, The 18th International Symposium on Relations between Homogeneous andHeterogeneous Catalysis (ISHHC18), (シドニー, オーストラリア, 2018/07/23)
24. ⽚桐 毅之、池⼭ 秀作、天尾 豊, “Studies on the interaction between artificial coenzyme based on diphenylviologen derivative and malic enzyme for CO2 utilization”,
The 22nd Annual Green Chemistry & Engineering Conference (GC&E), (ポートランド, アメリカ, 2018/06/19)
25. ⽚桐 毅之、池⼭ 秀作、天尾 豊, “Evaluation of catalytic activity of malic enzyme for
CO2 fixation by two-electron reduced form of diphenylviologen”, 触媒学会⻄⽇本⽀部
第 9 回触媒科学研究発表会, (名古屋市, ⽇本, 2018/06/08)
26. ⽯橋 知也、池⼭ 秀作、天尾 豊, “Catalytic formate reduction using formaldehyde
dehydrogenase by reduced form of methylviologen”, 触媒学会⻄⽇本⽀部第 9 回触媒科学研究発表会, (名古屋市, ⽇本, 2018/06/08)
27. 天尾 豊、⽚桐 毅之、池⼭ 秀作, “Visible-light driven building C-C bonds from CO2
with photosensitizer-biocatalyst system”, 3rd Green & Sustainable Chemistry
Conference, (ベルリン, ドイツ, 2018/05/15)