日本農芸化学会 - 2026年度大会プログラム検索

2C2am08: 2026/03/10 10:36; C2; 大腸菌の好気的エネルギー代謝における2-オキソグルタル酸デヒドロゲナーゼの役割（１）
Role of 2-Oxoglutarate dehydrogenase in Aerobic Energy Metabolism in Escherichia coli (1); ○森万梨香^1,2、陳涛^1,2、大坂夏木²、田中寛²
○Marika MORI^1,2, Tao CHEN^1,2, Natsuki OSAKA², Kan TANAKA²
¹東京科学大院生命理工、²東京科学大総合研究院
¹LST, Science Tokyo., ²IIR, Science Tokyo.

2C2pm02: 2026/03/10 13:36; C2; 大腸菌機能未知転写因子YhjCによる宿主免疫に対する新規ゲノム転写制御ネットワーク
Novel transcription factor YhjC regulates a genomic transcriptional regulatory network for host immune adaptation; ○吉田光貴、島田友裕
○Koki YOSHIDA, Tomohiro SHIMADA
明治大農
Meiji Univ.

2C2pm03: 2026/03/10 13:48; C2; 大腸菌の炭素源代謝を切り替える新規転写因子YheO
A novel transcription factor YheO for switching carbon source metabolism in Escherichia coli; ○明尾結菜、小林一幾、島田友裕
○Yuina AKEO, Ikki KOBAYASHI, Tomohiro SHIMADA
明治大農
Meiji Univ.

2S2am05: 2026/03/10 09:48; S2; 集合体形成ドメインを用いた(R)-3-キヌクリジノール生産効率化の検証
Evaluation of the efficiency improvement of (R)-3-quinuclidinol production using a condensate-forming domain; ○山下深遊¹、小林聖治²、室茂優希²、原島小夜子^1,2、三浦夏子^1,2、片岡道彦^1,2
○Miyu YAMASHITA¹, Seiji KOBAYASHI², Yuki MUROSHIGE², Sayoko HARASHIMA^1,2, Natsuko Miura^1,2, Michihiko KATAOKA^1,2
¹阪公大農、²阪公大院農
¹Sch. Agric., Osaka Metropolitan Univ., ²Grad. Sch. Agric., Osaka Metropolitan Univ.

3C2am08: 2026/03/11 10:36; C2; 大腸菌ナトリウムイオン応答転写因子NhaRの新規ゲノム転写制御ネットワークおよびその生理的意義
Expanded roles of sodium ion-sensing transcription factor NhaR in transcription regulation of Escherichia coli genome; ○出島晴翔、島田友裕
○Haruto DEJIMA, Tomohiro SHIMADA
明治農
Meiji Univ.

3C3am07: 2026/03/11 10:12; C3; Expression of Recombinant Membrane Protein::GFP Fusion in Escherichia coli and Scale-Up Optimization using Bench-Top Jar Fermenter; ○PIJAR RELIGIA¹, KEIJIRO TAMARU¹, KENTARO MIYAZAKI², KOHSUKE HONDA^2,3
¹Department of Biotechnology, Graduate School of Engineering, The University of Osaka, 2-1 Yamadaoka, Suita, Osaka 565-0871, Japan., ²International Center for Biotechnology, The University of Osaka, 2-1 Yamadaoka, Suita, Osaka 565-0871, Japan., ³Industrial Biotechnology Initiative Division, Institute for Open and Transdisciplinary Research Initiatives, The University of Osaka, 2-1 Yamadaoka, Suita, Osaka 565-0871, Japan.

3S2am10: 2026/03/11 11:00; S2; 免疫・温熱複合療法を志向した磁性膜小胞の創製と機能評価
Engineering and Functional Characterization of Magnetic Membrane Vesicles for Synergistic Immuno-Hyperthermia Therapy; ○鈴木渚生¹、長坂有志²、村松良哉¹、大多哲史^2,3、田代陽介^2,3
○Sho SUZUKI¹, Yushi NAGASAKA², Ryoya MURAMATSU¹, Satoshi OHTA^2,3, Yosuke TASHIRO^2,3
¹静大工、²静大院・総合技科、³静大院・創造
¹Shizuoka Univ., ²Grad. Sch. Intgr. Sci. Tech. Shizuoka Univ., ³Grad. Sch. Sci. Tech. Shizuoka Univ.

4B6pm10: 2026/03/12 15:24; B6; 大腸菌誘導期細胞が増殖開始へ至る分子メカニズム
Molecular mechanism of growth restart during the lag phase in Escherichia coli; ○藤田隼永¹、平野元暉¹、片山映²、山本兼由^1,3,4
○Hayato FUJITA¹, Genki HIRANO¹, Akira KATAYAMA², Kaneyoshi YAMAMOTO^1,3,4
¹法政大院理工、²日本医科大院医、³法政大ナノテク、⁴法政大生命
¹Hosei University Graduate School, ²Nippon Medical School, ³Research Center for Micro-Nano Technology, ⁴Hosei univ.

4B8pm03: 2026/03/12 13:48; B8; 大腸菌を用いた生分解性プラスチックLAHBの分子量向上メカニズムの解明
Elucidation of the Mechanism for enhancing the Molecular Weight of Biodegradable Plastic LAHB Using E.coli; ○星野谷志¹、高相昊²、田口精一²、島田友裕¹
○Kokoro Hoshinoya¹, Sangho Koh², Seiichi Taguchi², Tomohiro Shimada¹
¹明治大・農、²信州大・ARG機構
¹Sch of Agri, Meiji Univ., ²Institute for Aqua Regeneration, Shinshu Univ.

4D3am13: 2026/03/12 11:36; D3; 異種ヒドロゲナーゼ導入大腸菌による水素生産に対する鉄代謝系改変の影響
Engineering of iron metabolism of Escherichia coli for hydrogen production based on heterologously expressed hydrogenase; ○寺本陽彦¹、清水哲¹、須田雅子¹、乾将行^1,2
○Haruhiko TERAMOTO¹, Tetsu SHIMIZU¹, Masako SUDA¹, Masayuki INUI^1,2
¹RITE、²奈良先端大・バイオ
¹RITE, ²NAIST・BIO