日本農芸化学会 - 2024年度大会プログラム検索

1SA-03: 2024/03/24 15:21; 100周年記念講堂; 農芸化学における醸造微生物、特に麹菌を含む糸状菌の研究の100年を振り返る
Looking back on 100 years of research on brewing-related microorganisms, especially filamentous fungi including Aspergillus oryzae, in agricultural chemistry; ○五味勝也
○KATSUYA GOMI
東北大院農
Tohoku Univ.

2B5p11: 2024/03/25 15:56; B5; エポキシド不斉開環反応を触媒する植物由来有機分子触媒の発見-1：触媒作用へのラムノガラクツロナン側鎖部分の関与
Discovery of plant-based organic molecular catalyst to catalyze asymmetric ring-opening reaction of epoxides-1: Involvement of rhamnogalacturonan side chains in the catalytic activity; ○加藤康夫^1,3、和田浩一²、日比慎^1,3、浅野泰久¹、山本佳樹³、浅野健裕²、竹内祐希²
○Yasuo KATO^1,3, Koichi WADA², Makoto HIBI^1,3, Yasuhisa ASANO¹, Yoshiki YAMAMOTO³, Tatsuhiro ASANO², Yuki TAKEUCHI²
¹富山県大・生医工研セ、²協和ファーマケミカル(株)、³富山県大院・工
¹Biotechnol. Res. Cent., Toyama Pref. Univ., ²Kyowa Pharma Chemical Co., Ltd., ³Grad. Sch. Eng., Toyama Pref. Univ.

2B5p12: 2024/03/25 16:07; B5; エポキシド不斉開環反応を触媒する植物由来有機分子触媒の発見-2：触媒作用へのβ-1,4-D-ガラクタンの関与
Discovery of plant-based organic molecular catalyst to catalyze asymmetric ring-opening reaction of epoxides-2: Involvement of β-1,4-D-galactan in the catalytic activity; ○和田浩一¹、日比慎²、加藤康夫²、榎純一²、竹内祐希¹、浅野健裕¹
○Koichi Wada¹, Makoto Hibi², Yasuo Kato², Junichi Enoki², Yuki Takeuchi¹, Tatsuhiro Asano¹
¹協和ファーマケミカル(株)、²富山県大・生医工研セ
¹Kyowa Pharma Chemical Co., Ltd., ²Biotechnol. Res. Cent., Toyama Pref. Univ.

2B5p13: 2024/03/25 16:18; B5; エポキシド不斉開環反応を触媒する植物由来有機分子触媒の発見-3：β-1,4-D-ガラクタン重合度と触媒活性の関係
Discovery of plant-based organic molecular catalyst to catalyze asymmetric ring-opening reaction of epoxides-3: Relationship between polymerization degree and catalytic activity of β-1,4-D-galactan; ○日比慎¹、和田浩一²、加藤康夫¹、榎純一¹、大坂一生¹、浅野健裕²、竹内祐希²
○Makoto HIBI¹, Koichi WADA², Yasuo KATO¹, Junichi ENOKI¹, Issey OSAKA¹, Tatsuhiro ASANO², Yuki TAKEUCHI²
¹富山県大・生医工研セ、²協和ファーマケミカル（株）
¹Biotechnol. Res. Cent. Toyama Pref. Univ., ²Kyowa Pharma Chemical Co., Ltd.

2C6p04: 2024/03/25 14:23; C6; リポ多糖との相互作用に着目した乳酸菌表層タンパク質の生理学的役割の解明
Elucidation of physiological roles of surface layer protein derived from lactic acid bacteria focusing on interaction with lipopolysaccharide; ○山本祥也、安井健太、鈴木卓弥
○Yoshinari YAMAMOTO, Kenta YASUI, Takuya SUZUKI
広大院統合
Grad. Sch. Integr. Sci., Hiroshima Univ.

2D5p02: 2024/03/25 14:01; D5; 選択的白色腐朽菌の溶解性多糖モノオキシゲナーゼを用いたサトウキビ収穫廃棄物パルプの分解
Decomposition of sugarcane trash pulp using lytic polysaccharide monooxygenase of selective white-rot fungus; ○八木勇成^1,2、大賀恵利^1,2、近藤敬子^1,3,4、岡野啓志^4,5、渡辺隆司^4,5、永田崇^1,2,3,4、片平正人^1,2,3,4
○Yusei YAGI^1,2, Eri OGA^1,2, Keiko KONDO^1,3,4, Hiroyuki OKANO^4,5, Takashi WATANABE^4,5, Takashi NAGATA^1,2,3,4, Masato KATAHIRA^1,2,3,4
¹京大エネ研、²京大院エネ科、³京大エネ研カーボンネガティブ、⁴京大バイオマスプロダクトツリー、⁵京大生存研
¹IAE, Kyoto Univ., ²Grad. Energy, Kyoto Univ., ³ICaNS, IAE, Kyoto Univ., ⁴BPT, Kyoto Univ., ⁵RISH, Kyoto Univ.

2D7a01: 2024/03/25 09:30; D7; 未利用資源由来多糖・オリゴ糖の調製と構造活性相関
Preparation and structure-activity relationships of poly- and oligosaccharides from unutilized resources; ○藤澤萌¹、二階堂望¹、太田空良²、上野裕太郎²、渡邊崇^1,2、尾形慎³、戸谷一英^1,2
○Moe FUJISAWA¹, Nozomi NIKAIDO¹, Sora OHTA², Yutaro UENO², Takashi WATANABE^1,2, Makoto OGATA³, Kazuhide TOTANI^1,2
¹一関高専・化学バイオ、²一関高専・専攻科、³福島大・農
¹Natl. Inst. Tech., Ichinoseki Col., Chem. Eng. & Biotech., ²Natl. Inst. Tech., Ichinoseki Col., Adv. Eng. Crs., ³Fukushima Univ., Fac. Food & Agric. Sci.

2D7a02: 2024/03/25 09:41; D7; 未利用糖質資源の免疫活性とMPSによる評価
Immune activity of unused carbohydrate resources and evaluation with MPS; ○和野崎貴乙¹、太田空良²、藤澤萌¹、二階堂望¹、上野裕太郎²、藤原康宣^1,2、渡邊崇^1,2、大沼清³、長久保大輔⁴、戸谷一英^1,2
○Yoshiki WANOZAKI¹, Sora OHTA², Moe FUJISAWA¹, Nozomi NIKAIDO¹, Yutaro UENO², Yasunori FUJIWARA^1,2, Takashi WATANABE^1,2, Kiyoshi OHNUMA³, Daisuke NAGAKUBO⁴, Kazuhide TOTANI^1,2
¹一関高専・化学バイオ、²一関高専・専攻科、³長岡技科大・物質生物、⁴姫路獨協大・薬
¹Natl. Inst. Tech., Ichinoseki Col., Chem. Eng. & Biotech, ²Natl. Inst. Tech., Ichinoseki Col., Adv. Eng. Crs, ³Nagaoka Univ. Tech., Matl. Sci. & BioEng, ⁴Himeji Dokkyo Univ., Fac. Pharm. Sci

2D7a13: 2024/03/25 11:58; D7; 天然多糖由来多孔質材料の開発
Development of Porous Materials Derived from Natural Polysaccharides; ○菅野憲一^1,2、上田麻未¹、米村陽¹、畑中大和¹、斉藤健太郎¹、石川健太²
○Kenichi KANNO^1,2, Asami Ueda¹, Hinata Yonemura¹, Yamato Hatanaka¹, Kentaro Saito¹, Kenta Ishikawa²
¹近大産理工、²近大院産理工
¹Fuc. Hum., Kindai Univ., ²Grad. Hum., Kindai Univ.

2E4a01: 2024/03/25 09:30; E4; Preparation and degradability of novel cross-linked functional hydrogels from enzymatic synthesized α-1,3-glucan and its carboxymethyl derivative; ○ZHENGYU SU¹, HARUKA KINOSHITA¹, YOICHI TAKEDA¹, MAKOTO OGAITO², MATSUI DAISUKE¹, YOSUKE TOYOTAKE¹, MAMORU WAKAYAMA¹
¹The Univ. of Ritsumeikan, ²Shimadzu Corporation

2E5p03: 2024/03/25 14:12; E5; モデル藍藻Synechocystis sp. PCC6803由来新規硫酸多糖シネカンの合成・制御機構の解明と生産性向上
Elucidation of the biosynthesis and regulation mechanisms of a novel sulfated polysaccharide synechan from the model cyanobacterium Synechocystis sp. PCC6803 and improvement of its productivity; ○前田海成¹、榎本元²、大舘和真³、渡辺智³、田中寛¹、池内昌彦⁴
○Kaisei Maeda¹, Gen Enomoto², Kazuma Odate³, Satoru Watanabe³, Kan Tanaka¹, Masahiko Ikeuchi⁴
¹東工大化生研、²電通大基盤理工、³東京農大生命、⁴東大
¹Tokyo Tech, ²UEC, ³Tokyo Univ.of Agri., ⁴The Univ. of Tokyo

2E5p04: 2024/03/25 14:23; E5; 藍藻Synechocystis sp. PCC 6803の細胞外硫酸多糖シネカンの大量生産系の確立と有用性の探索
Establishment of a mass production system for the sulfated exopolysaccharide, synechan, from the cyanobacterium Synechocystis sp. strain PCC 6803 and exploration of its usefulness; 前田海成¹、○大舘和真²
KAISE MAEDA¹, ○Kazuma OHDATE²
¹東工大・研究院・化生研、²東農大院・バイオ
¹Tokyo Tech, ²Tokyo Univ. Agri

3C6p03: 2024/03/26 14:12; C6; アミロイドβ誘発記憶障害モデルマウスのミトコンドリア機能低下に対する真珠層抽出成分の効果
Effect of nacre extract on mitochondrial dysfunction associated with the intracerebroventricular injection of beta-amyloid in mice; ○趙岩、若生真由美、大町知輝、長谷川靖
○enn cyou, mayumi wakou, tomoki omachi, yasushi hasegawa
室工大院
Muroran Institute of Technology

3D5a03: 2024/03/26 09:52; D5; Vibrio属新規ウルバン資化細菌のウルバン分解酵素の解析
Analysis of ulvan lyases in newly isolated ulvan-utilizing bacteria belonging to the genus Vibrio; ○大西浩平、長江麻弥、田邊海晴、木村友紀
○Kouhei OHNISHI, Maya NAGAE, Kaisei TANABE, Yuki KIMURA
高知大農林海洋
Kochi Univ.

3E2a01: 2024/03/26 09:30; E2; A gene cluster coding for multiple predicted glycosyl transferases is involved in the biogenesis of extracellular membrane vesicles of Shewanella vesiculosa HM13; ○Mengshan Zhu, Jun KAWAMOTO, Takuya OGAWA, Tatsuo KURIHARA
Institute for Chemical Research, Kyoto University