日本農芸化学会 - 2024年度大会プログラム検索

2B4a03: 2024/03/25 09:52; B4; プラスミドpCAR1由来の核様体タンパク質PndのDNA結合様式の解明
DNA binding mode of Pnd, a nucleoid-associated protein encoded on the plasmid pCAR1; ○江本光毅¹、水口千穂^2,3、森脇由隆^2,3、YANG Miaoyan²、鈴木研志^2,3、岡田憲典²、野尻秀昭^2,3
○Koki EMOTO¹, Chiho SUZUKI-MINAKUCHI^2,3, Yoshitaka MORIWAKI^2,3, Miaoyan YANG², Kenshi SUZUKI^2,3, Kazunori OKADA², Hideaki NOJIRI^2,3
¹東大・農、²東大院・農生科、³東大・微生物連携機構
¹Agric., UTokyo, ²Grad. Sch. Agric. Life Sci., UTokyo, ³CRIIM, UTokyo

2B4a06: 2024/03/25 10:33; B4; Pseudomonas属細菌由来のプラスミドの複製に必要なDNA領域の同定
Identification of the DNA regions necessary for the replication of the Pseudomonas plasmids; ○磯貝菜々子¹、德田真穂²、水口千穂³、金原和秀^1,2、野尻秀昭³、鈴木仁人⁴、新谷政己^1,2,5
○Nanako ISOGAI¹, Maho TOKUDA², Chiho SUZUKI-MINAKUCHI³, Kazuhide KIMBARA^1,2, Hideaki NOJIRI³, Masato SUZUKI⁴, Masaki SHINTANI^1,2,5
¹静大・工、²静大院・創造、³東大院・農生科、⁴感染研・薬剤耐性研究センター、⁵静大・グリーン研
¹Fac. Eng. Shizuoka Univ., ²Grad. Sch. Shizuoka Univ., ³Grad. Sch. Agric. Life Sci., UTokyo, ⁴AMR Ctr. NIID, ⁵Shizuoka Univ. RIGST

2C3p04: 2024/03/25 14:23; C3; 微小結晶蛍光測定法および一細胞技術によって得られた多環芳香族化合物分解菌の解析
Analysis of degradation capabilities of PAH-degrading bacterial cultures obtained by PAH crystal fluorescence quantification and cell sorting; ○ベハラノフェリペ¹、水口千穂^1,2、岡田憲典¹、PINYAKONG Onruthai³、野尻秀昭^1,2
○Felipe VEJARANO¹, Chiho SUZUKI-MINAKUCHI^1,2, Kazunori OKADA¹, Onruthai PINYAKONG³, Hideaki NOJIRI^1,2
¹東大院・農生科・AgTECH、²東大・微生物連携機構、³Chulalongkorn Univ.
¹AgTECH, Grad. Sch. Agric. Life Sci., UTokyo, ²CRIIM, UTokyo, ³Chulalongkorn Univ.

2C3p05: 2024/03/25 14:34; C3; Intermediates accumulation on pyrene degradation within pyrene-degrading bacterial consortia; ○Yuanhao ZHU¹, Felipe VEJARANO¹, Chiho SUZUKI-MINAKUCHI^1,2, Kazunori OKADA¹, Onruthai PINYAKONG³, Hideaki NOJIRI^1,2
¹AgTECH, Grad. Sch. Agric. Life Sci., UTokyo, ²CRIIM, UTokyo, ³Chulalongkorn Univ.

3E6a07: 2024/03/26 10:44; E6; ピレン分解菌の分解能を変化させる環境細菌の効率的な取得とその同定
Rapid screening and identification of environmental bacteria modulating pyrene degrader’s degradation ability; ○鈴木仁子¹、ベハラノフェリペ¹、水口千穂^1,2、岡田憲典¹、ピンヤコンオルタイ³、野尻秀昭^1,2
○Satoko SUZUKI¹, Felipe VEJARANO¹, Chiho SUZUKI-MINAKUCHI^1,2, Kazunori OKADA¹, Onruthai PINYAKONG³, Hideaki NOJIRI^1,2
¹東大院・農生科・AgTECH、²東大・微生物連携機構、³Chulalongkorn Univ.
¹AgTECH, Grad. Sch. Agric. Life Sci., UTokyo, ²CRIIM, UTokyo, ³Chulalongkorn Univ.

4B4a10: 2024/03/27 11:17; B4; プラスミド保持に伴う負荷を回避するための代謝制御様式の解明
Host metabolism reducing fitness cost imposed by plasmid carriage; ○日高聖覚¹、水口千穂^1,2、鈴木研志^1,2、岡田憲典¹、岡橋伸幸³、野尻秀昭^1,2
○Masaaki HIDAKA¹, Chiho SUZUKI-MINAKUCHI^1,2, Kenshi SUZUKI^1,2, Kazunori OKADA¹, Nobuyuki OKAHASHI³, Hideaki NOJIRI^1,2
¹東大院・農生科、²東大・微生物連携機構、³阪大院・情報
¹Grad. Sch. Agric. Life Sci., UTokyo, ²CRIIM, UTokyo, ³Osaka Univ

4E6a05: 2024/03/27 10:14; E6; Metagenomic insights for naphthalene-degrading bacteria obtained by droplet-based microfluidics; ○CHONGYANG YANG^1,2, Satoko MATSUKURA², Chiho SUZUKI-MINAKUCHI^1,3, Kazunori OKADA¹, Naohiro NODA², Hideaki NOJIRI^1,3
¹AgTECH, Grad. Sch. Agri. Life Sci., UTokyo, ²BRI., AIST, ³CRIIM, UTokyo

4E6a06: 2024/03/27 10:33; E6; ゲル充填マイクロウェルアレイデバイスによるナフタレン分解菌群の取得と解析
Isolation and characterization of naphthalene-degrading bacterial consortia by the gel-filled microwell array device; ○劉禹忻¹、楊重陽¹、張詩芸²、水口千穂^1,3、佐々文洋²、野尻秀昭^1,3
○Yuxin LIU¹, Chongyang YANG¹, Shiyi ZHANG², Chiho SUZUKI-MINAKUCHI^1,3, Fumihiro SASSA², Hideaki NOJIRI^1,3
¹東大院・農生科・AgTECH、²九州大・システム情報科学研究院、³東大・微生物連携機構
¹AgTECH, Grad. Sch. Agric. Life Sci., UTokyo, ²ISEE, Kyushu Univ, ³CRIIM, UTokyo