"Akane Hirayama,Akimasa Miyanaga,Fumitaka Kudo,Tadashi Eguchi","Characterization of PLP-dependent 3-aminobenzoate synthase PctV in pactamycin biosynthesis","PACIFICHEM 2015",,,,,,2015,Dec.
"Akimasa Miyanaga,Jolanta Cie?lak,Yuji Shinohara,Fumitaka Kudo,Tadashi Eguchi","Functional and structural of β-amino acid-activating adenylation enzymes in macrolactam biosynthesis","PACIFICHEM 2015",,,,,,2015,Dec.
"Akane Hirayama,Akimasa Miyanaga,Fumitaka Kudo,Tadashi Eguchi","Mechanism-based Trapping of the Quinonoid Intermediate Using the K276R Mutant of PLP-Dependent 3-Aminobenzoate Synthase PctV in the Biosynthesis of Pactamycin",,"ChemBioChem",,"Vol. 16","No. 17","pp. 2484-2490",2015,Nov.
"岩沢翔平,宮永顕正,篠原雄治,工藤史貴,江口正","マクロラクタム抗生物質ビセニスタチン生合成に関わるアシル基転移酵素VinKの基質認識機構解析","第5回CSJ化学フェスタ2015",,,,,,2015,Oct.
"西野晃太,宮永顕正,工藤史貴,江口正","生合成遺伝子破壊株を利用したヒタチマイシン類縁体生産の試み","第5回CSJ化学フェスタ2015",,,,,,2015,Oct.
"宮永顕正,篠原雄治,岩沢翔平,Jolanta Cie?lak,工藤史貴,江口正","マクロラクタム抗生物質ビセニスタチン生合成酵素の構造機能解析に基づくβ-アミノ酸スターター部位構築機構の解明","第57回天然有機化合物討論会",,,,,,2015,Sept.
"Fumitaka Kudo,Koichi Kawamura,Asuka Uchino,Akimasa Miyanaga,Mario Numakura,Ryuichi Takayanagi,Tadashi Eguchi","Genome Mining of Hitachimycin Biosynthetic Gene Cluster; Involvement of Phenylalanine-2,3-aminomutase in the Biosynthesis",,"ChemBioChem",,"Vol. 16","No. 6","pp. 909-914",2015,Apr.
"角田毅,高島惇,宮永顕正,工藤史貴,江口正","ヌクレオシド系抗生物質アリステロマイシン生合成に関わるOrf2の機能解析","日本農芸化学会2015年度大会",,,,,,2015,Mar.
"早川雄基,川村紘一,宮永顕正,工藤史貴,江口正","非天然型基質投与によるヒタチマイシン類縁体生産","日本化学会第95春期年会",,,,,,2015,Mar.
"川村紘一,宮永顕正,工藤史貴,江口正","ポリケチド抗生物質ヒタチマイシンの生合成遺伝子の機能解析","日本化学会第95春期年会",,,,,,2015,Mar.
"古谷隆,川村紘一,宮永顕正,工藤史貴,江口正","マクロライド系抗生物質FD-891生合成におけるポストPKS修飾酵素の機能解析","日本化学会第95春期年会",,,,,,2015,Mar.
"平山茜,宮永顕正,工藤史貴,江口正","パクタマイシン生合成における3-アミノ安息香酸合成酵素の反応","日本化学会第95春期年会",,,,,,2015,Mar.
"森彩花,小出麻依,宮永顕正,工藤史貴,江口正","糖質から炭素六員環化合物への酵素的変換","日本化学会第95春期年会",,,,,,2015,Mar.
"宮永顕正,古谷隆,工藤史貴,江口正","FD-891生合成に関わるシトクロムP450酸化酵素GfsFの結晶構造解析","日本農芸化学会2015年度大会",,,,,,2015,Mar.
"Ryohei Takeishi,Fumitaka Kudo,Mario Numakura,Tadashi Eguchi","Epimerization at C-3’’ in Butirosin Biosynthesis by an NAD(+)-Dependent Dehydrogenase BtrE and an NADPH-Dependent Reductase BtrF",,"ChemBioChem",,"Vol. 16","No. 3","pp. 487-495",2015,Feb.