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GUPTAVIPUL 研究業績一覧 (7件)
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論文
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Shuntaro Chiba,
Masahito Ohue,
Anastasiia Gryniukova,
Petro Borysko,
Sergey Zozulya,
Nobuaki Yasuo,
Ryunosuke Yoshino,
Kazuyoshi Ikeda,
Woong-Hee Shin,
Daisuke Kihara,
Mitsuo Iwadate,
Hideaki Umeyama,
Takaaki Ichikawa,
Reiji Teramoto,
Kun-Yi Hsin,
Vipul Gupta,
Hiroaki Kitano,
Mika Sakamoto,
Akiko Higuchi,
Nobuaki Miura,
Kei Yura,
Masahiro Mochizuki,
Chandrasekaran Ramakrishnan,
A. Mary Thangakani,
D. Velmurugan,
M. Michael Gromiha,
Itsuo Nakane,
Nanako Uchida,
Hayase Hakariya,
Modong Tan,
Hironori Nakamura,
Shogo Suzuki,
Tomoki Ito,
Masahiro Kawatani,
Kentaroh Kudoh,
Sakurako Takashina,
Kazuki Yamamoto,
Yoshitaka Moriwaki,
Keita Oda,
Daisuke Kobayashi,
Tatsuya Okuno,
Shintaro Minami,
George Chikenji,
Philip Prathipati,
Chioko Nagao,
Attayeb Mohsen,
Mari Ito,
Kenji Mizuguchi,
Teruki Honma,
Takashi Ishida,
Takatsugu Hirokawa,
Yutaka Akiyama,
Masakazu Sekijima..
A prospective compound screening contest identified broader inhibitors for Sirtuin 1,
Scientific Reports,
9,
Dec. 2019.
公式リンク
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Vipul Gupta,
Shujie Liu,
Hideki Ando,
Ryohei Ishii,
Shumpei Tateno,
Yuki Kaneko,
Masato Yugami,
Satoshi Sakamoto,
Yuki Yamaguchi,
Osamu Nureki,
Hiroshi Handa.
Salicylic acid induces mitochondrial injury by inhibiting ferrochelatase heme biosynthesis activity,
Mol. Pharmacol.,
Vol. 84,
No. 6,
pp. 824-833,
Nov. 2013.
国内会議発表 (査読なし・不明)
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坂本 聡,
Gupta Vipul,
劉 舒捷,
安藤秀樹,
舘野峻平,
金子裕生,
湯上真人,
石井亮平,
濡木 理,
山口雄輝,
半田 宏.
抗炎症薬サリチル酸が示す生体内作用メカニズムの解析,
日本化学会年第97春季年会,
Mar. 2017.
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坂本 聡,
Vipul Gupta,
劉 舒捷,
安藤 秀樹,
舘野 峻平,
金子 裕生,
湯上 真人,
石井 亮平,
濡木 理,
山口 雄輝,
半田 宏.
抗炎症薬サリチル酸の生体内作用機構の解析,
日本ケミカルバイオロジー学会第9回年会,
June 2014.
学位論文
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Identification of ferrochelatase as a novel target of salicylic acid-induced mitochondrial injury,
Summary,
Doctor (Science),
Tokyo Institute of Technology,
2013/12/31,
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Identification of ferrochelatase as a novel target of salicylic acid-induced mitochondrial injury,
Exam Summary,
Doctor (Science),
Tokyo Institute of Technology,
2013/12/31,
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Identification of ferrochelatase as a novel target of salicylic acid-induced mitochondrial injury,
Thesis,
Doctor (Science),
Tokyo Institute of Technology,
2013/12/31,
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