"Naoki Yamada,Yuto Honda,Hiroyasu Takemoto,Takahiro Nomoto,Makoto Matsui,Keishiro Tomoda,Nobuhiro Nishiyama","Glutamine-Functionalized Polymer for Tumor-Selective High Affinity by Sensing Dense Glutamine Transporters Associated with Aberrant Metabolism","14th US-JAPAN Symposium on Drug Delivery Systems",,,,,,2017,Dec.
"山田直生,本田雄士,武元宏泰,野本貴大,松井 誠,友田敬士郎,西山伸宏","がん選択的に相互作用するグルタミン担持高分子の創製と機能評価","第39回日本バイオマテリアル学会大会",,,,,,2017,Nov.
"山田直生","グルタミン代謝に関連したトランスポーターの認識に基づき腫瘍選択的に相互作用する機能性高分子の開発",,,,,,,2017,Sept.
"真貝 太規,山田直生,武元宏泰,野本貴大,松井誠,友田敬士郎,西山伸宏","がん代謝に着想した表層にグルタミンを有する高分子ミセル型薬物送達システムの開発","第66回高分子討論会",,,,,,2017,Sept.
"Naoki Yamada","Development of Glutamine-Functionalized Polymers with Tumor-Selective Interaction Capacity by Sensing Dense Glutaminolysis-Related Transporters",,,,,,,2017,Sept.
"Naoki Yamada","Development of Glutamine-Functionalized Polymers with Tumor-Selective Interaction Capacity by Sensing Dense Glutaminolysis-Related Transporters",,,,,,,2017,Sept.
"N. Yamada,Y. Honda,H. Takemoto,T. Nomoto,M. Matsui,K. Tomoda,M. Konno,H. Ishii,M. Mori,N. Nishiyama","Engineering tumour cell-binding synthetic polymers with sensing dense transporters associated with aberrant glutamine metabolism",,"Scientific Reports",,"Vol. 7","No. 1","pp. 6077",2017,July
"Naoki Yamada,Yuto Honda,Hiroyasu Takemoto,Takahiro Nomoto,Makoto Matsui,Keishiro Tomoda,Nobuhiro Nishiyama","Design of synthetic polymer toward achieving a selective high affinity to tumor cells by interacting with dense glutaminolysis-related transporters","第66回高分子年次大会",,,,,,2017,May
"真貝太規,山田直生,武元宏泰,野本貴大,松井誠,友田敬士郎,西山伸宏","がん特異的代謝に着想した外殻にグルタミンを有する高分子ミセルの開発","第66回高分子年次大会",,,,,,2017,May
"Yuto Honda,Naoki Yamada,Hiroyasu Takemoto,Takahiro Nomoto,Makoto Matsui,Keishiro Tomoda,Nobuhiro Nishiyama","Novel design of glutamine-derived polymer with a high affinity to cancer cells based on aberrant glutamine metabolism.","253rd American Chemical Society National Meeting & Exposition",,,,,,2017,Apr.
"?Tsukasa Nishimori,Naoki Yamada,Hiroyasu Takemoto,Kentaro Suina,Juntaro Yamasaki,Takahiro Nomoto,Makoto Matsui,Keishiro Tomoda,Osamu Nagano,Hideyuki Saya,Nobuhiro Nishiyama","Development of intravenously injectable sulfasalazine derivatives to treat stem-like cancer cells","International Symposium on Drug Delivery and Pharmaceutical Sciences: Beyond the History (ISDDPS)",,,,,,2017,Mar.