Glyoxalase 1 gene is highly expressed in basal-like human breast cancers and contributes to survival of ALDH1-positive breast cancer stem cells
Shoma Tamori(Tokyo University of Science), Kazunori Akimoto(Tokyo University of Science), Yuka Nozaki(Tokyo University of Science), Atsushi Yoshimori, Ryoko Takasawa(Tokyo University of Science), Chotaro Onaga(Tokyo University of Science), Hiromi Nakane(Tokyo University of Science), Mei Noike(Tokyo University of Science), Yasushi Hara(Nippon Veterinary and Life Science University), Hitomi Motomura(Tokyo University of Science), Takehisa Hanawa(Tokyo University of Science), Reika Katayama(Tokyo University of Science), Misa Imai(Juntendo University), Sei-ichi Tanuma(Tokyo University of Science), Ryo Abe(Tokyo University of Science), Kouji Yamamoto(Yokohama City University), Yuhei Suzuki(Tokyo University of Science), Eriko Kikuchi(Tokyo University of Science), N Shimada(Tokyo University of Science), Tsugumichi Sato(Tokyo University of Science), Keiko Sato(Tokyo University of Science)
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