NAKAHARA Takehisa | Radiat. Genet. Grad. Sch. Med. Kyoto Univ.
スポンサーリンク
概要
関連著者
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Miyakoshi Junji
Dep. Of Radiological Life Sciences Div. Of Medical Life Sciences Graduate School Of Health Sciences
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Miyakoshi Junji
Department Of Radiation Genetics Faculty Of Medicine Kyoto University
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Miyakoshi Junji
Radiat. Genet. Grad. Sch. Med. Yoto Univ.
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NAKAHARA Takehisa
Radiat. Genet. Grad. Sch. Med. Kyoto Univ.
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Miyakoshi Junji
Department Radiation Genetics Graduate School Of Medicine Kyoto University
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Miyakoshi Junji
Faculty Of Medicine Hirosaki University
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YOSHIDA Masami
Radiat. Genet. Grad. Sch. Med. Kyoto Univ.
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Miyakoshi Junji
Radiat. Genet. Grad. Sch. Med. Kyoto Univ.
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TIAN Furong
Radiat. Genet. Grad. Sch. Med. Kyoto Univ., Radiat. Med. Fourth Military Medical Univ.
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Ding Gui-rong
Department Radiation Genetics Graduate School Of Medicine Kyoto University:department Of Radiation M
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Tian Furong
Radiat. Gene. Grad. Sch. Med. Kyoto Univ.:radiat. Med. Four. Mili. Med. Univ. China
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YAGUCHI Hiroko
Kyoto University
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HONDA Naoko
Radiat. Genet. Grad. Sch. Med. Kyoto Univ.
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Honda Naoko
Radiat. Gene. Grad. Sch. Med. Kyoto Univ.
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Yoshida Masami
Dept. of Cardiology, Himeji Cardio Vascular Center
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Miyakoshi Junji
Kyoto Univ.
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MIYAKOSHI Junji
Dept. of Radiological Technology, Faculty of Medicine, Hirosaki Univ.
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YOSHIDA Masami
Kyoto University
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Ding Gui-Rong
Dept. Radiat. Genet., Kyoto Univ.
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NAKAHARA Takehisa
Dept. Radiat. Genet., Kyoto Univ.
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WAKE Kanako
Comm. Res. Lab.
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TAKI Masao
Grad. Sch. Elec. Engin. Tokyo Metro. Univ.
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NAKAHARA Takehisa
Kyoto University
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Yoshida Masami
Dept. Of Anatomy Sch. Of Med. Fujita Gakuen Health Univ.
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Nakahara Takehisa
Kyoto Univ. Fac. Of Sci.
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NAKAHARA Takehisa
Kyoto Univ. , Fac. of Sci.
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Zhang Q‐m
Laboratory Of Radiation Biology Graduate School Of Science Kyoto University
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Zhang Q‐m
Department Of Biological Sciences Graduate School Of Science Kyoto University
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DOI Takashi
Laboratory of Radiation Biology, Graduate School of Science, Kyoto University
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DOI Takashi
Radiat. Biol. Grad. Sch. Sci. Kyoto Univ.
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ZHANG Qiu-Mei
Radiat. Biol. Grad. Sch. Sci. Kyoto Univ.
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YONEI Shuji
Radiat. Biol. Grad. Sch. Sci. Kyoto Univ.
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Zhang Qiu-mei
Department Of Biological Sciences Graduate School Of Science Kyoto University
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Doi Takashi
Laboratory Of Radiation Biology Graduate School Of Science Kyoto University
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YAGUCHI Hiroko
Dept. Radiat. Genet., Fac. Med., Kyoto Univ.
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DING Gui-Rong
Kyoto University FMMU
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DING Gui-Rong
The Fourth Military Medical University, China
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NAKAHARA Takehisa
Faculty of Medicine, Hirosaki University
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TOKIWA Makio
Radiat. Biol. Grad. Sch. Sci. Kyoto Univ.
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Yonei S
Department Of Biological Sciences Graduate School Of Science Kyoto University
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Yonei Shuji
Labo. Radiat. Biol. Grad. Sch. Sci. Kyoto Univ.
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Zhang Qiu
Lab. Radiat. Biol. Grad. Sch. Sci. Kyoto Univ.
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Qiu-mei Zhang
Kyoto Univ. Fac. Of Sci.
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Yonei Shuji
Lab. Radiat. Biol. Grad. Sch. Sci. Kyoto Univ.
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Yonei Shuji
Kyoto Univ. Fac. Of Sci.
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Zhang Qiu-mei
Lab. Of Radiat. Biol. Graduate School Of Science.
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Nakahara Takehisa
Faculty Of Medicine Hirosaki University
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Yonei Shuji
Lab. Of Radiat. Biol. Graduate School Of Science.
著作論文
- Induction of Kinetochore Positive and Negative Micronuclei by X-rays and/or ELF Magnetic Field in CHO Cells
- Static Magnetic Fields Has Little Effect for Gene Expression and Ligation Efficiency in in vitro
- Influence of Strong Static Magnetic Fields (10T) in Cultured Mammalian Cells
- Induction of Hsp70 by Exposure to High-Frequency Electromagnetic Fields at 2.45GHz in Human GliomaMO54 Cells
- Effect of High Frequency Electromagnetic Fields on Cell Proliferation, Mutations and DNA Strand Breaks.
- Radiosensitization by Inactivation of Transcriptional Regulatory Factor, NF-κB in Human Brain TumorMO54 Cells
- Effect of Extremely Low Frequency Magnetic Field on Chromosomal Aberrations and Point Mutations Using Mouse Lymphoma Assay
- A newly designed experimental system for exposure of mammalian cells to strong static magnetic fields.
- Exposures to power-frequency magnetic field and X-rays induce GAP-43 gene expression in human glioma MO54 cells
- Exposure to Storng Static Magnetic Field Enhances Production of Superoxide Radicals in E. coli