Shibata Nitaro | Heart Institute Of Japan Tokyo Women's Medical College
スポンサーリンク
概要
関連著者
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Shibata Nitaro
Heart Institute Of Japan Tokyo Women's Medical College
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Niki Kiyomi
Department Of Cardiology The Heart Institute Of Japan Tokyo Women's Medical College
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Toyama J
Aichi Prefecture Hospital
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Toyama Junji
名古屋大学 大学院医学系研究科循環器内科
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Hosoda Saichi
Heart Institute Of Japan Tokyo Women's Medical College
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Suzuki Ryoko
Res.institute Of Environ.med. Nagoya University
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Suzuki Ryoko
Department Of Circulation Division Of Regulation Of Organ Function Research Institute Of Environment
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Toyama Junji
Department Of Circulation Division Of Regulation Of Organ Function Research Institute Of Environment
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Suzuki Ryoko
Department Of Circulation Division Of Regulation Of Organ Function Research Institute Of Environment
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Suzuki Ryoko
Department Of Circulation Division Of Regulation Of Organ Function Research Institute Of Environmental Mesicine Nagoya University
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Toyama Junji
Division Of Cardiology Aichi Prefecture Cardiovascular And Respiratory Center
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Hosoda Saichi
Dept.of Cardiology and Radiology, Tokyo Women's Medical College
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SHIBATA Nitaro
Dept. of Cardiology,Heart Institute of Japan,Tokyo Women's Medical College
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NIKI Kiyomi
Dept. of Cardiology,Heart Institute of Japan,Tokyo Women's Medical College
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Hosoda Saichi
Dept. Of Cardiol. Jichi Med. Sch. Tochigi
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Toyama Junji
Department Of Circulation And Respiration The Research Institute Of Environmental Medicine Nagoya Un
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Kodama Itsuo
Department of Cardiovascular Research, Research Institute of Environmental Medicine, Nagoya Universi
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Kodama Itsuo
Cardiovascular Research Research Institute Of Environmental Medicine Nagoya University
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Hosoda Saichi
Department Of Cardiology The Heart Institute Of Japan Tokyo Women's Medical College
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Shibata Nitaro
Department Of Medicine Heart Institute Of Japan Tokyo Women's Medical College
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Arai Akiko
Research Institute Of Environmental Medicine Nagoya University
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Toyama Junji
Department Of Circulation And Respiration The Research Institute Of Environmental Medicine Nagoya Un
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Shibata Nitaro
Department Of Cardiology Heart Institute Of Japan Tokyo Women's Medical College
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Suzuki Ryoko
Departments Of Surgery Ii Faculty Of Medicine Kochi University
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Suzuki Ryoko
Department Of Biomolecular Science Faculty Of Science Toho University
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Toyama Junji
Cardiovascular Center, Aichi Prefecture Owari Hospital
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KODAMA Itsuo
Div.of Cardiology,Research Institute for Envioronmental Medicina,Nagoya University
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ARAI Akiko
Div.of Cardiology,Research Institute for Envioronmental Medicina,Nagoya University
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SUZUKI Ryoko
Div.of Cardiology,Research Institute for Envioronmental Medicina,Nagoya University
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IIDA Masato
Div.of Cardiology,Research Institute for Envioronmental Medicina,Nagoya University
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TOYAMA Junji
Div.of Cardiology,Research Institute for Envioronmental Medicina,Nagoya University
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Suzuki Ryoko
Cardiovasc. Div., Research Inst. for Envirorontal Med., Nagoya University
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Toyama Junji
Cardiopulmonary Division Research Institute Of Environmental Medicine Nagoya University
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Kodama Itsuo
Department Of Cardiovascular Research R.i.e.m. Nagoya University
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Suzuki Ryoko
Cardiovasc. Div. Research Inst. For Envirorontal Med. Nagoya University
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Toyama Junji
Department Of Cardiology Toyohashi Heart Center
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Toyama Junji
1st Dept. Of Intern. Med. Nagoya Univ.
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Hosoda Saichi
Department Of Cardiology Heart Institute Of Japan Tokyo Women's Medical College
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Arai Akio
Department Of Circulation Division Of Regulation Of Organ Function Research Institute Of Environment
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Hosoda Saichi
Department Of Cardiology And Internal Medicine
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Toyama Junji
Department Of Cardiology Aichi Prefectural Owari Hospital Cardiovascular Center
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Hosoda Saichi
Department Of Cardioangiology And Internal Medicine Jichi Medical School
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Toyama Junji
Aichi Prefecture Hospital
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Arai Akio
Department Of Circulation Division Of Regulation Of Organ Function Research Institute Of Environmental Mesicine Nagoya University
著作論文
- INDUCTION OF ACTIVATION FRONT RE-ENTRY AFTER DEFIBRILLATION SHOCKS : MODULATION OF REFRACTORINESS BY LOW ENERGY FIELD STIMULATION AND FIBER ORIENTATION CORRELATION
- ROLE OF FIBER ORIENTATION IN THE CREATION OF REENTRY ARRHYTHMIA INDUCED BY CARDIOVERSION : SIMULATION ANALYSIS USING 2-D HEART MODEL.
- DETRIMENTAL EFFECTS OF HIGH-INTENSITY DC SHOCK ON CARDIAC MUSCLE DEPENDS ON THE ELECTRICAL AXIS OF STIMULATION