Miki Ayako | Osaka University, Faculty of Medicine, School of Allied Health Sciences
スポンサーリンク
概要
関連著者
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Hayashi Hidetaka
Department Of Radiology Tenri Hospital
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Asanuma Toshihiko
Osaka University Graduate School of Medicine
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Ishikura Fuminobu
Osaka University Graduate School of Medicine
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Beppu Shintaro
Osaka University Graduate School of Medicine
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OKAZAKI Juri
School of Allied Health Sciences, Osaka University, Faculty of Medicine
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TOSHIDA Tsutomu
Division of Functional Diagnostic Science, Graduate School of Medicine, Osaka University
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MIKI Ayako
Division of Functional Diagnostic Science, Graduate School of Medicine, Osaka University
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Toshida Tsutomu
Division Of Functional Diagnostic Science Graduate School Of Medicine Osaka University
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Ishikura Fuminobu
School Of Allied Health Sciences Faculty Of Medicine Osaka University
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Miki Ayako
School Of Allied Health Sciences Faculty Of Medicine Osaka University
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Iwata Akiko
Division Of Functional Diagnostic Science Graduate School Of Medicine Osaka University
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Okazaki Juri
School Of Allied Health Sciences Osaka University Faculty Of Medicine
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Hirayama Hideo
Osaka University Faculty Of Medicine School Of Allied Health Sciences
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Iwata Akiko
Osaka University, Faculty of Medicine, School of Allied Health Sciences
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Miki Ayako
Osaka University, Faculty of Medicine, School of Allied Health Sciences
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Ohtani Kentaro
Osaka University, Faculty of Medicine, School of Allied Health Sciences
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Okazaki Juri
Osaka University, Faculty of Medicine, School of Allied Health Sciences
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Toshida Tsutomu
Osaka University, Faculty of Medicine, School of Allied Health Sciences
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Ishikura Fuminobu
Cardiac Division National Cardiovascular Center
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Asanuma Toshihiko
Division Of Functional Diagnostics Department Of Health Sciences Osaka University Graduate School Of
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Beppu Shintaro
Department Of Health Sciences Division Of Functional Diagnostics Osaka University Graduate School Of
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Asanuma Toshihiko
Division Of Functional Diagnostics Department Of Health Sciences Osaka University Graduate School Of
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BEPPU Shintaro
Osaka Seamen's Insurance Hospital
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Beppu Shintaro
1st Dept. Of Intern. Med. Osaka Medical School Osaka Univ.
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Ishikura Fuminobu
Division Of Hypertension And Cardiology(f.i.and S.n.) National Cardiovascular Center
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Ohtani Kentaro
School Of Allied Health Sciences Osaka University Faculty Of Medicine
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Kutsuyama Tomoko
School Of Allied Health Sciences Faculty Of Medicine Osaka University
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kutsuyama Tomoko
Osaka University, Faculty of Medicine, School of Allied Health Sciences
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Ohse Shunichi
Osaka University, Faculty of Medicine, School of Allied Health Sciences
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Shakudo Masahiro
Osaka City Sumiyoshi Hospital
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Ohse Shunichi
Osaka University Faculty Of Medicine School Of Allied Health Sciences
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Shakudo Masahiro
Osaka University Faculty Of Medicine School Of Allied Health Sciences
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Kiyoshima Kumiko
Osaka University, Faculty of Medicine, School of Allied Health Sciences
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Kitamura Kazushi
Osaka University, Faculty of Medicine, School of Allied Health Sciences
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Kiyoshima Kumiko
Osaka University Faculty Of Medicine
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Kitamura Kazushi
Osaka University Faculty Of Medicine School Of Allied Health Sciences
著作論文
- Accuracy of left ventricular volume measurement by combined use of real-time contrast left ventricular opacification and free-scan 3-dimensional reconstraction methods
- 3-Dimentional Reconstruction of Coronary Arteriole Plexus Imaging Using Real-time Contrast Echocardiography
- Dose effects of contrast agent on parameters derived from replenishment curve in real-time myocardial contrast echocardiography
- Real-time Myocardial Contrast Echocardiography reveals Microvessel Recruitment Soon after Coronary Occlusion
- Color-coded curved anatomical M-mode analysis of contrast echocardiography : A novel technique for the diagnosis of coronary artery stenosis
- A New Method of Lateral Compensation of Acoustic Power for Homogenous Acoustic Field : Its Efficacy at Intravenous Myocardial Contrast Echocardiography
- Efficacy of monitored pulse subtraction method for enhancing myocardial opacification in contrast echocardiography
- 3-dimentional reconstruction of coronary arteriole plexus image by contrast echocardiography using high frequency transducer