Osaka Motohisa | The First Department Of Internal Medicine Nippon Medical School
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概要
関連著者
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Saitoh Hirokazu
Nippon Medical School First Department Of Internal Medicine
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Osaka Motohisa
The First Department Of Internal Medicine Nippon Medical School
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Osaka Motohisa
Department Of Internal Medicine Nippon Medical School Second Hospital
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Ohsaka Motohisa
Department Of Life Information Sciences Institute Of Gerontology Nippon Medical School
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Saitoh Hirokazu
The First Department Of Nippon Medical School
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Saito Hirokazu
The First Department Of Internal Medicine Nippon Medical School
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Atarashi Hirotsugu
Department Of Internal Medicine And Cardiology Nippon Medical School Tama-nagayama Hospital
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Saito Hirokazu
1st Department Of Internal Medicine Nippon Medical School Tokyo
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Hayakawa Hirokazu
The First Department Of Medicine Nippon Medical School
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Hayakawa Hirokazu
Internal Medicine Department Of Cardiology Nippon Medical School
著作論文
- Can new descriptors of ventricular repolarisation detect high-risk patients with implanted cardioverter defibrillator? : Usefulness of T-wave morphology analysis
- EFFECTS OF ELECTRICALLY INDUCED VENTRICULARPREMATURE CONTRACTION ON HEART RATEVARIABILITY SPECTRAL ANALYSIS
- PJ-632 The Usefulness of Alcohol Head-up Tilt Test in Patients with Alcohol Related Syncope(Autonomic Nervous System 5 (H) : PJ106)(Poster Session (Japanese))
- The significance of T-wave alternans for predicting VT or VF in different types of organic heart diseases
- T-wave Alternans can detect the cardiac involvement in sarcoidosis
- 0858 IS VASODEPRESSOR TYPE INCLUDED IN ENTITY OF NEURALLY MEDIATED SYNCOPE? : EVALUATION OF AUTONOMIC NERVOUS FUNCTION AND DRUG EFFICACY
- α-ADRENERGIC FUNCTION IN THE PATIENTS WITH CARDIAC ARRHYTHMIA : WITH REFFERENCE TO THE SYMPTOMS RELATED TO CEREBRAL ISCHEMIA
- 0325 EPIDEMIOLOGIC ASSESSMENT AND NATURAL HISTORY OF ATRIAL FIBRILLATION IN A POPULATION-BASED 29000 SUBJECTS FROM INDUSTRIAL MEDICAL EXAMINATION
- Correlation Dimension Analysis of Heart Rate Variability in Nonsustained Ventricular Tachycardia
- AUTONOMIC NEURAL MODULATION OF ATRIOVENTRICULAR CONDUCTION TIME ANALYZED BY SPECTRAL ANALYSIS