Functional T_2 Mapping of the Trunkal Muscle
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概要
- 論文の詳細を見る
- 日本磁気共鳴医学会の論文
- 2009-06-01
著者
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Niitsu Mamoru
Tokyo Metropolitan University
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Nitta Osamu
Divison Of Physical Therapy Tokyo Metropolitan University
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HOSHIKAWA ATSUTO
Department of Orthopaedics, Dokkyo Medical University
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OKUWAKI Toru
Department of Sports Medicine, Japan Institute of Sports Sciences
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TAWARA Noriyuki
Department of Sports Medicine, Japan Institute of Sports Sciences
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Itoh Akiyoshi
Graduate Course Of Computer Sciences College Of Sciences And Technology Nihon University
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KURUMA Hironobu
Divisions of Radiological Sciences, Faculty of Health Sciences
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Kuruma Hironobu
Divisions Of Radiological Sciences Faculty Of Health Sciences
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Nitta Osamu
Divisions Of Physical Therapy Faculty Of Health Sciences
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Okuwaki Toru
Department Of Sports Medicine Japan Institute Of Sports Sciences
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Tawara Noriyuki
Department Of Sports Medicine Japan Institute Of Sports Sciences
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Nitta Osamu
Division Of Physical Therapy Faculty Of Health Sciences Tokyo Metropolitan University
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Niitsu Mamoru
Division Of Radiological Sciences Faculty Of Health Sciences Tokyo Metropolitan University
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Kuruma Hironobu
Division Of Physical Therapy Faculty Of Health Sciences Tokyo Metropolitan University
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Hoshikawa Atsuto
Department Of Sports Medicine Japan Institute Of Sports Sciences
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Hoshikawa Atsuto
Department Of Orthopaedics Dokkyo Medical University
関連論文
- 学齢脳性麻痺児の母親における家族ニーズと育児負担感および精神的健康度の関係
- The Relationship between the Disabilities of School-Aged Children with Cerebral Palsy and their Family Needs
- 45. Measurements of the trunk muscles on MRI in trained and untrained men(The Proceedings of the 15th Annual Meetings of Japan Society of Exercise and Sports Physiology July 26-27, (Hirosaki))
- Histologic classification of loose bodies in osteoarthrosis
- Appropriate Slice Location to Assess Maximal Cross-sectional Area of Individual Rotator Cuff Muscles in Normal Adults and Athletes
- Functional T_2 Mapping of the Trunkal Muscle
- Effects of MR Image Noise on Estimation of Short T_2 Values from T_2-weighted Image Series
- T_2 Mapping of Muscle Activity using Ultrafast Imaging