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学部・学科・専攻

教員紹介(リハビリテーション学科 作業療法学専攻)

氏名 田邉　浩文
フリガナ（ローマ字） タナベヒロフミ（HIROFUMI TANABE）
職名 教授
学位 博士（保健学）
担当授業科目 作業療法評価学概論，日常生活支援論Ⅰ，作業療法評価学Ⅰ，作業分析学，研究法
専門分野 身体障害領域
現在の研究テーマ 脳血管疾患重度片麻痺の機能回復リハビリテーション，
ニューロリハビリテーション支援ロボット開発
研究内容キーワード 脳血管疾患，機能回復，ロボット
主な著書・学術論文 田邉浩文，効果がみえる中枢神経疾患の再構築アプローチ-タナベセラピー．ヒューマンプレス，２０１６．
Hirofumi T, Masahiro M, Norihiro T et al: Clinical Evaluation of UR-System 2 for Recovery of Motor Function of Plegic Upper Limb after Stroke.　Journal of Robotics, Networking and Artificial Life 3:33-36,2016. 
Hirofumi T, Yoshifumi M: Clinical Evaluation of UR-System-PARKO for Recovery of Motor Function of Severe Plegic Hand after Stroke. Journal of Robotics, Networking and Artificial Life 4-1:53–57,2017.
Hirofumi T, Masahiro M, Norihiro Toya et al: Development of Training System for Recovery of Motor Function of Plegic Upper Limb after Stroke. Conference on Rehabilitation Engineering and Assistive Technology:39-41,2015.
Hirofumi T, Toru N, Rumi T. Application of Constraint-induced Movement Therapy for People with Severe Chronic Plegic Hand. Asian Journal of Occupational Therapy:7-12,2011.
Hirofumi T. An introduction of the finger extension splint that used shape-memory alloy – Inspection of an application effect of Constraint-induced Movement Therapy with Severe Chronic Plegic hand. Shape Memory Alloys Symposium:12-13,2012.
田邉浩文，長尾徹，種村留美.慢性重度麻痺手に対するConstraint-induced Movement Therapyの適用効果：独立検査者によるランダム化比較試験. 作業療法ジャーナル48(4): 347-351,2014. 
Hirofumi Tanabe：Self-training support system with biofeedback of load balance ratio for standing-up training of a patient with hemiplegic after stroke、34th Chinese Control Conference and SICE Annual Conference,2015.
Hirofumi Tanabe：Clinical Evaluation of UR-System 2 for Recovery of Motor 　　Function of Plegic Upper Limb after Stroke、ICAROB 2016 - International Conference on Artificial Life and Robotics、Okinawa, 2016.
Hirofumi T, Munehiro I, Yoshifumi M: Validation of the Efficiency of a Robotic Rehabilitation Training System for Recovery of Severe Plegic Hand Motor Function after a Stroke. International Conference on Rehabilitation Robotics:579-584,2017.