The trial of robotic therapy combined with Modified Constraint-induced movement therapy for subacute patients with upper limb paralysis after stroke:

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  • Anmoto Naoya
    Department of Occupational Therapy, Nagoya City Rehabilitation Center
  • Takebayashi Takashi
    Department of Occupational Therapy, School of Comprehensive Rehabilitation, Osaka Prefecture University
  • Hibino Shin
    Department of Planning and Research, Nagoya City Rehabilitation Center

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Other Title
  • 亜急性期での脳卒中後上肢麻痺に対するロボット療法と修正CI療法を組み合わせた治療の実践
  • 亜急性期での脳卒中後上肢麻痺に対するロボット療法と修正CI療法を組み合わせた治療の実践 : ケースシリーズ研究
  • アキュウセイキ デ ノ ノウソッチュウ ゴ ジョウシ マヒ ニ タイスル ロボット リョウホウ ト シュウセイ CI リョウホウ オ クミアワセタ チリョウ ノ ジッセン : ケース シリーズ ケンキュウ
  • A series case study
  • ～ケースシリーズ研究～

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Abstract

Robotic therapy has shown promise for improving arm function after stroke. However, it is difficult to improve the behavior of the affected arm in daily life. This study provided modified forms of original Constraint-induced movement therapy (modified CIMT) which is effective for the affected arm and self-training using ReoGoⓇ-J (Robotic therapy) during six weeks for subacute patients with moderate to severe upper limb paralysis after stroke. We examined whether this approach could improve the movement of the affected arm by comparing with previous studies. As a result, this approach improved not only arm function but also affected arm behavior in daily life compared with previous studies. These results suggest that combining modified CIMT with robotic therapy helps patients regain upper limb function in their daily lives.

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