Development of Modular 3D-Printed Dynamic Orthoses for Hand Function Rehabilitation in Stroke Patients A Randomized Controlled Intervention Study

What this Trial Is About

Researchers are evaluating the benefits of using modular 3D printed dynamic orthoses to improve upper limb function in stroke survivors. This randomized controlled trial includes participants who have had a stroke at least three months prior and aims to compare the effectiveness of these orthoses combined with traditional occupational therapy versus traditional therapy alone. The study focuses on post-stroke movement rehabilitation and hand function facilitation. Participants are divided into two groups: one receiving traditional stroke occupational therapy arranged by therapists in medical settings, and the other receiving the same traditional therapy supplemented with home training using specially designed modular 3D printed dynamic orthoses. The intervention lasts for 6 continuous weeks, during which the experimental group uses the dynamic orthoses at home as part of their motion training. Throughout the study, participants undergo several assessments including the Fugl-Meyer Assessment for upper extremity, the Box and Block Test, and the Motor Activity Log at baseline (week 0), after the 6-week intervention, and at two follow-up points one month and two months post-intervention (weeks 10 and 14). These measures help evaluate improvements in hand function and motor activity. The study carefully monitors participants' progress and outcomes over this timeline to assess the orthoses' impact alongside traditional therapy.

Dynamic-orthosis Programs for Stroke Hand Function