Telerehabilitation for Post-Stroke Hand Function

This trial aims to test whether a home-based, technology-enabled program can improve hand function in adults who have had a stroke. Participants will either use a special remote-guided hand training program (Technology-Supported Hand Training) or follow a standard home exercise plan (Pamphlet-Supported Hand Activity). The study will evaluate the effectiveness of these programs and their ease of adherence. This trial targets individuals who experienced a single type of stroke (excluding those affecting the cerebellum) at least six months ago, without major memory or cognitive issues. As an unphased trial, it offers participants the chance to contribute to innovative research that could enhance stroke recovery options.

The trial information does not specify if you need to stop taking your current medications. However, if you have a recent history of seizures while on anti-seizure medication, you may be excluded from certain parts of the study.

In a previous study, most participants using home-based digital tools for hand exercises improved their arm and hand use. Another study found that a home-based hand exercise program for stroke survivors was safe and effective. These findings suggest that technology-supported hand exercises are generally well-tolerated.

Researchers are excited about these telerehabilitation techniques for post-stroke hand function because they offer innovative ways to support recovery at home. Unlike traditional in-person therapy sessions, the technology-supported hand training program provides guided activities through remote delivery, potentially increasing accessibility and convenience for patients. Meanwhile, the pamphlet-supported hand activity group empowers individuals with a structured, therapist-guided plan they can follow independently at home. Both methods aim to make rehabilitation more flexible and personalized, which could lead to improved engagement and outcomes for stroke survivors.

Research has shown that technology-assisted hand exercises can enhance hand function in stroke recovery. In this trial, participants in the Technology-Supported Hand Training Group will engage in a remotely delivered, technology-supported hand training program. Several studies have found that therapies using smart devices lead to noticeable improvements in hand movement. One study showed that training focused on specific tasks with devices providing touch-like feedback improved hand performance after four weeks. Another study found that soft robotic gloves were more effective in improving hand function than traditional mirror therapy. Overall, these findings suggest that technology in rehabilitation can be both engaging and effective in helping people regain hand movements after a stroke. Meanwhile, participants in the Pamphlet-Supported Hand Activity Group will follow a home therapy intervention guided by an advice plan based on typical occupational therapy guidance.²³⁴⁶⁷