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A 2025 randomized controlled trial in *NeuroRehabilitation* found that robotic mirror training with the Syrebo SY-HRE12 improved not just hand function, but also unilateral neglect, post-stroke depression, and independence in daily activities—outcomes that conventional mirror therapy left unchanged.

Brain-computer interface technology can now detect your intention to move before movement happens—and use that signal to drive a robotic glove. Here's the neuroscience behind why this loop rewires stroke-damaged motor pathways more effectively than passive therapy.

In contemporary stroke and neurorehabilitation settings, exoskeleton robotics plays a major role in restoring hand function. The market primarily offers two approaches: rigid exoskeleton systems and soft exoskeleton gloves like the Syrebo Hand Rehabilitation System. The choice between these technologies directly impacts recovery outcomes, patient adherence, and therapeutic effectiveness. What Is a Soft Exoskeleton Glove? A soft exoskeleton glove is a wearable...

We review the full hierarchy of clinical evidence for soft robotic glove rehabilitation in stroke—from the earliest feasibility studies to multi-center RCTs and systematic reviews published in 2025—so you can evaluate what the science actually supports.

A comprehensive, unbiased guide to choosing the best rehabilitation glove for stroke recovery in 2026 — covering what to look for, how different technologies compare, and which Syrebo model fits your needs.

Mirror therapy is one of the most evidence-backed — and most underused — tools in stroke rehabilitation. This guide explains the science, how to use it at home, and how to combine it with other recovery methods.

Practical guide to recovering hand function at home after a stroke — covering the science of neuroplasticity, a daily therapy routine, and the tools that support lasting recovery.