Balance and Gait After a Stroke: What Really Helps
Introduction:
Falls are one of the greatest risks in everyday life after a stroke. Unsteady gait, poor balance, and delayed protective reflexes—these consequences severely limit independence and lead many people affected to restrict their mobility out of excessive caution. The problem is this: People who move less out of fear lose even more stability. The solution lies in targeted, regular training—but not all training is equally effective.
Why Balance Is Impaired After a Stroke
Balance is not a simple skill—it is the result of a complex interplay between the vestibular system in the inner ear, the visual system, depth perception (proprioception), and motor control. A stroke disrupts this system at several points simultaneously:
On the one hand, the motor pathways responsible for controlling the legs and trunk are disrupted. On the other hand, sensory pathways are often affected as well—people with this condition can no longer accurately perceive their body’s position in space. The brain receives conflicting or incomplete information and can no longer reliably regulate balance.
Traditional balance training usually addresses only part of this problem. What is needed is an approach that engages the entire sensorimotor system.
How Coordinated Full-Body Exercise Improves Balance
GIGER® MD® therapy is based on a principle that is gaining increasing scientific support in neurorehabilitation: coordinated, rhythmic movements involving all four limbs activate the central networks in the brain and spinal cord that are responsible for postural control, balance, and gait coordination.
The simultaneous movement of the arms and legs in precise phased patterns stimulates the very neural circuits that are automatically activated during walking. The brain «remembers»—step by step—the movement patterns that were disrupted by the stroke. Patients report a more fluid gait, greater balance, and less fear of falling after just a few weeks of consistent training.
The Difference Between Active Recovery and True Rest
Many rehabilitation measures following a stroke are aimed at compensation: Patients learn to cope with their limitations—using assistive devices, modified movement strategies, and adjustments to their daily routines. This is important and useful. But it is not the same as true neurological recovery.
True recovery means that the brain forms new or strengthened connections—that the function itself returns, not just a compensatory response. This requires neuroplasticity, and neuroplasticity requires consistent, neuromotor-effective movement stimuli. This is precisely the approach of GIGER® MD® therapy—and this is exactly why it differs from purely compensatory measures.
After an introductory session at the therapy center, the training can easily be done at home every day—which is crucial for building stable neural connections.
Conclusion: Stability can be trained
Anyone who wants to work on their balance and gait after a stroke needs a method that directly targets the nervous system—not just the muscles. With consistent neuromotor training, it is possible to measurably improve balance, reduce the risk of falls, and regain independence in daily life.
Try the GIGER® MD® therapy for yourself: Schedule your free trial session in Lommiswil.
Author: Combo AG, manufacturer and distributor of GIGER® MD® Therapy
Medical note: This article is for information purposes only and does not replace medical advice.Last update: 2026