Assessment of the Impact of Training on the Stabilometric Platform Using the Biofeedback Method on Improving Balance and Functional Efficiency of Patients After a Stroke

Introduction: Postural balance disorders are one of the most common motor symptoms in patients after stroke, which affect the limitation of patients mobility and their ability to perform everyday activities. Balance disorders require comprehensive neurorehabilitation. Aim: The aim of the study was to assess the effect of exercises on the stabilometric platform using the biofeedback method on improving balance and functional performance in patients after stroke. Material and Methods: The study involved 75 patients after ischemic stroke aged from 35-80 years. Two groups were created: a study and control group. The study group consisted of patients in whom a comprehensive rehabilitation program was implemented, consisting of physical therapy, kinesitherapy, speech therapy and psychological consultation, complemented by the use of modern neurorehabilitation solutions, including a platform for balance training. The control group included patients in whom a comprehensive therapy program was implemented, but without training on a stabilometric platform. Functional assessment of patients was performed using selected scales and tests: Barthel Scale, Tinetti Test and Berg Balance Scale. Results: Patients after stroke, in whom a comprehensive physiotherapy program was implemented using the training on the Tecnobody stabilometric platform, obtained a statistically significant improvement in all parameters describing the ability to maintain balance. Also in the Tinetti Test in the gait evaluation section, Berg Balance Scale and Barthel Scale the improvement was statistically significant. Conclusions: The program used on the stabilometric platform had a significantly better impact on improving ability to maintain balance and everyday functioning of patients after stroke.

Automated summary

The study demonstrated that training on the stabilometric platform can significantly improve the balance and functional performance of patients after stroke, indicating a positive impact on their rehabilitation.