NeuroMove VR Pioneering Virtual Reality in Gait & Balance Restoration Post-Neuro Injury

Abstract

Patients with neurological injuries frequently experience significant gait and balance impairments, compromising their quality of life. Despite the long-standing promise of rehabilitation, its traditional methods have proved limited, therefore new solutions like virtual reality (VR) are being investigated to help restore both gait and balance. The intervention NeuroMove VR is one that has shown promise in helping to improve motor functions after neuro injury. To evaluate the effectiveness of NeuroMove VR in improving gait and balance restoration among individuals with neuro injuries. A descriptive cross-sectional design was used with data of 300 respondents from eight big cities of Punjab, Pakistan. participants were sampled using a purposive non-probability sampling, and their static and dynamic balance were measured using the Berg Balance Scale (BBS), Dynamic Gait Index (DGI), Activities-specific Balance Confidence (ABC) Scale and System Usability Scale (SUS). Descriptive and inferential statistics such as regression, ANOVA, and correlation were conducted on SPSS Version 28. NeuroMove VR intervention yielded significant improvements in gait and balance scores. BBS, DGI, and ABC scales were positively correlated, with gender and neurological condition significantly influencing outcomes. In conclusion, the regression analysis revealed that the VR intervention predicted improvements in the stability and locomotor parameters. NeuroMove VR shows significant promise as an effective tool for gait and balance rehabilitation following neurological injury. The incorporation of the device into clinical practice could serve as a groundbreaking alternative to traditional rehabilitation techniques, resulting in improved patient mobility and overall quality of life.