Abstract
Robotic-assisted gait training plays a pivotal role in the rehabilitation of individuals recovering from post-stroke and post-spinal cord injuries. By employing sophisticated robotics, this therapy facilitates repetitive, task-specific movements essential for relearning walking patterns. The precision and customisation of robotic systems ensure tailored interventions targeting specific impairments. Moreover, these technologies provide real-time feedback, enhancing patient engagement and motivation. In this review, 11 articles were finalized for review, five were for post-stroke rehabilitation and 6 for spinal cord injuries. Results show that there is improvement in Spatiotemporal parameters of gait, functional outcomes and quality of life. In Conclusion, robotic-assisted gait training ultimately accelerates recovery, improves functional outcomes, and restores independence, profoundly impacting rehabilitation effectiveness. KEYWORDS: Assistive technology, Robotics, Gait parameters, Neurorehabilitation, Functional outcome.
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