Use of robotic technologies in the rehabilitation of patients with spinal cord injuries: review of evidence and practical implications

Abstract

Introduction. Spinal cord injury is one of the most severe forms of damage to the nervous system and is accompanied by persistent motor, sensory, and autonomic impairments. Such changes significantly limit patients’ functional independence, reduce their level of social activity, complicate daily life, and negatively affect their psycho-emotional state. Traditional rehabilitation methods do not always provide sufficient intensity, accuracy, and repetition of motor exercises required to stimulate neuroplasticity and restore lost functions. In this regard, the use of robotic technologies, particularly robotic gait training systems and wearable exoskeletons, is becoming increasingly relevant, as they open new opportunities for restoring motor functions and improving the effectiveness of the rehabilitation process.

The aim of the study – to analyze current scientific data on the effectiveness of robotic technologies in the rehabilitation of patients with spinal cord injuries and to determine their clinical significance.

The main part. Robotic technologies in neurorehabilitation provide a high level of intensity, accuracy, and repeatability of movements, which is an important condition for the formation of new motor connections and the activation of neuroplasticity mechanisms. The use of robotic gait training systems and wearable exoskeletons contributes to improvements in walking speed, walking distance, coordination, balance, and the level of functional independence in patients. The most pronounced positive effect is observed in patients with incomplete spinal cord injuries, who retain the potential for partial recovery of locomotor function. In addition to physical benefits, such technologies positively influence patients’ psycho-emotional state, increase motivation for therapy, encourage more active participation in the rehabilitation process, and improve quality of life. At the same time, the widespread implementation of these methods is limited by the high cost of equipment, the need for specialized staff training, as well as the necessity for individualized selection of rehabilitation programs and careful patient selection according to clinical indications and contraindications.

Conclusions. Robotic technologies are a promising direction in modern neurorehabilitation and are advisable as a component of comprehensive recovery programs for patients with spinal cord injuries. Their use contributes to improvements in gait, functional activity, and the overall condition of patients. Further research should focus on the standardization of treatment protocols, evaluation of long-term outcomes, and increasing the accessibility of these methods in clinical practice.