Virtual reality rehabilitation in children

In recent strides of technological progress, researchers and practitioners have harnessed the potential of virtual reality as an alternative avenue for therapeutic interventions. Within this, virtual reality-based motor rehabilitation stands out, providing a platform for engaging in repetitive, intensive tasks while offering immediate sensory-motor feedback—a pivotal facet in the learning process. This study delves into the exploration of whether utilizing a virtual reality device for rehabilitation training could surpass the efficacy of traditional occupational therapy in enhancing upper-limb motor function among children with brain injuries.
The participants were divided into two groups—the intervention group, subjected to a 30-minute treatment rooted in the virtual reality rehabilitation program, and the control group, which underwent conventional occupational therapy sessions for five days a week over a span of four weeks. Results unveiled a noteworthy contrast between the two groups. The virtual reality group exhibited significant advancements in unimanual dexterity, the execution of daily living activities, and forearm articular movement, outshining their counterparts in the control group.
Virtual reality-based rehabilitation emerges as a catalyst for improved motor learning processes, incorporating elements like implicit learning, tangible tasks, and focused attention. The augmentation of conventional rehabilitation methods with virtual reality, specifically employing a system equipped with wearable inertial measurement unit sensors, proved to be as effective as the established norm of conventional occupational therapy for upper-limb training in children with brain injuries.