PURPOSE: To evaluate the feasibility and therapeutic effect of engaging children of differing neuromotor and cognitive ability in a virtual reality (VR) tabletop workspace designed to improve upper-limb function. METHOD: Single-subject experimental design with multiple baselines was employed. Four children with hemiplegia participated in VR-based training between nine and 19, 30-minute sessions, over three-four weeks. Outcomes were assessed from the perspective of the International Classification of Functioning, Disability and Health; considering body function, activity performance and participation. Upper-limb performance was assessed using system-measured variables (speed, trajectory and accuracy) and standardized tests. Trend analyses were employed to determine trends on system variables between baseline phase and treatment phases. Standardised measures were compared between pre- and post-training. RESULTS: Two children made progress across system variables with some translation to daily activities. Performance of the other two children was more variable, however, they engaged positively with the system by the end of the treatment phase. CONCLUSIONS: The VR (RE-ACTION) system shows promise as an engaging rehabilitation tool to improve upper-limb function of children with hemiplegia, across ability levels. Trade-offs between kinematic variables should be considered when measuring improvements in movement skill. Larger trials are warranted to evaluate effects of augmented feedback, intensity and duration of training, and interface type to optimise the system's effectiveness.
PURPOSE: To evaluate the feasibility and therapeutic effect of engaging children of differing neuromotor and cognitive ability in a virtual reality (VR) tabletop workspace designed to improve upper-limb function. METHOD: Single-subject experimental design with multiple baselines was employed. Four children with hemiplegia participated in VR-based training between nine and 19, 30-minute sessions, over three-four weeks. Outcomes were assessed from the perspective of the International Classification of Functioning, Disability and Health; considering body function, activity performance and participation. Upper-limb performance was assessed using system-measured variables (speed, trajectory and accuracy) and standardized tests. Trend analyses were employed to determine trends on system variables between baseline phase and treatment phases. Standardised measures were compared between pre- and post-training. RESULTS: Two children made progress across system variables with some translation to daily activities. Performance of the other two children was more variable, however, they engaged positively with the system by the end of the treatment phase. CONCLUSIONS: The VR (RE-ACTION) system shows promise as an engaging rehabilitation tool to improve upper-limb function of children with hemiplegia, across ability levels. Trade-offs between kinematic variables should be considered when measuring improvements in movement skill. Larger trials are warranted to evaluate effects of augmented feedback, intensity and duration of training, and interface type to optimise the system's effectiveness.
Authors: Anna Aminov; Jeffrey M Rogers; Sandy Middleton; Karen Caeyenberghs; Peter H Wilson Journal: J Neuroeng Rehabil Date: 2018-03-27 Impact factor: 4.262
Authors: Ivana Olivieri; Paolo Meriggi; Cristina Fedeli; Elena Brazzoli; Anna Castagna; Marina Luisa Rodocanachi Roidi; Lucia Angelini Journal: J Pediatr Rehabil Med Date: 2018