Inpatient Exergames for Children with Cerebral Palsy following Lower Extremity Orthopedic Surgery: A Feasibility...

Area of Science:

• Pediatric rehabilitation
• Neurology
• Game-based therapy

Background:

• Children with cerebral palsy (CP) often experience pain and reduced well-being after lower extremity orthopedic surgery.
• Traditional physiotherapy may not fully address these post-operative challenges.
• Novel therapeutic approaches are needed to enhance recovery and quality of life.

Purpose of the Study:

• To assess the feasibility of using cycling-based exergames for children with CP post-surgery.
• To investigate the impact of exergame intervention on pain and well-being in this population.
• To compare outcomes between a group receiving physiotherapy and a group receiving physiotherapy plus exergames.

Main Methods:

• Ten children with CP were divided into a physiotherapy-only group (comparison) and a physiotherapy plus exergame group (case).
• The case group underwent 15 exergame sessions over 3 weeks.
• Feasibility was measured by recruitment, questionnaire, and exergame completion rates. Pain and well-being were assessed using FPS-R, PPIS, and KIDSCREEN-27.

Main Results:

• All feasibility indicators were successfully met.
• The exergame group showed large effect sizes for pain reduction (FPS-R r=0.60, PPIS r=0.58).
• Significant improvements in overall well-being (KIDSCREEN-27 total score, p=0.05) and psychological well-being (p=0.01) favored the exergame group.

Conclusions:

• Implementing cycling-based exergames is a feasible intervention for children with CP following lower extremity orthopedic surgery.
• Exergames show significant potential to improve pain management and enhance the overall well-being of pediatric CP patients.
• This approach offers a promising adjunctive therapy to standard physiotherapy.