A Traffic Light System for Detecting Spinal Deformities in Children with Cerebral Palsy

Area of Science:

• Pediatrics
• Orthopedics
• Rehabilitation Medicine

Background:

• Spinal deformities in children with cerebral palsy (CP) often receive limited clinical attention.
• A novel traffic light system for spinal assessment (TLS-Spine) was developed to improve awareness among healthcare providers.
• The study aimed to assess the clinical applicability of the TLS-Spine tool.

Purpose of the Study:

• To evaluate the practical application and utility of the TLS-Spine assessment tool in routine clinical settings.
• To determine if the TLS-Spine tool enhances the identification and management of spinal deformities in pediatric CP patients.

Main Methods:

• A review group of 48 pediatricians and physiotherapists applied the TLS-Spine tool to at least 10 CP patients each.
• Participants completed questionnaires rating the tool's usability, helpfulness, and impact on clinical decision-making.
• Data from 537 completed surveys were analyzed using median and range scores.

Main Results:

• The TLS-Spine tool was correctly applied in 96.3% of cases.
• Reviewers found the tool easy to use, not time-consuming, and beneficial for examination, understanding findings, and management decisions.
• Physicians reported higher satisfaction than physiotherapists in four of nine evaluated dimensions.

Conclusions:

• The TLS-Spine is a practical and user-friendly tool for assessing spinal deformities in children with CP.
• Its implementation can increase clinician awareness and facilitate early referral to orthopedic specialists.
• Early detection and treatment of spinal deformities can lead to improved patient management and outcomes.