Scooter Injuries in Children

Abstract

Objective. To describe a series of nonmotorized scooter-related injuries to children to increase public awareness and encourage prevention of such injuries. Design. A descriptive study of a consecutive series of patients. Setting. The pediatric emergency service of a municipal hospital. Participants. All children <18 years old who presented to the Pediatric Emergency Service (PES) with a scooter-related injury from July through September 2000. Methods. Patients were identified by review of the PES medical records. Charts were reviewed for patient data including age, place of injury, use of protective gear, adult supervision, injury sustained, medical management, and disposition. Results. There were 15 children treated in the PES for scooter-related injuries. The mean age was 7.8 years, 73% were male. Approximately 90% of injuries occurred as a result of falling off a scooter. Irregular pavement caused 3 falls and tandem riding caused 2 falls. Inability to use the foot brake caused 1 collision, and 1 child was hit by a motor vehicle while crossing the street. Injuries occurred in a park (33%), on a sidewalk (47%), in a home (13%), and on the street (7%). Adult supervision was present in half of the cases. Only 2 children were wearing helmets at the time of injury; none wore protective padding. Five children (33%) suffered head trauma; 1 lost consciousness, and 2 suffered amnesia. Three children required a head computed tomography scan, and 1 required cervical spine radiographs. All radiographs were negative. None of these 5 children were wearing helmets. Seven children (47%) sustained facial injuries, and 4 of these children required laceration repair. Seven children (47%) sustained extremity trauma, including 1 laceration and 6 fractures (1 supracondylar, 1 distal radius, 2 radius/ulnar, 1 tibia/fibula, and 1 patella). Four fractures involved the upper extremity. Four fractures were managed by closed reduction; 2 required operative repair. One child required splinting of an avulsed tooth. Three of the children (20%) were admitted. The 5 children with head trauma were observed and released. Conclusion. The use of nonmotorized scooters by children may result in serious injury, particularly in the young child. Although not life-threatening, these injuries require significant medical intervention and may result in permanent functional and cosmetic deformity. These injuries are potentially preventable with the proper use of protective gear and supervision. Public and parental awareness and education are essential to prevent additional injuries.