Study Design. Patients with traumatic paraplegia resulting from snowboardin
g accidents were reviewed.
Objective. To understand the clinical features and mechanisms of paraplegic
snowboarding injuries.
Summary of Background Data. The recent explosion in the popularity of snowb
oarding has resulted in dramatically increased numbers of snowboarding inju
ries. However, little information is available as to the types and mechanis
ms of snowboard-related spinal injuries and their neurologic involvement.
Methods. The subjects of this study were six male patients, with an average
age of 23.7 years, referred to the authors' institution for neurologic def
icits associated with spinal injuries between January 1996 and March 1999.
The clinical features of these patients were reviewed with respect to the m
echanism of the injury, fracture pattern, neurologic status, treatment, and
clinical outcome. The mean follow-up period was 23.7 months.
Results. The six snowboarders with traumatic paraplegia constituted a very
homogenous group with the following features: They were all young men betwe
en the ages of 23 and 25 years. All the injuries had occurred at the verteb
ral junctions. The primary mechanism of the fractures was a backward fall f
rom an intentional jump. The fracture patterns were of the flexion-distract
ion type. These homologous features suggest that this snowboarding group is
at high risk for severe spinal injury.
Conclusion. The high risk of traumatic paraplegia for a group within the sn
owboarding population requires the development and provision of injury prev
ention strategies specific to this group.