Journal:The Journal of Head Trauma Rehabilitation
Year, Volume, Issue, Page(s):, , ,
Objective: To examine motor vehicle crash frequency and risk factors following moderate-to-severe traumatic brain injury (TBI).
Setting: Eight TBI Model Systems sites. Participants: Adults (N = 438) with TBI who required inpatient acute rehabilitation.
Design: Cross-sectional, observational design.
Main measures: Driving survey completed at phone follow-up 1 to 30 years after injury.
Results: TBI participants reported 1.5 to 2.5 times the frequency of crashes noted in the general population depending on the time frame queried, even when accounting for unreported crashes. Most reported having no crashes; for those who experienced a crash, half of them reported a single incident. Based on logistic regression, age at survey, years since injury, and perception of driving skills were significantly associated with crashes.
Conclusion: Compared with national statistics, crash risk is higher following TBI based on self-report. Older age and less time since resuming driving were associated with lower crash risk. When driving was resumed was not associated with crash risk. These results do not justify restricting people from driving after TBI, given that the most who resumed driving did not report experiencing any crashes. However, there is a need to identify and address factors that increase crash risk after TBI.
Author(s):Thomas Novack, Yue Zhang, Richard Kennedy, Lisa J Rapport, Charles Bombardier, Thomas Bergquist, Thomas Watanabe, Candy Tefertiller, Yelena Goldin, Jennifer Marwitz, Laura E Dreer, William Walker, Robert Brunner
- UAB Traumatic Brain Injury Model System
- Southeastern Michigan Traumatic Brain Injury System
- Moss Traumatic Brain Injury Model System
- Rocky Mountain Regional Brain Injury System
- JFK Johnson Rehabilitation Institute Traumatic Brain Injury Model System
- University of Washington Traumatic Brain Injury Model System (UW TBIMS)
- Virginia Traumatic Brain Injury Model System
- Mayo Clinic Traumatic Brain Injury Model System