OBJECTIVES: To examine prospectively the incidence and severity of co-occurring traumatic brain injury (TBI) in persons with traumatic spinal cord injury (SCI) and to describe a TBI assessment process for SCI rehabilitation professionals. DESIGN: A prospective, cohort design to collect and analyze clinical variables relevant for diagnosing co-occurring TBI. SETTING: An urban, single-center National Institute of Disability and Rehabilitation Research Model Spinal Cord Injury System in the Southeastern United States. PARTICIPANTS: People (N=198) who met inclusion criteria and provided consent within an 18-month recruitment window. INTERVENTIONS: Not applicable. MAIN OUTCOME MEASURE: FIM cognitive scale. RESULTS: Based on participants' presence and duration of posttraumatic amnesia, initial Glasgow Coma Scale total score, and presence of cerebral lesion documented by neuroimaging, 60% of our traumatic SCI sample also sustained a TBI (n=118). Most co-occurring TBIs were mild (34%). Co-occurring mild complicated (10%), moderate (6%), and severe TBI (10%) were less common but still occurred in a significant percentage (26%) of persons with traumatic SCI. Persons with traumatic SCI who were injured in motor vehicle collisions and falls were more likely to sustain a co-occurring TBI. Cervical level traumatic SCI was associated with greater rates of TBI but not more severe injuries. Tree analyses established a practical algorithm for classifying TBI severity associated with traumatic SCI. Analysis of variance established criterion validity for the algorithm's TBI severity classifications. CONCLUSIONS: Findings from our prospective study provide strong support that TBI is a common co-occurring injury with traumatic SCI. Incomplete acute care medical record documentation of TBI in the traumatic SCI population remains a considerable issue, and there is a significant need to educate emergency department and acute care personnel on the TBI clinical data needs of acute rehabilitation providers. A systematic algorithm for reviewing acute care medical records can yield valid estimates of TBI severity in the traumatic SCI population.
OBJECTIVES: To examine prospectively the incidence and severity of co-occurring traumatic brain injury (TBI) in persons with traumatic spinal cord injury (SCI) and to describe a TBI assessment process for SCI rehabilitation professionals. DESIGN: A prospective, cohort design to collect and analyze clinical variables relevant for diagnosing co-occurring TBI. SETTING: An urban, single-center National Institute of Disability and Rehabilitation Research Model Spinal Cord Injury System in the Southeastern United States. PARTICIPANTS: People (N=198) who met inclusion criteria and provided consent within an 18-month recruitment window. INTERVENTIONS: Not applicable. MAIN OUTCOME MEASURE: FIM cognitive scale. RESULTS: Based on participants' presence and duration of posttraumatic amnesia, initial Glasgow Coma Scale total score, and presence of cerebral lesion documented by neuroimaging, 60% of our traumatic SCI sample also sustained a TBI (n=118). Most co-occurring TBIs were mild (34%). Co-occurring mild complicated (10%), moderate (6%), and severe TBI (10%) were less common but still occurred in a significant percentage (26%) of persons with traumatic SCI. Persons with traumatic SCI who were injured in motor vehicle collisions and falls were more likely to sustain a co-occurring TBI. Cervical level traumatic SCI was associated with greater rates of TBI but not more severe injuries. Tree analyses established a practical algorithm for classifying TBI severity associated with traumatic SCI. Analysis of variance established criterion validity for the algorithm's TBI severity classifications. CONCLUSIONS: Findings from our prospective study provide strong support that TBI is a common co-occurring injury with traumatic SCI. Incomplete acute care medical record documentation of TBI in the traumatic SCI population remains a considerable issue, and there is a significant need to educate emergency department and acute care personnel on the TBI clinical data needs of acute rehabilitation providers. A systematic algorithm for reviewing acute care medical records can yield valid estimates of TBI severity in the traumatic SCI population.
Authors: Melissa T Nott; Ian J Baguley; Roxana Heriseanu; Gerard Weber; James W Middleton; Sue Meares; Jennifer Batchelor; Andrew Jones; Claire L Boyle; Stephanie Chilko Journal: Top Spinal Cord Inj Rehabil Date: 2014
Authors: Charles H Bombardier; Jesse R Fann; Catherine S Wilson; Allen W Heinemann; J Scott Richards; Ann Marie Warren; Larry Brooks; Catherine A Warms; Nancy R Temkin; Denise G Tate Journal: J Spinal Cord Med Date: 2013-11-26 Impact factor: 1.985
Authors: Wendy Gordan; Donald Gerber; Dana Spivack David; Viki Adornato; Rebecca Brougham; Julie Gassaway; Scott E D Kreider; Gale Whiteneck Journal: J Spinal Cord Med Date: 2012-11 Impact factor: 1.985
Authors: Gale Whiteneck; Julie Gassaway; Marcel P Dijkers; Allen W Heinemann; Scott E D Kreider Journal: J Spinal Cord Med Date: 2012-11 Impact factor: 1.985