BACKGROUND/ OBJECTIVE: Describe associations of patient characteristics and speech-language pathology (SLP) interventions provided during impatient rehabilitation for spinal cord injury (SCI) to outcomes at discharge and 1-year post-injury. METHODS: Speech-language pathologists at six inpatient rehabilitation centers documented details of treatment provided. Least squares regression modeling was used to predict outcomes at discharge and 1-year injury anniversary. Cognitive, participation, and mood outcomes for a subsample of patients with traumatic brain injury (TBI) and cognitive-communication limitations (CCLs) were examined. RESULTS: SLP treatment factors explain a small amount of variation in cognitive Functional Independence Measure (FIM), participation, and mood. Variation explained by treatment factors for cognitive outcomes at the time of discharge increased when the patient group was more homogeneous (patients with TBI and CCLs). More time in SLP cognitive-communication interventions had a negative relationship, while longer length of stay was positive. The added explanatory power was not seen for similar outcomes at 1-year post-injury. CONCLUSION: Patients with SCI who have the greatest need for interventions to address cognitive limitations due to TBI receive the most SLP cognitive-communication treatment and show the greatest amount of improvement during rehabilitation. Their cognitive functioning remained impaired at discharge; this likely accounts for the consistent finding that more hours of SLP cognitive-communication treatment is associated with lower cognitive FIM scores at discharge. Future research on individuals with dual SCI and TBI should include more comprehensive assessment of individual differences in cognitive performance in order to better examine the complex relationships between SLP treatments and outcomes. Note: This is the fifth of nine articles in this SCIRehab series.
BACKGROUND/ OBJECTIVE: Describe associations of patient characteristics and speech-language pathology (SLP) interventions provided during impatient rehabilitation for spinal cord injury (SCI) to outcomes at discharge and 1-year post-injury. METHODS: Speech-language pathologists at six inpatient rehabilitation centers documented details of treatment provided. Least squares regression modeling was used to predict outcomes at discharge and 1-year injury anniversary. Cognitive, participation, and mood outcomes for a subsample of patients with traumatic brain injury (TBI) and cognitive-communication limitations (CCLs) were examined. RESULTS: SLP treatment factors explain a small amount of variation in cognitive Functional Independence Measure (FIM), participation, and mood. Variation explained by treatment factors for cognitive outcomes at the time of discharge increased when the patient group was more homogeneous (patients with TBI and CCLs). More time in SLP cognitive-communication interventions had a negative relationship, while longer length of stay was positive. The added explanatory power was not seen for similar outcomes at 1-year post-injury. CONCLUSION:Patients with SCI who have the greatest need for interventions to address cognitive limitations due to TBI receive the most SLP cognitive-communication treatment and show the greatest amount of improvement during rehabilitation. Their cognitive functioning remained impaired at discharge; this likely accounts for the consistent finding that more hours of SLP cognitive-communication treatment is associated with lower cognitive FIM scores at discharge. Future research on individuals with dual SCI and TBI should include more comprehensive assessment of individual differences in cognitive performance in order to better examine the complex relationships between SLP treatments and outcomes. Note: This is the fifth of nine articles in this SCIRehab series.
Authors: Stephen N Macciocchi; Brock Bowman; Jennifer Coker; David Apple; Donald Leslie Journal: Am J Phys Med Rehabil Date: 2004-01 Impact factor: 2.159
Authors: Kimberley R Monden; Julie Hidden; C B Eagye; Flora M Hammond; Stephanie A Kolakowsky-Hayner; Gale G Whiteneck Journal: J Spinal Cord Med Date: 2021-03-11 Impact factor: 1.985