• Neila J Donovan, Shelley C Heaton, Cara I Kimberg, Pey-Shan Wen, J Kay Waid-Ebbs, Wendy Coster, Floris Singletary, and Craig A Velozo.
• North Florida/South Georgia Veterans Health System Rehabilitation Outcomes Research Center, University of Florida, Gainesville, FL, USA. ndonovan@lsu.edu
• Brain Inj. 2011 Jan 1; 25 (4): 348-64.

Primary ObjectiveTo conceptualize functional cognitive constructs across the continuum of traumatic brain injury (TBI) recovery, to form the foundation for the Computer Adaptive Measure of Functional Cognition for TBI (CAMFC-TBI).BackgroundTBI often has a profound impact on a survivor's ability to return to previous level of functioning and significantly reduces the overall quality of life for survivors and caregivers. Few assessments are designed to evaluate TBI's impact on cognitive functioning in everyday life. Neuropsychological tests are time consuming and may have questionable ecological validity for predicting functional outcomes. Global functional assessments contain few cognitive items and may lack psychometric rigour. Presently there is a lack of efficient, precise, ecologically valid functional cognitive measures.Main Outcome And ResultsStudies that used neuropsychological and global functional assessments were reviewed to direct conceptualization of functional cognitive constructs across TBI recovery stages. An advisory panel reviewed study methodology and functional cognitive constructs development. They validated the need for the CAMFC-TBI and the six functional cognitive constructs: attention, memory, processing speed, executive functioning, social communication and emotional management.ConclusionConceptualizing functional cognitive constructs is the first step in CAMFC-TBI development. Future project stages include item pool development, qualitative testing, field-testing, psychometric analysis and computerized adaptive test programming.

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