Abstract

BackgroundThe natural history of mild traumatic brain injury (TBI) or concussion remains poorly defined and no objective biomarker of physiological recovery exists for clinical use. The National Collegiate Athletic Association (NCAA) and the US Department of Defense (DoD) established the Concussion Assessment, Research and Education (CARE) Consortium to study the natural history of clinical and neurobiological recovery after concussion in the service of improved injury prevention, safety and medical care for student-athletes and military personnel.ObjectivesThe objectives of this paper were to (i) describe the background and driving rationale for the CARE Consortium; (ii) outline the infrastructure of the Consortium policies, procedures, and governance; (iii) describe the longitudinal 6-month clinical and neurobiological study methodology; and (iv) characterize special considerations in the design and implementation of a multicenter trial.MethodsBeginning Fall 2014, CARE Consortium institutions have recruited and enrolled 23,533 student-athletes and military service academy students (approximately 90% of eligible student-athletes and cadets; 64.6% male, 35.4% female). A total of 1174 concussions have been diagnosed in participating subjects, with both concussion and baseline cases deposited in the Federal Interagency Traumatic Brain Injury Research (FITBIR) database.ConclusionsChallenges have included coordinating regulatory issues across civilian and military institutions, operationalizing study procedures, neuroimaging protocol harmonization across sites and platforms, construction and maintenance of a relational database, and data quality and integrity monitoring. The NCAA–DoD CARE Consortium represents a comprehensive investigation of concussion in student-athletes and military service academy students. The richly characterized study sample and multidimensional approach provide an opportunity to advance the field of concussion science, not only among student athletes but in all populations at risk for mild TBI.

Highlights

  • Concussion is a fundamental concern facing the US military, the sports medicine community, and society at large

  • A total of 1174 concussions have been diagnosed in participating subjects, with both concussion and baseline cases deposited in the Federal Interagency Traumatic Brain Injury Research (FITBIR) database

  • The National Collegiate Athletic Association (NCAA)–Department of Defense (DoD) CARE Consortium represents a comprehensive investigation of concussion in student-athletes and military service academy students

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Summary

Objectives

The objectives of this paper were to (i) describe the background and driving rationale for the CARE. Individual authors are identified in the Acknowledgements. This article is part of Topical Collection on The NCAA-DoD Concussion Assessment, Research and Education (CARE) Consortium. Consortium; (ii) outline the infrastructure of the Consortium policies, procedures, and governance; (iii) describe the longitudinal 6-month clinical and neurobiological study methodology; and (iv) characterize special considerations in the design and implementation of a multicenter trial. Methods Beginning Fall 2014, CARE Consortium institutions have recruited and enrolled 23,533 student-athletes and military service academy students (approximately 90% of eligible student-athletes and cadets; 64.6% male, 35.4% female). A total of 1174 concussions have been diagnosed in participating subjects, with both concussion and baseline cases deposited in the Federal Interagency Traumatic Brain Injury Research (FITBIR) database

Conclusions
Key Points
Introduction
Research Aims and Approach
Administration and Operations Core
Biostatistics and Data Management
Bioinformatics
Biospecimens
Clinical Study Core
Estimated Enrollment and Concussion Incidence
Post-Injury Testing and Management
Assessment Tools
ARC Study Procedures
Advanced Neuroimaging Studies
Blood Biomarker Studies
Genotyping
Head Impact Monitoring
Human Subjects
Enrollment
Neuroimaging Challenges
Non-Helmeted Sensor Issues
Data Storage
Data Analysis
Findings
Full Text
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