As one of the first texts of its kind, Evidence-Based Practice in Athletic Training contains essential information on the fundamentals of evidence-based practice (EBP) for students who are working toward certification in athletic training and athletic trainers who wish to stay up to date on best practices in the field. With EBP, all clinical decisions are based on available research studies, and these studies are selected and assessed according to specific criteria that yield evidence of benefit. EBP is a continuing education requirement for athletic trainers who are certified with the Board of Certification (BOC).
Grounded in solid science, Evidence-Based Practice in Athletic Training explains the basics of EBP and the research design methods that are so vital to its implementation. Starting in part I, the text introduces the various levels of evidence, well-built question development using the PICO technique (patient problem or population, intervention, comparison, and outcomes), the five steps of searching for evidence, and search techniques. Part II guides readers through researching specific questions and evaluating research studies, including how to incorporate the evidence they find into their clinical practice. Part III reviews the various research types, their uses and benefits, and research ethics as a critical part of the process of EBP. Through these step-by-step chapters, readers will be able to formulate clinical questions, perform research on current studies, analyze the available data, and apply the principles in their practice in order to provide the best and most accurate care possible.
In addition to in-depth information on the principles and application of EBP, Evidence-Based Practice in Athletic Training presents clinically based scenarios that allow students to apply their recently acquired knowledge to real-life situations, thus encouraging a deeper understanding of the topics presented throughout the text. These scenarios allow those who are learning EBP concepts for the first time to understand how EBP is incorporated clinically.
The most efficient, systematic, and thorough resource of its kind, Evidence-Based Practice in Athletic Training encourages students and current certified athletic trainers to ask meaningful questions, gain the knowledge they need for excelling in future practice, and rise to the top of their profession. For students who want a thorough skill base in EBP and for credentialed health care professionals who seek further knowledge in the area, Evidence-Based Practice in Athletic Training will help all current and future athletic trainers provide the best care for their athletes and clients.
Part I. Introduction
Chapter 1. Evidence-Based Practice Models
Chapter 2. Steps in Evidence-Based Practice Research
Chapter 3. Research Evaluation
Part II. Critical Appraisal of Evidence-Based Practice
Chapter 4. Diagnostic Research
Chapter 5. Prognostic Research
Chapter 6. Systematic Reviews and Meta-Analyses
Chapter 7. EBP in Daily Clinical Practice
Chapter 8. Review Outcome Measures
Part III. Research Statistics and Design
Chapter 9. Quantitative Research
Chapter 10. Qualitative Studies
Chapter 11. Research Ethics
Scot Raab, PhD, is an assistant professor in the athletic training education program at Northern Arizona University in Flagstaff. Raab earned his PhD in teaching and administration and has more than 20 years of experience in clinical practice, higher education instruction, and methodological review to contribute to EBP education. He teaches several research courses and mentors undergraduate and graduate students in research projects.
Debbie Craig, PhD, is the director of the athletic training education program in the department of physical therapy and athletic training and a professor at Northern Arizona University in Flagstaff. With more than a decade of clinical practice in athletic training and a PhD in educational leadership, Craig is an authority in EBP and research protocols. She teaches EBP to graduate students and is a member of the National Athletic Trainers’ Association.