Date of Award
5-2015
Document Type
Thesis
College
Richard W.Riley College of Education
Degree Program
Physical Education, Sport, and Human Performance
Degree Name
Master of Science
Thesis Advisor
Alice J. McLaine
Committee Member
Shelley Hamill
Committee Member
Amber RadtkeFuncti
Keywords
Ice Hockey, East Coast Hockey League, Musculoskeletal Injury, Functional Movement Screen, Balance Error Scoring System
Abstract
Men’s ice hockey is a fast and exciting sport that draws elite athletes into its rink. The demands of the sport place athletes at an exceptionally high risk for musculoskeletal injury if they are not properly conditioned. Determining at risk athletes during pre-season screenings is of particular importance to the medical staff, and any opportunity to provide prophylactic treatment is sought after. The purpose of this study was to investigate a potential correlation between a) total FMS scores and total BESS scores, b) total FMS scores and the incidence of injury, c) total BESS scores and the incidence of injury, d) scores on the rotary stability screen and total BESS scores, and e) scores on the inline-lunge screen and total BESS scores. Data were collected using participants from one selected East Coast Hockey League (ECHL) team. Athletes completed the FMS and the BESS shortly after reporting for training camp and injuries were reported from the head athletic trainer from October through February of the 2014-2015 hockey season. Results indicated that no significant correlations were found between the FMS and the BESS; one screen could not predict scores or ability on the other. Neither the FMS nor the BESS were successful at identifying at risk athletes for potential injury and although the rotary stability and the in-line lunge screen require a great amount of balance and core stability, neither were significantly correlated, or able to predict ability on the BESS.
Recommended Citation
Perry, Jamie, "Correlations Between the Functional Movement Screen (FMS), the Balance Error Scoring System (BESS), and Injury" (2015). Graduate Theses. 16.
https://digitalcommons.winthrop.edu/graduatetheses/16