L Lavallée1, F Flint. 1. York University School of Physical Education, 4700 Keele Street, Toronto, ON, Canada M3J 1P3.
Abstract
STUDY OBJECTIVE: We examined the role of stress, competitive anxiety, mood state, and social support in athletic injury. Specifically, we hypothesized that athletes reporting high levels of stress, high competitive trait anxiety, negative mood state, and low social support would exhibit greater incidence of injury and injury severity. DESIGN AND SETTING: Correlational analysis. Major Canadian university. SUBJECTS: Voluntary sample, 55 male varsity athletes (42 football, 81% of the football team, and 13 rugby, 74% of the rugby team), ages 19-28 yr (x = 22). MEASUREMENTS: The inventories Sport Competition Anxiety Test (SCAT), Social Support Scale, Social Athletic Readjustment Rating Scale (SARRS), and Profile of Mood States (POMS) were administered. Internal consistency of the self- report measures was tested using Cronbach's alpha coefficient. Injury rate and severity were recorded by the head student therapist throughout the season. RESULTS: Correlational analyses performed using Pearson correlational coefficient revealed that competitive anxiety (r = .29, p = .03) and tension/anxiety mood states (r = .43, p = .001) were related to injury frequency, and that tension/anxiety (r = .44, p = .008), anger/hostility (r = .30, p = .02), and total negative mood state (r = .28, p = .038) were related to injury severity. Individually, the two sports yielded somewhat different results: for football, injury frequency and injury severity were related to tension/ anxiety (r = .43, p = .004 and r = .47, p = .002, respectively). Vigor/activity was found to be significantly related to injury rate (p = .02), but since the internal consistency of vigor/activity was less than .70 on the Cronbach alpha scale, this significant finding was disregarded. In rugby, injury frequency was related to tension/anxiety (r = .58, p = .04) and depression/ dejection (r = .57, p = .04). CONCLUSIONS: These findings are useful for athletic trainers in identifying athletes who may possess psychological factors predisposing them to athletic injury. Subsequently, athletic trainers can instruct these athletes or refer them for assistance in psychological preventive interventions.
STUDY OBJECTIVE: We examined the role of stress, competitive anxiety, mood state, and social support in athletic injury. Specifically, we hypothesized that athletes reporting high levels of stress, high competitive trait anxiety, negative mood state, and low social support would exhibit greater incidence of injury and injury severity. DESIGN AND SETTING: Correlational analysis. Major Canadian university. SUBJECTS: Voluntary sample, 55 male varsity athletes (42 football, 81% of the football team, and 13 rugby, 74% of the rugby team), ages 19-28 yr (x = 22). MEASUREMENTS: The inventories Sport Competition Anxiety Test (SCAT), Social Support Scale, Social Athletic Readjustment Rating Scale (SARRS), and Profile of Mood States (POMS) were administered. Internal consistency of the self- report measures was tested using Cronbach's alpha coefficient. Injury rate and severity were recorded by the head student therapist throughout the season. RESULTS: Correlational analyses performed using Pearson correlational coefficient revealed that competitive anxiety (r = .29, p = .03) and tension/anxiety mood states (r = .43, p = .001) were related to injury frequency, and that tension/anxiety (r = .44, p = .008), anger/hostility (r = .30, p = .02), and total negative mood state (r = .28, p = .038) were related to injury severity. Individually, the two sports yielded somewhat different results: for football, injury frequency and injury severity were related to tension/ anxiety (r = .43, p = .004 and r = .47, p = .002, respectively). Vigor/activity was found to be significantly related to injury rate (p = .02), but since the internal consistency of vigor/activity was less than .70 on the Cronbach alpha scale, this significant finding was disregarded. In rugby, injury frequency was related to tension/anxiety (r = .58, p = .04) and depression/ dejection (r = .57, p = .04). CONCLUSIONS: These findings are useful for athletic trainers in identifying athletes who may possess psychological factors predisposing them to athletic injury. Subsequently, athletic trainers can instruct these athletes or refer them for assistance in psychological preventive interventions.
Authors: Andreas Ivarsson; Urban Johnson; Mark B Andersen; Ulrika Tranaeus; Andreas Stenling; Magnus Lindwall Journal: Sports Med Date: 2017-02 Impact factor: 11.136
Authors: Simon M Rice; Kate Gwyther; Olga Santesteban-Echarri; David Baron; Paul Gorczynski; Vincent Gouttebarge; Claudia L Reardon; Mary E Hitchcock; Brian Hainline; Rosemary Purcell Journal: Br J Sports Med Date: 2019-06 Impact factor: 13.800