@article{ref1,
title="Sway as predictor of injuries in children",
journal="British journal of sports medicine",
year="2014",
author="Runge Larsen, Lisbeth and Lund Kristensen, P. and Junge, T. and Juul-Kristensen, B. and Wedderkopp, N.",
volume="48",
number="7",
pages="622-622",
abstract="INTRODUCTION: Poor postural control measured as sway performance is an intrinsic risk of injury and re-injury among adults. This has not been investigated in children. OBJECTIVE: To investigate the associations between balance, measured as sway performance, and the risk of both acute and overuse injuries in a population of children. Hypothesis: Excessive sway increases the risk of injury. DESIGN: The current study is part of The Childhood Health, Activity and Motor Performance School Study-Denmark (CHAMPS Study-DK II), a natural experiment with a prospective, quasi-experimental study design. The follow-up period between baseline measures of sway and registration of injuries was 1 year and 3 months. SETTING: 10 public schools participated in the study, in the municipality of Svendborg. PARTICIPANTS: 1096 participants, 48.7% male, aged 8-14, mean age 11.2. RISK FACTOR ASSESSMENT: The independent variable in the current study is balance measured as sway. Sway was measured on a force platform as centre of pressure path length excursion during four tests: Eyes open: Bilateral stance (test 1), unilateral stance on dominant (test 2) and non-dominant leg (test 3). Eyes closed: Bilateral stance (test 4). MAIN OUTCOME MEASUREMENTS: Primary outcome was overuse and traumatic injuries, with special emphasis on ankle and knee sprains. Complaints were registered by SMS-track on a weekly basis, and after a telephone interview, clinicians examined and diagnosed the children with complaints. Injuries were diagnosed using ICD-10. RESULTS: Injuries: 2276, traumatic injuries: 714, ankle sprains: 164, knee sprains: 42. Preliminary multivariate analysis taking into account competing risk showed significant odds ratios (OR) at test 1; A) 1.003 per cm increase of sway; B) overall traumatic injury OR=3.0, ankle sprain OR=5.5 for sway longer than 400 cm/minute. CONCLUSION: Children with an excessive sway has an increased risk of traumatic injuries, this warrants further research into treating reduced balance in children.<p /> <p>Language: en</p>",
language="en",
issn="0306-3674",
doi="10.1136/bjsports-2014-093494.168",
url="http://dx.doi.org/10.1136/bjsports-2014-093494.168"
}