Abstracts
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15 Is higher serum cholesterol associated with altered Achilles tendon structure or Achilles tendon pain in the<br />
general population?<br />
B. Tilley 1 * • J. Gaida 2 • J. Cook 1 • S. Docking 1<br />
1<br />
Department of Physiotherapy, Monash University, Melbourne, Australia • 2 Department of Physiotherapy, University of Canberra, Canberra, Australia<br />
Introduction: Up to 30% of Achilles tendinopathy presents in non-active individuals and an association between adiposity and tendinopathy has<br />
been highlighted. Inactivity and adiposity are both associated with unfavourable serum lipid parameters. Individuals with Achilles tendinopathy have<br />
a dyslipidaemic profile and the extreme cholesterol levels seen in familial hypercholesterolaemia are associated with a 6-fold increased lifetime<br />
prevalence of Achilles tendon pain (47% versus 7%). It is unknown whether an association exists between lipid parameters and tendon structure<br />
in the general population.<br />
Methods: Serum lipids and Achilles tendon structure were measured in healthy participants. Lipid parameters included total cholesterol (TC),<br />
high-density lipoprotein cholesterol (HDL-C), low-density lipoprotein cholesterol (LDL-C) and triglycerides (TG). Glucose (GLU) was also measured.<br />
Ultrasound tissue characterisation (UTC) was used to quantify Achilles tendon structure; echo-types I (green) and II (blue) were used for analysis.<br />
Height, weight and waist circumference were measured. Physical activity level and history of Achilles tendon pain were recorded via questionnaire.<br />
Results: The 67 participants recruited included 42 men and 25 women, mean age 42.2±13.2. The mean physical activity level of participants was<br />
113±42 minutes/week. Sixteen participants (24%) reported a history of Achilles tendon pain. There were no statistically significant correlations<br />
between echo-types I/II and any of the metabolic parameters – with Spearmann’s correlation coefficients of .07 (p=.57) for TC, .22 (p=.08) for<br />
HDL, -.43 (p=.74) for LDL, -.06 (p=0.62) for TG and .22 (p=0.08) for GLU.<br />
Discussion: This study did not show an association between cholesterol and tendon structure. While there was significant variability in the UTC<br />
measured tendon structure, the lipid results were relatively homogenous. For example, TC results were clustered between 4.0 and 6.0mmol/L,<br />
suggesting that a vast majority of the participants are fundamentally “normal”. Thus, cholesterol at this level is not correlated with altered tendon<br />
structure.<br />
16 A comparison of training days lost and injury type for male and female athletes competing at the 2010<br />
Pan Pacific Masters Games<br />
I. Heazlewood 1 * • J. Walsh 1 • M. Climstein 2 • K. Adams 3 • T. Sevene 3 • M. Debeliso 4 • J. Kettunen 5<br />
1<br />
Charles Darwin University • 2 University of Sydney • 3 California State University, USA • 4 Southern Utah University, USA • 5 Arcada University of Applied Sciences, Finland<br />
Thursday 22 October<br />
Introduction: It is important to increase participation in master’s sports, which represents a vehicle for increased physical activity. However, it is<br />
likely that athletes in the master’s age group may be more wary of injuries compared to younger populations and if they sustain injury it will be<br />
important to know the interruption to training that may compromise physical activity and consequently physical fitness. The aim of the research was<br />
to assess if master’s athletes suffered injury in preparation and training for the 2010 Pan Pacific Masters Games, Gold Coast, Australia and the<br />
impact of injury on training in terms of loss of training days linked with type of injury sustained and gender of the athlete.<br />
Methods: 1568 athletes, (731 males: age mean=50.82 years, SD±9.38, range=25-83 and 837 females: age mean=47.63 years, SD±8.41,<br />
range=25-79) competing at the 2010 Pan Pacific Masters Games volunteered and completed an online survey regarding injuries received during<br />
training within three months prior to the competition. The specific questions related to different types of injuries sustained and number of days lost<br />
from training due to injury. Injuries recorded were abrasions/cuts, concussion, contusion/bruising, dehydration, dental injury, dislocation, facture,<br />
inflammation, joint pain, laceration, ligament strain/tear, muscle/tendon tear, muscle pain, puncture wound and sprain. Descriptive statistics and<br />
independent t-tests were conducted comparing male and female athletes across injury types with days lost from training.<br />
Results: The total injury rate reported for all sports was a low 12.8% (n=105 or 6.7% males and n=95 or 6.1% females) of the 1568 athletes.<br />
The most significant injuries in terms of days lost from training linked to gender expressed as means were facture (female =40.86: males=15),<br />
ligament sprain/tear (female=20.27: male= 17.84), muscle/tendon strain (female=13.32: male =13.56), inflammation (female=12.71:<br />
male=10.22), joint pain (female=7: male=10.53), sprain (female=9.07: male=7.43) and muscle pain (female=3.24: male=7.13). Abrasion/cuts,<br />
concussion (very rare), contusion/bruising, dislocation (very rare), laceration and puncture wound (non-reported) displayed minimal consequences<br />
in days lost from training.<br />
Discussion: As expected the factures, ligament sprain/tear, muscle/tendon strain, inflammation, joint pain, sprain and muscle pain were injuries<br />
most responsible for days lost from training and female athletes displayed higher prevalence of days lost from factures, ligament sprain/tear,<br />
inflammation and sprain, whereas males higher prevalence for joint sprain and muscle pain. This indicates musculoskeletal problems are predominant<br />
with this age group and may suggest some injury prevention strategies based on enhancing musculoskeletal fitness, joint stability, inflammatory<br />
control and dynamic movement equilibrium.<br />
17 Sports injury surveillance at the Pan Pacific Masters Games 2008 to 2014<br />
M. Brown 1 2 *<br />
1<br />
Sports Medicine Australia • 2 Menzies Health Institute Queensland, Griffith University.<br />
Background: According to the Van Mechelen “sequence of prevention” model the collection of injury incidence and severity data is the first step<br />
towards establishing effective sports injury prevention strategies. Sports injury surveillance data also assists event organisers with the planning of<br />
medical services for future sporting events. This study analysed injury surveillance data collected by Sports Trainers at the Pan Pacific Masters<br />
Games (PPMG), a large scale, multi-sport event for older athletes held biennially on the Gold Coast, Australia, to establish basic data about the<br />
incidence and types of injuries sustained by older athletes at a multi-day sports event.<br />
Methods: Sports Medicine Australia accredited Sports Trainers collected injury surveillance data at the 2008, 2010, 2012 and 2014 PPMG<br />
using a standardised Medical Encounter Log, which captured basic information about the injured participants sport, date and time of presentation,<br />
Supplement to Journal of Science and Medicine in Sport • 11