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  1. E O'Malley1,
  2. J Murphy2,
  3. C Gissane3,
  4. C Blake1
  1. 1UCD School of Public Health, Physiotherapy and Population Science, University College Dublin, Belfield, Dublin 4, Ireland
  2. 2Medfit Wellness & Rehabilitation, Blackrock Business Park, Carysfort Avenue, Dublin, Ireland
  3. 3St Mary's University College, Twickenham, London, Ireland


Background Gaelic football (GF) and hurling (H) are multi-directional, high velocity, contact sports. Elevated physical demands are thought to cause an increased rate of injury in the lower limb.

Objective To examine the incidence and describe lower limb injury in both Gaelic Football and hurling (2008–2011).

Design Four-year prospective epidemiological study.

Setting 25 Gaelic football teams and 21 hurling teams who compete at inter-county level participated. All data were anonymous. Ethical approval was received by the University College Dublin Human Research Ethics Committee.

Participants Adult male Gaelic football (n=841) and hurling (n=696) players were included.

Interventions Injury definitions comply with international best practice guidelines and consensus statements.

Main outcome measurements Lower Limb injury (LLI) characteristics, exposure information and player demographics were collected via an online platform. Injury rates are expressed as number of injuries per 1000 hours. Severity is expressed as days lost from sport. Percentages were calculated from available totals.

Results There were a total of 654 football and 560 hurling LLIs recorded. Match-play LLIs had a higher incidence in both codes (GF:29.8/1000 hrs, H:37.6/1000 hrs) than training LLIs (GF:2.4/1000 hrs, H:2.1/1000 hrs). LLIs caused a median of 16 days timeloss from Gaelic football and 14 days timeloss from hurling. When broken down by body-region, the thigh was the most commonly injured area (GF:42.0%, H:32.1%) followed by knee (GF:16.1%, H:19.3%). Hamstring injury was most prevalent (GF:29.1%; H:23.6%). Hamstring injuries caused a median of 20 days timeloss from football, 21 days lost in hurling. Muscle was the most commonly injured tissue (GF:51.2%, H:46.4%). The most common mechanism of LLI was sprinting (GF:32.1%, H:34.1%).

Conclusions This study provides new specific lower limb injury epidemiological information and is the first step towards injury prevention in two sports native to Ireland.

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