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Injuries in rugby league: Incidence, influences, tackles and return to play decisionsKing, Douglas Alistair January 2010 (has links)
Rugby league is an international collision sport. Players complete physically demanding activities such as running, tackling and passing which often result in musculoskeletal injuries. Injury rates increase as playing level increases. From 1999 to 2007 there were 42,754 rugby league claims costing Accident Compensation Corporation $48,704,704. Moderate to severe injury claims (MSC) represented 14% of these claims but 88% of costs. New Zealand Maori recorded significantly more injury claims and total injury entitlement costs than all other ethnic groups. Soft tissue MSC injuries were common (47%) for females. Concussions accounted for 70% of total rugby league injuries to the head while the knee represented 23% of total injury claims and 20% of injury costs. Neck and spine injuries accounted for 6% of total MSC injury claims but 16% of total MSC costs. In video analysis of 80 games at international, national and youth competition levels, 50% of tackles involved tacklers from behind the visual fields of the ball carrier, either two or three tacklers, and contact with the mid-torso or hip-thigh region. From the prospective injury analysis of one professional team over two consecutive years, tackle-related injuries occurred more to the ball carrier when tackled at shoulder or mid-torso height, in their blind vision, with two or more tacklers, and in the fourth quarter of matches. Tackle-related injury type and site varied by positional group. Hit-up forwards and outside backs recorded more tackle-related injuries as the ball carrier than the tackler. In the prospective study of 63 amateur rugby league players, 80% of players injured as a result of match or training activities saw a health professional as part of their rehabilitation. Team coaches asked players to return to rugby league activities in 28% of cases for training participation and 29% of cases for match participation. In the cross sectional study assessing 95 rugby league support personnel's first aid, injury prevention and concussion knowledge, only 2% achieved an 80% pass mark, 39% incorrectly stated loss of consciousness was required for concussion and only 24% of coaches had a rugby league coaching qualification. This PhD research has contributed knowledge regarding costs and characteristics of injuries to amateur rugby league participants analysed by ethnicity, gender, injury site and injury type. Changes in anthropometric characteristics and speed in regards to incidence of injury, characteristics of tackles in match situations and common tackling positions and positional groups where injuries occur, player perspectives on why they return from injury to participation in rugby league, and the lack of first aid knowledge for rugby league personnel, have all been described.
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Do any of a set of Lower Extremity Functional Assessment tests predict in the incidence of injury among a Cohort of collegiate freshmen football players? A Pilot StudySchweim, Jarrett Joshua 01 September 2009 (has links)
No description available.
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The relationship between training load and incidence of injury and illness over a pre-season at an Australian Football League ClubPIGGOTT, Benjamin, ben_piggott@yahoo.com January 2008 (has links)
In any competitive sporting environment, it is crucial to a team's success to have the maximum number of their players free from injury and illness and available for selection in as many games as possible throughout the season. The training programme of the club, and therefore training load, can have an impact on the incidence of injury and illness amongst the players. The purpose of this study was to investigate the relationship between the training load and the incidence of injury and illness over an entire pre-season at an Australian Football League (AFL) club. Sixteen players were subjects; all full time professional male AFL players (mean + or - standard deviation; age 23.8 + or - 5.1 years; height 188.9 + or - 7.4 m; weight 90.9 + or - 9.2 kg). A longitudinal research design was employed, where training load, injury and illness were monitored over a 15 week pre-season and Pearson Correlation Coefficients were used to examine relationships.
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