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Specialized Training in Young Athletes Linked to Serious Overuse Injuries

Discussion in 'Biomechanics, Sports and Foot orthoses' started by NewsBot, Apr 19, 2013.

  1. NewsBot

    NewsBot The Admin that posts the news.

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    Press Release:
    Intense, Specialized Training in Young Athletes Linked to Serious Overuse Injuries
     
  2. NewsBot

    NewsBot The Admin that posts the news.

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    OVERUSE AND TRAUMATIC MUSCULOSKELETAL EXTREMITY INJURIES IN SCHOOL CHILDREN
    E Jespersen, R Holst, C Franz, C Rexen, H Klakk, N Wedderkopp
    Br J Sports Med 2014;48:611-612 doi:10.1136/bjsports-2014-093494.140
    Abstracts from the IOC World Conference on Prevention of Injury & Illness in Sport, Monaco 2014

     
  3. NewsBot

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    Association between sports type and overuse injuries of extremities in children and adolescents: a systematic review.
    Chéron C, Le Scanff C, Leboeuf-Yde C
    Chiropr Man Therap. 2016 Nov 15;24:41. eCollection 2016.
     
  4. NewsBot

    NewsBot The Admin that posts the news.

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    Press Release:
    Overuse Injuries More Common in Kids Who Specialize in Individual Sport
    4/12/2017 12:00 AM
     
  5. NewsBot

    NewsBot The Admin that posts the news.

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    A Prospective Study on the Effect of Sport Specialization on Lower Extremity Injury Rates in High School Athletes
    Timothy A. McGuine, PhD, ATC, Eric G. Post, MS, Scott J. Hetzel, MS, ...
    The American Journal of Sports Medicine; July 23, 2017
     
  6. NewsBot

    NewsBot The Admin that posts the news.

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    Press Release:
    Sports Specialization May Lead to More Lower Extremity Injuries
    Better education to coaches and parents about the effects of single sport specialization is critical, say researchers presenting their work today at the American Orthopaedic Society for Sports Medicine’s Annual Meeting in Toronto, Canada. Research Wins AOSSM/STOP Sports Injuries Annual Award
    TORONTO, ONTARIO, CANADA (PRWEB) JULY 23, 2017
    Better education to coaches and parents about the effects of single sport specialization is critical, say researchers presenting their work today at the American Orthopaedic Society for Sports Medicine’ s Annual Meeting in Toronto, Canada.
    “Our study is the first one to prospectively document the association between sports specialization and lower extremity injuries in a large, diverse, group of high school athletes,” said lead researcher, Timothy A. McGuine, PhD, ATC from the University of Wisconsin.
    McGuine and his colleagues enrolled 1,544 individuals into the study during the 2015-2016 school year with 50% being female and an average age of 16 years. Participants completed a questionnaire which identified their sports participation, history of injury and level of specialization (low, moderate, high) based on a 3-item scale previously published. They were asked to report all interscholastic and club sports participation during the previous 12 months and any activity that they planned to participate in during the upcoming school year. The questionnaires were also reviewed by an athletic trainer before being placed into the study.
    The participants competed in 167,349 athletic exposures. A total of 490 (31.7%) reported sustaining a previous loss of practice/playing time due to a lower extremity injury (LEI) while 759 (49.2%) participated in their primary sport in a league outside of their high school. During the study time-period, 15% or 235 individuals sustained 276 lower extremity injuries causing them to miss an average of seven days of participation. Injuries occurred most often in the ankle (34%), knee (25%) and upper leg (13%) and included ligament sprains (41%), muscle/tendon strains (25%) and tendonitis/tenosynovitis (20%). Soccer was the sport with the highest percentage of athletes being highly specialized with 265 subjects reporting that they had competed in more than 60 competitions within the last year in their primary sport. Players whose primary sports were basketball, football and soccer sustained more lower extremity injuries than their peers who were in baseball, tennis, track, volleyball or wrestling.
    “Our results demonstrated that athletes who classified themselves as moderately specialized had a 50% higher incidence of LEI and athletes who had a high specialization classification had an 85% higher incidence of LEI,” said McGuine. “Sport specialization appears to be an independent risk factor for injury, as opposed to simply being a function of increased sport exposure. Athletic associations, school administrators, coaches and sports medicine providers need to better educate parents and their athletes on the increased chances of injury risk and provide more opportunities for diversified athletic play.”
     
  7. NewsBot

    NewsBot The Admin that posts the news.

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    Press Release:
    High risk of injury in young elite athletes
    Published 2017-10-18 08:00.

    Every week, an average of three in every ten adolescent elite athletes suffer an injury. Worst affected are young women, and the risk of injury increases with low self-esteem, especially in combination with less sleep and higher training volume and intensity, a doctoral thesis from Karolinska Institutet shows.
    Even though thousands of young elite athletes participate in organised sporting events every year, knowledge of injury and its consequences is limited. A thesis by Philip von Rosen, researcher at the Department of Neurobiology, Care Sciences and Society, can help to address this problem.
    Some 1,200 young people in Sweden attend a national sports high school, where they combine their regular studies with elite sports in order to attain an international standard in their particular activity. Philip von Rosen’s studies include 680 elite athletes representing 16 different sports at 24 such schools around the country who have completed a series of surveys on injury occurrence and the volume and intensity of their training programmes.
    75 per cent were seriously injured over a year
    “Our studies show that the incidence of injury is high in adolescent elite athletes,” says Mr Philip von Rosen. “During the average week, one in three of them was injured. Over a year, almost all of them had been injured at least once and around 75 per cent reported that they had been seriously injured at least once during the year.”
    Girls had highest rate of injury and remained injured for longer.
    To ascertain the possible risk factors behind the injuries, the participants were also asked every term about their self-esteem, nutrient intake and self-rated stress and sleep. The ones who increased the volume and intensity of their training while reducing the duration of their sleep showed a 100 per cent rise in risk of injury. Low self-esteem also increased the risk. An athlete with low self-esteem who increased the volume and intensity of his or her training while cutting back on sleep had three times the risk of injury compared to an athlete with average self-esteem who had not changed his or her training or sleeping habit.
    Negative psychological consequences
    In smaller research groups, students also talked about negative psychological consequences of injury, such as guilt, frustration and anger, and how injuries made them consider quitting elite sport altogether.
    “The high risk of injury in adolescent elite athletes shows that early-intervention injury-prevention strategies are needed in order to avoid long-term consequences of injury and to encourage continuing engagement in sport,” says Mr von Rosen. “We therefore recommend that medical teams are made available for all athletes at every national sports high school to reduce the unhealthy behaviour associated with being injured, to prevent new injuries and to help injured athletes return to sport.”
    Mr von Rosen will be defending his thesis “Injuries, risk factors, consequences and injury perceptions in adolescent elite athletes” at Karolinska Institutet on 20
     
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    Prevalence and incidence of musculoskeletal extremity complaints in children and adolescents. A systematic review.
    Fuglkjær S et al
    BMC Musculoskelet Disord. 2017 Oct 18;18(1):418. doi: 10.1186/s12891-017-1771-2.
     
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    The prevalence and severity of health problems in youth elite sports: a 6-month prospective cohort study of 320 athletes
    C H Moseid, et al
    Scandinavian Journal of Medicine & Science in Sports
     
  12. AtomAnt

    AtomAnt Active Member

    This is an important concept for us as parents and as clinicians. I see too many kids specializing too soon.
     
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    PUBLIC RELEASE: 31-JAN-2018
    Kids born later in the year can still excel in sport
    New study supports delaying talent identification in sport

    A child's birth month shouldn't affect their long-term prospects in high-level sport and those who hold off on specialising until later years may be the most successful, according to new research from the University of Sydney.

    The study, conducted in collaboration with Swimming Australia and published in the Journal of Science and Sports Medicine, examined the representation of over 6000 athletes at the National Swimming Championships between 2000 and 2014.

    It found those born earlier in the age category cut-offs were much more likely to be involved at 12-14 years, however by 17-18 years this had completely reversed with an over-representation of relatively younger swimmers.

    Lead author and sports and exercise psychologist Dr Stephen Cobley said sports scientists have long been interested in the 'relative age effect', whereby older athletes within a sports age grouping typically have selection advantages, and greater access to development programs likely due to early growth and maturity.

    "However our research shows there are a lot more relatively younger athletes making the qualification times and competing at national level swimming at the time of transition to adult competition, so if you just wait the influence of early physical differences will slowly disappear," said Dr Stephen Cobley from the Faculty of Health Sciences at the University of Sydney.

    Interestingly, in female participants the relative age effect dropped off earlier than male participants further supporting the link between relative age and maturation.

    "We also found athletes who started competing in the earlier years tended to drop off and not return annually, compared to those who didn't compete until the older age brackets. This could be due to several things, including intensive training loads, burn out and loss of interest related to earlier specialisation," said Dr Cobley.

    These findings, and other recent work by Cobley and colleagues in rugby league and ice hockey, show how relatively younger and later maturing athletes may be more likely to go on to attain adult career success.

    "From a sports development perspective our research suggests you are more likely to pick the genuinely promising athletes if you delay talent identification, athlete selection and specialisation until 15, 16 or even later to account for the later development trajectories of some athletes."

    Swimming Australia's High Performance Pathway Manager Jamie Salter said the research is in line with the organisation's athlete development ethos and further changes had already been made as part of the four year strategy in the lead up to Tokyo 2020 Olympics.

    "We've been aware of relative age effects in swimming for a number of years and in 2013 Swimming Australia brought in a relative age effect criterion to our talent identification."

    "The new criterion focussed on swimmers aged 15 years and above as the evidence shows we can be even more deliberate and precise with our pathway programs once relative age effects are known."

    Mr Salter said based on the research Swimming Australia has also reviewed and changed competition structures, with the aim of improving the pathway from entry, into national level competition, up to the elite stage.

    "For many young swimmers, their age and the difference in physical size and strength can have a big impact on swimming times which often results in some swimmers gaining an advantage and at the same time, discouraging others, purely based on the month of the year that they were born," said Mr Salter.

    "As such we have changed the minimum age for swimmers to compete, and this will be different for boys and girls due to girls maturing earlier. We are also implementing events and strategies to help maintain involvement in later post-maturation years."
     
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