Scientific Aspects of Women's Gymnastics
Karger, 2003 - Medical - 174 pages
Bridges the gap between the science and culture of gymnastics Modern sport relies heavily on science in order to enhance performance, maintain safety, and ensure long-term health. By combining the best of both scientific/medical and gymnastics-related literature, the authors of this book enable scientists, physicians, parents, coaches and gymnasts to understand how gymnastics works. They provide a unique and systematic presentation of the scientific aspects of training and performance while incorporating some of the culture' of gymnastics. Their very close ties to gymnastics guarantee that the subject becomes intelligible to anyone as it provides an encyclopedic overview of the scientific/medical research in women's gymnastics, including new information that will not be found in typical computer databases. Scientific Aspects of Women's Gymnastics' provides the most up-to-date information on gymnastics by covering all relevant topics such as biomechanics, physiology, injury epidemiology, growth and injury, and kinanthropometry. William A.Sands is the Director of Research and Development for USA Gymnastics, a former chair of sport science for USA Gymnastics, and Vice Chair for Research for the US Elite Coaches Association for Women's Gymnastics. Dennis J. Caine is an internationally recognized authority on the epidemiology of injury in sports. His research and writing - much of it on pediatric sports injuries - has been widely published. Most notably, his articles on growth plate and gymnastics injuries resulted from his collaboration in several auxological and injury epidemiology studies. Jan Borms is since 2001 a Professor Emeritus of Human Biometry and Health Promotion. He received his PhD from the Vrije Universiteit Brussels (VUB), Belgium. He was formerly Head of the Department of Human Biometry and Biomechanics at the Faculty of Physical Education at the VUB. He was the first (founding) President of ISAK, the International Society
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activity artistic gymnastics balance beam Biomechanics in Sports body composition body weight bone mineral Clin club-level coaches Code of Points cross-sectional dietary DiFiori dismount distal radial growth elite female gymnasts elite gymnasts energy epidemiological Epidemiology epiphyseal factors female athlete triad female gymnasts flexibility flexion floor exercise fractures giant swing growth plate injury gymnastics performance gymnastics training handstand Human Kinetics increased injury rates intake International Gymnastics Federation involving Kolt landing Lindner loads lower extremity Mandelbaum maturation McNitt-Gray JL MedSci Sports Exerc menarche movement muscle National Team NCAA Nutrition Olympic Pediatr Phys Sportsmed physeal injuries physical physis positive URLD radial growth plate radiographic radius rail range of motion relative reported risk Sands somatotype somersault speed spine spondylolysis Sport Sci Sport Science spring floor Stalder strength stress Technique twisting ulna ulnar variance uneven bars USGF wrist pain young gymnasts Yurchenko-type vaults