Stephen M. Apatow, Biomechanics Specialist, Director of Research and Development for the Sports Medicine and Science Institute has expanded a specialized program for the elite dancer in Classical Ballet Training into Olympic Development Programs. The guideline "Rider Biomechanics: Technical Development for Dressage" was compiled for the United States Dressage Federation (USDF) Instructor Training Program.
(PRWEB) April 15, 2005 -- Biomechanics can be defined as the study of biological systems (such the human spine and extremities) in terms of their physical properties, structure and function. Classical ballet is the most advanced movement mechanics training system in the world. This system encompasses an eight-year progressive program resulting in the development of optimal strength, alignment and control of the human frame in space. Therefore the biomechanics of classical ballet represent an ideal postural alignment for the human body in all athletic disciplines.
Dressage, in essence, is the classical ballet of equestrian training encompassing a relationship of precision control of the human frame in coordination with the precision movements of the horse. The rider's control of his/her body and center over the horse's center of gravity provides the optimal pathway for communication and cooperation between horse and rider.
The ideal equestrian development program would begin with instruction of a rider who has correct fundamental movement mechanics on a well-schooled horse. Proper mechanics of the rider are defined by correct alignment in riding specific movement.
The classical ballet mechanical ideal for postural alignment represents the most balanced, integrated and non-stressed relationship of the joint complexes of the spine and extremities. It is crucial to understand that any deviation from correct alignment corresponds with a degree of stress and compensatory changes. This foundation will prove important not only for sports training but for everyday activities, such as walking, climbing stairs, working at a desk, etc. The goal is to provide the rider with tools that will not only benefit equestrian performance, but will facilitate a positive lifestyle change.
The guideline "Rider Biomechanics: Technical Development for Dressage" was compiled for the United States Dressage Federation (USDF) Instructor Training Program to:
· Provide the trainer with an understanding of the biomechanical ideal of postural alignment from classical ballet training
· Emphasize the importance of flexibility
· Give insight on how to use this standard reference point to enhance the rider development from beginner through advanced levels.
To download a copy of the complete article: www.esportsmedicine.org/equestrian/ref/rbdownload.pdf
For additional information on the Sports Medicine & Science Institute Equestrian Development Programs, visit: www.esportsmedicine.org/equestrian
Stephen M. Apatow, Biomechanics Specialist, Director of Research and Development for the Sports Medicine and Science Institute has expanded a specialized program for the elite dancer in Classical Ballet Training into Olympic Development Programs and at the request of the medical community, orthopedic applications that include entrapment neuropathies, scoliosis, rheumatoid arthritis, asthma, fibromyalgia, friedreich ataxia, multiple sclerosis and veterinary cases (canine, equine).
In conjunction with this work, he is also president of the nonprofit organization Humanitarian Resource Institute (www.humanitarian.net), and serves as a specialist in strategic planning and project development of initiatives associated with human medicine, veterinary medicine and U.S. and international law. Current programs include the internet based Biodefense Reference Library, Foreign Animal and Zoonotic Disease Center, Bioinformatics: Pathobiological Diagnostics Center and Biodefense Legal Reference Library. Educational resource development for the veterinary and medical community include the Foreign Animal Disease Online Course and the Zoonotic Disease Online Review. To enhance collaboration between Humanitarian Resource Institute and the international community of scholars, the Humanitarian University Consortium was formed to enhance the development of initiatives associated with economic, social, cultural and humanitarian issues worldwide.
Related educational initiatives include:
Dressage Today: Ask The Expert (April 2000): Workshops on the topic of rider biomechanics is offered to clubs and equestrian facilities throughout the United States. Url: www.esportsmedicine.org/equestrian/dt42000.html
Expanding human to veterinary biomechanics applications: Sports Medicine & Science Institute. Url: www.esportsmedicine.org/equestrian/veterinary/biovet.html
International Veterinary Public Health Consortium hosted by Pathobiologics International, the consulting arm of Humanitarian Resource Institute and the Humanitarian University Consortium, World Veterinary Association. Url: www.worldvet.org/Article2085.phtml
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