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Entrapment  Neuropathy (Spinal Herniation)
Our work with spinal herniation cases has encompassed the close examination of postural alignment patterns of the spine and extremities that contribute to the mechanism of injury.  Biomechanical analysis, correction and retraining encompasses the restoration of joint range of motion to the affected spine and extremity regions, control of the inflammatory process, postural retraining and progressive functional activity.

I can only say that Mr. Apatow's technique seemed to work in this case (C5,6 entrapment  neuropathy) more efficiently than any other method tried,  including both medicinal and physical therapy.
Richard E. Kaufman, M.D., P.C., Yale Medical School 

Note: All cases involved cross applications of biomechanical analysis, correction and retraining methods that were originally developed to enhance joint range of motion, flexibility and performance of the elite dancer and international athlete. We seek the participation and involvement of the medical community with both the assessment of potential cases that may benefit from our research as well as active participation throughout the course of consultations.

For additional information on this health topic, visit:


Consultations

Classical Ballet & Sports Development.
Clinics, Seminars, Biomechanics Specialist Cerficiations.
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For questions or additional information, contact: 
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Stephen M. Apatow
President, Director of Research and Development
Biomechanics Specialist & Technical Consultant

Sports Medicine & Science Institute
167 Cherry Street, # 260
Milford, Connecticut  06460
Telephone: (203) 668-0282
Internet: www.esportsmedicine.org
Email: s.m.apatow@esportsmedicine.org
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