The foot and ankle comprise one of the most fascinating and complex areas of human anatomy and divine engineering. Dysfunction in this anatomical region can be difficult to assess, and the same physiological movements often are referenced using several different terms. Foot function can influence lower quarter kinematics and kinetics, as well as lower quarter function having the potential to influence foot kinematics and kinetics. The purpose of this program is to enhance the ability to: understand the biomechanics of this anatomic region; assess foot, ankle, and selected aspects of lower quarter dysfunction accurately; and plan and implement appropriate treatment regimens for these pathologies, including the use of foot orthoses and shoewear.

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This seminar is designed to advance clinical competence in working with the neurological and musculoskeletal issues associated with repetitive stress injuries through the application of current clinical evidence. A thorough review of tendon/nerve physiology, pathomechanics, and surgical techniques will create a foundation for proper intervention. This foundation will then be used to develop assessment and treatment approaches to pathology associated with repetitive stress injuries. Course content includes current conservative and surgical treatment options, ergonomic assessment/intervention, imaging, post-surgical guidelines, splinting options, joint and soft tissue mobilization, modalities and specific therapeutic exercise techniques. The student will participate in lecture and small group discussion before implementing assessment and treatment strategies in laboratory sessions.

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This two-day seminar will present a comprehensive overview of the structural and biomechanical basis of hand, wrist & elbow function and their relationship to the entire upper extremity.

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