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.
This course is designed to present an anatomical and biomechanical basis for rehabilitation of the shoulder and the elbow. Normal anatomy and biomechanics form the basis for understanding the pathomechanics of musculoskeletal dysfunction of the shoulder and elbow. Integration of both joints for normal function will be reviewed. Treatment planning will include consideration of joint arthrology and accessory movements, exercise strategies, functional retraining and incorporation of physical agents and splinting/bracing.
This two day course will enable the participant to understand the role of manual therapy in rehabilitation of the upper extremity and apply manual and exercise techniques appropriately.