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.
This two-day, evidenced based, laboratory intensive course will focus on teaching a historically useful manual therapy technique, Proprioceptive Neuromuscular Facilitation (PNF). The course introduces PNF as a manual therapy and exercise intervention technique to address common pathologies of both upper and lower extremities. The course is intended to provide the clinician with the skill to rehabilitate the patient with a hands-on, integrative approach. This will be accomplished through a combination of lecture, demonstration, and significant lab time. The structured sessions are aimed at emphasizing important concepts in neurophysiology and motor learning to improve neuromuscular control in orthopedic patients. Mastery of these techniques requires a solid foundation in basic anatomy and the pathomechanics of the shoulder and hip. Attendees will learn useful terminology, basic procedures, and techniques.
Participants will learn to successfully apply PNF techniques in a manner that each patient-centered session is both therapeutic intervention and assessment or evaluation. The clinician will learn to develop and sequence a dynamic treatment plan incorporating PNF techniques that can be used for conservative and post-operative approaches. Current clinical evidence supports the combination of these treatments when properly performed and prescribed by a skilled clinician. Strategies for documentation and coding will also be covered.
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.