Clarifying the Functional Design and Consequences of Injury for the Clavicle and Acromioclavicular Joint Webinar

Date: 
Wednesday, May 6, 2020 - 11:00 to 12:15
Webinar Fee: 
$15.00 for NATA members / $25.00 for non-members
CEUs: 
1 CEU
Target Audience: 
Athletic Trainers
Presenter
Presenter: 
Aaron Sciascia, PhD, ATC, PES, SMTC
Abstract: 
The intimate relationship between the clavicle and scapula has been recognized as pivotal for shoulder function. Injury to either the clavicle or acromioclavicular (AC) joint has the potential to disrupt that relationship resulting in decreased function and increased impairment. Traditionally, both clavicular fracture and AC joint injury have been viewed as static, 2-dimensional problems, which has driven clinical management to focus on the restoration of realignment without consideration for dynamic function. These static descriptions of the anatomy and biomechanics of the clavicle and AC joint do not provide the context for the most effective understanding of AC joint injuries. Furthermore, as the literature continues to grow on this topic, reports have been consistently showing scapular dysfunction to be at least moderately associated with clavicular and AC joint injury. The consequences of continuing to view these structures 2-dimensionally without consideration for scapular function could have a negative impact on evaluation and treatment outcomes. Therefore, this session intends to provide a more functional description, relating the anatomy to how it facilitates, guides, and optimizes 3-dimensional mechanics of the clavicle, scapula, AC joint, and arm to create motions, forces, and work to accomplish tasks. Functional consequences will be discussed in addition to the most current evidence-based evaluation and treatment recommendations.
Athletic Training Domains: 
Domain 2 – Examination, Assessment and Diagnosis
Domain 4 – Therapeutic Intervention
Course Level: 
Advanced
Clinical Objectives: 

At the conclusion of this presentation, the learner will be able to:

Participants will be able to describe the biomechanics of shoulder function when the clavicle and AC joint are intact.
Participants will be able to describe the biomechanics of shoulder function when the clavicle and AC joint are intact.
Participants will be able to distinguish between the Rockwood classification system and the ISAKOS classification system of AC joint injury.
Special Instructions: 

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Registration for this webinar closes at 11:59pm CST the day before the live date.

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Please Note: You must be present for the duration of the webinar in order to receive your CEU, if applicable.