Fascial connections: How old injuries contribute to pain and dysfunction

Event Info

When

7:30PM
Wednesday, February 5, 2025

Price

Non Member: $70.00
Member: Free

How to attend
Register Now

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The webinar:

In this webinar, Jack Williams will discuss how the Fascial Manipulation Method provides an assessment framework of understanding how old injuries can contribute to someone's current pain or dysfunction. Jack will discuss the anatomy of the myofascial system, changes that occur to fascia and how this causes biomechanical changes through the fascial network in organised patterns that affect the mechanics of a distant, but anatomically related region of the body.

 

Learning objectives:

  1. Explain the changes that occur to the fascial system, and how these manifest into pain and dysfunction over time
  2. Provide insight into how prior injuries, pain or dysfunctions provide clues to the contribution of current musculoskeletal problems
  3. Discuss the organisation of the myofascial system, and how the mapping of the fascial network assists clinicians’ into identifying the pattern of dysfunction
  4. Use case studies to provide real world examples of common presentations related to fascial dysfunction, and how to identify the source of the problem through assessment

 

The presenter:

Jack Williams is a director at Melbourne Athletic Development, a leading sports and musculoskeletal physiotherapy clinic in Melbourne. Along with his degree in physiotherapy, Jack has completed a Masters of Exercise Science, three year yoga apprenticeship and is currently completing a three year training program in fascial manipulation (Stecco Method). These broad skill-sets provide him with the tools to treat complex sports and musculoskeletal conditions. Jack is heavily involved in education, teaching into both the undergraduate and post-graduate courses at La Trobe University in addition to providing private professional development courses.

 

Estimated CPD hours: 1.0 hour

Disclaimer: Content correct at the time of publication