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Dynamic Stabilisation of the Foot and Ankle

Explore the intricate stability mechanisms of the foot & ankle

The foot and ankle are involved in shock absorption, propulsion, balance mechanisms, and provide essential information to the brain for motor planning of the whole kinetic chain.

Dysfunction of the foot & ankle have been linked with both local and more proximal pain and injury.

  • 2.5 hours of online video tutorials
  • Downloadable PDF notes
  • 3-months unlimited access
  • Downloadable professional development certificate

This course aims to

  • Enhance clinical reasoning, and skills for development of therapeutic exercise for the foot and ankle.
  • Challenge participants to re-examine their own clinical practice.
  • Stimulate new thought & provide direction for those who may be interested in contributing to the research in this field.

Learning Objectives

  • Upon completion of this course participants should be able to:
  • Describe the key elements required for optimal foot & ankle stability.
  • Define functional roles of the musculature surrounding the foot and ankle.
  • Design a targeted exercise programme for the foot and ankle considering both intrinsic and extrinsic dynamic stability mechanisms.
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Dr Alison Grimaldi

With over 25 years of clinical experience and particular expertise in the management of hip, groin and lumbo-pelvic pain and dysfunction, Dr Alison Grimaldi is Principal Physiotherapist at Physiotec and an Adjunct Senior Research Fellow at the University of Queensland. View profile

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