3 this yr in Australia
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Clinical Biomechanics Boot Camps
Sydney 9 and 10 July 2016
Warrnambool 6 and 7 August
Shepparton 8 October (v1.5)
Please Book Early to secure a place.
Warrnambool and Sydney are version 3.0 (2 day) and Shepparton is version 1.5 (1 Day) of the Clinical Biomechanics Boot Camps. The difference is the deep and breadth of content covered and the amount of practical sessions (less jokes get told in the one day versions!)
Discussion and feedback on previous Boot Camps
Selected Content:
Short or long term use of foot orthotics?
Deconstruction all the social media crap on foot orthotics and running form
Why do overuse injuries occur?
Specific adaptation to imposed demand
Lower the force or increase the ability of the tissue to take the force?
How to increase the ability of tissues to take the force
How to spot cherry picking, confirmations bias and the usual trope of argumentative fallacies
Toning Shoes
Minimalism vs Maximalism
Whats more important: Proximal or distal control of the lower limb?
Tabulation of foot orthotic design features for prescription variables
When to run which way; deciding which running form is better for which individual
Making clinical decisions in the context of all the online and media driven rhetoric and propaganda
Running shoes, foot orthotics and their effect on muscle strength
Advising runners and facilitating the transition to different running forms
Increased understanding of the role of fascia in foot biomechanics
Trends vs Fads; the gullibility of the athletic market
The running shoes and knee osteoarthritis debacle
The ideomotor scam
What role do impact forces really play in injury?
"I read on a blog orthotics are evil and should be banned"
Which injuries are more common in which running form or technique?
Why do people believe in weird things?
What to do in the absence of evidence
Solving the problem of which running shoe prescription when
Role of forces vs role of motion; the pronation myth; the foot orthoses paradox
Clinical tests to derive orthotic prescription variables
Foot orthotic design features to deliver the prescription variables
Supination resistance; axis variations; lunge test; windlass forces; role of 'stiffness'
Pathology specific prescribing
Patellofemoral pain syndrome; medial knee osteoarthritis; Achilles tendinitis
Negative model method; positive model production
Custom vs library vs prefabricated; different approaches (MASS; FTT; etc)
3D Printing of foot orthotics - what does the future hold
Cost: The cost is $390.00 (v3) and $210 (v1.5) which includes notes and food/drink etc
Please contact us if you require an invoice for your organization.
Venue: Venue will be announced as soon as we get a better indication of numbers, so please register soon.
To register: http://www.clinicalbootcamp.net/
Flyers attached
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