Selective Functional Movement Assessment:
An Evidence- Based Clinical Model to Address
Regional Interdependence
Description
The Selective Functional Movement Assessment (SFMA)
is a comprehensive assessment that classifies
movement patterns. This system helps the clinician
recognize meaningful impairments and integrate the
current best evidence (manual therapy and
therapeutic exercise) for treating musculoskeletal
conditions.
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COURSE DESCRIPTION
Solving the Mystery of the Injured
Athlete: An Evidence-Based Approach to Movement
Assessment and Functional Exercise
Description
Why does an athlete in peak physical condition
sustain non-contact injuries?
Why is an athlete so frequently re-injured and those
injuries become chronic?
Why is it so difficult to treat “overuse” injuries in
the athlete?
The current best evidence suggests...READ
ENTIRE COURSE DESCRIPTION
Acute Low Back Pain: Evidence-Based Management for the Physical Therapist
Description
In
this course, we will present evidence to dispel the myth that an acute
low back pain (ALBP) episode will spontaneously resolve if left
untreated. We will cover the importance of classifying patients...
Integrating Rehabilitative Ultrasound Imaging into
Lumbar Stabilization Training for Patients with Low
Back Pain
Description
The motor control model of spinal stabilization with
be introduced and the current best evidence related
to the function/dysfunction of the Transverse
Abdominis and Lumbar Multifidus muscles will be
covered in detail. The emerging concept of
excessive global muscle activity known as a "High
Threshold Strategy" will be presented.
Examination techniques to identify and intervention
strategies to correct both insufficient and
excessive muscular responses will be covered in this
lecture/lab format. The use of Rehabilitative
Ultrasound Imaging (RUSI) for measurement and
biofeedback training for patients with lumbopelvic
pain will be taught and ultrasound units will be
available for live demonstration of the measurement
and biofeedback techniques.
Objectives
Following completion of this course, you will be able to:
1.
Understand the basic principles of real-time
ultrasound imaging including its proper use by
rehabilitative professionals and safety
considerations.
2. Understand
the qualitative and quantitative information that can be
obtained with the clinical use of RUSI for patients with
LBP
3. Recognize that emerging evidence
suggests motor control strategies are dysfunctional in
patients with LBP.
4. Perform
appropriate interventions required to
restore normal motor control.
5. Integrate an
evidence-based lumbar stabilization program into routine
clinical care for patients with LBP.
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