Muscle Energy Technique
Course
In Tiverton
Description
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Type
Course
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Location
Tiverton
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Duration
2 Days
Soft tissue dysfunction. GAS & LAS. Stress response sequence. Causes of soft tissue hypertonicity & dysfunction. Chain reactions & Crossed syndromes. Summary main causes soft tissue dysfunction. Postural/phasic (mobliser/stabiliser) muscle discussion. Functional testing for altered movement patterns. Understanding facilitation (and Trigger points). Palpation. Trigger point treatment choices (INIT). MET variations and discussion. MET for joints. MET for specific muscles. Integrated neuromuscular inhibition technique (INIT) approach to trigger point deactivation. Suitable for: Physiotherapists
Facilities
Location
Start date
Start date
Reviews
Teachers and trainers (1)
Leon Chaitow
ND DO
Course programme
MR LEON CHAITOW ND DO
Two day workshop
Muscle Energy Techniques (MET) are soft tissue manipulative methods in which the patient, on request, actively uses his/her muscles from a controlled position, in a specific direction, with mild effort against a precise counterforce.
MET Variations include:
- post-isometric relaxation
- reciptocal inhibition
- slow eccentric isotonic stretching
- rapid isotonic eccentric stretching (isolytic)
- pulsed MET
- MET in acute, chronic conditions
- MET for soft tissues, and joints
MET workshops include topics which set the use of the methods in context, as well as practical applciation of the methods.
Topic headings for I and 2 day presentations/ workshops
(usually at least 50% hands-on):
- Soft tissue dysfunction
- GAS & LAS
- Stress response sequence
- Causes of soft tissue hypertonicity & dysfunction
- Chain reactions & Crossed syndromes
- Summary main causes soft tissue dysfunction
- Postural/phasic (mobliser/stabiliser) muscle discussion
- Functional testing for altered movement patterns
- Understanding facilitation (and Trigger points)
- Palpation
- Trigger point treatment choices (INIT)
- MET variations and discussion
- MET for joints
- MET for specific muscles
- Integrated neuromuscular inhibition technique (INIT) approach to trigger point deactivation
Additional information
Muscle Energy Technique