Goals of traction

 

Theory of Therapeutic Effects

Herniation of disc material

Pressure on intradiscal components of the involved disc(s) are reduced. Negative pressure pulls disc material back into the disc, decreasing the size of herniated disc material

Degenerative joint disease

Pressure on facet and foraminal space is temporarily decreased, resulting in nerve compression and decreased nerve root irritation and/or secondary swelling from progressive joint changes

Muscle spasm or guarding

Benefit is due to low load prolonged stretch of surrounding soft tissues of the cervical and lumbar spine

Joint hypomobility

Benefit is due to

  1. moving articular structures on each other
  2. distracting articular structures to free up motion
  3. increase synovial fluid production and nutrition to cartilagenous structures
  4. increase activation of mechanoreceptors to inhibit the pain response

Specific joint mobilization techniques or unilateral manual traction approaches are more specific to increasing segmental joint mobility

Facet Impingement

Benefit is due to decompression of facet capsular structure which can become impinged with compression

 

 Toggle open/close quiz question

Value: 1

Which of the following represents a force that must be overcome before any motion can take place?

 
 
 
 

 

 Toggle open/close quiz question

Value: 1

Approximately how much of the patient's lower body weight would be required to overcome the coefficient of static friction if the patient were lying on a treatment table, secured by a thoracic harness?

 
 
 
 


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