What is the Graston Technique and why do I use it?
What is Graston?
The Graston Technique incorporates the use of 6 specifically designed stainless steel instruments to aid your clinician in the detection and treatment of soft tissue dysfunction. The technique is an evidence-based method of instrument-assisted soft tissue mobilization(IASTM) that, when combined with rehabilitative exercises, can help to significantly improve musculoskeletal function. It addresses soft tissue lesions and fascial restrictions providing the patient with quicker return to function, improved outcomes, increased satisfaction, decreased frustration (by providing additional solution to solving problems), and improved surgical outcomes via scar tissue management.
Why is Scar Tissue a problem?
Scar tissue limits range of motion due its negative impact on sensory motor firing rates and frequencies. Abnormal sensory inputs perpetuate a dysfunctional cycle of nervous system sensitization, pain and dysfunctional movement/motor output. The tissue may show thickening, irregular organization or less precise margins as compared to non-injured tissues, which results in a restricted range of motion and, very often, pain and functional limitations. GT offers a positive method of manual therapy that interrupts and breaks this cycle of pain and dysfunctional movement
Which conditions are best addressed with the Graston Technique?:
Lateral and Medial Epicondylosis
Supraspinatus Tendinosis
Achilles Tendinosis
Patellar Tendinosis
De Quervain’s Syndrome
Plantar Fasciitis
ITB Syndrome
Chronic Compartment Syndromes
Trigger Finger
Myofascial Pain Syndromes
MCL/LCL Sprains
AC Ligament Sprains
Ankle Sprains
Ulnar Collateral Sprains
Carpal or Tarsal Tunnel Syndrome
Ulnar Entrapment
Thoracic outlet Syndrome
Swelling Reduction
Post-surgical or Traumatic Scar tissue/Adhesions
Secondary Soft Tissue lesions associated with other diagnoses
What are the benefits of IASTM? Empirical and anecdotal evidence exist for the following physiological effects of the Graston Technique:
Separates and breaks down collagen cross-links, and splays and stretches connective tissue and muscle fibers
Helps to restore and maintain balance between collagen synthesis and degradation
Facilitates reflex changes in the chronic muscle holding pattern (inhibition of abnormal tone/guarding leading to pain reduction via improved sensory input)
Alters/inhibits spinal reflex activity (facilitated segment)
Increases the rate and amount of blood flow to and from the area (angiogenesis vs. immediate local increases in blood flow)
Increases cellular activity in the region, including fibroblasts and mast cells
Increases histamine response secondary to mast cell activity
Activate proper alignment of fibroblasts and myofibroblasts in the direction of stress
Facilitates tissue lubrication
Restores normal gliding between layers of tissue
Provides a neurophysiological benefit from the proprioceptive input to fascia
Improves ability for soft tissue to generate electrical signals and communicate with each other
Reference:
Carry-Loghmani M.T., Schrader J.W., Hammer W.I. Clinical Foundations for Graston Technique Therapy. In Graston Technique. Edited by Ploski M.R., Shakar J.J., Vincent R.E. 2019.