Soft Tissue Mobilization for Cervical and Shoulder Disorders

Transcription

1 Soft Tissue Mobilization for Cervical and Shoulder Disorders By William J. Hanney, DPT, PhD, ATC, CSCS Approaches to STM Deep friction massage Trigger point therapy Myofascial Release Rolfing Feldenkrais 1

2 Stress Strain Curve Toe Region Elastic Region Elastic Limit Plastic Region Ultimate Stress Necking Ultimate Failure 2

3 Viscoelastic Model Viscoelastic Model 3

4 Cycle of fibrosis and Decreasing Mobility Distinct from scar formation Fibrotic process is cyclical with no distinct end It typically begins with an irritant and can continue as long as it is present Cycle of fibrosis and Decreasing Mobility in Connective Tissue Shrinkage of connective tissue Abnormal movement (biomechanics) Chronic Irritant Macrophages activated Increased vascularity Increased myofibroplastic activity Increased fibroplastic activity Increased production of connective tissue (fibrosis) 4

5 Response of Myofascial Tissue to Immobilization Non traumatized Connective Tissue Traumatized Connective Tissue Non Traumatized Connective Tissue Immobilization Fibro fatty infiltrate in capsular folds The longer the immobilization the greater amount of infiltrate Found significant loss in ground substance with minimal loss of collagen Loss of critical inter fiber distance Results in decreased tissue extensibility 5

6 Traumatized Connective Tissue Immobilization Implications of the inflammatory process and immobilization. Cascade of events in non traumatized immobilization will be exaggerated when traumatized connective tissue is immobilized Scar Tissue vs. Fibrosis 6

7 Physiology of Myofascial Manipulation Effects of Massage on Blood Flow and Temperature Physiological Reflexive (Autonomic) Effects of Massage Effects of Massage on Fibroblastic Activity/Collagen Synthesis during Healing Effects of Soft Tissue mobilization on Blood Flow and Temperature Significant increase in blood flow with deep tissue manipulation when compared to superficial strokes Effects of increase blood flow for approx 30 min and dropped off significantly Increased rate caused by mechanically emptying vessels and allowing them to refill Ultimately in blood flow results in increase temperature 7

8 Physiological Reflexive (Autonomic) Effects of Massage Mechanical friction of STM stimulated the mast cell The stimulated mast cell produced histamine which is a vasodialator Vasodilation increases blood flow both locally and globally Increased permeability allow for quicker and more complete diffusion of waste products Effects of Massage on Fibroblastic Activity/Collagen Synthesis during Healing External factors responsible for assuming orderly arrangement of fibrils Protect injured tissue during early inflammatory stage Tension during regeneration phase will help collagen fibers align properly Transverse friction 8

9 Questions? Basic Evaluation of Myofascial System History Postural and Structural Evaluation Active Movement Analysis Palpatory Examination 9

10 History What is the quality of the pain? How is the patient sleeping at night? Is the pain waking the patient? How much generalized fatigue is the patient experiencing during the day? What pattern does the pain follow during the day? What medications is the patient taking? Does the patient have a hyperallergenic history or have tendency toward irritable bowel syndrome Postural and Structural Evaluation Observation of posture Myofascial aspects Cervical spine Thoracic spine Lumbar spine 10

11 Upper Cross Syndrome Postural muscle responds to dysfunction by tightening Phasic muscle responds to dysfunction by weakening Active Movement Analysis 11

12 Palpation A muscle trigger point is a hyper irritable spot within a taut band of muscle that is painful on compression, stretch, over load, or contraction in the shortened position. Responds with a referred pain pattern that is often distant from the spot. Active TrPs cause pain and evoke a familiar pain Latent TrPs also evoke referred pain with mechanical stimulation, contraction or stretch by pain is not familiar. Upper Trapezius Flat Palpation Pincer Palpation 12

13 Scalene muscles Sternocleidomastoid 13

14 Suboccipital muscle Temporalis 14

15 Masseter Frontalis 15

16 Treatment Sequencing Myofascial manipulation Joint mobilization Joint and myofascial elongation Neuromuscular re education Postural instruction STM Clavicular Clearing 16

17 STM Pectoralis Bending STM Pectoralis Bending 17

18 STM First Rib Pectoral Fascial Mobilization 18

19 Scapular Clearing medial Scapular Clearing superior 19

20 Scapular Clearing lateral Scapular mobilization 20

21 Inhibitive Distraction Suboccipital mobilization 21

22 Cervical Laminar Release Scalene Stretch 22

23 Upper trap fascial Stretch Levator Fascial Mobilization 23

24 STM Sternocleidomastoid putting the pieces together 24

25 Questions? 25