SSTM Flashcards
What are the 3 types of soft tissue healing
Resolution
Repair
Regeneration
What are the main causes of soft tissue damage (3)
Overuse
Underuse
Misuse
What would you expect from a muscle or ligament injury
Immediate pain at time of injury
Swelling and inflammation
Aggs: using it, loading, contraction
Eases: rest but comes back on movement
What signs would indicate a tendon issue
Gradual onset after strenuous activity
Soreness
How would you treat soft tissue damage (4)
Specific Soft tissue mobilisations
deep transverse frictions
Exercise
Trigger point releases
What are the 3 types of SSTM
Accessory SSTM- a movement that can’t be produced by the muscle action normally e.g med to lat pressure on biceps
Physiological SSTM- mobilisation through physiological movement e.g. extend elbow to stretch biceps
Combined SSTM- both of above
What are the 3 types of accessory SSTM
Direct pressure (in a vertical direction) Transverse pressure (going across the muscle horizontally) Bowing
Benefits of SSTM (3)
Pain relief via pain gate
Stimulate cells to help remodelling
Increased blood flow to area for healing
Describe the action of a deep transverse friction
Push deep into muscle and then rub horizontally for 5-8 mins to numb the area and then do 10 deep and forceful frictions
Benefits of deep transverse friction (3)
Breaks down adhesions
Increased blood flow
Stimulation of cells for healing
Contraindications for SSTM and DTF (7)
Open wound Undiagnosed cancers Bursitis Clotting disorders DVT Neural tissue in area Growth plates of bones
What is the most important stage of soft tissue healing for optimal loading?
Remodelling phase
- cross links form between collagen fibres
Collagen 1 produced by fibroblasts matures into collagen type 3
What are the phases of connective tissue repair (4)
Bleeding phase 6-8 hrs
Inflammatory phase- 2-3 weeks
Proliferation phase- begins 24 hours after event and lasts months
Remodelling phase - lasts weeks - months
General overview of soft tissue healing (4)
- bleeding occurs depending on how vascular structure is
- changes to blood flow: odema formation due to leukocyte emigration
- granulation tissue forms due to WBC and plasma proteins leaking into damaged tissue
- fibroblasts produce type 1 collagen and matures into type 3 collagen