Other soft tissue tech (wk 7) Flashcards
What is Instrument Assisted Soft Tissue Mobilization (IAST)? What does it do?
- a process in which the clinician uses a set of hand held instruments to perform manual techniques
- positive impact on the resynthesis and organization of collagen
What is the goal of Instrument Assisted Soft Tissue Mobilization (IAST)?
to remove scar tissues, stimulate tendons and muscles and promote a return to normal function following soft tissue regeneration
Proposed mechanism of Instrument Assisted Soft Tissue Mobilization (IAST)? (how does inflammation cause pain?)
- Pain is caused by inflammation, when an injured tissue becomes inflamed, immune cells are recruited and phagocytosis occurs
- Pain is induced when tissue fragments decomposed by phagocytosis or substrates secreted by various immune cells stimulate nerve endings
- Chronic inflammation may lead to tissue degeneration and become a cause of long-term pain
Studies suggest that IASTM can improve ROM. What is the proposed mechanism?
IASTM improves the extensibility of soft tissues by treating their restrictions/adhesions
What is the primary dosage of IASTM?
20-120 seconds, at angle between 30 to 60 degrees
Why is sufficient fluid intake is required before and after IASTM application?
Fluid intake assists the blood supply to the injured tissue to facilitate delivery of oxygen and nutrients
What are possible side effects of IASTM?
bruising
soreness
Relative or absolute contraindication of IASTM:
Open wound
absolute contraindication
Relative or absolute contraindication of IASTM:
cancer
relative contraindication
Relative or absolute contraindication of IASTM:
lymphedema
relative contraindication
Relative or absolute contraindication of IASTM:
unhealed suture sites
absolute contraindication
Relative or absolute contraindication of IASTM:
fracture
relative contraindication
Relative or absolute contraindication of IASTM:
kidney dysfunction
relative contraindication
Relative or absolute contraindication of IASTM:
chronic regional pain syndrome
relative contraindication
Relative or absolute contraindication of IASTM:
thrombophlebitis
absolute contraindication
Relative or absolute contraindication of IASTM:
pregnancy
relative contraindication
Relative or absolute contraindication of IASTM:
hematoma
absolute contraindication
Relative or absolute contraindication of IASTM: certain medications (anticoagulants, steroids, or nonsteroidal anti-inflammatory )
relative contraindication
Relative or absolute contraindication of IASTM:
myositis ossificans
absolute contraindication
Relative or absolute contraindication of IASTM:
RA
relative contraindication
Relative or absolute contraindication of IASTM:
skin infection
absolute contraindication
Relative or absolute contraindication of IASTM:
varicose veins
relative contraindication
Relative or absolute contraindication of IASTM:
unstable fractures
absolute contraindication
Relative or absolute contraindication of IASTM:
osteoporosis
relative contraindication
Relative or absolute contraindication of IASTM:
uncontrolled hypertension
absolute contraindication
What is the insertion of thin monofilament needles without the use of an injectable medication?
Dry needling
Dry needling can be used to treat what CTs?
muscles, ligaments, tendons, subcutaneous fascia, scar tissue
Deep drying needling?
needle is pierced deep into the muscle/target tissue. Local twitch response often elicited
Superficial dry needling?
only the skin overlying the target tissue is pierced
Needle manipulation?
winding or pistoning of needle in treatment area
Intramuscular estim?
e-stim applied with needle in treatment area
Proposed mechanisms of dry needling?
- Langevin researched cell stress via winding of needles which lead to remodeling cyto-architecture, protein synthesis, and virtually micro healing
- Opioid-formation from various cells can be stimulated by dry needling (immune cells, keratinocytes, fibroblasts).
- A-delta pain to reverse changes via C-fiber pain (gate control)
Difference between dry-needling and acupuncture?
- Acupuncture - Targets specific “meridians” on the body
- “Meridians” thought to connect internal organs in the body and are intended to open up one’s energy flow - Dry needling- Targets specific muscle/structure thought to be involved in impairment and pain
Proposed mechanism of cupping:
- Mechanically it increases blood circulation
- Physiologically thought to activate immune system and stimulate mechanosensitive fibers for pain reduction (think gate control)