Edema Management Flashcards
5 Physiology of Edema: Hydrostatic Pressure Factors
- Hypertension
- Decreased CO- not as much transport
- Increase Vasodilation
- Venous Congestion- stagnant fluid
- Decreased Lymph Transport
5 Physio of Edema: Osmotic Pressure Factors
- Poor nutrition- protein deficient/malnourished
- Decreased capilary protein conc
- Increased Vasodilation
- Tissue injury
- Increased tissue protein concentration- from injury
5 Integumentary Effects of Edema
- Increased infection risk
- Decrease blood flow/nutrients
- Pain/abnormal sensations
- Decrease strenght, mobil, function
- Increased difficulty to treat as time increases- fibrostic/viscous (pitting)
Indications for Compression Therapy
Periph edema Lymphedema CVI Post-injury/surgery DVT w/ med management Stump reduction Varicose veins ABI>0.8
Contraindications for Compression Therapy
Acute infections
Acute DVT
ABI
Arterial Disease Risk Factos
> 60 y.o.
diabetes mellitus
smoker
fam history arterial/cardiac disease
Test ABI
False negatives from: venous/art stenosis, diabetes, cardiac disease, vesseles not compressible
Compression Garments for Maintenance Intervention Indications
S/P blood clot-DVT Varicose/spider veins Early CVI Lymphedema Venous insuffic w/ lymphedema Orthostatic hypotension (TED hose) Burn scar hypertrophy
Pressure Gradient for Compression Therapy
20-30mmHg- varicose veins, mild edema, leg fatigue, lyphedema
30-40- servere variscosities, mod CVI, lipedema, lymphedema
40-50(60)- severe CVI, lipedema, lyphedema
Contraindications to Compression Pumps
Uncontrolled hypertension
Pregnancy
Obstructed lymph nodes
6 Effects of Compression Pumps
- Decrease blood capilary filtration-lymph formation
- Increase venous return
- Increase transport of lymph fluid- but not proteins
- Increase angiogenesis long term
- Decrease limb volume/girth
- Decrease fibrosis
Parameters of Compression Pumps
Pressure: below diastolic BP
>30 promotes reabsorption- venous prob