Skip to main content

Edema

EDEMA

What is Edema?

Local or Systemic swelling of our body 
Fluid retention in the interstitial tissue spaces...

Causes


1. Increased permeability of the capillaries

2. Obstruction of the lymphatic flow
usually d/t...

Infection
Parasites in the lymphatic system
Lymphadenectomy

3. Increased capillary pressure or venous pressure
usually d/t...

HT failure
Thrombophlebitis
Pregnancy
Allergic response ie hives

4. Decrease of plasma protein
accompanying LIV and KID dz
high flow low protein edema


Types of edema

1.Lymphedema

Systemic condition 
affects the entire body

Local lymphatic obstruction 
involves the whole limb distal to the edema site

2. Non-pitted edema
firm and discoloured
usually result from coagulation of serum protein in the interstitial spaces d/t local infection or trauma

3. Pitted edema (Boggy to touch)
usually found in chronic pathology

If you have patient with edema, what kind of question should you ask?

Overall health and surgery history
How did they get it?
Onset of edema?
Are they pregnant?
Have they had edema before?
Did they get checked by MD?
Hot to touch?
Redness?
Any OTC or Rx taking currently?
SE of medication?
Do they wear compression socks?
Provocative?
Palliative?

Where and what do you look for and palpate?

Where is it swollen? Any other area?
Colour
Temperature
Texture 
Tone
Tenderness

Contraindication to treatment?

Full body lymphatic drainage
Local or distal techniques (b/o thrombophlebitis or deep vein thrombosis. They could cause embolism!)
Hydrotherapy
Any infection, Fever
Acute TB
Associated with AIDs

What is the treatment goals?

Reduce edema
Improve ROM
Decrease pain if there is pain

What are the steps of massage therapy?

Acute (Wrist edema as an example)
Elevate the wrist

Lymph drainage
Axilla >> Biceps >> Forearm 


Specific treatment for Acute Edema

Main goal is to reduce the swelling

Diaphragmatic breathing during treatment
to facilitate lymphatic return.

Direction=proximal to distal

Tech= Effleurage, stroking

PROM of proximal and distal to the site of edema

Caution! Don't disturb hematoma if present
Maintain ROM


Specific treatment for Early subacute 

Main goal is to Reduce pain
Cool to cold hydrotherapy
Prevent adhesion formation where appropriate


Lymphatic drainage from proximal to distal
Mid range PROM is used proximal and distal to the edema

Contraindication: Local lymph drainage is still


Specific treatment for Late Subacute

Diaphragmatic breathing
Hydrotherapy: Cold/Warm contrast

As edema diminishes, duration of lymph drainage techniques decreases

If safe, increase PROM

Specific treatment for Chronic

Hydrotherapy - depending on tissue health and temperature

Cold to touch = warm application to flush out the tissue
Warm to touch = cool application

PROM to the joint proximal and distal to the edema


Home care

Buerger's exercise to promote circulation (raising leg)
AROM of upper limbs
Both are for decreasing the swelling


Frequency of the treatment

Acute and Subacute
30 mins 3tx/week

Chronic
45mins 1tx/week

Comments

Popular posts from this blog

Tendinitis

Tendinitis Inflammation of a tendon or tendons NOTE : What is the difference between "Tendinitis" and "Tendinosis"? The main difference between  tendinosis  and  tendinitis  is time.  Tendinosis  is a chronic (persistent or recurring) condition caused by repetitive trauma or an injury that hasn't healed. By contrast,  tendinitis  is an acute (sudden, short-term) condition in which inflammation is caused by a direct injury to a tendon (from Google search) Another Link regarding this difference HERE   Okay, From here below, informations are taken from Rattray textbook! Tendon : Made of  regularly arranged, dense collagen fibrils. It appear in 2 shapes: Cord-like structures and broad, sheet-like structures called aponeuroses Limited blood supply compared to Mxl and that makes it slow down of healing process Cause Chronic overload of the tendon leading to micro tearing and inflammatory response in the tendon Cont

Strain VS Sprain

Strain vs Sprain STRAINS s"T"rain = "T"endon Overstretch injury to musculotendinous unit (tendon) Concentric : Mxl contraction as the origin and insertion of the mxl comes closer together, Mxl fibres shorten Eccentric :Origin and insertion move farther apart, the mxl fibres lengthen Eccentric contraction can produce. greater force within the mxl than concentric contraction, predisposing the mxl to injury at this time Hypovascular nature of tendons contributes to decreased tissue health, allowing the tendon itself to rupture Fun fact! The younger people where the epiphyseal plate in the bone has not yet ossified, the mxl and tendons are stronger than the bone! Because tendons are moderately vascularized, they are prone to partial or complete rupture at the area of least blood supply either in the middle of the tendon or at the musculotendinous junction. What is the cause of STRAINS? Sudden overstitching of the mxl Extreme contraction o

Fractures

Break in the continuity of a bone Type of fracture Transverse, oblique, spiral, comminuted, avulsion, osteochondral Common fx names Stage of healing 1. Hematoma within 72H of initial trauma 2.Inflammatory rxn, proliferation of osteoblasts at the periosteum 3.Soft callus or splint is formed from mass of proliferating osteoblast, repair is still incomplete 4.Consolidation occurs as the immature woven bome is changed into mature lamellar bone This is a complete repair 5.Remodeling of the irregular outer surface and reshaping of the marrow space inside the bone take place through alternating osteoclastic and osteoblastic activity Complications of Fx Compartment syndrome This can occur in the forearm and lower legs following fx Nerve compressions This may be indicated by paresthesia in the tissues under the cast Untreated vascular damage It may be indicated by an increase in observable distal red, black or blue bruising Refer to MD!! Bone