2. Pain is a signal that the body has been
damaged or something is wrong
Reaction designed to protect you (makes you
stop what you are doing what caused it
Pain can either be acute or chronic
4. Abnormality of the processing of pain by the
neurologic system
CRPS can be either type I (RSD) or type II
(causalgia)
Pain is disproportionate to the initial event
An official diagnosis must first rule out any
alternative diagnosis
Frequently diagnosed associated with mild
severe injuries/surgeries (commonly carpal tunnel
release, Dupuytren’s release, and distal radial
fracture)
Can occur either before or after therapy referral
5. Allodynia
Hyperalgia
Hyperpathia
Swelling
Stiffness
Discoloration
Abnormal hair/
nail growth
Hyperhydrosis
Motor Dysfunction
Bone Degeneration
8. Ask which areas are
hypersensitive BEFORE
touching the patient
Pain assessment is
important to determine
client’s tolerance
Postpone unnecessary
tests to a time when they
are not swollen, painful,
and stiff
Measuring edema: use
warm water and as
quickly as you can
Phych eval
10. No protocol works for all patients
with CRPS. It is dependent on
current pain level, symptoms,
and tolerance (see handout)
11. OCCUPATIONAL THERAPY PHYSICAL THERAPY
i) to reduce clinical symptoms, i) Increasing the degree of
and protect and support the control over the pain and
affected limb in the most improving the way the patient
functional and comfortable copes with the syndrome
position by means of a splint. ii) Extinguishing the source of
ii) to normalize sensitivity by pain and treating any
carrying out an extensive dysregulation
desensitization program iii) Improving skills
iii) to encourage the functional
use of the limb within the pain
threshold.
iv) to encourage independence
12. Communicate regarding progress/lack of progress
Monitor symptoms and adjust treatment
accordingly
Communicate with therapist regarding goals
Discuss maximal pain limits and which pain
reduction techniques are most effective
Record progress of home exercise program
Provide adaptations and assistive devices for
ADL’s and work related activities
Modify/Adjust splints
13. Shows a trend that mirror therapy is effective with
CRPS. Mirror therapy was shown to be effective in
CRPS patients in Stage I and II but not effective in
Stage III patients. It had an immediate analgesic
effect with a reduction in stiffness. In those patients
which mirror therapy was not effective, all were
lower extremity affected. 17 different outcome
measures were used measuring symptoms,
functional levels, and the treatment itself. It is noted
that Mirror therapy in CRPS II patients is worth
further exploration.
Results of these studies were not statistically analyzed
14. May be safe and effective
186 Patients
Assumes that avoiding use of a limb Referred
due to pain will result in loss of
function
“Graded exposure”
Discussion of possible pain increase
Traction & translation of joints 106 Patients Included
80 Patients 4 Patients Stopped 2
Passive Stretching Excluded Male 2Female
Functional use immediately after 2 arm/hand
2 leg/foot
Desensitization
Max of 5 45 min sessions over 3
months with evaluation of
Arm/hand 39 Leg/foot 63
treatment 3 months after last patients patients
treatment 18 full recovery 31 full recovery
19 partial recovery 27 partial recovery
Focuses on FUNCTIONAL 2 patients lost to 5 no change
improvement only follow-up
15. Completely individual
The sooner treatment begins, the quicker
improvements are noted
The longer treatment is delayed, the more
likely it is to require long-term treatment
16. No, there is a lack of evidence in all areas of
CRPS and more research needs to be done
to find the most effective treatments for
these patients.
17.
18. Cooper, C. (2007). Fundamentals of hand therapy. Mosby-Elsevier: St. Louis, MO.
Ek, J., Gijn, J., Samwel, H., Egmond, J., Klomp, F., & Dongen, R. (2009). Pain exposure
physical therapy may be a safe and effective treatment for longstanding complex regional
pain syndrome type 1: a case series. Clinical Rehabilitation, 23, 1059–1066. doi:
10.1177/0269215509339875
Ezendam, D., Bongers, R. & Jannik, M. (2009). Systematic review of the effectiveness of
mirror therapy in upper extremity function. Disability and Rehabilitation, 31(26), 2135–
2149. doi: 10.3109/09638280902887768
Geertzen, J. & Harden, R. (2006). Physical and Occupational Therapies in Complex Regional
Pain Syndrome Type I. Joumal of Neuropathic Pain & Symptom Palliation, 2(3), 51-55. doi:
doi:10.1300/J426v02n03_11
Kishner, S., Rothaermel, B., Munshi, S., Malalis, J. & Gunduz, O. (2011). Complex regional
pain syndrome. Turkish Journal of Physical Medicine and Rehabilitation, 57, 156-164. doi:
10.4274/tftr.09327
Maihofer, C., Seifert, F., & Markovic, K. (2010). Complex regional pain syndromes: new
pathophysiological concepts and therapies. European Journal of Neurology, 17, 649–660.
doi: doi:10.1111/j.1468-1331.2010.02947.x
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Notas del editor
Pain starts at the source of an injury or inflammation and the body's automatic response is to stimulate pain receptors and they release chemicals. These chemicals, carrying the message “Ouch, that hurts,” go to the spinal cord. The spinal cord then carries the message from its receptors all the way up to the brain, where it is received by the thalamus and sent to the cerebral cortex, the part of the brain that processes the message. Your brain perceives that pain, and sends the pain message back to the area of your body that hurts
Risk factor age 20-35/women more than menType I CRPS develops after an initiating noxious event Type II develops after a nerve injuryClients may be referred to OT/PT for associated diagnosis and develop CRPS during course of treatment or the may be originally referred because CRPS is suspected. Has no apparent cause, but can be provoked by inappropriate and aggressive medical or therapeutic treatment.Diagnosis has no one single test, but thermography and xray can be helpful
Allodynia- pain from sources that don’t typically cause painHyperalgia- increased response to painful stimuliHyperpathia- pain that continues after stimulus is removes (worse distally, asymmetrical)Swelling can become permanent, thick, and can lead to joint stiffnessStiffness including contractures and nodulesDiscoloration usually cyanotic in color, mottling, or redness, with abnormal temperatureHyperhydrosis- abnormal sweating along nerve distribution or atypical placesMotor dysfunction can include tremor, dystonia, increased muscle tone, loss of strength and endurance
Rule out The differential diagnosis includes but is not limited to:Acute fracture or trauma Blood clot or DVT CellulitisChronic vascular insufficiency Fibromyalgia Septic arthritis Septic tenosynovitisScleroderma Peripheral neuropathy plexitisAllergic reaction Localized joint inflammation Tendonitis Bursitis Pain assessment: location, type, aggravating factors, alleviating factors, duration, limitations due to painEdema: cold water is not tolerated well being in the dependant position for long periods of time can increase swellingStage 1 (acute) less than 3 monthsStage 2 (dystrophic) 3-6 monthsStage 3 (atrophic)- after 6 monthsOften recommended for psych evals if any of the signs are present
Fluidotherapy (with lowered temp of 98 degrees)Ice is not often tolerated wellDesensitization (5-6 times per day as tolerated) paired with TENS to help with pain if not tolerated wellSplinting in resting position at night can help the limb to rest and decrease potential contractures wrist in neutral, MCP flexion and IP extension Stress loading is the most recognized therapeutic treatment for CRPS Starts with scrubbing a table or rolling a ball for 3-5 min (3x/day) up to 10 min Follow with distraction (carrying weights (1lb-5lbs for up to 10 min)Joint protection and energy conservation assistive devicesPatient Education educate about symptoms and symptom management encourage use as much as possible encourage with examples of progress to ensure they don’t dwell on limitations
OT (found to be effective for CRPS patients)i) The practitioner will decide whether the patient should bemeasured for a supportive splint. This could be a resting splint forthe entire hand and forearm, or for part thereof (wrist or thumb,for instance). Patients are instructed individually on how to wearthe splint. The aim of wearing an orthotic device is to minimizesymptoms and prevent overstrainiii) Various play activities, dexterity techniques and/or everyday activitiesiv) particularly with regard to self-care, productivity and relaxation. The strategies can be targeted at restoring the necessary skills, at learning to do things in another way (with one hand, for instance), or at advising the patient on devices he or she could use or sources of additional support and care that are availablePT (found to be effective for CRPS patients)i) giving him or her information and support (recording anddiscussing a program of daily activities) or relaxation exercisesii) for example by performing exercises to attenuate pain, desensitization, or the use of a sling or splintiii) , for example by practicing compensatoryskills, training skills, and posture and movement instruction. Thepatient's need for (and interest in) help will determine thespecific exercises carried out at a later stage
Lit review identified 717 studies and 15 studies fit criteria. (6 focused on mirror therapy with CRPS I & II)
1st- 106 patients functional improvement in 95 full functional improvement in 49 reduction in pain in 75 increase in pain with increase in function in 23 4 dropped out due to painEffective only when neglecting pain“graded exposure” a sort of “happy medium” between “no pain, no gain” and aggressive therapyAfter patients had failure with all other interventions and analgesics, pain meds were stopped and patients agreed to this therapy after in depth discussion of what was involved and the risks. no response to pain by therapists functional use after therapy (walking with arms swinging, opening bottle,) Lessened use of mobility devices the week afterWhen the pain is ignored it leads to the shrinkage of the somatotopic areas of the extremity in the somatosensory cortexFUNCTIONAL improvement only, not pain
Early diagnosis ( <3 mo.) with PROPER treatment, success rate is highest, the best prognosisIf left untreated, can lead to lifetime of severe, intractable, chronic painFirst 3-6 months after onset: 80-90% recovery rate6 months to 2 years 70-80%, after 2 years: 20%