CPG Adhesive cap Flashcards

1
Q

What is the hallmark clinical finding of adhesive capsulitis

A

lass of passive ROM, particularly ER with arm at the side and varying degrees of shoulder abduction
- theoretical evidence

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2
Q

what are the risk factors associated with Acap

A

DM (men and women) and hypoThyroid disease (women), h/o duputren’s disease
- moderate evidence

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3
Q

Acap is most prevalent in what populations

A

females general population, DM male (33%, females 26%), age 45-65 (peak 51-55), with history of contralateral Acap
- Moderate evidence

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4
Q

How long does Acap typical take to resoluve

A

12-18 months

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5
Q

what disability indexes have been validated for Acap

A
  1. DASH
  2. Shoulder and elbow surgeons shoulder sale (ASES)
  3. Shoulder pain and disability index (SPADI)
    - Strong evidence
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6
Q

Describe the role of corticosteroid injections in Acap

A

when combined with mobility and stretching exercises it is effective in providing short term pain relief (4-6 weeks) compared to exercise alone
- strong evidence

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7
Q

What are the educational recommendations for Acap

A
  1. understand the natural course of the disease
  2. promote activity modification to encourage functional pain free motion
  3. match intensity of stretching to patient current level of irritability
    - moderate evidence
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8
Q

what modalities are recommend for Acap

A

Week evidence suggests short wave diathermy, US and estim when combined with stretching and joint mobs can help control symptoms

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9
Q

What forms of treatment are recommend for Acap

A
  • joint mobs weak evidence
  • manipulation under anesthesia weak evidence
  • stretching matched to stage of irritability moderate evidence
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10
Q

how does the prevalence of shoulder pain compare to the prevalence of Acap in the general population

A

shoulder pain 2.4-26%

ACap 2-5.3%

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11
Q

Subscapularis will restrict what motins

A

ER at 0

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12
Q

Cadaver sides of Acap demonstrates what pathoanatomic features

A

Limitations of the proximal portions of the capsuloligamentous complex and subscap tendon

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13
Q

what is rotator cuff interval

A
  • triangular shaped tissue bridge between the anterior supraspinatus, upper subscapularis, upper biceps sulcus lateral ridge at the transverse humeral ligament
  • composed of the superior GH lig and coracohumeral ligament
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14
Q

what is the pathoanatomic origin of Acap

A

there is some debate with level IV data
- synovitis
- agniogeneisis with nerve in growth
This develops into capsiloligamentus fibrosis can contracture
- primarily involves rotator cuff interval, but can be the entire capsule

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15
Q

What causes Acap

A

unkown

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16
Q

Level IV evidence also suggest what risk factors

A
  • prolonged immobilization
  • MI
  • trauma
  • autoimmune disease
17
Q

describe the clinical course of Acap

A

4 stages

  1. up to 3 months - sharp end range pain, ache at rest and difficulty sleeping. marked synovial irritation without contracture
  2. 3-9 months - gradual loss of motion - aggressive synovitis with some ROM loss under anesthesia
  3. 9-15 months - reduction of synovitis and resultant fibrosis
  4. 15-24 months - pain reaction with gradual return of ROM
18
Q

What are the MSK clinical signs typically used to identify Acap

A
  • shoulder pain longer than on e month
  • sleep disturbance due to shoulder pain
  • inability to lie on the affected side
  • restricted in all AROM and PROM
  • 50% reduction in ER and 25% reduction in at least 2 planes
19
Q

what factors are predictive of Manipulation for Acap

A
  • prior rehab
  • work comp claim
  • pending litigation
20
Q

How does the course of recovery differ for function and pain with Acap

A
  • Function and satisfaction tend to have full resolution

- pain and ROM loss can last much longer and does not follow the same recovery pattern as functional return

21
Q

what is the difference between primary and secondary Acap

A
  1. primary has no associated health conditions

2. secondary is linked to a disease or pathology

22
Q

what are the subcategories of secondary Acap

A
  1. systemic
  2. extrinsic
  3. intrinsic
23
Q

what are the conditions associated with systemic secondary Acap

A
  1. DM

2. thyroid disease

24
Q

what are the conditions associated with extrinsic secondary Acap

A
  1. CVA
  2. intrathoracic conditions such as MI or COPD
  3. intra-abdominal conditions
  4. cerivcal disc disease
  5. distal extremity fractures
  6. self imposed immobilization
25
what conditions are associated with intrinsic secondary Acap
things within the GH 1. RTC and bicep tendonopathies 2. AC and GH arthropathies 3. proximal humeral or scapular fractures
26
describe the data surround cyriax capsular pattern
- Capsular pattern of ascending loss of ER, abd, IR | - Data shows there is a loss of ER at the side, abduction and IR greater than ER with arm abducted
27
what the the Acap clinical practice guidelines
1. component 1 - Medical screening to determine if the person is appropriate for physical therapy 2. component 2 - differential evaluation for MSK impairment of body function (ICF) and associated tissue pathology (ICD) 3. component 3: diagnosis of tissue irritability level 4. component 4: interventional strategies
28
What diagnostic classifications are suggested
1. shoulder pain and mobility deficits/Acap 2. shoulder stability and movement coordination impairments (dislocation, sprain strain) 3. shoulder pain and muscle power deficits and RTC syndrome
29
how would your rule in/our the diagnostic classification of shoulder pain and mobility deficits
``` Rule in - age 40-65 - gradual one of progressive worsening of pain and ROM loss - ROM loss following ER at side, abduction and IR at 90 - restricted joint motions rule out - PROM normal - increase in rotation at 90 degree -ULTT produces symptoms - postive tinels ```
30
How would you rule in/out the shoulder stability and movement coordination treatment classification
``` rule in - less than 40 - history of dislocation - excessive GH accessory motion - end range apprehension rule out - no dislocation history - global GH motion loss - no apprehension at end ragne ```
31
how would you rule in/out muscle power deficit RTC syndrome
``` Rule in - symptoms increase with repetitive motion - mid range catching - pain production with MMT - RTC weakness rule out - pain free resistance testing - normal RTC strength - significant PROM loss ```
32
what recommendations are made regarding classification of tissue irritability
``` High - pain greater than 7 - consistent night or resting pain - high self reported disability - pain before end ranges of PROM or AROM - AROM sign less than PROM moderate - 4-6 pain - intermittent night or resting pain - moderate self report disability - pain at end ranges of motion - AROM similar to PROM low - pain less than 3 - no night or rest pain - minimal self reported disability - pain with ROM over-pressure - AROM and PROM the same ```
33
What type of imaging studies can help with differential diagnosis of Acap
- Normal X-ray - arthrograph showing joint capsule capacity of less then 10-12mL - MRI- impairments of capsule and RTC interval as well as thickened coracohumeral ligaments and smaller axillary recess volume - US - fiborvasular inflammatory soft tissue changes of the RTC interval and increased thickness of the coracohumeral ligament (3mm to 1.3mm)
34
what is the normal thickness of the coracohumeral ligament
1.33 mm
35
what recommendations are made regarding classification of tissue irritability
``` High - pain greater than 7 - consistent night or resting pain - high self reported disability - pain before end ranges of PROM or AROM - AROM sign less than PROM moderate - 4-6 pain - intermittent night or resting pain - moderate self report disability - pain at end ranges of motion - AROM similar to PROM low - pain less than 3 - no night or rest pain - minimal self reported disability - pain with ROM over-pressure - AROM and PROM the same ```
36
What type of imaging studies can help with differential diagnosis of Acap
- Normal X-ray - arthrograph showing joint capsule capacity of less then 10-12mL - MRI- impairments of capsule and RTC interval as well as thickened coracohumeral ligaments and smaller axillary recess volume - US - fiborvasular inflammatory soft tissue changes of the RTC interval and increased thickness of the coracohumeral ligament (3mm to 1.3mm)
37
what is the normal thickness of the coracohumeral ligament
1.33 mm