Post Op Shoulder Flashcards

1
Q

General goals for post-op rehab

A

Promote healing/protect repair
Restore ROM (PROM >AROM)
Restore strength
Restore function

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2
Q

When is subacromial decompression indicated?

A

During unresolved impingement or if imaging deems necessary -type III

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3
Q

Failed conservative treatment of impingement defined by Cohen

A

No improvement with 3 months of a comprehensive rehab program

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4
Q

Important thing to consider when it comes to protocol timelines

A

They are variable depending on the extent of surgery and what needed to be repaired (i.e. was there also a rotator cuff tear or labral tear)

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5
Q

First phase of the protocol

A

Passive range of motion phase- typically 2-4 weeks, progressing to active assist and active ROM

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6
Q

Second phase of the protocol

A

Strengthening- typically starts post-operative week 5 or 6, but very important to check with surgeon to determine course (when in doubt, utilize standard protocol timelines provided)

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7
Q

Subacromial decompression is also known as

A

Distal clavicle excision

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8
Q

Rotator cuff treatment progression

A

Non-operative management- success is dependent on status of remaining rotator cuff

Decompression without repair

Repair

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9
Q

When is open repair used?

A

Used for large, massive tears where tissue integrity may be poor

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10
Q

Open repair advantages

A

Greater exposure to surgical area and good post-operative outcomes

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11
Q

Characteristics of open repair

A

Involves removal and reattachment of anterior deltoid and may require post-operative rehab considerations to protect the deltoid

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12
Q

Open repair disadvantages

A

May be marked by longer recovery and increased post-operative pain and decreased anterior deltoid function

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13
Q

Mini open characteristics

A

Splits deltoid vs detach/reattach of open procedure

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14
Q

Outcomes of mini open repair

A

Similar outcomes to open repair

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15
Q

When is arthroscopic surgery used?

A

For smaller tears with good tissue integrity

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16
Q

Benefits of arthroscopic surgery

A

Less risk of infection, stiffness, and deltoid compromise

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17
Q

Types of arthroscopic surgery

A

Double row vs single row

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18
Q

Passive range of motion phase for small to medium tear

A

Greater than or equal to 4 weeks (could be as much as 6-8 weeks with more conservative surgeons)

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19
Q

Active range of motion phase for small to medium tears

A

~8 weeks(could be as much as 6-8 weeks with more conservative surgeon)

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20
Q

Strengthening phase for small to medium tear

A

~12 weeks

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21
Q

Passive range of motion phase for massive tears

A

Greater than or equal to 6 weeks (could be as much as 8 weeks with more conservative surgeons)

22
Q

Active range of motion phase for massive tears

A

~12 weeks (could be as much as 8 weeks with more conservative surgeons

23
Q

Strengthening phase for massive tears

24
Q

When was accelerated rehab popular?

A

Early 200s when mini open and arthroscopic procedures were popular

25
What was the thinking behind accelerated rehab?
The procedure was less invasive so accelerated protocol could be used
26
When was decelerated rehab popular?
In the mid to late 200s when surgeons started to find cuff failures and shut everything down and aggressive PT was blamed
27
General rehab guidelines for RCR
Protect the repair Passive ROM early Early muscle training Strengthening progression
28
Important info for PROM for general rehab guidelines for RCR
Rotational motion 1st at 30-45 degrees of abduction (in scapular plane) working up to 90 deg of abduction, also layer in arm at side
29
Important info for early muscle training for general rehab guidelines for RCR
Initially contractile palpation: rhythmic dynamic stabilization and/or isometrics
30
Important info for strengthening progression for general rehab guidelines for RCR
Once strengthening begins, progress no more than 1 lb per week
31
Success for RCR
Balance of stress and compression for promoting healing but not inhibiting healing process
32
Reasons for failure for RCR
Patient adherence Rehab Surgical causes
33
How can rehab contribute to failure for RCR
Over aggressive progression- strengthening exercises should remain low load throughout, strength can always be regained in time Early PROM/AAROM is critical to avoid contracture or motion loss
34
How can surgery contribute to failure for RCR
Inadequate technique or implant Didnt restore anatomical footprint Double row vs. single row technique
35
Indications for labral repairs
Failure of conservative management Slap lesion with significant RCT (>50%) Debridement of types 1 and 2 Repair of types 3 and 4
36
Rehab considerations for labral repairs
Type of repair Early limitation of ER to prevent "peel back" mechanism Avoid resistive biceps activity (flexion/supination) until at least 8 weeks post-op Avoid 90/90 position for 6 weeks post anterior labral repair Avoid horiz add for 6 weeks (SLAP doesnt matter) for posterior labral repair
37
Total shoulder arthroplasty (TSA) indications
Shoulder joint pain from destructive arthritis secondary to OA, RA, or traumatic arthritis Avascular necrosis Severe loss of upper extremity strength Limitations of ADL function secondary to pain
38
Where is the incision in TSAs?
Between deltopectoral crease
39
Hemiarthroplasty may be done in TSAs if...
glenoid surface is adequate (controversial)
40
TSA may also include...
RCR
41
Detachment of the sabscapularis in TSA guidelines
Avoid active IR until at least 6 weeks | Limit PROM ER in early phases
42
TSA outcomes
95% have pain relief Near normal range, strength, function as possible Vulnerable in 90 deg abd + ER
43
What is a predictor of post-op ROM outcomes for TSA
Pre-op ROM
44
What should be known about goal expectations following TSA?
They are limited with cuff deficiencies or previous trauma injuries
45
RTSA indications
Complete RCT that cannot be repaired Previously unsuccessful TSA Severe shoulder functional limitations due to pain
46
Contraindications for RTSA
Impaired deltoid function Isolated supraspinatus tear Full ROM and good function despite massive RCT
47
RTSA outcomes
High rates of dislocation in anterior superior direction Will not regain full ROM but optimally will have less pain and "functional AROM" Need deltoid strengthening
48
After RTSA, shoulder is vulnerable in...
Extension, adduction, and internal rotation e.g. pushing up from chair in shoulder extension
49
How to avoid anterior superior direction dislocation after RTSA
Avoid reaching across chest for up to 6 weeks | Avoid reaching behind back for 10-12 weeks
50
Active elevation ROM following RTSA
Likely to reach 105-140 deg
51
Rotation ROM is dependent on what following RTSA?
Rotation ROM is dependent on pre-operative status of teres minor