Shoulder Flashcards

1
Q

Name all AC joint ligaments

A

anterior, posterior, superior, inferior

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2
Q

What direction do AC ligaments provide stability?

A

anterior posterior direction

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3
Q

Name all coracoclavicular ligament portions

A

conoid(medially) and trapezoid(laterally)

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4
Q

What direction do CC ligaments provide stability?

A

superior inferior direction
-conoid > trapezoid

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5
Q

When does middle GH ligament most contribute to shoulder stability?

A

shoulder abducted 45* and externally rotated

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6
Q

Name both bands and relative positions of inferior GH ligament

A

anterior band (2 to 4 o clock)
-resists anterior translation when shoulder abducted 90 degrees and externally rotated

posterior band (7 to 9 o clock)
-resists posterior translation when shoulder flexed and internally rotated

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7
Q

What does inferior GH ligament mainly stabilize?

A

primarily inferior GH joint translation

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8
Q

Force couples at GH joint

A

subscapularis and infraspinatus provide dynamic stability
-compressive force in transverse plane
-infraspinatus prevents superior and anterior translation
-subscapularis involved w/ forward flexion

all rotator cuff muscles and deltoid muscles
-compression to offset force of deltoid and pec muscles

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9
Q

Greatest predictors for failed surgical repair of rotator cuff tear

A

Fat infiltration OR=9.3
Multiple tendon involvement OR=6.0
Larger tear size OR=4.3
Lower pre-op muscle strength OR=4.0
Older age OR=2.8

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10
Q

Nociceptive pain

A

arises from damage to non-neural tissues
-due to activation of nociceptors

AKA pain from other tissues that activates pain receptors

typically a localized pain in the shoulder

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11
Q

Nociplastic pain

A

arises from altered nociception
-despite no clear evidence of actual or threatened tissue damage causing the activation of peripheral nociceptors or evidence for disease/lesion of the somatosensory system

AKA pain from nociceptors firing, although no overt link to damage or disease

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12
Q

Neuropathic pain

A

arises from a lesion or disease of the CNS or PNS
-may follow a radicular pattern

AKA pain from somewhere in the nervous system

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13
Q

What is Parsonage-Turner syndrome?

A

rare syndrome causing UE weakness, atrophy and wasting
-about 1.6 people per 100,000 each year
-risk factors include postoperative, post-trauma, post-vaccination, post-infection

essentially brachial plexus neuropathy
-acute onset radiating pain followed by weakness and numbness

usually resolves in 18-24 months
-age is a factor and long term complications/deficits exist

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14
Q

OSPRO-ROS for Red Flags

A

23 item version accurately identified 100% of responders with potential red flags

shorter 10 item version accurately identified 94%

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15
Q

OSPRO-ROS for Yellow Flags

A

17 item tool
-identifies yellow flags 85% of the time and estimates multiple psychological questionnaire scores w/o pt having to complete` each instrument

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16
Q

Keele STarT MSK Tool

A

similar to STarTBACK tool
-stratifies pts into low/medium/high risk of likelihood of persistent pain, disability, and poor treatment outcomes

17
Q

MCID for NPRS for shoulder pain

A

2 points
-example would be manual correction to a movement and then subsequent change in concordant sign

18
Q

define concordant sign

A

movements or positions that reproduce the pt’s priary complaint

19
Q

modified painDETECT questionnaire for shoulder

A

reliable and sensitive to discriminate nociceptive vs neuropathic pain

score of -1 to 38
12+ suggests primarily neuropathic pain presentation

20
Q

Hand Held dynamometer MDC

A

15% change is MDC in “make test”

21
Q

Subacromial pain syndrome test cluster

A

-Neer Sign
-Hawkins Kennedy
-Jobe(empty can)
-painful arc
-pain/weakness w/ resisted shoulder ER

3 of 5 positive
+LR 2.93
-LR 0.30

+LR 10.56 when (hawkins, painful arc, painful ER)
-LR 0.17 when all 3 negative

22
Q

Test cluster for anterior instability

A

-Apprehension test
-relocation
-anterior release(surprise)

Sensitivity 81%
Specificity 98%
+LR 39.7
-LR 0.19

23
Q

Test cluster for posterior instability

A

posterior apprehension test

Sensitivity 19%
Specificity 99%
+LR 19
-LR 0.82

24
Q

Test for inferior instability

A

hyper-abduction test

SN 67%
SP 89%
+LR 6
-LR 0.37

25
Q

Test cluster for multidirectional instability (MDI)

A

at least 2 directions of positive tests
-anterior apprehension, posterior apprehension, hyperabduction
AND
Beighton score 5/9 or higher

26
Q

Primary vs secondary adhesive capsulitis

A

Primary
-loss of AROM/PROM specifically ER, pain w/ end ranges of motion

-more common in women, diabetes, hypothyroidism, other autoimmune disease
-requires referral for X-ray to rule out serious pathology or differentiate early OA at GH

Secondary
-typically a result period of immobilization(surgery, injury, etc)

27
Q

Adhesive capsulitis 4 stage continuum

A
  1. pre-freezing
  2. freezing
  3. frozen
  4. thawing

~18 months after appearance of initial symptoms

28
Q

Rotator cuff tear sizes

A

Small < 1 cm
Medium 1-3 cm
Large 3-5 cm
Massive >5 cm

measured by greatest diameter

29
Q

Shoulder dislocation data

A

typically anterior > posterior
-posterior caused by trauma (67%) or seizure (31%)

7x more common in young males than age matched females

most occur age 15-29 but second peak occurs in women > 70yo

30
Q

Primary GH joint dislocation plan of care

A

immobilization in traditional sling < 1 week
-encourage weaning

restore ROM and then early RTC and scapular isometrics

expect less pain after 10-14 days
-progress ROM in safe ranges, motor control, proprioception

SINEX program > traditional care for instability at 12 weeks

31
Q

SINEX program vs standard care(Rockwood program) for GH instability

Watson program vs Rockwood program

A

SINEX>Rockwood

Watson> Rockwood

essentially, neuromuscular control, stability, etc are superior to resistance band exercises for shoulder and scapula

32
Q
A