LECTURE 7B: SHOULDER EXAM/TREAT Flashcards

(64 cards)

1
Q

shoulder complex can be divided into 3 types of exam:

A
  1. UQ scan
  2. c-SPINE vs shoulder complex
  3. specific joint assessment (GH, AC, SC, ST?)
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2
Q

___ and shoulder complex often present similarly

A

spine and shoulder complex

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3
Q

check 4 body segments/systems review with shoulder complex

A
  1. Cervical spine
  2. Thoracic spine
    3 .Elbow/forearm complex
  3. Cardiovascular system
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4
Q
  1. causes of shoulder dysfunction
A
  1. Compromise of passive restraint components (INSTABILITY)
  2. Compromise of NM control (weak)
  3. Compromise of >1 neighboring joints that contribute to motion (screwed up chain)

*assume visceral and serious causes ruled out! pancoast tumor, blood clot

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5
Q

neighboring joints of the shoulder

A

AC joint, SC joint, upper thoracic spine, ribs, lower cervical spine

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6
Q

If shoulder pain increases with activites and patient has history of repetitive motion:

A

tendinopathy

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7
Q

If shoulder pain increases AFTER activity, and painful with prolonged static positions

A

instability (non-contractile tissue)

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8
Q

humeral epiphysitis or osteogenic sarcoma associated age

A

children/adolescents

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9
Q

RC degeneration associated age

A

40-60s
(may be sped up if a lot of overhead activity)

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10
Q

2° impingement d/t instability (caused by weakness) typically seen in

A

teens – 20’s … especially w/ overhead athletes

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11
Q

calcium deposits in shoulder are most common in _____

A

20-40 year olds

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12
Q

pain during activity ____
pain after activity _____

A

pain during: active mm
pain after: passive problem (instability)

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13
Q

Insidious onset of adhesive capsulitis typically seen

A

45 – 60 year olds

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14
Q

DM and ischemic heart disease, female sex, 45-60s age is related to ____

A

adhesive capsulitis
can be related to any age with trauma

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15
Q

MOI patterns:
Overhead exertion w/ repetitive motions

A

-Sub-acromial bursitis/impingement
-RC tendinopathy/tear
-Biceps tendinopathy

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16
Q

Fall on Outstretched Hand (FOOSH) MOI pattern:

A

all bets off, can sprain or break anything

Shoulder/elbow/wrist sprain or strain
Elbow/wrist fx’s
AC joint separations
Clavicle fx’s
GH joint fx’s
GH dislocations

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17
Q

If you fall on tip of shoulder, (adducted, land on it) MOI may cause

A

-AC joint separation*
-Bone contusion
-C-spine injury

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18
Q

MOI: shoulder pain in swimmers

A

-Prevalence b/t 40-91%
-Likely related to fatigue of upper back, RC and pec muscles
-Repetitive stress injury impaired dynamic stabilization of humeral head

(usually very hypermobile)

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19
Q

Pain relieved w/ arm elevated overhead
cause is usually

A

NOT SHOULDER BUT NECK

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20
Q

Pain relieved w/ elbow supported

A

AC joint separation
RC tears

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21
Q

Pain relieved by circumduction of shoulder w/ accompanying click or clunk

cause is

A

Internal derangement
GH instability

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22
Q

Pain relieved w/ arm distraction

A

Bursitis
RC tendinopathy

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23
Q

Pain relieved w/ arm held in dependent position

A

Thoracic outlet syndrome

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24
Q

___ may suggest instability (even if it occurred a long time ago

A

history of trauma (for neck we care if it is recent, but shoulder we care about forever)

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25
What are the 4 buckets of shoulder STAR classification of shoulder pain?
1. rotator cuff/impingement 2. frozen shoulder 3. GH instability 4. post op/other catch all
26
key positive findings regarding rotator cuff impingement
Impingement signs Painful arc Pain w/ isom resist Weakness Atrophy (common, not always)
27
key negative findings with rotator cuff
significant loss of motion (joint issue, frozen shoulder) instability signs (instability bucket)
28
Key positive findings of frozen shoulder
Spontaneous progressive pain Loss of motion in multiple planes *LOSE ER FIRST WILL HAVE LIKE 10 DEGREES Pain at end-range
29
key neg findings of frozen shoulder
normal motion age less than 40
30
progression of impingement to rotator cuff
impingement --> RC tendon --> TEAR
31
50-70% of all shoulder pain seen in PT related to
ROTATOR CUFF
32
rotator cuff classified by tear __ and ___
type and size
33
small RC tear
less than 1 cm
34
medium RC tear
1-3 cm
35
large RC tear
usually includes infra 3-5 cm
36
massive tear
more than 5 cm subscap + (can go supra to subscap but usually other tendons)
37
___% of frozen shoulder will subsequently develop in opposite shoulder
20-30%
38
45-60 y/o Females>males Trauma DM & thyroid disease these are associated with
frozen shoulder
39
stages of frozen shoulder
Stage I (pt typically ignores) for <3 months Stage II (freezing) for 3-9 months Stage III (frozen) for 9-14 months --> not painful Stage IV (thawing) for 14+ months by 18 months, usually will resolve on its own
40
treatment for adhesive capsulitis
stage 1: pain control stage 2: pain and Manual therapy stage 3: focus on ROM, strength as tolerated (pain usually gone) stage 4: stretch, ROM, nm re-ed, strength
41
Key positive findings of GH instability
Age < 40 Hx disloc / sublux Apprehension Generalized laxity
42
If patient asks about how long frozen shoulder will last, they are in stage 2, what do you say?
say recovery will last over a year most likely -shoulder will be losing motion -shoulder will be frozen, PT not needed -shoulder will start regaining motion
43
key negative findings of GH instability
no history of dislocation no apprehension
44
MRI of frozen shoulder will show
capsule INFLAMMED WHITE
45
post op/other differential dx includes:
1. GH Arthritis 2. Fractures 3. Epiphysitis 4. AC joint 5. Neural Entrapment 6. Myofascial 7. Fibromyalgia 8. Post-Op
46
GH joint instability is what?
abnormal, SYMPTOMATIC motion of GH joint affecting normal joint kinematics *laxity does not equal instability*
47
causes of GH instability
genes collagen biomechanical factors
48
signs and symptoms of GH joint instability
feel like it will fall or slip out pain, sublux/dislocation
49
MOI of GH joint instability
Trauma Unidirectional Bankart Surgery Atraumatic, multidirectional, bilateral, rehab, inferior
50
what is more than 90% of of all shoulder dislocations?
anterior dislocation (automatically get a labral tear, enough times you also get a humeral head lesion) MOI: ABD, EXT, ER
51
SLAP lesion looks like
RC disease and GH instability MOI: trauma, microtrauma
52
posterior dislocation MOI
flexion, ADDUCTION, IR Associated w/ seizures, electric shock, diving into a shallow pool and MVAs (football, benchpress when you are older), less than 2% of dislocations
53
inferior dislocation happens when
Extremely uncommon MOI: carrying heavy objects & hyperabduction
54
Alterations in normal position or motion of the scapula during coupled scapulo-humeral movements (i.e. elevation)
scapular dyskinesis
55
MOI: bony morphology Δ’s following trauma age: over 45
traumatic OA
56
separated shoulder: trauma due to falling onto tip of shoulder OR chronically trauma due to OA, RA, mechanical
AC joint dysfunction
57
6 types of AC joint and treatment
Types I-II – conservative management Type III – controversial Types IV-VI – surgical reduction
58
posterior dislocations of SC joint can be
life threatening! Sprain vs dislocation 2/2 fall on flex/add or ext/add arm
59
Most commonly fx’d bone in childhood
clavicle 5-10% of all fxs in body
60
Most common humeral fracture in children & elderly
proximal 1/3 of humerus (ice cream cone!) FOOSH or fall right on it.
61
TSA/RTSA involves
whacking humerus with spike
62
scapular fxs are __% of all fxs in the body
1% (usually immobilization, ORIF if displaced)
63
outcome measures of the shoulder
DASH QuickDASH
64