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Common Injuries of the Shoulder

Total questions: 90

Worksheet time: 45mins

Name
Class
Date
1.

Fill in the blank: To prevent shoulder injuries, it is important to develop body and specific regions relative to _______.

a)

sport

b)

age

c)

weather

d)

diet

2.

Fill in the blank: Strengthen through a full _______ to help prevent shoulder injuries.

a)

ROM (Range of Motion)

b)

rest period

c)

body weight

d)

cool down

3.

Fill in the blank: Warm-up should be used before _______ arm movements are attempted to prevent shoulder injuries.

a)

explosive

b)

gentle

c)

slow

d)

static

4.

Fill in the blank: Contact and collision sport athletes should receive proper instruction on _______ to prevent shoulder injuries.

a)

falling

b)

running

c)

jumping

d)

stretching

5.

Fill in the blank: Protective equipment that _______ properly helps prevent shoulder injuries.

a)

fits

b)

breaks

c)

shrinks

d)

loosens

6.

Fill in the blank: Proper mechanics helps decrease _______ injuries in the shoulder.

a)

overuse

b)

acute

c)

chronic

d)

traumatic

7.

Which of the following activities require proper mechanics to help prevent shoulder injuries?

a)

Throwing

b)

Spiking

c)

Tackling

d)

Overhead serving

e)

All of the above

8.

What is a common cause of clavicle fractures?

a)

Fall on outstretched arm

b)

Fall on tip of shoulder

c)

Direct impact

d)

All of the above

9.

Clavicle fractures occur primarily in which part of the clavicle?

a)

Outer third

b)

Middle third

c)

Inner third

d)

None of the above

10.

Which of the following is a sign or symptom of a clavicle fracture?

a)

A. Supporting of arm

b)

B. Head tilted towards injured side with chin turned away

c)

Both A and B

d)

D. None of the above

11.

What is the Percussion Test for clavicle fractures?

a)

Press along the length of the clavicle

b)

Tap the distal end of the clavicle

c)

Apply ice to the clavicle

d)

Immobilize with a brace

12.

What is the Compression Test for clavicle fractures?

a)

Tap the distal end of the clavicle

b)

Press along the length of the clavicle

c)

Apply heat to the clavicle

d)

Refer to physician

13.

For how many weeks should a figure 8 brace be used to immobilize a clavicle fracture according to management guidelines?

a)

6-8 weeks

b)

2-4 weeks

c)

10-12 weeks

d)

1-2 weeks

14.

What is the etiology of scapula fractures?

a)

Result of direct impact or force transmitted up through humerus

b)

Result of infection

c)

Result of poor nutrition

d)

Result of aging

15.

Which of the following is a sign or symptom of scapula fractures?

a)

A) Pain during shoulder movement

b)

B) Swelling

c)

C) Point tenderness

d)

D) All of the above

16.

Fill in the blank: The special test for scapula fractures involves ________ - lightly press with the hand on the scapula.

a)

Compression

b)

Percussion

c)

Distraction

d)

Rotation

17.

A sling should be used immediately and follow-up with X-ray is recommended for scapula fractures.

a)

True

b)

False

18.

What is a common cause of fractures of the humerus?

a)

Direct blow

b)

Fall on outstretched arm

c)

Stretching of the ligaments

d)

None of the above

19.

Fractures of the humerus may pose danger to which of the following?

a)

Nerve and blood supply

b)

Muscle

c)

Skin

d)

Ligament

20.

Fill in the blank: Signs and symptoms of humerus fractures include pain, swelling, point tenderness, and decreased _____

a)

ROM (Range of Motion)

b)

appetite

c)

hearing

d)

vision

21.

What is the special test used to identify a humerus fracture if there is no obvious deformity?

a)

Compression

b)

Extension

c)

Rotation

d)

Flexion

22.

The compression test for humerus fracture should be performed only if there is no obvious deformity.

a)

True

b)

False

23.

What is the immediate management for a humerus fracture with obvious deformity?

a)

Immediate application of vacuum splint, treat for shock and refer

b)

Immediate reduction of the fracture at the scene

c)

Apply heat pack and massage the area

d)

Encourage movement to prevent stiffness

24.

What is the management for a humerus fracture with no obvious deformity?

a)

Application of sling, treat for shock and refer

b)

Immediate surgical intervention

c)

Apply ice pack and massage the area

d)

Encourage active movement of the arm

25.

What is a possible cause of Sternoclavicular (SC) Sprain?

a)
Direct impact or trauma to the shoulder area.
b)
Infection in the collarbone area.
c)
Repetitive strain from typing.
d)
Overstretching of the neck muscles.
26.

Which of the following is a sign or symptom of Grade 1 Sternoclavicular (SC) Sprain?

a)

A) Pain and slight disability

b)

B) Pain, subluxation with deformity

c)

C) Gross deformity, pain, swelling

d)

D) Possibly life-threatening

27.

Fill in the blank: Grade 2 Sternoclavicular (SC) Sprain is characterized by pain, subluxation with deformity, swelling and point tenderness, and decreased _____

a)

ROM (Range of Motion)

b)

BP (Blood Pressure)

c)

HR (Heart Rate)

d)

Temperature

28.

Which grade of Sternoclavicular (SC) Sprain may be possibly life-threatening if dislocated posteriorly?

a)

Grade 1

b)

Grade 2

c)

Grade 3

d)

None of the above

29.

What is the SC Spring Test used for in the diagnosis of Sternoclavicular (SC) Sprain?

a)

A) Apply anterior pressure to the distal end of the clavicle

b)

B) Apply posterior pressure to the proximal end of the clavicle, compare to other side

c)

C) Apply lateral pressure to the scapula

d)

D) Apply downward pressure to the sternum

30.

What does the acronym RICE stand for in the management of Sternoclavicular (SC) Sprain?

a)

Rest, Ice, Compression, Elevation

b)

Rest, Immobilize, Compress, Elevate

c)

Reduce, Ice, Compress, Elevate

d)

Rest, Ice, Cast, Elevate

31.

How long should a patient with Sternoclavicular (SC) Sprain be immobilized according to management guidelines?

a)

1-2 weeks

b)

3-5 weeks

c)

6-8 weeks

d)

10-12 weeks

32.

Refer to the diagram showing anterior and posterior dislocation of the sternoclavicular joint. Which type of dislocation is shown in the top view?

a)

A) Anterior dislocation

b)

B) Posterior dislocation

33.

What is the result of a direct blow (from any direction) in relation to Acromioclavicular (AC) Sprain?

a)

Fracture of the humerus

b)

AC Sprain

c)

Dislocation of the elbow

d)

Sprain of the wrist

34.

How many grades can Acromioclavicular (AC) Sprain be classified into depending on severity?

a)

3

b)

4

c)

6

d)

8

35.

Fill in the blank: Grade 1 AC Sprain is characterized by point tenderness and pain with movement; no disruption of ____ joint.

a)

AC

b)

SC

c)

GH

d)

TC

36.

Which grade of AC Sprain involves tear or rupture of AC ligament, partial displacement of lateral end of clavicle, pain, point tenderness and decreased ROM (abduction/adduction)?

a)

Grade 1

b)

Grade 2

c)

Grade 3

d)

Grade 4

37.

Fill in the blank: Grade 3 AC Sprain involves rupture of ____ and ____ ligaments.

a)

AC and CC

b)

AC and SC

c)

CC and SC

d)

AC and TC

38.

Which grade of AC Sprain is characterized by posterior dislocation of clavicle?

a)

Grade 2

b)

Grade 3

c)

Grade 4

d)

Grade 5

39.

Fill in the blank: Grade 5 AC Sprain involves loss of AC and CC ligaments, tearing of deltoid and trapezius attachments, gross deformity, severe pain, and decreased ____.

a)

ROM

b)

blood flow

c)

temperature

d)

sensation

40.

Which grade of AC Sprain involves displacement of clavicle behind the coracobrachialis?

a)

Grade 4

b)

Grade 5

c)

Grade 6

d)

Grade 3

41.

What is the special test used to diagnose an Acromioclavicular (AC) Sprain?

a)

Spring Test or 'Piano Key' - apply pressure with finger on the clavicle

b)

Lachman Test

c)

McMurray Test

d)

Thompson Test

42.

What is the first step in the management of an Acromioclavicular (AC) Sprain?

a)

Surgery

b)

Ice, stabilization, referral to physician

c)

Aggressive rehab

d)

Padding and protection

43.

Grades 1-3 (non-operative) AC sprains will require ______ days and ______ weeks of immobilization respectively.

a)

3-4 days and 2 weeks of immobilization respectively

b)

1-2 days and 1 week of immobilization respectively

c)

5-6 days and 3 weeks of immobilization respectively

d)

7-8 days and 4 weeks of immobilization respectively

44.

Grades 4-6 AC sprains will require ______.

a)

surgery

b)

rest and ice

c)

physical therapy

d)

compression wraps

45.

Aggressive rehab is required with all grades of Acromioclavicular (AC) Sprain.

a)

True

b)

False

46.

What does the image show in relation to Acromioclavicular (AC) Sprain?

a)

Step-off Deformity

b)

Bruising

c)

Swelling

d)

Dislocation

47.

What is subluxation? Fill in the blank: Subluxation involves excessive translation of humeral head without complete separation from joint. This is also known as _________?

a)

Partial Dislocation

b)

Complete Dislocation

c)

Fracture

d)

Sprain

48.

What is dislocation? Fill in the blank: Dislocation occurs when the humeral head is forced completely out of the ________ cavity.

a)

glenoid

b)

acetabular

c)

orbital

d)

thoracic

49.

Which of the following directions can a dislocation occur?

a)

A) Anteriorly

b)

B) Posteriorly

c)

C) Inferiorly

d)

D) All of the above

50.

Dislocation will have a high recurrence of chronic instability.

a)

True

b)

False

51.

What are the signs and symptoms of an anterior dislocation?

a)

Severe pain and disability; prominent acromion and coracoid process; limited external rotation and elevation

b)

Flattened deltoid, prominent humeral head in axilla; moderate pain and disability

c)

Swelling and bruising only

d)

No visible symptoms

52.

What are the signs and symptoms of a posterior dislocation?

a)

Flattened deltoid, prominent humeral head in axilla; moderate pain and disability

b)

Severe pain and disability; prominent acromion and coracoid process; limited external rotation and elevation

c)

Swelling and bruising only

d)

No visible symptoms

53.

Label the following parts as shown in the clinical appearance of glenohumeral dislocation diagram: Match each label to its correct anatomical location.

a)

Top of shoulder

1.

Acromion prominent

b)

Lateral aspect of shoulder

2.

Shoulder flattened

c)

Below acromion, upper arm

3.

Humeral head prominent

d)

Arm away from body

4.

Arm in slight abduction

e)

Elbow bent

5.

Elbow flexed

54.

Look at the diagram labeled 'Normal anatomy'. What type of shoulder condition is shown in this diagram?

a)

Normal anatomy

b)

Anterior dislocation

c)

Posterior dislocation

55.

What type of shoulder condition is shown in this diagram?

a)

Normal anatomy

b)

Anterior dislocation

c)

Posterior dislocation

56.

Look at the diagram labeled 'Posterior dislocation'. What type of shoulder condition is shown in this diagram?

a)

Normal anatomy

b)

Anterior dislocation

c)

Posterior dislocation

57.

What is the permanent anterior defect of labrum called in shoulder dislocations?

a)

Bankart Lesion

b)

Hill-Sachs Lesion

c)

SLAP Tear

d)

Rotator Cuff Tear

58.

Which lesion is caused by compression of cancellous bone against anterior glenoid rim creating a divot in the humeral head?

a)

Hill Sachs Lesion

b)

Bankart Lesion

c)

SLAP Lesion

d)

Reverse Hill Sachs Lesion

59.

What is the defect in superior labrum that begins posteriorly and extends anteriorly impacting attachment of long head of biceps on labrum called?

a)

SLAP Lesion

b)

Bankart Lesion

c)

Hill-Sachs Lesion

d)

Rotator Cuff Tear

60.

Which nerves and vessels may be compromised as a possible complication of shoulder dislocations?

a)

Brachial nerves and vessels

b)

Femoral nerves and vessels

c)

Radial nerves and vessels

d)

Sciatic nerves and vessels

61.

What type of injuries may occur as a possible complication of shoulder dislocations?

a)

Rotator cuff injuries

b)

Ankle sprain

c)

Tennis elbow

d)

Carpal tunnel syndrome

62.

What tendon subluxation and ligament rupture may occur as a possible complication of shoulder dislocations?

a)

Bicipital tendon subluxation and transverse ligament rupture

b)

Supraspinatus tendon subluxation and coracoacromial ligament rupture

c)

Infraspinatus tendon subluxation and glenohumeral ligament rupture

d)

Subscapularis tendon subluxation and acromioclavicular ligament rupture

63.

What are the possible etiologies of Chronic Recurrent Instabilities?

a)

Traumatic, repetitive use

b)

Congenital

c)

Neuromuscular

d)

All of the above

64.

Which sign or symptom is associated with anterior instability in Chronic Recurrent Instabilities?

a)

Possible impingement

b)

Clicking and pain posteriorly

c)

Laxity and pain with arm at side

d)

Increased laxity and pain

65.

Posterior instability in Chronic Recurrent Instabilities may present with ________ and pain.

a)

possible impingement, increased laxity

b)

muscle hypertrophy, decreased mobility

c)

joint fusion, reduced sensation

d)

bone fracture, swelling

66.

Multidirectional instability in Chronic Recurrent Instabilities is characterized by:

a)

Laxity

b)

Pain and clicking with arm at side

c)

Both A and B

d)

None of the above

67.

Which of the following is a conservative treatment for Chronic Recurrent Instabilities?

a)

Strengthening of rotator cuff and scapula stabilizers

b)

Surgical stabilization

c)

Use of harnesses and restraints

d)

All of the above

68.

Surgical stabilization may be required to improve function and comfort in Chronic Recurrent Instabilities.

a)

True

b)

False

69.

Fill in the blank: Strengthening should be continued for a ________ time before surgery is considered in Chronic Recurrent Instabilities.

a)

reasonable

b)

short

c)

immediate

d)

minimal

70.

What is the mechanical cause of Shoulder Impingement Syndrome?

a)

Compression of supraspinatus tendon, subacromial bursa, and long head of biceps tendon due to decreased space under coracoacromial arch

b)

Fracture of the humerus

c)

Dislocation of the shoulder

d)

Tear of the rotator cuff

71.

Shoulder Impingement Syndrome is commonly seen in which type of activities?

a)

Over head repetitive activities where repetitive stresses lead to inflammation

b)

Sedentary desk work with minimal arm movement

c)

Walking and running without arm elevation

d)

Swimming in shallow water without arm use

72.

Name one sign or symptom of Shoulder Impingement Syndrome.

a)

Diffuse pain, pain on palpation of subacromial space

b)

Swelling of the fingers

c)

Numbness in the lower leg

d)

Blurry vision

73.

Decreased strength of external rotators compared to internal rotators is a sign of Shoulder Impingement Syndrome.

a)

True

b)

False

74.

Which anatomical structure is shown as swollen in the diagram related to Shoulder Impingement Syndrome?

a)

Bursa

b)

Rotator cuff tendon

c)

Acromion

d)

Glenoid cavity

75.

Which special test is used to identify impingement of the Subacromial Bursa in Shoulder Impingement Syndrome?

a)

Neer's Test

b)

Hawkins-Kennedy Test

c)

Drop Arm Test

d)

Empty Can Test

76.

Which special test is used to identify impingement of the Supraspinatus in Shoulder Impingement Syndrome?

a)

Neer's Test

b)

Hawkins-Kennedy Test

c)

Yergason's Test

d)

Speed's Test

77.

Fill in the blank: One management strategy for Shoulder Impingement Syndrome is to ________ appropriate mechanics.

a)

restore

b)

ignore

c)

worsen

d)

limit

78.

Fill in the blank: Strengthening the ________ cuff helps to depress and compress the humeral head to restore space in Shoulder Impingement Syndrome.

a)

rotator

b)

deltoid

c)

biceps

d)

triceps

79.

Fill in the blank: Strengthening the lower extremity and trunk helps to reduce ________ on the shoulder in Shoulder Impingement Syndrome.

a)

stress

b)

pain

c)

weight

d)

pressure

80.

Refer to the diagrams of the shoulder. Which tendon is shown as being impinged in Shoulder Impingement Syndrome?

a)

Biceps tendon

b)

Supraspinatus tendon

c)

Triceps tendon

d)

Deltoid tendon

81.

In the diagram, what is the name of the space that is reduced in Shoulder Impingement Syndrome?

a)

Sub-acromial space

b)

Glenoid cavity

c)

Coracoid process

d)

Rotator cuff interval

82.
Question Image

Match the following anatomical terms to their correct locations in the shoulder diagram:

a)

Uppermost bone above the shoulder

1.

Clavicle

b)

Bone forming the back of the shoulder

2.

Scapula

c)

Long bone of the upper arm

3.

Humerus

d)

Tendon running above the humerus

4.

Supraspinatus tendon

83.

The bursa is located above the supraspinatus tendon in the shoulder diagram.

a)

True

b)

False

84.

Fill in the blank: The ________ arch is labeled in the shoulder anatomy diagram and is involved in shoulder impingement syndrome.

a)

Coracoacromial

b)

Subacromial

c)

Glenohumeral

d)

Scapular

85.

Where does a rotator cuff tear usually occur?

a)

Near insertion on greater tuberosity

b)

Near insertion on lesser tuberosity

c)

At the biceps brachii tendon

d)

At the acromion

86.

Rotator cuff tears can be partial or complete thickness tears.

a)

True

b)

False

87.

Full thickness rotator cuff tears usually occur in athletes with a long history.

a)

True

b)

False

88.

What is the primary mechanism for rotator cuff tears?

a)

Chronic overuse

b)

Acute trauma or impingement

c)

Infection

d)

Genetic predisposition

89.

Rotator cuff tears involve the supraspinatus or rupture of other rotator cuff tendons.

a)

True

b)

False

90.

Label the following parts in the diagram of a normal rotator cuff:

a)

Subscapularis muscle, Supraspinatus muscle, Infraspinatus muscle, Biceps brachii tendon, Humerus, Acromion.

b)

Deltoid muscle, Trapezius muscle, Clavicle, Scapula, Radius, Ulna.

c)

Pectoralis major, Latissimus dorsi, Teres major, Triceps brachii, Femur, Patella.

d)

Gluteus maximus, Sartorius, Tibia, Fibula, Sternum, Mandible.