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Musculoskeletal System Quiz

Total questions: 99

Worksheet time: 50mins

Name
Class
Date
1.

Which of the following is included in the functional anatomy and physiology of the musculoskeletal system?

a)

Bone

b)

Blood tests

c)

Vasculitis

d)

Fibromyalgia

2.

What is the primary focus of rheumatology as indicated by the chapter title?

a)

Diseases of the nervous system

b)

Diseases of the digestive system

c)

Rheumatology and bone disease

d)

Cardiovascular diseases

3.

Which investigation is commonly used in musculoskeletal disease?

a)

Joint aspiration

b)

Dietary analysis

c)

Vision testing

d)

Pulmonary function test

4.

Which of the following is a type of arthritis mentioned in the content?

a)

Osteoarthritis

b)

Diabetes

c)

Hypertension

d)

Asthma

5.

Which of the following is a non-pharmacological intervention for musculoskeletal disease management?

a)

Physical therapy

b)

Antibiotic therapy

c)

Chemotherapy

d)

Radiation therapy

6.

What is a presenting problem in musculoskeletal disease?

a)

Fracture

b)

Migraine

c)

Cough

d)

Rash

7.

Which of the following is classified as an autoimmune connective tissue disease?

a)

Vasculitis

b)

Osteoporosis

c)

Osteoarthritis

d)

Bone tumour

8.

Which of the following is a principle of management for musculoskeletal disease?

a)

Education and lifestyle interventions

b)

Increasing sugar intake

c)

Reducing water consumption

d)

Avoiding all exercise

9.

Which of the following is a type of spondyloarthritis?

a)

Axial spondyloarthritis

b)

Osteomalacia

c)

Fibromyalgia

d)

Osteoporosis

10.

Which of the following is a common finding in the hands during a clinical examination of the musculoskeletal system?

a)

Swelling

b)

Alopecia

c)

Kyphosis

d)

Scleritis

11.

What is a typical feature observed on the extensor surfaces in musculoskeletal diseases?

a)

Rheumatoid nodules

b)

Butterfly rash

c)

Bone deformity

d)

Alopecia

12.

Which symptom is associated with the face in systemic lupus erythematosus?

a)

Butterfly rash

b)

Tophi

c)

Nail dystrophy

d)

Paget’s disease

13.

What should be observed during a general musculoskeletal examination?

a)

General appearance, gait, deformity, swelling, redness, rash

b)

Blood pressure, heart rate, temperature, oxygen saturation

c)

Hearing, vision, taste, smell

d)

Liver size, spleen size, bowel sounds, jaundice

14.

Which of the following is a sign of psoriatic arthritis in the hands?

a)

Nail dystrophy

b)

Scleritis

c)

Kyphosis

d)

Alopecia

15.

What is a possible finding in the feet during a musculoskeletal examination?

a)

Acute gout

b)

Scleritis

c)

Butterfly rash

d)

Swollen bursa

16.

Which of the following is NOT typically observed in the trunk during a musculoskeletal examination?

a)

Scleritis

b)

Kyphosis

c)

Scoliosis

d)

Tender spots

17.

A patient presents with bone deformity in the leg. Which disease is most likely associated with this finding?

a)

Paget’s disease

b)

Systemic lupus erythematosus

c)

Psoriatic arthritis

d)

Raynaud’s phenomenon

18.

Which labeled region in the diagram is associated with synovitis and deformity in rheumatoid arthritis?

a)

Hands

b)

Trunk

c)

Legs

d)

Feet

19.

Which of the following is a key observation in osteoarthritis affecting the hands?

a)

Heberden and Bouchard’s nodes

b)

Butterfly rash

c)

Scleritis

d)

Alopecia

20.

What is the primary purpose of asking a patient to walk for a few steps and then come back during the GALS assessment?

a)

To test hand function

b)

To look for pain or limp

c)

To assess shoulder movements

d)

To check for synovitis

21.

Which test is performed by pressing over the supraspinatus muscle during the arm examination?

a)

Test for inflammation

b)

Test for hyperalgesia

c)

Test for elbow flexion

d)

Test for metatarsophalangeal synovitis

22.

During the GALS assessment, what does squeezing the metacarpals test for?

a)

Synovitis

b)

Inflammation

c)

Hip movement

d)

Scoliosis

23.

What is the correct procedure for the Schöber’s test?

a)

Mark 4 cm above the iliac crest, ask patient to bend backwards

b)

Mark 10 cm above and 4 cm below the iliac crest, ask patient to jump

c)

Mark 4 cm below the iliac crest, then 10 cm above that, ask patient to bend forwards

d)

Mark 15 cm below the iliac crest, ask patient to touch toes

24.

Why is the patient asked to flex each hip with hand on knee and rotate hips internally and externally during the leg assessment?

a)

To test for elbow flexion

b)

To test hip movements and detect knee crepitus

c)

To test for metacarpal inflammation

d)

To test for thoracolumbar rotation

25.

What does asking the patient to put their hands behind their head test for in the GALS assessment?

a)

Shoulder movements

b)

Hip movements

c)

Knee swelling

d)

Ankle synovitis

26.

How is lateral flexion of the cervical spine tested during the spine assessment?

a)

Patient looks at ceiling and puts chin on chest

b)

Patient tries to put ear on shoulder

c)

Patient slides hand down leg to knee

d)

Patient touches toes

27.

What is the normal expected increase in distance between the two marks in Schöber’s test when the patient bends forward?

a)

5 cm

b)

10 cm

c)

15 cm

d)

From 10 cm to 15 cm

28.

During the GALS assessment, what is the purpose of inspecting the spine from behind and the side?

a)

To check for synovitis

b)

To look for scoliosis, kyphosis, or localized deformity

c)

To test hand function

d)

To assess metacarpal inflammation

29.

What does squeezing the forefoot during the leg assessment test for?

a)

Metatarsophalangeal synovitis

b)

Hip movement

c)

Elbow flexion

d)

Shoulder movement

30.

Which of the following is a primary function of the musculoskeletal system?

a)

Producing digestive enzymes

b)

Protecting internal organs and storing minerals

c)

Regulating blood sugar levels

d)

Filtering waste from the blood

31.

What is the main difference between flat bones and long bones in terms of their embryonic development?

a)

Flat bones develop from cartilage, long bones from fibrous tissue

b)

Flat bones develop by intramembranous ossification, long bones by endochondral ossification

c)

Flat bones develop from muscle, long bones from cartilage

d)

Flat bones develop by endochondral ossification, long bones by intramembranous ossification

32.

Which cell type is responsible for bone resorption?

a)

Osteoblasts

b)

Osteocytes

c)

Osteoclasts

d)

Chondrocytes

33.

What is the role of osteoblasts in bone tissue?

a)

Bone resorption

b)

Bone formation

c)

Producing synovial fluid

d)

Breaking down cartilage

34.

Which of the following best describes the function of osteocytes?

a)

Initiate bone resorption

b)

Differentiate into chondrocytes

c)

Sense and respond to mechanical stimuli in bone

d)

Produce red blood cells

35.

Which structure surrounds a central canal containing blood vessels in cortical bone?

a)

Trabecular bone

b)

Haversian system

c)

Synovium

d)

Articular cartilage

36.

Diseases of the musculoskeletal system are most common in which group?

a)

Young children

b)

Middle-aged men

c)

Older people and women

d)

Teenagers

37.

Which part of the bone contains an interconnecting meshwork of trabeculae separated by spaces filled with bone marrow?

a)

Cortical bone

b)

Articular cartilage

c)

Trabecular (cancellous) bone

d)

Synovium

38.

Bone marrow stromal cells are important because they:

a)

Produce synovial fluid

b)

Produce RANKL and cytokines that support osteoclast formation and haematopoiesis

c)

Form the outer layer of articular cartilage

d)

Differentiate into osteoclasts directly

39.

Which of the following statements best explains why musculoskeletal diseases are a major cause of physical disability in older people?

a)

They only affect the skin and connective tissue

b)

They impair locomotor function, which increases with age

c)

They are easily cured with medication

d)

They are less common in older people

40.

Which type of collagen is the most abundant protein found in bone?

a)

Type I collagen

b)

Type II collagen

c)

Type III collagen

d)

Type IV collagen

41.

What is the main mineral component deposited between collagen fibrils in bone?

a)

Calcium carbonate

b)

Hydroxyapatite

c)

Magnesium sulfate

d)

Sodium chloride

42.

What is the primary function of bone remodelling?

a)

To increase bone length only

b)

To repair and renew the skeleton throughout life

c)

To store fat in the bone marrow

d)

To produce red blood cells

43.

During which phase of the bone remodelling cycle are osteoclasts responsible for removing old and damaged bone?

a)

Formation

b)

Resorption

c)

Mineralisation

d)

Quiescence

44.

Which molecule inhibits osteoblast activity in the bone microenvironment?

a)

Wnt

b)

Sclerostin (SOST)

c)

FGF23

d)

OPG

45.

What is the role of osteocytes in bone remodelling?

a)

They resorb bone matrix

b)

They become trapped in bone matrix and regulate bone-lining cells

c)

They produce red blood cells

d)

They only form new bone

46.

Which factor is produced by osteocytes and acts on the kidney to promote phosphate excretion?

a)

RANKL

b)

FGF23

c)

OPG

d)

M-CSF

47.

Which of the following best describes the process of mineralisation in bone?

a)

The removal of old bone by osteoclasts

b)

The deposition of calcium and phosphate crystals in the bone matrix

c)

The differentiation of osteoclast precursors

d)

The production of red blood cells in bone marrow

48.

Which protein blocks the effect of RANKL, thereby inhibiting osteoclastic bone resorption?

a)

SOST

b)

OPG

c)

FGF23

d)

Wnt

49.

Why is over-mineralisation of bone clinically significant?

a)

It causes bones to become more flexible

b)

It causes bones to become brittle

c)

It increases bone marrow production

d)

It leads to increased bone length

50.

Which mediator stimulates bone resorption by activating RANK?

a)

Osteoprotegerin

b)

Sclerostin

c)

RANKL

d)

Wnt

51.

What is the main effect of osteoprotegerin in bone remodelling?

a)

Stimulates bone resorption

b)

Inhibits bone resorption

c)

Stimulates bone formation

d)

Inhibits bone formation

52.

Which hormone increases both bone resorption and formation and is produced by the parathyroid glands?

a)

Thyroid hormone

b)

Parathyroid hormone

c)

Oestrogen

d)

Glucocorticoid

53.

Which type of joint allows the most movement?

a)

Fibrous

b)

Fibrocartilaginous

c)

Synovial

d)

Cartilaginous

54.

What is the main function of the nucleus pulposus in fibrocartilaginous joints?

a)

Provides rigid support

b)

Acts as a cushion to improve shock-absorbing properties

c)

Facilitates bone resorption

d)

Increases joint flexibility

55.

Which of the following is a correct example of a fibrous joint?

a)

Symphysis pubis

b)

Intervertebral discs

c)

Skull sutures

d)

Temporomandibular joint

56.

Which mediator inhibits bone formation and blocks the effect of Wnt on LRP receptors?

a)

Osteoprotegerin

b)

Sclerostin

c)

RANKL

d)

Glucocorticoid

57.

Why are synovial joints considered complex structures?

a)

They contain only one cell type

b)

They are found where minimal movement is needed

c)

They contain several cell types and allow a wide range of movement

d)

They are composed only of fibrous tissue

58.

Which of the following best describes the role of aggrecan in articular cartilage?

a)

Stimulates bone resorption

b)

Binds water molecules to ensure shock-absorbing properties

c)

Inhibits bone formation

d)

Increases joint rigidity

59.

How does hyaluronan contribute to the function of articular cartilage?

a)

It stimulates osteoclast differentiation

b)

It binds to aggrecan molecules to form large complexes

c)

It inhibits chondrocyte division

d)

It increases the mineral content of cartilage

60.

Which structure is responsible for lubricating the joint space in synovial joints?

a)

Synovial fluid

b)

Bone marrow

c)

Ligament

d)

Tendon sheath

61.

What is the main function of bursae in the musculoskeletal system?

a)

To store calcium

b)

To help tendons and muscles move smoothly in relation to bones and other structures

c)

To produce red blood cells

d)

To connect muscles to bones

62.

Which of the following is NOT a component of the articular cartilage matrix?

a)

Keratan sulphate

b)

Chondroitin sulphate

c)

Myoglobin

d)

Hyaluronan

63.

What is the primary role of myocytes in skeletal muscle?

a)

To produce synovial fluid

b)

To provide oxygen to cartilage

c)

To contract and enable body movements and respiration

d)

To store fat

64.

Which statement best describes the function of entheses?

a)

They secrete synovial fluid into the joint space.

b)

They transmit tensile load from soft tissues to bone.

c)

They produce red blood cells.

d)

They store calcium for bone growth.

65.

Why is joint aspiration with examination of synovial fluid important in patients with suspected septic arthritis?

a)

It helps in diagnosing and managing musculoskeletal diseases by allowing microbiology and clinical chemistry analysis.

b)

It increases the production of synovial fluid.

c)

It strengthens the joint capsule.

d)

It prevents muscle contraction.

66.

Which of the following best explains why the menisci of the knee are clinically important?

a)

They are highly vascular and provide nutrients to the joint.

b)

They act as shock absorbers within the joint space.

c)

They produce synovial fluid.

d)

They connect muscles to bones.

67.

What is the effect of inflammation on synovial fluid?

a)

It decreases the viscosity and increases the cell count.

b)

It makes the fluid clear and colorless.

c)

It increases the production of red blood cells.

d)

It causes the fluid to become solid.

68.

Which imaging technique is used to show extensive enhancement consistent with synovitis in joints?

a)

Magnetic resonance imaging (MRI)

b)

X-ray

c)

Computed tomography (CT)

d)

Positron emission tomography (PET)

69.

What does the presence of a hypoechoic area in an ultrasound image of a joint most likely indicate?

a)

Effusion

b)

Fracture

c)

Calcification

d)

Tumor

70.

What is the main principle behind Dual X-ray Absorptiometry (DXA) for measuring bone mineral density?

a)

The more mineral present, the higher the BMD value

b)

The more fat present, the higher the BMD value

c)

The more water present, the higher the BMD value

d)

The more protein present, the higher the BMD value

71.

Which of the following T-score values indicates osteoporosis according to DXA scan results?

a)

-2.5 or below

b)

Between -1.0 and -2.5

c)

Between 0 and +2.5

d)

Above +2.5

72.

Why is it important to recognize that T-score values fall with age in the whole population as bone density falls?

a)

Many people aged 60 and above may have osteopenia or osteoporosis based on T-score, even if BMD results are in the 'normal range' for their age group.

b)

T-score values increase with age, indicating stronger bones.

c)

T-score values are not affected by age.

d)

T-score values only apply to children.

73.

Which blood test abnormality is often seen in inflammatory rheumatic diseases?

a)

Abnormalities in the full blood count (FBC)

b)

High blood glucose

c)

Low cholesterol

d)

Elevated liver enzymes

74.

Which bone disease is characterized by normal calcium and phosphate levels, but a greatly increased alkaline phosphatase (ALP) level?

a)

Osteoporosis

b)

Paget's disease

c)

Renal osteodystrophy

d)

Vitamin D-deficient osteomalacia

75.

Which of the following is NOT a typical cause of an elevated serum creatine phosphokinase (CPK)?

a)

Muscular dystrophy

b)

Alcohol use

c)

Hypothyroidism

d)

Diabetes mellitus

76.

According to the table, which condition is associated with a positive rheumatoid factor in 100% of cases?

a)

Rheumatoid arthritis with nodules and extra-articular manifestations

b)

Primary Sjögren syndrome

c)

Mixed essential cryoglobulinaemia

d)

Primary biliary cholangitis

77.

What is the main use of C-reactive protein (CRP) in the context of rheumatology?

a)

To diagnose osteoporosis

b)

To assess renal function

c)

To monitor infection and inflammation

d)

To measure calcium levels

78.

Which antibody is directed against the Fc fragment of human immunoglobulin?

a)

Rheumatoid factor (RF)

b)

Anti-citrullinated peptide antibody (ACPA)

c)

Antinuclear antibody (ANA)

d)

Anti-DNA antibody

79.

Why is anti-citrullinated peptide antibody (ACPA) considered more specific than rheumatoid factor (RF) for diagnosing rheumatoid arthritis?

a)

ACPA is positive in more than 95% of healthy people

b)

ACPA is positive in around 70% of people with RA and has higher specificity (>95%)

c)

RF is never positive in RA

d)

ACPA is only found in children

80.

Which of the following statements about antinuclear antibodies (ANAs) is TRUE?

a)

A positive ANA test always confirms SLE

b)

ANAs are directed against nucleic acids and proteins that process DNA or RNA

c)

ANA testing is only useful in diagnosing infections

d)

A negative ANA test always rules out autoimmune disease

81.

A patient with SLE may have a normal CRP but a raised ESR. What does this suggest?

a)

The patient has an acute infection

b)

The patient has active systemic disease

c)

The patient has no inflammation

d)

The patient has osteoporosis

82.

Which of the following conditions is associated with a positive rheumatoid factor in approximately 90% of cases?

a)

Primary biliary cholangitis

b)

Mixed essential cryoglobulinaemia

c)

Infective endocarditis

d)

Tuberculosis

83.

What is the significance of a negative ANA test in the context of suspected SLE?

a)

It confirms the diagnosis of SLE

b)

It excludes SLE but a positive result does not confirm it

c)

It indicates severe infection

d)

It suggests the presence of rheumatoid arthritis

84.

Which condition is associated with a 100% approximate frequency of a positive antinuclear antibody?

a)

Systemic lupus erythematosus

b)

Rheumatoid arthritis

c)

Sjögren syndrome

d)

Autoimmune thyroid disease

85.

What is the main use of anti-dsDNA antibodies in clinical practice?

a)

Monitoring SLE activity and predicting relapses

b)

Diagnosing rheumatoid arthritis

c)

Screening for infectious diseases

d)

Detecting malignancy

86.

Which antibody is most commonly associated with drug-induced lupus?

a)

Anti-histone antibody

b)

Anti-centromere antibody

c)

Anti-RNA polymerase

d)

Anti-La antibody

87.

What is the primary reason for performing tissue biopsy in musculoskeletal diseases?

a)

To confirm the diagnosis in certain musculoskeletal diseases

b)

To measure antibody levels

c)

To monitor disease progression

d)

To assess liver function

88.

Which antibody is associated with mixed connective tissue disease?

a)

Anti-ribonucleoprotein antibody (anti-RNP)

b)

Anti-histone antibody

c)

Anti-RNA polymerase

d)

Anti-centromere antibody

89.

Why should testing for autoantibodies only be performed to support clinical assessment?

a)

Because they are not screening tests and have limited sensitivity and specificity

b)

Because they are expensive

c)

Because they are only available in specialized centers

d)

Because they are always positive in healthy individuals

90.

Which of the following is NOT a common use for antineutrophil cytoplasmic antibodies (ANCA)?

a)

Diagnosing systemic vasculitis

b)

Monitoring systemic vasculitis

c)

Diagnosing SLE

d)

Detecting antibodies to myeloperoxidase

91.

A patient with diffuse systemic sclerosis and more severe organ involvement is most likely to have which antibody?

a)

Anti-Scl-70 (anti-topoisomerase I antibody)

b)

Anti-centromere antibody

c)

Anti-histone antibody

d)

Anti-La antibody

92.

What is the significance of low complement C3 in patients with SLE?

a)

It indicates consumption of complement by immune complexes

b)

It confirms the diagnosis of rheumatoid arthritis

c)

It is associated with drug-induced lupus

d)

It is a marker for infectious diseases

93.

Which antibody is particularly associated with interstitial lung disease in polymyositis or dermatomyositis?

a)

Anti-Jo-1 (anti-histidyl-tRNA synthetase)

b)

Anti-La antibody

c)

Anti-RNA polymerase

d)

Anti-histone antibody

94.

Which of the following is NOT a common cause of monoarthritis?

a)

Gout

b)

Pseudogout

c)

Juvenile idiopathic arthritis

d)

Septic arthritis

95.

What is the primary use of electromyography in musculoskeletal disease?

a)

To investigate suspected myopathy and inflammatory myositis

b)

To measure bone density

c)

To assess joint flexibility

d)

To detect bone fractures

96.

Which clinical feature is most suggestive of gout in a patient with monoarthritis?

a)

Rapid onset of pain (6–12 hours) in a single joint

b)

Gradual swelling of multiple joints

c)

Morning stiffness in both hands

d)

Symmetrical joint involvement

97.

Which investigation is mandatory in patients with sudden onset of a hot swollen joint?

a)

Aspiration of the affected joint

b)

MRI scan of the joint

c)

X-ray of the joint

d)

Blood culture only

98.

In the management of suspected septic arthritis, what is the recommended initial step?

a)

Give intravenous antibiotics pending the results of cultures

b)

Start non-steroidal anti-inflammatory drugs immediately

c)

Perform joint replacement surgery

d)

Begin physiotherapy

99.

Which of the following is a hallmark of inflammatory polyarthritis?

a)

Early-morning stiffness and worsening of symptoms with inactivity

b)

Sudden onset of pain in a single joint

c)

Pain only after physical activity

d)

Absence of joint swelling