Fractures Flashcards

1
Q

When does a fracture require reduction

A

If slight displacement in functionally vital area (eg. articular surface)
If significantly displaced, angled or rotated

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2
Q

Which fractures do not require reduction

A

If undisplaced
If displacement likely to be corrected by remodelling
If risks of anaesthesia outweigh disadvantage of deformity

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3
Q

What are the different methods of reduction

A

Closed
Open reduction
Continuous traction (rarely used)

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4
Q

What are the indications for internal fixation

A

Fractures requiring open reduction
Unstable fractures
Intra-articular fractures
Multiply injured patients

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5
Q

What are the advantages of internal fixation

A

Anatomical reduction leading to absolute stability
Allows primary bone healing
Earlier mobilisation of joints
Earlier discharge from hospital

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6
Q

What are some complications of internal fixation

A

Infection
Anaesthetic risk
Failure of fixation
Malposition of metalwork

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7
Q

What are the advantages of external fixation

A

Rapid application
Useful for multiple injuries
Stabilises comminuted fractures that are unsuitable for internal fixation
Provides fixation outside zone of injury for open fractures and allows access to the wound

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8
Q

What are the disadvantages of external fixation

A

Cumbersome
Pin-track infection
May hold fracture in slight distraction resulting in non-union/delayed union

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9
Q

What are the early general complications of fractures

A

Hypovolaemic shock
Disseminated intravascular coagulation
Systemic inflammatory response syndrome (SIRS)

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10
Q

What are the early local complications of fractures

A
Arterial injury
Nerve injury
Compartment syndrome
Infection
Soft-tissue compromise
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11
Q

What are the late general complications of fractures

A
DVT
PE
UTI
Respiratory tract infection
Disuse atrophy
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12
Q

What are the late local complications of fractures

A
Delayed union/non-union/malunion
Infection
Joint stiffness
Secondary osteoarthritis
Avascular necrosis
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13
Q

What structures are at risk in a proximal humeral fracture/shoulder dislocation

A

Axillary nerve

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14
Q

What structures are at risk in a humeral shaft fracture

A

Radial nerve

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15
Q

What structures are at risk in a distal radial fracture

A

Median nerve (acute carpal tunnel syndrome)

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16
Q

What structures are at risk in a pelvic fracture

A

Lumbar-sacral plexus
Iliac vessels
Superior gluteal artery

17
Q

What structures are at risk in an acetabular fracture/hip dislocation

A

Sciatic nerve

18
Q

What structures are at risk in a knee dislocation

A

Popliteal artery

Common peroneal nerve

19
Q

What infections are associated with fractures

A

Cellulitis
Gas gangrene
Tetanus
Necrotising fasciitis

20
Q

What is cellulitis

A

Infection of the dermis and subcutaneous tissues

Commonly caused by beta haemolytic strep

21
Q

What is necrotising fasciitis

A

Infection of the dermis and subcutaneous tissues with tissue necrosis