Trauma I & II Flashcards
Which of the following represents the most common type of glenohumeral dislocation?
A. Anterior dislocation, subglenoid type.
B. Anterior dislocation, subclavicular type.
C. Posterior dislocation, subacromial type.
D. Anterior dislocation, subcoracoid type.
D. Anterior dislocation, subcoracoid type.
In gamekeeper’s thumb, the criteria for surgical repair is…
A. Any avulsion fracture with a fragment displaced by more than 5 mm
B. Displaced intra-articular corner fracture involving more than 25% of the articular surface
C. Associated volar subluxation of the proximal phalanx
D. All of the above are indications for surgical repair
D. All of the above are indications for surgical repair
An individual with a fatigue fracture of the proximal pole of the patella is most likely a…
A. Ballet dancer
B. Hurdler
C. Parachutist
D. Bowler
B. Hurdler
Which of the following types of dislocation most commonly affect the coxofemoral joint?
A. Anterior
B. Posterior
C. Superior
D. Luxatio erecta
B. Posterior
The X-ray signs of child abuse can be mimicked by…
A. Scurvy
B. Caffey’s disease
C. Rickets
D. All of the above
D. All of the above
This is the most common fracture of the atlas.
A. Horizontal fracture through the anterior arch
B. Jefferson fracture
C. Unilateral fractures of the neural arch
D. Bilateral vertical fracture through the neural arch
D. Bilateral vertical fracture through the neural arch
Which statement is true concerning Type I growth plate injuries?
A. Has a poor prognosis
B. Occurs generally in the late teens
C. The proximal portions of the humerus and femur and the distal portion of the radius are the most commonly affected
D. Includes a small corner of the metaphysis
C. The proximal portions of the humerus and femur and the distal portion of the radius are the most commonly affected
Which of the following conditions, seen on conventional radiography, is not frequently associated with an anterior cruciate ligament injury?
A. Deepening of the lateral femoral condylar notch (lateral notch sign).
B. Segond fracture
C. Anterior translation of the tibia in regards to the distal femur
D. Spontaneous osteonecrosis of the knee (SONK)
D. Spontaneous osteonecrosis of the knee (SONK)
The avulsion fracture seen at the base of the dorsal surface of the terminal phalanx is termed…
A. Volar plate fracture
B. Mallet fracture
C. Slip attachment fracture
D. Boxer’s fracture
B. Mallet fracture
A pseudoarthrosis may form with this complication.
A. Delayed union
B. Malunion
C. Nonunion
D. Synostosis
C. Nonunion
Which of the following is not one of the four bony landmarks that should be considered as fundumental to proper assessment of the extent of acetabular fractures?
A. The iliopubic column.
B. The anterior acetabular rim.
C. The symphysis pubis.
D. The ilioishial column.
C. The symphysis pubis
This fracture consists of a portion of a tubular bone isolated by proximal and distal transverse fracture lines.
A. Butterfly fracture
B. Tapping fracture
C. Teacup fracture
D. Segmental fracture
D. Segmental fracture
A compression fracture of the posterolateral aspect of the humeral head that is produced by impaction of the humerus against the glenoid fossa is known as:
A. A Bankart lesion.
B. A Hill-Sachs lesion.
C. The trough sign.
D. A reverse Hill-Sachs lesion.
B. A Hill-Sachs lesion.
This fracture is composed of more than two fragments.
A. Greenstick fracture
B. Lead pipe fracture
C. Tapping fracture
D. Comminuted fracture
D. Comminuted fracture
Which of the following is not an indicator of instability of a burst fracture?
A. Presence of translation component
B. Compression of greater than 50% of the vertebral body
C. Increased interpediculate distance
D. Horizontal fracture in the anterior aspect of the vertebral body
D. Horizontal fracture in the anterior aspect of the vertebral body
Frontal radiographs of the knee reveal a small, ovoid shaped fragment of bone adjacent to the lateral aspect of the proximal tibia, just inferior to the joint line. Coronal T1-weighted spin-echo MR images demonstrate a marginal defect in the lateral tibia and disruption of the anterior cruciate ligament (ACL). Which of the following best illustrates the diagnosis for the previously described findings?
A. Fender fracture
B. Segond fracture
C. Pes anserine avulsion
D. No correct answer listed
B. Segond fracture
Coronoid process fractures usually occur in association with…
A. Anterior dislocations of the elbow
B. Posterior dislocations of the elbow
C. Radial head fractures
D. Supracondylar fractures
B. Posterior dislocations of the elbow
A frontal radiograph demonstrates a dislocated hip joint where the femoral head is localized inferomedially in regards to the acetabulum. Which of the following is not typically associated with this injury?
A. Anterior dislocation
B. Posterior dislocation
C. Depression or flattening of the posterosuperior portion of the femoral head
D. Fracture of the acetabular rim
B. Posterior dislocation
Which one of the following statements concerning extension teardrop fractures are true?
A. The fracture usually is not associated with any neurologic deficit
B. The fracture is highly unstable
C. The anteroinferior teardrop fragment frequently is large and often involves one third to one half of the vertebral body
D. The fracture is usually associated with vertebral body displacement
A. The fracture usually is not associated with any neurologic deficit
The bony condensation seen with a fatigue fracture of the roof of the acetabulum is called the “sourcil” or_________sign.
A. Arched eyebrow
B. Eyelid
C. Winking owl
D. Acetabular rim
A. Arched eyebrow
Which one of the following is NOT a common characteristic regarding the activities resulting in fatigue fractures?
A. The activity is usually strenuous
B. The pain does not respond well to rest
C. The activity is often new or different
D. The activity is repeated with frequency
B. The pain does not respond well to rest
Stress fracture of the first rib may be caused by…
A. Back pack carrier
B. Chronic dyspnea
C. Baseball pitching
D. All of the above
D. All of the above
Which one of the following is the most common type of growth plate injury?
A. Salter-Harris Type I
B. Salter-Harris Type II
C. Salter-Harris Type III
D. Salter-Harris Type V
B. Salter-Harris Type II
Which of the following most commonly occur in association with posterior dislocations of the shoulder? MARK ALL THAT APPLY
A. Trough fracture line.
B. Bankart lesion.
C. Reverse Bankart-type lesion.
D. Lesser tuberosity avulsion
E. Surgucal neck fracture
A. Trough fracture line. C. Reverse Bankart-type lesion.
A mortise view that shows separation of the lateral clear space of the ankle of more than ______ suggests syndesmosis rupture of the distal tibia-fibula.
A. 3.5-mm
B. 4.5-mm
C. 5.5-mm
D. 6.5-mm
C. 5.5-mm
Jones’ fractures and dancers fractures are commonly mistaken for the same entity. Choose the false statement about the Jones’ fractures.
A. These are avulsion injuries by the peroneus brevis tendon.
B. Clinically these fractures are easily mistaken for fracture of the lateral malleolus.
C. Radiographically the os vesalianum and the os peroneum may be mistaken for this fracture.
D. These fractures often undergo delayed union or even nonunion.
A. These are avulsion injuries by the peroneus brevis tendon.
Post-traumatic osteolysis can be distinguished from Gorham’s disease by…
A. Its progressive nature
B. Absence of angiomatosis
C. Absence of hyperlipidemia
D. Absence of amyloidosis
B. Absence of angiomatosis
Posterior/posterolateral dislocations account for which % of all elbow dislocations?
A. 10-20% .
B. 30-40%
C. 40-50%
D. 80-90%
D. 80-90%
Which of the following distal radius fractures is not associated with its correct description?
A. Colle’s fracture - fracture of the distal radius with dorsal angulation of the distal fragment
B. Barton’s fracture - fracture of the dorsal rim of the radius
C. Galeazzi fracture - fracture of the distal diaphysis of the radius with dislocation of the proximal ulna
D. Hutchinson’s fracture - Avulsion of the radial styloid process by the radial collateral
C. Galeazzi fracture - fracture of the distal diaphysis of the radius with dislocation of the proximal ulna
Choose the false statement concerning myositis ossificans traumatica?
A. The developing lesion contains three distinct zones
B. Biopsy of cellular inner and middle layers alone may result in an erroneous diagnosis of a sarcoma
C. It is the outer zone of the lesion that reveals the true benign nature of the process
D. Identification of myositis ossificans usually is not possible on the basis of the clinical and radiographic findings alone
D. Identification of myositis ossificans usually is not possible on the basis of the clinical and radiographic findings alone
A fatigue fracture within the femoral neck generally reveals…
A. Transverse radiolucent line
B. Fluffy periosteal callus
C. Line of endosteal sclerosis
D. Periosteal reaction over a prolonged segment
C. Line of endosteal sclerosis
The “die punch fracture” affects which of the following bones…
A. Scaphoid
B. Capitate
C. First metacarpal head
D. Lunate
D. Lunate
Fractures sustained by pure compressive force result in…
A. Transverse fracture
B. Spiral fracture
C. Oblique fracture
D. Comminuted fracture
C. Oblique fracture
Which one of the following is not an indirect sign of rib fracture?
A. Hemothorax
B. Pneumothorax
C. Callus formation
D. Interstitial emphysema
C. Callus formation
Which one of the following statements is false concerning the Hangman’s fracture?
A. These are also known as traumatic spondylolisthesis of the axis
B. Hangman’s fractures are usually the result of acute hyperflexion
C. Most hangman’s fractures are type 1
D. An avulsion fracture of the anterior inferior margin of the axis or anterior superior margin at C3 is often present and identifies the site of rupture of the anterior longitudinal ligament
B. Hangman’s fractures are usually the result of acute hyperflexion
A child’s radiographs are brought into your office. She complained of knee pain following a fall from a bicycle. The knee is swollen and the pain is elicited directly inferior to the patella. A positive anterior drawer test was noted on clinical evaluation. Which fracture should be suspected?
A. Bumper fracture
B. Avulsion of the anterior tibial spine
C. Trampoline fracture
D. Avulsion of the tibial tuberosity
B. Avulsion of the anterior tibial spine
The trough sign represents:
A. Complete rupture of the anterior glenohumeral calsuple with visualized contrast exiting through the capsule on arthroscopy
B. A decrease in the resistance of the needle during arthroscopy after it perforated through the capsule
C. An impaction fracture of the anteromedial humeral head secondary to a posterior dislocation
D. A complete cartilaginous defect associated with a Bankart lesion
C. An impaction fracture of the anteromedial humeral head secondary to a posterior dislocation
Fractures sustained by angulation or bending of the bone result in…
A. Transverse fracture
B. Spiral fracture
C. Oblique fracture
D. Comminuted fracture
A. Transverse fracture
Identify the false statement about post-traumatic osteolysis.
A. It can be seen immediately following the traumatic event
B. It is self-limiting
C. It is not associated with any identifiable or apparent metabolic or infectious cause
D. Pain is mild to absent
A. It can be seen immediately following the traumatic event
Which one of the following statements is false concerning flexion teardrop fractures?
A. The characteristic neurological deficit seen is the anterior cord syndrome
B. The flexion teardrop injury typically involves the lower cervical spine, with C5 being the most common level of involvement
C. The most specific finding in this injury is posterior displacement of the inferior aspect of the larger posterior fragment of the fractured vertebral body relative to the vertebra below
D. The most commonly associated fracture affects the posterior arch
D. The most commonly associated fracture affects the posterior arch
Choose the correct statement about supracondylar fractures of the elbow.
A. Supracondylar fractures are common in adults
B. The extension type is most common
C. The flexion type is more likely associated with antecubital injury
D. Vascular injury is common in the flexion type
B. The extension type is most common
Choose the true statement about osteochondral fractures of the lateral talar dome.
A. It is slightly more common in females.
B. The lateral surface is usually fractured on its posterior aspect.
C. This injury is the result of inversion while the ankle is in plantar flexion.
D. The inversion strain usually results in associated rupture of the lateral collateral ligament
D. The inversion strain usually results in associated rupture of the lateral collateral ligament
Fractures sustained by tension forces are characteristically…
A. Transverse
B. Spiral
C. Oblique
D. Comminuted
A. Transverse
Approximately one half of posterior glenohumeral dislocations are associated with which of the following?
A. Cleidocranial dysplasia
B. Epileptic seziures
C. Decompression sickness
D. Multiple sclerosis
B. Epileptic seziures
Which one of the following statements is true concerning the type Ill odontoid process fracture?
A. They are diagnosed on the AP open mouth radiograph
B. They must be differentiated from the os odontoidium
C. They are the most common type of odontoid process fractures
D. Harris ring of C2 is disrupted on the lateral view
D. Harris ring of C2 is disrupted on the lateral view
Pronation-dorsiflexion injuries of the ankle most commonly result form a fall from a height that forces the talus into the tibial plafond, and are designated:
A. Dupuytren fractures.
B. Tillaux fractures.
C. Wagstaff-Lefort fractures.
D. Pilon (pestle) fractures.
D. Pilon (pestle) fractures.
Which of the following are used to differentiate an acute wedge compression fracture from an old healed wedge compression fracture? MARK ALL THAT APPLY.
A. Anterior wedge deformity
B. Step defect
C. Linear white band of condensation (zone of impaction)
D. Middle column disruption
E. No correct answer listed
B. Step defect C. Linear white band of condensation (zone of impaction)
Which of the following is false concerning shoulder girdle injuries?
A. Direct trauma accounts for most fractures of the medial end of the clavicle.
B. Acromioclavicular joint dislocation with posterior displacement of the clavicle represents a type IV AC joint injury.
C. A posterior dislocation of the glenohumeral joint is usually seen in patients with inflammatory arthritides
D. A non displaced fracture of the greater tuberosity of the humerus represents a one-part fracture (Neer classification)
C. A posterior dislocation of the glenohumeral joint is usually seen in patients with inflammatory arthritides
A 12 day old fatigue fracture of the 2nd to 5th metatarsals reveals which of the following? MARK ALL THAT APPLY
A. Transverse radiolucent line
B. Fluffy periosteal callus
C. Soft tissue swelling
D. No correct answer listed
A. Transverse radiolucent line B. Fluffy periosteal callus C. Soft tissue swelling
Which of the following tarsal bones is most commonly fractured?
A. Navicular
B. Calcaneous
C. Cuboid
D. Talus
B. Calcaneous
This is the most common form of ankle injury.
A. Supination-adduction
B. Supination-external rotation
C. Pronation-abduction
D. Pronation-external rotation
B. Supination-external rotation
This is the longest phase of fracture healing.
A. Inflammatory phase
B. Reparative phase
C. Remodeling phase
D. Metabolic phase
C. Remodeling phase
Which is the true statement concerning Type V growth plate injuries?
A. These occur mostly in the upper extremities
B. Shearing or avulsion causes these forces
C. This injury is more prominent in young children usually less than 10 years of age
D. Prematured osseous fusion of the injured portion of the plate may be identified
D. Prematured osseous fusion of the injured portion of the plate may be identified
Which of the following is not a good indicator of likely unilateral facet dislocation of the cervical spine when viewing the lateral projection?
A. Bow tie appearance
B. Spinous processes displaced toward the affected side at the level of injury
C. Rounded pedicle in the anterior superior margin of the rotated vertebral bodies above the level of injury
D. Reduction in the distance between the spinolaminar line and the posterior cortex of the articular pillars at the level of injury
B. Spinous processes displaced toward the affected side at the level of injury
The Thurston Holland, or “corner sign”, is used to describe_______.
A. The fragment of epiphysis and metaphysis seen in the Salter Harris type IV injury.
B. The epiphyseal fragment seen in the Salter Harris type II injury.
C. A fragment of the metaphysis seen in the Salter Harris type Il injury.
D. None of the above.
C. A fragment of the metaphysis seen in the Salter Harris type Il injury.
Which one of the following is the most common bone involved in an open fracture?
A. Femur
B. Tibia
C. Radius
D. Ulna
B. Tibia
This fracture is a buckling of the corlex produced by compression forces.
A. Greenstick fracture
B. Lead pipe fracture
C. Torus fracture
D. Tapping fracture
C. Torus fracture
From the standpoint of stability, this column remains intact in both flexion and extension injuries, whereas it is always disrupted and therefore inherently unstable in burst, distraction, and translation or dislocation injuries.
A. Anterior column
B. Middle column
C. Posterior column
D. Second column
B. Middle column
A traction apophysitis of the secondary ossification center at the medial epicondyle of the elbow, resultant from chronic valgus stress injuries, is know as:
A. Epicondylar osteochondritis
B. Lateral epicondylitis
C. Little leaguer’s elbow
D. Golfer’s elbow
C. Little leaguer’s elbow
Which one of the following statements is false concerning the Jefferson fracture?
A. The Jefferson fractures are the result of hyperflexion injuries
B. Most commonly there are two fractures in the posterior arch, one on each side, and a single fracture in the anterior arch off the midline
C. The most significant findings are on the frontal projections of the atlas and axis
D. An unstable fracture is one in which the transverse ligament is disrupted, as evidenced by lateral displacement in excess of 7-mm
A. The Jefferson fractures are the result of hyperflexion injuries
Which one of the following statements is false concerning slipped capital femoral epiphysis?
A. The occurrence of slipped capital femoral epiphysis in tall, thin children is unusual
B. Fewer than 50% of patients have a history of significant injury
C. Experimental observations have indicated that a deficit of sex hormones relative to growth hormone can produce widening of the growth plate and a reduction of the shearing force necessary to displace the epiphysis
D. The propensity for epiphyseal slippage appears to be greater in less active adolescents than those who are physically active
D. The propensity for epiphyseal slippage appears to be greater in less active adolescents than those who are physically active
Which statement is false about fractures of the patella?
A. May result from direct or indirect trauma
B. Patellar fractures are usually displaced
C. Transverse and oblique fractures are most frequent
D. Vertical fractures are least frequent
B. Patellar fractures are usually displaced
A fatigue fracture of the obturator ring is most likely caused by…
A. Marching
B. Bowling
C. Running
D. Golf
B. Bowling
A fatigue fracture of the tibial plateau reveals…
A. Transverse radiolucent line
B. Fluffy periosteal callus
C. Line of endosteal sclerosis
D. Periosteal reaction over a prolonged segment
C. Line of endosteal sclerosis
The malunion of a first metacarpal shaft fracture may have up to_______degrees of residual angular deformity before detectable limitation of motion occurs.
A. 10
B. 20
C. 30
D. 40
C. 30
Which of the following represents a fracture of the proximal fibular shaft that is associated with disruption of the distal tibiofibular syndesmosis and medial malleolar fracture or tear of the deltoid ligament complex?
A. Maisonneuve fracture
B. Wagstaff-Lefort fracture
C. Dupuytren fracture
D. Lisfranc fracture
A. Maisonneuve fracture
Approximately 25% of fractures of C1 and C2 are associated with other fractures of the spine. The most common combination is fracture of the atlas associated with…
A. A second fracture of the axis
B. Fractures and fracture-dislocations of the lower cervical spine
C. Fractures and fracture-dislocations of the thoracolumbar junction
D. Fractures of the mid-dorsal spine
A. A second fracture of the axis
Which of the following fractures best represents a transverse fracture of the proximal portion of the diaphysis of the fifth metatarsal?
A. Dancer’s fracture
B. Bunk bed fracture
C. Lisfranc’s fracture
D. Jones fracture
D. Jones fracture
Fractures sustained by rotational forces are characteristically…
A. Transverse
B. Spiral
C. Oblique
D. Comminuted
B. Spiral
The most commonly dislocated joint in a child is…
A. The shoulder
B. The elbow
C. The hip
D. The interphalangeal joints
B. The elbow
Which of the following statements is false concerning myositis ossificans traumatica?
A. Usually appears in adolescents and young adults
B. In general, the frequency of myositis ossificans traumatica is greater in the distal than in the proximal portion of the extremity
C. Maturity is reached in 5 to 6 months
D. The recognition of a peripheral rim of calcification and ossification about a more lucent center is an important radiographic manifestation
B. In general, the frequency of myositis ossificans traumatica is greater in the distal than in the proximal portion of the extremity
A lateral radiograph of the wrist demonstrates a dorsal tilt of the lunate, a flexed scaphoid and a scapholunate angle greater than 70 degrees. Which condition is suspected?
A. Scapholunate dissociation
B. Volar intercalary segmental instability
C. Dorsal intercalary segmental instability
D. Rotatory subluxation of the scaphoid
C. Dorsal intercalary segmental instability
All of the following may be considered signs of intersegmental instability within the cervical spine except…
A. Acute kyphotic angulation at a single disc level
B. Smooth, arcuate kyphotic curve
C. Avulsion of the anterior corner of the vertebral body
D. Widening of the zygapophyseal joint more than 2mm
B. Smooth, arcuate kyphotic curve
Which one of the following statements is false concerning a burst fracture?
A. The most common location is L1
B. The posterior elements are involved in 25% of cases
C. This is a specific form of compression fracture caused by axial compression forces wherein a fragment arising from the posterior superior margin of the vertebral body is displaced into the spinal canal
D. A sagittal fracture of the vertebral body occurs in approximately 90% of cases
B. The posterior elements are involved in 25% of cases
This fracture is the result of bending or angulation forces that place the convex side of the bone in tension and the opposite cortex or concave side in compression resulting in an incomplete transverse fracture on the convex side of the deformity.
A. Greenstick fracture
B. Lead pipe fracture
C. Torus fracture
D. Tapping fracture
A. Greenstick fracture
Ten to 15% of anterior dislocations have which of the following associated fractures?
A. Hill-Sachs lesion.
B. Bankart lesion.
C. Trough fracture.
D. Avulsion fracture of the greater tuberosity.
D. Avulsion fracture of the greater tuberosity.
Fifty to 80% of patellar fractures are____ and result from____forces.
A. Vertical; direct
B. Comminuted; indirect
C. Longitudinal; direct
D. Transverse; indirect
D. Transverse; indirect
An individual with a stress fracture of the inferior glenoid lip is most likely a…
A. Golfer
B. Trap shooter
C. Clay shoveler
D. Baseball player
D. Baseball player
Fractures of the cuboid related to indirect compressive forces have been designated:
A. Nutcracker fractures.
B. Bohler’s fractures.
C. Tillaux fractures.
D. Lisfranc’s fractures.
A. Nutcracker fractures
All of the following projections can be helpful in confirming the diagnosis of a posterior glenohumeral joint dislocation except…
A. Scapular “Y” view
B. Grashey view
C. Axillary view
D. Apical oblique
D. Apical oblique
Associate the fracture eponym and its location (an answer can be used more than once)
Aviator’s fracture
A. Distal tibial epiphysis
B. Tibial plateau
C. Neck of the talus
D. Capitellum
E. Greater tuberosity of the humerus
AB. Radial styloid process
AC. Lateral tibia at the insertion of the TFL-LCL
AD. Posterior rim of the acetabulum
AE. Ischium
BC. Proximal fibula
BD. First metacarpal base
BE. Ulnar shaft
CD. Tibial shaft
C. Neck of the talus
Associate the fracture eponym and its location (an answer can be used more than once)
Cough fracture
A. Distal tibial epiphysis
B. Tibial plateau
C. Neck of the talus
D. Capitellum
E. Greater tuberosity of the humerus
AB. Radial styloid process
AC. Lateral tibia at the insertion of the TFL-LCL
AD. Posterior rim of the acetabulum
AE. Ischium
BC. Proximal fibula
BD. First metacarpal base
BE. Ulnar shaft
CD. Tibial shaft
…
Associate the fracture eponym and its location (an answer can be used more than once)
Segond’s fracture
A. Distal tibial epiphysis
B. Tibial plateau
C. Neck of the talus
D. Capitellum
E. Greater tuberosity of the humerus
AB. Radial styloid process
AC. Lateral tibia at the insertion of the TFL-LCL
AD. Posterior rim of the acetabulum
AE. Ischium
BC. Proximal fibula
BD. First metacarpal base
BE. Ulnar shaft
CD. Tibial shaft
AC. Lateral tibia at the insertion of the TFL-LCL
Associate the fracture eponym and its location (an answer can be used more than once)
Dashboard fracture
A. Distal tibial epiphysis
B. Tibial plateau
C. Neck of the talus
D. Capitellum
E. Greater tuberosity of the humerus
AB. Radial styloid process
AC. Lateral tibia at the insertion of the TFL-LCL
AD. Posterior rim of the acetabulum
AE. Ischium
BC. Proximal fibula
BD. First metacarpal base
BE. Ulnar shaft
CD. Tibial shaft
AD. Posterior rim of the acetabulu
Associate the fracture eponym and its location (an answer can be used more than once)
Rider’s bone
A. Distal tibial epiphysis
B. Tibial plateau
C. Neck of the talus
D. Capitellum
E. Greater tuberosity of the humerus
AB. Radial styloid process
AC. Lateral tibia at the insertion of the TFL-LCL
AD. Posterior rim of the acetabulum
AE. Ischium
BC. Proximal fibula
BD. First metacarpal base
BE. Ulnar shaft
CD. Tibial shaft
AE. Ischium
Associate the fracture eponym and its location (an answer can be used more than once)
Maisonneuve’s fracture
A. Distal tibial epiphysis
B. Tibial plateau
C. Neck of the talus
D. Capitellum
E. Greater tuberosity of the humerus
AB. Radial styloid process
AC. Lateral tibia at the insertion of the TFL-LCL
AD. Posterior rim of the acetabulum
AE. Ischium
BC. Proximal fibula
BD. First metacarpal base
BE. Ulnar shaft
CD. Tibial shaft
BC. Proximal fibula
Associate the fracture eponym and its location (an answer can be used more than once)
Flap fracture
A. Distal tibial epiphysis
B. Tibial plateau
C. Neck of the talus
D. Capitellum
E. Greater tuberosity of the humerus
AB. Radial styloid process
AC. Lateral tibia at the insertion of the TFL-LCL
AD. Posterior rim of the acetabulum
AE. Ischium
BC. Proximal fibula
BD. First metacarpal base
BE. Ulnar shaft
CD. Tibial shaft
E. Greater tuberosity of the humerus
Associate the fracture eponym and its location (an answer can be used more than once)
Parry fracture
A. Distal tibial epiphysis
B. Tibial plateau
C. Neck of the talus
D. Capitellum
E. Greater tuberosity of the humerus
AB. Radial styloid process
AC. Lateral tibia at the insertion of the TFL-LCL
AD. Posterior rim of the acetabulum
AE. Ischium
BC. Proximal fibula
BD. First metacarpal base
BE. Ulnar shaft
CD. Tibial shaft
BE. Ulnar shaft
Associate the fracture eponym and its location (an answer can be used more than once)
Kocher’s fracture
A. Distal tibial epiphysis
B. Tibial plateau
C. Neck of the talus
D. Capitellum
E. Greater tuberosity of the humerus
AB. Radial styloid process
AC. Lateral tibia at the insertion of the TFL-LCL
AD. Posterior rim of the acetabulum
AE. Ischium
BC. Proximal fibula
BD. First metacarpal base
BE. Ulnar shaft
CD. Tibial shaft
D. Capitellum
Associate the fracture eponym and its location (an answer can be used more than once)
Chauffeur’s fracture
A. Distal tibial epiphysis
B. Tibial plateau
C. Neck of the talus
D. Capitellum
E. Greater tuberosity of the humerus
AB. Radial styloid process
AC. Lateral tibia at the insertion of the TFL-LCL
AD. Posterior rim of the acetabulum
AE. Ischium
BC. Proximal fibula
BD. First metacarpal base
BE. Ulnar shaft
CD. Tibial shaft
AB. Radial styloid process
Associate the fracture eponym and its location (an answer can be used more than once)
Rolando’s fracture
A. Distal tibial epiphysis
B. Tibial plateau
C. Neck of the talus
D. Capitellum
E. Greater tuberosity of the humerus
AB. Radial styloid process
AC. Lateral tibia at the insertion of the TFL-LCL
AD. Posterior rim of the acetabulum
AE. Ischium
BC. Proximal fibula
BD. First metacarpal base
BE. Ulnar shaft
CD. Tibial shaft
BD. First metacarpal base