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11.

Imaging 2004;16:140-152.
Fractures in children
G J Irwin
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Figure 11. Salter–Harris type IV fracture of the distal tibia. Note the metaphyseal triangular bone fragment, distinguishing this injury from a type III fracture.


 
12.

Imaging 2004;16:140-152.
Fractures in children
G J Irwin
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Figure 31. Stress fracture. There is periosteal reaction around the tibia (arrowhead) and a diagonal sclerotic line just visible in the metaphysis (arrow).


 
13.

Imaging 2004;16:140-152.
Fractures in children
G J Irwin
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Figure 7. Salter–Harris type I fracture of the proximal tibia.


 
14.

Imaging 2003;15:286-297.
Imaging in rheumatology
A J Grainger and D McGonagle
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Figure 22. Sagittal T2 weighted water excitation sequences through the (a) lateral and (b) medial compartments of the knee. There are small osteophytes shown in the lateral compartment on the anterior and posterior aspects of the tibia. Note also the articular cartilage which is well shown with this sequence over the femoral and tibial articular surfaces. In the medial compartment there is full thickness cartilage loss over the weight bearing portions of the femur and tibia with the exception of a small area of residual cartilage under the posterior horn of the meniscus (arrowhead). Marrow oedema is seen in the subchondral bone at the sites where it is denuded of cartilage.


 
15.

Imaging 2003;15:298-323.
Evaluation of focal bone lesions: basic principles and clinical scenarios
P O'Donnell and P O'Donnell
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Figure 2. (a) Solid periosteal reaction/cortical thickening in the mid-tibia due to osteoid osteoma. (b) Axial high resolution CT with (c) sagittal reconstruction shows the small lucent tumour nidus within the surrounding reactive bone. MR images showed marked bone and extraosseous oedema.


 
16.

Imaging 2007;19:269-298.
Imaging the ankle
S Ostlere
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Figure 13
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Figure 13. Anterior impingement. Lateral radiograph showing spurs arising from the anterior lip of the distal tibia and the dorsal aspect of the talus(arrows).


 
17.

Imaging 2003;15:324-340.
Imaging trauma of the appendicular skeleton
D Barron and T Branfoot
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Figure 4. Segond fracture. (a) The anteroposterior radiograph shows the small avulsion fragment of the joint capsule from the proximal tibia. (b) This a close up view of the above injury. (c) The lateral demonstrates the avulsion of the tibial anterior cruciate ligament origin.


 
18.

Imaging 2003;15:217-241.
Imaging the knee
S Ostlere
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Figure 7. Meniscocapsular separation. There is fluid seen behind the meniscus. The meniscus is displaced anteriorly leaving a "bare area" of tibia posteriorly (arrow).


 
19.

Imaging 2003;15:242-269.
Imaging the ankle and foot
S Ostlere
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Figure 32. Tibialis posterior tendinosis. T1 weighted axial image showing increased signal within the tendon (arrow) and surrounding synovitis. Note the secondary bony spur arising from the tibia just medial to the tendon (open arrow).


 
20.

Imaging 2003;15:298-323.
Evaluation of focal bone lesions: basic principles and clinical scenarios
P O'Donnell and P O'Donnell
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Figure 3. Aneurysmal bone cyst (ABC) proximal tibial metaphysis. The marked expansion has thinned the posterior and medial cortex such that it is no longer radiographically visible. The interface with preserved tibia is well-defined with some sclerosis (a, arrow). A multilamellated periosteal response can be seen at the inferior margin of the lesion—a periosteal buttress (b, arrow)—often identified in this condition.

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Anywhere in Article: tibia


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