EURORAD ESR

Case 3308

Bimalleolar adventitial bursae in skaters

Author(s)
Cinotti A, Fregolino A, Monteleone A, Bucchi E, Scialpi M
 
Patient
male, 15 year(s)
 
 
  • Figure 1
    MR images of the ankle
     

    An axial T1-weighted image showing a bilateral bimalleolar subcutaneous soft-tissue mass-like region of altered signal intensity, to the left ankle.

     
    Area of Interest: unknown; Imaging Technique: MRI ANKLE;

    Axial STIR-GE images showing an increased subcutaneous signal intensity.

     
    Area of Interest: unknown; Imaging Technique: MRI ANKLE;

    Sagittal-GE images showing increased subcutaneous signal intensity.

     
    Area of Interest: unknown; Imaging Technique: MRI ANKLE;

    Coronal-GE and T1-weighted images showing a subcutaneous soft-tissue mass-like region of altered signal intensity to the tip of the distal fibula.

     
    Area of Interest: unknown; Imaging Technique: MRI ANKLE;

    GE and T1 images showing a subcutaneous soft-tissue mass-like region of altered signal intensity to the medial malleolus.

     
    Area of Interest: unknown; Imaging Technique: MRI ANKLE;

    Axial STIR, axial-GE , coronal STIR and coronal-GE images showing a subcutaneous soft-tissue mass-like region of altered signal intensity to the right ankle .

     
    Area of Interest: unknown; Imaging Technique: MRI ANKLE;
     
     
An axial T1-weighted image showing a bilateral bimalleolar subcutaneous soft-tissue mass-like region of altered signal intensity, to the left ankle.
 
Axial STIR-GE images showing an increased subcutaneous signal intensity.
 
Sagittal-GE images showing increased subcutaneous signal intensity.
 
Coronal-GE and T1-weighted images showing a subcutaneous soft-tissue mass-like region of altered signal intensity to the tip of the distal fibula.
 
GE and T1 images showing a subcutaneous soft-tissue mass-like region of altered signal intensity to the medial malleolus.
 
Axial STIR, axial-GE , coronal STIR and coronal-GE images showing a subcutaneous soft-tissue mass-like region of altered signal intensity to the right ankle .
 
 
 
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