Solitary fibrous tumor of the dura

Case contributed by Jose Roberto Montañez Sauceda , 14 May 2023
Diagnosis certain
Changed by Jose Roberto Montañez Sauceda, 31 May 2023
Disclosures - updated 13 May 2023: Nothing to disclose

Updates to Case Attributes

Body was changed:

Intracranial solitary fibrous tumour (ISFT) is a rare neoplasm described in 1996for the first time around the late 90’s. ISFTsThese kind of tumos are typically dural-based, neoplasms of mesenchymal origin, resembling other spindle cell tumours such as fibrous meningiomas. There is little information in the literature about this neoplasm and haemangiopericytomasits imaging findings, so we want to contribute with this case for the knowledge of all our radiologist colleagues.

This case shows a solid-appearing extra-axial well circumscribed mass located in the right frontotemporal region that expands to the adjacent bone and subgaleal soft tissue, with heterogeneous signal on T2 weighted series ("yin-yang" appearance).

  • -<p>Intracranial solitary fibrous tumour (ISFT) is a rare neoplasm described in 1996. ISFTs are typically dural-based, neoplasms of mesenchymal origin, resembling other spindle cell tumours such as fibrous meningiomas and haemangiopericytomas.</p><p>This case shows a solid-appearing extra-axial well circumscribed mass located in the right frontotemporal region that expands to the adjacent bone and subgaleal soft tissue, with heterogeneous signal on T2 weighted series ("yin-yang" appearance).</p>
  • +<p>Intracranial solitary fibrous tumour (ISFT) is a rare neoplasm described for the first time around the late 90’s. These kind of tumos are typically dural-based, neoplasms of mesenchymal origin. There is little information in the literature about this neoplasm and its imaging findings, so we want to contribute with this case for the knowledge of all our radiologist colleagues.</p><p>This case shows a solid-appearing extra-axial well circumscribed mass located in the right frontotemporal region that expands to the adjacent bone and subgaleal soft tissue, with heterogeneous signal on T2 weighted series ("yin-yang" appearance).</p>

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