AI Article Synopsis

  • Intracranial hemorrhage linked to meningiomas is uncommon, accounting for about 1% of cases; it can occur within the tumor or on its surface, potentially leading to severe complications like increased intracranial pressure.
  • Between 2006 and 2020, three patients with meningioma-related hemorrhage were surgically treated in our department, with one emergency case and two planned surgeries, all resulting in favorable outcomes.
  • All three hemorrhages were associated with WHO I convexity meningiomas, and despite some literature suggesting higher risks in more malignant tumors, our findings align with existing data on the mechanisms of bleeding and incidence rates.

Article Abstract

Intracranial hemorrhage associated with meningioma is rare. Relatively, few such cases are described in the source literature, and it is estimated that intracranial meningiomas presenting with hemorrhage account for about one percent of all meningiomas. Hemorrhage can occur in both meningioma tissue and on the tumor surface. It can lead to intracerebral, subdural and subarachnoid hematoma. This can in turn cause high intracranial pressure with rapid neurological deterioration. Urgent neurosurgical intervention is often necessary. In our department, three patients with meningioma-related hemorrhage were treated surgically from 2006 to 2020. One patient was operated on as an emergency, due to the patient's poor neurological condition, while the two others underwent surgery following supplementary diagnosis several days following their admission. The outcomes of the three patients were good. The three meningiomas associated with hemorrhage described in the present manuscript constitute 2.2% of all 136 meningiomas treated surgically from 2006 to 2020 at our department. All three hemorrhages described in this study were associated with WHO I convexity meningiomas. Similar data can be found in some sources also describing meningioma WHO I-related hemorrhages; nevertheless, other literature references indicate a higher risk of bleeding into meningiomas of a higher degree of malignancy. The hemorrhage mechanism remains unclear; however, the proposed mechanism is rupture of defective intratumoral blood vessels and stretching of the superficial veins including bridge veins by the growing tumor, leading to their rupture. Our observations regarding the incidence of meningioma hemorrhage and tumor location are consistent with the source literature data.

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Source
http://dx.doi.org/10.4103/jcrt.JCRT_958_20DOI Listing

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