Skip to main content
  • Hemostatic Clips for Middle Cerebral Artery Vascular Reconstruction: Report of Two Cases

    Final Number:

    Hassan Saad MD; Wei Hsun Yang MD; Emad T. Aboud MD; Ali F. Krisht MD

    Study Design:

    Subject Category:

    Meeting: Congress of Neurological Surgeons 2016 Annual Meeting

    Introduction: The vascular closure staples (VCS)-clips has been studied in animal models and shown to have comparable results with sutured repair when it comes to the healing process, degree of vessel narrowing and risk of thrombosis. However, they are clearly superior when the speed of application is taken into account and they were clinically used in many vascular repair processes. Nevertheless, their usefulness in intracranial vascular surgery has not been described.

    Methods: Two female patients diagnosed with giant symptomatic cavernous sinus aneurysms were undergoing elective endovascular procedures that were complicated by the dislodgement of coils into the M1 segment of MCA. Both patients were treated performing M1 arteriotomies and coil embolectomy. To avoid prolonged temporary occlusion in the M1 perforator’s territory, the arteriotomies were repaired using microhemoclips in less than 10 minutes with reestablishment of flow.

    Results: In both patients, flow was reestablished in the M1 segments. In one patient, the coils extended to the temporal M2 causing intimal injury and leading to diminished flow. M1 segments in both patients were patent on later angiographic studies.

    Conclusions: We describe the advantage of emergent cerebrovascular arteriotomy and embolectomy in a rapid repair process that helped avoid massive ischemic injury. We believe this technique should be added to the armamentarium of neurosurgical cerebrovascular options.

    Patient Care: This study suggests a new method of fast surgical repair of intracranial vessels that helps minimize the risk of ischemic injury in patients while treating complications.

    Learning Objectives: To describe the usefulness of hemocilips in fast and efficient repair of medium sized and large intracranial vessels.


We use cookies to improve the performance of our site, to analyze the traffic to our site, and to personalize your experience of the site. You can control cookies through your browser settings. Please find more information on the cookies used on our site. Privacy Policy