Double-Clip Technique for the Microneurosurgical Management of Very Small (<3 mm) Intracranial Aneurysms

Author:

Sai Kiran Narayanam Anantha1,Jahromi Behnam Rezai1,Velasquez Joham Choque1,Hijazy Ferzat1,Goehre Felix1,Kivisaari Riku1,Siangprasertkij Chaiyot1,Munoz Gallegos Luis Francisco1,Lehto Hanna1,Hernesniemi Juha1

Affiliation:

1. Department of Neurosurgery, Helsinki University Central Hospital, Helsinki, Finland

Abstract

Abstract BACKGROUND The treatment of very small (⩽3 mm) aneurysms is technically challenging. Mini-clips used for clipping these small aneurysms have a smaller closing force compared with standard clips. OBJECTIVE To describe the double-clip technique for very small aneurysms. METHODS The double-clip technique, a parallel duplication clipping technique of booster clipping, is used by the senior author for clipping very small aneurysms with morphology suitable for the application of 2 clips. The aneurysm is clipped after application of temporary clip(s), administration of adenosine, or both. An initial mini-clip is applied, leaving a small residual neck sufficient for application of the second mini-clip. A second mini-clip of the same size and shape is applied on the residual neck parallel to the initial clip. The initially applied mini-clip, which is in close contact with the second clip, supports the second clip and prevents its slippage. This technique was retrospectively reviewed over a 13-year period (1997-2009). There were 3246 patients with 4757 aneurysms treated in the same period. RESULTS The outcomes of 39 patients with 40 very small aneurysms clipped with the double-clip technique were analyzed. None of the patients had technique-related complications. Postoperative angiograms revealed complete aneurysm occlusion of 39 aneurysms and a small residual neck in 1 aneurysm. No parent artery obstruction was observed in the postoperative angiogram. CONCLUSION The double-clip technique is a safe and effective variation of booster clipping in the treatment of very small aneurysms with suitable morphology.

Publisher

Ovid Technologies (Wolters Kluwer Health)

Subject

Neurology (clinical),Surgery

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