World neurosurgery · 2015
Anatomic Variation of Facial Vein in Carotid-Cavernous Fistula and Trans-Facial Vein Embolization.
СтатьяНазвание и аннотация: Перевод в очереди
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Luo Chao-Bao, Chang Feng-Chi, Teng Michael Mu-Huo, Ting Ta-Wei
Аннотация
OBJECTIVE: Trans-facial vein (FV) embolization via the internal jugular vein is an alternative approach to embolization of carotid cavernous fistulas (CCFs). The purpose of this study is to report the anatomic variation of FVs and our experience of trans-FV embolization of CCFs.
METHODS: Over 6 years, 26 patients (12 men and 14 women; age range 27-72 years old) with CCFs underwent trans-FV embolization because of anterior drainage of fistulas. We retrospectively analyzed angioarchitecture of the CCFs focusing on the anatomic variations of FVs and angiographic and clinical outcomes after embolization.
RESULTS: FVs drained to the internal jugular vein in 10 (38%) cases; FVs unexpectedly emptied into the external jugular vein in 16 (62%) cases. All FVs entered into the internal jugular vein at the level of the hyoid bone. In cases with fistulas to the FV and EJV, the termination of FVs was variable including superior (n = 5), inferior (n = 1), or at the level of the hyoid bone (n = 10). Successful microcatheterization via different insertions of FVs to jugular veins was achieved in all cases. One patient had a small residual fistula, and 2 patients had fistula recurrence. Temporary impairment of cranial nerve III or VI occurred in 4 patients. The mean clinical follow-up time was 18 months.
CONCLUSIONS: Trans-FV embolization is an effective and safe method to manage CCFs with anterior drainage. However, anatomic variations of the FV exist, and a careful work-up of fistula venous drainage before trans-FV embolization is essential to reduce erroneous attempts, procedure time, and periprocedural risk.
METHODS: Over 6 years, 26 patients (12 men and 14 women; age range 27-72 years old) with CCFs underwent trans-FV embolization because of anterior drainage of fistulas. We retrospectively analyzed angioarchitecture of the CCFs focusing on the anatomic variations of FVs and angiographic and clinical outcomes after embolization.
RESULTS: FVs drained to the internal jugular vein in 10 (38%) cases; FVs unexpectedly emptied into the external jugular vein in 16 (62%) cases. All FVs entered into the internal jugular vein at the level of the hyoid bone. In cases with fistulas to the FV and EJV, the termination of FVs was variable including superior (n = 5), inferior (n = 1), or at the level of the hyoid bone (n = 10). Successful microcatheterization via different insertions of FVs to jugular veins was achieved in all cases. One patient had a small residual fistula, and 2 patients had fistula recurrence. Temporary impairment of cranial nerve III or VI occurred in 4 patients. The mean clinical follow-up time was 18 months.
CONCLUSIONS: Trans-FV embolization is an effective and safe method to manage CCFs with anterior drainage. However, anatomic variations of the FV exist, and a careful work-up of fistula venous drainage before trans-FV embolization is essential to reduce erroneous attempts, procedure time, and periprocedural risk.