Institutional Experience of Microsurgical Management in Posterior Circulation Aneurysm.

Asian journal of neurosurgery 2020 Vol.15(3) p. 484-493

Sharma RK, Kumar A, Yamada Y, Tanaka R, Sharma S, Miyatani K, Higashiguchi S, Kawase T, Talluri S, Kato Y

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Abstract

[INTRODUCTION] Posterior circulation aneurysm constitutes 15%-20% of all intracerebral aneurysms. With the advancement of endovascular techniques, the microsurgery for posterior circulation aneurysms has been pushed back a little. Even the International Subarachnoid Aneurysmal Trial gave support to the concepts of endovascular procedures, but microsurgical modality should not be discouraged. We present our institutional experience of microsurgical techniques on posterior circulation aneurysms.

[MATERIALS AND METHODS] We performed a retrospective analysis of 37 patients of posterior circulation aneurysm from 2015 to 2019, referred to Bantane Hospital, Japan. We included all posterior circulation aneurysms such as basilar tip, basilar trunk, and vertebral artery-posterior inferior cerebellar artery (VA-PICA) aneurysms, admitted and treated with clipping or bypass and trapping. We assessed the outcome as measured by modified Rankin Score (mRS), complications, and mortality.

[RESULTS] Out of 37 patients, 10 cases were a basilar tip, one case was the basilar trunk, and 26 cases were VA-PICA aneurysm. Intraoperatively, neuromonitoring, indocyanine green dye, dual-image videoangiography (DIVA), and neuro endoscope were used. Two patients of basilar tip aneurysm developed third cranial nerve paresis and six patients of VA-PICA aneurysm developed lower cranial nerve paresis which resolved spontaneously. All the patients were discharged with mRS of 0 or 1. No mortality was recorded in our study.

[CONCLUSION] Microsurgical clipping of posterior circulation aneurysm is safe in unruptured aneurysm with a very low risk of mortality and morbidity under experienced hands. All postoperative complications in our study were transient and resolved with time with no residual deficits. Preoperative simulation, intraoperative neuromonitoring, DIVA, and neuro endoscope help achieve complete obliteration of aneurysmal sac and avoid complications.

추출된 의학 개체 (NER)

유형영어 표현한국어 / 풀이UMLS CUI출처등장
해부 tip 코끝 dict 3
시술 microsurgery 미세수술 dict 1
해부 intracerebral scispacy 1
해부 endovascular scispacy 1
해부 posterior scispacy 1
해부 basilar tip scispacy 1
해부 basilar trunk scispacy 1
해부 basilar scispacy 1
합병증 basilar tip scispacy 1
합병증 aneurysm scispacy 1
약물 indocyanine green C0021234
indocyanine green
scispacy 1
약물 videoangiography scispacy 1
약물 [INTRODUCTION] Posterior circulation aneurysm constitutes scispacy 1
약물 indocyanine green dye scispacy 1
질환 Aneurysm C0002940
Aneurysm
scispacy 1
질환 intracerebral aneurysms scispacy 1
질환 aneurysms C0002940
Aneurysm
scispacy 1
질환 Subarachnoid Aneurysmal scispacy 1
질환 basilar trunk scispacy 1
질환 vertebral artery-posterior inferior cerebellar artery scispacy 1
질환 VA-PICA) aneurysms scispacy 1
질환 VA-PICA aneurysm scispacy 1
질환 basilar tip aneurysm scispacy 1
질환 cranial nerve paresis C0151311
Cranial nerve palsies
scispacy 1
질환 unruptured aneurysm C0162869
Aneurysm, Ruptured
scispacy 1
질환 aneurysmal C0439651
Aneurysmal
scispacy 1
질환 Bantane scispacy 1
질환 sac scispacy 1
기타 posterior scispacy 1
기타 patients scispacy 1
기타 vertebral artery-posterior inferior cerebellar artery scispacy 1
기타 cranial nerve scispacy 1

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