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桡动脉筋膜蒂游离皮瓣在烟雾病联合血运重建中的应用

Radial Artery Fascial Flow-Through Free Flap for Combined Revascularization in Moyamoya Disease.

机构信息

USC Neurorestoration Center, Department of Neurological Surgery, The Keck School of Medicine, Los Angeles, California.

Department of Plastic Surgery, The Keck School of Medicine, Los Angeles, California.

出版信息

Oper Neurosurg (Hagerstown). 2018 Feb 1;14(2):139-144. doi: 10.1093/ons/opx094.

Abstract

BACKGROUND

Free flaps are commonly used by other surgical subspecialties for soft tissue reconstruction and revascularization. Cranial applications of these flaps have been limited to only a single case report.

OBJECTIVE

To present a new technique for combined revascularization in moyamoya disease using a flow-through free flap.

METHODS

Data were obtained from an Institutional Review Board-approved, prospectively maintained database with informed consent from the patient.

RESULTS

A 28-yr-old patient presented with progressive stenosis of the proximal anterior cerebral artery resulting in ischemic infarcts. Direct revascularization of the anterior cerebral artery territory and indirect revascularization of the middle cerebral artery with a large vascularized fascial pedicle was performed.

CONCLUSION

Flow-through free flaps offer a unique combination of revascularization and a large vascularized pedicle. This technique highlights the application of these flaps for revascularization in moyamoya disease and the value of multidisciplinary collaboration. Revascularization will likely play an increasing role in the open surgical treatment of cerebrovascular disease. We believe that flow-through free flaps will be a contribution to the future of revascularization in neurosurgery.

摘要

背景

游离皮瓣常用于其他外科亚专科进行软组织重建和血运重建。这些皮瓣在颅部的应用仅限于单个病例报告。

目的

介绍一种使用血流通过游离皮瓣联合治疗烟雾病的新技术。

方法

数据来自经机构审查委员会批准的前瞻性维护数据库,并获得患者的知情同意。

结果

一名 28 岁患者因大脑前动脉近端进行性狭窄导致缺血性梗死而就诊。对大脑前动脉区域进行直接血运重建,并通过大的带血管筋膜蒂进行大脑中动脉间接血运重建。

结论

血流通过游离皮瓣提供了独特的血运重建和大带血管蒂的组合。该技术强调了这些皮瓣在烟雾病血运重建中的应用以及多学科合作的价值。血运重建可能在脑血管病的开放手术治疗中发挥越来越重要的作用。我们相信血流通过游离皮瓣将为神经外科的血运重建带来新的发展。

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