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星状神经节阻滞——技术与方式

Stellate ganglion blockade-techniques and modalities.

作者信息

Ghai A, Kaushik T, Wadhera R, Wadhera S

出版信息

Acta Anaesthesiol Belg. 2016;67(1):1-5.

Abstract

Stellate ganglion block (SGB) is utilized in the diagnosis and management of various vascular disorders and sympathetically mediated pain in upper extremity, head and neck. The stellate ganglion lies medial to the scalene muscles, lateral to longus coli muscle, esophagus, trachea and recurrent laryngeal nerve, anterior to C7 transverse process and prevertebral fascia, superior to the subclavian artery and posterior to vertebral vessels. Consequently, inadvertent placement of the needle tip into these soft tissues and vessels occur with blind technique. Henceforth, various interventional modalities are being used for SGB, these have been reviewed in this paper. Various techniques of SGB have been described, and vary from the use of standard blind technique to the use of fluoroscopy, computerized tomography, magnetic resonance imaging, and radio nucleotide tracers. However, these techniques may not be practical in a clinical setting, insofar as they are time consuming, costly, and may involve radiation exposure. The use of fluoroscopy does not visualize the blood vessels close to the stellate ganglion. Ultrasounds are the alternative. They help in visualization of soft tissues to prevent complications and help in deposition of drug subfascially, under direct visual control.

摘要

星状神经节阻滞(SGB)用于诊断和治疗各种血管疾病以及上肢、头颈部由交感神经介导的疼痛。星状神经节位于斜角肌内侧、颈长肌、食管、气管和喉返神经外侧、第7颈椎横突和椎前筋膜前方、锁骨下动脉上方以及椎动脉后方。因此,采用盲法时,针尖可能会意外刺入这些软组织和血管。此后,各种介入方式被用于星状神经节阻滞,本文对此进行了综述。已描述了多种星状神经节阻滞技术,从使用标准盲法到使用荧光透视、计算机断层扫描、磁共振成像和放射性核素示踪剂不等。然而,这些技术在临床环境中可能并不实用,因为它们耗时、成本高,而且可能涉及辐射暴露。荧光透视无法显示靠近星状神经节的血管。超声是一种替代方法。它们有助于观察软组织以预防并发症,并有助于在直视控制下将药物注入筋膜下。

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