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颈丛阻滞

Cervical plexus block.

作者信息

Kim Jin-Soo, Ko Justin Sangwook, Bang Seunguk, Kim Hyungtae, Lee Sook Young

机构信息

Department of Anesthesiology and Pain Medicine, Ajou University College of Medicine, Suwon, Korea.

Depatment of Anesthesiology and Pain Medicine, Samsung Medical Center, Sungkyunkwan University College of Medicine,, Seoul, Korea.

出版信息

Korean J Anesthesiol. 2018 Aug;71(4):274-288. doi: 10.4097/kja.d.18.00143. Epub 2018 Jul 4.

Abstract

Cervical plexus blocks (CPBs) have been used in various head and neck surgeries to provide adequate anesthesia and/or analgesia; however, the block is performed in a narrow space in the region of the neck that contains many sensitive structures, multiple fascial layers, and complicated innervation. Since the intermediate CPB was introduced in addition to superficial and deep CPBs in 2004, there has been some confusion regarding the nomenclature and definition of CPBs, particularly the intermediate CPB. Additionally, as the role of ultrasound in the head and neck region has expanded, CPBs can be performed more safely and accurately under ultrasound guidance. In this review, the authors will describe the methods, including ultrasound-guided techniques, and clinical applications of conventional deep and superficial CPBs; in addition, the authors will discuss the controversial issues regarding intermediate CPBs, including nomenclature and associated potential adverse effects that may often be neglected, focusing on the anatomy of the cervical fascial layers and cervical plexus. Finally, the authors will attempt to refine the classification of CPB methods based on the target compartments, which can be easily identified under ultrasound guidance, with consideration of the effects of each method of CPB.

摘要

颈丛阻滞(CPB)已被用于各种头颈外科手术中,以提供充分的麻醉和/或镇痛;然而,该阻滞操作是在颈部区域的狭窄空间内进行的,该区域包含许多敏感结构、多层筋膜和复杂的神经支配。自2004年除浅、深颈丛阻滞外引入中间颈丛阻滞以来,关于颈丛阻滞尤其是中间颈丛阻滞的命名和定义一直存在一些混淆。此外,随着超声在头颈区域作用的扩大,颈丛阻滞可以在超声引导下更安全、准确地进行。在这篇综述中,作者将描述传统深、浅颈丛阻滞的方法,包括超声引导技术及其临床应用;此外,作者将讨论关于中间颈丛阻滞的争议问题,包括命名以及可能经常被忽视的相关潜在不良反应,重点关注颈筋膜层和颈丛的解剖结构。最后,作者将尝试根据在超声引导下易于识别的目标腔隙,对颈丛阻滞方法进行细化分类,并考虑每种颈丛阻滞方法的效果。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/1d77/6078883/590e490894cd/kja-d-18-00143f1.jpg

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