[General Anesthesia for Treatment of Arrhythmia under Magnetic Influence of Remote Magnetic Navigation System].

Yumi Doi, Mitsuaki Itoh, Kohei Yamashiro
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Abstract

Catheter ablation is a common treatment for ar- rhythmia and the number of procedures is increasing. Takatsuki General Hospital introduced a remote mag- netic navigation system into clinical practice for the first time in Japan. This system produces- magnetic flux density of 0.08-0.1 Tesla. Catheter ablation is usu- ally performed under deep sedation at our facility ; however, general anesthesia is needed in some cases. Although many cases of general anesthesia for MRI have been reported, there has been no report of gen- eral anesthesia under the unique environment of a weak magnetic field. We use MRI-certified equipment such as an anesthesia machine and a patient monitor in the heart rhythm center. There is no contraindication for the selection of anesthetic agents. Analgesia, depending on pain or burning sensation by ablation, and immobilization are required. Anesthesiologists must be aware that there are some differences in gen- eral anesthesia in the MRI room compared with the heart rhythm center, including the environmental set- ting, limitations in the use of certain medical equipment and procedure-related knowledge.

【远程磁导航系统磁影响下的心律失常全麻治疗】。
导管消融术是治疗心律失常的常用方法,其数量正在增加。高月总医院在日本首次将远程磁导航系统引入临床实践。该系统产生0.08-0.1特斯拉的磁通密度。导管消融通常在深度镇静下进行;然而,在某些情况下需要全身麻醉。虽然已有许多MRI全麻病例的报道,但在弱磁场的特殊环境下进行全麻的报道尚未见报道。我们使用核磁共振认证的设备,如麻醉机和心律中心的病人监护仪。麻醉药物的选择无禁忌症。需要根据消融引起的疼痛或烧灼感进行镇痛和固定。麻醉医师必须意识到,与心律中心相比,MRI室的全身麻醉存在一些差异,包括环境设置,某些医疗设备使用的限制以及与程序相关的知识。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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