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Novel method of superior vena cava electrical isolation with close proximity to the phrenic nerve

机译：靠近the神经的上腔静脉电隔离的新方法

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摘要

Electrical activity in the superior vena cava (SVC) and right atrium (RA). Electrograms labeled “Penta” indicate signals from the multipolar PentaRay mapping catheter (Biosense Webster, Diamond Bar, CA) within the SVC. Electrograms labeled “CS” indicate signals from the coronary sinus catheter. Voltage map of the RA and SVC. Electrically active tissue is seen several centimeters into the SVC. The indicate the location of the right phrenic nerve. IVC = inferior vena cava.

机译：上腔静脉（SVC）和右心房（RA）的电活动。标记为“ Penta”的电描记图指示来自SVC内多极PentaRay测绘导管（Biosense Webster，Diamond Bar，CA）的信号。标记为“ CS”的电描记图指示来自冠状窦导管的信号。 RA和SVC的电压图。可以看到电活性组织进入SVC几厘米。指示右神经的位置。 IVC =下腔静脉。

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期刊名称 HeartRhythm Case Reports
作者
Daniel Wann; Aditya Bhonsale; Sandeep Jain; Samir Saba; N.A. Mark Estes; Krishna Kancharla;
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作者单位

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年(卷),期 2019(5),9
年度 2019
页码 -1
总页数 4
原文格式 PDF
正文语种
中图分类
关键词
Ablation; Atrial fibrillation; Non–pulmonary vein triggers; Phrenic nerve; Superior vena cava; Superior vena cava isolation;

机译：消融;房颤;非肺静脉触发;Ph神经;上腔静脉;上腔静脉隔离;

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专利

1. A new method of superior vena cava isolation without phrenic nerve injury by longitudinal ablation parallel to the phrenic nerve: a case report [J] . Arai Tomoyuki, Hojo Rintaro, Kitamura Takeshi, European Heart Journal - Case Reports . 2020,第5期

机译：一种新的静脉静脉隔离方法，纵向神经损伤不平行于膈神经的纵向损伤：案例报告
2. Electrical isolation of the superior vena cava using upstream phrenic pacing to avoid phrenic nerve injury [J] . KimuraT., TakatsukiS., FukumotoK., PACE: Pacing and clinical electrophysiology . 2012,第9期

机译：上游起搏电隔离上腔静脉以避免avoid神经损伤
3. Prospective Evaluation of Electromyography-Guided Phrenic Nerve Monitoring During Superior Vena Cava Isolation to Anticipate Phrenic Nerve Injury [J] . Miyazaki Shinsuke, Ichihara Noboru, Nakamura Hiroaki, Journal of cardiovascular electrophysiology . 2016,第4期

机译：肌电引导下呼吸道神经监测在上腔静脉隔离术期间的预期评估，以预测下呼吸道神经损伤。
4. Design and simulation of an energy harvester utilizes blood pressure variation inside superior vena cava [C] . Mostafa G. Abdelmageed, Ahmed M.R. Fathelbab, A. A. Abouelsoud Annual Conference of the Society of Instrument and Control Engineers of Japan . 2019

机译：能量采集器的设计和仿真利用上腔静脉内的血压变化
5. mu-Conotoxins as modulators of electrical signaling in nerve and muscle: Molecular basis of sodium channel block and discrimination among closely related channels. [D] . McArthur, Jeffrey Robert. 2011

机译：mu-Conotoxins作为神经和肌肉中电信号的调节剂：钠通道阻滞的分子基础和密切相关的通道之间的区别。
6. A new method of superior vena cava isolation without phrenic nerve injury by longitudinal ablation parallel to the phrenic nerve: a case report [O] . Tomoyuki Arai, Rintaro Hojo, Takeshi Kitamura, 2020

机译：一种新的静脉静脉隔离方法纵向神经损伤不平行于膈神经的纵向损伤：案例报告
7. Novel method of superior vena cava electrical isolation with close proximity to the phrenic nerve [O] . Daniel Wann, Aditya Bhonsale, Sandeep Jain, 2019

机译：高腔静脉电气隔离的新方法，靠近膈神经

Novel method of superior vena cava electrical isolation with close proximity to the phrenic nerve

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