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Introduction of new industry standards for cardiac implantable electronic devices: balancing benefits and unexpected risks

机译:引入心脏植入式电子设备的新行业标准:平衡收益和意外风险

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摘要

The DF-4 connector is a novel industry standard for the connection of a defibrillator lead to the generator. It aims at reducing the bulk created by two or three pins at the proximal end of the defibrillator lead and its corresponding ports at the header of the device. Having only one connection port between the lead and the device reduces the material in the pocket, the risk of lead-to-port mismatch, may lower the risk of lead abrasion, and probably makes the implantation procedure a little easier since only one set screw is required. However, all these conceived benefits are related to convenience rather than to a medical need.After the recent experiences with the possible negative clinical impact of ‘minor’ changes like simply downsizing a defibrillator lead, a word of caution is warranted. The lead is the weakest part of the defibrillator system, complex in design and undergoing constant stress through movement. It is very hard to predict which issues may evolve over time with the changes in lead design. Does the perceived benefit really outweigh an unpredictable risk in a sensitive medical product like a defibrillator? This article tries to address the possible issues of the new spring contacts instead of set screws, the proximity of the low- and high-voltage connections as well as the inability of adding a pace/sense or an additional shock lead without a special adaptor, and advocates a measured speed in the introduction of this technology.
机译:DF-4连接器是将除颤器导线连接到发生器的新型工业标准。其目的是减少除纤颤器引线近端的两个或三个销钉及其在设备集管上的相应端口所产生的体积。导线和设备之间只有一个连接端口可以减少口袋中的材料,导线到端口不匹配的风险,可以降低导线磨损的风险,并且由于只有一个固定螺钉,因此可以使植入过程更容易一些是必须的。但是,所有这些设想的好处都与便利性有关,而不是与医疗需求有关。在最近经历了“微小”变化可能对临床产生负面影响(例如简单地缩小除纤颤器导线的尺寸)之后,请多加注意。导线是除纤颤器系统中最薄弱的部分,设计复杂,并且通过运动承受不断的压力。很难预测随着引线设计的变化哪些问题会随着时间而发展。在诸如除颤器之类的敏感医疗产品中,感知到的收益真的超过了无法预测的风险吗?本文试图解决可能出现的问题,即使用新的弹簧触点而不是紧定螺钉,低压和高压连接的邻近性以及在没有特殊适配器的情况下无法增加起搏/感觉或附加的电击线,并提倡以合理的速度引入这项技术。

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