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无针接头:血管通路导管的微生物守护者。

Needleless connectors: the vascular access catheter's microbial gatekeeper.

作者信息

Curran Evonne

机构信息

Health Protection Scotland, UK.

出版信息

J Infect Prev. 2016 Sep;17(5):234-240. doi: 10.1177/1757177416657164. Epub 2016 Jul 25.

Abstract

Needleless connectors (NCs) are essential devices which connect to the end of vascular catheters and enable catheter access for infusion and aspiration. There are various different designs which make it difficult for purchasers to identify the features which present the least risk and greatest safety. The NC is the microbial gatekeeper for vascular catheters; how it is disinfected pre access determines if, and how many, organisms enter and how quickly biofilm will form. This paper will consider these design variations and how differences in antiseptic testing methods have made it difficult to determine the best antiseptic practice pre access. One specific design characteristic is considered: the fluid pathway. The NC's fluid pathway creates a flow which can be either direct to produce a laminar flow or indirect which creates a turbulent flow. At present, the evidence does not support there being an advantage for a specific fluid pathway design in reducing infection risks.

摘要

无针连接器(NCs)是连接到血管导管末端的重要装置,可实现通过导管进行输液和抽吸。有各种不同的设计,这使得购买者难以识别风险最小且安全性最高的特征。无针连接器是血管导管的微生物“守门人”;在使用前对其进行消毒的方式决定了是否有微生物进入以及进入多少微生物,以及生物膜形成的速度。本文将探讨这些设计差异,以及防腐测试方法的不同如何使得难以确定使用前的最佳防腐措施。本文考虑了一个特定的设计特征:流体通路。无针连接器的流体通路会产生一种流动,这种流动既可以是直接的以产生层流,也可以是间接的以产生湍流。目前,证据并不支持特定的流体通路设计在降低感染风险方面具有优势。

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