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预期检测即将出现的医患屏障突破情况。一项使用指示性手套内系统的前瞻性随机对照试验。

Anticipated detection of imminent surgeon-patient barrier breaches. A prospective randomized controlled trial using an indicator underglove system.

作者信息

Caillot Jean-Louis, Paparel Philippe, Arnal Eric, Schreiber Vincent, Voiglio Eric J

机构信息

Department of Emergency Surgery, University Hospitals of Lyon, Centre Hospitalier Lyon-Sud, Pierre-Bénite, F69495, France.

出版信息

World J Surg. 2006 Jan;30(1):134-8. doi: 10.1007/s00268-005-0172-0.

Abstract

The double gloving indicator underglove system (IUS) is based on a colored detection of the outer glove perforation. Our objective was to determine the IUS efficiency to detect outer glove perforations and to reduce the risks of blood and body fluids exposure, warning the surgeon before the breach of the surgeon-patient barrier (SPB). A series of 100 visceral surgical procedures were randomly assigned to either double (IUS) or single gloving. The noticed glove perforations (using the water test method) and the IUS efficiency were analyzed in 99 procedures. In 49 single-gloving procedures, 19 perforations were noticed: one was immediately perceived (perceived accidental exposure, PAE); 3 were discovered as the gloves were being removed, and 15 were undetected before the water test (unperceived prolonged contact, UPC). In 50 double-gloving procedures (IUS), 16 perforations were noticed, all of them involving only the outer glove: the IUS allowed immediate detection of 3 perforations without any blood exposure; 13 other perforations went undetected but without any UPC. In conjunction with the protective quality of double gloving, the IUS allows detection of significant breaches of the outer glove before the breach of the SPB.

摘要

双层手套指示性内层手套系统(IUS)基于对外层手套穿孔的颜色检测。我们的目标是确定IUS检测外层手套穿孔的效率,并降低血液和体液暴露的风险,在外科医生与患者屏障(SPB)被破坏之前向外科医生发出警告。一系列100例内脏外科手术被随机分配为双层(IUS)或单层手套。在99例手术中分析了发现的手套穿孔情况(采用水测试法)和IUS的效率。在49例单层手套手术中,发现了19处穿孔:1处是立即被察觉的(察觉意外暴露,PAE);3处是在摘除手套时发现的,15处是在水测试前未被发现的(未察觉的长期接触,UPC)。在50例双层手套手术(IUS)中,发现了16处穿孔,所有穿孔都仅涉及外层手套:IUS能够立即检测到3处穿孔且无任何血液暴露;另外13处穿孔未被检测到,但没有出现UPC情况。结合双层手套的防护质量,IUS能够在SPB被破坏之前检测到外层手套的重大穿孔。

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