首页> 外文期刊>The Journal of hospital infection >Safety-engineered needle devices: evaluation prior to introduction is essential.
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Safety-engineered needle devices: evaluation prior to introduction is essential.

机译:安全设计的针头装置:在引入之前进行评估至关重要。

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摘要

Healthcare workers (HCWs) are at risk from transmission of a variety of bloodborne pathogens following exposure to blood via a needlestick injury (NSI). In 2010 the European Union (EU) adopted Directive 2010/32/EC to prevent injuries and infections to HCWs from sharp objects.1 Member states of the EU which include the UK have until 11 May 2013 to implement the Directive into national legislation. One of the key factors in the Directive is the requirement to provide medical devices incorporating safety-engineered protection mechanisms.Safety-engineered needle devices (SENDs) are now widely available and several studies have demonstrated an associated reduced risk of NSI following their introduction. The devices generally fall into two categories; passive SENDs, where no additional steps are needed by the user to activate the safety feature, or active SENDs, which require the user to activate the safety feature.
机译:医务工作者(HCW)在通过针刺伤害(NSI)接触血液后,有多种血源性病原体传播的危险。 2010年,欧盟(EU)通过了指令2010/32 / EC,以防止尖锐物体伤害和感染HCW。1包括英国在内的欧盟成员国必须在2013年5月11日之前将该指令实施为国家法规。该指令的关键因素之一是要求提供具有安全工程保护机制的医疗设备。安全工程针设备(SEND)现已广泛使用,并且多项研究表明,引入NSI可以降低相关风险。这些设备通常分为两类:被动SEND(不需要用户采取其他步骤来激活安全功能)或主动SEND(需要用户激活安全功能)。

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