重症监护患者耐万古霉素肠球菌监测:定植的发生率和结果

Elena Iolovska GradCert(Public Administration), BSc, BCom , Heather Bullard BAppSci (Nursing) , Wendy Beckingham BHSc(Nursing), MClinicalNurs , Peter Collignon AM, FRACP, FRCPA , Imogen Mitchell FRCP , Bronwyn Avard BMed, MLMEd, FCICM
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引用次数: 2

摘要

背景万古霉素耐药肠球菌(VRE)定植是一个储存库,增加了VRE感染的风险。与万古霉素耐药肠球菌相关的治疗困难和感染控制措施给卫生保健机构带来了巨大的成本。为了确定ICU中VRE定植的发生率,收集的数据包括医院和ICU入院情况、出院日期、每家医院或ICU入院的VRE拭子阳性和阴性。方法本研究旨在确定发生在重症监护病房(ICU)的VRE定植数量和这些定植患者的结果。回顾2009 ~ 2010年间99例入ICU的VRE患者的临床记录。结果本组患者共住院111例。其中,30例被归类为明确或可能的未获得性VRE殖民。这相当于每1万个床位日有30.1次收购。38例患者的VRE来自ICU以外的临床区域。另有24例患者VRE位置无法确定。另外19例患者从社区入院时存在VRE,但其中15例(79%)在去年住院。在30例icu患者中,没有一例发生感染。然而,最初在另一个临床区域定植的3例患者在ICU期间发生VRE感染。结论我们的研究支持了其他研究结果,即大多数有VRE定植或感染风险的人都严重不适。在其他临床领域发生的高水平定植增加了ICU的医疗费用。与VRE相关的费用增加以及我们的研究结果表明,不仅在ICU,而且在所有卫生保健环境中,更需要更好地控制VRE传播。
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Vancomycin-resistant enterococci surveillance of intensive care patients: incidence and outcome of colonisation

Background

Vancomycin-resistant enterococci (VRE) colonisation serves as a reservoir and increases the risk of developing an infection with VRE. Treatment difficulties and infection control measures associated with vancomycin-resistant enterococci present significant costs to health care facilities. To determine the incidence of VRE colonisation in ICU, data collected included hospital and ICU admission, discharge dates, positive and negative VRE swabs for each hospital or ICU admission.

Methods

This study was performed to identify the number of VRE colonisations occurring in the Intensive Care Unit (ICU) and the outcome of these colonised patients. The clinical records of 99 VRE patients identified as having been to ICU during 2009 and 2010 were reviewed.

Results

These patients had a total of 111 ICUadmissions. Of these, 30 were classified as definite or probable ICUacquired VRE colonisations. This equated to 30.1 acquisitions per 10 000 occupied bed days. Thirty-eight patients acquired their VRE from clinical areas other than ICU. In 24 other patients the place of VRE could not be ascertained. In another 19 patients VRE was present when they were admitted from the community but 15 of these (79%) had been hospitalised within the last year. Of the 30 ICU-colonised patients, none developed infections. However, three patients initially colonised in another clinical area developed an infection with VRE while in ICU.

Conclusion

Our study supports the findings of others that most people at risk of VRE colonisation or infection are severely unwell. The high level of colonisation occurring in other clinical areas added to the healthcare expenses in ICU. The increased costs associated with VRE and our findings indicate a greater need to better control VRE transmission not only in the ICU, but in all health care settings.

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