Hardy Katherine, Abbott Gill, Bashford Sarah, Bucior Helen, Codd Jane, Holland Madelaine, Reynolds Mandy, Simms Avril, Thomlinson Diane
West Midlands Public Health Laboratory, Heart of England NHS Foundation Trust, Birmingham, UK.
School of Immunity and Infection, University of Birmingham, Birmingham, UK.
J Infect Prev. 2014 Jan;15(1):31-35. doi: 10.1177/1757177413501568. Epub 2013 Aug 23.
Management of periods of increased incidence of (PIIs) on a ward have become multi-factorial and involve isolation of patients, typing of the isolates, antibiotic audit and a weekly environmental audit completed until three consecutive weekly passes are obtained. The aim of this study was to establish if monitoring the environment using adenosine triphosphate (ATP) could aid in reducing the length of time the wards remained on the weekly environmental audit. Secondly, it was to establish if certain pieces of equipment had continually high ATP scores requiring wider interventions. The study took place across three hospital sites covered by one infection control team over a 22 month period. There were three study periods, with the only difference being that ATP monitoring was conducted during period B. There was a difference in the length of time the wards remained on the audit between the first period and the ATP period; however this decrease was sustained in the third period when ATP monitoring ceased. There was an increase in the percentage of sites achieving a pass with ATP week on week. ATP monitoring provided the staff with non-subjective results and immediate feedback that facilitated discussions about cleaning regimes. ATP monitoring was a useful adjunct to environmental audits.
病房感染高发期(PIIs)的管理已变得具有多因素性,包括患者隔离、分离株分型、抗生素审核以及每周进行一次环境审核,直至连续三次获得周审核通过。本研究的目的是确定使用三磷酸腺苷(ATP)监测环境是否有助于缩短病房每周环境审核的持续时间。其次,确定某些设备的ATP分数是否持续偏高,需要采取更广泛的干预措施。该研究在一个感染控制团队覆盖的三个医院地点进行,为期22个月。有三个研究阶段,唯一的区别是在阶段B期间进行了ATP监测。第一阶段和ATP阶段之间,病房审核持续的时间存在差异;然而,在第三阶段ATP监测停止时,这种减少得以持续。每周通过ATP检测的地点百分比有所增加。ATP监测为工作人员提供了客观的结果和即时反馈,便于就清洁制度进行讨论。ATP监测是环境审核的一项有用辅助手段。